Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberCN101512450 B
Publication typeGrant
Application numberCN 200780033459
PCT numberPCT/EP2007/056963
Publication date6 Mar 2013
Filing date9 Jul 2007
Priority date9 Jul 2007
Also published asCN101512450A, EP2054782A1, US20090182907, WO2009006937A1
Publication number200780033459.X, CN 101512450 B, CN 101512450B, CN 200780033459, CN-B-101512450, CN101512450 B, CN101512450B, CN200780033459, CN200780033459.X, PCT/2007/56963, PCT/EP/2007/056963, PCT/EP/2007/56963, PCT/EP/7/056963, PCT/EP/7/56963, PCT/EP2007/056963, PCT/EP2007/56963, PCT/EP2007056963, PCT/EP200756963, PCT/EP7/056963, PCT/EP7/56963, PCT/EP7056963, PCT/EP756963
InventorsB德克, L古利, W沃格特
ApplicantAbb研究有限公司
Export CitationBiBTeX, EndNote, RefMan
External Links: SIPO, Espacenet
数据记录装置 Data recording means translated from Chinese
CN 101512450 B
Abstract  translated from Chinese
用于传送电子设备的生产数据和产品数据的数据记录装置和方法。 Data recording apparatus and method for transferring electronic equipment manufacturing data and product data. 本发明提供了用于记录由至少一个电子设备(101a-101n)输出的生产数据和产品数据(501a-501n)的数据记录装置。 The present invention provides a method for recording by at least one electronic device (101a-101n) output of production and product data (501a-501n) data recording device. 对应于电子设备(101a-101n)的数据收集设备(102a-102n)记录生产数据和产品数据(501a-501n)并将数据转换成待传送的传输数据(502a-502n),传输数据随后存储在存储设备(200)中。 Corresponding to the electronic device (101a-101n) data collection device (102a-102n) recording production and product data (501a-501n) and converts the data into a transmission data to be transmitted (502a-502n), the transmission data is then stored in storage device (200). 连接于数据收集设备(102a-102n)和存储设备(200)之间的配置设备(300)控制传输数据(502a-502n)的存储。 Is connected to the data collection device configuration device (102a-102n) and a storage device (200) between (300) controls the transmission of data (502a-502n) storage.
Claims(20)  translated from Chinese
1. 一种用于记录从至少一个智能电子设备(101,101a-101n)输出的生产数据和产品数据(501a-501n)的数据记录方法,所述数据记录方法具有以下步骤: a)借助对应于所述智能电子设备(101,101a-101n)的数据收集设备(102,102a-102n),接收生产数据和产品数据(501a_501n); b)借助所述数据收集设备(102,102a-102n),将已接收的生产数据和产品数据(5Ola-5Oln)处理成传输数据(502,502a_502n); c)通过第一数据传输路径(401,401a-401n),从所述数据收集设备(102,102a_102n)向配置设备(300)传输所述传输数据(502,502a-502n); d)断开所述第一数据传输路径(401,401a-401n),并且随后构建位于所述配置设备(300)和远程存储设备(200)间的第二数据传输路径(402,402a-402n); e)通过所述第二数据传输路径(402,402a-402n),从所述配置设备(300)向远程存储设备(200)传输所述传输数据(502,502a-502n); f)在所述远程存储设备(200)中存储所述传输数据(502,502a-502n)。 Production and product data 1. A method for recording from at least one intelligent electronic device (101,101a-101n) output (501a-501n) The data recording method, the data recording method has the following steps: a) by means of correspondence in the intelligent electronic device (101,101a-101n) data collection device (102,102a-102n), receives production data and product data (501a_501n); b) by means of the data collection device (102,102a-102n) will be received production data and product data (5Ola-5Oln) process into transport data (502,502a_502n); c) via the first data transmission path (401,401a-401n), from the data collection device (102, 102a_102n) transmitting the transmission data to the configuration device (300) (502,502a-502n); d) disconnecting the first data transmission path (401,401a-401n), and then build the configuration in said device (300 The second data transmission path) and remote storage device (200) between (402,402a-402n); e) by the second data transmission paths (402,402a-402n), from the configuration of the device (300) to (200) transmitting the remote transmission data storage device (502,502a-502n); f) at the remote storage device (200) storing the transmission data (502,502a-502n).
2.根据权利要求I所述的方法,其特征在于,所述智能电子设备(101,101a-101n)是中压或高压配电装置的辅助设备。 2. The method according to claim I, wherein said intelligent electronic device (101,101a-101n) is a secondary device or high voltage distribution equipment.
3.根据权利要求I或2所述的方法,其特征在于,所述智能电子设备(101,101a-101n)包括以下列表中的一个或多个元件:模拟输入单元、传感器单元、输入/输出接口单元、供电单元和处理器单元。 3. The method according to claim I or claim 2, wherein said intelligent electronic device (101,101a-101n) comprising a list of one or more of the elements: an analog input unit, a sensor unit, an input / output interface unit, power supply unit and processor unit.
4.根据权利要求I到2中任一项所述的方法,其特征在于,生产数据和产品数据描述了所述智能电子设备(101,101a-101n)的配置,并且这些数据包括以下列表中一个或多个元素:序列号、产地、硬件版本号、软件版本号和/或固件版本号、使用的测试数据、总运行时间、位置、处理器序列号和MAC地址。 4. The method according to any one of claims I to 2, characterized in that the production data and the product data intelligent electronic device is described (101,101a-101n) configuration, and these data include the following list one or more elements: serial number, place of origin, the hardware version, software version number and / or firmware version number, the test data used, the total running time, position, processor serial number and MAC address.
5.根据权利要求I到2中任一项所述的方法,其特征在于,第一数据传输路径(401,40 la-40 In)和第二数据传输路径(402,402a_402n)只是暂时存在。 5. A method as claimed in any one of claim I to 2, characterized in that the first data transmission path (401,40 la-40 In) and the second data transmission path (402,402a_402n) exist only temporarily.
6.根据权利要求I到2中任一项所述的方法,其特征在于,第一数据传输路径(401,40 la-40 In)由数据传输电缆构成,所述数据传输电缆在传送传输数据(502,502a_502n)之前连接到所述数据收集设备(102a-102n)和/或连接到所述配置设备(300),并且在传送传输数据(502a-502n)之后与所述数据收集设备(102a-102n)和/或所述配置设备(300)断开连接。 2 6. The method according to any one of claims I to, wherein the first data transmission path (401,40 la-40 In) constituting the data transmission cables, data transmission cables in the transmission of the transmission data After (502,502a_502n) is connected prior to the data collection device (102a-102n) and / or connected to the configuration device (300), and transmits the transmission data (502a-502n) and the data collecting device (102a -102n) and / or the configuration of the device (300) is disconnected.
7.根据权利要求I到2中任一项所述的方法,其特征在于,第一数据传输路径(401,401a-401n)由无线数据传输链路构成,其中在构建第一数据传输路径前,将所述配置设备(300)带到所述数据收集设备(102,102a-102n)的传输范围内,并且在传送传输数据后,将所述配置设备(300)带到数据收集设备(102,102a-102n)的传输范围之外。 7. The method according to any one of claims I to 2, characterized in that the first data transmission path (401,401a-401n) configured by a wireless data transmission link, wherein before constructing a first data transmission path inside, the configuration of the device (300) to the data collection device (102,102a-102n) transmission range and data transfer after the transfer, the configuration of the device (300) to the data collection device (102 outside, 102a-102n) of the transmission range.
8.根据权利要求I到2中任一项所述的方法,其特征在于,借助GSM和/或互联网链路提供第二数据传输路径(402,402a-402n),并且第二数据传输路径(402,402a_402n)尤其是受保护的数据传输路径。 8. A method according to any one of claims I to 2, characterized in that, by means of GSM and / or internet links provide a second data transmission path (402,402a-402n), and the second data transmission path ( 402,402a_402n) especially protected data transmission path.
9.根据权利要求I到2中任一项所述的方法,其特征在于,所述配置设备(300)是便携式计算设备(300)。 9. The method according to any one of claims I to, wherein the configuration device (300) is a portable computing device (300).
10.根据权利要求I到2中任一项所述的方法,其特征在于,在所述数据收集设备(102,102a-102n)连接到所述配置设备(300)的情况下,传输数据(502a_502n)自动暂存在所述配置设备(300)中。 2 at 10. The method according to any one of claims I to, wherein, in said data collection device (102,102a-102n) connected to the configuration device (300), the transmission data ( 502a_502n) automatically temporarily stored in the configuration device (300).
11.根据权利要求I到2中任一项所述的方法,其特征在于,在所述智能电子设备(IOla-IOln)与至少一个数据传输设备(400a_400n)联接的情况下,借助至少一个对应于所述智能电子设备(IOla-IOln)的数据收集设备(102a_102n)启动生产数据和产品数据(501a-501n)的自动输出。 11. A method according to any one of claims I to 2, characterized in that, in the case of the intelligent electronic device (IOla-IOln) and the at least one data transmission device (400a_400n) connected, by means of at least one corresponding Start of production and product data (501a-501n) are automatically output to the intelligent electronic device (IOla-IOln) data collection device (102a_102n).
12.根据权利要求I到2中任一项所述的方法,其特征在于,使用配置设备(300)进行的、对通过数据传输设备(400a-400n)传送的传输数据(502a_502n)的存储的控制包括以下步骤: a)输入(SI)用户的用户识别数据(601)到所述配置设备(300); b)获取(S2)所述配置设备(300)的特征数据02); c)借助用户识别数据(601)在所述配置设备(300)中注册(S3)所述用户; d)从所述配置设备(300)传送(S3a)所述用户识别数据(601)和所述配置设备(300)的特征数据(602)到所述存储设备(200); e)借助所述用户识别数据(601)在所述存储设备(200)中注册(S4)所述用户,其中产生相关于所述用户识别数据(601)的密码数据(604); f)将相关于所述用户识别数据01)的密码数据(604)从所述存储设备(200)传送(S5a)到所述配置设备(300);以及g)在所述配置设备(300)中存储(S5)所述用户识别数据(601)和/或相关于所述用户识别数据(601)的密码数据(604)。 12. The method according to any one of 2 to claim I, wherein the use configuration device (300) carried on (400a-400n) to transfer data (502a_502n) transmitted by data transmission equipment stored control includes the steps of: user identification data a) input (SI) customers (601) to the configuration of the device (300); b) obtaining (S2) said configuration device (300) is characterized by data 02); c) With the user identification data (601) is registered in the configuration of the device (300) (S3) of the user; d) transmitted from the configuration device (300) (S3a) said user identification data (601) and the configuration Equipment (300) of the characteristic data (602) to the storage device (200); e) by means of the user identification data (601) registration (S4) the user in the storage device (200), wherein generating correlation password data (604) to the user identification data (601) of; f) related to the user identification data 01) of the cryptographic data (604) from said storage device (200) (S5a) to the Configuration device (300); and g) said configuration device (300) storing (S5) said user identification data (601) in and / or associated with the user identification data (601) of the code data (604).
13.根据权利要求I到2中任一项所述的方法,其特征在于,加密和/或验证传输数据(502a-502n)。 13. A method according to any one of claims I to, wherein the encryption and / or authentication data transmission (502a-502n).
14.根据权利要求12所述的方法,其特征在于,在所述配置设备(300)中注册(S3)所述用户时,用户名和用户密码持久存储在所述配置设备(300)中。 14. The method according to claim 12, characterized in that the configuration register equipment (300) (S3) of the user, the user name and password in the configuration persistent storage device (300).
15.根据权利要求12所述的方法,其特征在于,相关于所述用户识别数据(601)的密码数据(604)是由相比于所述用户识别数据(601)长的数据字构成的。 15. The method according to claim 12, characterized in that, related to the user identification data (601) of the code data (604) is compared with the user identification data (601) consisting of long data word .
16. 一种用于记录从至少一个智能电子设备(IOla-IOln)输出的生产数据和产品数据(501a-501n)的数据记录装置(100),所述智能电子设备(101,IOla-IOln)是电子配电装置的辅助设备,所述数据记录装置具有: a)至少一个对应于所述智能电子设备(IOla-IOln)的数据收集设备(102a_102n),所述数据收集设备(102a-102n)记录从所述智能电子设备(IOla-IOln)输出的生产数据和产品数据(501a-501n),并且将这些数据转换成待传送的传输数据(502a_502n); b)远程存储设备(200),用于存储借助至少一个所述数据收集设备(102a-102n)提供的传输数据(502);以及c)数据传输设备(400a-400n),用于将传输数据(502a_502n)从所述数据收集设备(102a-102n)传送到所述存储设备(200),其特征在于,所述数据记录装置(100)还具有: d)连接于所述数据收集设备(102a-102n)和所述存储设备(200)之间的配置设备(300),该配置设备用于控制由所述数据收集设备(102a-102n)提供的传输数据(502)的存储,并且所述配置设备(300)是便携式计算设备(300)。 16. A method for recording from at least one intelligent electronic device (IOla-IOln) output of production and product data (501a-501n) of the data recording device (100), the intelligent electronic device (101, IOla-IOln) auxiliary equipment electronic power distribution unit, said data recording apparatus having: a) at least one corresponding to the intelligent electronic device (IOla-IOln) data collection device (102a_102n), the data collection device (102a-102n) recording said intelligent electronic device (IOla-IOln) output of production and product data (501a-501n), and converts the data into transmission data to be transmitted (502a_502n) from; b) a remote storage device (200), with means for storing at least one of said data collection device (102a-102n) providing the data transmission (502); and c) the data transmission device (400a-400n), for transmitting data (502a_502n) from the data collection device ( 102a-102n) is transmitted to the storage device (200), characterized in that said data recording means (100) further includes: d) is connected to the data collection device (102a-102n) and said storage device (200 Configuring devices) (300) to configure the device for controlling the transmission of data provided by the data collection device (102a-102n) (502) of storage, and the configuration of the device (300) is a portable computing device ( 300).
17.根据权利要求16所述的数据记录装置(100),其特征在于,所述智能电子设备(101,IOla-IOln)是中压或高压配电装置的辅助设备。 17. A data recording device (100) according to claim 16, characterized in that said intelligent electronic device (101, IOla-IOln) is a secondary device or high voltage distribution equipment.
18.根据权利要求16或17所述的数据记录装置(100),其特征在于,所述智能电子设备(101, IOla-IOln)包括以下列表中的一个或多个兀件:模拟输入单兀、传感器单兀、输入/输出接口单元、供电单元和处理器单元。 18. A data recording apparatus (100) according to 16 or claim 17, wherein said intelligent electronic device (101, IOla-IOln) comprising a list of one or more members Wu: Wu Analog Input Single , sensor unit Wu, an input / output interface unit, a power supply unit and processor unit.
19.根据权利要求16到17中任一项所述的数据记录装置(100),其特征在于,生产数据和产品数据(501a-501n)描述了所述智能电子设备(101,IOla-IOln)的配置,并且包括以下列表中一项或多项元素:序列号、产地、硬件版本号、软件版本号和/或固件版本号、使用的测试数据、总运行时间、位置、处理器序列号和MAC地址。 19. The data recording apparatus 16-17 in any one of (100) claim, characterized in that the production and product data (501a-501n) describes the intelligent electronic device (101, IOla-IOln) configuration, and includes a list of one or more of the following elements: serial number, place of origin, the hardware version, software version number and / or firmware version number, the test data used, the total running time, location, serial number, and the processor MAC address.
20.根据权利要求16到17中任一项所述的数据记录装置(100),其特征在于,第一数据传输路径(401,40 la-40 In)与第二数据传输路径(402,402a_402n)不是同时存在的。 20. The data recording apparatus 16 to 17 of any one of (100) according to claim, characterized in that the first data transmission path (401,40 la-40 In) and the second data transmission path (402,402a_402n ) are not simultaneously present.
Description  translated from Chinese

