A processing method for anti-aging buffalo milk cake and egg white separation equipment thereof

Abstract

The invention relates to the field of separation technology, and discloses a processing method for anti-aging buffalo milk cake and egg white separation equipment thereof, comprising a guide plate, a separation machine, a separation structure, a feeding tray and a controller. In the invention, when the broken yolk follows the egg white and falls into a cleaning mechanism on the surface of a screening structure, the triangular rod outside the rotating shaft contacts the yolk and the egg white falling from the oblique edge of the special-shaped block in a clockwise manner, and the clockwise rotation of the triangular rod drives the yolk to enter a hollow groove for collection, and the egg white slides from the oblique edge of the special-shaped block to a flat plate, so that the broken yolk is separated from the egg white, and when the broken egg slides outward in the connecting plate, the width of the broken yolk is larger than that of the conical block, so that the broken yolk is blocked by the inclined conical block, and slides into the gap at the inclined part of the triangular plate under the rebound of the plastic plate, and falls to the right part of the horizontal plate below the supporting plate for collection, so as to separate the broken yolk, and prevent the egg white and the broken yolk from mixing and being difficult to separate.

Description

Technical Field

[0001] The invention relates to the technical field of separation, in particular to a processing method of an anti-aging buffalo milk cake and egg white separation equipment thereof. Background Art

[0002] Anti-aging buffalo milk cake refers to a cake that uses special processes or adds specific ingredients during the production process to extend the shelf life and maintain the freshness of the cake. The processing and production of anti-aging buffalo milk cake requires the use of eggs, sugar and other raw materials to be stirred evenly. The production of anti-aging buffalo milk cake requires the egg yolk and egg white to be separated and processed, and then the egg white in the egg needs to be separated. The water content of the egg white accounts for 88% of the whole egg and is a viscous liquid, while the egg yolk is close to a solid and has a low water content. When separating the egg white in the prior art, the egg needs to be moved on an assembly line and the egg shell is broken by a shell breaker, and then the egg is transferred to a separator. However, the egg with intact interior is separated from the egg white after laser screening. When the intact egg is broken and poured out, the more fragile yolk is easily broken, and the yolk is easily broken and scattered and mixed in the egg white. In addition, the broken yolk is expanded and dispersed in the egg white as it moves on the separation equipment, resulting in the problem that the broken yolk is not easy to be separated from the egg white. Summary of the invention

[0003] The invention provides a processing method of an anti-aging buffalo milk cake and egg white separation equipment thereof, which overcome the shortcomings described in the background technology.

[0004] The technical solution adopted by the present invention to solve its technical problem is:

[0005] An egg white separation device comprises a guide plate, a separation machine, a separation structure, a feed tray and a controller, wherein the feed tray is arranged on the top of the separation machine and one end of the feed tray is fixedly connected with the feed port of the separation machine, the controller is arranged on the upper end of the separation machine, a shell breaker is arranged inside the controller, and the shell breaker is lifted and lowered on the surface of the separation machine to achieve shell breaking, the guide plate is arranged on one side of the separation machine, an outlet end is arranged on one side of the separation machine and the outlet end is located above the guide plate, the separation structure is arranged on the side of the separation machine and is located at the inclined outlet below the guide plate;

[0006] The separation structure is provided with a screening structure, a blocking plate, and a guide plate. The guide plate is fixed on the side of the separation machine, and the guide plate and the blocking plate are horizontally connected to each other to form a triangular gap. A rotating screw is passed through the inside of the blocking plate, and the screw is fixed with the internal thread of the guide plate. A spring is provided at the upper end of the screening structure, and the screening structure is respectively connected to the lower ends of the guide plate and the blocking plate through a plurality of springs. The screw rotates and pushes the blocking plate to approach the guide plate in the triangular gap.

