Quantitative supply device for dumpling

Abstract

The present invention relates to a quantitative supply device for dumpling filling, and more specifically, to a quantitative supply device for dumpling filling stored in a hopper that feeds a quantitative amount of dumpling filling into a dumpling wrapper, configured to continuously supply the dumpling filling stored in the hopper through an extrusion process, thereby preventing tissue damage caused by crushing of the raw material of the dumpling filling.

Description

Technology Field

[0001] The present invention relates to a quantitative supply device for dumpling filling, and more specifically, to a device that feeds a quantitative amount of dumpling filling stored in a hopper into a dumpling wrapper according to a set cycle, and in particular, is equipped with an extrusion-type quantitative discharge unit that continuously supplies a quantitative amount of dumpling filling stored in the hopper through extrusion, thereby minimizing the deterioration of texture and taste caused by the crushing of each ingredient constituting the dumpling filling, and shortening the cycle timing for supplying the filling to improve productivity in the manufacture of dumplings. Background Technology

[0002] Generally, dumplings are a food made by making a wrapper with wheat or buckwheat flour dough, filling it with a mixture of meat, tofu, kimchi, etc., and steaming or frying it.

[0003] Although most of these dumplings were made and consumed by hand, their low productivity has led to the widespread adoption of dumpling manufacturing systems capable of mechanically forming dumplings, such as those described in Korean Utility Model Registration Announcement No. 1996-0002259, Registered Utility Model No. 0197888, Utility Model No. 0250622, and No. 0357902.

[0004] A conventional dumpling manufacturing system includes a dumpling filling forming device that cuts a dough sheet to produce dumpling filling, and a dumpling filling quantitative feeding device that feeds a quantitative amount of dumpling filling into a dumpling wrapper produced by the dumpling filling forming device.

[0005] In relation to the present invention, a conventional dumpling filling quantitative feeding device is configured as an extrusion screw type that continuously extrudes the dumpling filling supplied to a hopper through an extrusion screw, or an extrusion gear type that continuously extrudes the dumpling filling through an extrusion gear.

[0006] This dumpling filling quantitative feeding device has the advantage of being able to continuously supply a quantitative amount of dumpling filling. However, the quantitative feeding of dumpling filling through the extrusion screw or extrusion gear has a limitation in that the texture of the filling is degraded due to tissue damage caused by the compression of the filling during the quantitative discharge process. Prior art literature

[0007] Registered Utility Model Publication No. 20-0285035 Published Patent Publication No. 10-2000-0056052 Registered Utility Model Publication No. 20-1997-0004214 Registered Utility Model Publication No. 20-1997-0004215 The problem to be solved

[0008] The objective of the present invention, devised to resolve the aforementioned problems, is to provide a dumpling filling quantitative supply device that feeds a quantitative amount of dumpling filling stored in a hopper into a dumpling wrapper according to a set cycle, and in particular, by equipping an extrusion-type quantitative discharge unit that continuously supplies a quantitative amount of dumpling filling stored in the hopper through extrusion, thereby minimizing the deterioration of texture and taste caused by the crushing of each ingredient constituting the dumpling filling and shortening the cycle timing for the supply of dumpling filling to improve productivity in the manufacture of dumplings. means of solving the problem

[0009] The above objective is achieved by the following configuration provided in the present invention.

[0010] The quantitative supply device for dumpling filling according to the present invention is,

[0011] A hopper having a storage space for dumpling filling;

[0012] It is configured to include a quantitative discharge unit that discharges the dumpling filling stored in the above dumpling filling storage space, and

[0013] The above quantitative discharge unit is characterized by comprising: one or more extrusion pipes having a filling space formed longitudinally on the bottom of a dumpling filling storage space formed in a hopper and having an opening formed at the top that communicates with the dumpling filling storage space; an extrusion member that moves an extrusion head back and forth along the filling space of the extrusion pipe to quantitatively extrude the dumpling filling filled in the filling space through the extrusion head; and a discharge pipe unit that supplies the dumpling filling quantitatively extruded from the extrusion pipe by the extrusion of the extrusion member to a dumpling wrapper.