数据记录装置 Data recording means

[0001] 描述 [0001] Description

[0002] 将智能电子设备的生产数据和产品数据传输到远程存储设备上的方法。 [0002] The transfer of production data intelligent electronic devices and product data to remote storage device method.

技术领域 Technical Field

[0003] 本发明一般涉及根据权利要求I前序的用于将智能电子设备的生产数据和产品数据传送到远程存储设备和/或远程存储系统的方法。 [0003] The present invention relates generally claimed before I order is used to transfer the production data and product data intelligent electronic device to a remote storage device and / or remote storage systems approach requires. 本发明还涉及根据权利要求17前序的数据记录装置。 The present invention further relates to a data recording apparatus according to claim 17 of the preamble.

背景技术[0004] 中高压技术的电子设备,也称主设备,比如像功率变换器、变流器站、线路设备、电源开关、隔离开关、接地开关、母线、电机、发电机等,这些设备在生产和销售给最终用户之后,通常在不同的地点出现,并且在那里必须监视这些设备,还要通过保护设备保护它们。 BACKGROUND [0004] Electronic equipment in high voltage technology, also known as the master device, such as a power converter, converter station, the line equipment, power switches, disconnectors, grounding switches, busbars, motors, generators, etc. These devices After production and sales to end users, usually appear in different locations, and there must monitor these devices, but also to protect them through protective equipment. 这些保护设备,也称辅助设备或者智能电子设备(IED),具有很多电子部件。 These protection devices, also known as auxiliary equipment or Intelligent Electronic Devices (IED), has a number of electronic components. 这些智能电子设备(IED)的电子部件有助于监视和驱动电子设备,即主设备的特定性能。 These intelligent electronic devices (IED) of electronic components to help monitor and drive electronics equipment, that the specific performance of the primary device. 按照要监视和/或驱动的主设备的种类用必要的电子部件和/或元件配备智能电子设备(IED)。 According to the type to be monitored and / or driven by the master device the necessary electronic components and / or elements with intelligent electronic devices (IED). 这些部件可能是,例如模拟输入单元、传感器单元、输入/输出接口单元、供电单元和处理器单元。 These components may be, for example, an analog input unit, a sensor unit, an input / output interface unit, the power supply unit and the processor unit.

[0005] 在智能电子设备的寿命(运行时间)期间,它和/或它的部件会进行多次改变,尤其智能电子设备的部件会替换成新的或者另一种类型的部件,和/或更新控制智能电子设备的软件。 [0005] In the life (run-time) intelligent electronic devices during which it and / or its parts can be changed many times, especially in parts of intelligent electronic devices will be replaced with a new or another type of component, and / or update control IEDs software. 这在下文中被称为配置改变。 This is known as configuration changes below. 通常由智能电子设备的最终用户或者是用户的委托人进行这种改变。 This change is usually carried out by the end-user an intelligent electronic device or user client. 这就造成在智能电子设备遇到错误时将寻求帮助的用户,尤其指不是智能电子设备的生产商,不能在任何情况下都知道由生产数据和产品数据表征的智能电子设备的当前配置。 This has resulted in an intelligent electronic device when an error is encountered will help users, especially a manufacturer is not intelligent electronic devices, can not know the current configuration by the manufacturer and product data characterizing intelligent electronic devices in any case. 智能电子设备(IED)的生产数据和产品数据具体来说是:序列号、产地、硬件版本号、软件和/或固件版本号、使用的测试数据、总运行时间、位置、处理器序号和/或MAC地址。 Intelligent Electronic Devices (IED) production data and product-specific data is: serial number, place of origin, the hardware version, software and / or firmware version number, the test data used, the total running time, position, processor serial number and / or MAC address. MAC (媒体访问控制)地址,也称硬件地址,允许网络中网络适配器的唯一标识。 MAC (Media Access Control) address, also called hardware address, allowing uniquely identifies the network adapter.

[0006] 此外,安装的智能电子设备可能会不适当地改变安装地址,使得生产商不再可能总览要监视的智能电子设备的安装地点和相应的配置。 [0006] In addition, the intelligent electronic device may be installed improperly changing the installation address, so that the mounting location and the corresponding configuration manufacturer is no longer possible to monitor an overview of intelligent electronic devices.

[0007] 因此在多数情况下,生产商追踪已安装智能电子设备的安装地点和配置改变是符合愿望的。 Installation location and configuration changes [0007] Thus, in most cases, manufacturers track has an intelligent electronic device installed in line with aspirations.

[0008] 在工业领域尤其是在中压配电站和高压配电站中安装智能电子设备时,存在着不断部分地改变需求、适当部分和配置的问题,使得很难长时间地追踪这种变化,尤其是在设备的整个寿命期间,而且对错误敏感。 [0008] In the industrial field, especially when installed electronic equipment in medium voltage substations and high voltage distribution station, there is a constantly changing requirements in part, and configure the appropriate part of the question, making it difficult to trace such a long period of time changes, especially during the entire life of the equipment, but also sensitive to errors.

[0009] 此外,现有的中压配电装置或高压配电装置的内部或对外通信必须遵循严格的安全规定,因为配电装置的运行安全不能受到影响。 [0009] In addition, the existing internal or external communications medium voltage distribution equipment or high voltage electrical installations must follow strict safety regulations, because the safe operation of the power distribution system can not be affected.

发明内容[0010] 因此在智能电子设备生产及销售之后,为了监视和/或驱动中压和高压技术的主设备,关于智能电子设备(IED)的确定安装的生产数据和产品数据的当前状态和/或当前配置的准确知识对于监视和/或维护智能电子设备是至关重要的。 SUMMARY [0010] Therefore, after intelligent electronic equipment production and sales, in order to monitor and / or host device driver and high pressure technology, and production data on the current state of the intelligent electronic device (IED) to determine the installation and product data / or accurate knowledge of the current configuration for monitoring and / or maintenance of intelligent electronic devices is essential. 尤其是,对于在智能电子设备受到干扰和/或出现错误时被要求提供帮助的智能电子系统的生产商来说,知道相应的智能电子设备的位置和它的配置情况是很重要的,从而生产商可以在不事先检查智能电子设备的情况下直接采取必要的行动克服干扰或纠正错误。 In particular, for the intelligent electronic devices subject to interference and / or when an error occurs been asked to provide assistance of intelligent electronic systems producers, know the location of the corresponding intelligent electronic devices and its configuration it is very important to produce providers can take the necessary action to overcome interference or correct errors directly without prior examination of the situation of intelligent electronic devices.

[0011] 尤其在中压配电装置和高压配电装置中,设置智能电子设备(IED)用于驱动和/或监视配电装置的主设备。 [0011] Especially in medium voltage distribution equipment and high voltage electrical installations, set intelligent electronic device (IED) for driving and / or monitoring power distribution unit master. 对于供电极其重要的是不仅主设备,比如功率变换器、变流器站、功率设备、电源开关、隔离开关、接地开关、母线等,而且监视和/或驱动这些主设备的智能电子设备(辅助设备)都极其稳定地工作。 For the power supply is extremely important that not only the main equipment such as power converters, converter stations, power equipment, power switch, isolation switch, grounding switch, bus, etc., and monitoring and / or drive intelligent electronic devices these master device (auxiliary equipment) are extremely stably. 智能电子设备(IED)受到干扰和/或出现错误时需要立刻克服干扰和/或纠正错误,因为否则供电可能会崩溃。 Intelligent Electronic Devices (IED) is disturbed and / or when an error occurs immediately to overcome interference and / or correct an error, because otherwise the power supply may crash.

[0012] 因此本发明的一个任务是给出尤其是生产商如何跟踪已安装智能电子设备的配置和/或生产数据和产品数据的方法。 [0012] It is therefore an object of the present invention is to provide manufacturers, especially how to track IEDs installed configuration and / or production data and product data. 这个任务由根据权利要求I的根据本发明的数据记录方法解决。 This task is performed by I claim settlement based on data Kee recording method of the present invention.

[0013] 本发明的另一个任务是提供用于记录从至少一个智能电子设备输出的生产数据和产品数据的数据记录装置,通过数据记录装置使连续跟踪配置和检测智能电子设备的已安装组件成为可能。 [0013] Another object of the present invention is to provide a recording from at least one data record production data intelligent electronic devices and product data output device, data recording device through the continuous tracking configuration and testing of intelligent electronic devices installed components become possible. 根据本发明,这个任务由根据权利要求17的数据记录装置解决。 According to the present invention, this task is performed by the data recording apparatus according to claim 17 to resolve the request.

[0014] 本发明的重要思想在于,借助连接在对应于至少一个要监视的智能电子设备的数据收集设备和存储设备之间的配置设备,高效地控制由收集设备提供的生产数据和产品数据的存储,这些数据作为传输数据从要监视的智能电子设备传送到存储设备。 [0014] The Important Thought of the present invention is that, with the connection between the intelligent electronic device corresponding to the at least one data collection to monitor equipment and storage devices to configure the device, effectively controlled by the collecting device provided production data and product data storage, data transfer as the transmission of data from intelligent electronic devices to be monitored to the storage device. 传输数据尤其包括智能电子设备(IDE)的生产数据和产品数据。 Transmission of data, including in particular intelligent electronic devices (IDE) production data and product data.

[0015] 传输数据在此首先从收集设备经过第一数据传输路径传送到配置设备。 [0015] In this first transmission of data via the first data transmission path is transferred from the collection device to configure the device. 然后,传送到配置设备的传输数据从配置设备经过第二数据传输路径传送到存储设备。 Then, transfer to configure the device for transmitting data via the second data transmission path is transmitted from the configuration device to the storage device. 其一,这样就不必同时建立第一数据传输路径和第二数据传输路径。 First, at the same time so it does not establish a first data transmission path and the second data transmission path. 其二,由此在智能电子设备和存储设备之间能够不必存在直接的数据传输路径。 Secondly, whereby between the intelligent electronic devices and storage devices do not have to be able to direct data transmission path exists.

[0016] 通过这种方式跟踪智能电子设备的配置和已安装部件的变化,使生产商能够在中央数据库中汇集重要的数据,即已安装电子设备和/或多个已安装智能电子设备的生产数据与产品数据,从而在智能电子设备(IED)受到干扰和/或出现错误的情况下能做出快速反应。 [0016] In this way the intelligent electronic tracking device configuration and change the installed components enable manufacturers to bring together important data in a central database, electronic equipment already installed and / or more intelligent electronic devices installed production data and product data, which in the case of an intelligent electronic device (IED) is disturbed and / or errors can respond quickly. 以下尤其有利,通过已安装智能电子设备的配置和构建的准确知识简化了对它的维护操作。 The following is particularly advantageous, configure and build an accurate knowledge of intelligent electronic devices installed simplify its maintenance operations.

