CN215075055U

CN215075055U - Full-automatic egg pancake making equipment

Info

Publication number: CN215075055U
Application number: CN202121549708.4U
Authority: CN
Inventors: 王檑
Original assignee: Beijing Zhengfang Hengtai Technology Development Co ltd
Current assignee: Beijing Zhengfang Hengtai Technology Development Co ltd
Priority date: 2021-07-08
Filing date: 2021-07-08
Publication date: 2021-12-10
Anticipated expiration: 2031-07-08

Abstract

The utility model provides a full-automatic egg pancake preparation equipment, including system cake machine (10) and auxiliary material machine (20), system cake machine (10) contain first cake clan (11), second cake clan (12), main feed mechanism (13), scrape cake mechanism (14) and turn over cake mechanism (15), auxiliary material machine (20) contain the auxiliary material and add mechanism (21) and auxiliary material frame (22), main feed mechanism (13) can add face paste and egg liquid on first cake clan (11), scrape cake mechanism (14) and can scrape out egg cake base in first cake clan (11), turn over cake mechanism (15) can with egg cake base turns over and shifts to on second cake clan (12), auxiliary material adds mechanism (21) and can be to on second cake clan (12) add the auxiliary material on the egg cake base. The full-automatic egg pancake making equipment completely realizes automatic operation, can look after a plurality of devices by one person, improves the production efficiency and reduces the production cost.

Description

Full-automatic egg pancake making equipment

Technical Field

The utility model relates to a full-automatic egg thin pancake preparation facilities.

Background

The traditional Tianjin pancake fruit as a representative food of Tianjin has been popular among Tianjin and even people in China. At present, the pancake is usually made by manual operation, and has the defects of poor sanitary condition, low operation efficiency, unstable taste and quality and the like.

SUMMERY OF THE UTILITY MODEL

In order to improve the preparation efficiency, the utility model provides a full-automatic egg thin pancake preparation facilities, automatic operation is realized completely to full-automatic egg thin pancake preparation facilities, can look after many equipment alone, improves production efficiency, reduces into manufacturing cost.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides a full-automatic egg pancake preparation equipment, includes cake making machine and auxiliary material machine, and the cake making machine contains first cake clang, second cake clang, main feed mechanism, scrapes cake mechanism, turns over cake mechanism and system cake frame, and the auxiliary material machine contains auxiliary material and adds mechanism and auxiliary material frame, and main feed mechanism can add face paste and egg liquid on first cake clang successively, scrapes cake mechanism and can scrape out egg cake base at first cake clang, turns over cake mechanism can with egg cake base turn-over and transfer to on the second cake clang, and auxiliary material adds the mechanism and can be to on the second cake clang add the auxiliary material on the egg cake base.

The first baking pan comprises a first baking pan body, a first heating part and a first baking pan driving part, wherein the first heating part can heat the first baking pan body, the first baking pan driving part can drive the first baking pan body to rotate continuously around a first axis, the first axis is in an upright state, and the first axis passes through the center of the first baking pan.

The cake making machine frame is provided with a movable rack, the cake scraping mechanism and the main feeding mechanism are both installed and fixed on the movable rack, and the movable rack can enable the cake scraping mechanism and the main feeding mechanism to move above the first cake pan body along the horizontal direction.

The cake scraping mechanism comprises a scraper driving assembly and a scraper, wherein the scraper driving assembly and the scraper are arranged up and down, the scraper driving assembly is connected with the movable rack, the scraper driving assembly can drive the scraper to move up and down, and the movable rack can enable one end of the scraper to be located in the center of the first cake baking body.

The main feeding mechanism comprises a flour paste adding pipe and an egg adding pipe, the flour paste adding pipe is connected with a flour paste supplying mechanism, the egg adding pipe is connected with an egg liquid supplying mechanism, when one end of the scraping plate is located in the center of the first baking pan body, flour paste discharged by the flour paste adding pipe and egg liquid discharged by the egg adding pipe can fall on the first baking pan body, and the scraping plate can scrape the flour paste and the egg liquid in the rotating process of the first baking pan body.

