|Publication number||CN103542304 A|
|Application number||CN 201310528282|
|Publication date||29 Jan 2014|
|Filing date||29 Oct 2013|
|Priority date||29 Oct 2013|
|Also published as||CN103542304B|
|Publication number||201310528282.8, CN 103542304 A, CN 103542304A, CN 201310528282, CN-A-103542304, CN103542304 A, CN103542304A, CN201310528282, CN201310528282.8|
|Export Citation||BiBTeX, EndNote, RefMan|
|Patent Citations (10), Referenced by (1), Classifications (4), Legal Events (4)|
|External Links: SIPO, Espacenet|
外向散热LED灯 LED lights radiating outward
技术领域 Technical Field
 本发明涉及LED照明领域，特别是一种外向散热LED灯。  The present invention relates to the field of LED lighting, especially a Social heat LED lamps.
目前，LED灯已经在照明领域得到广泛的应用，然而LED灯的发热直接影响到LED灯的寿命。  Currently, LED lamps have been widely used in lighting, but LED lamp heat directly affects the life of the LED lamp. 现有的LED灯通常采用光源连接金属或陶瓷散热器进行散热，为了提高散热效果往往需要设置体积较大的散热器；同时为实现大角度的发光，通常需将LED光源设置在一个立体柱上。 Existing LED light sources commonly used to connect metal or ceramic heat sink for cooling, in order to improve the cooling effect tends to be set larger radiator; at the same time to achieve a large angle of light, usually takes the LED light source is disposed in a three-dimensional column . 例如授权公告日为2012年10月31日，专利号为201220060615.X的中国实用新型专利即揭示了一种高光效大角度LED灯泡。 For example authorized announcement of October 31, 2012, Chinese Utility Model Patent No. 201220060615.X namely patent discloses a high-efficiency large-angle LED bulbs. 该高光效大角度LED灯泡包括基壳、灯头、恒流电源、盖板、散热立柱、透光罩，该散热立柱固定于该盖板上方呈立方体，该散热立柱的底面安装于该盖板上，其余面均贴有PCB板，每片PCB板上分布焊有若干个LED芯片。 The wide-angle high-efficiency LED light bulbs including base shell, lamp, constant current power supply, cover, cooling column, through the mask, the thermal column is fixed to the top of the cover a cube, a bottom surface of the heat sink mounted on the column cover the rest face affixed with the PCB, the PCB distribution per piece welded several LED chips. 由于该高光效大角度LED灯泡PCB板通过设置散热立柱来散热，这些LED芯片产生的热量仅由相贴的一面传递散发，容易造成散热不及时的现象，降低这些LED芯片的使用寿命，且需要设立较大的散热立柱及PCB板，增加了该高光效大角度LED灯泡的重量及成本。 Since the high-efficiency large angle LED bulbs PCB plate column by setting heat to heat, the heat generated by the LED chip attached to one side only of the phase transfer distribution, heat is not likely to cause a phenomenon in time, reduce the life of the LED chip and the need the establishment of larger heat column and PCB board, increasing the weight and cost of the high-efficiency large angle LED bulbs.
 有鉴于此，有必要提供一种散热及时、轻便的外向散热LED灯。  In view of this, it is necessary to provide a timely cooling, the LED light radiating outward.
 本发明解决其技术问题所采用的技术方案为:一种外向散热LED灯，包括灯头体、灯泡壳、发光件及配光件，该灯泡壳罩设在该灯头体的顶部，该发光件包括基板及设置在基板上的LED光源，该配光件包括配光部及与配光部热连接的传热部，该传热部设置于该灯头体顶部，该配光部与该传热部均由具有良好导热或散热能力的材料制成，该配光部由透明或半透明材料制成，该配光部包括安装面及出光面，该安装面上设有收容槽，该基板固定在该安装面上且其上的LED光源收容在所述收容槽内，该发光件与该配光件的安装面热连接，该出光面朝向该灯泡壳设置。  The aspect of the present invention is used for solving the technical problem is: An outgoing heat LED lamp, including lamp body, lamp shells, light fittings and light fittings, the lamp housing cover is provided on top of the lamp body, which luminescent element comprising a substrate and disposed on the substrate LED light source, the light element and the light distribution portion and the heat transfer portion includes a light thermally connected to the heat transfer portion is provided at the top of the cap body, the light portion of the material having good thermal heat transfer portion by cooling capacity or made of a light portion of a transparent or translucent material, the light unit includes a mounting surface and the smooth, the mounting surface with a storage tank, the fixed base and the mounting surface on which the LED light source is accommodated in the accommodating groove, the light-emitting element is connected to the mounting surface with a thermo-optical element, the light emitting surface of the lamp housing toward setting.
