CN105309540B - The medium-sized stuffed dumplings machine of single screw rod - Google Patents

Abstract

The invention discloses a single-screw medium-sized glutinous rice ball machine, which includes a single-screw noodle conveying system and a conveying system. An annular passage for dough to pass through and form a hollow noodle tube is formed between the tube caps, and the stuffing tube cap has a built-in section inserted into the combined noodle mouth structure and protrudes outside the combined noodle mouth structure and is used to provide the hollow noodle tube with Outboard segment of support. In this single-screw medium-sized glutinous rice ball machine, the cap of the stuffing tube has an external section extending out of the mouth, and the external section can provide radial support for the hollow noodle tube coming out of the annular passage, so that the hollow noodle tube can be kept stretched state, it is beneficial for the stuffing in the filling tube to enter the hollow noodle tube, which can prevent the hollow noodle tube from shrinking due to loss of support after being extruded from the annular channel, and is conducive to the shear forming of the lower shear forming system, making the shape of the noodle product It will not deform and improve the quality of finished products.

Description

Single-screw medium-sized glutinous rice ball machine

technical field

The invention belongs to the technical field of food machinery, in particular, the invention relates to a single-screw medium-sized glutinous rice ball machine.

Background technique

At present, all the single-screw medium-sized glutinous rice ball machines produced by various manufacturers in China and Southeast Asia use the horizontal double-screw dragon propulsion technology to convey the dough for the glutinous rice balls. In the extrusion of noodle wheel, a machine head shell and a noodle nozzle are installed at the front end of the twisted cage shell, and then cut by a shearing system. Too large, its disadvantage is that in summary, the existing single-screw medium-sized glutinous rice ball machine has the following disadvantages:

1) The structure is complex, many parts are required, and the cost is high;

2) The size and weight of glutinous rice balls are not easy to adjust;

3) The taste of the finished product is not good:

Contents of the invention

The purpose of the present invention is to solve the problems existing in the prior art, and to provide a single-screw medium-sized glutinous rice ball machine, with the purpose of simplifying the structure, improving the applicability of the machine and the quality of the glutinous rice balls.

In order to achieve the above object, the technical scheme that the present invention takes is:

Single-screw medium-sized glutinous rice ball machine, single-screw medium-sized glutinous rice ball machine, including a single-screw noodle conveying system and a conveying system, the single-screw noodle conveying system includes a stuffing tube cap and a combined noodle mouth structure matched with the stuffing tube cap, the combined noodle mouth structure An annular passage is formed between the stuffing tube cap and the dough tube to form a hollow noodle tube. The stuffing tube cap has a built-in section inserted into the combined noodle mouth structure and protrudes outside the combined noodle mouth structure and is used for filling the hollow noodle. The outer section of the tube provides support.

Both the inner section and the outer section are annular structures, the outer circular surface of the inner section is a conical surface, and the outer circular surface of the outer section is a cylindrical surface with a constant diameter.

The internal section and the external section are coaxially fixedly connected, and the external section is located below the internal section.

The single-screw noodle conveying system also includes a dough hopper for storing dough, a rotatable noodle conveying screw arranged in the noodle hopper, and a stuffing tube which is passed through the noodle conveying screw and is used for storing fillings. The pipe cap is sleeved on the stuffing pipe and is located below the dough conveying screw.

The combined noodle nozzle structure includes a main casing, an inner casing arranged inside the main casing, and a noodle nozzle. An annular channel is formed between the caps to allow the dough to pass through.

The inner casing is threadedly connected with the main casing, and the outlet nozzle is clamped and fixed by the inner casing and the main casing.

The upper end of the single-screw noodle conveying system is connected to the stuffing conveying system, the lower part is provided with a shearing forming system, and the conveying system is arranged under the shearing forming system.

The single-screw medium-sized glutinous rice ball machine of the present invention, by adopting the single-screw noodle delivery system, the stuffing tube cap has an external section extending out of the dough outlet, and the external section can provide a diameter for the hollow noodle tube coming out of the annular channel. The support force keeps the hollow noodle tube in a stretched state. On the one hand, it is beneficial for the stuffing in the stuffing tube to enter the hollow noodle tube. On the other hand, it can prevent the hollow noodle tube from shrinking due to loss of support after being extruded from the annular channel. It is beneficial to the shear forming of the lower shear forming system, so that the shape of the noodle product will not be deformed, and the quality of the finished product will be improved.