[0017] 另一个优点在于,在唯一可以设置成服务器系统的存储装置中存储着所有数据,大量智能电子设备以统一的密码保护这些数据。 [0017] Another advantage is that all the data stored in the storage device can be set to a unique server system, a large number of intelligent electronic devices in a unified password protected data. 此外,为了智能电子系统的生产数据和产品数据的数据存储而不必有与相应的智能电子设备的用户的交互是合理的。 In addition, the intelligent electronic systems for data storage of production data and product data without having to have interaction with the user corresponding intelligent electronic devices are reasonable.

[0018] 因此,通过根据本发明的数据记录方法不仅能以有利的方式确定要监视的智能电子设备的位置,而且可以有利的方式询问智能电子设备的客户数据和参数数据。 [0018] Accordingly, in an advantageous manner not only to determine the intelligent electronic devices to monitor the position of the data recording method of the invention, and can be an advantageous way to ask intelligent electronic device customer data and parameter data.

[0019] 以合理的方式,生产数据和产品数据包括:例如,智能电子设备的序列号、产地、硬件版本号、软件/固件版本号、使用的测试数据、总运行时间以及位置。 [0019] in a reasonable manner, production data and production data include: for example, the serial number of IEDs, origin, hardware version number, software / firmware version number, the test data used, the total run time and location.

[0020] 因此本发明的主要优点是在中央数据库和/或中央存储设备中改善已安装智能电子设备的可用数据的质量。 [0020] Therefore, the main advantage of the present invention is to improve the quality of installed IEDs available data in a central database and / or central storage device. 另外,在根据本发明的数据记录方法中,为了记录从至少一个智能电子设备输出的生产数据和产品数据,配置设备只在有需求的情况下才必须连接到数据传输设备是合理的。 In addition, according to the data recording method of the invention, in order to record data from at least one intelligent electronic device production output and product data, configure the device only in case there is a demand only to be connected to the data transmission device it is reasonable.

[0021 ] 为了记录从至少一个智能电子设备输出的数据,根据本发明的数据记录装置主要具有: [0021] In order to record at least one intelligent electronic device outputs data from the data recording device according to the invention mainly includes:

[0022] a)至少一个对应于智能电子设备的数据收集设备,数据收集设备记录从智能电子设备输出的生产数据和产品数据,并且把数据转换成待传送的传输数据; [0022] a) at least one corresponding to the data collecting device intelligent electronic devices, data collection devices record the output from the intelligent electronic device production data and product data, and converts the data into a transmission data to be transmitted;

[0023] b)用于存储借助至少一个数据收集设备提供的传输数据的存储设备;和 [0023] b) storage means for storing at least one data collection device provides transmission of data; and

[0024] c)用于将传输数据从数据收集设备传送到存储设备的数据传输设备。 [0024] c) for transmitting data transferred from the data collecting device to the storage device of the data transmission device.

[0025] 在此,数据记录装置另外还具有连接于数据收集设备和数据存储设备之间的配置设备,用于控制由数据收集设备提供的传输数据的存储,其中配置设备是由便携式计算设备构成,尤其是笔记本电脑或膝上型电脑。 [0025] In this case, the data recording device additionally has configure devices is constituted by the portable computing device to configure the device connected to data collection devices and data storage devices for controlling the memory provided by the data collecting device data transmission, , especially notebook or laptop.

[0026] 此外,根据本发明的用于记录从至少一个智能电子设备输出的生产数据和产品数据的方法主要包括以下步骤: [0026] In addition, according to the record of the present invention from at least one production methods and product data output from the intelligent electronic device includes the following steps:

[0027] a)借助对应于智能电子设备的至少一个数据收集设备接收从智能电子设备输出的生产数据和产品数据; [0027] a) by means of an intelligent electronic device corresponding to the at least one data collection device receives data from the production output of intelligent electronic devices and product data;

[0028] b)借助数据收集设备将已接收生产数据和产品数据处理成待传送的传输数据; [0028] b) means of data collection device has received production data and product data processing transmission data to be transmitted;

[0029] c)从数据收集设备输出传输数据; [0029] c) the data from the data collection device output transmission;

[0030] d)借助至少一个数据传输设备将从数据收集设备输出的传输数据传送到存储设备;以及 [0030] d) at least one means of transmitting data from the data transmission apparatus outputs the data collecting device is transmitted to the storage device; and

[0031] e)将传送到存储设备的传输数据存储在存储设备中,其中借助传输设备传送的传输数据的存储借助连接于数据收集设备和存储设备之间的配置设备控制,并且其中在配置设备接收传输数据之前,在数据收集设备和配置设备(300)之间建立起数据传输设备的第一数据传输路径,且在传送传输数据到配置设备之后第一数据传输路径断开;以及在传输数据转发到存储设备之前,在配置设备和存储设备之间建立起数据传输设备的第二数据传输路径。 [0031] e) will be transmitted to the transmission of data stored in the storage device in the storage device, wherein the storage means of transmission equipment to transmit data transmitted by means of connection between the data collection and storage devices to control the configuration of the device, and wherein the configuration of the device before receiving transfer data between the data collection device and the configuration device (300) to establish a first data transmission device data transmission path, and after transferring the configuration data to the transmitting apparatus of the first data transmission path is disconnected; and transmitting data before forwarding it to a storage device between configuration and storage devices to establish data transmission apparatus of the second data transmission path.

[0032] 在附属权利要求中有本发明的有利的变型和相应方面的改进。 [0032] The present invention has the dependent claims advantageous variants and corresponding improvements.

[0033] 根据本发明的优选变型,第一和/或第二数据传输路径仅仅是暂时的。 [0033] According to a preferred variant of the invention, the first and / or second data transmission path is only temporary. 这使安装上成本高且昂贵的、持久的数据传输路径是不必要的。 This makes installation on the high cost and expensive, persistent data transmission path is unnecessary.

[0034] 根据本发明的优选变型,在构建第二数据传输路径之前,先断开第一数据传输路径。 [0034] According to a preferred variant of the invention, before building a second data transmission path, disconnect the first data transmission path. 这使传输数据(包括生产数据和产品数据)在智能电子设备的附近周围从与智能电子设备连接的数据收集设备传送到配置设备。 This allows transmission of data (including production data and product data) in the vicinity of intelligent electronic devices around transferred from data collection devices and intelligent electronic devices connected to configure the device. 接着,在稍后的时间点从另一个不同的地点生将生产数据和产品数据从配置设备传送到存储设备。 Then, at a later point in time from a different location raw production data and product data is transferred from the device to the storage device configuration.

[0035] 根据本发明的进一步优选的变型,第一数据传输路径由数据传输电缆构成。 [0035] According to a further preferred variant of the invention, the data transmission path is composed of a first data transmission cable. 这使得数据传输极其简单而且可靠。 This makes it extremely simple and reliable data transmission. 优选地,将短的数据传输电缆用作数据传输电缆,比如若干米长的电缆。 Preferably, the short data transmission cables used for data transmission cables, such as several meters of cable.

[0036] 根据本发明的进一步优选变型,第一数据传输路径由无线数据传输链路构成。 [0036] According to a further preferred variant of the present invention, the first data transmission path consists of a wireless data transmission link. 比如通过无线电链路或光学数据传输链路的数据传输链路。 For example, a radio link or an optical data transmission link via data transmission link. 在此,无线数据传输链路的传输范围优选可达若干米的小的作用范围。 In this case, the transmission range of wireless data transmission link is preferably up to several meters in a small scope.

[0037] 根据本发明的进一步优选变型,配置设备由便携式计算设备构成,尤其是由笔记本电脑或膝上型电脑。 [0037] According to a further preferred variant of the invention, the configuration device constituted by the portable computing device, especially by a notebook or laptop computer. 这使数据传输与的数据传输路径一起变得极其简单且低成本。 This allows data transmission and data transmission path together with extremely simple and low cost. 仅仅在有需求时才建立第一数据传输路径,这不会造成数据传输路径高成本的安装。 Establishing a first data transmission path only when there is demand, it will not cause data transmission path costly installation. 尤其是不必要有数据传输路径的维护。 In particular, there is not necessary to maintain the data transmission path. 同样,只在有需求时建立第二数据传输路径。 Similarly, the establishment of the second data transmission path only when there is a demand.

[0038] 根据本发明的进一步优选变型,数据传输设备具有在数据收集设备和配置设备之间的未保护数据传输路径,还具有配置设备和存储设备之间的受保护数据传输路径。 [0038] According to a further preferred variant of the invention, the data transmission device having unprotected data transmission path between the data collection device and configure devices, but also with the protected data transmission path to configure devices and storage devices.

[0039] 数据收集设备和配置设备之间的联接以有利的方式在本地环境中实现,使得在此可以提供未保护的数据传输路径,也就是说,在该数据传输路径上传输的数据既不加密也不加以保护。 [0039] Linked data collection devices and configuration devices in a favorable manner to achieve in the local environment, so that this can provide data transmission path is not protected, that is, on the data transmission path for data transmission neither Encryption does not protect them.

[0040] 另一方面,配置设备和存储设备之间的链路通过比如ESF和/或GSM和/或GPRS和/或互联网链路提供,使得此处有利地设立受保护的数据传输路径。 [0040] On the other hand, the link to configure devices, and storage devices such as ESF by providing and / or GSM and / or GPRS and / or the Internet link, so here is advantageously set up a data transmission path protected. 数据安全有利地包括数据加密和数据验证的步骤。 Data Security advantageously comprises data encryption and data authentication step.

[0041] 根据本发明的进一步优选变型,用于控制由数据收集设备记录的数据的存储的配置设备具有数据收集模块。 [0041] According to a further preferred variant of the invention, for controlling the data collection devices record data stored configuration device has a data collection module. 优选地,构成这种数据收集模块的方式,使得能够记录来自至少一个要监视的智能电子设备的数据,并且把数据转发到中央存储设备。 Preferably, the data collection module configured such a manner that the data can be recorded from the at least one intelligent electronic device to be monitored, and forwards the data to a central storage device. 有利地,数据收集设备具有服务器检测器,用于检测存储了数据的服务器系统。 Advantageously, the data collection server device having a detector for detecting the data storage server system. 此外数据收集设备包括缓存,用于缓冲要存入存储设备的传输数据。 Further data collection device includes a buffer for buffering to transfer data stored in the storage device.

[0042] 将存储设备构成为中央文件服务器是有利的。 [0042] The storage device is configured to be advantageous to the central file server. 此外提供多个存储设备是可能的,其中单个存储设备可以视为服务器系统的一部分。 Furthermore it is possible to provide a plurality of storage devices, wherein a single memory device can be regarded as part of the server system.

[0043] 根据本发明更进一步的变型,存储设备应构成为借助各自对应的数据传输设备与至少两个不同的智能电子设备联接的中央文件服务器。 [0043] According to a further variant of the present invention, the storage device should be configured by means of respective data transmission device with at least two different intelligent electronic devices coupled to a central file server.

[0044] 根据本发明更进一步的变型,从智能电子设备输出的生产数据和产品数据包括一项或多项以下内容:序列号、产地、版本号、硬件版本、软件/固件版本、测试数据记录、处理器序列号、MAC地址、位置和使用寿命。 [0044] According to a further variant of the present invention, the output from the intelligent electronic device production data and product data including one or more of the following: serial number, place of origin, version number, hardware version, software / firmware version, test data records The processor serial number, MAC address, location, and service life.

[0045] 根据本发明更进一步的变型,存储设备是由存储器处理单元和存储媒体组成的。 [0045] According to a further variant of the present invention, the storage device is composed of a processing unit and a memory storage medium composed. 存储器处理单元以合理的方式控制待存储数据在存储媒体中的数据存储。 Storage processing unit in a reasonable manner to control data to be stored in the storage media.

[0046] 根据本发明更进一步的变型,用配置设备对通过数据传输设备传送的传输数据的存储进行控制主要包括以下步骤: [0046] According to a further variant of the present invention, with the configuration of the device through the data transfer between the storage device to transfer control includes the following steps:

[0047] a)输入用户的用户识别数据到配置设备中; User identification data [0047] a) Enter the user to configure the device;

[0048] b)获取配置设备的特征数据; [0048] b) to obtain the configuration device characteristic data;

[0049] c)在配置设备中借助用户识别数据注册用户; [0049] c) by means of user identification data registered user to configure the device;

[0050] d)从配置设备传送用户识别数据和配置设备的特征数据到存储设备; [0050] d) to configure the device to transmit user identification data and configure the device characteristic data from the storage device;

[0051] e)在存储设备中借助用户识别数据注册用户,其中产生相关于用户识别数据的密码数据; [0051] e) a user by means of user identification data registered in the storage device, wherein the generated user identification data associated with the cryptographic data;

[0052] f)从存储设备将相关于用户识别数据的密码数据传送到配置设备;以及 [0052] f) is transferred from the storage device associated with the user identification data, password data to configure the device; and

[0053] g)在配置设备中存储用户识别数据和/或相关于用户识别数据的密码数据。 [0053] g) storing the user identification data and / or user identification data associated with the password data in the configuration device. 传输数据以有利的方式进行加密和/或验证。 Transmission of data in an advantageous way to encrypt and / or verification.