The cake making machine further comprises a cake cleaning pan mechanism, the cake cleaning pan mechanism comprises a cleaning rod driving assembly and a cleaning cross rod which are arranged up and down, the cleaning rod driving assembly is connected with the moving rack, the cleaning rod driving assembly can drive the cleaning cross rod to move up and down, cleaning cloth is arranged outside the cleaning cross rod, and the moving rack can enable one end of the cleaning cross rod to be located in the center of the first cake pan body and enable the cleaning cloth to be in contact with the upper surface of the first cake pan body.

The edge of the first baking pan is externally provided with a strip-shaped water tank, the upper end of the strip-shaped water tank is provided with an opening, the scraping plates and the cleaning cross rod can be arranged in a straight line, and the movable rack, the scraping plate driving assembly and the cleaning rod driving assembly can enable the scraping plates and the cleaning cross rod to move into or out of the strip-shaped water tank from the openings.

The cake turning mechanism comprises a turning plate, a turning plate seat and a moving turning driving assembly, one end of the turning plate is connected with the turning plate seat through a rotating shaft, the turning plate seat is installed on the cake making machine frame, the moving turning driving assembly can drive the turning plate and the turning plate seat to move towards the first cake baking pan, the turning plate is inserted into the first cake baking pan between an egg cake blank and the first cake baking pan, and the moving turning driving assembly can also drive the turning plate to wind the rotating shaft to rotate and enable the turning plate to turn over the egg cake blank to turn over and rotate to the second cake baking pan.

The second baking pan comprises a second baking pan body, a second heating part, a second baking pan driving part and a second baking pan overturning component, the second heating part can heat the second baking pan body, the second baking pan driving part can enable the second baking pan body to move to the position right below the auxiliary material adding mechanism along the horizontal direction, the second baking pan body comprises a first side baking pan body, a middle baking pan body and a second side baking pan body which are arranged along the diameter direction, the first side baking pan body and the second side baking pan body are hinged with the middle baking pan body, and the second baking pan overturning component can drive the first side baking pan body and the second side baking pan body to overturn towards the middle baking pan body.

The auxiliary material adding mechanism comprises a plurality of sauce adding units and a plurality of ingredient adding units, each ingredient adding unit comprises a storage barrel and a pushing assembly which are arranged up and down, each storage barrel is of an upright cylindrical structure, the upper end and the lower end of each storage barrel are both in an open state, each storage barrel contains a plurality of storage boxes which are arranged in a stacked mode, the upper ends of the storage boxes are in a closed state, the lower ends of the storage boxes are in an open state, a horizontal guide groove is formed in the outer lower end of each storage barrel, each pushing assembly comprises an air cylinder and a push plate, the push plates can seal the lower ends of the storage barrels, and the air cylinders can enable the push plates to move horizontally; when the push plate is separated from the lower part of the storage barrel, the storage box at the lowest end in the storage barrel can fall into the horizontal guide groove, and ingredients in the storage box can fall down; in the process that the push plate returns the below of storage cylinder, the push plate can promote the interior storage box of bottommost along horizontal guiding groove removal of storage cylinder.

The utility model has the advantages that:

1. compared with the traditional manual making process, the full-automatic egg pancake making equipment has the advantages that the production efficiency is improved, the labor intensity is reduced, the labor quantity is reduced, and the shop operation cost is reduced.

2. Through program setting, the process can be optimized, so that the method does not depend on the manufacturing technique of people, standardized finished products are easy to form, and the taste of the product is better and stable.

3. Through software upgrading, the independent ordering and self-service production of APP, small programs and the like can be realized.

Drawings

The accompanying drawings, which form a part of the present application, are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention and not to limit the invention.

Fig. 1 is a schematic view of the full-automatic egg pancake making device of the present invention.

FIG. 2 is a schematic view of a first baking pan part.

Fig. 3 is a schematic view of a tortilla flipping mechanism.

FIG. 4 is a schematic view of the second baking pan body.

Fig. 5 is a schematic front view of the ingredient adding unit.

Fig. 6 is a schematic top view of the ingredient adding unit.

