[0023] Next, the technical solutions in the embodiments of the present invention will be described in connection with the drawings of the embodiments of the present invention, and it is understood that the described embodiments are merely the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art are in the range of the present invention without making creative labor premise.
[0024] An egg skin forming machine for egg meat rolls, in one embodiment of the invention, the egg skin forming machine of the egg meat, including: stabilizing seat 1; first box body 101, the first box 101 is fixed to the stabilizer 1; the second box body 102 is fixed to the first box body 101; the reservoir warehouse 103 is disposed in the second box 102 away from the first One end of a box body 101; a valve is also provided at the reservoir 103 and the second box body 102, a valve is also provided for the derived control of the egg body; the eggshell separation device 2, the eggshell separation device 2 fixed mounting Inside the second box body 102; the type transfer device 6 is fixed to the first casing 101 inside the first box body 101; the linkage compartment device 7, the linkage device 7 and the egg case separation device 2 Connected, it is used to fit the stereotype of the stencil 6, and the steady compression of egg skin is completed; wherein the eggshell separation device 2 comprises: a collecting bin assembly 3, the collector bin assembly 3 and the second box body 102 inside Fixed connection, used in the concentrated collection of the egg liquid and the eggshell separation transfer; the push cleaning device 4 is slidably connected to the inner portion of the assembly bin assembly 3 for the push delivery of the eggshell.
[0025] In one embodiment of the invention:
[0026] Such as figure 1 As shown, the collector bin assembly 3 includes: a curved bin 301, the arc bin 301 is fixed to the inside of the second box body 102, and is connected to the reservoir widow 103; at least two slots 302, the The slot 302 is disposed inside the curved bin 301; the inner layer 303 located inside the curved bin 301, for the storage placing of the eggshell; the lower liquid groove 304, the lower liquid groove 304 is disposed in the curved storage 31 away from the curved storage On one side of the egg bun 103 for orientation collection of the egg liquid; the first filter grid 305 is fixedly mounted at the lower liquid groove 304 and the inner layer 303, for the eggshell internal egg liquid Separate communication; at least two lower liquid valve 306, the lower liquid valve 306 is fixedly mounted at the bottom of the lower liquid groove 304 for the derived control of the egg liquid;
[0027] When machining, open the storage warehouse 103 and the second box body 102, and introduce a quantity of egg into the curved bin 301, under the action of the gravity and the internal push cleaning device 4, the egg is broken, and then push the cleaning device. 4 The eggshell is effectively classified in the longitudinal reciprocating movement in the arc huangu 301, and the eggshell is effectively classified with the egg liquid, and the egg liquid falls inside the bottom liquid groove 304, and the eggshell is pushed into the inner push cleaning device 4, introduced into the inner layer 303 inside Temporary storage, under the action of gravity, the residual egg liquid on the eggshell is introduced inside the lower liquid groove 304 by the first filtered gear 305, and the first filter grid 305 isolates the eggshell, and the lower liquid groove 304 is collected. The egg liquid can be derived by the bottom lower liquid valve 306.
[0028] In one embodiment of the invention:
[0029] Such as Figure 1 to 3 As shown, the push cleaning apparatus 4 includes: a limit slide 401, the limit slide 401 is disposed outside the second box body 102; the first driving member 402, the first drive member 402 fixedly mounted in the first The second box body 102 is outside; the first drive member 402 selects an electric telescopic rack; the connecting frame 403, the connecting frame 403 is disposed inside the curved bin 301, and is fixed to the outer first drive member 402; the connecting frame The 403 is in the interior setting, a spring is mounted inside; at least two second filtered grid 404, the second filter grid 404 slides the interior of the curved bin 301, and the other end is elastically slidably linked within the interior of the connecting frame 403. At least two cleaner 405, the cleaner 405 slides to the second filter grid 404; the transmission rod 406, the transmission rod 406 is connected to the cleaning frame 405, and the other end is connected to the reservoir 103 The linkage retracting rack 407 is fixed to the outer end of the connecting frame 403 and the other end and the other end moves away from one end of the cleaner 405;
[0030] When the egg is broken by the second filter grid 404, the egg liquid is transferred to the bottom liquid groove 304 by the second filter wire 404, and the eggshell is attached to the outside of the second filtered shelf 404, at the outside Under the driving of the drive member 402, the actuator frame 403 is driven longitudinally, and the top of the two transmission rods 406 is connected, and the two transmission rod 406 is synchronized at the bottom of the reservoir width 103. When the transmission rod 406 performs a reciprocating opening and closing adjustment, the cleaning frame 406 can be moved to the active connection of the active connection, and the second filter grid 404 can be elastically retractable inside the connecting frame 403. When the second filter grid 404 is moved to the inner slot 302 position in the arc bond 301, the cleaner 405 pushes the second filter grid 404 to the inner layer 303;
[0031] Further, it can be replaced by a fixed filter web that is inclined, and the push cleaning means 4 can quickly clean the external egg shell, preventing the eggshell blockage, and cooperate with the collector bin assembly 3 Further, the orientation collection of the eggshell is further completed.
