An omelette machine production line

Abstract

The present invention relates to the field of automatic production lines, specifically, an egg frying machine production line, wherein production line track seats are arranged on both the left and right frames, and a plurality of egg frying molds are supported on the production line track seats in the sliding direction in the front and rear directions; the left frame is connected to a discharging conveyor belt in the front, and the front end of the production line track seat of the left frame is connected to the front end of the production line track seat of the right frame through a push reversing mechanism, and the rear end of the production line track seat of the right frame is connected to the rear end of the production line track seat of the left frame through a push reversing mechanism, and the first oil spraying station, the first egg white station, the second oil spraying station, the second egg white station, the egg yolk station and the flipping and closing station are arranged on the right frame in sequence from front to back, and the flipping and opening station, the vibrating station and the unloading station are arranged on the left frame in sequence from front to back, corresponding to the discharging conveyor belt. The production line has a compact structure and a high degree of automation, and can automatically complete the egg white, egg yolk, laminating, opening, vibrating, unloading and producing of fried eggs.

Description

Technical Field

[0001] The invention relates to egg processing equipment, in particular to an egg frying machine production line. Background Art

[0002] With the popularity of fast food and pre-prepared meals, various types of automated equipment have emerged in the processing of various foods. Among them, the simplest fried eggs are fried using a matching mold. In the existing production equipment, turning over and unloading still require manual cooperation. There is no complete automated equipment and the degree of automation is low. Summary of the invention

[0003] The invention provides an egg frying machine production line which has a high degree of automation and can automatically complete frying and unloading.

[0004] The technical solution adopted by the present invention is: an omelette machine production line, including a frame, characterized in that: the frame includes a left frame and a right frame, and production line track seats are arranged on the left frame and the right frame, and multiple omelette molds are slidably supported on the production line track seats in the front and rear directions; the left frame is connected to a discharging conveyor belt facing forward, and the front end of the production line track seat on the left frame is connected to the front end of the production line track seat on the right frame through a push reversing mechanism, and the push reversing mechanism includes a push reversing seat, a push paddle, a push motor, a reversing paddle and a reversing motor, and a sliding guide support The push reversing seat of the fried egg mold is connected to the left frame and the right frame in the left and right directions. The push reversing seat is arranged at the front end of the left frame and the right frame to be connected to the left frame and the right frame. The push reversing seat is provided with a push motor in the left and right directions and a reversing motor in the front and back directions. The push motor is connected to the push paddle on the left side of the left frame to push the fried egg mold on the production line track seat on the left frame to the production line track seat on the right frame. The reversing motor is connected to the reversing paddle on the front side of the right frame to push the fried egg mold on the production line track seat on the right frame backwards.

[0005] The omelette mold comprises a bottom template and an upper molding box and a lower molding box. The upper molding box and the lower molding box are rotatably connected to the bottom template from the front end through a hinge structure in the back-to-front direction. The upper molding box and the lower molding box are each provided with a row of multiple molding cavities in the left-right direction. Both sides of the rear ends of the upper molding box and the lower molding box are provided with flip clamps.

[0006] The right frame is provided with a first oil spraying station, a first egg white station, a second oil spraying station, a second egg white station, an egg yolk station and a flipping and closing station in sequence. The first oil spraying station and the second oil spraying station each include a plurality of oil spray nozzles, and the plurality of oil spray nozzles of the first oil spraying station and the second oil spraying station correspond to the plurality of molding cavities of the upper molding box and the lower molding box respectively. The first egg white station and the second egg white station each include a plurality of egg white filling ports, and the plurality of egg white filling ports of the first egg white station and the second egg white station correspond to the upper molding box and the lower molding box respectively. The yolk station includes a plurality of yolk filling ports, and the plurality of yolk filling ports correspond to the plurality of forming cavities of the lower forming box respectively. The flipping and closing station includes a flipping and closing motor, a flipping and closing arm, and a flipping and closing bayonet. The flipping and closing motor is arranged on the right side of the right frame, and the flipping and closing motor is connected to the flipping and closing bayonet via the flipping and closing arm. The flipping and closing head of the upper forming box of the fried egg mold is located on the right side of the right frame, and is fed into the flipping and closing bayonet along the production line track seat on the right frame with the fried egg mold.

