WO2017012596A1

WO2017012596A1 - Novel fully automatic baking machine

Info

Publication number: WO2017012596A1
Application number: PCT/CN2016/094379
Authority: WO
Inventors: 陈锡雁
Original assignee: 天喜控股集团有限公司
Priority date: 2015-07-21
Filing date: 2016-08-10
Publication date: 2017-01-26
Also published as: CN106361170A; CN106361170B

Abstract

A novel fully automatic baking machine, comprising a base (70); a flour stirring device, a cake pressing device and a baking device are arranged above the base (70), the baking device being provided with an upper baking tray (16) and a lower baking tray (23), two sides of the baking trays being provided with a left heat insulation plate (11) and a right heat insulation plate (8); a placement tray (66) moves beneath a transparent mixing cup (58) during operation, mixed dough being conveyed onto the lower baking tray (23), the upper baking tray (16) being driven by the power of a baking tray driving motor (6) to flatten the dough for baking; a cake pushing device (22) is arranged between the upper baking tray (16) and the lower baking tray (23), the cake pushing device (22) being driven by the power of a cake pushing device driving motor (20) to push out a baked cake. The baking machine has a high degree of automation, significantly improving production efficiency and user requirements.

Description

A new type of automatic scone machine

Technical field

The PCT relates to the field of food electrical appliances, and in particular to a new automatic pancake machine.

Background technique

In people's daily life, pasta food pancakes, pancakes, bread, and snacks are indispensable parts of life. With the busy work, simple and fast food is favored by people of different levels. Chinese Patent Publication No. CN101147500A discloses a continuous vacuum dough mixer and a noodle production apparatus provided with the same, wherein the continuous vacuum dough mixer comprises a frame, a dough container, a conveying device, a water supply device, and a control The circuit and the surface container are provided with a discharging device, and further comprise a vacuuming device and a stirring and conveying device, the stirring and conveying device is matched with the discharging device, the pushed dough is filled in the discharging device, and the discharging device is sealed. In order to prevent the inflow of external air, the conveying device and the water supply device continuously feed the flour and water into the internal chamber of the dough container under the control of the control circuit. The above-mentioned noodle production equipment has a complicated structure, high cost, inconvenient maintenance, and can only be used for noodle production and kneading large dough, and cannot satisfy the automatic baking of small bread, snacks, scones and the like.

PCT content

In view of the above deficiencies in the prior art, the PCT provides a new type of fully automatic sconeing machine which is stable in operation, simple in operation, low in noise, uniform in force, and small in baking scones. It is soft, flexible and has a high degree of automation, which greatly improves production efficiency and user demand.

In order to solve the above technical problems, the PCT is solved by the following technical solutions:

In a preferred embodiment, the base 70 includes a flour agitating device, a pressing device, a baking device, and a computer main control panel 69. The baking device is provided with an upper baking tray 16 and a lower baking tray 23 The left side of the baking tray is provided with a left heat insulating sheet 11 and a right heat insulating sheet 8. The upper baking sheet 16 is provided with a pusher 22 between the lower baking trays 23, and the pusher 22 is driven by the driving force of the pusher driving motor 20. The pusher 22 pushes out the cooked cake block. Above the upper baking tray 16, a baking tray driving motor 6 is arranged. The power output shaft 6a of the baking tray driving motor 6 can drive the upper baking tray 16 up and down through the gear transmission, and the flour is stirred. The device is provided with a transparent stirring cup 58. The transparent stirring cup 58 is provided with a stirring knife 64. The transparent stirring cup 58 is provided with a stirring driving motor 45 and a powder disk driving motor 55. The powder disk driving motor 55 is provided with a water storage cup 29 and a storage device. The powder cup 34 is provided with a quantitative powder replenishing plate 35. The powder replenishing plate 33 is disposed under the quantitative powder replenishing plate 35. When the working tray 66 is operated, it runs below the transparent stirring cup 58, and the powder disk driving motor 55 The power output shaft 55a can be driven by a gear transmission Powder disk drive rod disposed below the powder storage tray 3533 to control dust within the cup 34 up powder means powder fill the jar 58 to the transparent, The bottom of the water storage cup 29 is provided with a water supply ram 30. The power output shaft 55a of the powder disk drive motor 55 can drive the water supply transmission gear 44 to operate the water push rod 53 to control the water supply to the transparent stirring cup 58, and the stirring knife 64 is driven by the stirring. The power of the motor 45 drives the water in the transparent stirring cup 58 to form a dough with the flour, and the storage tray 66 carries the stirred dough to the lower baking tray 23, and the upper baking tray 16 drives the dough under the power of the baking tray driving motor 6. Bake into a cake for baking.

In a preferred embodiment, the upper baking tray 16 and the lower baking tray 23 are respectively provided with an upper baking tray heating tube 16a and a lower baking tray heating tube 23a. The upper baking tray 16 and the lower baking tray 23 are provided with heat insulating sheets 8 on both sides. 11, supporting the

main frames

9, 10, and providing

heat shields

15, 24 above and below.

In a preferred embodiment, the top surface of the upper baking tray 16 is provided with a baking tray driving screw 2, and the baking tray driving screw 2 drives the upper baking tray 16 to move up and down through the gear transmission, and the upper baking tray 16 and the baking tray driving screw 2 A baking tray fixing block 13 and a baking sheet guide 12 are disposed therebetween.