[0014] Preferably, the quantitative discharge unit comprises a pair of extrusion pipes including a first extrusion pipe and a second extrusion pipe, which are formed parallel to each other in two rows along the longitudinal direction on the bottom of the dumpling filling storage space formed in the hopper, have a filling space having an opening communicating with the dumpling filling storage space, and have an extrusion port formed in front of the filling space;

[0015] A first extrusion member having an extrusion head arranged in a reciprocating structure in the filling space of the first extrusion pipe, which extrudes the dumpling filling filled in the filling space of the first extrusion pipe from the dumpling filling storage space along the opening in the longitudinal direction so that a quantitative amount of dumpling filling is extruded through the extrusion port;

[0016] A second extrusion member having an extrusion head arranged in a reciprocating structure in the filling space of the second extrusion pipe, which extrudes the dumpling filling filled in the filling space of the second extrusion pipe from the dumpling filling storage space along the opening in the longitudinal direction so that a quantitative amount of dumpling filling is extruded through the extrusion port;

[0017] It is characterized by being composed of a discharge pipe unit including a first extrusion pipe extrusion port, a pair of extrusion pipes including a first extrusion pipe and a second extrusion pipe formed by extending from the first extrusion pipe extrusion port and the second extrusion pipe extrusion port, and a combined discharge pipe that combines the outlets of the pair of extrusion pipes.

[0018] Preferably, the extrusion head of the first extrusion member disposed in the filling space of the first extrusion pipe and the extrusion head of the second extrusion member disposed in the filling space of the first extrusion pipe are configured to alternately move in and out along the filling space of the extrusion pipe.

[0019] In the process of an extrusion head advancing in either the first or second extrusion pipe to extrude the dumpling filling filled in the filling space through a discharge pipe unit, the extrusion head positioned in the remaining extrusion pipe is configured to retract to open the filling space and fill the filling space with the dumpling filling stored in the dumpling filling storage space.

[0020] In addition, in the merging section formed between the outlet of a pair of extrusion pipes constituting the discharge pipe unit and the inlet of the merging discharge pipe, an extrusion opening / closing unit is disposed to alternately connect the outlet of the pair of extrusion pipes to the inlet of the merging discharge pipe. Effects of the invention

[0021] As described above, the dumpling filling quantitative supply device according to the present invention is equipped with an extrusion-type quantitative discharge unit that simply extrudes the dumpling filling filled in the filling space through an extrusion head to quantitatively discharge it; consequently, compared to conventional extrusion screw-type or extrusion gear-type quantitative discharge units, the occurrence of crushing of the dumpling filling is minimized, thereby possessing the unique characteristic of being able to suppress tissue damage to the ingredients constituting the dumpling filling.

[0022] In particular, the present invention is configured as a double-acting type including a discharge pipe unit equipped with an extrusion opening / closing unit, and has the unique characteristic of being able to overcome the phenomenon of delayed quantitative extrusion time of dumpling filling by continuously performing the filling process and the extrusion process of dumpling filling alternately without backflow of the quantitatively extruded dumpling filling. Brief explanation of the drawing

[0023] FIG. 1 shows the quantitative supply state of dumpling filling through a quantitative supply device for dumpling filling proposed as a preferred embodiment of the present invention, and FIGS. 2 to 4 show the overall configuration of a quantitative dumpling filling supply device proposed as a preferred embodiment of the present invention, and FIG. 5 shows the detailed assembly state of the extrusion head and the reciprocating rod constituting the extrusion unit in the dumpling filling quantitative feeding device proposed as a preferred embodiment of the present invention. FIGS. 6 and 7 show the quantitative extrusion supply state of dumpling filling through the quantitative dumpling filling supply device proposed as a preferred embodiment of the present invention. Specific details for implementing the invention