[0007] The rear end of the production line track seat on the right frame is connected to the rear end of the production line track seat on the left frame via a push reversing mechanism;

[0008] A flip opening station is arranged in the middle of the left frame, and the flip opening station comprises a flip opening motor, a flip opening arm and a flip opening bayonet. The flip opening motor is arranged on the left side of the left frame, and the flip opening motor is connected to the flip opening bayonet via the flip opening arm. The flip clamp head of the upper forming box of the fried egg mold is located on the left side of the left frame, and is fed into the flip opening bayonet along the production line track seat on the left frame with the fried egg mold.

[0009] The front end of the left frame is provided with a discharging station, which includes a discharging motor, a discharging arm and a discharging bayonet. The discharging motor is arranged on the left side of the left frame, and the discharging motor is connected to the discharging bayonet via the discharging arm. The lower forming box of the fried egg mold is located on the left side of the left frame, and the flipping clamp head is fed into the discharging bayonet along the production line track seat on the left frame with the fried egg mold. The discharging bayonet drives the lower forming box to rotate and flip to the state above the discharge conveyor belt and rotate and reset to the bottom template.

[0010] A plurality of gas heads for heating the omelette moulds which are distributed in the track seat of the corresponding production line are arranged under the left frame and the right frame.

[0011] Furthermore, the left frame is also provided with a rapping station located between the flipping and opening station and the unloading station, the rapping station includes a rapping stand, a rapping cylinder, a rapping connecting frame, a rapping guide column, a spring and a rapping head. The rapping stand is horizontally mounted on the left frame, and a rapping cylinder is arranged on the rapping stand. The rapping cylinder is connected to the rapping connecting frame below, and the rapping connecting frame is connected to multiple springs downwardly, and the multiple springs are connected to multiple rapping heads corresponding to the molding cavities of the lower molding box respectively below, and the rapping head is connected to the rapping guide column upward, and the rapping guide column is inserted into the spring.

[0012] Furthermore, the fuel injection nozzle is an atomizing nozzle.

[0013] Furthermore, the first egg white station and the second egg white station both include an egg white rack, an egg white storage tank, a peristaltic pump, and an egg white filling pipe. The egg white rack is horizontally mounted on the right frame, and the egg white storage tank is supported on the egg white rack. The egg white storage tank is connected to multiple egg white filling pipes via multiple peristaltic pumps. The egg white filling ports of the multiple egg white filling pipes of the first egg white station and the second egg white station correspond to the multiple molding cavities of the upper molding box and the lower molding box, respectively.

[0014] Furthermore, the first egg white station and the second egg white station also include a tilted rotating shaft and a tilted filling bucket. The tilted rotating shaft is parallel to the right frame and is connected to the egg white frame. A plurality of tilted filling buckets are connected to the tilted rotating shaft. The upper openings of the plurality of tilted filling buckets correspond to the bottom of a plurality of egg white filling pipes. The lower pipe openings of the tilted filling buckets are egg white filling ports. The tilted rotating shaft is externally connected to a tilted rotating servo motor, or the tilted rotating shaft is externally connected to one end of a tilted rotating driving arm, and the other end of the tilted rotating driving arm is connected to a tilted rotating cylinder.

[0015] Furthermore, the yolk workstation also includes an yolk rack, an yolk storage tank, a peristaltic pump, and an yolk filling pipe. The yolk rack is horizontally mounted on the right frame, and the yolk storage tank is supported on the yolk rack. The yolk storage tank is connected to multiple yolk filling pipes via multiple peristaltic pumps, and the yolk filling ports of the multiple yolk filling pipes correspond to the multiple molding cavities of the lower molding box.