In a preferred embodiment, the baking tray drive motor 6 is docked in the transmission gear box 4, and the baking tray gear box 4 is internally provided with a baking tray driving gear 3, a worm 5, a baking tray driving screw 2, and a baking tray gear. The cover 1 is mounted on the top of the gear box 4, the gear transmission device is mounted on the support

main frame

7, 9, 10, the baking tray drive motor 6 is a 8000 rpm/min DC motor, and the baking tray drive motor 6 passes through the worm 5 and is baked. The disk drive screw 2 is decelerated to 4-5 rpm, and the baking pan drive screw 2 is connected to the baking plate fixing block 13 to drive the upper baking plate 16 to move up and down to implement pressing cake. The upper baking plate 16 is provided with a snap temperature control 14 and a probe. Temperature control 17, probe temperature control 17 can keep the baking temperature of the upper baking tray 16 at 250 °C.

In a preferred embodiment, the pan drive motor 53 is a DC motor.

In a preferred embodiment, the lower baking tray 23 is mounted on the base 70. The bottom surface of the lower baking tray 23 is provided with a snap temperature control 25, a probe temperature control 27, and the probe temperature control 27 controls the baking temperature of the lower baking tray 23. At a temperature of 220 ° C, a heat insulating bracket 26 is disposed between the lower baking tray 23 and the base 70.

In a preferred embodiment, the pusher 22 is provided with a push-pad anti-stick silicone 18, a dough bar 19, one end of the pusher 22 is mounted on the pusher drive motor 20, and the pusher drive motor 20 It is fixed on the pusher rail 21, and drives the pusher 22 to drive back and forth under the driving of the pusher drive motor 20. The pusher drive motor 20 is a 45-50 rpm synchronous motor.

In a preferred embodiment, the storage tray 66 is mounted on the tray running rail 68. The storage tray 66 is provided with a support rod 60, a tray running block 59, a tray running block guide 67, and a tray running guide 68. The tray running block guide 67 is mounted in the tray drive motor box 63. The tray drive motor box 63 is provided with a tray drive motor 62 and a tray drive tray 61. The tray drive tray 61 is connected to the tray running block 59, and the storage tray 66 is The tray drive motor 62 can be moved up and down and rotated left and right. When the storage tray 66 is rotated above the lower baking tray 23, it can be automatically turned 60°. The storage tray 66 is provided with a storage tray cover 65, and the tray drive motor 62 is 2.5-3. Turn / min synchronous motor.

In a preferred embodiment, the automatic kneading dough device comprises a transparent stirring cup 58. The transparent stirring cup 58 is provided with a stirring knife 64. Above the transparent stirring cup 58, a powder driving motor 55 and a stirring driving motor 45 are disposed. Drive motor 45, A water storage cup 29 and a powder storage cup 34 are disposed above the 55. The powder storage cup 34 is provided with a quantitative powder replenishing tray 35. Below the quantitative powder replenishing tray 35, a powder disc drive rod 33 is provided, and the power output shaft 55a of the powder disc drive motor 55 is disposed. The powder disc drive rod 33 disposed under the quantitative powder replenishing tray 35 can be driven by the gear transmission device to control the automatic quantitative replenishment to the transparent stirring cup 58. The bottom of the water storage cup 29 is provided with a water replenishing ejector rod 30, and the powder disc drive motor 55 The power output shaft 55a can drive the water supply ram 30 to control the automatic quantitative water supply to the transparent stirring cup 58; the stirring knife 64 is connected to the stirring drive shaft 47 of the stirring drive motor 45 through the stirring connecting shaft 50, and the stirring drive motor 45 drives The agitating drive shaft 47 automatically drives the agitating blade 64 to agitate the flour and water in the transparent agitating cup 58 to form a dough.

In a preferred embodiment, the powder storage cup 34 is provided with an upper powdering tray 37, a middle powdering tray 36, and a quantitative powder filling tray 35. The quantitative powder filling tray 35 is provided with a quantitative powder storage hole 35a, and a powder storage cup. 34 is installed at the upper end of the powder disk transmission rod 33, the lower end of the powder disk transmission rod 33 passes through the powder storage cup holder 39, the powder disk gear cover 40 is connected with the low speed transmission shaft 46a, and the powder storage cup 34 is driven by the powder disk drive motor 55. The upper scraping powder tray 37, the middle scraping powder tray 36, and the quantitative powder filling tray 35 start to rotate to control the quantitative powder filling, and the pink disk driving motor 55 is a 4.5-5 rpm synchronous motor.

In a preferred embodiment, the water storage cup 29 is provided with a water replenishing ejector lever 30 and a water storage cup bottom cover 31. The water storage cup 29 is provided with a water storage cup cover 28, and a water lowering bucket is arranged between the water storage cup 29 and the transparent stirring cup 58. 54. A lower water ejector 52 is disposed between the lower water bucket 54 and the water supply ram 30. The lower water ejector 52 is connected to the water supply transmission gear 44 through the water pushing rod 53 to drive the ejector rod 52 under the power driven by the powder disk drive motor 55. The top water ejector pin 30 is used to control the quantitative hydration.

In a preferred embodiment, a lower powder bucket 32 is disposed between the quantitative powder-filling tray 35 and the transparent stirring cup 58, the transparent stirring cup 58 is installed in the stirring cup holder 57, and the stirring cup holder 57 is installed in the lower water bucket. 54 and below the lower powder bucket 32, the stirring blade 64 is connected to the stirring connecting shaft 50 through the transparent stirring cup 58 and the stirring cup base 57. The stirring connecting shaft 50 is provided with a stirring adapter 56, and the stirring connecting shaft 50 is in the stirring driving motor. The power of the 45 drives the stirring knife 64 to rotate at a constant speed.