[0054] 根据本发明更进一步的优选变型,要记录智能电子设备(IED)(辅助设备)的部件的生产数据和产品数据,其中智能电子设备包括以下一个或多个部件:模拟输入单元、传感器单元、输入/输出接口单元、供电单元和处理器单元。 [0054] According to the present invention further preferred variant, to record production data and product data intelligent electronic device (IED) (auxiliary equipment) components, including intelligent electronic device comprises one or more of the following components: analog input units, sensors unit, an input / output interface unit, a power supply unit and processor unit. [0055] 根据本发明更进一步的优选变型,通过配置设备的连接自动地在配置设备中暂存传输数据。 [0055] According to the present invention further preferred variant, you can configure the device to connect automatically transfer data temporarily stored in the configuration device.

[0056] 在配置设备中注册用户时,把用户名和用户密码持久地存储在配置设备中是有利的。 [0056] In the configuration of the device when a registered user, the user name and password permanently stored in the configuration device is advantageous. 根据本发明更进一步的优选变型,相关于用户识别数据的密码数据是由相比于用户识别数据长的数据字组成的。 According to the present invention, a further preferred variant, the identification data associated with the user password data is compared to the user identification data length of the data words.

[0057] 根据本发明更进一步的优选变型,在至少一个智能电子设备与至少一个数据传输设备联接时,借助至少一个对应于智能电子设备的数据收集设备启动生产数据和产品数据的自动输出。 [0057] According to the present invention further preferred variant, at least one intelligent electronic device with at least one data transmission device is coupled by means of at least one corresponding to the data collection device starts intelligent electronic devices automatically output production data and product data.

[0058] 根据本发明更进一步的变型,智能电子设备和数据收集设备安装在同一个机箱内。 [0058] According to a further variant of the present invention, intelligent electronic devices and data collection devices installed in the same chassis.

[0059] 这样就解决了本发明的任务,S卩,提供了数据记录装置和相应的数据记录方法,其中能够自动识别已安装智能电子设备,并能获得对于生产商重要的生产数据和产品数据。 [0059] This solves the task of the present invention, S Jie, provides data recording device and the corresponding data recording method, which can automatically identify the intelligent electronic device is installed and get important for manufacturers of production data and product data . 由此以简单的方式实现对要监视的智能电子设备的维护操作和配置以及修改配置或重新配置。 Thus in a simple manner to achieve an intelligent electronic device to monitor the maintenance and configuration, and modify the configuration or reconfiguration.

附图说明 Brief Description

[0060] 在附图中展示了本发明的实施例,并在以下描述中详细解释。 [0060] shows the embodiment of the present invention, in the drawings and explained in detail in the following description.

[0061] 附图中: [0061] In the drawings:

[0062] 图I数据记录装置的框图,其中示意性地示出了要监视的智能电子设备(IED)和存储设备之间通过配置设备的联接; [0062] FIG. I a block diagram of a data recording device, which schematically illustrates a smart electronic device to be monitored by configuring the connection between the device (IED) and storage devices;

[0063] 图2用于多个要监视的智能电子设备(IED)的图I所示的数据记录装置以及到中央存储设备的相应的数据传输路径。 [0063] FIG. 2 for Intelligent Electronic Device (IED) to monitor multiple data shown in Figure I recording device and the corresponding data transmission path to a central storage device.

[0064] 图3根据本发明的记录从至少一个智能电子设备输出的生产数据和产品数据的数据记录方法的主要操作步骤框图。 [0064] FIG. 3 according to the present invention records from at least one major procedure data recording method of producing intelligent electronic device outputs data and product data diagram.

[0065] 图4根据本发明、具有处于智能电子设备(IED)和存储设备之间的数据传输设备的数据记录装置的总体图示。 [0065] FIG. 4 according to the invention has an overall data transmission device shown in intelligent electronic devices (IED) and storage devices data recording device.

[0066] 图5用于解释智能电子设备(IED)和具有数据收集模块的配置设备之间的数据交换的框图; [0066] FIG. 5 for explaining an intelligent electronic device (IED), and a block diagram of the device configuration data exchange between the data collection module having;

[0067] 图6框图,阐明了数据收集模块的构造; [0067] FIG. 6 a block diagram illustrates the structure of data collection module;

[0068] 图7根据本发明的优选实施例的数据库功能的框图; [0068] FIG. 7 according to the invention is preferably a block diagram of one embodiment of database functions;

[0069] 图8自动检测安装在智能电子设备中部件和产品数据传输的框图;及 [0069] FIG. 8 a block diagram of the intelligent automatic detection of installed electronic equipment components and products in data transmission; and

[0070] 图9用于产品数据交换的协议的框图。 Block Diagram Product data exchange protocol [0070] FIG. 9 is used.

[0071] 在附图中相同的附图标记代表相同或相同功能的部件或者步骤。 [0071] In the drawings, like reference numerals represent the same components or the same functions or steps.

具体实施方式 DETAILED DESCRIPTION

[0072] 下文将基于优选实施例来描述本发明。 [0072] will hereinafter be described based on the preferred embodiment of the present invention. 图I示出用于记录从智能电子设备(IED ;也称辅助设备)输出的生产数据和产品数据的框图。 Figure I shows records from intelligent electronic devices (IED; also known as auxiliary equipment) out of a block diagram for the production and product data output. 智能电子设备(IED)用于监视和控制中电压配电装置和/或高电压配电装置中的电子设备(也称主设备;图中未示出),像比如功率变换器、变流器站、功率设备等。 Intelligent Electronic Devices (IED) used to monitor and control voltage distribution equipment and / or high-voltage power distribution equipment in the electronic device (also known as the master device; not shown in the figure), like for example the power converter, converter stations, power equipment. 这些主设备优选设置在智能电子设备的邻近周围。 The main device is preferably disposed adjacent to intelligent electronic devices around. [0073] 图I中智能电子设备(IED)用标号101表不。 [0073] FIG. I Intelligent Electronic Devices (IED) by the numeral 101 table does not. 应该指出,正如下文基于图2所描述的,大量智能电子设备(IED) IOla-IOln可以通过本发明的方法,根据它们的生产数据和产品数据受到监视。 It should be noted, as described below in Figure 2 is based on a large number of intelligent electronic devices (IED) IOla-IOln by the method of the present invention, according to their production and product data being monitored. [0074] 智能电子设备(IED) 101根据它自身的生产数据和产品数据受到监视,从而可以确定智能电子设备(IED)IOl的变化。 [0074] Intelligent Electronic Device (IED) 101 based on its own production and product data is monitored, which can identify changes in intelligent electronic devices (IED) IOl of. 出于这个目的,每个要监视的智能电子设备(IED)IOl都配备数据收集设备102,数据收集设备记录从智能电子设备(IED) 101输出的生产数据和产品数据,并将这些数据转换成待传送的传输数据502。 For this purpose, each intelligent electronic device to be monitored (IED) IOl are equipped with data collection device 102, data collection devices record data from the production of intelligent electronic devices (IED) 101 output and product data, and these data into transmitting data 502 to be transmitted. 如图I所示,数据收集设备102安装到智能电子设备101的机箱中。 Figure I shows, the data collection device 102 is mounted to the chassis 101 in an intelligent electronic device. 备选地,数据收集设备102也可以设置在智能电子设备101的邻近周围。 Alternatively, the data collection device 102 may be provided adjacent the peripheral intelligent electronic device 101.

[0075] 在图I中存储设备由标号200表示,存储设备作为中央单元,用于记录要监视的智能电子设备(IED) 101 (在图2中用标号IOla-IOln表示)的所有生产数据和产品数据。 [0075] Intelligent Electronic Device (IED) in Figure I in the storage device by the reference numeral 200, a storage device as a central unit for records to monitor 101 (shown in Figure 2 by reference numeral IOla-IOln) of all production data and product data.

[0076] 为了传送生产数据和产品数据,要监视的智能电子设备(IED)IOl的数据收集设备102通过第一数据传输路径401与配置设备300联接,从而使传输数据502能够从数据收集设备102传送到配置设备300。 [0076] In order to transmit production data and product data, intelligent electronic devices to be monitored (IED) IOl data collection device 102 via the first data transmission path 401 and 300 coupled to configure the device so that the 502 can transfer data from the data collection device 102 transfer to configure the device 300. 然后配置设备300通过第二数据传输路径402与存储设备200联接,从而使传送到配置设备300的传输数据502能再传送到存储设备200。 Then configure the device 300 via a second data transmission paths 402 and 200 connecting the storage device, so that the transmission data 300 is transmitted to the configuration of the device 502 to the storage device 200 again. 在此,第一数据传输路径401和第二数据传输路径402和配置设备300 —起构成了数据传输设备(在图2中用标号400a-400n表示)。 Here, the first data transmission path 401 and the second data transmission path 402, and configuring devices 300-- constitute a data transmission from the device (shown in Figure 2 by reference numerals 400a-400n). 第一数据传输路径402可以通过数据传输电缆或无线数据传输链路构成。 A first data transmission path 402 may be constituted by a data transmission cable or wireless data transmission link.

[0077] 第一数据传输路径402的长度较短,也就是说,数据传输电缆的长度为若干米,或者无线数据传输链路的传输范围为若干米。 [0077] The first data transmission path 402 of the shorter length, i.e., the length of the data transmission cable is several meters, or the transmission range of wireless data transmission link is several meters. 这使得铺设成本高的数据传输电缆不是必须的。 This makes the high cost of laying the data transmission cable is not necessary. 如果第一数据传输路径401使用数据传输电缆,电缆可以根据需求连接到数据收集器102以及连接到配置设备300。 If the first data transmission path 401 data transmission cables, the cable can be connected to the data collector is connected to the configuration of the device 102 and 300 according to demand. 如果第一数据传输路径401使用无线数据传输链路,小功率的无线电链路就足够了。 If the first data transmission path 401 using a wireless data transmission link, low-power radio link is sufficient. 同样可以使用无线的光学链路。 You can use the same wireless optical link. 如果使用无线电链路,必须确保主设备和辅助设备在它的周围不会受到影响,因为否则中压配电装置和/或高压配电装置的运行安全就会受到威胁。 If using a radio link, it must ensure that the primary and secondary devices are not affected around it, because otherwise the medium voltage distribution device and / or high voltage electrical installations operational safety will be threatened.

[0078] 借助图2更详细地描述数据记录装置100。 [0078] by means of a data recording apparatus 100 described in more detail in Figure 2.

[0079] 根据本发明,配置设备300可以时间上相继地与至少两个不同的数据收集设备102a-102n暂时连接。 [0079] According to the present invention, the configuration device 300 may successively temporarily connected to at least two different data collection devices 102a-102n over time. 每一个数据收集设备102a_102n对应于相应的智能电子设备IOla-IOln0在图2中阐明了这点。 Each data collection device 102a_102n corresponding to the respective IEDs IOla-IOln0 illustrates this point in Figure 2. 由此通过配置设备300可以读取大量智能电子设备(IED) IOla-IOln,其中由各个数据收集设备102a_102n将各自的传输数据502a_502n通过各自的第一传输路径401a-401n传送到配置设备300。 Whereby the device 300 may be configured to read a large number of Intelligent Electronic Devices (IED) IOla-IOln, 401a-401n is transmitted to the configuration device 300 wherein each of the data collected by the respective device 102a_102n 502a_502n transmitting data through respective first transmission path.

[0080] 同样,配置设备300只能通过第二数据传输路径402与存储设备200联接,该存储设备200优选构成了中央文件服务器。 [0080] Similarly, configure the device 300 only through the second data transmission paths 402 and 200 connecting the storage device, the storage device 200 is preferably composed of a central file server.

[0081] 根据本发明记录至少从一个智能电子设备(IED)101、101a_101n输出的生产数据和产品数据501、501a-501n的方法具有以下步骤: [0081] The following steps have production data from at least one intelligent electronic device (IED) 101,101a_101n and product data output method 501,501a-501n according to the record of the present invention:

[0082] a)借助至少一个对应于智能电子设备101、101a-101n的数据收集设备102、102a-102n接收从智能电子设备101、IOla-IOln输出的生产数据和产品数据501a_501n ; Data collection device [0082] a) by at least one corresponding to the intelligent electronic device 101,101a-101n of 102,102a-102n received from the intelligent electronic device 101, IOla-IOln output of production and product data 501a_501n;

[0083] b)借助数据收集设备102、102a_102n将接收到的生产数据和产品数据501a_501n处理成待传送的传输数据502、502a-502n ;[0084] c)从数据收集设备102、102a_102n输出传输数据502、502a_502n ; [0083] b) means of data collection equipment 102,102a_102n received production data and product data 501a_501n processed into transmission data to be transmitted 502,502a-502n; [0084] c) output from the data transmission data collection devices 102,102a_102n 502,502a_502n;

[0085] d)借助至少一个数据传输设备400a_400n将由数据收集设备102、102a_102n输出的传输数据502、502a-502n传送到存储设备200 ;以及 [0085] d) at least one means of transmitting data by the data transmission device 400a_400n data collecting device 102,102a_102n output 502,502a-502n is transmitted to the storage device 200; and

[0086] e)将传送到存储设备200的传输数据502、502a_502n存入存储设备200, [0086] e) will be transmitted to the transmission data storage device 200 502,502a_502n stored in the storage device 200,

[0087] 其中借助传输设备400a_400n传送的传输数据502、502a_502n的存储借助连接于数据收集设备102、102a-102n和存储设备200之间的配置设备300来控制,其中, [0087] wherein the means of transmission of the data transmission device transmitted 502,502a_502n 400a_400n stored by means connected to the data collecting device 102,102a-102n and storage device 200 is configured between 300 to control, which

[0088]-在配置设备300从数据收集设备102、102a-102n接收传输数据502、502a_502n之前,在数据收集设备102、102a-102n和配置设备300之间建立数据传输设备400a_400n的第一数据传输路径401、401a-401n ;在传输数据502、502a_502n传送到配置设备300之后,第一数据传输路径401、401a-401n断开;并且,[0089]-在传输数据502、502a_502n从配置设备300转发到存储设备200之前,在配置设备300和存储设备200之间建立数据传输设备400a-400n的第二数据传输路径402、402a_402n。 [0088] - In the configuration device 300 102,102a-102n receives the transmission data from the data collection device before 502,502a_502n, between data collection devices 102,102a-102n and configure the device 300 to establish a data transmission device of the first data transmission 400a_400n path 401,401a-401n; 502,502a_502n after transferring data is transmitted to the configuration device 300, the first data transmission path 401,401a-401n is disconnected; and, [0089] - 502,502a_502n device configured to transfer data from 300 before forwarding it to the storage device 200, the device 300 is disposed between the storage device 200 and establish a data transfer apparatus of the second data transmission paths 400a-400n 402,402a_402n.

