CN110680181A - Automatic change fried egg machine - Google Patents

Abstract

The invention belongs to the technical field of intelligent catering, and particularly relates to an automatic egg frying machine which comprises a rack and a stirring shovel mechanism arranged on the rack; the stirring shovel mechanism comprises a stirring shovel lifting assembly and a stirring shovel assembly fixedly arranged on the stirring shovel lifting assembly; and the stirring shovel component is provided with a turnover folding structure. The frying pan device is characterized by further comprising a heating mechanism, a frying pan mechanism, a discharging structure and a display control area which are arranged on the rack. The invention provides an automatic egg frying machine, which adopts the combination of a stirring shovel mechanism and a swing type frying pan mechanism to fully stir and fry egg pulp, thereby not only effectively improving the efficiency of egg frying operation, but also enabling the egg pulp to be fully contacted with air and a frying pan in the process of frying eggs, and cooking fluffy and delicious fried eggs.

Description

Automatic change fried egg machine

Technical Field

The invention belongs to the technical field of intelligent catering, and particularly relates to an automatic egg frying machine.

Background

In the age of rapid development of science and technology, intelligent devices are distributed throughout the life of people, and particularly, intelligent devices related to the daily life of people are basically popularized to every household. Wherein, eating is a link which has the most obvious influence on human life, and a plurality of intelligent devices are derived for adapting to high-speed and high-efficiency social rhythm, such as: soybean milk maker, oven, cooking machine and noodle cooker.

The fried egg is a dish which takes eggs as main food materials and is supplemented with seasonings, and is different from common dishes in that the cooking of the egg dish has a form conversion process from liquid state to solid state, and if delicious and fluffy dishes are to be fried, the temperature and the frying operation in the cooking process are required to be higher. In the prior art, the design of a frying machine for frying operation is basically improved, but an automatic egg frying machine which is specially used for egg frying operation and can effectively improve the production efficiency and reduce the labor cost is not designed in the prior art.

Disclosure of Invention

In order to further solve the defects of the prior art, the invention provides an automatic egg frying machine, which adopts the combination of a stirring shovel mechanism and a swinging type frying pan mechanism to fully stir and fry egg pulp, thereby not only effectively improving the efficiency of egg frying operation, but also fully contacting the egg pulp with air and a frying pan in the process of frying eggs to cook delicious fluffy fried eggs.

The technical effect to be achieved by the invention is realized by the following scheme:

the invention provides an automatic egg frying machine which comprises a rack, a stirring shovel mechanism and a frying pan mechanism, wherein the stirring shovel mechanism and the frying pan mechanism are arranged on the rack; the stirring shovel mechanism comprises a stirring shovel lifting assembly and a stirring shovel assembly fixedly arranged on the stirring shovel lifting assembly, and is used for stirring egg pulp in the egg frying process, so that each part of the egg pulp is heated uniformly, and fluffy and delicious fried egg dishes are fried. The wok mechanism comprises a wok and a wok swinging component which is connected with the wok and fixedly arranged on the rack, and is used for shaking the egg pulp while the stirring shovel component is stirring and stir-frying, so that the efficiency of stirring and stir-frying the egg pulp is improved, the egg pulp is in full contact with air and the wok, and fluffy and delicious fried eggs are cooked.

Further, the stirring shovel component comprises a fixing and mounting fixing rod used for fixing and mounting the motor stirring component, and is arranged on the mounting fixing rod and used for stirring and stir-frying the egg slurry, and turning over the folding motor stirring component.

The motor stirring assembly comprises a driving motor for providing a power source for stirring the egg pulp; the stirring rod assembly is connected with the driving motor and is used for stirring and stir-frying the egg slurry; and a motor turnover folding structure; the driving motor is connected with the mounting fixing rod through the motor overturning and folding structure.

Further, the stirring shovel component comprises a mounting fixing rod and a turnover folding type motor stirring component arranged on the mounting fixing rod;

the motor stirring assembly comprises a driving motor and a stirring rod assembly connected with the driving motor; the stirring rod component comprises a stirring rod connecting block, a stirring rod and a rod overturning folding structure, wherein the stirring rod connecting block and the stirring rod are connected through the rod overturning folding structure, egg slurry is stirred in the process of frying the fried eggs, the egg slurry can be in full contact with air and a frying pan, and fluffy and delicious fried eggs are cooked.