[0007] A plane plate and a cleaning mechanism are arranged inside the screening structure. The cleaning mechanism is arranged on the upper surface of the plane plate which is evenly distributed at an angle of 20 degrees. A gap is arranged between the plane plate and the adjacent cleaning mechanism. The egg white slides down to the surface of the cleaning mechanism in the triangular gap above the screening structure.

[0008] The cleaning mechanism is provided with a rotating shaft, a special-shaped block, an electric machine, and a hollow groove. The electric machine is fixed inside the special-shaped block, and the output shaft of the electric machine rotates to drive the central axis of the rotating shaft to rotate clockwise. The hollow groove is arranged in the special-shaped block. The rotating shaft rotates clockwise and contacts the egg white that slides obliquely on the surface of the special-shaped block, and the rotating shaft rotates and brings the broken yolk in the egg white into the hollow groove. A force-bearing rod is arranged in the special-shaped block. The rotating shaft rotates clockwise, and the force-bearing rod is located at the lower right end of the rotating shaft to be pressed by force.

[0009] The position below the rotating shaft is an arc-shaped structure, and triangular rods made of rubber are arranged on the outside of the rotating shaft. The triangular rods are distributed in a circle in a circular array on the outside of the rotating shaft, and the triangular rods in each circle are distributed equidistantly in the horizontal direction.

[0010] A better technical solution: the separation machine includes a conveyor fixed inside a casing, a discharge plate and a blocking structure fixed inside the casing are provided below the conveyor, and the blocking structure is located directly below the right end of the conveyor, a motor is provided inside the casing to drive the conveyor to rotate, and the cracked eggs are transmitted to the right end on the conveyor surface and flipped over and dumped into the blocking structure.

[0011] A preferred technical solution: the blocking structure is provided with a horizontal plate, an inclined plate, a guide block, and an elastic structure. The guide block is arranged on the inner side of the horizontal plate. Two elastic structures are provided, and the two elastic structures correspond to the positions where the eggs are fixed on the conveyor surface. The inclined plate is arranged on the outer side of the horizontal plate. The horizontal plate is divided into left and right parts. The right part is located below the elastic structure. The guide block is arranged on the left part of the horizontal plate.

[0012] A better technical solution: The elastic structure is provided with a support plate, a connecting plate, a plastic plate, and a triangular plate. The triangular plate is arranged at the upper end of the support plate. There is a gap between the lowest point of the hypotenuse of the triangular plate and the connecting plate. The triangular plate squeezes the support plate and makes the support plate press the plastic plate downward to achieve elastic bounce.

[0013] A better technical solution: the connecting plate is an inverted "L" shape, and a number of equally distributed conical blocks inclined at 30 degrees are provided on the side of the connecting plate. When working, the yolk passes through the gap between the two conical blocks.

[0014] Based on a processing method of anti-aging buffalo milk cake, the processing method comprises the following specific steps:

[0015] S1: The eggs are placed in a feeding tray and slide into the left end of the conveyor inside the separation machine in groups of two, and are fixed by a clamping block on the surface of the conveyor. When the conveyor is driven to rotate by a motor, the shell breaker is raised and lowered under the control of the controller to crack the moving eggs, and the eggs are transferred to the right end of the conveyor.

[0016] S2: The egg is poured from the right end of the conveyor onto the two elastic structures, and the elastic structure is pressed under the weight of the egg, and the elastic structure is forced to bounce, the width of the complete yolk is consistent with the width of the two conical blocks, and the support plate bounces with the plastic plate as support under the weight of the egg, and the complete egg slides out from between the conical blocks inclined at 30 degrees, and then the complete yolk is ejected from the surface of the connecting plate by the elastic structure, and then the complete yolk enters the left part of the horizontal plate, and slides into the exit end of the inclined plate position under the guidance of the guide block and is exported to the guide plate;

[0017] S3: Since the width of the broken egg yolk is larger, the broken egg yolk presses the triangular plate under gravity, driving the support plate to bounce with the plastic plate, and the broken egg sliding into the connecting plate is blocked by the inclined conical block, and slides into the middle of the supporting plate from the gap between the triangular plate and the connecting plate under the rebound force of the plastic plate, so that the broken egg falls from the supporting plate into the right part of the horizontal plate for collection;

