TWI829165B - Meat floss egg roll filling machine - Google Patents

Abstract

This invention is a meat floss egg roll filling machine, which includes first and second feeding modules and a filling module; the filling module includes a collecting table, two jigs, a bearing and a push rod. The collecting table can accept For the stuffing conveyed from the first and second feeding modules, each fixture includes a long and semi-circular arc-shaped arc surface. The two fixtures can be driven to be relatively close to each other and overlap, and the collecting platform is connected to the filling. The filling is concentrated and pressed into a cylindrical shape. The push rod can extend between the two opposing jigs and push the filling between the two jigs into the inside of the egg roll placed on the holder to complete the filling of the meat floss egg roll. Compared with the existing egg roll filling machine, the filling action needs to wait for the two rollers to rotate once before the filling can be filled again. This invention can relatively shorten the filling interval and increase the efficiency of producing meat floss egg rolls. .

Description

Meat floss egg roll filling machine

This invention relates to a production machine for biscuits and snacks, especially a meat floss egg roll filling machine.

Meat floss egg rolls are a snack with meat floss filling in the egg rolls; as disclosed in the new patent case with certificate number TW M618437 U, a meat floss egg roll filling machine is a machine that can automatically fill the egg rolls with meat floss. The machinery that completes the production process of meat floss egg rolls replaces the previous manual filling of fillings, which can maintain the consistent quality of the finished product and reduce the need for manpower.

However, the above-mentioned meat floss egg roll filling machine still has the following shortcomings in actual use:

1. In the above-mentioned meat floss egg roll filling machine, the two roller pressing wheels are only equipped with a feeding trough. After the filling rod pushes out the meat floss material in the two feeding troughs of the two roller pressing wheels and fills it into the egg roll, you need to wait. The two-roller pressing wheel needs to rotate once more before the meat floss material can be filled again, which lengthens the interval between filling operations, resulting in a low efficiency of the above-mentioned meat floss egg roll filling machine in producing meat floss egg rolls.

2. In the above-mentioned meat floss egg roll filling machine, after the filling rod pushes out the meat floss material in the two lower troughs of the two roller press wheels, it is inevitable that there will be residual meat floss material in the two lower troughs. When the two roller press wheels rotate, the two roller press wheels rotate. When the unloading chute is facing down, the remaining floss material will fall from the unloading chute. If not recycled, the material will be wasted. Recycling will require extra manpower and time costs, and may cause hygiene problems.

To sum up, the above-mentioned meat floss egg roll filling machine has room for improvement and improvement.

In order to solve the problem that the meat floss egg roll filling machine in the previous technology has low efficiency in producing meat floss egg rolls, the purpose of this creation is to propose a method that can relatively shorten the interval between filling meat floss inside the egg rolls and improve the efficiency of producing meat floss egg rolls. Meat floss egg roll filling machine.

The meat floss egg roll filling machine proposed by this invention to solve the technical problem includes: a first feeding module, which includes a conveying device, a filling trough and a dividing roller; the filling trough is located on the conveyor The device is provided with a feeding port; the material dividing roller can be driven to rotate and is located at the feeding port; the conveying device can transport a filling from the inside of the filling tank through the feeding port; the The dividing roller can stir up and segment the filling passing through the feeding port; a second feeding module includes a feeding device and a feeding roller; the feeding device can accept the filling transported by the conveying device stuffing and continue to convey the stuffing; the stuffing roller is located on the feeding device and can be driven to rotate and level the stuffing; and a stuffing module includes a stuffing table, two handles tool, a bearing and a push rod; the collecting platform can receive the filling delivered by the feeding device; each fixture is provided on the collecting platform and includes a long and semi-circular arc-shaped Curved surface; the two jigs can be driven to be relatively close to each other, or driven to be relatively far away. When the two jigs are relative to each other, the fillings received by the collecting table can be concentrated and pressed into a cylindrical shape; The holder includes a trough that can place an egg roll; the push rod can be driven to extend between the two opposing jigs, and can push the filling between the two jigs. Place the egg roll inside the groove of the holder.

The meat floss egg roll filling machine, wherein each of the fixtures includes a long and semi-circular arc-shaped piece segment, and the arc surface is formed on the piece segment; the filling module includes an egg roll Pusher; the egg roll pusher is provided on the holder, and can push the egg roll placed on the holder, so that the egg roll is protruded from the two corresponding sheet sections of the jig. at the end of the collecting platform.