The overturning and folding of the motor stirring component comprises the overturning and folding of the whole motor stirring component and the overturning and folding of the stirring rod. The motor stirring assembly can be turned upwards when the stirring shovel mechanism fails, so that manual operation is facilitated, and the phenomenon that egg liquid is scorched due to blocking of the stirring shovel assembly is avoided; the stirring rod that can overturn folding stirring rod and form movable stirring rod subassembly structure, can effectually reduce the contact and the interference of stirring rod and frying pan, avoid causing wearing and tearing to the coating and the stirring rod of frying pan. Preferably, the motor turnover folding structure and the rod turnover folding structure are hinged structures or pin-jointed structures.

Further, the puddler subassembly still includes the connecting rod that links to each other with driving motor, the puddler connecting block with connecting rod connecting portion are the inclined plane structure, form non-vertical movable puddler subassembly, can further effectively reduce the direct contact and the interference of puddler and frying pan, avoid causing wearing and tearing to the coating of frying pan and puddler.

Further, still be equipped with temperature sensor on the motor stirring subassembly for survey the temperature of frying pan, carry out adaptability to the temperature of heating mechanism at the fried egg in-process, preferably, temperature sensor is infrared temperature sensor.

Further, the puddler lifting unit including set firmly in subassembly mounting panel in the frame, locate slide rail sliding block set spare on the subassembly mounting panel, and with the lead screw subassembly that slide rail sliding block set spare's slider links to each other.

Furthermore, a rotary dish discharging assembly connected with the frying pan is arranged on the frying pan swinging assembly, and the rotary dish discharging assembly of the frying pan swinging assembly and the rotary motor assembly are rotating motor assemblies; the frying pan swinging assembly is fixedly arranged on the rack, the rotary dish discharging assembly is arranged at the top of the frying pan swinging assembly, the frying pan is connected to the rotary dish discharging assembly, the frying pan swinging assembly and the rotary dish discharging assembly form a linkage structure, the frying pan swinging assembly is used for shaking egg pulp in the egg frying process, the phenomenon that part of egg pulp is burnt and part of egg pulp is still in a liquid state due to uneven heating of the egg pulp is avoided, and meanwhile, the frying pan moves between the discharging mechanism and the heating mechanism, so that feeding is facilitated; the rotary dish discharging assembly is used for rotating the frying pan to pour out the cooked eggs.

Furthermore, the automatic egg frying machine also comprises a heating mechanism, a discharging structure and a power supply control area which are arranged on the rack; frame, heating mechanism, frying pan mechanism, ejection of compact structure, stirring shovel mechanism and power control district constitute a complete equipment for each item operation of automatic completion fried egg operation, the efficiency of effectual improvement work, reduction artificial input.

The rack comprises a containing cabinet at the bottom and an installation cabinet arranged on the back side of the top of the containing cabinet; the heating mechanism is fixedly arranged on the accommodating cabinet, and is preferably an electric heating mechanism or a gas furnace heating mechanism; the frying pan mechanism and the discharging structure are adjacent to the heating mechanism and arranged on the accommodating cabinet; the stirring shovel mechanism is arranged on one side of the installation cabinet and above the heating mechanism, and the power supply control area is arranged on the other side of the installation cabinet.

Further, the discharging structure comprises an oil spraying pipe and an egg slurry discharging assembly which are arranged adjacent to the heating mechanism; the egg pulp discharging assembly comprises a peristaltic pump arranged on the mounting cabinet, an egg pulp spray head assembly connected with the peristaltic pump, and an egg pulp drying pot assembly arranged adjacent to the peristaltic pump.

The egg slurry spray head assembly comprises an egg slurry spray head bracket arranged on the mounting cabinet and an egg slurry spray head fixedly arranged on the egg slurry spray head bracket; the egg pulp drying pot component comprises a drying pot shell, a connecting rod component arranged in the drying pot shell, and an egg pulp drying pot which is arranged outside the drying pot shell and corresponds to one side of the egg pulp spray head, and the bottom of the egg pulp drying pot is connected with the connecting rod component; the linkage structure that egg thick liquid dry pot bottom and link assembly constitute can be with egg thick liquid dry pot at certain angle reciprocating rotation, the effectual operation of accomplishing pouring thick liquid, reseing to guarantee mechanism moving accuracy and high efficiency. The egg pulp spray head assembly and the egg pulp drying pot assembly are detachable assemblies and can be detached when not used or in failure, and the discharge of the egg pulp is directly completed by adopting a peristaltic pump.