Description of drawings

This manual includes the following drawings, the contents shown are:

Fig. 1 is the front view of dumpling machine of the present invention;

Fig. 2 is the side view of dumpling machine of the present invention;

Fig. 3 is a sectional view of the filling system;

Fig. 4 is the sectional view of single-screw conveying surface system;

Figure 5 is an enlarged view at C in Figure 4;

Labeled in the figure:

1. Head frame; 2. Conveyor system; 3. Shear forming system;

4. Single-screw noodle delivery system; 401, stuffing tube; 402, bracket; 403, main casing; 404, noodle delivery screw; 405, noodle bucket; 406, transmission shaft; 407, chain box cover; Sprocket; 409, steel ring; 410, seat cover; 411, seat cover cover; 412, stuffing pipe seat; 413, chain box; 414, stuffing pipe cap; 415, built-in section; Casing; 418, face mouth;

5. Stuffing system; 501, stuffing barrel; 502, stuffing auger; 503, vane pump core; 504, feed port; 505, pump cover; 506, shaft sleeve; 507, stuffing tube; 508, pump Body; 509, pump lower cover; 510, seat; 511, coupling; 512, drive shaft; 514, union nut; 515, rotor;

6. Stuffing tube; 61. Second filling tube; 7. Combined noodle mouth structure; 8. Medium nut; 9. Glutinous rice balls.

Detailed ways

The specific embodiment of the present invention will be described in further detail by describing the embodiments below with reference to the accompanying drawings, the purpose is to help those skilled in the art to have a more complete, accurate and in-depth understanding of the concept and technical solutions of the present invention, and contribute to its implementation.

As shown in Fig. 1 and Fig. 2, the present invention provides a kind of single-screw medium-sized glutinous rice balls machine, comprises machine head frame 1, filling system 5, single-screw noodle feeding system 4, shear forming system 3 and conveying system 2, machine The head frame 1 is used as the basis for other system installations, the filling system 5 is used to deliver fillings to the single-screw noodle delivery system 4, and the single-screw noodle delivery system 4 is used to make the dough into a hollow noodle tube and deliver it to the The shear forming system 3 below, the shear forming system 3 is used for cutting the hollow noodle tube with filling and closing it to make a complete glutinous rice ball 9, and the glutinous rice ball 9 processed by the shear forming system 3 falls to the bottom The conveying system 2, conveying system conveys glutinous rice balls 9 to the position that the operator is convenient to take out.

Specifically, as shown in Figure 3, the filling system 5 mainly includes a stuffing cylinder 501 and a filling auger 502 placed therein; . The stuffing auger 502 is arranged in the stuffing tube 501 along the vertical direction, and is used for stirring the stuffing that enters the stuffing tube 501; Each bottom has an opening and is a hollow shell structure. The filling tube 501 is closed in the circumferential direction, and the area of the bottom opening of the stuffing tube 501 is smaller than the area of the top opening. The stuffing auger 502 is facing the opening of the bottom plate of the stuffing tube 501, which is convenient for the extrusion of the stuffing, smooth feeding, and a good stirring effect on the stuffing, so that the stuffing is evenly stirred. The stuffing auger 502 is driven to rotate by a driving mechanism, such as a motor, which drives the stuffing auger 502 to rotate synchronously to realize stirring the stuffing.

The stuffing is transported to the stuffing tube 401 in the single-screw conveying system 4 through the stuffing outlet through the stuffing tube 507. The stuffing pipe 401 feeding port of discharging port and single-screw conveying system 4. The stuffing pipe 401 connected with the single-screw conveying system conveys the stuffing after stirring into the stuffing pipe 401 . The first filling connecting pipe and the second filling connecting pipe 61 are straight through pipes with a shorter length, which are connected with the middle nut 8 through the connecting nut 514, which is convenient for replacement and rarely causes filling waste when changing the filling. A sealing ring can be arranged at the filling joint, so that the filling can be prevented from leaking and waste of the filling can be avoided.

Specifically, the filling system 5 adopted by the single-screw medium-sized rice dumpling machine of the present invention is shown in Figure 3. 510 is fixedly arranged on the top of the machine head frame 1, the conveying pump is arranged on the connecting seat 510, the stuffing material cylinder 501 is arranged on the conveying pump, and the stuffing auger 502 is arranged in the stuffing material cylinder 501. The stuffing tube 501 is a part used to store the stuffing, the stuffing auger 502 is vertically arranged in the stuffing tube 501, and is used to stir the stuffing that enters the stuffing tube 501, the stuffing auger 502 will The stuffing is pushed into the conveying pump, and the conveying pump conveys the incoming filling to the single-screw noodle conveying system below.