In a preferred embodiment, the bottom of the transparent stirring cup 58 is provided with a storage tray 66. The storage tray 66 is mounted on the tray running rail 68. The storage tray 66 can be moved up and down and flipped left and right by the driving of the tray driving motor 62. The dough on the tray 66 is conveyed onto the lower baking tray 23.

In a preferred embodiment, the gear transmission in the automatic kneading dough device comprises a stirring drive motor 45, a stirring reduction gear 49, a stirring drive gear 48, a gear box 51, and the agitation driving motor 45 is mounted inside the gear box 51. The agitating reduction gear 49, the agitation driving gear 48, and the agitating transmission shaft 47 are respectively disposed inside the gear box 51 and connected to the agitating connecting shaft 50. The lower end of the agitating connecting shaft 50 is connected to the agitating adapter 56 through the gear box 51, and the stirring connecting shaft is connected. The upper end of the 50 is connected to the agitating drive shaft 47. The gear cover 40 is mounted on the gear box 51 and is closely engaged with the gear box 51. The gear cover 40 is provided with a powder filling control switch 42. The powder filling control switch 42 also controls the water supply opening and closing. The gear box is installed above the

main frame

7, 9, 10, and the bottom of the gear box 51 is provided with a transparent stirring cup 58 and a stirring knife 64. When the stirring driving motor 45 is running, the stirring gear 49 is stirred and stirred. The drive gear 48 drives the stirring knife 64 to stir the flour.

In a preferred embodiment, the agitation drive motor 45 is a DC motor.

The new automatic pancake machine of the PCT adopts automatic quantitative powder replenishment, quantitative water replenishment, automatic mashing of flour into a group, automatic baking function structure; stable operation, low noise, uniform force, automatic feeding and output device, High degree of automation, good safety of use, high efficiency of production efficiency; food grade material, rust-proof and durable, clean and hygienic, comprehensively achieve the characteristics of health, environmental protection and energy saving.

DRAWINGS

The drawings described herein are provided to provide a further understanding of the present PCT, and constitute a part of this application. The illustrative embodiments of the PCT and the description thereof are used to explain the PCT and do not constitute an undue limitation of the present PCT. In the drawing:

Figure 1 is a schematic view showing the structure of a fully automatic scone machine of the PCT.

Figure 2 is a schematic view showing the structure of another automatic viewing machine of the PCT.

Figure 3 is a schematic exploded view of the fully automatic sconeing machine of the PCT.

Figure 4 is a schematic cross-sectional view of the fully automatic sconeing machine of the PCT.

Figure 5 is a schematic view showing the structure of another section of the automatic pancake machine of the PCT.

Figure 6 is an enlarged schematic view of the "A" position shown in Figure 5.

Figure 7 is a schematic view showing the structure of the pusher device of the automatic pancake machine of the PCT.

Figure 8 is a schematic view showing the structure of a dough conveying device of the automatic pancake machine of the PCT.

Fig. 9 is a front view, a plan view, and a bottom view of the stirring blade of the automatic kneading dough device.

Fig. 10 is a schematic view showing the process of adding powder, adding water and stirring of the automatic pancake machine of the PCT.

Included in Figures 1 to 10 are:

1—Bakeware gear box 10—Left main frame 11—Left heat insulation film

12—Bakeware Guide 13—Bakeware Fixing Block 14—Upper Baking Pan Jumping Temperature Control

15 - Upper heat shield 16 - Upper baking pan 16a - Upper heat pipe

17—Upper panning probe temperature control 18—Pushing cake anti-stick silicone 19—Dough bar

2—Bakeware drive screw 20—Pushing cake drive motor 21—Pusher slide

22—Pushing the cake 23—Under the baking tray 23a—The lower heating plate

24—lower heat shield 25—lower panning temperature control 26—insulation bracket

27—Bottom baking pan probe temperature control 28—water storage cup cover 29—water storage cup

29a—Exhaust pipe 29b—Quantitative water storage hole 29c—Water injection hole

3—Bake plate drive gear 30—Hydration ejector 31—Water storage cup bottom cover

31a—sew hole 32—lower powder 33—powder drive rod

34—Storage Cup 35—Quantitative Powder Filling Plate 35a—Quantitative Powder Storage Hole

36—Middle scraping pan 37—Upper scraping pan 38—Storage cup lid

39—Storage cup holder 4—Bakeware gear box 40—Powder gear box

41—Filling control switch seat 42—Filling control switch 43—Filling control switch ejector

44—Hydration transmission gear 45—Agitator drive motor 46—Powder drive gear

46a—low speed drive shaft 47—mixing drive shaft 48—stirring drive gear

49—Agitating reduction gear 5—Worm 50—Agitating connecting shaft

51—Powder gear box 52—Draining ejector 53—Powder push rod

54—Draining bucket 55—Powder drive motor 55a—Power output shaft

56—Stirring adapter 57—Stirring cup holder 58—Transparent mixing cup

59—Tray motion block 6—Bake plate drive motor 6a—Power output shaft

60—Pushing rod 61—Tray drive plate 62—Tray drive motor

63—Tray Drive Motor Box 64—Mixing Knife 64a—Shaping Vortex

65—Storage tray cover 66—Store tray 67—Tray running block guide

68—Tray running guide 69—Computer main control board 7—Upper main frame

70—base 8—right heat shield 9—right main frame

detailed description

In order to make the objects, technical solutions and advantages of the present PCT embodiments clearer, the technical solutions of the present PCT embodiments will be clearly and completely described below in conjunction with the drawings of the PCT embodiments. It is apparent that the described embodiments are part of the embodiments of the PCT, and not all of them. Based on the described embodiments of the present PCT, all other embodiments obtained by those of ordinary skill in the art without the need for inventive work are within the scope of this PCT protection.