[0018] S4: The egg sliding onto the guide plate falls onto the surface of the separation structure along the inclination. The egg approaches the blocking plate and rolls on the inclined guide plate and blocking plate surfaces, and rolls toward the top corner of the triangular gap. Then, the yolk of the egg continues to roll, while the egg white falls from the gap. As the gap becomes smaller and smaller, the egg white slides out of the triangular gap in sequence, while the intact yolk slides out at the right-angle turning point of the blocking plate and is collected separately.

[0019] S5: Rotate the screw in the blocking plate to push the blocking plate closer to the guide plate to adjust the size of the triangular gap;

[0020] S6: When the broken yolk follows the egg white and slides into the screening structure, the controller sends an electrical signal to the electric machine and drives the book to rotate clockwise, so that the outer triangular rod blocks the yolk and egg white that are sliding obliquely on the surface of the cleaning mechanism. Due to the excessive moisture in the egg white, the triangular rod has a weaker resistance to the egg white, so that the triangular rod drives the yolk into the hollow groove, and the triangular rod is blocked and bent by the force-bearing rod, and the yolk on the triangular rod is bent and scraped off, so that the triangular rod rotating clockwise brings the egg white on the arc structure out to the oblique edge of the special-shaped block, so that the broken yolk slides out from the side in the special-shaped block and is collected separately.

[0021] Compared with the prior art, this technical solution has the following advantages:

[0022] In the present invention, when the broken yolk follows the egg white and falls into the cleaning mechanism on the surface of the screening structure, the controller uses an electrical signal to control the output shaft of the electric machine to drive the rotating shaft to rotate clockwise, and makes the triangular rod outside the rotating shaft contact the yolk and egg white that fall from the oblique edge of the special-shaped block. Since the yolk is relatively viscous and can be easily blocked by the triangular rod, the clockwise rotation of the triangular rod drives the yolk to enter the hollow groove for collection, and the egg white slides from the oblique edge of the special-shaped block to the flat plate, so that the broken yolk is separated from the egg white.

[0023] When the broken egg slides outward in the connecting plate, the width of the broken yolk is larger than the conical block, so that the broken yolk is blocked by the inclined conical block and slides into the gap at the inclined part of the triangular plate under the rebound of the plastic plate, and falls to the right part of the horizontal plate under the supporting plate for collection, thereby separating the broken yolk and preventing the egg white and the broken yolk from mixing and being difficult to separate. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0025] Figure 1 This is an overall diagram of the present invention.

[0026] Figure 2 It is a schematic diagram of the plane and cross-section of the separation structure.

[0027] Figure 3 It is a cross-sectional stereoscopic schematic diagram of the screening structure.

[0028] Figure 4 It is a cross-sectional stereoscopic schematic diagram of the cleaning mechanism.

[0029] Figure 5 This is an enlarged schematic diagram of the side of the shaft.

[0030] Figure 6 A side view of the separation machine.

[0031] Figure 7 Schematic diagram of the blocking structure.

[0032] Figure 8 It is a cross-sectional three-dimensional plane schematic diagram of the elastic structure.

[0033] In the figure: guide plate-1, separation machine-2, separation structure-3, feeding tray-4, controller-5, screening structure-31, blocking plate-32, guide plate-33.

[0034] Flat plate-311, cleaning mechanism-312, rotating shaft-3121, special-shaped block-3122, electric machine-3123, hollow groove-3124, force-bearing rod-221.

[0035] Blocking structure-21, conveyor-22, discharge plate-23, casing-24.

[0036] Horizontal plate 211, inclined plate 212, guide block 213, elastic structure 214.