As shown in Figure 3, the stuffing tube 501 is used as the main part for storing the stuffing, and it is a conical shell structure with an opening on the top and a bottom and a hollow inside. The circumferential direction of the stuffing tube 501 is closed, and the stuffing The area of the bottom opening of the cartridge 501 is smaller than the area of the top opening. The stuffing tube 501 is vertically arranged on the delivery pump, the axis of the stuffing tube 501 is located in the vertical plane, the stuffing auger 502 is in the stuffing tube 501 and the two are coaxially arranged.

As shown in Figure 3, the delivery pump is arranged between the stuffing tube 501 and the socket 510. Preferably, the delivery pump is a vane pump, and the working principle of the delivery pump is the same as that of the vane pump in the prior art. The blades in the groove are in contact with the inner surface of the pump, and the inhaled objects are pressed from the inlet to the outlet of the pump. The conveying pump mainly includes a pump body 508, a pump upper cover 505 for closing the upper opening of the pump body 508, a pump lower cover 509 for closing the upper opening of the pump body 508, a rotor 515 arranged in the inner cavity of the pump body 508 and A plurality of blades placed on the rotor 515 and uniformly arranged along the entire circumference. The pump body 508 is a hollow structure inside. When the rotor 515 in the pump body 508 rotates, the tips of the blades will cling to the inner surface of the inner cavity of the pump body 508 under the action of centrifugal force, so that two adjacent blades and the rotor 515 And the working volume formed by the inner surface of the pump body 508, the filling material enters from small to small and then discharges the filling from large to small.

As shown in Figure 3, the pump body 508 of the delivery pump is fixedly connected to the lower end of the stuffing tube 501, the pump upper cover 505 is located between the pump lower cover 509 and the filling auger 502, and the rotor 515 in the pump body 508 is supported on the pump Cover 505 and pump lower cover 509. The pump loam cake 505 is also provided with a feed inlet 504 that allows the stuffing after stirring to enter. The feed inlet 504 is a through hole that runs through the pump loam cake 505 in the vertical direction. It communicates with the inner cavity of the stuffing tube 501 . The stuffing auger 502 rotates, and the filling material in the stuffing tube 501 is pushed down into the pump body 508 by means of the helical blade on it.

As shown in Figure 3, the center of the upper end of the rotor 515 of the delivery pump is provided with a vane pump core 503, and the vane pump core 503 is fixedly connected to the lower end of the filling auger 502 after passing through the pump upper cover 505, and the lower end of the rotor 515 is connected to the piercing The rotatable driving shaft 512 is coaxially and fixedly connected in the socket 510 . The lower end of the drive shaft 512 is connected with the stuffing motor below by a coupling 511 to realize power transmission, and drives the delivery pump and the stuffing auger 502 to rotate synchronously.

As shown in Figure 3, the stuffing system 5 also includes a stuffing pipe 507 that is connected with the outlet provided on the side wall of the pump body 508 and is used to convey the filling to the single-screw noodle feeding system, and the stuffing pipe 507 is hose.

As shown in Figure 3, the structure of the stuffing auger 502 of the stuffing delivery system 5 is known to those skilled in the art, and has conveying and stirring functions, mainly comprising a rotating shaft at the center and a helical blade arranged on the outer surface of the rotating shaft, The stuffing in the stuffing barrel 501 is pushed into the conveying pump by the rotation of the screw blade.