As shown in Figures 1, 2 and 3, a new type of fully automatic sconeing machine of the PCT, in a preferred embodiment, includes a base 70, which is provided with a flour agitating device, a cake pressing device, and baking. The device and the computer main control board 69 are provided with an upper baking tray 16 and a lower baking tray 23, and the left heat insulating sheet 11 and the right heat insulating sheet 8 are disposed on both sides of the baking tray, and the upper baking sheet 16 is disposed between the baking trays 23 A pusher 22 is provided, and the pusher 22 drives the pusher 22 to push out the cooked cake by the driving force of the pusher drive motor 20. The baking tray drive motor 6 is disposed above the upper baking tray 16, and the baking tray drive motor The power output shaft 6a of 6 can drive the upper baking tray 16 to move up and down by a gear transmission device, the flour stirring device is provided with a transparent stirring cup 58, the stirring blade 64 is disposed in the transparent stirring cup 58, and the stirring driving is arranged above the transparent stirring cup 58 Motor 45, powder plate drive motor 55, powder plate drive Above the motor 55, a water storage cup 29 and a powder storage cup 34 are disposed. The powder storage cup 34 is provided with a quantitative powder replenishing tray 35. Below the quantitative powder replenishing tray 35, a powder disc transmission rod 33 is arranged, and during operation, the storage tray 66 is operated to transparent stirring. Below the cup 58, the power output shaft 55a of the powder disk drive motor 55 can drive the powder disk drive rod 33 disposed under the quantitative powder-filling disk 35 through the gear transmission to control the powder-filling device in the powder storage cup 34 to the transparent stirring cup 58. Filling powder, the bottom of the water storage cup 29 is provided with a water-retaining ejector rod 30, and the power output shaft 55a of the powder disc drive motor 55 can drive the water-removing transmission gear 44 to operate the water-falling push rod 53 to control the water supply to the transparent stirring cup 58. The stirring knife 64 The water in the transparent stirring cup 58 is stirred by the stirring drive motor 45 to form a dough with the flour, and the storage tray 66 carries the stirred dough to the lower baking tray 23, and the upper baking tray 16 is powered by the baking tray driving motor 6. The dough is pressed into a cake for baking.

As shown in FIG. 3, the upper baking tray 16 and the lower baking tray 23 are respectively provided with an upper baking tray heating tube 16a and a lower baking tray heating tube 23a, and the upper baking tray heating tube 16a has a power of 700w and a lower baking tray heating tube 23a. The power is 700w, and the upper baking tray 16 and the lower baking tray 23 are provided with

heat insulating sheets

8 and 11 on both sides, and support the

main frames

9 and 10. The

heat insulating sheets

8 and 11 can effectively isolate the internal temperature of the machine from being too high, and the upper and lower sides are provided with heat insulation. The

covers

15, 24, and the

heat shields

15, 24 are effective to constantly bake the surface baking temperatures of the

pans

16, 23. The top of the upper baking tray 16 is provided with a baking tray driving screw 2, and the baking tray driving screw 2 drives the upper baking tray 16 to move up and down through the gear transmission device, and the baking tray fixing block 13 is disposed between the upper baking tray 16 and the baking tray driving screw 2. The baking tray guide 12 and the baking tray guide 12 can effectively control the upper and lower running of the upper baking tray 16 to keep the thickness of the pressed cake evenly and the baking effect is better.

As shown in FIG. 1-3, the baking tray driving motor 6 is docked in the transmission gear box 4, and the baking tray gear box 4 is internally provided with a baking tray driving gear 3, a worm 5, a baking tray driving screw 2, and grilled. The disk gear cover 1 is mounted on the top of the gear box 4, the gear transmission device is mounted on the support

main frame

7, 9, 10, the baking disk drive motor 6 is a 8000 rpm/min DC motor, and the baking disk drive motor 6 passes through the worm 5 The baking tray drive screw 2 is decelerated to 4-5 rpm, and the baking tray drive screw 2 is connected to the baking tray fixing block 13 to drive the upper baking tray 16 to move up and down to implement pressing cake, and the upper baking tray 16 is provided with a snap temperature control 14 , probe temperature control 17, probe temperature control 17 can keep the baking temperature of the baking tray 16 at 250 ° C, probe temperature control 17 failure temperature super high setting value when the sudden temperature control 14 automatically disconnect the power supply to ensure safe use. The baking tray drive motor 6 is a DC motor.

As shown in Figures 3 and 4, the lower baking tray 23 is mounted on the base 70. The bottom surface of the lower baking tray 23 is provided with a snap temperature control 25, a probe temperature control 27, and the probe temperature control 27 controls the lower baking tray 23 to be baked. The baking temperature is maintained at 220 ° C. When the probe temperature control 27 is out of temperature and the setting value is too high, the sudden temperature control 25 automatically disconnects the power supply to ensure safe use. The lower baking tray 23 and the base 70 are provided with a heat insulating bracket 26 .