[0090] 由智能电子设备101、IOla-IOln输出的生产数据和产品数据501a_501n允许合理的关于要监视的智能电子设备(IED)IOl的位置、使用目的、运行时间等的声明。 [0090] production data and production data from the intelligent electronic device 101, IOla-IOln output 501a_501n allow reasonable to be monitored on an intelligent electronic device (IED) IOl position, stating the purpose of use, the running time and the like. 比如对于输出的生产数据和产品数据501a-501n包括:序列号、产地、版本号、硬件版本、软件/固件版本、测试数据记录、处理器序列号、位置、MAC地址和使用寿命。 For example, the output of the production and product data 501a-501n include: serial number, place of origin, version number, hardware version, software / firmware version, test data records, processor serial number, location, MAC address and service life.

[0091] 智能电子设备(IED) 101 (也称辅助设备)的生产数据和产品数据区别于电子设备(也称主设备)的当前状态数据。 [0091] Intelligent Electronic Device (IED) 101 (also known as auxiliary equipment) production and product data is different from the electronic device (also known as the master device) the current state of the data. 当前状态数据就是传感器的测量值,比如电流计或电压计,还有气体传感器,用于在与气体隔离的配电装置中测试当前气压,或用于测试与气体隔绝的配电装置的隔离气体的质量。 The current status data is the sensor measurements, such as current or voltage meter meter, and gas sensors, used to test the current pressure in the gas distribution system in isolation, or for isolating the gas testing and gas insulated switchgears quality. 其他当前状态数据可能还涉及到开关的瞬时开关状态。 Other current status of data may also involve the momentary switch state of the switch.

[0092] 通过在存储设备200中存储智能电子设备(IED) 101、IOla-IOln的生产数据和产品数据501a-501n,就能在任何时间使用存储在存储设备200中的数据追踪单个智能电子设备(IED) 101的生产数据和产品数据501a-501n的变化。 [0092] The 501a-501n, you can use the data stored in the storage device 200 is stored in the storage device 200 Intelligent Electronic Device (IED) 101, IOla-IOln production data and product data at any time to track the individual IEDs (IED) production and product data 101, 501a-501n changes.

[0093] 尤其能够跟踪到硬件的变化,比如当智能电子设备101、101a-101n的处理器由于损坏而被调换。 [0093] In particular, the ability to track changes to the hardware, such as an intelligent electronic device 101,101a-101n of the processor due to damage being replaced. 如果为了扩充智能电子设备(IED) 101、101a-101n的功能而在智能电子设备中安装了新的硬件部件,则智能电子设备(IED)101、101a-101n的生产数据和产品数据501a-501n扩充新的硬件部件的数据。 If in order to expand the intelligent electronic device (IED) 101,101a-101n functions in intelligent electronic devices installed new hardware components, the intelligent electronic device (IED) production data and product data 101,101a-101n of 501a-501n expansion of the new hardware component data. 这表明,生产数据和产品数据501a_501n由于硬件扩充而发生变化。 This indicates that the production and product data 501a_501n due to hardware expansion and change. 同样能跟踪智能电子设备101、101a-101n位置的变化。 It can also track changes in an intelligent electronic device 101,101a-101n position. 借助软件/固件版本可以追踪智能电子设备101、IOla-IOln软件的变化。 With the software / firmware version intelligent electronic device 101 can track changes IOla-IOln software.

[0094] 此外,还可能通过对存储在存储设备200中的生产数据和产品数据的评估确定智能电子设备101的硬件和智能电子设备101上使用的软件之间的不兼容性。 [0094] In addition, it could be passed to evaluate production data and product data stored in the storage device 200 to determine the incompatibility of software used by the hardware and intelligent electronic device 101 intelligent electronic device 101 between.

[0095] 如图I所示,存储设备200主要由存储器处理单元201和存储媒体202构成的。 [0095] Figure I shows, the main storage device 200 by the storage processing unit 201 and the storage medium 202 configured. 存储器处理单元201控制着作为待存数据的被传送的传输数据502在存储媒体202中的存储。 Storage processing unit 201 controls the transmission data is transmitted as data 502 to be stored in the storage medium 202. 存储媒体的设计对于专业技术人员是已知的,所以在此不进一步解释。 Design of storage media are known to the skilled person, so that no further explanation here. 比如存储媒体有硬盘存储器、光盘、磁带存储器、半导体存储媒体等。 For example, hard disk memory storage media, optical disk, magnetic tape memory, semiconductor storage media. 另外,存储设备200也可构成服务器系统的一部分。 In addition, the storage device 200 may also form part of the server system.

[0096] 根据本发明记录从至少一个智能电子设备(IED) 101、IOla-IOln输出的生产数据和产品数据的数据记录方法允许借助连接在数据收集设备102、102a-102n和存储设备200之间的配置设备300控制由数据传输设备400a-400n传送的传输数据502a_502n的存储。 [0096] allow the aid of a connection between data collection devices 102,102a-102n and storage device 200 according to the data recording method of the present invention from at least one intelligent electronic device (IED) 101, IOla-IOln output of production data and product data The configuration of the device 300 control the transmission of data transmitted by the data transmission device 400a-400n 502a_502n of storage. 连接在要监视的电子设备101 UOla-IOln和存储设备200之间的配置设备300以有利的方式由便携式计算设备300,比如笔记本电脑构成。 Connected to the electronic device to be monitored 101 UOla-IOln and storage device configuration between devices 200 300 in an advantageous manner by the portable computing device 300, such as a laptop computer having. 借助配置设备300可以从对应于相应的智能电子设备(IED) 101的数据收集设备102接收到生产数据和产品数据501a-501n。 With the configuration of the device 300 may be received from corresponding to the respective intelligent electronic device (IED) data collection devices 102 101 to produce data and product data 501a-501n.

[0097] 借助便携式计算设备300可以在智能电子设备(IED) 101、101a-101n的邻近周围安装。 [0097] by means of the portable computing device 300 can be installed in the intelligent electronic device (IED) surrounding adjacent 101,101a-101n. 因此,第一数据传输路径401、401a-401n只能构建在较短的距离上。 Thus, the first data transmission path 401,401a-401n can only build on the shorter distances. 在传输数据502、502a-502n从对应于智能电子设备(IED)的数据收集设备传送之后,第一数据传输路径401、401a-401n可以断开。 After transmission of the data collection devices 502,502a-502n transmit corresponding intelligent electronic device (IED) of the data from the first data transmission path 401,401a-401n may be disconnected. 此后便携式计算设备300可以移动到离智能电子设备任意远,并在那个远的位置上构建便携式计算设备300和存储设备200之间的第二数据传输路径402、402a-402n,并且将传输数据502传送到存储设备200。 Thereafter the portable computing device 300 may be moved to any intelligent electronic devices away from, and build the portable computing device 300 and storage device in that position distant second data transmission path 200 between 402,402a-402n, and the transmission data 502 transferred to the memory device 200. 因此不需要特别在智能电子设备101、IOla-IOln和存储设备200之间建立直接的和/或时间和空间上不间断的数据链路。 Therefore no special direct and / or time and space uninterrupted data link between intelligent electronic devices 101, IOla-IOln and storage device 200.

[0098] 应该指出,对于也称主设备并且比如作为传输设备、供电站、功率变换器等来构成的电子设备,借助辅助设备对生产数据和产品数据进行监视。 [0098] It should be noted, also known as the master device and for such as an electronic device consisting of transmission equipment, power station, power converters, etc., by means of auxiliary equipment for the production and product data for monitoring. 这种辅助设备由“智能”电子部件组成,它们获得主设备的生产数据和产品数据,并由此能够存储主设备的信息。 Such auxiliary equipment consists of "smart" electronic components, their access to production data and product data master device, and thus capable of storing information of the main device.

[0099] 在智能电子设备中,要求、适合的组件和配置通常会持续变化,从而会使跟踪这种变化很难而且对错误敏感。 [0099] In the intelligent electronic device is required for the assembly and configuration usually continues to change, which would be difficult to track these changes and susceptible to errors. 对一个或多个特定安装的电子设备的当前状态和/或当前配置的准确知识对于这种设备的维护和持续监视是非常有利的。 For one or more of the current status of a particular installation of an electronic device and / or accurate knowledge of the current configuration of this equipment for maintenance and continuous monitoring is very beneficial.

[0100] 有多种软件系统适合于监视生产数据和产品数据,这种软件系统可以以这样一种方式加载在配置设备300中,使得软件系统起到对要监视的电子设备附加的监视技术效果。 [0100] There are a variety of software systems suitable for monitoring production data and product data, the software system can be loaded in such a way to configure the device 300, so that the software system play on the electronic device additional surveillance technology to monitor the effect of . 尤其是,软件系统可以在便携式计算设备300上运行,从而从对应于电子设备101的数据收集设备102正确地、自动地记录电子设备的生产数据和产品数据。 In particular, software running on a computing device 300 can be portable, and thus corresponds to the electronic device 101 from the data collection device correctly, and automatically recording data production device 102 electronic product data. 此外,软件系统还用于将数据正确地发送到预定义的存储设备200,数据在存储设备中持久存储和/或可用于后续处理。 In addition, the software system is also used to correct the data sent to a predefined storage device 200, persistent data storage, and / or in the storage device can be used for subsequent processing.

[0101] 由标号100表示的整个数据记录装置用于记录从至少一个电子设备101输出的生产数据和产品数据501。 [0101] The entire data recorded by the numeral 100. The apparatus for recording data from at least one electronic device 101 outputs production and product data 501. 从要监视的电子设备101到存储设备200的这种数据传输和记录必须以安全的方式进行。 From electronic devices to monitor 101 to the storage device 200 such data transmission and recording must be carried out in a safe manner. 要监视的电子设备101和/或对应于它的数据收集设备102与在图I中示出的配置设备300之间的联接出现在要监视的电子设备101本地附近,因此不必保护数据或给数据加密。 To monitor the electronic device 101 and / or corresponding to its data collection device 102 and the join in Figure I shows the configuration of the device 300 is present in the vicinity of the electronic device 101 to be monitored locally, it is not necessary to protect data or to data encryption. 这种链路,即第一数据传输路径,在图I中由标号401和虚线表示。 Such links, i.e. a first data transmission path, in FIG. I, the dotted line and denoted by reference numeral 401. 另一方面,配置设备300和存储设备200之间的联接必须确保安全,因为数据是在通常无保障的网络,像互联网或GSM网络中传送。 On the other hand, the coupling configuration device 300 and a storage device 200, the need to ensure the safety, because the data are generally insecure network, like the Internet or GSM network transmission. 这种安全的数据链路在图I中用标号402表示,并构成了受保护的第二数据传输路径,其中的数据是受保护和加密的。 This secure data links by reference numeral 402 in FIG. I represent and constitute a second data transmission paths protected, where the data is protected and encrypted.

[0102] 对数据的这种保护包括两个步骤:⑴数据加密和(ii)数据验证。 [0102] The protection of such data involves two steps: ⑴ data encryption, and (ii) data validation. 对于数据验证数据源必须始终保持可知。 For data validation data source must remain unknown. 通过这个方法可以确保接收到的数据是从可靠的文件发出的。 This way we can ensure that the received data was sent from a reliable file.