[0032] In one embodiment of the invention:
[0033] Such as figure 1 As shown, the push cleaning device 4 further includes a mixture 5, the mixing liquid member 5 is fixed to the bottom of the connecting plate 403; the mixed liquid 50 uses a spirator;
[0034] When the connecting frame 403 is reciprocated under the drive of the external first driving member 402, the mixture 5 can be moved to the fixed connection to which the bottom portion is fixed in the lower liquid groove 304, and the lower liquid groove 304 internal egg liquid is effective. Mix, further increase the quality of subsequent egg skin;
[0035] Further, the mixed liquid member 5 can be replaced by a mixture device separately provided, and the mixing liquid member 5 can be coupled to the push cleaning device 4, further improving the overall synchronization of the device.
[0036] In one embodiment of the invention:
[0037] Such as figure 1As shown, the stating conduit means 6 includes a: at least two second drive members 601, the second drive member 601 is fixed inside the first box 101; the second drive member 601 selects an electric roller shaft; The support 602 is fixed to the first casing 101; the heating bottom plate 603 is fixed to the support 602; the heating bottom plate 603 is provided with both sides; linkage roller 604, The linkage roller 604 is fixed to the outer end of the heating bottom plate 603 for mating the second drive member 601, the orientation of the egg skin; the storage bin 9 is disposed inside the first box 101;
[0038] The egg liquid exported by the lower liquid valve 306 is uniformly dropped on the heating bottom plate 603, and the heating the bottom plate 603 can perform preliminary heating of the outer egg liquid, and then subjected to secondary heating of the egg liquid under the action of the external linkage device 7. The formation, forming a egg skin, and then introduces the molded egg-type molded into the storage bin 9 in the mating of the outer second drive member 601 and the linkage roller 604.
[0039] Further, both the first driving member 402, the second drive member 601 can be pneumatically driven, and the driving method of electric movement is more accurately driven.
[0040] In one embodiment of the invention:
[0041] Such as figure 1 and Figure 4 As shown, the linkage compartment device 7 includes a first coupling 701, and the first coupling 701 is fixed to the liquid slot 304 and the mixture 50; at least two sets of second fastener 702, the second The connecting frame 702 is attached to one end of the mixing liquid frame 701 away from the mixing liquid 50; the composite roller 703, the compression roller 703, and the two-sided second fastener 702 active, and the central portion is abutting the outer portion of the heating bottom plate 603; Heating is also provided inside the compression roller 703;
[0042] When the mixed liquid member 5 is moved downward, the second fastener 701 can be driven by the first coupling 701, and the second coupling roll 702 can be linked to the actuating roller 703 outside the heating bottom plate 603, The heating compression rolling is performed by the upper to bottom, and the egg liquid is used for secondary heating.
[0043] Further, the coating apparatus 7 can be replaced by a separate roller body separately, and the compartment device 7 can be synchronously operated with the push cleaning device 4, further improving the overall synchronization of the device.
[0044] In one embodiment of the invention:
[0045] Such as Figure 4 As shown, the linking device 7 further includes: a scraper assembly 8, the scraper assembly 8, and the second fastener 702 active, the scraper assembly 8, comprising: at least two third fastener 801, One end of the third fastener 803 is coupled to the second coupling plate 702; the scraper frame 802 is connected to the third fastener 801, and the bottom is in contact with the heating bottom plate 603. ;
[0046] When the pressing roller 703 is rolled by the upper to bottom, the compartment assembly 7 and the scraper assembly 8 are moved by the lowermost step by the third linkage. The scraper plate 802 driven by the shelf 801 is separated from the lower-to-up movement, and the egg skin attached to the heating bottom plate 603 is separated from the heating bottom plate 603, under the action of gravity, the egg skin guide falls to the second drive member 601. At the linkage roller 604, temporary storage is conducted to the inside of the storage bin 9 through the second drive member 601 and the linkage roller 604.