As shown in FIGS. 1-3 and 7, the pusher 22 is provided with a push-pad anti-stick silicone 18 and a dough bar 19, and one end of the pusher 22 is mounted on the pusher drive motor 20, and pushes the cake. The driving motor 20 is fixed on the pusher rail 21, and the pusher 22 is driven to drive forward and backward under the driving of the pusher driving motor 20. The pusher anti-stick silicone 18 installed on the pusher 22 is transported on the storage tray 66. When the dough is applied to the baking tray 23, the dough is effectively prevented from being taken away from the center of the baking tray by the pusher 22, and the pusher driving motor 20 is a 45-50 rpm synchronous motor.

As shown in FIGS. 1-3 and 8, the storage tray 66 is mounted on the tray running rail 68. The tray 66 is mounted on the tray running rail 68 with a support rod 60, a tray running block 59, and a tray running block guide 67. The tray running rail 68 and the tray running block rail 67 are installed in the tray driving motor box 63. The tray driving motor box 63 is provided with a tray driving motor 62 and a tray driving disc 61. The tray driving disc 61 is connected to the tray running block 59. The storage tray 66 can be moved up and down and rotated left and right by the driving of the tray driving motor 62. When the storage tray 66 is rotated above the lower baking tray 23, the storage tray 66 can be automatically inverted by 60°, and the storage tray 66 is provided with a storage tray cover 65, a storage tray 66, The storage tray cover 65 can be separated from the support rod 60, and is conveniently cleaned using the rear storage tray 66 and the storage tray cover 65. The tray drive motor 62 is a 2.5-3 revolution/min synchronous motor.

As a preferred embodiment, as shown in FIGS. 1-6, the automatic kneading dough device includes a storage tray 66 arranged in order from bottom to top, a stirring knife 64, and a transparent stirring cup 58. The transparent stirring cup 58 is provided with The stirring blade 64 is disposed above the transparent stirring cup 58 with a powder disk driving motor 55 and a stirring driving motor 45. Above the driving

motor

45, 55, a water storage cup 29 and a powder storage cup 34 are disposed, and the powder storage cup 34 is provided with a quantitative powder filling plate. 35. A powder disc drive rod 33 is disposed under the quantitative powder replenishing tray 35. The power output shaft 55a of the powder disc drive motor 55 can drive the powder disc drive rod 33 disposed under the quantitative powder replenishing disc 35 through a gear transmission to control the transparent stirring. The cup 58 is automatically quantitatively replenished, and the bottom of the water storage cup 29 is provided with a water replenishing ram 30. The power output shaft 55a of the powder disc drive motor 55 can drive the replenishing ejector 30 to control the automatic refining of the transparent stirring cup 58. The agitating blade 64 is connected to the agitating drive shaft 47 of the agitation driving motor 45 through the agitating connecting shaft 50. As shown in FIG. 10, the agitating driving motor 45 drives the agitating drive shaft 47 to automatically drive the agitating blade 64 to the transparent agitating cup 58. The powder and water are agitated to complete the function of flour kneading into dough; the bottom of the transparent stirring cup 58 is provided with a storage tray 66, and the storage tray 66 is mounted on the support bar 60, and the storage tray 66 is driven by the tray driving motor 63. The dough on the storage tray 66 can be conveyed to the baking tray 23 by moving up and down and rotating left and right.

As a preferred embodiment, as shown in FIG. 5, the powder storage cup 34 includes a fixed powdering tray 37, a middle powdering tray 36, and a quantitative powder filling tray 35 arranged in order from the inside to the outside, and quantitatively replenishing powder. The tray 35 is provided with a quantitative powder storage hole 35a. The powder storage cup 34 is disposed at the upper end of the powder disk transmission rod 33. The lower end of the powder disk transmission rod 33 passes through the powder storage cup holder 39, and the powder disk gear cover 40 is connected to the low speed transmission shaft 46a. Under the driving of the pink disk drive motor 55, the upper powder scraping tray 37, the middle scraping powder pan 36, and the quantitative powder filling pan 35 start to rotate to control the quantitative powder filling, the upper scraping powder tray 37, and the middle scraping powder The disk 36 controls the weight of the powder added to each of the quantitative powder storage holes 35a to be uniform, and prevents the powder in the powder storage cup 34 from being pressed and scaled for a long time. The powder disk drive motor 55 is a 4.5-5 rpm synchronous motor.

As a preferred embodiment, as shown in FIGS. 5 and 6, the water storage cup 29 includes a water storage cup bottom cover 31, a water replenishing ejector lever 30, and a water storage cup 29 arranged in order from bottom to top. The water storage cup 29 is provided with hydration water. The ejector lever 30, the water storage cup bottom cover 31, the water storage cup 29 is provided with a water storage cup cover 28, and a water lower bucket 54 is disposed between the water storage cup 29 and the transparent stirring cup 58, and a water supply hopper 54 is disposed between the water hopper 54 and the water supply ejector rod 30. The lower water ejector 52, the bottom of the water storage cup 29 is provided with a quantitative water storage hole 29b structure, the quantitative water storage hole 29b is provided with a water replenishing ejector rod 30, and the lower end of the water replenishing ejector rod can seal the water leakage inside the quantitative water storage hole 29b when no water is replenished At this time The water in the water cup 29 can be injected into the quantitative water storage hole 29b through the water injection hole 29c. When the water is replenished, the water ejector pin 52 is connected to the water supply transmission gear 44 through the water pushing rod 53, and the water ejector rod is driven by the power of the powder disk drive motor 55. The top water ejector pin 30 is used to control the water in the quantitative water storage hole 29b to flow into the transparent agitating cup 58 through the lower water hole 31a and the lower water hopper 54, and the upper end of the water supply ejector pin simultaneously seals the water injection hole 29c of the quantitative water storage hole 29b.