As shown in Fig. 1, Fig. 2 and Fig. 4, the single-screw noodle conveying system 4 mainly includes a bracket 402, a noodle bucket 405 for accommodating dough, a noodle conveying screw 404, and a stuffing tube 401 pierced in the noodle conveying screw 404 , stuffing tube cap 414 and the combined noodle mouth structure that is arranged below the noodle bucket 405 and cooperates with the noodle delivery screw 404 and the stuffing tube cap 414, the upper end of the stuffing tube 401 is connected with the stuffing tube of the stuffing delivery system, and the lower end of the stuffing tube 401 is connected from the delivery surface The screw rod 404 protrudes, and the stuffing tube cap 414 is sleeved on the lower end of the stuffing tube 401 . The bracket 402 is placed horizontally above the shear forming system 25, one end of the bracket 402 is fixedly connected with the head frame 24, and the length direction of the bracket 402 is parallel to the axis of the auger seat 23. The combined noodle mouth structure and the noodle bucket 405 are fixedly arranged on the bracket 402, and the noodle bucket 405 is located above the combined noodle mouth structure. The noodle delivery screw 404 is vertically arranged, and the noodle delivery screw 404 is used to push the dough in the noodle bucket 405 downwards, and cooperates with the combined noodle mouth structure and the stuffing tube cap 414 to finally make it wrapable from the stuffing tube 401 A hollow noodle tube with fillings extruded from the lower end opening.

As shown in FIG. 4 , the noodle bucket 405 is a shell structure with an opening at the top and bottom and a hollow inside. The circumference of the noodle bucket 405 is closed, and the area of the bottom opening of the noodle bucket 405 is smaller than the area of the top opening. The structure of the delivery screw 404 is as well known to those skilled in the art, has conveying and stirring functions, mainly comprises the hollow shaft at the center and the helical blade that is arranged on the hollow shaft outer surface, the stuffing tube 401 is inserted in the hollow shaft, and the stuffing The tube 401 is coaxial with the hollow shaft, and the upper and lower ends of the stuffing tube 401 protrude from the two ends of the hollow tube respectively. The stuffing tube 401 is a hollow circular tube with two ends open and a hollow inside, the upper end is open for the stuffing to enter, and the lower end is opened for the stuffing to extrude.

As shown in Figure 4, the dough screw 404 has a spiral propulsion surface for pushing the dough downward, and the dough is added from the upper opening of the dough bucket 405, and the dough is pushed from the lower opening of the dough bucket 405 by the rotation of the dough screw 404. Extrude and push the dough into the combined mouth structure. The single-screw noodle conveying system 4 also includes a driving mechanism for providing a driving force for rotating the noodle conveying screw 404 , and the driving mechanism includes a chain box 413 , a transmission shaft 406 and a chain transmission mechanism. The chain box 413 is placed horizontally above the surface bucket 405, one end of the chain box 413 is fixedly connected with the head frame 24, and the length direction of the chain box 413 is parallel to the length direction of the bracket 402. The chain box 413 is a hollow structure, and a part of the chain transmission mechanism and the transmission shaft 406 are located inside the chain box 413 . The transmission shaft 406 is a hollow shaft with open ends and a hollow interior. The stuffing tube 401 passes through the transmission shaft 406 and the two are coaxial. The upper end of transmission shaft 406 is inserted in the chain case 413 and is connected with chain drive mechanism, and the lower end of transmission shaft 406 stretches out outside chain case 413 and is fixedly connected with conveying surface screw rod 404. Headstock 24 inside is provided with the parts that are used to produce source power, as motor etc., and motor is connected with chain transmission mechanism, and the power that produces is transmitted to transmission shaft 406 through chain transmission mechanism, and transmission shaft 406 is rotated, and transmission shaft 406 also drives transmission shaft 406. The face screws 404 rotate synchronously.

As shown in Figure 4, the chain transmission mechanism includes a surface main sprocket (not shown in the figure) arranged inside the headstock 1, a surface secondary sprocket 408 sleeved on the drive shaft 406, and a surface main sprocket and a surface secondary sprocket. The face secondary sprocket 408 cooperates with the chain. A chain case cover 407, a seat cover cover 411, a steel ring 409, a seat cover 410 and a filling pipe seat 412 are also arranged in the chain case 413, the seat cover 410 is arranged in the upper end opening of the chain case 413, and the seat cover cover 411 is arranged in the center hole of the seat cover 410, the chain case cover 407 is arranged in the lower end opening of the chain case 413, the chain case cover 407 is located below the surface secondary sprocket 408, and the upper end of the drive shaft 406 is inserted into the center of the seat cover cover 411 In the hole, the lower end stretches out of the chain case 413 after passing through the chain case cover 407. The steel ring 409 is sheathed on the transmission shaft 406 and sandwiched between the seat cover 411 and the surface secondary sprocket 408 . The stuffing tube seat 412 is fixedly arranged on the seat cover 410, the stuffing tube seat 412 is positioned at the top of the seat cover cover 411, the stuffing tube 401 passes through the center hole of the stuffing tube seat 412 and is inserted into the drive shaft 406, the stuffing tube seat 412 is used for The stuffing tube 401 is limited in the axial direction, so as to ensure that the stuffing tube 401 is kept in a docking state with the top stuffing tube.