The meat floss egg roll filling machine, wherein the filling module includes an egg roll return device, and the egg roll return device includes a push plate; the egg roll is placed on two opposing pieces of the fixture When the egg roll is in the state, the push plate is located between the collecting table and the egg roll, and the push plate can be driven to push the egg roll, so that the egg roll can be separated from the two fixtures.

The described meat floss egg roll filling machine includes a feeding hopper, which is located between the feeding device and the collecting platform, and includes an inlet and an outlet connected to the inside of the feeding hopper, The feeding port can accept the filling delivered by the feeding device, the feeding port faces the collecting platform, and the feeding hopper is tapered from the feeding port toward the feeding port.

The described meat floss egg roll filling machine includes a pusher and a pusher driver. The pusher is provided on the pusher driver and can be driven by the pusher driver to extend from the feed opening of the feeding hopper. Enter the inside of the feeding hopper and move towards the discharge port.

In the meat floss egg roll filling machine, the dialing roller of the second feeding module includes a dialing roller shaft and a plurality of dialing blades. The dialing roller shaft is connected to a dialing driving device, and the dialing rollers are connected to a dialing drive device. The pieces are arranged radially on the rotating shaft of the dialing roller.

In the meat floss and egg roll filling machine, the distributing roller of the first feeding module includes a distributing roller shaft and a plurality of distributing rods surrounding the distributing roller shaft; the distributing roller shaft has an axis direction; each of the distributing rods extends along the axial direction of the rotating shaft of the distributing roller.

In the meat floss and egg roll filling machine, the plurality of dividing rods are equally spaced around the rotating shaft of the dividing roller.

The efficiency improvement that can be obtained by the technical means of this invention is that: the meat floss egg roll filling machine of this invention receives the fillings delivered by the first feeding module and the second feeding module through the collecting table, and drives the two The jig collects the filling on the collecting table and squeezes it into a cylindrical shape for filling. After completing one filling, you only need to drive the two jig to move away from each other, and let the first feeding module and the second feeding module The module continues to transport the filling to the collecting table, and then the two jigs can be driven to align again and the filling can be carried out. Compared with the filling machine of meat floss egg rolls in the previous technology, it is necessary to wait for the two rollers to rotate once more before the filling action can be performed again. This invention can relatively shorten the interval between filling actions and improve the production of meat floss eggs. volume efficiency.

10:Machine base

20: The first feeding module

21:Conveying device

210:Conveying end

211:Driving wheel

212: Matching wheel

213:With body

22: Stuffing container

221:Feeding port

23:Dividing roller

231:Distribution roller shaft

232:Distributing rod

24:Conveyor drive

25: Material distribution drive device

26:Adjust components

261: Setting base

262:Adjustment board

30: Second feeding module

31:Feeding device

311:Feeding drive

312:Feeding chute

313: Drive end

314: Feeding end

315: Undertaking Department

32: Dial roller

321: Dial roller shaft

322:pick

33: Material driving device

40:Packing module

400: Setting base

41:Collecting table

411: Aggregate plane

42:Jig

42A: The first fixture

42B: Second fixture

421: Arc surface

422: Push rod insertion part

43:Bearing

431:Trough

44:Putter

45: Jig driving device

451:Activity block

46:Bearer driver

47:Egg roll pusher

48: Push rod drive device

481:Slide rail

482:Slider

49:Egg roll returner

491:Push plate driver

492: Push plate

50: Egg roll conveying module

51: Egg roll conveyor belt

52: Loading seat

53: Lower hopper

54: Loading and unloading mechanism

541:Clamp

55:Baffle

56:Baffle pushing device

60:Feeding hopper

61: Feeding port

62: Discharge port

70:Pushing component

71:Push drive

72:Pushing parts

R:Egg roll

R1: Egg roll with filling

R2: Unfilled egg roll

F: Stuffing

Figure 1 is a three-dimensional appearance view of the preferred embodiment of this invention.

Figure 2 is a three-dimensional appearance view of the preferred embodiment of the present invention with the operating cover omitted.

Figure 3 is a top plan view of the preferred embodiment of the present invention with the operating cover omitted.

Figure 4 is an exploded perspective view of the preferred embodiment of the present invention without operating the cover.

Figure 5 is a three-dimensional appearance view of the first feeding module and the second feeding module according to the preferred embodiment of the present invention.