[0103] 为了避免操作配置设备300的用户必须每次亲自手动登陆存储设备200 (中央数据服务器)并进行身份验证,当有数据需要从配置设备300传送到存储设备200时,用户的用户名和密码在安装配置设备300和/或对应于配置设备的数据收集模块301 (图2)时存储在配置设备300内。 [0103] In order to avoid operating configuration of the device 300 the user must manually log in every person storage device 200 (central data server) and authenticate, when data needs to configure the device 200 from 300 to the storage device, the user name and password When installation and configuration are stored in the device 300 and / or data collection module 301 corresponds to the configuration of the device (Fig. 2) in the configuration of the device 300. 因此由于不必重新输入密码,用户也不必记住密码,所以可以随机产生长且可靠的密码,即提供“复杂”的密码。 Therefore, it is unnecessary to re-enter the password, users do not have to remember passwords, so you can randomly generated password length and reliable, providing "complex" passwords. [0104] 当配置设备300连接到数据传输设备401、402时,用户必须输入确定的信息,比如设备名、地址、公司等,从而保证识别的单一性。 [0104] When configuring the device 300 is connected to a data transmission device 401, the user must enter to determine information such as device name, address, company, etc., in order to ensure recognition of unity. 正如下文关于图3的描述所提及的,在注册时用户信息和硬件信息,比如处理器序列号、MAC地址,一起发送到存储设备200。 As described below with respect to FIG. 3 mentioned, user information and hardware information when registering, such as the processor serial number, MAC address, sent to the storage device 200. 通过要监视的电子设备101的数据收集设备102记录的生产数据和产品数据可以以任何格式写入单独的文件,稍后,一旦连接配置设备300,如果必要数据就会自动传送到配置设备300。 Data collection device to be monitored by an electronic device 101 of 102 records production data and product data can be written to a separate file in any format, later on, once the connection configuration device 300, if the necessary data is automatically transmitted to the configuration device 300. 配置设备300的连接以这样一种方式被要监视的电子设备101和数据收集设备102识别使得数据将自动传送到配置设备300。 Electronic devices 101 and 102 identifying data collecting device connection configuration of the device 300 in such a manner to be monitored so that the data will be automatically transferred to the configuration of the device 300.

[0105] 包括在配置设备300中的、标明为数据收集模块301的软件系统优选以加密(压缩(eingekapselten))功能实施,此功能独立于要监视的电子设备自身的功能。 [0105] included in the configuration device 300, indicated as data collection module 301 software system preferably encrypted (compression (eingekapselten)) function implementation, this feature is independent of the electronic device to monitor its own functions.

[0106] 通过这种方式,配置设备300充当要监视的电子设备101和中央存储设备200之间的数据桥梁。 [0106] In this way, device 300 is configured to act as an electronic device 101 and a central storage device data bridge between 200 to be monitored. 对应于配置设备300的数据收集模块301此处工作在后台,不需要用户干预来影响数据记录。 300 corresponds to the configuration of the device where the data collection module 301 works in the background, without user intervention to influence the data record. 一旦配置设备300联接和要监视的电子设备101或存储设备200相同的网络,即与数据传输设备401、402联接,数据记录就开始了。 Once configured, the same network connection device 300 and the electronic device 101 or storage device to be monitored 200, 401, 402 that is coupled with a data transmission equipment, data recording begins.

[0107] 对应于配置设备300、可以构成软件系统的数据收集模块301,在此还进行以下过程:服务-通告、数据记录、存储设备200的检测、数据缓冲、数据暂存、发送请求的数据、检查相应存储设备200的可用性、识别存储设备200不可用的情况、提取缓冲的数据、数据传输的确认等。 [0107] Device 300 corresponds to the configuration, the data collection module 301 may constitute software system, this is also carried out in the following procedure: Service - advertisement, data recording, storage device 200 is detected, the data buffer temporarily storing data, the data transmission request , the corresponding storage device 200 checks the availability of the storage device 200 to identify the case unavailable, data extraction buffer, the data transmission confirmation.

[0108] 图2更详细地示出了根据本发明的数据记录装置的实施例。 [0108] FIG. 2 shows in more detail an embodiment of a data recording apparatus of the present invention is based. 标号200表示中央文件服务器系统,即存储设备,其中能够集中地存储不同的要监视的设备的全部相关生产数据和产品数据。 Reference numeral 200 represents a central file server systems, namely storage devices, which all related to centrally store different devices to monitor production data and product data. 可用的要监视的电子设备在图2示出的例子中用数量η表示,即要监视的电子设备(IED) 101a、101b、101c、 UOln0 Available electronic equipment to monitor the example shown in Figure 2 with the number η, ie electronic device (IED) to monitor 101a, 101b, 101c, UOln0

[0109] 由各个要监视的电子设备IOla-IOln输出的生产数据和产品数据501a_501n包括比如电子设备IOla-IOln的已安装的电子部件的序列号、产地、版本号、硬件版本号和软件/固件版本号、测试数据记录、处理器序号、位置、MAC地址和总运行时间。 [0109] by the manufacturer of electronic equipment IOla-IOln data output of each product to be monitored and data 501a_501n include such electronic equipment have been installed IOla-IOln electronic component's serial number, place of origin, version number, hardware version and software / firmware The version number, the test data records, processor serial number, location, MAC address and the total run time.

[0110] 此外,如图2所示,每个要监视的电子设备(IED) IOla-IOln都配备有数据收集设备102a-102n。 [0110] In addition, as shown in Figure 2, each electronic device (IED) to be monitored IOla-IOln equipped with the data collection device 102a-102n. 数据收集设备102a_102n各用于记录从电子设备IOla-IOln输出的生产数据和产品数据501a-501n并将数据转换成待传送的传输数据502a_502n。 102a_102n each data collection device for recording the conversion electronics equipment IOla-IOln output of production and product data 501a-501n and the data to be transmitted from the transmission of data 502a_502n. 生产数据和产品数据的记录可以通过信号实现,信号直接由要监视的电子设备IOla-IOln提供。 Record production data and product data can be realized by a signal, the signal directly from the electronic device to monitor IOla-IOln. 此外,可以提供像比如HF-ID标记(高频标识标记)的标识单元,通过应答器获取相应的电子设备IOla-IOln的生产数据和产品数据501a-501n。 In addition, as may be provided such as HF-ID tags (high frequency identification tag) identification unit, to obtain the corresponding electronic equipment IOla-IOln production and product data 501a-501n via transponder. 同样,这种电子接口可以配置成条形码标记。 Again, this electronic interface can be configured to bar code label. 此外,关于确定的生产数据和产品数据的信息可以借助光学接口读取。 In addition, information on the identification of production data and product data can be read by optical interfaces.

[0111] 对应于要监视的电子设备IOla-IOln的数据收集设备102a_102n通过数据传输设备400a-400n与存储设备200联接。 [0111] corresponds to the electronic device IOla-IOln 102a_102n data collection device to be monitored via a data transmission device 400a-400n is coupled with the storage device 200. 这里应该指出,尽管根据图2中展示的实施例只示出一个存储设备200用于存储要监视的电子设备IOla-IOln的全部相关数据,但是也能够提供两个或更多个存储设备200和/或文件服务器。 It should be noted that although only one storage device according to an embodiment is shown in Figure 2 200 for all the relevant data of the electronic device IOla-IOln storage to be monitored, it is also possible to provide two or more storage devices 200 and / or file server.

[0112] 数据传输设备400a_400n分别由无保护的第一数据传输路径401a_401n(图I中的标号401)以及受保护的第二数据传输路径402组成。 [0112] Data transmission equipment 400a_400n are unprotected by the first data transmission path 401a_401n (Figure I, the reference number 401) and a second data transmission path 402 protected components. 无保护的第一数据传输路径401a-401n位于要监视的电子设备IOla-IOln的本地附近,并且由此不包括对要获取的生产数据和产品数据的加密和验证。 Unprotected first data transmission path 401a-401n is located near the local electronic device to monitor IOla-IOln, and thus does not include the production and product data to be acquired encryption and authentication. 在每个第一数据传输路径401a-401n和每个第二数据传输路径402之间使用了配置设备300用于将传输数据从各个数据收集设备102a-102n传送到数据传输设备400a-400n中。 In between each of the first data transmission path 401a-401n and each second data transmission path 402 configuration device 300 is used to transfer data from various data collection device 102a-102n is transmitted to the data transmission device 400a-400n in.

[0113] 尽管图2中只示出了一个配置设备300和一个对应于它的数据收集模块301,设置不同的配置设备300也是合理的,配置设备300各自可与数据传输设备400a-400n的无保护的数据传输路径401a-401n连接。 [0113] Although Figure 2 shows only a configuration device 300 and one corresponding to its data collection module 301, set a different configuration of the device 300 is reasonable, to configure each device 300 can be used with data transmission equipment without 400a-400n of protection of data transmission paths 401a-401n connection. 上文已借助图I描述了单个配置设备300相关于存储待传送的传输数据502a-502n的工作原理。 I describe the individual configuration storage device 300 related to the transmission of data to be transmitted works 502a-502n those already with reference to Fig. 由配置设备300记录的待传送的传输数据502a-502n通过受保护的数据传输路径402输送到存储设备200。 Transmitting configuration data to be transmitted by the device 300 records 502a-502n via the protected data transmission path 402 to the storage device 200 delivered. 连接在每个要监视的电子设备IOla-IOln的数据收集设备102a_102n之间的配置设备300在此用于控制由数据收集设备102a-102n提供的传输数据502a_502n的存储。 The connection between each electronic device to monitor IOla-IOln 102a_102n data collection device 300 in this configuration of the device for controlling the transmission of data provided by the data collection device 102a-102n 502a_502n storage.

[0114] 图3展示的流程图,根据本发明的优选实施例,解释了记录从至少一个要监视的电子设备IOla-IOln输出的生产数据和产品数据501a_501n的数据记录方法。 [0114] FIG. 3 shows a flow chart, according to a preferred embodiment of the present invention is explained recorded data from the production of at least one electronic device to monitor IOla-IOln output and product data recording 501a_501n approach. 为了记录生产数据和产品数据501a-501n,首先借助至少一个对应于要监视的电子设备IOla-IOln的数据收集设备102a-102n接收这些数据。 In order to record the production and product data 501a-501n, first, with at least one corresponding to the electronic device to be monitored IOla-IOln data collection device 102a-102n receive these data. 然后将已接收的生产数据和产品数据501a_501n处理成待传送的传输数据502a-502n。 Then received production data and product data 501a_501n processed into transmission data to be transferred 502a-502n.

[0115] 接着将传输数据502a_502n从数据收集设备102a_102n输出,并从数据收集设备102a-102n借助至少一个数据传输设备400a_400n传送到存储设备200。 [0115] Next, the transmission data from the data collecting device 102a_102n 502a_502n output, and from the data collection device 102a-102n by means of the at least one data transmission device transmits to the storage device 200 400a_400n. 最后将传送的传输数据502a-502n作为待存储数据存入存储设备200。 Finally, the transmission data transmission 502a-502n to be stored as data stored in the storage device 200.

[0116] 作为待存储数据的、借助数据传输设备400a_400n传送的传输数据502a_502n的存储是由连接于数据收集设备102a-102n和存储设备200之间的至少一个配置设备300控制的。 [0116] As data to be stored, the storage means of the data transmission device transmit data transfer 502a_502n 400a_400n is connected to the data collected by the devices 102a-102n and the at least one storage device 300 controls the configuration of the device 200 between.

[0117] 随后详细地解释由配置设备300进行对通过至少一个数据传输设备400a_400n传送的传输数据502a-502n的存储的控制。 [0117] Subsequently be explained in detail by transmitting data on the at least one data transmission device transmits 400a_400n storage 502a-502n are controlled by the configuration of the device 300. 此处,在图3中用标号300表示配置设备,标号200表示存储设备,使得附图展示了在这两个设备中进行的各个步骤SI、S2、S3、S3a、S4、S5和S6。 Here, in Figure 3 by the reference numeral 300 denotes a configuration device, reference numeral 200 denotes a storage device, such that the drawings show the various steps in the two devices SI performed, S2, S3, S3a, S4, S5 and S6.

[0118] 在第一步骤SI中,在配置设备300中输入用户的用户识别数据。 [01] In the first step SI, enter the user identification data of users in the configuration device 300. 在随后的步骤S2中,输入的数据存储为用户识别数据601并且,与配置设备的特征数据602 —起获取。 In a subsequent step S2, the input data is stored as user identification data 601 and, with the configuration of the device characteristic data 602-- acquired from.

[0119] 最后用户借助用户识别数据601在配置设备300中进行注册。 [0119] end-users by means of user identification data 601 registered in the configuration device 300. 随后,在下一个步骤S3a中,用户识别数据601和配置设备300的特征数据602 —起由配置设备300传送到存储设备200。 Subsequently, in the next step S3a, the user identification data 601 and the configuration of the equipment characteristic data 300 602-- transmitted from the configuration device 300 to the storage device 200.

[0120] 在步骤S4中,用户在存储设备200中借助用户识别数据601进行注册,其中与用户识别数据601相关的密码数据604在紧接着的步骤S5中产生。 [0120] In step S4, the user by means of user identification data 200 in the storage device 601 in the register 601 in which the user identification data associated with the password data 604 generated in step S5 in immediately.

[0121] 在步骤S5a中,与用户识别数据601相关的密码数据604从存储设备200传送到配置设备300。 [0121] In step S5a, the 601 password-related data and user identification data 604 from the storage device 200 is transmitted to the configuration device 300. 然后在步骤S5中,可以将用户识别数据601和/或与用户识别数据601相关的密码数据604存入配置设备300。 Then, in step S5, the user identification data can be 601 and / or 601 passwords associated with user identification data stored in the configuration data equipment 300 604.

[0122] 这里应该指出的是,当用户借助步骤S3在配置设备300中注册时,用户名和用户密码603可以持久存储在在配置设备300中。 [0122] It should be noted that, when a user registered in the configuration by means of step S3 device 300, the user name and password 603 can be persisted in the configuration device 300.

