TW201328603A - Cutting structure of wrapping stuffing machine for material-feeding - Google Patents

Abstract

The invention relates to a cutting structure of wrapping stuffing machine for material-feeding, including a tank body and a transmission device. The tank body includes a tank base and a plurality of funnel-shaped material-feeding tanks, in which the tank base includes a top portion provided with a plurality of slantedly-arranged material-feeding pipes, and the material-feeding tanks that are correspondingly arranged above the material-feeding pipes are communicated with each other. The transmission device includes a first cutting material-feeding module, a second cutting material-feeding module, and a motor set disposed on the material-feeding tank of the tank body. The first cutting material-feeding module includes a hollow axial tube that has one end coupled to the motor set and a first blade that is coupled to the axial tube. The second cutting material-feeding module includes a spindle having an upper section and a lower section, an adapter configured between the upper section and the lower section of the spindle, and a plurality of second blades coupled to the spindle, in which the spindle includes one end that is sleevingly coupled in and linked with the axial tube of the first cutting material-feeding module. The first and second cutting material-feeding modules of the transmission are accommodated in the tank body. Accordingly, efficacies, such as of utilizing multiple tanks to process various stuffings, uniformly mixing the stuffings, promoting material-pushing efficacy, facilitating assembling and disassembling processes, providing convenient cleaning operation, can be attained.

Description

Filling machine feed cutting structure

The invention relates to a feeding and cutting structure of a filling machine, in particular to a feeding and cutting structure of a filling machine which can effectively improve the pushing efficiency and facilitate the cleaning operation.

In general, the stuffing action of foods is to cover the fillings (such as lotus root, bean stuffing, jujube, etc.) in leather (such as batter, rice paste, etc.), in order to meet the needs of mass production and manufacturing. Some manufacturers have developed a stuffing machine, as long as the leather and stuffing to be processed are placed in the feeding trough of the stuffing machine, the food containing the stuffing can be manufactured. Please refer to Figure 5, the traditional bag. The feeding structure of the filling machine comprises: two laterally disposed feeding slots 10A, wherein each of the feeding slots 10A is provided with at least one rotating shaft 21A having a spiral blade 22A and a motor connected to the rotating shaft 21A (not shown) The feed slot 10A has an output port 11A having an input port (not shown) and an output port 12A perpendicular to each other. The output port 11A is at the end of the output port 12A, and is disposed in the output channel 11A. a turbine blade 13A; and a slot (not shown) having a discharge port and a plurality of delivery pipes, one end of each of the delivery pipes being in communication with the discharge port, and the other end being coupled to the feed slot The output port 12A of 10A is connected.

In the implementation, the filling material and the leather material are respectively placed in each of the feeding grooves 10A, pushed into the output passage 11A through the rotating shaft 21A having the spiral blade 22A, and then steered to the output port 12A through the turbine blade 13A, and finally Enter the feed pipe of the tank seat and produce the stuffed food from the discharge port.

However, the feeding groove 10A of the feeding structure of the traditional filling machine has a dead angle at the turning point of the output passage 11A, and the lateral pushing efficiency is poor, the internal material is easy to accumulate (or jam), and the scale is complicated, and the structural design is complicated. The cumbersome installation causes difficulties in cleaning operations and greatly reduces production efficiency.

In view of this, the creator of the present invention feels that the above problems can be improved, and is devoted to research and design, and in conjunction with the application of the theory, and then proposes an inventive creation that is reasonably designed and effectively improves the above problems.

The main object of the present invention is to provide a filling and cutting structure for a filling machine, which is characterized by a tank having a plurality of inclined feeding pipes, and a plurality of funnel-shaped feeding grooves corresponding to the plurality of conveying pipes. The design improves the problem of the tank volume and the material, so as to effectively improve the pushing efficiency and multi-tank processing of various fillings.

A secondary object of the present invention is to provide a filling and cutting structure for a filling machine, wherein the first cutting feeding module and the second cutting feeding module are modularized, and the first cutting of the transmission device The feeding module, the second cutting feeding module, the cutting component, the reverse pushing module and the components thereof are simple socket or screwing manner, so that the utility model has the advantages of easy disassembly and assembly and convenient cleaning operation. efficacy.

Another object of the present invention is to provide a filling and cutting structure for a filling machine, which is implemented by matching the first cutting feeding module and the second cutting feeding module to have a regional and periodic structure. The function of stirring and pushing the material, thereby achieving the effect of uniform stirring and increasing the pushing speed, facilitates the subsequent filling operation, and increases the types of original fillings that can be processed.

