CN211185648U

CN211185648U - Food forming equipment provided with split type forming die

Info

Publication number: CN211185648U
Application number: CN201921916407.3U
Authority: CN
Inventors: 杨仕全; 陈旭
Original assignee: Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
Current assignee: Chengdu Soontrue Rainbow Machinery Equipment Co Ltd
Priority date: 2019-11-08
Filing date: 2019-11-08
Publication date: 2020-08-07
Anticipated expiration: 2029-11-08

Abstract

The utility model belongs to the technical field of food processing, especially, relate to a food former with split type forming die, it includes the track, the track has distributed in proper order all around and supplies the face device, annotates filling device, forming device and ejecting device, is provided with along orbital motion's forming die on the track, supplies the face device to make the face skin, annotate filling device and pour into filling into to the face skin on, first forming plate on the forming device and the mutual pressfitting of second forming plate on the forming die carry out the inclusion shaping to the face skin, and forming device and forming die mutual independence, ejecting device releases the food after the shaping. This application has changed the shaping action connection of dumpling class food in the forming process, is independent structure with the forming die components of a whole that can function independently, has simplified current forming die's structure, can practice thrift a lot of spaces, has also avoided simultaneously in the release process, and ejecting device is disturbed or the condition of pressing from both sides bad by the shaping plate on the forming die easily.

Description

Food forming equipment provided with split type forming die

Technical Field

The application belongs to the technical field of food processing, especially, relate to a be provided with split type forming die's food former.

Background

When existing dumpling-like food is molded, the mainly adopted molding dies mostly comprise two types, the first type is that two die halves are arranged, and the two die halves can rotate around a rotating shaft positioned in the middle part to open towards two sides or rotate to close towards the middle part, so that inclusion molding of the food is realized, and the two die halves in the structure are arranged on the same molding die; the second is that set up the mould cup structure and be used for loading for fashioned flour skin and filling, then through two mould lamella of level butt pressure, carry out the inclusion shaping with the food in the mould cup, in this kind of structure, the mould cup and the mould lamella of forming die do not install on same forming die.

The forming die of a first kind of structure is at the during operation, because two mould lamella on a mould all need lead to through solitary guide rail, realize the action of opening and closing, lead to forming die's structure comparatively complicated, for example patent application number is CN200820062033.9, and application date is 2008-01-29, the name is "dumpling forming die" utility model patent, its technical scheme is: the utility model belongs to food processing machinery part, including the die holder of taking the support, set up the center support plane between the support, the mounting panel that middle template and lower part set up and the support that matched mould piece and lower part correspond the setting are listed as in center support plane both sides, and its both ends are articulated with the support respectively, set up two relative dumpling shape moulds on middle template and the matched mould piece, set up second mould core and first mould core between the indent die cavity of dumpling shape mould and the center support plane respectively, set up the little recess of V-arrangement on the outer border of second mould core and middle template dumpling shape mould.

The patent adopts the first structure in the prior art, and is additionally provided with a module structure for extruding dumpling core parts besides two mould clack structures, so that three structures capable of moving relatively are arranged on one forming mould, and each structure is at least provided with one roller structure for guiding, so that a single forming mould is bulky in structure and large in occupied space, and each roller needs to be matched with an independent guide rail, thereby further enabling the structure of equipment to be more complicated; in severe cases, when the dumpling pushing mechanism pushes out the formed dumplings, the dumpling pushing mechanism is easy to be blocked or clamped by the mold flaps when pushing out the dumplings, so that shutdown accidents are caused by avoiding the structures such as the mold flaps and the mold blocks which are opened.

Disclosure of Invention

In order to overcome the problems that the existing forming mold is too thick in structure, large in occupied space, easy to influence normal work of dumpling pushing structure and the like, the food forming equipment provided with the split forming mold is provided, and the existing structure is reasonably split and distributed.

In order to achieve the technical effects, the technical scheme of the application is as follows:

the utility model provides a be provided with split type forming die's food former which characterized in that: the forming device comprises a track, wherein the track can be an integral annular track or a plurality of arc-segment tracks, a dough supply device, a filling injection device, a forming device and a push-out device are sequentially distributed on the periphery of the track, the positions corresponding to the tracks are respectively a dough supply station, a filling injection station, a forming station and a push-out station, the stations are annularly arranged, a forming die moving along the track is arranged on the track, the dough supply device is used for making dough sheets, the filling injection device is used for injecting filling materials onto the dough sheets, a first forming plate on the forming device and a second forming plate on the forming die are mutually pressed to perform inclusion forming on the dough sheets, the forming device and the forming die are mutually independent, and the push-out device is used for pushing out formed food.