As a preferred embodiment, as shown in FIGS. 5 and 6, the lower powder bucket 32 includes a stirring blade 64 arranged in order from bottom to top, a transparent stirring cup 58, a lower powder bucket 32, and a quantitative powder filling tray 35. A lower powder bucket 32 is disposed between the powder filling tray 35 and the transparent stirring cup 58, and the transparent stirring cup 58 is installed in the stirring cup holder 57. The stirring cup holder 57 is installed below the lower water bucket 54 and the lower powder bucket 32. The stirring blade 64 is connected to the stirring connecting shaft 50 through the transparent stirring cup 58 and the stirring cup seat 57. The stirring connecting shaft 50 is provided with a stirring adapter 56. The stirring connecting shaft 50 drives the stirring knife 64 under the power driving of the stirring driving motor 45. The bottom of the transparent stirring cup 58 is provided with a storage tray 66. The storage tray 66 is mounted on the tray running rail 68. The storage tray 66 can be moved up and down by the tray driving motor 62, and turned upside down to transport the tray 66. The dough is placed on the lower baking sheet 23.

As a preferred embodiment, as shown in FIGS. 5, 6, and 8-10, the gear transmission device of the automatic kneading dough device includes a stirring driving motor 45, a stirring reduction gear 49, a stirring driving gear 48, a gear box 51, and stirring. The driving motor 45 is mounted inside the gear box 51. The agitating reduction gear 49, the agitation driving gear 48, and the agitating transmission shaft 47 are respectively mounted inside the gear box 51 and connected to the agitating connecting shaft 50. The lower end of the agitating connecting shaft 50 passes through the gear box 51. The stirring adapter 56 is connected, the upper end of the stirring connecting shaft 50 is connected with the stirring transmission shaft 47, the gear cover 40 is mounted on the gear box 51 and is closely engaged with the gear box 51, and the gear cover 40 is provided with a powder filling control switch 42 for replenishing powder. The control switch 42 also controls the hydration opening and closing at the same time, the gear box of the device is installed above the

main frame

7, 9, 10, and the bottom of the gear box 51 is provided with a transparent stirring cup 58 and a stirring knife 64, when the stirring drive motor During the operation of 45, the stirring gear 64 is driven by the stirring reduction gear 49, the stirring driving gear 48, and the stirring blade 64 is used to stir the flour; the stirring driving motor 45 is a rotating motor of 10000 rpm, and is decelerated by the stirring reduction gear 49 and the stirring driving gear 48. 900 rpm / min stirring speed of the driving knife device. The agitating blade 64 is configured in a spiral shape, and the agitating blade 64 has a dough stirring forming vortex 64a inside, which is more effective for uniformly mixing the flour and stirring into a dough.

In summary, the automatic mashing dough device used in the PCT automatic sconeing machine comprises a scraping powder tray, a medium scraping powder tray, a quantitative powder filling tray, a powder storage cup, a water storage cup, a stirring knife, and a transparent Mixing cup, mixing cup holder, storage tray, powder plate driving motor and tray driving motor; the powder storage cup is equipped with a quantitative powder filling plate, a middle scraping powder plate and a top scraping powder plate, which are scraped under the power of the powder disk driving motor. The powder plate rotates at a constant speed to prevent the flour from agglomerating. The middle scraping powder plate can effectively control the amount of powder stored in the quantitative powder storage hole. The quantitative powder filling plate rotates to control the flour to be sent to the transparent mixing cup; the bottom of the water storage cup is provided with quantitative storage. The water hole and the quantitative water storage hole are provided with a water-retaining ejector pin. When the water is not replenished, the lower end of the water-retaining ejector pin can seal the water leakage in the quantitative water storage hole. At this time, the water in the water storage cup can be injected into the quantitative water storage hole, and when the water is replenished The water ejector rod tops the water supply ejector pin under the power of the powder disk drive motor, and the water in the quantitative water storage hole flows into the transparent stirring cup, and the water injection hole of the quantitative water storage hole is sealed at the upper end of the water supply ejector pin; the gear box The interior is equipped with a stirring reduction gear, a stirring drive gear and a powder disk transmission rod. The powder disk drive motor drives the powder disk transmission rod and the water ejector rod under the deceleration of each stage gear to meet the requirements of powder filling and water supply; The utility model is installed under the water bucket, and the stirring knife and the transparent stirring cup are installed in the stirring cup seat during use; when working, the tray driving motor drives the storage tray to return to the bottom of the transparent stirring cup, and the powder disk driving motor drives the powder storage cup. The device replenishes the flour into the stirring cup, and simultaneously drives the bottom of the water storage cup to replenish the water into the transparent stirring cup, and the stirring driving motor drives the stirring knife to evenly stir the water and form the dough.