[0016] Furthermore, the yolk station also includes a tilted rotating shaft and a tilted filling bucket. The tilted rotating shaft is parallel to the right frame and is connected to the yolk frame. Multiple tilted filling buckets are connected to the tilted rotating shaft. The upper openings of the multiple tilted filling buckets correspond to the bottom of multiple yolk filling pipes. The lower pipe opening of the tilted filling bucket is the yolk filling port. The tilted rotating shaft is externally connected to a tilted rotating servo motor, or the tilted rotating shaft is externally connected to one end of a tilted rotating driving arm, and the other end of the tilted rotating driving arm is connected to a tilted rotating cylinder.

[0017] During production operations, the fried egg molds are arranged on the production line track seat of the right frame in sequence. At the push reversing seat, the fried egg molds are pushed from front to back in sequence by the reversing motor via the reversing plate, thereby realizing the feeding of the fried egg molds on the production line track seat of the right frame. The fried egg molds are continuously heated by the gas head below them during the feeding process; when the fried egg molds are fed to the first oil spraying station, the oil spray nozzle sprays oil into the molding cavity of the upper molding box of the fried egg mold; when the fried egg molds continue to be fed to the first egg white station, a predetermined amount of egg white stirring liquid is added into the molding cavity of the upper molding box corresponding to the egg white filling port from the egg white storage tank; when the fried egg molds continue to be fed to the second oil spraying station, the oil spray nozzle sprays oil into the molding cavity of the lower molding box of the fried egg mold; When the egg is continuously fed to the second egg white station, a predetermined amount of egg white stirring liquid is added into the molding cavity of the corresponding lower molding box from the egg white storage tank through the egg white filling port; when the fried egg mold is continuously fed to the egg yolk station, a predetermined amount of egg yolk stirring liquid is added into the molding cavity of the corresponding lower molding box from the egg yolk storage tank through the egg yolk filling port; the fried egg mold is continuously fed to the flipping and closing station, and the upper molding box of the fried egg mold is sent into the flipping and closing bayonet by the flipping clamp located on the right side of the right frame, and the flipping and closing motor drives the flipping and closing arm to drive the upper molding box to rotate around its hinge structure through the flipping clamp to cover the front and close to the lower molding box of the same fried egg mold, so that the fried egg white in the molding cavity of the upper molding box is covered into the molding cavity of the lower molding box; the fried egg mold is continuously fed to the push reversing seat at the rear end of the right frame The egg-frying mold on the right frame is pushed to the left frame from right to left on the pushing reversing seat by the pushing motor via the pushing plate, and the egg-frying mold is fed on the left frame production line track seat by the reversing motor; the egg-frying mold continues to be fed to the flipping and opening station, and the flipping and opening motor drives the flipping and opening arm to drive the upper molding box to rotate around its hinge structure through the flipping and opening head to open backward and return the support to the bottom template of the egg-frying mold, so that the upper molding box of the egg-frying mold is reset; when the egg-frying mold continues to be fed to the vibrating station, the vibrating cylinder drives the vibrating head through the vibrating connecting frame and the spring to press down the egg-frying in the molding cavity of the lower molding box. , which plays the role of elastic downward pressure to loosen the fried egg; the fried egg mold continues to feed to the front end of the left frame, and the flip clamp at the rear end of the lower molding box of the fried egg mold located on the left side of the left frame is sent into the unloading clamp, and the unloading motor drives the unloading arm to rotate, thereby driving the lower molding box to flip forward around the hinge structure, and flipping and unloading the loose fried egg to fall onto the unloading conveyor belt, completing the automatic production of fried eggs; after the fried egg is unloaded, the unloading motor reverses to drive the lower molding box to reset, and pushes the reversing mechanism at the front ends of the left and right frames on the pushing reversing seat, and the pushing motor pushes the fried egg mold on the left frame to the right frame from left to right on the pushing reversing seat, thereby completing the entire cycle operation of the production line with a high degree of automation.