As shown in FIG. 4 , the lower end of the second filling pipe 61 is set to be connected with the filling pipe seat 412 below through a middle nut 8 . The middle nut 8 is also a kind of tube nut. The middle nut 8 is sleeved on the second filling pipe 61 and both are coaxial. The middle nut 8 is rotatable on the second filling pipe 61. For threaded connection, the outer surface of the upper end of the stuffing tube seat 412 is correspondingly provided with external threads, and by tightening the middle nut 8, the flange provided on the upper end of the stuffing tube 401 is sandwiched between the second stuffing tube 61 and the stuffing tube seat 412 , so that the stuffing tube 401 is fixed. When connecting the stuffing tube 401 and the second stuffing tube 61, the lower nozzle of the second stuffing tube 61 is aligned with the upper nozzle of the stuffing tube 401, and then the middle nut 8 is tightened downwards to realize the connection between the stuffing tube 401 and the second stuffing tube. With the connection of the connecting pipe 61, the filling in the stuffing delivery system finally flows into the filling pipe 401 through the second filling connecting pipe 61, and is finally extruded from the lower end of the filling pipe 401. The second filling connecting pipe 61 preferably adopts stainless steel pipe to make, and the length is less than the length of filling pipe 401, and length is short, and the filling resistance is little, reduces the waste of filling, and is also convenient to clean.

As shown in Figure 4 and Figure 5, the composite surface nozzle structure 7 includes a main sleeve 403 and an inner sleeve 417 and a surface nozzle 418 arranged inside the main sleeve 403, the main sleeve 403, the inner sleeve 417 and the surface nozzle 418 They are all annular casing structures, and the three are arranged coaxially. The main casing 403 is fixedly connected with the bracket 402 below the surface bucket 405 , the inner casing 417 is inserted into the main casing 403 from the upper opening of the main casing 403 , and the inner casing 417 is threadedly connected with the main casing 403 . The face nozzle 418 is located below the inner sleeve 417, and axially, the face nozzle 418 is clamped and fixed by the limit steps set at the lower end of the inner sleeve 417 and the main sleeve 403, which is convenient for replacement. The central hole of the inner casing 417 is a circular hole with constant aperture, and the lower end of the feeding screw 404 is inserted into the central hole of the inner casing 417, and the feeding screw 404 is coaxial with the inner casing 417. The central hole of the face nozzle 418 is a conical hole, and the aperture of the face nozzle 418 decreases gradually from top to bottom. The aperture of the upper opening of the face nozzle 418 is approximately equal to the aperture of the inner sleeve 417, and the lower opening aperture is the smallest. The stuffing tube cap 414 is partially inserted into the center hole of the dough outlet 418, and an annular passage for the dough to pass is formed between the inner circular surface of the dough outlet 418 and the outer circumference of the stuffing tube cap 414, so that under the rotation of the dough delivery screw 404, Can be made into hollow face tubes.

As preferably, as shown in Figure 4 and Figure 5, the stuffing tube cap 414 is sleeved on the lower end of the stuffing tube 401, and is detachable, and the lower end of the stuffing tube 401 stretches out from the lower end opening of the noodle delivery screw 404, and the stuffing The length of the pipe cap 414 is approximately equal to the length of the extension section of the stuffing tube 401 protruding downward from the dough delivery screw 404 , and is greater than the length of the mouth 418 . The stuffing tube cap 414 has a built-in section 415 inserted into the mouth 418 and an outer section 416 that protrudes downward from the mouth 418 and is coaxially fixedly connected with the built-in section 415. The length of the built-in section 415 is the same as the length of the mouth 418. Roughly equal, the upper end surface of the built-in section 415 and the upper end surface of the outlet nozzle 418 are in the same plane perpendicular to the axis, and the lower end surface of the outlet nozzle 418 and the lower end surface of the main sleeve 403 are in the same plane perpendicular to the axis. Both the built-in section 415 and the outer section 416 are annular structures, but the outer circular surface of the built-in section 415 is a conical surface, and the outer diameter of the built-in section 415 gradually decreases from top to bottom, and the outer diameter of the outer section 416 The circular surface is a cylindrical surface with constant diameter, and the outer diameter of the outer section 416 is equal to the outer diameter of the inner section 415 where the diameter is the smallest, that is, the lower end.