[0024] Hereinafter, a quantitative dumpling filling supply device proposed as a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

[0025] FIG. 1 shows the quantitative supply state of dumpling filling through the quantitative supply device for dumpling filling proposed as a preferred embodiment of the present invention, FIG. 2 to 4 show the overall configuration of the quantitative supply device for dumpling filling proposed as a preferred embodiment of the present invention, FIG. 5 shows the detailed assembly state of the extrusion head and the reciprocating rod constituting the extrusion unit in the quantitative supply device for dumpling filling proposed as a preferred embodiment of the present invention, and FIG. 6 to 7 show the quantitative extrusion supply state of dumpling filling through the quantitative supply device for dumpling filling proposed as a preferred embodiment of the present invention.

[0026] The dumpling filling quantity supply device (1) according to the present invention is a means for supplying a quantity of dumpling filling (100) mixed with various ingredients to a dumpling wrapper (S) that is sequentially formed and transported by a dumpling wrapper forming supply device, as shown in FIG. 1.

[0027] The above dumpling filling quantity supply device (1) includes a hopper (10) having a dumpling filling storage space (11) as seen in FIGS. 1 to 4; and a quantity discharge unit (20) for discharging the dumpling filling (100) stored in the dumpling filling storage space (11), and the hopper (10) has a dumpling filling storage space (11) with an input opening formed at the top.

[0028] Accordingly, a dumpling filling mixed with various ingredients is stored in the dumpling filling storage space (11) of the hopper (10), and the stored dumpling filling (100) is supplied in a measured amount to the dumpling wrappers that are sequentially formed and transported by the dumpling wrapper forming device through the measured amount discharge unit (20).

[0029] In the present invention, when implementing such a dumpling filling quantity supply device (1), the quantity discharge unit (20) is configured as an extrusion supply type that supplies a quantity of the dumpling filling (100) stored in the dumpling filling storage space (11) to the dumpling wrapper by discharging it in a quantity through an extrusion process, thereby minimizing the occurrence of crushing of the food ingredients constituting the dumpling filling (100) and suppressing damage to the texture and mouthfeel of the food ingredients.

[0030] The extrusion supply type quantitative discharge unit (20) provided in this embodiment comprises one or more extrusion pipes (21) having an upper open filling space (21a) formed longitudinally on the bottom of a dumpling filling storage space (11) formed in a hopper (10) and having an opening (21a-a) formed at the top that communicates with the dumpling filling storage space (11), and an extrusion member (31) that moves an extrusion head (31a) along the filling space (21a) of the extrusion pipe (21) to quantitatively extrude the dumpling filling (100) filled in the filling space (21a) through the extrusion head (31a).

[0031] The extrusion member (31) is a means for advancing an extrusion head (31a), which is arranged in a reciprocating structure in the filling space (21a) of the extrusion pipe (21), in the longitudinal direction to quantitatively discharge the dumpling filling (100) filled in the filling space (21a) through the extrusion port (21b). In this embodiment, a cylinder-type extrusion member (31) is proposed and adopted in which the extrusion head (31a) is arranged on a reciprocating rod (31b) so that the extrusion head (31a) moves back and forth along the filling space (21a) of the extrusion pipe (21) by the reciprocating action of the reciprocating rod (31b).

[0032] In particular, in this embodiment, as shown in FIGS. 5 to 7, an extrusion force structure is further formed in the extrusion head (31a) constituting the extrusion member (31, 32) to allow the dumpling filling (100) filled in the filling space (21a) of the extrusion pipe (21) to be extruded naturally along the extrusion port (21b) while suppressing the occurrence of overload on the extrusion member (31) and suppressing the occurrence of crushing of the dumpling filling (100) filled in the filling space (21a).

[0033] The above extrusion force structure includes a reciprocating guide (31a-a) that installs the extrusion head (31a) in a reciprocating structure at the tip of the reciprocating rod (31b), and a compression force spring (33) that elastically applies force in the forward direction to the extrusion head (31a) installed in a reciprocating structure at the tip of the reciprocating rod (31b) through the reciprocating guide (31a-a).