Fig. 7 is a schematic view of a magazine.

FIG. 8 is a schematic view of the magazine in a horizontal guide slot.

FIG. 9 is a schematic view of the push plate first disengaging from the underside of the magazine.

FIG. 10 is a schematic view of the first return of the pusher plate to the underside of the magazine.

FIG. 11 is a schematic view of the push plate being disengaged from the underside of the magazine a second time.

FIG. 12 is a schematic view of the push plate returning to the underside of the magazine a second time.

Fig. 13 is a schematic illustration of making an egg cake blank.

FIG. 14 is a schematic view of the cake turning mechanism inserted between the first baking pan and the egg cake blank.

Fig. 15 is a schematic view of the egg cake blank being turned by the cake turning mechanism.

Fig. 16 is a schematic diagram of an auxiliary material adding mechanism adding auxiliary material to the egg cake blank.

10. A cake making machine; 20. an auxiliary feeder;

11. a first baking pan; 12. a second baking pan; 13. a main feeding mechanism; 14. a cake scraping mechanism; 15. a cake turning mechanism; 16. a cake making machine frame; 17. a mobile stand; 18. cleaning the baking pan mechanism; 19. a strip-shaped water tank;

21. an auxiliary material adding mechanism; 22. an auxiliary material rack;

111. a first baking pan body; 112. a first heating member;

121. a second baking pan body; 122. a second heating member; 123. a second baking pan driving part; 124. a first side baking pan body; 125. a middle baking pan body; 126. a second side baking pan body;

131. a batter addition pipe; 132. an egg adding tube;

141. a squeegee drive assembly; 142. a squeegee;

151. turning over a plate; 152. a plate overturning seat; 153. oblique cutting; 154. a metal mesh; 155. a support bar;

181. a cleaning rod drive assembly; 182. cleaning the cross bar;

191. an opening;

211. a sauce adding unit; 212. a ingredient adding unit; 213. a storage cylinder; 214. a pushing assembly; 215. a storage box; 216. a horizontal guide groove; 217. a cylinder; 218. a push plate.

Detailed Description

It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict. The present invention will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.

A full-automatic egg pancake making device comprises a cake making machine 10 and an auxiliary material machine 20, wherein the cake making machine 10 comprises a first cake baking machine 11, a second cake baking machine 12, a main feeding mechanism 13, a cake scraping mechanism 14, a cake turning mechanism 15 and a cake making rack 16, the auxiliary material machine 20 comprises an auxiliary material adding mechanism 21 and an auxiliary material rack 22, the main feeding mechanism 13 can successively add flour paste and egg liquid onto the first cake baking machine 11, the cake scraping mechanism 14 can scrape an egg cake blank from the first cake baking machine 11, the cake turning mechanism 15 can turn over the egg cake blank and transfer the egg cake blank onto the second cake baking machine 12, and the auxiliary material adding mechanism 21 can add auxiliary materials onto the egg cake blank on the second cake baking machine 12 as shown in figure 1.

The cake making machine 10 and the auxiliary material machine 20 may be arranged left and right or front and back, the main function of the cake making machine 10 is to automatically make the flour slurry and the egg liquid into egg cake blanks, and the auxiliary material adding mechanism 21 is to add auxiliary materials to the egg cake blanks. The flour slurry can be wheat flour slurry, buckwheat flour slurry, corn flour slurry, millet flour slurry, rice flour slurry, purple rice flour slurry, soybean flour slurry, mung bean flour slurry, etc. The auxiliary materials comprise sauce materials and ingredients, and the sauce materials comprise sweet fermented flour paste, sauce, hoisin sauce, tomato sauce, chili sauce and the like; the ingredients include flour food (such as fried bread stick, crisp, noodle, etc.), meat (such as chicken, pork, beef, seafood, etc.), vegetables (such as coriander, lettuce, tomato, cucumber, shallot, etc.), pickled vegetables (preserved szechuan pickle, pickled bamboo shoot, etc.).