The stuffing tube cap 414 of the above-mentioned structure is set to be longer than the length of the mouth 418. The stuffing tube cap 414 has an external section 416 extending below the mouth 418. The external section 416 can be initially made and surrounded by a hollow Stretching the noodle tube, on the one hand, is beneficial for the stuffing in the stuffing tube 401 to enter the hollow noodle tube, and on the other hand, it can prevent the hollow noodle tube from shrinking due to loss of support after being extruded from the annular channel, which is beneficial to the lower shear forming system 25 cut forming makes the glutinous rice balls easier to shape and improves product quality.

The shear forming system 3 adopted by the rice dumpling machine of the present invention is known to those skilled in the art, and will not be repeated here.

The conveying system 2 that glutinous rice ball machine of the present invention adopts is a belt conveying system, has the conveying belt that is arranged in horizontal direction and is positioned at shearing forming system 3 below and is used to drive the driving mechanism that conveying belt runs, and driving mechanism is arranged on the nose frame. The glutinous rice balls made after being processed by the shearing and forming system 3 will drop down onto the running conveyor belt, and finally the glutinous rice balls will be transported to the designated position by the conveyor belt.

The single-screw medium-sized glutinous rice ball machine of the present invention adopts the above-mentioned structure, and has the following advantages with respect to the traditional glutinous rice ball machine:

1) Simple structure, few parts and low cost;

2) The glutinous rice balls produced have a wide range of specifications;

3) The glutinous rice balls produced are thin but not damaged;

4) The pores of the new noodle conveying system are even and fine, elastic and tough, and have excellent water holding capacity, and the taste of the product is smooth, far exceeding the products produced by the old machine;

5) It can produce glutinous rice balls with various fillings.

The present invention has been exemplarily described above with reference to the accompanying drawings. Apparently, the specific implementation of the present invention is not limited by the above methods. As long as various insubstantial improvements are made using the method concept and technical solution of the present invention; or without improvement, the above-mentioned concept and technical solution of the present invention are directly applied to other occasions, all within the protection scope of the present invention within.

Claims (3)

1. the medium-sized stuffed dumplings machine of single screw rod, including single screw rod chances of losing games system and transport system, it is characterised in that：The single screw rod chances of losing games System upper end connects stuffings-conveying system, and stuffings-conveying system is mainly including fillings cylinder and the filling auger being placed in one；The single screw rod chances of losing games System include filling pipe cap and with the matched combinatorial surface mouth structure of filling pipe cap, formed between combinatorial surface mouth structure and filling pipe cap and allow face Group passes through and is formed the circular passage of hollow facial canal, the filling pipe cap have the built-in section being inserted into the combinatorial surface mouth structure and It is outer and external section for being supported to the offer of hollow facial canal to stretch out in combinatorial surface mouth structure；The built-in section and described external section are It is fixedly and coaxially connected, external section is located at below built-in section；The length of the built-in section and the length of export nozzle are roughly equal, built-in Upper surface and the upper end surface of export nozzle of section are in the same plane vertical with axis, the lower face of export nozzle and main casing Lower face is in the same plane vertical with axis；The built-in section and described external section are cirque structure, built-in section Periphery be circular conical surface, external section of periphery is the constant cylindrical surface of diameter；The combinatorial surface mouth structure includes main casing And it is set to the inner sleeve and export nozzle of main inside pipe casing, export nozzle is located at below inner sleeve, in the chances of losing games screw rod insertion Formed in casing, between export nozzle and the filling pipe cap allow dough by circular passage, the inner sleeve and the main casing To be threadedly coupled, the export nozzle is fixedly clamped by inner sleeve and main casing.

2. the medium-sized stuffed dumplings machine of single screw rod described in accordance with the claim 1, it is characterised in that：The single screw rod chances of losing games system further includes It chances of losing games screw rod for storing the bucket of dough, being rotatably arranged in bucket and is arranged in chances of losing games screw rod and for storing The filling pipe of fillings, the filling pipe cap are sheathed on filling pipe and below chances of losing games screw rods.

3. according to the medium-sized stuffed dumplings machine of claim 1 to 2 any one of them single screw rod, it is characterised in that：The single screw rod chances of losing games Shear forming system is equipped with below system, transport system is set to below the shear forming system.