[0037] Support plate-2141, connecting plate-2142, plastic plate-2143, triangle plate-2144. DETAILED DESCRIPTION

[0038] like Figures 1 to 8 As shown, the present invention proposes an egg white separation device, including a guide plate 1, a separation machine 2, a separation structure 3, a feed tray 4 and a controller 5, wherein the feed tray 4 is arranged on the top of the separation machine 2 and one end of the feed tray 4 is fixedly connected with the feed port of the separation machine 2, the controller 5 is arranged on the upper end of the separation machine 2, a shell breaker is arranged inside the controller 5, and the shell breaker is lifted and lowered on the surface of the separation machine 2 to achieve shell breaking, the guide plate 1 is arranged on one side of the separation machine 2, an outlet end is arranged on one side of the separation machine 2 and the outlet end is located above the guide plate 1, the separation structure 3 is arranged on the side of the separation machine 2, and the separation structure 3 is located at the inclined outlet below the guide plate 1;

[0039] The separation structure 3 is provided with a screening structure 31, a blocking plate 32, and a guide plate 33. The guide plate 33 is fixed on the side of the separation machine 2, and the guide plate 33 and the blocking plate 32 are horizontally connected to each other to form a triangular gap. A rotating screw is passed through the inside of the blocking plate 32, and the screw is fixed with the internal thread of the guide plate 33. A spring is provided at the upper end of the screening structure 31. The screening structure 31 is connected to the lower ends of the guide plate 33 and the blocking plate 32 through a plurality of springs. The screw rotates and pushes the blocking plate 32 to approach the guide plate 33 in the triangular gap.

[0040] A plane plate 311 and a cleaning mechanism 312 are arranged inside the screening structure 31. The cleaning mechanism 312 is arranged on the upper surface of the plane plate 311 which is evenly distributed at an angle of 20 degrees. A gap is arranged between the plane plate 311 and the adjacent cleaning mechanism 312. The egg white slides down to the surface of the cleaning mechanism 312 in the triangular gap above the screening structure 31.

[0041] The cleaning mechanism 312 is provided with a rotating shaft 3121, a special-shaped block 3122, an electric machine 3123, and a hollow groove 3124. The electric machine 3123 is fixed inside the special-shaped block 3122, and the output shaft of the electric machine 3123 rotates to drive the central axis of the rotating shaft 3121 to rotate clockwise. The hollow groove 3124 is arranged in the special-shaped block 3122. The rotating shaft 3121 rotates clockwise and contacts the egg white that slides obliquely on the surface of the special-shaped block 3122, and the rotating shaft 3121 rotates and brings the broken yolk in the egg white into the hollow groove 3124. A force rod 221 is arranged in the special-shaped block 3122, and the rotating shaft 3121 rotates clockwise, and the force rod 221 is located at the lower right end of the rotating shaft 3121 and is pressed by force.

[0042] The position below the rotating shaft 3121 is an arc-shaped structure, and a triangular rod made of rubber is arranged on the outside of the rotating shaft 3121. The triangular rods are distributed in a circle in a circular array on the outside of the rotating shaft 3121, and each circle of triangular rods is distributed equidistantly in the horizontal direction.

[0043] Among them, a force-bearing rod 221 is arranged in the special-shaped block 3122, which blocks the lower right end of the rotating shaft 3121. The rotating shaft 3121 rotates clockwise to contact and press against the force-bearing rod 221. The special-shaped block 3122 below the rotating shaft 3121 is an arc structure. A triangular rod made of rubber is arranged on the outside of the rotating shaft 3121. The triangular rods are distributed in a circle in a circular array on the outside of the rotating shaft 3121, and each circle of triangular rods is distributed equidistantly laterally.

[0044] In addition, the egg white that has partially fallen and accumulated on the arc-shaped position in the special-shaped block 3122 is driven by the triangular rod to slide on the oblique side of the special-shaped block 3122 again as the rotating shaft 3121 rotates clockwise.