[0034] Accordingly, the extrusion head (31a), installed in a reciprocating structure on the reciprocating rod (31b), moves forward into the filling space (21a) filled with dumpling filling (100), and while retracting along the reciprocating guide (31a-a), it promotes compression of the compression force spring (33). Subsequently, due to the elastic restoring force of the compressed compression force spring (33) and the forward force of the reciprocating rod (31b) provided in combination, the extrusion head (31a) gradually applies force to the dumpling filling (100) filled in the filling space (21a) and extrudes it forward.

[0035] When configured in this way, the extrusion member (31) is prevented from colliding excessively with the dumpling filling (100) filled in the filling space (21a) of the extrusion pipe (21) through the compression head (31a) and causing an overload, and the dumpling filling (100) filled in the filling space (21a) of the extrusion pipe (21) is compressed by the instantaneous pressure of the compression head (31a), thereby elastically pressing the dumpling filling (100) to facilitate quantitative extrusion of the dumpling filling.

[0036] Accordingly, the dumpling filling (100), which is introduced into the filling space (21a) of the extrusion pipe (21) from the opening (21a-a) and filled in a measured amount, is extruded in a measured amount through the extrusion port (21b) by the pressure of the extrusion head (31a) advancing along the lengthwise direction along the filling space (21a) and discharged.

[0037] Compared to conventional extrusion screw type or extrusion gear type quantitative discharge units, this extrusion supply type quantitative discharge unit (20) simply extrudes the dumpling filling (100) filled in the filling space (21a) through the extrusion head (31a) to the extrusion port (21b) to discharge the filling in a quantitative amount, thereby minimizing the occurrence of crushing of the dumpling filling (100) during the quantitative discharge process of the dumpling filling (100) and thus having the unique characteristic of being able to suppress tissue damage to the food ingredients constituting the dumpling filling (100).

[0038] However, although the above-mentioned extrusion-type quantitative discharge unit (20) has the specificity of minimizing tissue damage, structurally, it has a limitation in that the quantitative extrusion time of the dumpling filling (100) is delayed by the time taken to fill the dumpling filling (100) into the filling space (21a) of the extrusion pipe (21), as the filling process of filling the dumpling filling (100) into the filling space (21a) of the extrusion pipe (21) by the retraction of the extrusion head (31a) is repeated, and the quantitative extrusion process of the filled dumpling filling (100) is delayed by the time taken to fill the dumpling filling (100) into the filling space (21a) of the extrusion pipe (21).

[0039] To resolve this, in this embodiment, the extrusion-type quantitative discharge unit (20) is configured as a double-acting type that simultaneously implements the filling process of the dumpling filling (100) and the extrusion process of the dumpling filling (100), thereby overcoming the limitation of the quantitative extrusion time of the dumpling filling (100) being delayed.

[0040] To elaborate on this, in this embodiment, a pair of extrusion pipes are formed, comprising a first extrusion pipe (21) having a filling space (21a) of a set length with an open top and a second extrusion pipe (22) having a filling space (22a) of a set length with an open top, at the bottom of the dumpling filling storage space (11) formed in the hopper (10).

[0041] And, in the first extrusion pipe (21), a first extrusion member (31) having an extrusion head (31a) is arranged so that the dumpling filling (100) introduced from the dumpling filling storage space (11) into the filling space (21a) of the first extrusion pipe (21) along the opening (21a-a) is extruded in the longitudinal direction and the dumpling filling (100) is extruded in a measured amount through the extrusion port (21b).

[0042] A second extrusion member (32) having an extrusion head (32a) is arranged in the second extrusion pipe (22) above to extrude the dumpling filling (100) that has flowed from the dumpling filling storage space (11) into the filling space (22a) of the second extrusion pipe (22) along the opening (22a-a) in the longitudinal direction so that the dumpling filling (100) is extruded in a measured amount through the extrusion port (22b).