In this embodiment, the first baking pan 11 includes a first baking pan body 111, a first heating part 112 and a first baking pan driving part, the first baking pan body 111 is a round metal plate, the first heating part 112 can heat the first baking pan body 111 to make the flour paste and egg liquid ripen, the first baking pan driving part can drive the first baking pan body 111 to rotate continuously around a first axis L1, the first axis L1 is in an upright state, and the first axis passes through the center of the first baking pan 11 as shown in FIG. 1 and FIG. 2.

In this embodiment, the cake making machine frame 16 is provided with a moving rack 17, the moving rack 17 is in an inverted U-shaped structure, the moving rack 17 comprises two upright posts and an upper beam, the cake scraping mechanism 14 and the main feeding mechanism 13 are both installed and fixed on the upper beam of the moving rack 17, and the moving rack 17 can move along the horizontal direction, so that the moving rack 17 can drive the cake scraping mechanism 14 and the main feeding mechanism 13 to move along the horizontal direction, such as left and right or front and back movement, above the first cake pan body 111.

In this embodiment, the pancake scraping mechanism 14 includes a scraper driving unit 141 and a scraper 142 connected vertically, the scraper driving unit 141 is connected to the movable carriage 17, the scraper driving unit 141 can drive the scraper 142 to move vertically, and the movable carriage 17 can position one end of the scraper 142 at the center of the first baking pan body 111. The scraping plate 142 is L-shaped, and the scraping plate 142 functions to scrape out the egg cake blank.

In this embodiment, the main feeding mechanism 13 includes a flour paste adding pipe 131 and an egg adding pipe 132, the flour paste adding pipe 131 is connected to the flour paste supplying mechanism, the egg adding pipe 132 is connected to the egg liquid supplying mechanism, when one end of the scraper 142 is positioned at the center of the first baking pan body 111, the flour paste discharged from the flour paste adding pipe 131 and the egg liquid discharged from the egg adding pipe 132 can successively fall on the first baking pan body 111, and the scraper 142 can scrape the flour paste and the egg liquid during the rotation of the first baking pan body 111, as shown in FIG. 2.

The flour paste supply mechanism comprises a plurality of flour paste cylinders and the flour paste pumps can discharge the flour paste in the flour paste cylinders through the flour paste adding pipes 131, and different kinds of flour paste, such as wheat flour paste, buckwheat flour paste, corn flour paste, purple rice flour paste, soybean flour paste, mung bean flour paste and the like, can be placed in different flour paste cylinders. The egg liquid supply mechanism comprises an egg liquid cylinder and an egg liquid pump, and the egg liquid pump can discharge egg liquid in the egg liquid cylinder through the egg adding pipe 132. The main feeding mechanism 13 may further include a sesame adding mechanism that adds sesame to the egg cake blank.

In the embodiment, the cake making machine 10 further comprises a cleaning pan mechanism 18, the cleaning pan mechanism 18 comprises a cleaning rod driving assembly 181 and a cleaning cross rod 182 which are connected up and down, the cleaning rod driving assembly 181 is connected with the movable rack 17, the cleaning rod driving assembly 181 can drive the cleaning cross rod 182 to move up and down, a cleaning cloth is arranged outside the cleaning cross rod 182, and the movable rack 17 can enable one end of the cleaning cross rod 182 to be positioned in the center of the first pan body 111 and enable the cleaning cloth to be in contact with the upper surface of the first pan body 111. The cleaning pan mechanism 18 functions to clean the upper surface of the first pan body 111 by contacting the upper surface of the first pan body 111, as shown in FIG. 2.

In this embodiment, the elongated water tank 19 is provided outside the edge of the first baking pan 11, the opening 191 is provided at the upper end of the elongated water tank 19, the scraper 142 and the cleaning bar 182 can be arranged in a line, and the traveling carriage 17, the scraper driving unit 141 and the cleaning bar driving unit 181 can move the scraper 142 and the cleaning bar 182 from the opening 191 into or out of the elongated water tank 19.