 进一步的，所述收容槽内设有导热材料，所述LED光源发出的热量通过该导热材料传递到该收容槽上，该导热材料为液态或固态的导热胶。  Further, the storage tank provided with a thermally conductive material, the heat emitted from the LED light source passes through the thermally conductive material onto the receiving groove, the thermally conductive material is a liquid or solid thermally conductive glue.
 与现有技术相比，该外向散热LED灯设置了配光件，该发光件的LED光源设置在该发光件的基板与该配光件热连接形成的收容槽内，该收容槽内填有导热材料对这些LED光源的外表进行全方位的散热，且将这些LED光源产生热量及时传递到该配光件上，及时将热量散发出去，从而避免热量的堆积；另一部分热量由该基板传递到与其热连接的配光件上，该配光件上的热量由该传热部传递到该灯头体上将热量散到外部空间。  Compared with the prior art, the outward radiating LED light set light fittings, LED light source is disposed in the housing of the light emitting element of the light emitting element substrate grooves with the light parts hot formed by connecting the storage tank filled with a thermally conductive material within these outer LED light source a full range of heat, and the LED light source which generates heat promptly transmitted to the optical element of the formulation, timely heat out, thus avoiding the accumulation of heat; another part of the heat from this transfer to the substrate with light elements connected to its heat, heat the light fittings on the heat transfer from the body portion to the cap will heat dissipated to the outside space. 这样，由于该外向散热LED灯无需设置较大的散热立柱和PCB板，就能够对这些LED光源产生的热量进行全方位的散热，使得该外向散热LED灯具有散热及时、轻便的优点。 Thus, since the LED light radiating outward without providing larger heat columns and PCB board, it is possible for the heat generated by the LED light source a full range of heat, so that the outward radiating heat LED lamps have timely, lightweight advantages.
附图说明 Brief Description
图1是本发明第一实施例外向散热LED灯的立体分解图； 图2是图1所示外向散热LED灯组装后的剖面示意图；  FIG. 1 is a first embodiment of the present invention is an exception to the heat LED lamp exploded perspective view;  FIG. 2 is a cross-sectional schematic view of the assembled outward radiating LED lamp shown in Figure 1;
 图3是图2所示A部分的局部放大图。  FIG. 3 is shown in Figure 2 A partially enlarged view of a part.
 图4是图1所示外向散热LED灯中配光件与发光件组装后沿另一方向的立体示意图。  FIG. 4 is a schematic perspective view of the heat OUTWARD LED lamp light-emitting element and assembled in the other direction is shown in Figure 1.
 附图标记说明:  Explanation of Symbols:
 100 外向散热LED灯10 灯头体 20 灯泡壳  100 LED lights radiating outward 10 lamp 20 lamp shell
 30 配光件 40 发光件 31 配光部  30 with 40 light-emitting element 31 with light section
 32 传热部 311 安装面 312 出光面  32 heat transfer portion 311 smooth mounting surface 312
 313 收容槽 35 导热材料  313 receiving groove 35 heat-conducting material
 41 基板 42 LED 光源  41 of the substrate 42 LED light source
具体实施方式 DETAILED DESCRIPTION
 下面结合附图与具体实施方式对本发明作进一步详细描述。  The accompanying drawings and the following specific embodiments of the present invention is described in further detail.
图1为本发明第一实施例外向散热LED灯100的立体分解图，该外向散热LED灯100包括灯头体10、灯泡壳20、发光件40及配光件30，该灯泡壳20罩设在该灯头体10的顶部，将该配光件30及该发光件40收容于内。  Figure 1 a first embodiment of the present invention, an exception to the LED light radiating exploded perspective view of FIG. 100, the outward radiating LED lamp 100 includes a lamp body 10, the lamp case 20, the light emitting element 40 and light distribution member 30, the lamp housing 20 cover located on top of the cap body 10, 30 and the light emitting element 40 is housed in the.
 请参考图1至图4，该发光件40包括基板41及设置在该基板41上的LED光源42(如图3所示)。  Please refer to FIG. 1 to FIG. 4, the light emitting member 40 comprises a substrate 41 and disposed on the substrate 41 of the LED light source 42 (Figure 3). 该基板41为环形结构，包括多个LED光源42，这些LED光源42间隔设置在该基板41上且围绕该基板41中心呈环状排列。 The substrate 41 is an annular structure comprising a plurality of LED light source 42, the LED light source 42 is disposed on the spacer 41 and the substrate 41 around the center of the substrate was arranged in a ring. 该基板41由透明材料制成，且该基板41由导热材料制成。 The substrate 41 made of a transparent material, and the substrate 41 is made of a heat conductive material.