Figure 6 is a side cross-sectional view of the first feeding module and the second feeding module according to the preferred embodiment of the present invention.

Figure 7 is a three-dimensional appearance view of the partial structure between the second feeding module and the filling module according to the preferred embodiment of the present invention.

Figure 8 is a side cross-sectional view of the partial structure between the second feeding module and the filling module according to the preferred embodiment of the present invention.

Figure 9 is a three-dimensional appearance view of the packing module according to the preferred embodiment of the present invention.

Figure 10 is an exploded perspective view of some components of the packing module according to the preferred embodiment of the present invention.

Figures 11 to 14 are partial cross-sectional top views of the filling module according to the preferred embodiment of the present invention.

Figures 15 to 16 are operation diagrams of the egg roll conveying module according to the preferred embodiment of this invention.

In order to understand the technical characteristics and practical effects of this invention in detail, and to realize it according to the content of the invention, the preferred embodiment as shown in the figure is further described in detail as follows:

As shown in Figures 1 to 4, the meat floss egg roll filling machine according to the preferred embodiment of the present invention includes a machine base 10, a first feeding module 20, a second feeding module 30, and a filling module 40 and one egg The roll conveying module 50; the first feeding module 20, the second feeding module 30, the filling module 40 and the egg roll conveying module 50 are installed on the machine base 10, and the machine base 10 is used as a device for installing the roll conveying module 50. The base of other components of the meat floss egg roll filling machine, and as shown in Figure 1, the machine base 10 is provided with an operating shell cover, and the operating shell cover is provided with a plurality of buttons for operating the meat floss egg roll filling machine.

As shown in Figures 3, 5 and 6, the first feeding module 20 includes a conveying device 21, a filling tank 22 and a dividing roller 23; the filling tank 22 is provided on the conveying device 21 And there is a feeding port 221 connected to the inside of the filling tank 22. The feeding port 221 extends toward both sides of the conveying device 21 and has a width; the material dividing roller 23 can be driven to rotate and is located inside the filling tank 22. The feeding port 221 of the stuffing container 22 extends toward both sides of the conveying device 21; the inside of the stuffing container 22 can hold the filling, that is, the meat floss, and the conveying device 21 can transport the filling from the filling container 22. 22 is transported out through the feeding port 221, and the material dividing roller 23 can stir up and segment the filling passing through the feeding port 221 of the filling container 22.

As shown in Figures 3 and 6, specifically, the conveyor device 21 is a conveyor belt and includes a driving wheel 211 and a matching wheel 212 that are spaced apart and facing the same direction, and the driving wheel 211 is sleeved A belt body 213 is connected to the matching wheel 212. The driving wheel 211 is connected to a conveying driver 24 and can be driven to rotate by the conveying driver 24, thereby driving the belt body 213 to circulate around the driving wheel 211 and the matching wheel 212. Rotate; as shown in Figure 3, Figure 5 and Figure 6, the stuffing container 22 is in the shape of a square frame and is located above the belt body 213 and the bottom of the stuffing container 22 is close to the belt body 213. The feeding port 221 is located at the bottom of the filling tank 22 and faces a feeding end 210 of the conveying device 21; as shown in Figures 3, 5 and 6, the material dividing roller 23 is connected to a material dividing driving device 25, and can be driven to rotate by the material distribution driving device 25. The material distribution roller 23 includes a material distribution roller shaft 231 and a plurality of material distribution rods 232. The material distribution roller shaft 231 has an axial direction, and the axial direction is consistent with The direction in which the conveying device 21 transports the filling is vertical. The plurality of dividing rods 232 are equally spaced around the rotating shaft 231 of the dividing roller, and each dividing rod 232 is along the axis of the rotating shaft 231 of the dividing roller. Extending in the direction, when the stuffing leaves the inside of the stuffing container 22 through the feeding port 221, the dividing The plurality of dividing rods 232 of the material roller 23 will segment the filling into a plurality of equally spaced filling piles to achieve the effect of uniform segmentation.