The strip-shaped water tank 19 contains an oil-water mixture. When the cake scraping mechanism 14 and the cake cleaning pan mechanism 18 are not operated, the moving rack 17, the scraper driving unit 141 and the cleaning lever driving unit 181 cause the scraper 142 and the cleaning lever 182 to enter the elongated water tank 19, and the scraper 142 and the cleaning lever 182 are soaked in the oil-water mixture. When it is desired to operate the cake scraping mechanism 14 and the cake cleaning pan mechanism 18, the moving carriage 17, the scraper drive assembly 141 and the cleaning bar drive assembly 181 will move the scraper 142 and the cleaning bar 182 out of the elongated water tank 19.

In this embodiment, the cake turning mechanism 15 includes a turning plate 151, a turning plate seat 152 and a moving and turning driving component, one end of the turning plate 151 is connected to the turning plate seat 152 through a rotating shaft, the turning plate seat 152 is mounted on the cake making machine frame 16, the moving and turning driving component is located on the turning plate seat 152, the moving and turning driving component can drive the turning plate 151 and the turning plate seat 152 to move towards the first cake pan 11, and the turning plate 151 is inserted between the egg cake blank on the first cake pan 11 and the first cake pan 11, and the moving and turning driving component can also drive the turning plate 151 to rotate about 180 degrees around the rotating shaft, so that the egg cake blank on the turning plate 151 is turned over and rotated onto the second cake pan 12, as shown in fig. 3.

Two sides of the turning plate 151 are provided with support rods 155, the other end of the turning plate 151 is provided with an oblique inserting strip 153, and the oblique inserting strip 153 can facilitate the turning plate 151 to be inserted between the first baking pan 11 and the egg cake blank. The metal net 154 is arranged between the two support rods 155, when the turning plate 151 is inserted between the first baking pan 11 and the egg cake blank, the egg cake blank is positioned on the metal net 154, and the metal net 154 is arranged to prevent the egg cake blank from being adhered, so that the egg cake blank can be turned over and rotated onto the second baking pan 12 conveniently. The moving flip drive assembly can also drive the flipper 151 and the flipper base 152 back to the initial position.

In the present embodiment, the second baking pan 12 includes a second baking pan body 121, a second heating member 122, a second baking pan driving member 123 and a second baking pan turning-over member, the second heating member 122 can heat the second baking pan body 121, the second baking pan driving member 123 can move the second baking pan body 121 in the horizontal direction to a position directly below the auxiliary material adding mechanism 21, and the second baking pan body 121 includes a first side baking pan body 124, an intermediate baking pan body 125 and a second side baking pan body 126 arranged in the diametrical direction, as shown in FIG. 4.

The width of the first side baking pan body 124, the width of the middle baking pan body 125 and the width of the second side baking pan body 126 are substantially the same, the first side baking pan body 124 is positioned in front of the middle baking pan body 125, the second side baking pan body 126 is positioned behind the middle baking pan body 125, and both the first side baking pan body 124 and the second side baking pan body 126 are hinged with the middle baking pan body 125. The second baking pan turning assembly can drive the first side baking pan body 124 to turn towards the middle baking pan body 125, so that the egg blanks on the first side baking pan body 124 are overlapped with the egg blanks on the middle baking pan body 125. The second baking pan turning assembly can also drive the second side baking pan body 126 to turn towards the middle baking pan body 125, so that the egg blanks on the second side baking pan body 126 are overlapped with the egg blanks on the middle baking pan body 125.

In the present embodiment, the auxiliary material adding mechanism 21 includes a plurality of sauce adding units 211 and a plurality of ingredient adding units 212, the ingredient adding unit 212 includes a storage barrel 213 and a pushing assembly 214 which are vertically arranged, the storage barrel 213 is in an upright cylindrical structure, both upper and lower ends of the storage barrel 213 are in an open state, the storage barrel 213 includes a plurality of storage boxes 215 which are vertically stacked, an upper end of the storage box 215 is in a closed state, a lower end of the storage box 215 is in an open state, a horizontal guide groove 216 is provided outside a lower end of the storage barrel 213, the pushing assembly 214 includes a cylinder 217 and a push plate 218, the push plate 218 can close the lower end of the storage barrel 213, and the cylinder 217 can horizontally move the push plate 218, as shown in fig. 5 to 8.