[0018] Since the egg white has a high viscosity, before the egg white stirring liquid is added, the lower pipe mouth of the inclined filling bucket is tilted upward. When filling is required, the inclined filling bucket is used as a transfer. A certain amount of egg white stirring liquid is injected into the inclined filling bucket through the egg white storage tank and the egg white filling pipe. The inclined rotating servo motor drives the inclined rotating shaft to drive the inclined filling bucket to rotate, or the inclined rotating cylinder drives the inclined rotating drive arm to drive the inclined rotating shaft to rotate the inclined filling bucket. The inclined filling bucket rotates downward to fill the egg white stirring liquid into the corresponding fried egg mold. After the filling is completed, the inclined filling bucket is rotated in the opposite direction to lift it up to prevent the egg white stirring liquid from dripping onto the fried egg mold due to its high viscosity, which is conducive to the complete and stable production of fried eggs. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the structure of the present invention;

[0020] Figure 2 It is a structural schematic diagram of the push reversing mechanism of the present invention;

[0021] Figure 3 It is a structural schematic diagram of the omelette mold of the present invention;

[0022] Figure 4 This is a schematic diagram of the structure of the first injection station of the present invention;

[0023] Figure 5 It is a structural schematic diagram of the first egg white station of the present invention;

[0024] Figure 6 It is a structural schematic diagram of the egg yolk station of the present invention;

[0025] Figure 7 This is a schematic diagram of the structure of the flipping and closing station of the present invention;

[0026] Figure 8 This is a schematic diagram of the structure of the flip-opening station of the present invention;

[0027] Fig. 9 It is a structural schematic diagram of the rapping station of the present invention;

[0028] Fig.10 It is a structural schematic diagram of the unloading station of the present invention.

[0029] In the figure: left frame 1, right frame 2, production line track seat 3, push reversing mechanism 4, push reversing seat 5, push paddle 6, push motor 7, reversing paddle 8, reversing motor 9, fried egg mold 10, bottom template 11, upper molding box 12, lower molding box 13, molding cavity 14, flip clamp 15, first oil injection station 16, oil injection nozzle 17, first egg white station 18, egg white rack 19, egg white storage tank 20, peristaltic pump 21, tilting rotating shaft 22, tilting rotating drive arm 23, tilting rotating cylinder 24, tilting filling bucket 25, egg white filling pipe 26, second oil injection station 27, first Two egg white station 28, egg yolk station 29, egg yolk rack 30, egg yolk storage tank 31, egg yolk filling pipe 32, flip closing station 33, flip closing motor 34, flip closing arm 35, flip closing bayonet 36, flip opening station 37, flip opening motor 38, flip opening arm 39, flip opening bayonet 40, unloading station 41, unloading motor 42, unloading arm 43, unloading bayonet 44, unloading conveyor belt 45, hinge shaft 46, vibrating station 47, vibrating stand 48, vibrating cylinder 49, vibrating connecting frame 50, vibrating guide column 51, spring 52, and vibrating head 53. DETAILED DESCRIPTION

[0030] The following is a further description with reference to the accompanying drawings.

[0031] Figure 1-9 As shown: an omelette production line, including a left frame 1, a right frame 2, a production line track seat 3, a push reversing mechanism 4, an omelette mold 10, a first oil spraying station 16, a first egg white station 18, a second oil spraying station 27, a second egg white station 28, an egg yolk station 29, a flip closing station 33, a flip opening station 37, a unloading station 41, a discharging conveyor belt 45, and a vibrating station 47.

[0032] A production line track seat 3 is provided on both the left frame 1 and the right frame 2, and a plurality of fried egg molds 10 are supported on the production line track seat 3 by sliding in the front-to-back direction. A plurality of gas heads corresponding to the heating of the multiple fried egg molds in the production line track seat are provided below the left frame 1 and the right frame 2; the left frame 1 is connected to a discharge conveyor belt 45 toward the front, and the front end of the production line track seat 3 on the left frame 1 is connected to the front end of the production line track seat on the right frame 2 through a push reversing mechanism 4, and the first injection station 16, the first egg omelette station 10, the first egg omelette station 11, the first egg omelette station 12, the first egg omelette station 13, the first egg omelette station 14, the first egg omelette station 15, the first egg omelette station 16, the first egg omelette station 17, the first egg omelette station 18, the first egg omelette station 19, the first egg omelette station 11, the first egg omelette station 12, the first egg omelette station 13, the first egg omelette station 14, the first egg omelette station 15, the first egg omelette station 16, the first egg omelette station 1 The cleaning station 18, the second oil injection station 27, the second egg white station 28, the egg yolk station 29 and the flipping and closing station 33, the rear end of the production line track seat 3 on the right frame 2 is connected to the rear end of the production line track seat on the left frame 1 through the pushing and reversing mechanism 4, and the rear end and the front end are mirror-symmetrical with each other at the pushing and reversing mechanism; a flipping and opening station 37 is set in the middle part of the left frame 1, and a unloading station 41 is set on the left frame 1, and a vibrating station 47 is set between the flipping and opening station 37 and the unloading station 41 on the left frame 1.