As shown in Figure 3, in this preferred embodiment, the first feeding module 20 further includes an adjustment component 26. As shown in Figures 3, 5 and 6, the adjustment component 26 includes a setting base 261 and Two adjusting plates 262, the setting seat 261 and the material dividing roller 23 extend in the same direction and are elongated. The two ends of the setting seat 261 are respectively combined with both sides of the conveying device 21 and span the belt body 213. Above, each adjustment plate 262 is disposed on the setting seat 261 , is located above the belt body 213 and extends toward the material distribution roller 23 and the conveying end 210 of the conveying device 21 in a long shape, and the two adjustment plates 262 The installation positions can be adjusted along the installation seat 261 to be closer to or farther away from each other, thereby adjusting the width of the filling pile transported by the transportation device 21 .

As shown in Figures 5 and 6, the second feeding module 30 includes a feeding device 31 and a feeding roller 32. The feeding device 31 includes a feeding driver 311 and a feeding chute 312; the feeding chute 312 is elongated. , is disposed in the same direction as the conveying device 21 of the first feeding module 20, and includes a driving end 313 and a feeding end 314 at opposite positions, and a receiving portion located between the driving end 313 and the feeding end 314. 315. The receiving portion 315 is located below the conveying end 210 of the conveying device 21 so that the feeding chute 312 can receive the filling conveyed by the conveying device 21. In this preferred embodiment, both sides of the feeding chute 312 A side wall is raised at the receiving portion 315 to prevent the filling from falling outside the feeding chute 312 when receiving the filling transported by the conveying device 21. The feeding driver 311 is provided at the bottom of the feeding chute 312, and Combined with the position of the feeding chute 312 close to the driving end 313, the feeding driver 311 is a vibration device, specifically, a linear vibrator. The feeding driver 311 drives the feeding chute 312 to vibrate slightly, causing the feeding chute 312 to vibrate slightly. After the feeding chute 312 receives the filling, it continues to transport the filling toward the feeding end 314 .

As shown in FIGS. 5 and 6 , the dialing roller 32 is disposed between the receiving portion 315 of the feeding device 31 and the feeding end 314 . The dialing roller 32 can be driven to rotate and transport the feeding device 31 . Filling Leveling, specifically, the dialing roller 32 includes a dialing roller shaft 321 and a plurality of picking pieces 322. The dialing roller shaft 321 is connected to a dialing driving device 33 and can be driven by the dialing driving device 33. Rotate, and the rotating shaft 321 of the dialing roller has an axial direction, and the axial direction of the rotating shaft 321 of the dialing roller is perpendicular to the direction in which the feeding chute 312 transports the filling; each paddle 322 moves along the direction of the rotating shaft 321 of the dialing roller It extends axially and is elongated, and the plurality of picks 322 are arranged radially on the rotating shaft 321 of the picking roller. When the feeding device 31 transports the filling toward the feeding end 314, the A plurality of paddles 322 will stir the filling and level the height of the filling, so that the amount of the filling delivered by the feeding device 31 remains consistent each time.

As shown in Figure 9, the filling module 40 includes a collecting platform 41, two jigs 42, a bearing 43 and a push rod 44; as shown in Figures 7 and 10, the collecting platform 41 is located on a The setting base 400 combined with the machine base 10 is located below the feeding end 314 of the feeding chute 312, and includes a collecting plate and two side plates. The upper surface of the collecting plate is a collecting plane 411, and the two side plates They are respectively installed upright on both sides of the collecting plate; the collecting platform 41 can receive the stuffing dropped from the feeding device 31 to the feeding end 314 .

As shown in Figures 7 and 8, in this preferred embodiment, the meat floss egg roll filling machine also includes a feeding hopper 60, which is provided at the feeding end 314 of the feeding device 31 and the collecting platform 41 and the feeding hopper 60 includes an inlet 61 and an outlet 62 connected to the inside of the feeding hopper 60 . The inlet 61 and the outlet 62 are located at the top and bottom of the feeding hopper 60 respectively. , and the feeding hopper 60 is tapered from the top to the bottom, the feeding port 61 is an inverted L-shaped opening, the feeding end 314 of the feeding chute 312 extends into the feeding port 61, and the feeding port 62 is Towards the aggregate plane 411, the filling can be stably transported to the aggregate plane 411; preferably, the meat floss egg roll filling machine further includes a pusher assembly 70, and the pusher assembly 70 includes a pusher driver 71 and A pusher 72, the pusher driver 71 is provided on the setting base 400, the pusher 72 is provided on the pusher driver 71, and can be driven by the pusher driver 71 to extend into the feed port 61. The inside of the feeding hopper 60 moves toward the discharge port 62 , whereby the stuffing stuck inside the feeding hopper 60 can be pushed out from the discharge port 62 and fall to the collecting plane 411 .