When the air cylinder 217 drives the push plate 218 to be separated from the lower part of the storage barrel 213, the storage box 215 at the lowest end in the storage barrel 213 can fall into the horizontal guide groove 216, and ingredients in the storage box 215 can fall; in the process that the push plate 218 is driven by the air cylinder 217 to return to the lower side of the magazine 213, the push plate 218 can push the magazine 215 at the lowermost end in the magazine 213 to move along the horizontal guide groove 216. Until the pusher plate 218 returns to below the magazine 213. The air cylinder 217 causes the push plate 218 to move repeatedly, allowing the contents of each magazine 215 to fall, and empty magazines 215 will be discharged along the horizontal guide slots 216 and collected by a collection basket outside the horizontal guide slots 216. The horizontal guide groove 216 includes two rod guides 219 disposed on the left and right, and the cross section of the guide 219 may be C-shaped or L-shaped, as shown in fig. 9 to 12.

The sauce adding unit 211 may contain a plurality of sauce adding ports each of which is connected with a sauce supplying unit each of which can supply different kinds of sauce, and the construction of the sauce supplying unit may be the same as that of the paste supplying mechanism. One ingredient can be placed in each ingredient adding unit 212, and the weight of the ingredient in the cartridge 215 in each ingredient adding unit 212 is fixed. Which kind of sauce and ingredient are added can be selected according to the needs.

The full-automatic egg pancake making equipment further comprises a control unit and an operation panel, the control unit can control the full-automatic egg pancake making equipment to automatically run, the operation panel is connected with the control unit and can be in a touch type or a mechanical key type, efficient automatic operation can be achieved through the operation panel, and for example, the type of flour paste, the number of eggs, the type and weight of sauce, the type of flour food, the type of meat, the type of vegetables, the type of pickled vegetables and the like can be selected.

The working process of the full-automatic egg pancake making apparatus is described below.

The cake making machine 10 and the auxiliary material machine 20 are arranged left and right, the full-automatic egg pancake making equipment is in an initial state, the moving rack 17 is positioned outside the left side of the first baking pan 11, the second baking pan 12 is positioned between the first baking pan 11 and the auxiliary material machine 20, and the cake turning mechanism 15 is positioned above the second baking pan 12, as shown in figure 1.

In step 1, the first heating member 112 heats the first cake body 111, the first cake driving member drives the first cake body 111 to rotate continuously around the first axis L1, and the second heating member 122 heats the second cake body 121.

Step 2, the moving rack 17 moves rightwards to the middle of the first baking pan 11, the cleaning cross bar 182 of the cleaning baking pan mechanism 18 moves downwards to clean the surface of the first baking pan body 111, and the cleaning cross bar 182 returns upwards.

Step 3, the scraper 142 of the cake scraping mechanism 14 moves downwards, the flour paste adding pipe 131 of the main feeding mechanism 13 adds flour paste to the first cake pan body 111, the scraper 142 scrapes out flour cakes with the continuous rotation of the first cake pan body 111, then the egg adding pipe 132 adds egg liquid to the flour cakes, the scraper 142 scrapes out egg cake blanks, as shown in FIG. 13, then the sesame adding mechanism can add sesame to the egg cake blanks, and the moving rack 17 moves leftwards and returns to the initial position.

And 4, moving the cake turning mechanism 15 leftwards, inserting the turning plate 151 between the egg cake blank and the first baking pan 11, rotating the turning plate 151 rightwards by about 180 degrees as shown in FIG. 14, turning over the egg cake blank and transferring the egg cake blank onto the second baking pan body 121 of the second baking pan 12 as shown in FIG. 15.

And 5, the second baking pan body 121 drives the egg cake blank to move rightwards to a position right below the auxiliary material adding mechanism 21, and in the process, the auxiliary material adding mechanism 21 can add different types of sauce and ingredients to the egg cake blank according to needs, as shown in fig. 16.