[0047] In summary, the device is fitted to the push-free cleaning apparatus through the internal collector bin assembly, and the effectively separation of the egg liquid and the egg shell can perform multiple press-shaking settings, further improving the quality of the egg skin formation, while synchronizing Drive a scraping assembly to realize the automation of egg skin.
[0048] The working principle of the present invention is to perform processing, open the reservoir widow 103 and the second box body 102 to connect the valve, and introduce a quantity of egg into the curved bin 301, under the action of the gravity and the internal push cleaning device 4, The egg is broken, and the post push cleaning device 4 operates in the longitudinal reciprocating movement of the curved bin 301, and the eggshell is effectively classified, and the egg substrate falls inside the bottom liquid groove 304, and the egg shell is pushed into the cleaning device 4. Next, temporary storage inside the inner layer 303 is introduced, under the action of gravity, the residual egg liquid on the eggshell is introduced inside the lower liquid groove 304 by the first filter grid 305, and the first filter grid 305 isolates the egg shell. The egg liquid collected in the lower liquid groove 304 can be derived by the bottom lower liquid valve 306, the linkage retracting frame 407, the linkage retracting frame 407 is fixed to the outer portion of the connecting frame 403, and the other end is away from the two drive rods 406 away from the cleaning One end of the frame 405 is active, and after the egg is broken by the second filtered frame 404, the egg liquid is transferred to the bottom liquid groove 304 by the second filter wire 404, and the eggshell is attached to the second filter. The outside of the 404, under the driving of the external first drive member 402, the actuating coupling frame 403 performs longitudinal reciprocating movement, and the top of the two transmission rods 406 is active, and the two transmission rod 406 is performed at the bottom of the reservoir warehouse 103. When the synchronous opening and closing adjustment, the two transmission rods 406 perform the reciprocating opening and closing adjustment, the cleaning frame 406 can be moved to the active connection to the second filter grid 404, and the second filter grid 404 can be in the connecting frame. Elastic telescopic sliding in the 403, when the second filter grid 404 is moved to the inner slot 302 position of the curved bin 301, the cleaning frame 405 pushes the second filter grid 404 external eggshell into the inner layer 303. The push-free cleaning apparatus 4 is replaced by a fixed filter web having a tilt setting, and the push cleaning device 4 can quickly clean the outer egg shell, prevent the eggshell blockage, and cooperate with the collecting silo assembly 3, further complete the egg The orientation of the shell is collected, and when the connecting frame 403 is reciprocated under the drive of the external first drive member 402, the mixture 5 can be moved in the lower liquid groove 304 in the lower liquid groove 304, and the lower liquid tank 304 The internal egg liquid is effectively mixed, and further increases the mass of the subsequent egg skin molding, and can replace the mixed liquid 5 by a mixture apparatus set separately, and the mixing liquid member 5 can be combined with the push cleaning device 4, further improving the overall synchronization of the device. sex;
[0049] The egg liquid exported by the lower liquid valve 306 is uniformly dropped on the heating bottom plate 603, and the heating the bottom plate 603 can perform preliminary heating of the outer egg liquid, and then subjected to secondary heating of the egg liquid under the action of the external linkage device 7. The formation, forming a egg skin, and then introduces the molded egg skin to the inside of the storage bin 9 after the outer second drive member 601 and the linkage roller 604, the first drive member 402, the second drive member 601 Both aerodynamic drives, the driving mode of electric movement is more accurate, and the driving effect is more accurate. When the mixed liquid member 5 is moved downward, the first coupling 701 can be driven on the bottom of the second fastener 702 at the bottom of the second fastener 702. The secondary mount 702 can be linked to the movable bottom plate 603, and the heat-to-bottom heat-fixing rolling is performed externally, and the egg liquid is used for secondary heating. The linkage of the coating device 7, the compartment device 7 can be combined with the push cleaning device 4 to perform synchronous operation, further improving the overall synchronization of the device, and when the press roller 703 is completed by the upper to bottom, after the first linkage, in the first linkage Under the drive of the frame 701 and the second coupling 702, the compartment assembly 7 and the scraper assembly 8 are moved by the lower end, and the scraper plate 802 is driven by the third fastener 801 and the slider plate 802 is moved by the bottom-up movement. The egg skin on the heating bottom plate 603 separates the heating bottom plate 603, under the action of gravity, the egg gel guided to the second drive member 601 and the linkage roller 604, by the second drive member 601 and the linkage roller 604 to store Temporary storage inside the library 9.