It will be understood that the PCT has been specifically shown and described with reference to the exemplary embodiments thereof, and those of ordinary skill in the art will understand that the conditions and scope of the present PCT as defined by the claims Various changes in form and detail may be made therein, and any combination of the various embodiments may be made.

Claims

A novel automatic pancake machine comprises a base (70), characterized in that: a flour stirring device, a pressing cake device, a baking device, a computer main control plate (69), a baking device are arranged above the base (70) The upper baking tray (16) and the lower baking tray (23) are arranged, and the left heat insulating sheet (11), the right heat insulating sheet (8) and the upper baking sheet (16) lower baking sheet (23) are disposed on both sides of the baking sheet. There is a pusher (22), and the pusher (22) drives the pusher (22) to push out the baked cake by the driving force of the pusher drive motor (20), and the upper baking pan (16) is arranged above. There is a baking pan drive motor (6), and the power output shaft (6a) of the baking pan drive motor (6) can drive the upper baking pan (16) to move up and down by a gear transmission device, and the flour stirring device is provided with a transparent stirring cup (58) A stirring blade (64) is arranged in the transparent stirring cup (58), and a stirring driving motor (45) and a powder disk driving motor (55) are arranged above the transparent stirring cup (58), and the powder disk driving motor (55) is disposed above A water storage cup (29), a powder storage cup (34), a powder filling cup (34) is provided with a quantitative powder filling plate (35), and a powder disk transmission rod (33) is arranged under the quantitative powder filling plate (35). The storage tray (66) runs under the transparent mixing cup (58) The power output shaft (55a) of the powder disk drive motor (55) can drive the powder disk drive rod (33) disposed under the quantitative powder replenishing plate (35) through the gear transmission device to control the powder filling device in the powder storage cup (34). The powder is filled into the transparent stirring cup (58), and the bottom of the water storage cup (29) is provided with a water-retaining ejector rod (30), and the power output shaft (55a) of the powder disc driving motor (55) can drive the water-retaining transmission gear (44) The water push rod (53) is operated to control the water supply to the transparent stirring cup (58), and the stirring knife (64) is driven by the power of the stirring drive motor (45) to stir the water and the flour in the transparent stirring cup (58). The tray, the storage tray (66) transports the stirred dough to the lower baking tray (23), and the upper baking tray (16) is driven by the baking tray driving motor (6) to press the dough into a cake for baking.
A novel automatic sconeing machine according to claim 1, characterized in that the upper baking tray (16) and the lower baking tray (23) are respectively provided with an upper baking tray heating tube (16a) and a lower baking tray heating tube. (23a), the upper baking pan (16) and the lower baking pan (23) are provided with heat insulating sheets (8, 11) on both sides, supporting the main frame (9, 10), and heat shields (15, 24) are arranged above and below.
A novel automatic sconeing machine according to claim 1 or 2, characterized in that the top surface of the upper baking pan (16) is provided with a baking pan drive screw (2), and the baking pan drive screw (2) is driven by a gear The device drives the upper baking tray (16) to move up and down, and the upper baking tray (16) and the baking tray driving screw (2) are provided with a baking tray fixing block (13) and a baking tray guiding (12).
A novel fully automatic sconeing machine according to claim 3, characterized in that the baking tray driving motor (6) is docked in the transmission gear box (4), and the baking tray gear box (4) is internally provided with The baking plate drive gear (3), the worm (5), the baking pan drive screw (2), the baking pan gear cover (1) are mounted on the gear box (4), and the gear transmission device is mounted on the support main frame ( 7, 9, 10), the baking pan drive motor (6) is 8000 rpm / min DC motor, the baking pan drive motor (6) is decelerated to 4-5 rpm by the worm (5) and the baking pan drive screw (2) The baking tray drive screw (2) is connected to the baking tray fixing block (13) to drive the upper baking tray (16) to move up and down to implement pressing cake, and the upper baking tray (16) is provided with a snap temperature control (14), probe temperature control (17), the probe temperature control (17) can keep the baking temperature of the upper baking tray (16) at 250 °C.
A novel fully automatic sconeing machine according to claim 4, characterized in that the baking tray drive motor (53) is a direct current Motor.
A novel automatic sconeing machine according to claim 1 or 4, characterized in that the lower baking pan (23) is mounted on the base (70), and the bottom surface of the lower baking pan (23) is provided with a snap temperature control. (25), probe temperature control (27), probe temperature control (27) can control the baking tray (23) baking temperature is maintained at 220 ° C, between the lower baking tray (23), the base (70) is insulated Bracket (26).
A novel fully automatic sconeing machine according to claim 1, wherein the pusher (22) is provided with a push-pad anti-stick silicone (18), a dough bar (19), and a pusher (22). One end is installed on the pusher drive motor (20), and the pusher drive motor (20) is fixed on the pusher slide (21), and is driven by the pusher drive motor (20). The cake (22) runs forward and backward, and the pusher drive motor (20) is a 45-50 rpm synchronous motor.
A novel fully automatic sconeing machine according to claim 1, wherein the storage tray (66) is mounted on the tray running rail (68), and the storage tray (66) is mounted on the tray running rail (68). A pallet (60), a pallet running block (59), a pallet running block rail (67), a pallet running rail (68), and a pallet running block rail (67) are installed in the tray drive motor box (63), and the tray drive The motor box (63) is provided with a tray driving motor (62) and a tray driving disc (61). The tray driving disc (61) is connected to the tray running block (59), and the storage tray (66) is in the tray driving motor (62). The drive can be moved up and down, left and right, and the storage tray (66) can be automatically turned 60° when rotated above the lower baking tray (23). The storage tray (66) is equipped with a storage tray cover (65), a tray drive motor ( 62) is a 2.5-3 rpm synchronous motor.