Furthermore, the accommodating cabinet comprises a material storing cabinet at the bottom and a control cabinet at the top, and a vegetable outlet table is fixedly arranged between the material storing cabinet and the control cabinet and on one side of the outside of the accommodating cabinet, which is close to the frying pan mechanism;

tableware and food raw materials have been placed in the storage cabinet, be equipped with in the switch board with heating mechanism, frying pan mechanism, ejection of compact structure and stirring shovel mechanism link to each other respectively always control module, the switch board outside be equipped with the display control screen that always control module links to each other.

And the power control area is provided with a power switch and a power indicator lamp, and the power switch and the power indicator lamp are respectively connected with the master control module.

The automatic egg frying machine has the following advantages:

the invention provides an automatic egg frying machine, which adopts the combination of a stirring shovel mechanism and a swing type frying pan mechanism to fully stir and fry egg pulp, thereby not only effectively improving the efficiency of egg frying operation, but also enabling the egg pulp to be fully contacted with air and a frying pan in the process of frying eggs, and cooking fluffy and delicious fried eggs.

Drawings

FIG. 1 is a schematic view of the overall structure of an automatic egg-frying machine according to the present invention;

FIG. 2 is a schematic view of an assembly structure of the frame, the heating mechanism and the display control area according to the present invention;

FIG. 3 is a schematic structural view of a frying pan mechanism in the present invention;

FIG. 4 is a schematic structural view of a stirring shovel mechanism according to the present invention;

FIG. 5 is a schematic structural view of a lifting assembly of the stirring shovel of the present invention;

FIG. 6 is a schematic structural view of a stirring shovel assembly according to the present invention;

FIG. 7 is an enlarged partial view taken at A in FIG. 6;

FIG. 8 is a schematic view of the construction of the stirring rod assembly of the present invention;

FIG. 9 is a schematic view of the combination of the peristaltic pump and the slurry nozzle assembly of the present invention;

FIG. 10 is a schematic view of the construction of the present invention of the egg white drying pan assembly;

fig. 11 is another schematic structural view of the present invention egg white drying pan assembly.

The reference numerals are explained below:

100. a frame; 110. a containing cabinet; 111. a material storage cabinet; 112. a control cabinet; 113. a dish outlet table; 101. displaying a control screen; 120. installing a cabinet; 121. a module baffle; 200. a heating mechanism; 300. a frying pan mechanism; 310. a frying pan; 320. rotating the dish discharging assembly; 330. a wok swinging component; 400. a discharging structure; 410. an oil spray pipe; 420. a peristaltic pump; 430. an egg slurry spray head assembly; 431. egg slurry spray head bracket; 432. an egg slurry spray head; 440. a slurry drying pan assembly; 441. a dry pot housing; 442. a connecting rod assembly; 443. egg pulp drying pan; 500. a stirring shovel mechanism; 510. a stirring shovel lifting assembly; 511. a component mounting plate; 512. a sliding block assembly of the sliding rail; 513. a screw assembly; 520. a stirring shovel assembly; 521. mounting a fixed rod; 522. a motor stirring assembly; 5221. a drive motor; 5222. a stirring rod assembly; 5223. the motor is of a turnover folding structure; 501. a connecting block of the stirring rod; 502. a stirring rod; 503. a lever flip-fold configuration; 504. a connecting rod; 600. a power supply control area; 610. a power indicator light; 620. and a power switch.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and examples.

As shown in fig. 1, the automatic egg frying machine provided in this embodiment includes a rack 100, and a heating mechanism 200, a frying pan mechanism 300, a discharging structure 400, a stirring shovel mechanism 500, and a power control area 600 which are arranged on the rack; the rack includes a bottom cabinet 110 and a top cabinet 120 disposed at the back of the top of the cabinet.