[0045] In the present invention, the egg slides from the side outlet end of the separation machine 2 onto the surface of the guide plate 33, and the egg rolls on the triangular gap close to the blocking plate 32. The egg white with more water content falls into the screening structure 31 from the triangular gap, while the yolk falls from the corner outlet of the guide plate 33 after rolling and is collected separately. The screw is manually rotated to push the blocking plate 32 in the triangular gap toward the guide plate 33, so that the size of the triangular gap can be adjusted to prevent the triangular gap from being too large and causing the yolk to fall from it and mix with the egg white.

[0046] In the present invention, when the broken yolk follows the egg white and falls into the cleaning mechanism 312 on the surface of the screening structure 31, the controller 5 controls the output shaft of the motor 3123 with an electrical signal to drive the rotating shaft 3121 to rotate clockwise, and makes the triangular rod outside the rotating shaft 3121 contact the yolk and egg white that fall from the oblique edge of the special-shaped block 3122. Since the yolk is relatively viscous and can be easily blocked by the triangular rod, the clockwise rotation of the triangular rod drives the yolk to enter the hollow groove 3124 for collection, and the egg white slides from the oblique edge of the special-shaped block 3122 to the flat plate 311, so that the broken yolk is separated from the egg white.

[0047] Among them, the separation machine 2 includes a conveyor 22 fixed inside a casing 24, and a discharge plate 23 and a blocking structure 21 fixed inside the casing 24 are provided below the conveyor 22, and the blocking structure 21 is located directly below the right end of the conveyor 22. A motor is provided inside the casing 24 to drive the conveyor 22 to rotate, and the cracked eggs are transmitted to the right end on the surface of the conveyor 22 and flipped over and dumped into the blocking structure 21.

[0048] Among them, after the eggs are dumped at the blocking structure 21, the conveyor 22 moves toward the discharge plate 23, and the egg shells are loosened and fixed by the clamping blocks on the conveyor 22 at the position above the discharge plate 23, and fall down from the discharge plate 23.

[0049] Among them, the blocking structure 21 is provided with a horizontal plate 211, an inclined plate 212, a guide block 213, and an elastic structure 214. The guide block 213 is arranged on the inner side of the horizontal plate 211. There are two elastic structures 214, and the two elastic structures 214 correspond to the positions where the eggs are fixed on the surface of the conveyor 22. The inclined plate 212 is arranged on the outer side of the horizontal plate 211. The horizontal plate 211 is divided into left and right parts. The right part is located below the elastic structure 214. The guide block 213 is arranged on the left part of the horizontal plate 211.

[0050] Among them, the elastic structure 214 is provided with a support plate 2141, a connecting plate 2142, a plastic plate 2143, and a triangular plate 2144. The triangular plate 2144 is arranged at the upper end of the support plate 2141. There is a gap between the lowest point of the hypotenuse of the triangular plate 2144 and the connecting plate 2142. The triangular plate 2144 squeezes the support plate 2141 and makes the support plate 2141 press the plastic plate 2143 downward to achieve elastic jumping.

[0051] Furthermore, the connecting plate 2142 is an inverted "L" shape, and a plurality of equally spaced conical blocks inclined at 30° are provided on the side of the connecting plate 2142. When working, the yolk passes through the gap between the two conical blocks.

[0052] In the present invention, the conveyor 22 drives the overturned egg to fall into the corresponding elastic structure 214 in the blocking structure 21, and presses the inclined surface of the triangular plate 2144 under the weight of the egg, so that the support plate 2141 is subjected to force and bounces with the plastic plate 2143 as the support. Therefore, the egg jumps and slides out from the connecting plate 2142 toward the horizontal plate 211, and the complete egg passes between the conical blocks on the connecting plate 2142 and falls into the left part of the horizontal plate 211, and the egg is guided by the guide block 213. The broken eggs fall from the inclined plate 212 to the outer exit of the separation machine 2 and onto the guide plate 1. When the broken eggs slide outward in the connecting plate 2142, the width of the broken yolk is larger than the conical block, so that the broken yolk is blocked by the inclined conical block and slides into the gap at the inclined part of the triangular plate 2144 under the rebound of the plastic plate 2143, and falls to the right side of the horizontal plate 211 under the supporting plate 2141 for collection, thereby separating the broken yolk and preventing the egg white and the broken yolk from mixing and being difficult to separate.