[0123] 在这样持久存储用户名和用户密码后,可以在至少一个要监视的电子设备IOla-IOln与至少一个数据传输设备400a_400n联接的情况下,借助至少一个对应于至少一个要监视的电子设备IOla-IOln的数据收集设备102a_102n启动生产数据和产品数据501a-501n的自动输出。 [0123] After such persistent store user name and password, you can in an electronic device IOla-IOln at least one to be monitored and at least one data transmission equipment 400a_400n join the case, with at least one corresponding to the electronic device IOla at least one to be monitored -IOln data collection equipment 102a_102n start production and product data 501a-501n of automatic output.

[0124] 存储设备200,即中央服务器系统,以自动生成的、描述性的和唯一的用户名和自动生成的长(“复杂”)的密码作出应答,这个密码存入配置设备300,并留以将来的应用,以便用于验证和加密要发送到存储设备200的数据。 [0124] storage device 200, the central server system to automatically generate descriptive and unique user name and automatically generated long ("complex") respond password, this password is stored in the configuration device 300, and left to future applications in order to authenticate and encrypt data storage device 200 to be sent to.

[0125] 因此,与用户识别数据601相关的密码数据604是由与用户识别数据601相比长的数据字构成的。 [0125] Thus, 601 associated password data and user identification data 604 by 601 compared with the user identification data consisting of a data word length.

[0126] 图4展示了根据本发明的数据记录装置的概观图,该数据记录装置记录从至少一个电子设备IOla-IOln输出的生产数据和产品数据。 [0126] Figure 4 shows a schematic view of the data according to the recording apparatus of the present invention, the data recording device for recording data from at least one production of electronic equipment IOla-IOln output and product data. 作为举例在图4中只绘出电子设备IOla和对应于它的数据收集设备102a。 As illustrated in Figure 4 depicts only electronic equipment IOla and corresponds to its data collection device 102a.

[0127] 一旦相应的传输数据502a_502n传送到配置设备300,这些数据就准备继续传送到中央存储设备200。 [0127] Once the corresponding transmission data 502a_502n transferred to configure the device 300, the data is ready to continue to the central storage device 200. 这一方面可以通过直接的数据链路701实现,另一方面也可以通过无线电链路实现,比如无线移动通讯网701a。 This aspect can be through a direct data link 701 to achieve, on the other hand can also be realized through a radio link, such as a wireless mobile communication network 701a. 应该指出的是,根据本发明记录从至少一个电子设备IOla-IOln输出的生产数据和产品数据501a_501n的方法不局限于特定的数据传输设备400。 It should be noted that the production data from at least one electronic device IOla-IOln output and product data 501a_501n approach is not limited to a particular data transmission device 400 according to the recording of the present invention. 最后可以通过另一条通信线路701b通过呼叫中心、操作人员、操作者等访问到存储设备200。 Finally, 701b can be accessed by the storage device 200 via a communication line to another call center, operators, and other operators.

[0128] 应该指出的是,同样可以将待传送的传输数据502a_502n通过互联网协议,比如XML格式的电子邮件,输送到存储设备200。 [0128] It should be noted that the same data to be transmitted can be transmitted 502a_502n Internet protocols, such as XML formatted e-mail, transported to the storage device 200.

[0129] 图5更详细地不出了电子设备101和配置设备300之间的数据交换。 [0129] FIG. 5 in more detail with no data exchange and configuration of the electronic device 101 between devices 300. 电子设备101具有记录电子设备101的生产数据和产品数据(在本图中没有绘出)的数据收集设备102。 Electronic device 101 has a recording data production and product data of the electronic device 101 (not depicted in this FIG.) Of the data collection device 102. 与包含在配置设备300中的外部设备的数据交换是通过对应于电子设备101的数据收集设备102进行的。 Data exchange with an external device included in the configuration of the device 300 is corresponding to the electronic device 101 through the data collection device 102 of.

[0130] 配置设备300具有数据收集器301和数据通告-服务单元(Datenankuendigungs-Diensteinrichtung) 301a。 [0130] to configure the device 300 has a data collector 301 and data information - service unit (Datenankuendigungs-Diensteinrichtung) 301a. 在电子设备101的数据收集设备102和配置设备300的数据收集模块301之间设置有双向联接,通过双向联接,从电子设备101到配置设备300的传输数据502基于从配置设备300的数据收集模块301往电子设备101的数据收集设备102发出的数据请求信号702来发送。 Between the data collection device 102 of the electronic device 101 and configure the device data collection module 301 300 is provided with a two-way connection, via a two-way connection, electronic device 101 to configure the device to transfer data from the 502 300-based device from the configuration data collection module 300 data 301 to the electronic device 101, the data collection device 102 issues a request to send a signal 702.

[0131] 数据收集设备102和配置设备300的通告-服务单元301a之间存在单向联接,其方式使得可以从数据收集设备102向通告-服务单元301a发送数据类型信号。 [0131] data collection devices and configure device advertises 102 300 - There is a one-way connection between the service unit 301a in a manner that from the data collection device 102 to the announcement - Send data service unit 301a type signals.

[0132] 在配置设备300内部,最后由通告-服务单元301a往数据收集模块301输送数据类型信号703。 [0132] In the configuration 300 inside the device, and finally by the announcement - services unit 301a to the data collection module 301 transport data type signal 703. 应该指出,单元数据收集模块301和通告-服务单元301a中的一个或者两个可以设计成软件模块。 It should be noted, the data collection module unit 301 and information - service unit 301a in one or two software modules may be designed.

[0133] 最后,图6详细示出了图5中在配置设备300内的数据收集模块301。 [0133] Finally, FIG. 6 is shown in detail in FIG. 5 data collection module 301 in the configuration of the device 300. 图6示意性不出了数据收集模块301与外部单兀的联接,即电子设备(IED) 101和存储设备200。 Figure 6 schematically not a data collection module 301 is coupled with the external unit Wu, namely electronic devices (IED) 101 and storage device 200. 传输数据502从电子设备101输送到数据收集模块301,同时数据收集模块301向电子设备101发送数据请求信号702以请求数据,正如上文描述图5时提及的。 Transferring data transmitted from an electronic device 101 502 to the data collection module 301, while the data collection module 301 to send a data request to the electronic device 101 to request data signal 702, as described hereinabove mentioned FIG 5:00.

[0134] 此外,数据收集模块301收到上文描述的数据类型信号703。 [0134] In addition, the data collection module 301 receives the data type signal 703 described above. 数据类型信号703被输送到服务-通告单元704,服务-通告单元704最终产生第一个请求信号706,该信号输送到数据收集器705。 Data type signal 703 is delivered to the service - notifying unit 704, the service - notifying unit 704 eventually produce the first request signal 706, the signal is fed to the data collector 705. 数据收集器705与连接单元707双向联接,该连接单元能够与外部的电子设备101进行数据请求信号702和传输数据502的交换。 Data collector 705 is coupled with a two-way connection unit 707, the unit can be connected to the electronic device 101 with an external data request signal 702 and 502 transmission of data exchange. [0135] 此外,数据收集模块301的数据收集器705通过单向联接与数据缓冲器711联接,数据缓冲器711用于缓冲数据,并且与本地缓冲器712双向联接。 [0135] In addition, the data collection module 705 data collector 301 is coupled through a unidirectional coupling 711 and a data buffer, data buffer 711 for buffering data, and the local buffer 712 and the bidirectional connection.

[0136] 此外,数据收集模块301具有服务器检测单元708,它向数据网关710输出第二个请求信号709。 [0136] In addition, the data collection module 301 has a server detection unit 708, which outputs the data gateway 710 second request signal 709. 数据网关710与数据缓冲器711联接,其方式使得从数据网关710输出的取得信号713可以输送到数据缓冲器711。 Data gateway 710 and data buffer 711 is coupled, in a manner such that the signal obtained from the gateway 710 outputs the data 713 to the data buffer 711 can be delivered. 因此可以取得存储在数据缓冲器711或本地缓冲器712中的缓冲数据,并通过数据链路701c输送到存储设备200。 It is possible to obtain data stored in the buffer 711 or data buffer 712 in the local buffer, and 701c conveyed by the data link 200 to the storage device. 存储设备200,如上文所述,由存储器处理单元201和存储媒体202组成。 Storage device 200, as described above, the storage processing unit 201 and storage media 202 composed. 此外,存储器处理单元201还从服务器检测单元708通过另一条数据链路701d收到“回应(ping) ”信号。 In addition, the memory processing unit 201 also from the server detection unit 708 via a data link 701d receive another "response (ping)" signal.

[0137] 应该指出,数据收集模块301及其内部部件可以作为软件单元构成。 [0137] It should be noted, data collection module 301 and its internal components can be configured as a software unit. 当在计算单元上实现该配置时,同样也实现了此服务功能,并且当配置工具启动时,该配置在后台运行。 When implementing this configuration on a computing unit, also implements this service function, and when the configuration tool is started, the command to run in the background.

[0138] 数据一直存储在数据收集模块301内,精确地说是在数据缓冲器711或本地缓冲器712中,直到服务器检测单元708设立了与存储设备和/或服务数据库的有效的以太网联接。 [0138] data has been stored in the data collection module 301, to be precise in the data buffer 711 or the local buffer 712 until the server is set up detection unit 708 and the storage device and / or services database valid Ethernet connection . 在此情况下,数据是利用电子邮件服务或网页服务通过数据网关710传送到数据库的。 In this case, the data is sent to the database through the data gateway 710 using e-mail service or web service.

[0139] 详细地,设置在数据收集模块301中的、优选作为软件模块构成的单元具有以下功能: [0139] In detail, provided in the data collection module 301 is preferably configured as a software module unit has the following features:

[0140] 服务-通告单元704检查配置单元的可用性; [0140] service - notifying unit 704 to check the availability of the hive;

[0141] 数据收集器705从配置单元取得相关数据; [0141] Data were collected from 705 hives to obtain the relevant data;

[0142] 服务器检测单元708检查数据目的地,即服务器,比如存储设备200的可用性; [0142] server detection unit 708 checks the data destination, namely servers, storage devices such as the availability of 200;

[0143] 数据缓冲器711是用于已记录数据的本地缓冲器; [0143] The data buffer 711 is used for recorded data of local buffer;

[0144] 数据网关710将数据发往特定位置,在此优选实施例中,发往存储设备200 ; [0144] Data Gateway 710 sends the data to a specific location, in the preferred embodiment, sent to the storage device 200;

[0145] 在数据收集模块301中,单个模块间的数据流是用标号l、2、3、4、5、6、7、a、b、c、d和e表不的。 [0145] In the data collection module 301, the data flow between the individual modules is designated l, 2,3,4,5,6,7, a, b, c, d and e of the table does not.

[0146] 此处标出的数据流主要有以下用途: [0146] marked streams here are the following purposes:

[0147] I :检测到新的保护单元; [0147] I: detects a new protection unit;

[0148] 2 :调用特定的单元记录数据; [0148] 2: call a specific unit record data;

[0149] 3 :保护单元请求数据; [0149] 3: protect the unit requested data;

[0150] 4:发送被请求数据; [0150] 4: send the requested data;

[0151] 5、6、7:缓冲数据; [0151] 5,6,7: buffered data;

[0152] a:检查服务器可用性; [0152] a: Check server availability;

[0153] b:断开与服务器的连接; [0153] b: Disconnect from the server;

[0154] c、d :取得缓冲数据;以及 [0154] c, d: obtain data buffer; and

[0155] e:发送数据。 [0155] e: send data.

[0156] 应该指出,用标号a、b、c、d和e表不的数据流与用标号1、2、3、4、5、6和7表不的各个数据流是同时进行的。 [0156] It should be noted, with reference a, b, c, d and e are not in the data stream table designated 1,2,3,4,5,6 and 7 tables for each data stream is not carried out simultaneously.

[0157] 图7是解释数据库功能的流程图。 [0157] FIG. 7 is a flow chart to explain database functionality. 网络服务提供单元801将数据提供到数据处理设备802,数据处理设备802主要包括数据验证单元803和数据转换单元804。 Network service providing unit 801 provides the data to the data processing device 802, the data processing apparatus 802 mainly includes a data verifying unit 803 and the data converting unit 804. 数据处理设备802与数据存取层807联接。 Data processing apparatus 802 and the data access layer 807 is coupled. 此外,数据存取层807能访问SQL服务器单元808。 In addition, the data access layer 807 to access SQL server unit 808. 另外通过图形用户接口单元805可以进行数据输入,其中输入的数据在连在后面的数据分析单元806中分析。 Also through a graphical user interface for data input unit 805, wherein the data input of the data analysis even in later analysis unit 806. 图形用户接口单元805/数据分析单元806与数据存取层807双向联接。 Graphical user interface unit 805/806 data analyzing unit 807 and the data access layer bidirectional coupling. SQL服务器单元808可以通过数据存取层807复制到另一个数据库(图7中没有示出)。 SQL server unit 808 may copy the data access layer 807 via the (not shown in FIG. 7) to another database. 通过设置两个数据库可以提高安全性,因为另一个数据库仅用作备份数据库,安装此数据库使其不暴露于公共网络。 By setting the two databases can improve security, because another database only as a backup of the database, install the database so that it is not exposed to the public network. 图形用户接口单元805/数据分析单元806在那连接。 Graphical user interface unit 805 / data analysis unit 806 in that connection.