 请参考图1至图3，该配光件30包括配光部31及与该配光部31热连接的传热部32，该传热部32设置于该灯头体10的顶部，用于支撑该配光件30且将该发光件40产生的热量传递到该灯头体10上。  Please refer to FIG. 1 to FIG. 3, the light distribution member 30 includes a light distribution portion 31 and the light distribution portion 31 thermally connected to the heat transfer portion 32, the heat transfer portion 32 is provided at the top of the cap body 10, for supporting the light element 30 and the body 10 passes the heat generated by the light emitting element 40 to the cap. 该传热部32的一端设有与该配光部31连接的支架，该配光部31为透镜结构，该配光部31由透明或半透明材料制成。 One end of the heat transfer portion 32 is provided with light distribution portion 31 is connected to the holder, the portion 31 of the light distribution lens structure, the light distribution portion 31 is made of a transparent or translucent material. 该配光部31为环形结构，该配光部31的横截面为圆心角大于180度的扇形结构(如图3所示)，以便对照射到其上的光进行折射，使得更多的光线射向该灯泡壳20的底部。 The light distribution portion 31 is an annular structure, the cross section of the light distribution portion 31 is greater than a central angle of 180 degrees sector structure (shown in Figure 3), in order to control the light incident on it is refracted, so that more light fired the shell at the bottom of the bulb 20. 该配光部31与该传热部32均由具有良好导热或散热能力的材料制成。 The light distribution by 31 and 32 material with good thermal or cooling capacity of the heat transfer section is made. 该配光部31包括安装面311及出光面312 (如图3所示)。 The light unit 31 includes a mounting surface 311 and exit surface 312 (Figure 3). 该安装面311位于该配光部31的底面，且该配光部31的底面面积大于该发光件40的基板41的面积。 The mounting surface 311 is located at the bottom surface of the light distribution portion 31, and the light distribution portion 31 is larger than the area of the bottom surface 40 of the substrate 41 in the area of the light emitting member. 该安装面311位于该配光部31朝向该灯头体10的侧边上，该出光面312朝向该灯泡壳20设置。 The mounting surface 311 is located on the light side portion of the cap body 31 toward 10, the exit surface 312 toward the lamp housing 20 is provided. 该配光部31将该发光件40发出的光更多地朝向该灯泡壳20的底部折射，以便照亮该灯泡壳20的底部。 40 of the light emitted from the light emitting member 31 more toward the bottom of the bulb housing 20 of refraction so as to illuminate the bulb housing bottom 20. 该发光件40与该配光部31的安装面311热连接，该安装面311上设有收容槽313，该基板41固定在该安装面311上，该基板41与该安装面311之间通过导热介质热连接，且其上的LED光源42收容在这些收容槽313内。 The light emitting element 40 is connected to the mounting surface 311 with a thermo-optical portion 31 with receiving groove 313 on the mounting surface 311 of the substrate 41 is fixed to the mounting surface 311 of the substrate 41 between the mounting surface 311 and through heat transfer medium is thermally connected, and the LED light source 42 on which is housed in the storage tank 313 of these. 这些收容槽313内设有导热材料35，这些LED光源42发出的热量通过该导热材料35传递到该收容槽313上，该导热材料35为液态或固态的透明或半透明材料。 The storage tank 313 equipped with a thermally conductive material 35, the heat emitted from the LED light source 42 passes through the thermally conductive material 35 to the storage tank 313, the thermally conductive material 35 is a liquid or solid transparent or translucent material. 优选为液态材料，因为液体的导热性能极好，能将该LED光源42表面的热量快速传递到该配光部31上。 Preferably a liquid material because excellent thermal conductivity of the liquid, can quickly transfer the heat surface of the LED light source 42 to the light unit 31. 该配光件30上设有透光散射材料，这些LED光源42发出的光经过散射，使得该LED灯100的发光曲线分布更均匀。 This feature is provided on the light scattering member 30 light-transmitting material, light scattering through the LED light source 42 emitted luminescence curve so that the LED lamp 100 more evenly distributed.
 工作时，这些LED光源42发出的光经该配光部31的发散作用而照亮该灯泡壳20，这些LED光源42产生的一部分热量被该收容槽313内的导热材料35及时传递到该配光部31上，另一部分热量经由与该基板41热连接的安装面311传递到该配光部31上，该配光部31的热量经由与其热连接的传热部32传递到该灯头体10上，从而将热量及时散发到外部空间。 When the  work, the light emitted from the LED light source 42 by action of the diverging portion 31 and the light illuminating the lamp housing 20, a portion of the heat generated by the LED light source 42 is a thermally conductive material 313 within the receiving groove 35 timely delivery to the light unit 31, another part of the heat via the mounting surface of the substrate 41 is thermally connected to the 311 passes light distribution portion 31, the heat of the light distribution portion 31 of the heat transfer portion is thermally connected thereto is transmitted to the via 32 the cap body 10, which will be distributed in the heat to the outside space.