[0053] Based on a processing method of anti-aging buffalo milk cake, the processing method comprises the following specific steps:

[0054] S1: Eggs are placed in a feeding tray 4 and slide into the left end of the conveyor 22 in the separator 2 in groups of two, and are fixed by a clamping block provided on the surface of the conveyor 22. When the conveyor 22 is driven and rotated by a motor, the shell breaker is raised and lowered under the control of the controller 5 to crack the moving eggs, and the eggs are transferred to the right end of the conveyor 22.

[0055] S2: The egg is poured from the right end of the conveyor 22 onto the two elastic structures 214, and the elastic structure 214 is pressed under the weight of the egg, and the elastic structure 214 is forced to bounce, and the width of the complete yolk is consistent with the width of the two conical blocks. Under the weight of the egg, the support plate 2141 bounces with the plastic plate 2143 as support, and the complete egg slides out from between the conical blocks inclined at 30 degrees, and then the complete yolk is ejected from the surface of the connecting plate 2142 by the elastic structure 214, and then the complete yolk enters the left part of the horizontal plate 211, and slides into the exit end of the inclined plate 212 under the guidance of the guide block 213 and is exported to the guide plate 1;

[0056] S3: Since the width of the broken egg yolk is larger, the broken egg yolk presses the triangular plate 2144 under gravity, driving the support plate 2141 to bounce with the plastic plate 2143, and the broken egg sliding onto the connecting plate 2142 is blocked by the inclined conical block, and slides into the middle of the support plate 2141 from the gap between the triangular plate 2144 and the connecting plate 2142 under the rebound force of the plastic plate 2143, so that the broken egg falls from the supporting plate 2141 into the right part of the horizontal plate 211 for collection;

[0057] S4: The egg that slides onto the guide plate 1 falls onto the surface of the separation structure 3 along the inclination. The egg approaches the blocking plate 32 and rolls on the inclined surfaces of the guide plate 33 and the blocking plate 32, and rolls toward the top corner of the triangular gap. Then, the yolk of the egg continues to roll, while the egg white falls from the gap. As the gap becomes smaller and smaller, the egg white slides out of the triangular gap in sequence, while the intact egg yolk slides out at the right-angle turning point of the blocking plate 32 and is collected separately.

[0058] S5: Rotate the screw in the blocking plate 32 to push the blocking plate 32 closer to the guide plate 33 to adjust the size of the triangular gap;

[0059] S6: When the broken yolk follows the egg white and slides into the screening structure 31, the controller 5 sends an electrical signal to the motor 3123, and drives the 2121 to rotate clockwise, so that the triangular rod on the outside of the 2121 blocks the yolk and the egg white that are sliding obliquely on the surface of the cleaning mechanism 312. Due to the excessive water content in the egg white, the triangular rod has a weaker resistance to the egg white, so that the triangular rod drives the yolk into the hollow groove 3124, and the triangular rod is blocked and bent by the force-bearing rod 221, and the yolk on the triangular rod is bent and scraped off, so that the triangular rod rotating clockwise brings the egg white on the arc structure 2122 out to the oblique edge of the special-shaped block 3122, so that the broken yolk slides out from the side in the special-shaped block 3122 and is collected separately.

[0060] The above description is only a preferred embodiment of the present invention, and therefore cannot be used to limit the scope of the present invention. That is, equivalent changes and modifications made according to the patent scope of the present invention and the contents of the specification should still fall within the scope of the present invention.