[0043] And, at the extrusion port (21b) of the first extrusion pipe (21) and the extrusion port (22b) of the second extrusion pipe (22), a combined discharge pipe unit (40) is arranged to supply the dumpling filling (100), which is alternately discharged in a fixed amount through the first extrusion pipe (21) and the second extrusion pipe (22), to the dumpling wrapper that is sequentially formed and transported by the dumpling wrapper forming supply device.

[0044] The above combined discharge pipe unit (40) includes a pair of extrusion pipes, comprising a first extrusion pipe (41) formed by extending to the extrusion port (21b) of the first extrusion pipe (21) and a second extrusion pipe (42) formed by extending to the extrusion port (22b) of the second extrusion pipe (22), and a combined discharge pipe (43) that combines the outlets (41a, 42a) of the pair of extrusion pipes (41, 42).

[0045] Accordingly, in the quantitative discharge unit (20) according to the present embodiment, the extrusion head (31a) of the first extrusion member (31) and the extrusion head (32a) of the second extrusion member (32) move back and forth alternately along the extrusion pipe (21, 22).

[0046] In this process, the extrusion head (31a, 32a) advances in either the first extrusion pipe (21) or the second extrusion pipe (22) to extrude and discharge the dumpling filling (100) introduced into the filling space (21a, 22a) through the combined discharge pipe unit (40), while the extrusion head (31a, 32a) placed in the remaining extrusion pipe (21, 22) retracts to simultaneously alternately perform the process of introducing the dumpling filling (100) from the dumpling filling storage space (11) to discharge a fixed amount of dumpling filling through the combined discharge pipe (43) of the combined discharge pipe unit (40).

[0047] Preferably, an elastic opening / closing sheet (44) is formed at the outlet (43a) of the combined discharge pipe (43) to open and close the outlet (43a), thereby preventing a small amount of dumpling filling (100) remaining in the combined discharge pipe (43) from slowly falling and being discharged through the outlet (43a).

[0048] The above elastic opening / closing sheet (44) is formed in a shape in which a plurality of elastic opening / closing pieces (44a) cut in a radial structure are arranged in a radial structure.

[0049] Accordingly, when the dumpling filling (100) is extruded at high pressure through the extrusion unit (30), the elastic opening / closing pieces (44a) are opened outward to discharge a quantity of the extruded dumpling filling (100) through the outlet (43b) of the combined discharge pipe (43). When the extrusion by the extrusion unit (30) is not performed, the opened elastic opening / closing pieces (44a) are elastically restored to elastically close the outlet (43a) of the combined discharge pipe (43), thereby preventing a small amount of dumpling filling (100) remaining in the combined discharge pipe (43) from falling through the outlet (43a) and contaminating the surroundings, or preventing unnecessary loss of the dumpling filling (100).

[0050] Meanwhile, since the extrusion port (21b) of the first extrusion pipe (21) and the extrusion port (22b) of the second extrusion pipe (22) are connected in common through the combined discharge pipe unit (40), the dumpling filling extruded through the extrusion port (21a, 22a) of either extrusion pipe (21, 22) may not be discharged through the combined discharge pipe (43) but may flow back through the extrusion port (21a, 22a) of the remaining extrusion pipe (21, 22) and flow into the remaining extrusion pipe (21, 22).

[0051] To resolve this, in the present invention, in the confluence section (40a) formed between the outlets (41a, 42a) of a pair of extrusion pipes (41, 42) constituting the confluence discharge pipe unit (40) and the inlet (43a) of the confluence discharge pipe (43), an extrusion opening / closing unit (50) is arranged to alternately connect the outlets (41a, 42a) of the pair of extrusion pipes (41, 42) to the inlet (43a) of the confluence discharge pipe (43), thereby preventing backflow of the quantitatively extruded dumpling filling (100).