As shown in Figures 10 and 11, in this preferred embodiment, the two fixtures 42 are a first fixture 42A and a second fixture 42B respectively; each fixture 42 includes an elongated and A semicircular arc-shaped sheet section and an arc surface 421 formed on the sheet section, wherein the first jig 42A is provided between the two side plates of the collecting platform 41 and is connected to a jig driving device 45. Specifically, as shown in Figures 9 and 10, the fixture driving device 45 includes a pressure cylinder and a movable block 451 that can be driven by the pressure cylinder. The first fixture 42A is connected to the movable block 451. Block 451, as shown in Figures 11 and 12, the first jig 42A can be driven by the jig driving device 45 to move linearly and approach or move away from the second jig 42B. The first jig 42A is close to the second jig 42B. When the second jig 42B is aligned with the second jig 42B, the filling transported to the collecting plane 411 of the collecting platform 41 can be squeezed into a cylindrical filling F; the second jig 42B is fixed The second fixture 42B is provided on the side of the collecting platform 41 close to the setting base 400 , and the second fixture 42B includes a tubular push rod insertion part 422 that passes through one side plate of the collecting platform 41 , and is sleeved on the push rod 44.

As shown in FIGS. 9 and 11 , the holder 43 is provided on a holder driver 46 and is located on one side of the collecting platform 41 . The holder 43 includes a holder 431 capable of placing an egg roll R. , in this preferred embodiment, the support 43 includes two spaced apart protrusions, and the receiving groove 431 is recessed in the two protrusions to facilitate the subsequent clamping of the egg roll R; as shown in Figure 12 , the holder 43 can be driven by the holder driver 46 to be close to the collecting platform 41. As shown in Figure 9, the filling module 40 also includes an egg roll pusher 47, and the egg roll pusher 47 is provided on the The holder 43, as shown in Figures 12 and 13, the egg roll pusher 47 can push the egg roll R placed in the groove of the holder 43 to move toward the collecting platform 41, and make the egg roll R The sheet section of the roll R that is sleeved on the corresponding first jig 42A and the second jig 42B protrudes from the end of one side of the collecting platform 41 close to the bearing 43 .

As shown in Figure 9, the push rod 44 is provided in a push rod driving device 48. Specifically, the push rod driving device 48 includes a slide rail 481 and a slide block that can be driven by electricity to move along the slide rail 481. 482, as shown in Figures 12 and 13, the push rod 44 is provided on the slide block 482, so that it can be driven by the push rod. The device 48 is driven to extend between the opposing first jig 42A and the second jig 42B, and the stuffing F extruded into a cylindrical shape is pushed into the inside of the egg roll R to complete the filling. action.

As shown in Figures 9 and 10, in this preferred embodiment, the filling module 40 further includes an egg roll returner 49. The egg roll returner 49 includes a push plate driver 491 and a push plate 492. , the push plate driver 491 is provided on the setting base 400, the push plate 492 is provided on the push plate driver 491, and has a semicircular notch, which can correspondingly abut the sheet section of the second fixture 42B, such as As shown in Figure 13, when the egg roll R is placed on the ends of the corresponding sheet sections of the first jig 42A and the second jig 42B, the push plate 492 is located between the egg roll R and the second jig 42B. Between the collecting platform 41, as shown in Figure 14, after the egg roll R is filled with fillings, a push rod of the egg roll pusher 47 first returns to its original position, and then the push plate 492 can be pushed The plate driver 491 is driven to push the egg roll R, so that the egg roll R is separated from the matching first fixture 42A and the second fixture 42B and returned to the original position, thereby facilitating the subsequent conveying operation of the egg roll R. , then the push rod 44 is driven by the push rod driving device 48 to exit between the first jig 42A and the second jig 42B, and the first jig 42A is driven by the jig driving device 45 to move away from the seat. 43, so that the first feeding module 20 and the second feeding module 30 can continue to convey the filling to the collecting plane 411 of the collecting platform 41.