Claims

1. An egg white separation device, characterized in that: The invention comprises a guide plate (1), a separation machine (2), a separation structure (3), a feed tray (4) and a controller (5), wherein the feed tray (4) is arranged on the top of the separation machine (2) and one end of the feed tray is fixedly connected to the feed port of the separation machine (2), the controller (5) is arranged on the upper end of the separation machine (2), a shell breaker is arranged inside the controller (5), and the shell breaker is lifted and lowered on the surface of the separation machine (2) to achieve shell breaker, the guide plate (1) is arranged on one side of the separation machine (2), an outlet end is arranged on one side of the separation machine (2) and the outlet end is located above the guide plate (1), the separation structure (3) is arranged on the side of the separation machine (2), and the separation structure (3) is located at the inclined outlet below the guide plate (1); The separation structure (3) is provided with a screening structure (31), a blocking plate (32), and a guide plate (33); the guide plate (33) is fixed on the side of the separation machine (2); the guide plate (33) and the blocking plate (32) are horizontally arranged to form a triangular gap; a screw rod that rotates runs through the inside of the blocking plate (32); the screw rod and the guide plate (33) are fixed by internal threads; a spring is provided at the upper end of the screening structure (31); the screening structure (31) is connected to the lower ends of the guide plate (33) and the blocking plate (32) through a plurality of springs; the screw rod rotates and pushes the blocking plate (32) to move closer to the guide plate (33) in the triangular gap; A plane plate (311) and a cleaning mechanism (312) are arranged inside the screening structure (31); the cleaning mechanism (312) is arranged at an angle of 20° on the upper surface of the plane plate (311) which is evenly spaced; a gap is provided between the plane plate (311) and an adjacent cleaning mechanism (312); and the egg white slides through the triangular gap above the screening structure (31) and falls onto the surface of the cleaning mechanism (312); The cleaning mechanism (312) is provided with a rotating shaft (3121), a special-shaped block (3122), an electric machine (3123), and a hollow groove (3124); the electric machine (3123) is fixed inside the special-shaped block (3122); the output shaft of the electric machine (3123) rotates to drive the central axis of the rotating shaft (3121) to rotate clockwise; the hollow groove (3124) is arranged inside the special-shaped block (3122); the rotating shaft (3121) rotates clockwise and contacts the egg white that slides obliquely on the surface of the special-shaped block (3122); the rotating shaft (3121) rotates the broken yolk in the egg white and brings it into the hollow groove (3124); a force rod (221) is arranged inside the special-shaped block (3122); the rotating shaft (3121) rotates clockwise, and the force rod (221) is located at the lower right end of the rotating shaft (3121) and is pressed against; The position below the rotating shaft (3121) is an arc-shaped structure. Triangular rods made of rubber are arranged on the outside of the rotating shaft (3121). The triangular rods are distributed in a circle in a circular array on the outside of the rotating shaft (3121), and the triangular rods in each circle are distributed equidistantly in the horizontal direction.

2. The egg white separation device according to claim 1, characterized in that: The separation machine (2) comprises a conveyor (22) fixed inside a casing (24); a discharge plate (23) fixed inside the casing (24) and a blocking structure (21) are provided below the conveyor (22); the blocking structure (21) is located directly below the right end of the conveyor (22); a motor is provided inside the casing (24) to drive the conveyor (22) to rotate, and the cracked eggs are driven on the surface of the conveyor (22) to the right end and flipped over and poured into the blocking structure (21).

3. The egg white separation device according to claim 2, characterized in that: The blocking structure (21) is provided with a horizontal plate (211), an inclined plate (212), a guide block (213), and an elastic structure (214); the guide block (213) is arranged on the inner side of the horizontal plate (211); two elastic structures (214) are provided, and the two elastic structures (214) correspond to positions on the surface of the conveyor (22) where eggs are fixed; the inclined plate (212) is arranged on the outer side of the horizontal plate (211); the horizontal plate (211) is divided into left and right parts, the right part is located below the elastic structure (214); and the guide block (213) is arranged on the left part of the horizontal plate (211).