A novel automatic pancake machine according to claim 1, wherein said automatic kneading dough device comprises a transparent stirring cup (58), and a stirring blade (64) is arranged in the transparent stirring cup (58). A transparent disk drive motor (55) and a stirring drive motor (45) are arranged above the transparent stirring cup (58), and a water storage cup (29), a powder storage cup (34), a powder storage cup are arranged above the driving motor (45, 55). (34) The inside is equipped with a quantitative powder replenishing plate (35). Below the quantitative powder replenishing plate (35), a powder disk transmission rod (33) is provided, and the power output shaft (55a) of the powder disk drive motor (55) can be driven by a gear. The device drives the powder disk drive rod (33) disposed under the quantitative powder replenishing plate (35) to control the automatic quantitative replenishment to the transparent mixing cup (58), and the bottom of the water storage cup (29) is provided with a water replenishing ejector (30). The power output shaft (55a) of the powder disk drive motor (55) can drive the water supply top rod (30) to control the automatic quantitative water supply to the transparent stirring cup (58); the stirring knife (64) connects the shaft through the stirring (50) ) is connected with the stirring drive shaft (47) of the stirring drive motor (45), and the stirring drive motor (45) drives the stirring drive shaft (47) to automatically drive the stirring knife (64) to the transparent stirring cup (58) The flour and water in the mixture are stirred to form a dough.
A novel fully automatic sconeing machine according to claim 9, wherein the powder storage cup (34) is provided with an upper scraping disc (37), a middle scraping disc (36), and a quantitative powder replenishing disc ( 35), the quantitative powder filling plate (35) is provided with a quantitative powder storage hole (35a), the powder storage cup (34) is installed at the upper end of the powder disk transmission rod (33), and the lower end of the powder disk transmission rod (33) passes through the storage Powder cup holder (39), powder The disc gear cover (40) is connected to the low speed drive shaft (46a), and the upper scraping disc (37), the middle scraping disc (36) in the powder storage cup (34) driven by the powder disc drive motor (55), The quantitative powder filling plate (35) starts to rotate to control the quantitative powder filling, and the powder disk driving motor (55) is a 4.5-5 rpm synchronous motor.
A novel automatic sconeing machine according to claim 9, wherein the water storage cup (29) is provided with a water replenishing ram (30) and a water storage cup bottom cover (31), and the water storage cup (29) is provided with A water storage cup cover (28), a water lowering bucket (54) is installed between the water storage cup (29) and the transparent stirring cup (58), and a lower water ejector is arranged between the water discharging bucket (54) and the water filling ram (30). (52), the launching ejector rod (52) is connected to the hydration transmission gear (44) through the launching water push rod (53), and the water ejector rod (52) pushes the water absorbing ram under the power driven by the powder disc drive motor (55) ( 30) to control the quantitative hydration.
A novel automatic pancake machine according to claim 9 or 10, characterized in that a lower powder bucket (32) is installed between the quantitative powder filling tray (35) and the transparent stirring cup (58), and the transparent stirring is carried out. The cup (58) is installed in the stirring cup holder (57), the stirring cup holder (57) is installed under the lower water bucket (54) and the lower powder bucket (32), and the stirring knife (64) passes through the transparent stirring cup ( 58) and the stirring cup base (57) is connected with the stirring connecting shaft (50), the stirring connecting shaft (50) is equipped with a stirring adapter (56), and the stirring connecting shaft (50) is driven by the stirring driving motor (45). The lower stirring knife (64) is rotated at a constant speed.
A novel fully automatic sconeing machine according to claim 9 or 12, characterized in that the bottom of the transparent stirring cup (58) is provided with a storage tray (66), and the storage tray (66) is mounted on the tray running rail ( 68) Upper, the storage tray (66) can be moved up and down by the drive of the tray drive motor (62) to turn the dough on the tray (66) to the lower baking tray (23).
A novel fully automatic sconeing machine according to claim 9 or 12, wherein the gear transmission in the automatic kneading dough device comprises a stirring drive motor (45), a stirring reduction gear (49), and a stirring drive. The gear (48), the gear box (51), the agitation drive motor (45) are installed inside the gear box (51), and the agitation reduction gear (49), the agitation drive gear (48), and the agitation drive shaft (47) are respectively installed. Connected to the stirring connection shaft (50) inside the gear box (51), the lower end of the stirring connecting shaft (50) is connected to the stirring adapter (56) through the gear box (51), and the upper end of the stirring connecting shaft (50) and the stirring transmission shaft (47) The gear cover (40) is mounted on the gear box (51) and is closely fitted with the gear box (51). The gear cover (40) is provided with a powder filling control switch (42) and a powder filling control switch (42). At the same time, the hydration opening and closing is controlled, the gear box of the device is fixed above the main frame (7, 9, 10), and the bottom of the gear box (51) is provided with a transparent stirring cup (58) and a stirring knife (64). When the agitating drive motor (45) is in operation, the flour is stirred by the agitating reduction gear (49) and the agitating drive gear (48) to drive the agitating blade (64).
A novel fully automatic sconeing machine according to claim 14, wherein the agitating drive motor (45) is a direct current motor.