[0033] like Figure 2 The pushing reversing mechanism 4 shown includes a pushing reversing seat 5, a pushing paddle 6, a pushing motor 7, a reversing paddle 8 and a reversing motor 9. The pushing reversing seat 5 is arranged at the front end of the left frame 1 and the right frame 2 to connect the left frame 1 and the right frame 2 in the left and right directions. The pushing reversing seat 5 slides and guides to support the fried egg mold 10. The pushing motor 7 in the left and right directions and the reversing motor 9 in the front and back directions are arranged at the lower inner part of the pushing reversing seat. The pushing motor 7 is connected to the pushing paddle 6 located on the left side of the left frame 1 to push the fried egg mold 10 on the production line track seat 3 on the left frame 1 to the production line track seat on the right frame 2. The reversing motor 9 is connected to the reversing paddle 8 located on the front side of the right frame 2 to push the fried egg mold 10 on the production line track seat 3 on the right frame 2 backwards.

[0034] like Figure 3 As shown, the fried egg mold 10 includes a bottom mold plate 11 and an upper molding box 12 and a lower molding box 13. The upper molding box 12 and the lower molding box 13 are rotatably connected to the bottom mold plate 11 from the front end via a hinge shaft 46 in the back-to-front direction. A row of multiple molding cavities 14 are arranged in the left and right directions of the upper molding box 12 and the lower molding box 13. Flip clamps 15 are arranged on both sides of the rear ends of the upper molding box and the lower molding box. The upper molding box 12 rotates around its own hinge shaft 46 to face the lower molding box 13, so that the molding cavities 14 of the two are completely corresponding.

[0035] like Figure 4 As shown, the first injection station 16 includes a plurality of injection nozzles 17, and the plurality of injection nozzles 17 of the first injection station 16 correspond to the plurality of molding cavities 14 of the upper molding box 12. Figure 1 , 3 As shown in FIG. 4 , the structure of the second injection station 27 is the same as that of the first injection station 16 , and the multiple injection nozzles of the second injection station 27 correspond to the multiple molding cavities 14 of the lower molding box 13 .

[0036] like Figure 5 As shown, the first egg white station 18 includes an egg white rack 19, an egg white storage tank 20, a peristaltic pump 21, an inclined rotating shaft 22, an inclined rotating driving arm 23, an inclined rotating cylinder 24, an inclined filling hopper 25, and an egg white filling pipe 26. The egg white rack 19 is horizontally mounted on the right frame 2, and the egg white storage tank 20 is supported on the egg white rack 19. The egg white storage tank 20 is respectively connected to multiple egg white filling pipes 26 through multiple peristaltic pumps 21. The egg white rack 19 rotates and passes through the inclined rotating shaft 22 parallel to the right frame 2. Multiple inclined filling hoppers 25 are connected to the inclined rotating shaft 22. The upper openings of the multiple inclined filling hoppers 25 correspond to the lower parts of the multiple egg white filling pipes 26. The lower pipe openings of the inclined filling hoppers 25 are egg white filling ports that rotate downward and correspond to the multiple moldings 14 of the upper molding box 12. The inclined rotating shaft 22 is externally connected to one end of the inclined rotating driving arm 23, and the other end of the inclined rotating driving arm 23 is connected to the inclined rotating cylinder 24. Figure 1 , 3As shown in , 5 , the first egg white station 18 and the second egg white station 28 have the same structure, and the egg white filling port of the second egg white station 28 corresponds to the multiple molding cavities 14 of the lower molding box 13 .