4. The egg white separation device according to claim 3, characterized in that: The elastic structure (214) is provided with a support plate (2141), a connecting plate (2142), a plastic plate (2143), and a triangular plate (2144); the triangular plate (2144) is arranged at the upper end of the support plate (2141); a gap exists between the lowest point of the hypotenuse of the triangular plate (2144) and the connecting plate (2142); the triangular plate (2144) presses the support plate (2141), and causes the support plate (2141) to press the plastic plate (2143) downwards to achieve elastic jumping.

5. The egg white separation device according to claim 4, characterized in that: The connecting plate (2142) is in an inverted "L" shape, and a plurality of equally spaced conical blocks inclined at 30 degrees are arranged on the side of the connecting plate (2142). When working, the yolk passes through the gap between the two conical blocks.

6. A method for processing anti-aging buffalo milk cake, characterized in that: Using the separation device as claimed in claim 5, the specific steps are as follows: S1: Eggs are slid into the left end of the conveyor (22) inside the separation machine (2) in groups of two from the feed tray (4) and are fixed by a clamping block provided on the surface of the conveyor (22), so that when the conveyor (22) is driven to rotate by the motor, the shell breaker is raised and lowered under the control of the controller (5) to crack the moving eggs and the eggs are transmitted to the right end of the conveyor (22); S2: The egg is poured from the right end of the conveyor (22) onto the two elastic structures (214), and the elastic structure (214) is pressed under the weight of the egg, and the elastic structure (214) is forced to bounce, and the width of the complete yolk is consistent with the width of the two conical blocks. Under the weight of the egg, the support plate (2141) bounces with the plastic plate (2143) as support, and the complete egg slides out from between the conical blocks inclined at 30 degrees, and then the complete yolk is ejected by the elastic structure (214) onto the surface of the connecting plate (2142), and then the complete yolk enters the left part of the horizontal plate (211), and slides into the exit end of the inclined plate (212) under the guidance of the guide block (213) and is exported to the guide plate (1); S3: Since the width of the broken egg yolk is larger, the broken egg yolk presses the triangular plate (2144) under gravity, driving the support plate (2141) to bounce with the plastic plate (2143), and the broken egg sliding onto the connecting plate (2142) is blocked by the inclined conical block, and slides into the middle of the supporting plate (2141) from the gap between the triangular plate (2144) and the connecting plate (2142) under the rebound force of the plastic plate (2143), so that the broken egg falls from the supporting plate (2141) into the right part of the horizontal plate (211) for collection; S4: The egg that has slid onto the guide plate (1) falls along the inclination onto the surface of the separation structure (3). The egg approaches the blocking plate (32) and rolls on the inclined surfaces of the guide plate (33) and the blocking plate (32), and rolls toward the top corner of the triangular gap. The yolk of the egg continues to roll, while the egg white falls from the gap. As the gap becomes smaller and smaller, the egg white slides out of the triangular gap in sequence, while the intact egg yolk slides out at the right-angle turning point of the blocking plate (32) and is collected separately. S5: rotating the screw in the blocking plate (32) to push the blocking plate (32) closer to the guide plate (33) to adjust the size of the triangular gap; S6: When the broken yolk follows the egg white and slides into the screening structure (31), the controller (5) sends an electrical signal to the electric machine (3123) and drives the book (2121) to rotate clockwise, so that the triangular rod on the outside of (2121) blocks the yolk and egg white that are sliding obliquely on the surface of the cleaning mechanism (312). Due to the excessive moisture in the egg white, the triangular rod has a weaker resistance to the egg white, so that the triangular rod drives the yolk into the hollow groove (3124), and the triangular rod is blocked and bent by the force-bearing rod (221), and the yolk on the triangular rod is bent and scraped off, so that the triangular rod rotating clockwise brings the egg white on the arc structure (2122) out to the oblique edge of the special-shaped block (3122), so that the broken yolk slides out from the side in the special-shaped block (3122) and is collected separately.

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