A further object of the present invention is to provide a filling and cutting structure for a filling machine. The lower portion of the shaft of the second cutting feed module 22 is further provided with a plurality of adapters in addition to the plurality of second blades. The adapters are connected between the second blades, so that the upper, lower, and even the turning points of the shaft have the function of pushing materials, so as to achieve uniform stirring and stable pushing.

To achieve the above object, the present invention provides a filling and cutting structure for a filling machine, comprising: a tank body and a transmission device. The trough system comprises a trough seat and a plurality of funnel-shaped feed troughs, the top of the trough has a plurality of inclined feeding pipes, and the bottom of the trough has a discharge port, and the discharge port is connected with The feed pipes are connected to each other, and the feed channels are correspondingly disposed above the plurality of feed pipes and communicate with each other; the transmission device comprises a first cutting feed module and a second cutting feed module And a motor set, the motor set is mounted on the feed slot, the first cutting feed module comprises a hollow shaft tube and a first blade connected to the shaft tube, the shaft tube is terminated by one end The second cutting feed module comprises a shaft having upper and lower sections, a joint disposed between the upper and lower sections, and a plurality of connecting shafts. a second blade, one end of the shaft is connected to the shaft tube and is coupled with the shaft tube, and the first cutting feed module and the second cutting feed module are received in the groove; In this way, it can achieve multi-tank processing of various fillings, evenly stir, improve the pushing efficiency, easy to disassemble and facilitate cleaning. The effectiveness of the job.

For a fuller understanding of the features, features and technical aspects of the present invention, reference should be made to the detailed description of the invention and the accompanying drawings.

Referring to Figures 1 to 4, the present invention is a filling machine cutting structure comprising a trough body 10 and a transmission device 20.

The tank body 10 includes a tank seat 11 and a plurality of funnel-shaped feed tanks 12, and the top of the tank base 11 has a plurality of inclined feeding pipes 111 (in this embodiment, two conveying pipes, and The two feed pipes 111 are in the shape of a wide and narrow trumpet, and the bottom of the trough 11 has a discharge port 112. The discharge port 112 communicates with the feed pipes 111, and the feeds are connected to each other. The trough 12 is disposed above the plurality of feed pipes 111 and communicates with each other. The feed trough 12 includes a trough cover 122 having a fixed portion 1221 and a split portion 1222. The portion 1221 and the split portion 1222 are pivotally connected to each other.

The transmission device 20 includes a first cutting feed module 21, a second cutting feed module 22 and a motor assembly 23.

The motor unit 23 is mounted on the feeding groove 12 (in the embodiment, the motor unit 23 is mounted on the fixing portion 1221 of the groove cover 122).

The first cutting feed module 21 includes a hollow shaft tube 211 and a first vane 212 (spiral) connected to the shaft tube 211, and one end of the shaft tube 211 is connected to the motor unit 23 (this In one embodiment, one end of the shaft tube 211 has a bearing, and the motor unit 23 has a shaft hole that is coupled to the bearing shaft.

The second cutting feed module 22 includes a shaft 221 having upper and lower sections, a joint 222 disposed between the upper and lower sections of the shaft 221, and a plurality of connecting shafts 221 a second blade 223 (which is spiral), one end of the shaft 221 is connected to the shaft tube 211 and is coupled with the shaft tube 211 (in this embodiment, one end of the shaft 221 is an axis) The top end of the upper portion 221 is coupled to a fixing member 2211. The fixing member 2211 is positioned on the shaft tube 211 by a screw member 2212. The first cutting feed module 21 and the second cutting feed mold The group 22 is housed in the tank 10.

The adapter 222 includes an upper tube body 2221, a lower tube body 2222, and a rotating member 2223 connected between the upper tube body 2221 and the lower tube body 2222. In the embodiment, the rotating member 2223 is a top and bottom. The short shaft tube runs through, and one side of the lower tube body 2222 extends a two-piece joint portion for pivotal connection with the upper and lower nozzles of the rotating member 2223, and the opposite side tubes of the rotating member 2223 A hole is formed in each of the faces, and one side of the upper pipe body 2221 extends a two-piece joint portion for pivotal connection with the hole to form a so-called universal joint.