 综上所述，该外向散热LED灯100设置了配光件30，该发光件40的LED光源42设置在该发光件40的基板41与该配光件30热连接形成的收容槽313内，该收容槽313内填有导热材料35对这些LED光源42的外表进行全方位的散热，且将这些LED光源42产生热量及时传递到该配光件30上，及时将热量散发出去，从而避免热量的堆积；另一部分热量由该基板41传递到与其热连接的配光件30上，该配光件30上的热量由该配光件30的传热部32传递到该灯头体10上将热量散到外部空间。  In summary, the outgoing heat LED lamp 100 is provided with a light guide 30, the light-emitting element LED light source 42 of the light emitting element disposed on the substrate 40, 41 connected to the light receiving element 30 hot forming groove within 313, filled with a thermally conductive material 35 of these LED light look 42-round heat, and the LED light source 42 generates heat which promptly transmitted to the light 30, in a timely manner within the heat out of the storage tank 313, thereby avoiding the accumulation of heat; another part of the heat transferred from the substrate 41 to the light 30 is thermally connected thereto, which with the heat on the optical element 30 delivered by the light element 30 to the heat transfer portion 32 of the cap 10 Heat will be dissipated to the outside space. 这样，由于该外向散热LED灯100无需设置较大的散热立柱和PCB板，就能够对这些LED光源42产生的热量进行全方位的散热，使得该外向散热LED灯100具有散热及时、轻便的优点。 Thus, since the LED light radiating outward 100 without providing larger heat columns and PCB board, it is possible for the heat generated by the LED light source 42-round heat, so that the outward radiating LED lamp 100 has a cooling timely and lightweight advantages .
 由于该安装面312位于该配光部31的底面，且该安装面312的面积大于该基板41的面积，使得该安装面312不会被该基板41遮挡，光线可以从该安装面312射出，照向该灯泡壳20的底部。  Since the mounting surface 312 is located in the bottom surface of the light distribution portion 31, and the area of the mounting surface 312 is larger than the area of the substrate 41, such that the mounting surface 312 of the substrate 41 is not blocked, the light from the mounting surface 312 exit, according to the lamp housing bottom 20. 另外，由于该基板41由透明材料制成，该LED光源42发出的光可以直接穿过该基板41向该灯泡壳20的底部发射。 Further, since the substrate 41 is made of a transparent material, light emitted from the LED light source 42 can pass through the bottom of the substrate 41 to the housing 20 of the lamp emission. 这些LED光源42发出的光经该配光件30配光部31的发散，照亮该灯泡壳20的顶部、侧壁及底部从而实现大角度发光。 After the light diverging light 30 light distribution portion 31, top, side walls and a bottom shell illuminating the bulb 20 so as to achieve a large point of light emitted from the LED light source 42. 之所以将该配光部31的横截面设置为圆心角大于180度的扇形结构，并将该安装面设置在该配光部31朝向该灯头体10的侧边上，是因为我们发现，LED光源42发出的光线将被更多的朝向透镜比较厚的部位折射。 The reason why the light section 31 of the cross-section is set to be greater than a central angle of 180 degrees sector structure, and the mounting surface is provided on the light side portion of the cap body 31 toward the 10, because we found, LED the light emitted from the light source 42 will be more toward the relatively thickest part of the refractive lens. 与现有技术相比，由于无需在散热立柱上设置多个PCB板且在每个PCB板上焊接LED芯片就能实现大角度发光，使得该外向散热LED灯100还具有组装方便的优点。 Compared with the prior art, since a plurality of the PCB without cooling column on the PCB and soldered in each LED chip emitting a large angle can be realized, so that the outward radiating LED lamp 100 also has the advantages of easy assembly.
 进一步的，还可以设计不同的该配光件30配光部31的横截面，只要能够对这些LED光源42发出的光进行二次配光，来达到大角度发光的目的。  Further, it can be designed with different cross-section of the optical element 30 with light unit 31, as long as the purpose of the light emitted by the LED light source 42 for the second light, to achieve wide-angle light emission.
 以上这些仅为本发明的较佳实施例而已，并不用以限制本发明，任何本领域人员在不脱离本方案技术范围内，利用上述揭露的技术内容作些许改动的为同等变化的等效实施例。  These only preferred embodiments of the present invention, it is not intended to limit the present invention, any person skilled in the art without departing from the scope of this program, the use of technology to expose the contents of which are a few changes to make changes to the same equivalent embodiments. 但凡脱离本发明技术方案内容，依据本发明技术实质对以上实施例所做的任何修改、等同替换、改进等，均应包含在本发明保护的范围之内。 Whenever content from the aspect of the present invention, in accordance with any changes to the technical nature of the invention made by the above example embodiments, equivalent replacement and improvement should be included within the scope of protection of the present invention.
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