And 6, the second baking pan body 121 drives the egg cake blank to move leftwards and return to the initial position, the first side baking pan body 124 turns backwards, the second side baking pan body 126 turns forwards, and the egg cake blank is folded into an egg pancake finished product of strip-shaped rolled cakes from a circle. The finished egg pancake product can be manually folded once or more times, or can be manually re-divided as required.

The next preparation of egg pancakes can be carried out by repeating steps 1 to 6 in sequence, and the time for each operation in the above steps can be obtained according to a limited number of experiments.

For convenience of understanding and description, the present invention uses the absolute position relationship for expression, wherein the orientation word "up" indicates the upper direction in fig. 1, the orientation word "down" indicates the lower direction in fig. 1, the orientation word "front" indicates the left direction in fig. 1, the orientation word "right" indicates the right direction in fig. 1, the orientation word "front" indicates the direction perpendicular to the paper surface of fig. 1 and pointing to the inner side of the paper surface, and the orientation word "back" indicates the direction perpendicular to the paper surface of fig. 1 and pointing to the outer side of the paper surface, if not specifically stated, the present invention adopts the observation angle of the reader or user for description, but the above orientation words cannot be understood or interpreted as the limitation of the protection scope of the present invention.

The above description is only for the specific embodiments of the present invention, and the scope of the present invention can not be limited by the embodiments, so that the replacement of the equivalent components or the equivalent changes and modifications made according to the protection scope of the present invention should still belong to the scope covered by the present patent. In addition, the utility model provides an between technical feature and the technical feature, between technical feature and technical scheme, technical scheme and the technical scheme all can the independent assortment use.

Claims

1. The utility model provides a full-automatic egg pancake preparation equipment, its characterized in that, full-automatic egg pancake preparation equipment includes cake making machine (10) and auxiliary material machine (20), and cake making machine (10) contains first cake (11), second cake (12), main feed mechanism (13), scrapes cake mechanism (14), turns over cake mechanism (15) and system cake frame (16), and auxiliary material machine (20) contain auxiliary material and add mechanism (21) and auxiliary material frame (22), and main feed mechanism (13) can be to adding flour paste and egg liquid on first cake (11) in proper order, and scrape cake mechanism (14) and can scrape out egg cake base at first cake (11), turn over cake mechanism (15) can with egg cake base turn over and transfer to on second cake (12), auxiliary material add mechanism (21) can be to on second cake (12) add the auxiliary material on the egg cake base.

2. The fully automatic egg pancake making apparatus according to claim 1, wherein the first baking pan (11) includes a first baking pan body (111), a first heating member (112), and a first baking pan driving member, the first heating member (112) is capable of heating the first baking pan body (111), the first baking pan driving member is capable of driving the first baking pan body (111) to rotate continuously around a first axis, the first axis is in an upright state, and the first axis passes through the center of the first baking pan (11).

3. The fully automatic egg pancake making apparatus according to claim 2, wherein a moving rack (17) is provided on the pancake making machine frame (16), the pancake scraping mechanism (14) and the main feeding mechanism (13) are both mounted and fixed on the moving rack (17), and the moving rack (17) can move the pancake scraping mechanism (14) and the main feeding mechanism (13) in a horizontal direction above the first pancake pan body (111).

4. The full-automatic egg pancake making equipment according to claim 3, wherein the pancake scraping mechanism (14) comprises a scraper driving assembly (141) and a scraper (142) which are arranged up and down, the scraper driving assembly (141) is connected with the moving rack (17), the scraper driving assembly (141) can drive the scraper (142) to move up and down, and the moving rack (17) can enable one end of the scraper (142) to be located in the center of the first pancake baking pan body (111).

5. The fully automatic egg pancake making apparatus according to claim 4, wherein the main feeding mechanism (13) includes a batter adding pipe (131) and an egg adding pipe (132), the batter adding pipe (131) is connected with a batter supply mechanism, the egg adding pipe (132) is connected with an egg liquid supply mechanism, when one end of the scraper (142) is located at the center of the first pan body (111), the batter discharged from the batter adding pipe (131) and the egg liquid discharged from the egg adding pipe (132) can fall on the first pan body (111), and the scraper (142) can scrape the batter and the egg liquid during the rotation of the first pan body (111).