As shown in Figures 2 to 4, the egg roll conveyor module 50 includes an egg roll conveyor belt 51, a loading seat 52, a lower hopper 53 and a loading and unloading mechanism 54; the egg roll conveyor belt 51 is provided on the machine The base 10 is used to transport egg rolls that have not yet been filled; the loading seat 52 is adjacent to one end of the egg roll conveyor belt 51 and is used to hold the egg rolls conveyed by the egg roll conveyor belt 51 and will be filled through the filling module 40 An egg roll, and as shown in Figure 16, a baffle 55 that can block the egg roll is provided between the feeding seat 52 and the egg roll conveyor belt 51, and the baffle 55 can be pushed open to make the egg roll A baffle pushing device 56 enters the loading seat 52 from the egg roll conveyor belt 51; the lower hopper 53 can accept the egg rolls that have been filled by the filling module 40, as shown in Figures 2 and 15 As shown in Figure 4, the loading seat 52 and the lower hopper 53 are respectively arranged on both sides of the bearing 43; as shown in Figure 4, the loading and unloading mechanism 54 is combined with the setting base 400, and includes a clamping claw driving device and two pairs of Gripper 541, the two pairs of clamping jaws 541 can be driven by the clamping jaw driving device to vertically lift synchronously, or move horizontally between the loading seat 52 and the lower hopper 53 synchronously.

The operation mode of the egg roll conveying module 50 is specifically described as follows. As shown in FIG. 15 , after a filled egg roll R1 that has been filled with fillings through the filling module 40 is pushed back to its original position by the push plate 492 , The clamping claw driving device drives the two pairs of clamping claws 541 to descend, and then the two pairs of clamping claws 541 respectively clamp the filled egg roll R1 and an unfilled egg roll R2 contained in the loading seat 52 and move upward. and as shown on the right side of Figure 15, after the stuffed egg roll R1 is clamped, the holder 43 is driven by the holder driver 46 to move away from the collecting platform 41 and return to the original position, and then, as shown in Figure As shown in 16, the clamping claw driving device drives the two pairs of clamping claws 541 to move horizontally toward the direction of the lower hopper 53 and then descend, and respectively release the filled egg roll R1 and the unfilled egg roll R2, thereby The filled egg roll R1 is transported to the lower hopper 53 for subsequent packing operations, and the unfilled egg roll R2 is placed in the groove 431 of the holder 43 for subsequent filling by the filling module 40 At the same time, the baffle pushing device 56 pushes away the baffle 55 so that another egg roll enters the feeding seat 52 from the egg roll conveyor belt 51 to wait for filling. Finally, the clamping claw driving device It rises and moves horizontally toward the direction of the loading seat 52 and then returns to the original position, and then operates after the filling of the filling module 40 is completed.

Compared with the previous technology of meat floss egg roll filling machine, after filling the filling once, it is necessary to wait for the two rollers to rotate once again before filling the filling again, which is less efficient. The meat floss egg roll filling machine of this invention is , the first feeding module 20 and the second feeding module 30 are used to transport the filling to the collecting table 41, and by driving the two jigs 42 to be aligned, the two arc surfaces 421 of the two jigs 42 are The stuffing delivered to the collecting table 41 will be squeezed into a cylindrical shape to facilitate filling. After one filling is completed, it is only necessary to drive the two fixtures 42 away from each other and let the first feeding module 20 and the second feeding module 30 continue to transport the filling to the collecting table 41, and then the two jigs 42 can be driven to align again, and the filling can be filled. This invention can shorten the time of filling the filling. interval to improve the efficiency of producing meat floss egg rolls.

In addition, this invention uses the collecting table 41 to receive the filling, and then collects the filling on the collecting table 41 through the two jigs 42 for filling. Even if the filling remains on the two jigs 42 after the filling operation, Or the collecting table 41, after reaching a certain residual amount, will still be collected by the two jig 42 and pushed to the egg roll by the push rod 44. There is no need to waste extra manpower to collect the remaining filling and process it. It can reduce the labor cost of the process and maintain the hygiene of the process.

In this preferred embodiment, the arc surface 421 of each jig 42 is formed on the sheet section. In fact, as long as each jig 42 has a semicircular arc-shaped arc surface 421, it can be formed on both sides. When the jigs 42 are combined, the filling is pressed into a cylindrical shape for filling. The appearance of each jigs 42 is not limited by this preferred embodiment. The advantage of this preferred embodiment is that each jigs The sheet section 42, when the two jigs 42 are aligned, allows the egg roll to be placed on the end of the sheet section, so that the push rod 44 can seamlessly push the filling into the inside of the egg roll.