[0158] 图8基于自动检测已安装在电子设备,IED 101中的部件和生产数据和产品数据的传输详细地展示了电子设备101。 Unit and transfer production data and product data [0158] FIG. 8 is installed automatically detected based on an electronic device, IED 101 Details demonstration of the electronic device 101. 此外,图8还展示了存储设备200,它包括存储器处理单元201和存储媒体202。 In addition, Figure 8 also shows the storage device 200, which includes a storage processing unit 201 and the storage medium 202. 配置设备300又将电子设备101与存储设备200连接起来。 Turn the electronic device to configure the device 300 101 200 connected with the storage device. 为此电子设备101和配置设备300之间存在数据交换可能性,即作为对信息请求数据913的应答,将信息应答数据914从电子设备101输送到配置设备300,信息请求数据913是由配置设备300发送到电子设备101的。 To this end electronic equipment exists between 300 101 and configure the device for data exchange possibility that, as a response to the information request data 913, 914 conveying information response data from the electronic device 101 to the configuration of the device 300, the information request data 913 is to configure the device 300 to the electronic device 101. 然后一旦数据链路建立,配置设备300就将关于已安装电子设备101中的部件的相关数据转交到存储设备200。 Then once the data link is established, configure the device 300 will be on the relevant data of the electronic device 101 components installed forwarded to the storage device 200. 存储设备200的存储器处理单元201将待存储数据存入存储媒体202。 A memory storage device 200 is a processing unit 201 for storing data to be stored in the storage medium 202.

[0159] 以下详细地讨论对已安装在电子设备101的部件的检测。 [0159] The following detailed discussion of the components have been installed in the electronic device 101 is detected. 在电子设备中,请求、已安装组件和配置一直处于变化中,其方式使得跟踪这些变化极其困难而且对错误敏感。 In the electronic device, request, and configuration of the installed components have been in flux in a manner that is extremely difficult to track these changes and susceptible to errors. 为了解决这个问题,本发明提供已安装部件的自动检测,其中这种部件包括硬件部件、软件部件和配置单元等部件。 To solve this problem, the present invention provides an automatic detection of installed components where such components include hardware components, software components and other parts of the hive.

[0160] 电子设备101具有信息记录单元909,用于记录关于已安装部件和通信单元910的信息,通信单元910则用于与电子设备101的外界通信。 [0160] Electronic device 101 having an information recording unit 909 for recording on components of information and communication unit 910 is installed, the communication unit 910 for external communication with the electronic device 101. 通信单元910与外部的配置设备300交换上文提及的信号,即信息请求数据913和信息应答数据914。 Switching signal communication unit 910 and the external configuration of the device 300 mentioned above, namely information request data 913 and 914 response data information.

[0161] 信息信号数据911从通信单元910发往信息记录单元909,接着信息记录单元909将信息应答信号912转发到通信单元910。 [0161] information signal data 911 909, followed by the information recording unit 909 forwards the information response signal 912 to the communication unit 910 from the communication unit 910 to send the information recording unit. 详细地,关于在电子设备101已安装部件的信息包括以下部分(应该指出,本发明并不局限于优选实施例,而是可以提供已安装部件的其他信息): In detail, information on the electronic device 101 includes the following components installed portion (It is noted that the present invention is not limited to the preferred embodiments, but may provide additional information about the installed part):

[0162] 基本信息901,包括比如电子设备IED 101的参与、传送的数据格式结构的版本、电子设备IED 101的序列号等; [0162] The basic information 901, including an electronic device such as participation of IED 101, the version of the data transfer format structure, the electronic device IED serial number 101;

[0163] 管理信息902,包括比如由客户分配的电子设备101的项目名称、电子设备101的名称、电子设备101所在的通信地址等; [0163] management information 902, including for example, assigned by the client electronic devices 101 project name, the name of the electronic device 101, the electronic device 101 where the mailing address;

[0164] 固件/软件信息903,包括固件的信息,即固件所在的硬件部件、固件/修正(Revision)、修正数据等; [0164] firmware / software information 903, including firmware, hardware components, firmware that is where the firmware / correction (Revision), correction data and the like;

[0165] 硬件信息904,包括部件类型的信息、版本文档、信息所在的位置或槽、序列号、生产数据等; [0165] 904 hardware information, including information on component type, version of the document, information or the location of the slot, serial number, production data, etc;

[0166] 应用描述905,包括应用的信息,如应用的文件名、最近一次文件改动的日期、最近一次下载的日期等; [0166] application description 905, including messaging applications, such as the application file name, last modification date of the file, the date of the most recent download;

[0167] 应用信息906,包含已安装应用的信息; [0167] application information 906, contains information about the installed applications;

[0168] 位置信息907,包含当前通信地址的信息;以及 [0168] position information 907, contains information about the current mailing address; and

[0169] 其他信息908。 [0169] Other information 908.

[0170] 已描述的软件部件之间的数据流可以作如下总结:计算单元请求数据;通讯部分检测到该请求,并请求有关电子设备101的IED信息;记录部分将来自不同源的全部请求信息记录成给定结构的数据格式,比如XML格式;记录下的信息发送到通信部分,即通信单元910,并传送所请求的信息。 [0170] Data flow between the software components already described may be summarized as follows: request data calculating means; communication section detects the request, and requests information about the electronic device IED 101; recording section all the requests from different sources of information record into a data format of a given structure, such as XML format; send information recorded to the communication part, that the communication unit 910, and transmits the requested information.

[0171] 图9解释了产品数据交换的协议。 [0171] Figure 9 illustrates product data exchange protocol. 在图9中详细地示出了电子设备101内部的这种协议。 Figure 9 illustrates in detail the internal electronic device 101 such agreements. 设置在电子设备101外部的部件与图8中的相同,并且在上文已经描述过。 8 is the same as provided in the electronic components of the external device 101 in FIG., And have been described above. 此处通信单元910又用于与设置在外部的配置设备300、以信息应答数据914和信息请求数据913的形式进行通信。 Here the communication unit 910 and is used to configure and set up the external device 300, 914 and response data with information data in the form of information request 913 to communicate. [0172] 在信息请求数据913发送到通信单元910后,将其作为输入的命令进行“分析”,即分解成数据请求命令920、启动命令921和停止命令922。 [0172] After the information request data 913 to the communication unit 910, which is carried out as a command input, "analysis", that is broken down into data request command 920 to start and stop commands 922 921 commands. 下一步在信息记录和格式单元924以及信息记录单元909中进行。 The next step in the information recording and format unit 924 and the information recording unit 909. 此外,在电子设备101中用于产品数据交换的协议具有时序单元(Sequenzeinheit)916,在时序单元916上收到关于新的网络链路917的、关于配置918变动的和由单元921输送的启动命令919的信息。 In addition, the electronic device 101 in this agreement for the exchange of data with a timing unit (Sequenzeinheit) 916, receipt of new network links 917, 918 on the configuration changes initiated by the unit 921 and transported on the timing unit 916 command 919 information. 连接在时序单元916之后的发送单元915,其与通信单元910联接,用于向配置设备300发送数据。 After sending unit 915 is connected timing unit 916, which is coupled with the communication unit 910 for sending data to the configuration device 300.

[0173] 因此本发明可以提供数据记录装置和相应的数据记录方法,其中能自动识别已安装的电子设备,获取对于生产商重要的生产数据和产品数据。 [0173] Thus the present invention can provide a data recording device and the corresponding data recording method, which automatically recognizes the installed electronic equipment, important for manufacturers to obtain production data and product data. 通过合理的方式能够对要监视的电子设备进行更高效地维护操作和配置。 In a reasonable manner for the electronic device can be monitored more efficiently maintain the operation and configuration.

[0174] 尽管上文通过优选实施例描述本发明,但是本发明并不局限于此,而是可具有多种变化。 [0174] Although the invention is described above by way of preferred embodiments, but the present invention is not limited thereto, but may have a variety of variations.

[0175] 此外,本发明也不局限于所述的可能的应用。 [0175] Further, the present invention is not limited to the possible application it said.

[0176] 标号列表 [0176] label list

[0177] 图中用相同标号标出的部件或步骤是相同的,或功能相同。 [0177] FIG indicated by the same reference numerals of parts or steps are the same, or the same functions.

[0178] 100 数据记录装置 [0178] 100 data recording device

[0179] lOlUOla-lOln 电子设备,IED [0179] lOlUOla-lOln electronic device, IED

[0180] 102、102a_102n 数据收集设备 [0180] 102,102a_102n data collection device

[0181] 200 存储设备 [0181] 200 storage devices

[0182] 201 存储器处理单元 [0182] 201 memory processing unit

[0183] 202 存储媒体 [0183] 202 storage media

[0184] 300、300a_300n 配置设备 [0184] 300,300a_300n configure the device

[0185] 301 数据收集模块 [0185] data collection module 301

[0186] 301a 通告-服务单元 [0186] 301a Notices - Service Unit

[0187] 400、400a_400n 数据传输设备 [0187] 400,400a_400n data transmission equipment

[0188] 401、40 la-40 In 无保护的数据传输路径 [0188] 401,40 la-40 In unprotected data transmission path

[0189] 402 受保护的数据传输路径 [0189] 402 data transmission path protected

[0190] 50 la-50 In 生产数据和产品数据 [0190] 50 la-50 In production data and product data

[0191] 502、502a_502n 传输数据 [0191] 502,502a_502n transmission data

[0192] 601 用户识别数据 [0192] 601 user identification data

[0193] 602 电子设备的特征数据 [0193] Electronic equipment characteristic data 602

[0194] 603 密码 [0194] 603 password

[0195] 604 密码数据 [0195] 604 password data

[0196] 701 直接的数据链路[0197] 702 数据请求信号 [0196] direct data link 701 [0197] 702 data request signal

[0198] 703 数据类型信号 [0198] 703 data type signal

[0199] 704 服务-通告单元 [0199] 704 service - notifying unit

[0200] 705 数据收集器 [0200] 705 Data Collector

[0201] 706 第一请求信号 [0201] 706 first request signal

[0202] 707 连接单元 [0202] 707 connecting unit

[0203] 708 服务器检测单元 [0203] 708 server detection unit

[0204] 709 第二请求信号[0205] 710 数据网关 [0204] The second request signal 709 [0205] 710 Data Gateway

[0206] 711 数据缓冲器 [0206] The data buffer 711

[0207] 712 本地缓冲器 [0207] 712 local buffer

[0208] 713 取得信号 [0208] 713 to obtain a signal

[0209] 801 网络服务提供单元 [0209] 801 network service providing unit

[0210] 802 数据处理设备 [0210] 802 data processing device

[0211] 803 数据验证单元 [0211] 803 data verification unit

[0212] 804 数据转换单元 [0212] The data conversion unit 804

[0213] 805 图形用户接口单元 [0213] Graphical user interface unit 805

[0214] 806 数据分析单元 [0214] Data analysis unit 806

[0215] 807 数据存取层 [0215] 807 Data Access Layer

[0216] 808 SQL服务器单元 [0216] 808 SQL Server unit

[0217] 901 基本信息 [0217] 901 basic information

[0218] 902 管理信息 [0218] 902 Management Information

[0219] 903 固件/软件信息 [0219] 903 firmware / software information

[0220] 904 硬件信息 [0220] 904 Hardware Information

[0221] 905 应用描述 [0221] 905 Application Description

[0222] 906 应用信息 [0222] 906 Application Information

[0223] 907 位置信息 [0223] 907 location information

[0224] 908 其他信息 [0224] 908 Other Information

[0225] 909 信息记录单元 [0225] The information recording unit 909

[0226] 910 通信单元 [0226] The communication unit 910

[0227] 911 信息信号 [0227] 911 information signal

[0228] 912 信息应答信号 [0228] 912 information response signal

[0229] 913 信息请求数据 [0229] 913 information request data

[0230] 914 信息应答数据 [0230] 914 information response data

[0231] 915 发送单元 [0231] 915 transmission unit

[0232] 916 时序单元 [0232] timing unit 916

[0233] 917 新的网络链路 [0233] 917 new network links

[0234] 918 配置变动 [0234] 918 Configuration Changes

[0235] 919 启动命令[0236] 920 数据请求 [0235] 919 start command [0236] 920 data requests

[0237] 921 启动 [0237] 921 start

[0238] 922 停止 [0238] 922 is stopped

[0239] 923 分析输入命令 [0239] 923 analyzes the input command

[0240] 924 信息记录和格式单元 [0240] and format of the information recording unit 924

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
CN1737719A29 Jul 200522 Feb 2006洛克威尔自动控制技术股份有限公司Security system and method for an industrial automation system
EP1698952A13 Feb 20066 Sep 2006Bayerische Motoren Werke AktiengesellschaftMethod and apparatus for inidvidual configuration parameter backup
US2003212530 Title not available
US2004167672 Title not available
US2006000849 Title not available
WO2006016845A110 Aug 200516 Feb 2006Tac AbField device management
Classifications
International ClassificationG05B19/042
Cooperative ClassificationG05B2219/25109, G05B2219/24041, G05B2219/25061, G05B2219/25205, G05B2219/23414, G05B2219/24168, G05B19/042
Legal Events
DateCodeEventDescription
19 Aug 2009C06Publication
25 Aug 2010C10Request of examination as to substance
6 Mar 2013C14Granted