6. The full-automatic egg pancake making equipment according to claim 4, wherein the cake making machine (10) further comprises a cleaning pan mechanism (18), the cleaning pan mechanism (18) comprises a cleaning rod driving assembly (181) and a cleaning cross rod (182) which are vertically arranged, the cleaning rod driving assembly (181) is connected with the movable rack (17), the cleaning rod driving assembly (181) can drive the cleaning cross rod (182) to move up and down, cleaning cloth is arranged outside the cleaning cross rod (182), and the movable rack (17) can enable one end of the cleaning cross rod (182) to be located in the center of the first pan body (111) and enable the cleaning cloth to be in contact with the upper surface of the first pan body (111).

7. The fully automatic egg pancake making apparatus according to claim 6, wherein the first baking pan (11) has an elongated water trough (19) disposed outside the edge thereof, the elongated water trough (19) has an opening (191) at the upper end thereof, the scraper (142) and the cleaning bar (182) are arranged in a line, and the moving stage (17), the scraper driving assembly (141) and the cleaning bar driving assembly (181) are configured to move the scraper (142) and the cleaning bar (182) from the opening (191) into or out of the elongated water trough (19).

8. The fully automatic egg pancake making apparatus according to claim 1, wherein the cake turning mechanism (15) comprises a turning plate (151), a turning plate seat (152) and a moving and turning driving assembly, one end of the turning plate (151) is connected with the turning plate seat (152) through a rotating shaft, the turning plate seat (152) is installed on the cake making machine frame (16), the moving and turning driving assembly can drive the turning plate (151) and the turning plate seat (152) to move towards the first baking pan (11) and enable the turning plate (151) to be inserted between the egg cake blank on the first baking pan (11) and the first baking pan (11), and the moving and turning driving assembly can also drive the turning plate (151) to rotate around the rotating shaft and enable the egg cake blank on the turning plate (151) to turn over and rotate to the second baking pan (12).

9. The fully automatic egg pancake making apparatus according to claim 1, wherein the second baking pan (12) includes a second baking pan body (121), a second heating part (122), a second baking pan driving part (123) and a second baking pan turning-over assembly, the second heating part (122) is capable of heating the second baking pan body (121), the second baking pan driving part (123) is capable of moving the second baking pan body (121) in a horizontal direction to a position right under the auxiliary material adding mechanism (21), the second baking pan body (121) includes a first side baking pan body (124), an intermediate baking pan body (125) and a second side baking pan body (126) which are arranged in a diameter direction, the first side baking pan body (124) and the second side baking pan body (126) are hinged to the intermediate baking pan body (125), the second baking pan overturning assembly can drive the first side baking pan body (124) and the second side baking pan body (126) to overturn towards the middle baking pan body (125).

10. The full-automatic egg pancake making equipment according to claim 1, wherein the auxiliary material adding mechanism (21) comprises a plurality of sauce adding units (211) and a plurality of ingredient adding units (212), each ingredient adding unit (212) comprises a storage barrel (213) and a pushing assembly (214) which are arranged up and down, each storage barrel (213) is of an upright cylindrical structure, the upper end and the lower end of each storage barrel (213) are both in an open state, each storage barrel (213) contains a plurality of storage boxes (215) which are arranged in a stacked manner, the upper end of each storage box (215) is in a closed state, the lower end of each storage box (215) is in an open state, a horizontal guide groove (216) is arranged outside the lower end of each storage barrel (213), each pushing assembly (214) comprises an air cylinder (217) and a push plate (218), each push plate (218) can seal the lower end of each storage barrel (213), and each air cylinder (217) can enable each push plate (218) to move horizontally;

when the push plate (218) is separated from the lower part of the storage barrel (213), the storage box (215) at the lowest end in the storage barrel (213) can fall into the horizontal guide groove (216), and ingredients in the storage box (215) can fall; in the process that the push plate (218) returns to the lower part of the storage barrel (213), the push plate (218) can push the storage box (215) at the lowest end in the storage barrel (213) to move along the horizontal guide groove (216).