The above are only preferred embodiments of the present invention and do not impose any formal restrictions on the present invention. Anyone with ordinary knowledge in the technical field can use the present invention without departing from the scope of the technical solution proposed by the present invention. Equivalent embodiments with partial changes or modifications to the technical content disclosed in the creation, and which do not deviate from the content of the technical solution of this creation, still fall within the scope of the technical solution of this creation.

10:Machine base 20: The first feeding module 30: Second feeding module 40:Packing module 50: Egg roll conveying module

Claims (10)

A meat floss egg roll filling machine, which includes: A first feeding module, which includes a conveying device, a filling trough and a material dividing roller; the filling trough is provided in the conveying device and is provided with a feeding port; the material dividing roller can be driven to rotate , and is located at the feeding port; the conveying device can transport a filling from the inside of the filling container through the feeding port; the material dividing roller can stir up the filling passing through the feeding port and segmentation; A second feeding module, which includes a feeding device and a feeding roller; the feeding device can accept the filling delivered by the conveying device and continue to transport the filling; the feeding roller is located on the feeding device, and can be driven to rotate and level the filling; and A filling module, which includes a collecting table, two jigs, a bearing seat and a push rod; The collecting platform can accept the filling delivered by the feeding device; Each of the fixtures is installed on the collecting platform and includes an arcuate surface that is elongated and semi-circular; the two fixtures can be driven to be relatively close to each other, or to be driven to move away from each other. When the jigs are in contact with each other, the fillings received by the collecting table can be concentrated and pressed into a cylindrical shape; The holder includes a trough capable of placing an egg roll; The push rod can be driven to extend between the two opposing jigs, and can push the filling between the two jigs into the egg roll placed in the groove of the holder. interior. The meat floss egg roll filling machine according to claim 1, wherein each of the fixtures includes a long and semi-circular arc-shaped piece segment, and the arc surface is formed on the piece segment; the filling module It includes an egg roll pusher; the egg roll pusher is installed on the holder and can push the egg roll placed on the holder so that the egg roll can be placed on the two opposing pieces of the jig. The shaped section protrudes from the end of the collecting platform. The meat floss egg roll filling machine as described in claim 2, wherein the filling module includes an egg roll returner, and the egg roll returner includes a push plate; the egg roll is placed on two opposite sides The push plate is located between the collecting table and the egg roll when the piece-shaped section of the fixture is removed, and the push plate can be driven to push the egg roll so that the egg roll separates from the two fixtures. The meat floss egg roll filling machine as described in any one of claims 1 to 3, which includes a feeding hopper, which is disposed between the feeding device and the collecting platform, and includes a feeding hopper connected to the inside of the feeding hopper. An inlet and an outlet. The inlet can receive the filling delivered by the feeding device. The outlet faces the collecting platform. The feed hopper is directed from the inlet toward the outlet. tapering. The meat floss egg roll filling machine as described in claim 4, which includes a pusher and a pusher driver. The pusher is provided on the pusher driver and can be driven by the pusher driver from the feeding hopper. The feed port extends into the interior of the feeding hopper and moves toward the discharge port. The meat floss egg roll filling machine according to claim 4, wherein the material dividing roller of the first feeding module includes a material dividing roller shaft and a plurality of material dividing rods surrounding the material dividing roller shaft; the material dividing roller The rotating shaft has an axial direction; each distributing rod extends along the axial direction of the rotating shaft of the distributing roller. The meat floss egg roll filling machine as described in claim 4, wherein the dialing roller of the second feeding module includes a dialing roller shaft and a plurality of dialing blades, and the dialing roller shaft is connected to a dialing driving device. A plurality of the picks are arranged radially on the rotating shaft of the pick roller. The meat floss egg roll filling machine according to any one of claims 1 to 3, wherein the dialing roller of the second feeding module includes a dialing roller shaft and a plurality of dialing blades, and the dialing roller shaft is connected A material-picking driving device, a plurality of the picking blades are arranged radially on the rotating shaft of the material-picking roller. The meat floss egg roll filling machine according to any one of claims 1 to 3, wherein the material dividing roller of the first feeding module includes a material dividing roller shaft and a plurality of material dividing rollers surrounding the material dividing roller shaft. Rod; the rotating shaft of the dividing roller has an axial direction; each dividing rod extends along the axial direction of the rotating shaft of the dividing roller. The meat floss egg roll filling machine according to claim 9, wherein the plurality of dividing rods are equally spaced around the rotating shaft of the dividing roller.