[0052] And, the extrusion opening / closing unit (50) is configured to include a pivot opening / closing member (51) that is arranged in a forward / reverse pivoting structure in the confluence section (40a) through a pivoting central axis (52), so that it pivots forward and reverse around the pivoting central axis (52) by the extrusion pressure of the dumpling filling extruded through the first extrusion pipe (41) and the second extrusion pipe (42), thereby selectively connecting the outlets (41a, 42a) of a pair of extrusion pipes (41, 42) formed in the confluence section (40a) to the inlet (43a) of the confluence discharge pipe (43).

[0053] At this time, among the pair of extrusion pipes (41, 42), the outlet (41a, 42a) of the extrusion pipe (41, 42) through which the dumpling filling is extruded by the extrusion unit (30) is temporarily connected to the inlet (43a) of the combined discharge pipe (43) so that the dumpling filling extruded through the extrusion pipe (41, 42) is discharged along the combined discharge pipe (43).

[0054] In particular, the above-mentioned pivot opening / closing member (51) does not have a driving means such as a separate motor, and pivots forward and backward around the pivot center axis (52) by the extrusion pressure of the dumpling filling that is stirred and extruded from a pair of extrusion pipes (41, 42), thereby connecting the outlet of the extrusion pipe through which the dumpling filling is extruded to the inlet of the combined discharge pipe (43), and temporarily closing the connection between the remaining extrusion pipe outlet and the inlet of the combined discharge pipe (43).

[0055] That is, as shown in FIG. 6, in the process where the filling (100) filled in the filling space (21a) of the first extrusion pipe (21) by the first extrusion member (31) is extruded along the first extrusion pipe (41), the pivot opening / closing member (51) rotates in one direction around the pivot center axis (52) due to the extrusion pressure of the filling extruded through the first extrusion pipe (41) so that the outlet (41a) of the first extrusion pipe (41) and the inlet (43a) of the combined discharge pipe (43) are temporarily connected, and at this time, the outlet (42a) of the second extrusion pipe (42) and the inlet (43a) of the combined discharge pipe (43) form a closed state.

[0056] And, as shown in FIG. 7, in the process where the filling (100) filled in the filling space (22a) of the second extrusion pipe (22) by the second extrusion member (32) is extruded along the second extrusion pipe (42), the pivot opening / closing member (51) is configured to pivot in this direction around the pivot center axis (52) by the extrusion pressure of the filling extruded through the second extrusion pipe (42) so as to temporarily connect the outlet (42a) of the second extrusion pipe (42) and the inlet (43a) of the combined discharge pipe (43), and at this time, the outlet (41a) of the first extrusion pipe (41) and the inlet (53a) of the combined discharge pipe (53) are formed in a closed state.

[0057] Thus, the dumpling filling quantity supply device (1) according to the present embodiment is capable of supplying a quantity of dumpling filling to the dumpling wrapper while suppressing the occurrence of crushing of the dumpling filling (100) through the extrusion supply type quantity discharge unit (20), and is particularly configured as a double-acting type including a discharge pipe unit (40) equipped with an extrusion opening / closing unit (50), so that the filling process of the dumpling filling and the extrusion process of the dumpling filling are implemented independently and alternately without backflow of the quantity extruded dumpling filling (100), thereby having a unique characteristic that can overcome the phenomenon of delay in the quantity extrusion time of the dumpling filling.

[0058] The present invention described above has been explained with reference to the embodiments illustrated in the drawings, but this is merely illustrative, and those skilled in the art will understand that various modifications and variations of the embodiments are possible therefrom.