[0037] like Figure 6 As shown, the yolk station 29 includes a yolk rack 30, an yolk storage tank 31, and an yolk filling pipe 32. The yolk rack 30 is horizontally mounted on the right frame 2, and the yolk storage tank 31 is supported on the yolk rack 30. The yolk storage tank 31 is connected to multiple yolk filling pipes 32 through multiple peristaltic pumps, and the yolk filling ports of the multiple yolk filling pipes 32 correspond to multiple molding cavities 14 of the lower molding box 13. In this embodiment, the yolk stirring liquid is added by direct injection at the yolk station, and can also be replaced by a structure similar to that of the egg white station.

[0038] like Figure 3 , 7 As shown, the flipping and closing station 33 includes a flipping and closing motor 34, a flipping and closing arm 35, and a flipping and closing bayonet 36. The flipping and closing motor 34 is arranged on the right side of the right frame 2. The flipping and closing motor 34 is connected to the flipping and closing bayonet 36 via the flipping and closing arm 35. The flipping clamp 15 of the upper forming box 12 of the fried egg mold 10 is located on the right side of the right frame and is fed into the flipping and closing bayonet 36 along with the fried egg mold along the production line track seat on the right frame. The flipping and closing bayonet 36 drives the flip cover of the upper forming box 12 to be installed on the lower forming box 13.

[0039] like Figure 3 , 8 As shown, the flip opening station 37 includes a flip opening motor 38, a flip opening arm 39, and a flip opening bayonet 40. The flip opening motor 38 is arranged on the left side of the left frame 1. The flip opening motor 38 is connected to the flip opening bayonet 40 via the flip opening arm 39. The upper molding box 12 of the fried egg mold 10 is located at the flip clamp 15 on the left side of the left frame and is fed into the flip opening bayonet 40 along the production line track seat on the left frame with the fried egg mold. The flip opening bayonet 40 drives the upper molding box 12 to flip and reset and be supported on the bottom template 11.

[0040] like Figure 3 , 9 As shown, the rapping station 47 includes a rapping stand 48, a rapping cylinder 49, a rapping connecting frame 50, a rapping guide column 51, a spring 52, and a rapping head 53. The rapping stand 48 is horizontally mounted on the left frame 1, and the rapping cylinder 49 is arranged on the rapping stand 48. The rapping cylinder 49 is connected to the rapping connecting frame 50 at the bottom. The rapping connecting frame 50 is connected to a plurality of springs 52 downwardly. The plurality of springs 52 are connected to a plurality of rapping heads 53 corresponding to the molding cavities 14 of the lower molding box 13 at the bottom. The rapping head 53 is connected to the rapping guide column 51 upwardly, and the rapping guide column 51 is inserted into the spring 52.

[0041] like Figure 3 , 10As shown, the unloading station 41 includes a unloading motor 42, a unloading arm 43, and a unloading bayonet 44. The unloading motor 42 is arranged on the left side of the left frame 1. The unloading motor 42 is connected to the unloading bayonet 44 via the unloading arm 43. The lower molding box 13 of the fried egg mold 10 is located at the flip clamp 15 on the left side of the left frame. The fried egg mold 10 is fed into the unloading bayonet 44 along the production line track seat 3 on the left frame 1; the unloading bayonet 44 drives the lower molding box 13 to flip to the discharge conveyor belt 45 and reset support on the bottom template 11.

[0042] Based on the above embodiment, the fuel injector is preferably an atomizing nozzle.

[0043] In this embodiment, the yolk station 29 does not adopt the tilting structure controlled and adjusted by the tilting rotating shaft 22 of the first egg white station 18 and the second egg white station 28 and the externally connected tilting rotating driving arm 23. On this basis, if the product requirements are higher, its structure can be borrowed on the yolk station 29.