The adapter 222 is coupled between the upper and lower sections of the shaft 221 such that the shaft 221 has a foldable upper and lower sections, and the upper section of the shaft 221 is coupled to the feed slot 12 The lower portion of the shaft 221 is housed in the feed pipe 111. In this embodiment, the lower portion of the shaft 221 includes a plurality of adapters 222 (the structure is as described above), and the adapters 222 are connected between the second blades 223, in detail, a switch The head 222 is coupled between the upper and lower sections of the shaft 221, and the other adapters 222 are reconnected between the second blades 223 (the adapter 222 can be interleaved with the second blades 223). The third blade 2224 is connected to each of the adapters 222. In the embodiment, the tubular body 2221 and the lower tubular body 2222 are respectively connected with two lateral directions. The third blade 2224, and the upper tube body 2221 and the third blade 2224 of the lower tube body 2222 are formed to cross each other to enhance the stirring and pushing efficiency, and the lower portion of the shaft core 221 may further comprise a short shaft tube ( The short-axis tube is connected between the second blades 223 to adjust the distance between the second blades 223 as appropriate.

Preferably, the transmission device 20 further includes a cutting assembly 24 coupled to the shaft tube 211 above the first vane 212, wherein the cutting assembly 24 has a connection to the shaft tube 211. The connecting portion 241 and the plurality of fins 242 extending outward from the connecting portion 241 (in the present embodiment, the connecting portion 241 is a sleeve, the sleeve is fixed to the shaft tube 211 and is coupled to the shaft tube 211 In conjunction with the blade 242, a plurality of cutters 243 are provided above and below the fins 242 to enhance agitation and pushing efficiency.

More preferably, the transmission device 20 further includes a reverse push module 25 connected to the shaft tube 211 above the cutting assembly 24, the reverse push module 25 There is a connecting portion 251 connected to the shaft tube 211 (in the embodiment, the connecting portion 241 is a kit, the sleeve is threaded through the shaft tube 211 and pivotally connected to the shaft tube 211, and the kit is coupled A gear, which is interlocked with the gear of the motor unit extension, and a plurality of bent members 252 (in a sheet shape) extending outward from the connecting portion 251 and extending downward to enhance the stirring and pushing efficiency.

The first cutting feed module 21 and the second cutting feed module 22 of the transmission device 20 are matched with each other to have a regionality (the center and the periphery of the feeding groove 12) and the stage ( The function of stirring and pushing the feeding trough 12 and the feeding tube 111 in two stages), thereby improving the uniform stirring and lifting the pushing speed, facilitating the subsequent filling operation and increasing the original filling The type of material.

In order to effectively reduce the card material and improve the pushing efficiency, the invention is designed through the following special design:

1. The funnel-shaped feeding trough 12 (the upper width and the lower narrow shape), in addition to having convenient feeding, is pushed downward by gravity after feeding from the notch, which is different from the traditional laterally-set feeding trough, improving The problem of the accumulation of material and the material of the tank body 10 is effective, and the efficiency of pushing material is effectively improved.

Second, a plurality of inclined feeding pipes 111 (upper width and lower narrow shape), connected to the feeding trough 12, and the lower discharging port 112, adopting a vertical design, and feeding by gravity from the feeding trough 12 Pushing down, different from the traditional self-feeding trough to the discharge port 112, it needs to pass a horizontal turn (near right angle) to form a serious dead angle jam, which improves the problem of the stack 10 and the material of the tank 10, and effectively Improve the efficiency of pushing materials.

The lower portion of the 221 of the second cutting feed module 22 includes a plurality of second 223s 223, and further includes a plurality of adapters 222, and the adapters 222 are coupled to the second blades. Between 223, the upper and lower sections of the shaft 221, even at the turning point, have the function of pushing the material to achieve the effect of uniform stirring and stable pushing.

The present invention is designed to be easily and quickly disassembled for efficient cleaning operations through the following special designs:

1. The first cutting feed module 21 and the second cutting feeding module 22 are modularized, so the first cutting feeding module 21 and the second cutting feeding module 22 can be completely assembled and disassembled. Easy to clean.

2. The first cutting feed module 21, the second cutting feed module 22, the cutting assembly 24, the reverse pushing module 25 and the components of the transmission device 20 are simple sockets or The screwing method makes it easy to disassemble and facilitate the cleaning operation.

The feeding cutting structure of the filling machine of the present invention is characterized in that: a tank seat 11 having a plurality of inclined feeding pipes 111, and a plurality of funnel-shaped feeding grooves 12 corresponding to the plurality of conveying pipes 111 The special design improves the problem of material accumulation and jamming of the tank body 10, so as to effectively improve the pushing efficiency, and can process various filling materials in multiple grooves; and the first cutting feeding module 21 and the second cutting feeding material The module 22 is a modular design, and the first cutting feed module 21, the second cutting feed module 22, the cutting assembly 24, the reverse pushing module 25 and the components thereof of the transmission device 20 The simple splicing or screwing mode has the advantages of easy disassembly and assembly and convenient cleaning operation; and the first cutting feeding module 21 and the second cutting feeding module 22 are matched with each other. It is implemented to have the function of mixing and pushing the material (the center and the periphery of the feed tank 12) and the stage (the second stage of the feed tank 12 and the feed pipe 111), thereby improving the uniform stirring and the lifting speed. Efficacy, facilitate the subsequent filling operation, and increase the type of original filling that can be processed In addition to the plurality of second blades 223, the lower portion of the 221 of the second cutting feed module 22 further includes a plurality of adapters 222, and the adapters 222 are connected to the second Between the blades 223, the upper and lower sections of the shaft 221, even at the turning point, have the function of pushing the material to achieve the effect of uniform stirring and stable pushing. As described above, the feed cutting structure of the filling machine of the present invention has practicality, novelty, advancement and convenience.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention. The equivalent structural changes of the present invention and the contents of the drawings are all included in the present invention. Within the scope of creation, he is given to Chen Ming.