[0059] However, such modifications should be considered to be within the technical scope of protection of the present invention. Therefore, the true technical scope of protection of the present invention should be determined by the technical concept of the appended claims. Explanation of the symbols

[0061] 1. Dumpling filling quantitative dispensing device 10. Hopper 11. Dumpling filling storage space 12. Dumpling filling opening 20. Quantitative discharge section 21. First extrusion pipeline 21a. Filling space 21a-a. Opening 21b. Extrusion port 22. Second Extrusion Pipeline 22a. Filling Space 22a-a. Opening 22b. Extrusion 30. Extrusion unit 31. First extrusion member 31a. Extrusion head 31a-a. Advance and retraction guide 31b. Advance and retreat road 32. Second extrusion member 32a. Extrusion head 32a-a. Advance & Retreat Guide 32b. Advance & Retreat Road 33. Compression spring 40. Discharge pipe unit 40a. Confluence section 41. First extrusion pipe 41a. Outlet 42. Second extrusion pipe 42a. Outlet 43. Combined Discharge Pipe 43a. Inlet 43b. Exit 44. Elastic opening / closing sheet 44a. Elastic opening / closing piece 50. Extrusion opening / closing unit 51. Swivel opening / closing member 52. Center of rotation 100. Dumpling filling

Claims

Claim 1 A hopper having a dumpling filling storage space; and a quantitative discharge unit for discharging the dumpling filling stored in the dumpling filling storage space, wherein the quantitative discharge unit comprises one or more extrusion pipes having a filling space formed longitudinally on the bottom of the dumpling filling storage space formed in the hopper and having an opening formed at the top communicating with the dumpling filling storage space, and an extrusion member that moves an extrusion head back and forth along the filling space of the extrusion pipe to quantitatively extrude the dumpling filling filled in the filling space through the extrusion head. and includes a discharge pipe unit that supplies dumpling filling, quantitatively extruded from an extrusion pipe by the extrusion of the extrusion member, to a dumpling wrapper, wherein the quantitative discharge unit comprises: a pair of extrusion pipes including a first extrusion pipe and a second extrusion pipe, which are formed in two rows parallel to each other in the longitudinal direction on the bottom of a dumpling filling storage space formed in the hopper, have a filling space having an opening communicating with the dumpling filling storage space, and have an extrusion port formed in front of the filling space; a first extrusion member having an extrusion head disposed in a reciprocating structure in the filling space of the first extrusion pipe and extruding the dumpling filling filled from the dumpling filling storage space to the filling space of the first extrusion pipe in the longitudinal direction along the opening so that the dumpling filling is quantitatively extruded through the extrusion port; and a second extrusion member having an extrusion head disposed in a reciprocating structure in the filling space of the second extrusion pipe and extruding the dumpling filling filled from the dumpling filling storage space to the filling space of the second extrusion pipe in the longitudinal direction along the opening so that the dumpling filling is quantitatively extruded through the extrusion port A dumpling filling quantitative supply device characterized by comprising: a second extrusion member having an extrusion head that causes the dumpling filling to be quantitatively extruded; and a discharge pipe unit comprising an extrusion port of the first extrusion pipe, a pair of extrusion pipes including a first extrusion pipe and a second extrusion pipe formed extending from the extrusion port of the second extrusion pipe, and a confluence discharge pipe that combines the outlets of the pair of extrusion pipes. Claim 2 delete Claim 3 A quantitative dumpling filling supply device according to claim 1, wherein the extrusion head of a first extrusion member disposed in the filling space of the first extrusion pipe and the extrusion head of a second extrusion member disposed in the filling space of the first extrusion pipe are configured to alternately advance and retract along the filling space of the extrusion pipe, and during the process in which the extrusion head advances in either the first or second extrusion pipe to extrude the dumpling filling filled in the filling space through a discharge pipe unit, the extrusion head disposed in the remaining extrusion pipe retracts to open the filling space and fills the filling space with the dumpling filling stored in the dumpling filling storage space. Claim 4 A dumpling filling quantitative supply device according to claim 1, characterized in that an extrusion opening / closing unit is disposed in the confluence section formed between the outlet of a pair of extrusion pipes constituting the discharge pipe unit and the inlet of a combined discharge pipe, such that the outlets of the pair of extrusion pipes are alternately connected to the inlet of the combined discharge pipe.

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