Claims

1. An omelette machine production line, comprising a frame, characterized in that: The frame comprises a left frame (1) and a right frame (2), and a production line track seat (3) is arranged on the left frame (1) and the right frame (2), and a plurality of fried egg molds (10) are supported on the production line track seat (3) in a sliding manner in the front-to-back direction; the left frame (1) is connected to a discharging conveyor belt (45) toward the front, and the front end of the production line track seat (3) on the left frame (1) is connected to the front end of the production line track seat on the right frame (2) via a push reversing mechanism (4), and the push reversing mechanism (4) comprises a push reversing seat (5), a push paddle (6), a push motor (7), a reversing paddle (8) and a reversing motor (9), and the push reversing seat (5) of the fried egg mold (10) is supported on the left and right sides by a sliding guide. The left frame (1) and the right frame (2) are connected in the direction of each other, the push reversing seat (5) is arranged at the front end of the left frame (1) and the right frame (2) to be in a state of connecting the left and right frames, the push reversing seat (5) is provided with a push motor (7) in the left and right directions and a reversing motor (9) in the front and rear directions, the push motor (7) is connected to a push dial plate (6) located on the left side of the left frame (1) to push the fried egg mold (10) on the production line track seat (3) on the left frame (1) to the production line track seat on the right frame (2), and the reversing motor (9) is connected to a reversing dial plate (8) located on the front side of the right frame (2) to push the fried egg mold (10) on the production line track seat on the right frame (2) backwards; The omelette mold (10) comprises a bottom mold plate (11) and an upper molding box (12) and a lower molding box (13); the upper molding box (12) and the lower molding box (13) are rotatably connected to the bottom mold plate (11) from the front end via a hinge structure in a back-to-front direction; a row of a plurality of molding cavities (14) are provided in the left-right direction of the upper molding box (12) and the lower molding box (13); and flip clamps (15) are provided on both sides of the rear ends of the upper molding box (12) and the lower molding box (13); The right frame (2) is provided with a first oil spraying station (16), a first egg white station (18), a second oil spraying station (27), a second egg white station (28), an egg yolk station (29) and a flipping and closing station (33) in sequence. The first oil spraying station (16) and the second oil spraying station (27) each include a plurality of oil spray nozzles (17). The plurality of oil spray nozzles (17) of the first oil spraying station (16) and the second oil spraying station (27) respectively correspond to the plurality of molding cavities (14) of the upper molding box (12) and the lower molding box (13). The first egg white station (18) and the second egg white station (28) each include a plurality of egg white filling ports. The plurality of egg white filling ports of the first egg white station (18) and the second egg white station (28) respectively correspond to the plurality of molding cavities (14) of the upper molding box (12) and the lower molding box (13). 12), the plurality of forming cavities (14) of the lower forming box (13), the yolk station (29) comprising a plurality of yolk filling ports, the plurality of yolk filling ports respectively corresponding to the plurality of forming cavities (14) of the lower forming box (13), the flipping and closing station (33) comprising a flipping and closing motor (34), a flipping and closing arm (35) and a flipping and closing bayonet (36), the flipping and closing motor (34) being arranged on the right side of the right frame (2), the flipping and closing motor (34) being connected to the flipping and closing bayonet (36) via the flipping and closing arm (35), the upper forming box (12) of the fried egg mold (10) being located on the right side of the right frame (2), the flipping and closing head (15) being fed into the flipping and closing bayonet (36) along the production line track seat (3) on the right frame (2) along with the fried egg mold (10); The rear end of the production line track seat (3) on the right frame (2) is connected to the rear end of the production line track seat on the left frame (1) via a push reversing mechanism (4); A flip opening station (37) is arranged in the middle of the left frame (1), and the flip opening station (37) comprises a flip opening motor (38), a flip opening arm (39) and a flip opening bayonet (40). The flip opening motor (38) is arranged on the left side of the left frame (1), and the flip opening motor (38) is connected to the flip opening bayonet (40) via the flip opening arm (39). The upper forming box (12) of the fried egg mold (10) is located on the flip clamp (15) on the left side of the left frame (1), and is fed into the flip opening bayonet (40) along the production line track seat (3) on the left frame (1) along with the fried egg mold (10); A discharge station (41) is arranged at the front end of the left frame (1), and the discharge station (41) comprises a discharge motor (42), a discharge arm (43) and a discharge bayonet (44). The discharge motor (42) is arranged on the left side of the left frame (1), and the discharge motor (42) is connected to the discharge bayonet (44) via the discharge arm (43). The lower forming box (13) of the fried egg mold (10) is located at the flipping clamp (15) on the left side of the left frame (1), and is fed into the discharge bayonet (44) along the production line track seat (3) on the left frame (1) along with the fried egg mold (10). The discharge bayonet (44) drives the lower forming box (13) to rotate and flip to the state above the discharge conveyor belt (45) and rotate and return to the state on the bottom template (11); A plurality of gas heads for heating the plurality of omelette moulds (10) which are distributed in the corresponding production line track seat (3) are arranged below the left frame (1) and the right frame (2).