10. . . Slot

11. . . Slot

111. . . Feed pipe

112. . . Outlet

12. . . Feed trough

121. . . notch

122. . . Slot cover

1221. . . Fixed part

1222. . . Splitting

20. . . transmission

twenty one. . . First cutting feed module

211. . . Shaft tube

212. . . First blade

twenty two. . . Second cutting feed module

221. . . Axis

2211. . . Fastener

2212. . . Screw

222. . . Adapters

2221. . . Upper tube

2222. . . Lower body

2223. . . Rotating piece

2224. . . Third blade

223. . . Second blade

twenty three. . . Motor unit

twenty four. . . Cutting component

241. . . Connection

242. . . Wing

243. . . Cutter

25. . . Reverse push module

251. . . Connection

252. . . Bending parts

10A. . . Feed trough

11A. . . Output channel

12A. . . Output port

13A. . . Turbine blade

21A. . . Rotating shaft

22A. . . Spiral blade

Figure 1 is a perspective view of the present invention.

Fig. 2 is a cross-sectional view taken along the line A-A' of Fig. 1.

Figure 3 is a perspective view of the first cutting feed module of the present invention.

Figure 4 is a perspective view of the second cutting feed module of the present invention.

Figure 5 is a perspective view of the feed chute of the feed structure of a conventional stuffing machine.

11. . . Slot

111. . . Feed pipe

112. . . Outlet

12. . . Feed trough

121. . . notch

122. . . Slot cover

20. . . transmission

twenty one. . . First cutting feed module

twenty two. . . Second cutting feed module

twenty three. . . Motor unit

twenty four. . . Cutting component

25. . . Reverse push module

Claims (8)

A filling and cutting structure for a filling machine comprises: a tank body comprising a tank seat and a plurality of funnel-shaped feed troughs, the top of the trough seat having a plurality of inclined feeding pipes, and the trough seat The bottom portion has a discharge port, and the discharge port communicates with the plurality of feed pipes, and the feed channels are correspondingly disposed above the plurality of feed pipes and communicate with each other; and a transmission device includes a a first cutting feed module, a second cutting feed module and a motor set, the motor set is mounted on the feed slot, the first cutting feed module comprises a hollow shaft tube and The shaft tube is connected to the first blade, and one end of the shaft tube is connected to the motor group. The second cutting feed module comprises an axis having upper and lower segments, and is disposed on the shaft and below. a joint between the two sections and a plurality of second blades connected to the shaft, one end of the shaft is connected to the shaft tube and interlocked with the shaft tube, the first cutting feed module And the second cutting feed module is housed in the tank body. The filling machine cutting structure according to claim 1, wherein the feeding trough comprises a slot cover, and the motor unit is mounted on the slot cover. The filling machine cutting structure according to claim 1, wherein the transmission further comprises a cutting assembly connected to the shaft tube above the first blade, and the cutting assembly is The utility model has a connecting portion connected to the shaft tube and a plurality of fins extending outward from the connecting portion, and the plurality of cutters are arranged above and below the fins. The feeding machine cutting structure according to claim 1, wherein the transmission further comprises a reverse pushing module connected to the shaft above the cutting assembly. The reverse pushing module has a connecting portion connected to the shaft tube and a plurality of bending members extending outward from the connecting portion and bending downward. The feeding machine cutting structure according to claim 1, wherein the adapter comprises an upper tube body, a lower tube body and a rotating member connected between the upper tube body and the lower tube body. . The filling machine cutting structure according to claim 1, wherein the lower portion of the shaft further comprises a plurality of adapters connected between the second blades. The filling machine cutting structure according to claim 1 or 6, wherein each of the adapters is connected with a third blade. The filling machine cutting structure according to claim 1, wherein the lower portion of the shaft further comprises a short shaft tube, and the short shaft tubes are connected between the second blades.