As shown in fig. 2, the accommodating cabinet comprises a storage cabinet 111 at the bottom and a control cabinet 112 at the top; food raw materials such as tableware, edible oil, egg pulp and the like are placed in the storage cabinet, so that the tableware and the food raw materials are convenient to take and place, and a cabinet door capable of being opened and closed is arranged on one side of the storage cabinet, which is close to the frying pan mechanism; a main control module (not marked in the figure) which is respectively connected with the heating mechanism, the frying pan mechanism, the discharging structure, the stirring shovel mechanism and the power supply control area is arranged in the control cabinet, so that the overall parameters of the mechanism can be conveniently monitored and adjusted, and a display control screen 101 connected with the main control module is arranged outside the control cabinet; in order to conveniently overhaul the master control module and avoid misoperation of operators, an overhaul cabinet door capable of being opened and closed is arranged on one side of the control cabinet close to the installation cabinet. And a dish outlet table 113 is fixedly arranged between the storage cabinet and the control cabinet and on one side of the outside of the containing cabinet close to the frying pan mechanism, so that the cooked eggs can be conveniently cooked. The power control area is arranged on the installation cabinet and comprises a power switch 620 and a power indicator lamp 610, and the power switch and the power indicator lamp are respectively connected with the master control module.

As shown in fig. 2, the heating mechanism is fixed on the accommodating cabinet and is an electric heating mechanism or a gas furnace heating mechanism. The discharging structure is adjacent to the heating mechanism and arranged on the accommodating cabinet; as shown in fig. 1, 9 and 10, the discharging structure comprises an oil spraying pipe 410 and an egg slurry discharging assembly which are arranged adjacent to the heating mechanism; the egg pulp discharging assembly comprises a peristaltic pump 420 mounted on the mounting cabinet, an egg pulp spray head assembly 430 connected with the peristaltic pump, and an egg pulp drying pot assembly 440 arranged adjacent to the peristaltic pump. In order to guarantee the orderly progress of the egg pulp ejection of compact, preferably, peristaltic pump is in groups set up on the installation cabinet, and when one of them peristaltic pump became invalid, other peristaltic pump of in time connecting can guarantee the orderly progress of egg pulp ejection of compact, avoided leading to the unable operation behind the fried egg operation to go on because of the unable ejection of compact of egg pulp. The egg pulp spray head assembly and the egg pulp drying pot assembly are detachable assemblies, can be detached when not in use or in failure, and directly complete the discharge of the egg pulp by adopting a peristaltic pump; as shown in fig. 9, the slurry nozzle assembly includes a slurry nozzle bracket 431 mounted on the mounting cabinet and a slurry nozzle 432 fixed to the slurry nozzle bracket; as shown in fig. 11, the slurry drying pan assembly includes a drying pan housing 441, a connecting rod assembly 442 disposed inside the drying pan housing, and a slurry drying pan 443 disposed outside the drying pan housing and connected to the connecting rod assembly at a side and a bottom of the drying pan housing corresponding to the slurry nozzle.

The frying pan mechanism is adjacent to the heating mechanism and is arranged on the accommodating cabinet, as shown in figure 3, the frying pan mechanism comprises a frying pan swinging component 330 fixedly arranged on the accommodating cabinet, a rotary dish discharging component 320 arranged at the top of the frying pan swinging component, and a frying pan 310 connected with the rotary dish discharging component; the rotary dish discharging component and the wok swinging component are both rotary motor components. The frying pan swinging assembly and the rotary dish discharging assembly form a linkage structure, the frying pan swinging assembly is used for shaking the egg pulp in the egg frying process, the phenomenon that part of the egg pulp is burnt and part of the egg pulp is still in a liquid state due to uneven heating of the egg pulp is avoided, and meanwhile, the frying pan moves between the discharging mechanism and the heating mechanism, so that feeding is facilitated; the rotary dish discharging assembly is used for rotating the frying pan to pour out the cooked eggs.

The design of the stirring shovel mechanism is as follows:

example 1:

the stirring shovel mechanism is arranged on one side of the installation cabinet and above the heating mechanism, and as shown in fig. 4, the stirring shovel mechanism comprises a stirring shovel lifting assembly 510 and a stirring shovel assembly 520 fixedly arranged on the stirring shovel lifting assembly. As shown in fig. 6, the stirring shovel assembly includes a mounting fixing rod 521 and a turning and folding type motor stirring assembly 522 disposed on the mounting fixing rod. The motor stirring assembly comprises a driving motor 5221, a stirring rod assembly 5222 connected with the driving motor, and a motor overturning and folding structure 5223, wherein the driving motor is connected with the mounting fixing rod through the motor overturning and folding structure. The concrete structure of the motor upset foldable structure is as shown in figure 7, can stir the subassembly with the motor and upwards overturn when stirring shovel mechanism breaks down, and the manual work of being convenient for is operated, avoids appearing the phenomenon that the burnt is fried to the egg liquid because of blockking of stirring shovel subassembly.