2. The egg frying machine production line according to claim 1 is characterized by: The left frame (1) is further provided with a rapping station (47) located between the flipping and opening station (37) and the unloading station (41). The rapping station (47) comprises a rapping stand (48), a rapping cylinder (49), a rapping connecting frame (50), a rapping guide column (51), a spring (52) and a rapping head (53). The rapping stand (48) is laterally mounted on the left frame (1). The rapping stand (48) is provided with a rapping cylinder (49). The rapping cylinder (49) is connected to the rapping connecting frame (50) below. The rapping connecting frame (50) is connected to a plurality of springs (52) downwardly. The plurality of springs (52) are connected to a plurality of rapping heads (53) respectively corresponding to the molding cavities (14) of the lower molding box (13) below. The rapping head (53) is connected to the rapping guide column (51) upwardly. The rapping guide column (51) is inserted into the spring (52).

3. The egg frying machine production line according to claim 1 is characterized by: The fuel injection nozzle (17) is an atomizing nozzle.

4. The egg frying machine production line according to claim 1 is characterized by: The first egg white station (18) and the second egg white station (28) both comprise an egg white rack (19), an egg white storage tank (20), a peristaltic pump (21), and an egg white filling pipe (26). The egg white rack (19) is horizontally mounted on the right frame (2). The egg white storage tank (20) is supported on the egg white rack (19). The egg white storage tank (20) is connected to a plurality of egg white filling pipes (26) via a plurality of peristaltic pumps (21). The egg white filling ports of the plurality of egg white filling pipes (26) of the first egg white station (18) and the second egg white station (28) correspond to the plurality of molding cavities (14) of the upper molding box (12) and the lower molding box (13).

5. The egg frying machine production line according to claim 4 is characterized by: The first egg white station (18) and the second egg white station (28) further comprise an inclined rotating shaft (22) and an inclined filling hopper (25). The inclined rotating shaft (22) is parallel to the right frame (2) and is connected to the egg white frame (19). A plurality of inclined filling hoppers (25) are connected to the inclined rotating shaft (22). The upper openings of the plurality of inclined filling hoppers (25) correspond to the lower part of the plurality of egg white filling pipes (26). The lower pipe openings of the inclined filling hoppers (25) are egg white filling ports. The inclined rotating shaft (22) is externally connected to an inclined rotating servo motor, or the inclined rotating shaft (22) is externally connected to one end of an inclined rotating driving arm (23), and the other end of the inclined rotating driving arm (23) is connected to an inclined rotating cylinder (24).

6. The egg frying machine production line according to claim 1 is characterized by: The yolk station (29) further comprises an yolk rack (30), an yolk storage tank (31), a peristaltic pump (21), and an yolk filling pipe (32). The yolk rack (30) is horizontally mounted on the right frame (2). The yolk storage tank (31) is supported on the yolk rack (30). The yolk storage tank (31) is respectively connected to a plurality of yolk filling pipes (32) via a plurality of peristaltic pumps (21). The yolk filling ports of the plurality of yolk filling pipes (32) respectively correspond to a plurality of molding cavities (14) of the lower molding box (13).

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