Example 2:

the stirring shovel mechanism is arranged on one side of the installation cabinet and above the heating mechanism, and as shown in fig. 4, the stirring shovel mechanism comprises a stirring shovel lifting assembly 510 and a stirring shovel assembly 520 fixedly arranged on the stirring shovel lifting assembly. As shown in fig. 6, the stirring shovel assembly includes a mounting fixing rod 521 and a turning and folding type motor stirring assembly 522 disposed on the mounting fixing rod. The motor stirring assembly comprises a driving motor 5221 and a stirring rod assembly 5222 connected with the driving motor, the stirring rod assembly is shown in the attached figure 8 and comprises a stirring rod connecting block 501, a stirring rod 502 and a rod overturning folding structure 503, the stirring rod connecting block and the stirring rod are connected through the rod overturning folding structure, egg pulp is stirred in the process of frying fried eggs, the egg pulp can be in full contact with air and a frying pan, and fluffy and delicious fried eggs are cooked. The stirring rod that can overturn folding stirring rod and form movable stirring rod subassembly structure, can effectually reduce the contact and the interference of stirring rod and frying pan, avoid causing wearing and tearing to the coating and the stirring rod of frying pan. The stirring rod assembly further comprises a connecting rod 504 connected with the driving motor, the stirring rod connecting block and the connecting rod connecting part are of an inclined plane structure, a non-vertical movable stirring rod assembly is formed, direct contact and interference between the stirring rod and the frying pan can be further effectively reduced, and abrasion caused to the coating and the stirring rod of the frying pan is avoided.

Be equipped with on the installation dead lever of stirring shovel subassembly in this embodiment 1, 2 and install in the outside subassembly baffle 121 of installation cabinet for sheltering from the stirring shovel lifting unit in the installation cabinet, avoid the greasy dirt of fried egg in-process to sputter to the installation cabinet inside. And the motor stirring component is also provided with a temperature sensor (not marked in the figure) for detecting the temperature of the frying pan and adaptively adjusting the temperature of the heating mechanism in the egg frying process, preferably, the temperature sensor is an infrared temperature sensor. The stirring rod lifting assembly in embodiments 1 and 2, as shown in fig. 5, includes an assembly mounting plate 511 fixedly disposed in the mounting cabinet, a sliding block assembly 512 disposed on the assembly mounting plate, and a screw rod assembly 513 connected to a sliding block of the sliding block assembly.

The automatic egg frying machine in the embodiments 1 and 2 has the following specific working processes:

firstly, debugging and material preparation:

placing the prepared food raw materials and tableware into a storage cabinet, and communicating an oil spraying pipe with an edible oil storage bottle and an egg slurry spray head with an egg slurry storage tank; after confirming the connection of each mechanism of the egg frying machine, starting a starting switch, debugging each mechanism of the egg frying machine to an initial state, namely: the frying pan mechanism is positioned on the heating mechanism, and the stirring shovel mechanism rises to a height which does not interfere the free swing of the frying pan mechanism.

Secondly, egg frying and dish serving:

turning on a power switch, starting a heating mechanism to heat a frying pan, spraying cold oil into the frying pan by an oil spraying pipe after the frying pan is heated to a preset temperature, sucking the egg pulp with a fixed volume into an egg pulp drying pot by an egg pulp spray head connected with a peristaltic pump, and timely guiding the egg pulp into the frying pan by the egg pulp drying pot; then the stirring shovel mechanism moves downwards, and egg pulp in the frying pan is stirred and fried according to the program in the master control module.

In the stirring and stir-frying processes, the infrared temperature sensor detects the temperature in the frying pan in real time and adaptively adjusts the temperature of the heating mechanism; after the operation of fried egg is accomplished, stirring shovel mechanism shifts up, and frying pan swing subassembly is rotatory to a dish platform top with frying pan mechanism, then rotatory dish subassembly of going out is opened, pours out the fried egg of the good stir-fry in the frying pan. After the fried eggs are poured out, the frying pan is reset, and then the cooking of the next fried egg dish can be started.

According to the scheme of the embodiment, the automatic egg frying machine provided by the invention adopts the combination of the stirring shovel mechanism and the swinging type frying pan mechanism to fully stir and fry the egg pulp, so that the egg frying efficiency is effectively improved, the egg pulp can be fully contacted with air and the frying pan in the egg frying process, and delicious fluffy fried eggs are cooked.

Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the embodiments of the present invention and not for limiting the same, and although the embodiments of the present invention are described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions can be made on the technical solutions of the embodiments of the present invention, and these modifications or equivalent substitutions cannot make the modified technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.

Claims (10)

1. An automatic egg frying machine is characterized in that: comprises a frame, and a stirring shovel mechanism and a frying pan mechanism which are arranged on the frame;

the stirring shovel mechanism comprises a stirring shovel lifting assembly and a stirring shovel assembly fixedly arranged on the stirring shovel lifting assembly;

the frying pan mechanism comprises a frying pan and a frying pan swinging component which is connected with the frying pan and fixedly arranged on the rack.

2. The automated egg fryer of claim 1, wherein: the stirring shovel component comprises a mounting fixing rod and a turnover folding type motor stirring component arranged on the mounting fixing rod;

the motor stirring assembly comprises a driving motor, a stirring rod assembly connected with the driving motor and a motor overturning and folding structure, and the driving motor is connected with the installation fixing rod through the motor overturning and folding structure.

3. The automated egg fryer of claim 2, wherein: the motor stirring assembly comprises a driving motor and a stirring rod assembly connected with the driving motor; the stirring rod assembly comprises a stirring rod connecting block, a stirring rod and a rod overturning and folding structure, and the stirring rod connecting block and the stirring rod are connected through the rod overturning and folding structure.

4. An automated egg fryer as claimed in claim 3, wherein: the stirring rod assembly further comprises a connecting rod connected with the driving motor, and the stirring rod connecting block and the connecting rod connecting part are of an inclined plane structure.

5. An automated egg fryer according to claim 2 or 3, wherein: and a temperature sensor is also arranged on the motor stirring component.

6. The automated egg fryer of claim 1, wherein: the stirring rod lifting assembly comprises an assembly mounting plate fixedly arranged on the rack, a sliding rail block assembly arranged on the assembly mounting plate, and a screw rod assembly connected with a sliding block of the sliding rail block assembly.

7. The automated egg fryer of claim 1, wherein: the rotary dish discharging component is arranged on the frying pan swinging component and connected with a frying pan, and the frying pan swinging component rotates to discharge the dish and is a rotating motor component.

8. The automated egg fryer of claim 1, wherein: the device also comprises a heating mechanism, a discharging structure and a power supply control area which are arranged on the rack;

the rack comprises a containing cabinet at the bottom and an installation cabinet arranged on the back side of the top of the containing cabinet;

the heating mechanism is fixedly arranged on the accommodating cabinet, and the frying pan mechanism and the discharging structure are adjacent to the heating mechanism and arranged on the accommodating cabinet; the stirring shovel mechanism is arranged on one side of the installation cabinet and above the heating mechanism, and the power supply control area is arranged on the other side of the installation cabinet.

9. The automated egg fryer of claim 8, wherein: the discharging structure comprises an oil spraying pipe and an egg slurry discharging assembly which are arranged adjacent to the heating mechanism;

the egg pulp discharging assembly comprises a peristaltic pump arranged on the mounting cabinet, an egg pulp spray head assembly connected with the peristaltic pump and an egg pulp drying pot assembly arranged adjacent to the peristaltic pump;

the egg slurry spray head assembly comprises an egg slurry spray head bracket arranged on the mounting cabinet and an egg slurry spray head fixedly arranged on the egg slurry spray head bracket; the egg pulp drying pot component comprises a drying pot shell, a connecting rod component arranged in the drying pot shell, and an egg pulp drying pot which is arranged outside the drying pot shell and corresponds to one side of the egg pulp spray head, and the bottom of the egg pulp drying pot is connected with the connecting rod component.

10. The automated egg fryer of claim 8, wherein: the containing cabinet comprises a material storing cabinet at the bottom and a control cabinet at the top, and a dish discharging table is fixedly arranged between the material storing cabinet and the control cabinet and on one side of the outside of the containing cabinet, which is close to the frying pan mechanism;

tableware and food raw materials are placed in the storage cabinet, a main control module which is respectively connected with the heating mechanism, the frying pan mechanism, the discharging structure and the stirring shovel mechanism is arranged in the control cabinet, and a display control screen connected with the main control module is arranged outside the control cabinet;

and the power control area is provided with a power switch and a power indicator lamp, and the power switch and the power indicator lamp are respectively connected with the master control module.

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