Further, the forming device comprises a first forming plate located on the inner side of the rail and a pressing plate located on the outer side of the rail, accordingly, the positions of the first forming plate and the pressing plate can be interchanged, the effect of the device is not affected, and the device and the method can be used as long as the device and the pressing plate are arranged in a split structure. The first molding plate is connected with a first pressing driving device, and the first pressing driving device drives the first molding plate to reciprocate; the first pressing driving device can be an existing driving device such as an air cylinder, a motor and the like. The pressing plate is connected with the second pressing driving device, and the second pressing driving device drives the pressing plate to reciprocate. The second pressing driving device can be an existing driving device such as an air cylinder, a motor and the like. The reciprocating motion referred to herein may be a linear reciprocating motion or a rotary reciprocating motion.

Further, the first pressing driving device drives the first forming plate to reciprocate in the horizontal direction. The first stitching drive may be mounted on the frame or at a central location on the track.

Further, the second pressing driving device drives the pressing plate to do reciprocating motion obliquely upwards. The second stitching drive may be mounted on the frame or on the outside of the rail.

Further, forming die includes the mounting bracket, and the second shaping board rotates with the mounting bracket and links to each other, is provided with the second roller on the second shaping board. The second roller moves under the guidance of the track to drive the second forming plate to rotate along the rotating shaft.

Furthermore, at least one forming cavity is formed in the second forming plate, a pressing block is arranged in the forming cavity and is connected with the second forming plate in a rotating mode, and a first roller is arranged on the pressing block.

Furthermore, the pressing block is fixed on a wheel seat, the wheel seat is connected with the first roller, and the wheel seat is rotatably connected with the second molding plate through a rotating shaft. The pressing plate drives the first roller to move towards the oblique upper side, so that the pressing block is driven to rotate around the rotating shaft towards the oblique lower side, and the middle of the food is pressed.

The power for the rotation of the mold along the track, which may be a servo motor or other means known to those skilled in the art, is primarily directed to the components on the mold to facilitate their positioning at different locations during different processes.

The working principle of this application does:

the dough sheet is processed by the dough supply device and falls on the forming die located at the dough supply station, the forming die moves to the filling injection station, the filling injection device injects filling into the dough sheet of the forming die, the forming die continues to move to the forming station, the first forming plate on the forming device and the second forming plate on the forming die are mutually pressed, the dough sheet and the filling are subjected to inclusion forming, the forming die moves to the push-out station, and the push-out device pushes out the formed food.

Furthermore, when the first forming plate and the second forming plate on the forming die are mutually pressed, the pressing block on the forming die extrudes the middle parts of the dough cover and the filling, and the dumpling core part of the dumpling is extruded when the dumpling is made.

Further, when the forming die is located at the forming station, the first pressing driving device drives the first forming plate to move, the rail drives the second roller and the second forming plate to move, the first forming plate and the second forming plate which are independently arranged on different structures are pressed mutually, and the pressing forming of the food edge is achieved.

Furthermore, the first pressing driving device drives the first molding plate to do linear motion, the rail drives the second molding plate to rotate around the mounting frame, and the first molding plate and the second molding plate are pressed together.

Furthermore, one side of the pressing block in the molding cavity of the second molding plate is driven by the second pressing driving device to be pushed obliquely upwards by the pressing plate, so that the pressing block rotates along the rotating shaft, and the other side of the pressing block downwards presses the middle part of the food in the oblique downward direction to be molded.

The application has the advantages that:

1. compare in transmission structure, this application has changed dumpling class food at the shaping action connection of forming process, is independent structure with the forming die components of a whole that can function independently, has simplified current forming die's structure to realized to the orbital retrench of complete machine equipment, because complete machine equipment has often arranged more than eight forming die simultaneously, so can practice thrift a lot of spaces, also avoided simultaneously in the release process, ejecting device is the condition of disturbing or pressing from both sides bad by the shaping board on the forming die easily.

2. The forming die after splitting only keeps two main structures of the second forming plate and the pressing block, correspondingly, the driving mechanisms of the second forming plate and the pressing block are arranged on the outer side of the rail or the rail, the space on the inner side of the rail is reserved, the movement of the pushing device is facilitated, and the possibility is provided for further reducing the size of the whole machine equipment.

3. The first forming plate in the forming die after splitting is installed at a forming station, the whole machine equipment only needs to provide one first forming plate, space and cost are saved, the first forming plate only needs to be pressed against the second forming installation plate on the forming die when the forming die moves to the forming station, and the forming effect of edge sealing of the dough sheet can be achieved.

4. The pressing block is driven by the pressing plate under the driving of the first rollers, so that the middle of food is extruded, if dumplings are processed, the center of the dumplings is extruded, and the pressing plate can simultaneously push a plurality of first rollers if a forming die can process a plurality of foods.

Drawings

Fig. 1 is a schematic overall structure diagram of the present application.

Fig. 2 is a partially enlarged view of a portion a in fig. 1.

Fig. 3 is a schematic view of the forming device in cooperation with a single forming die.

Fig. 4 is a front view of fig. 3.

In the drawings:

100-track, 200-dough supply device, 300-stuffing injection device, 400-forming device, 500-push-out device and 600-forming die;

401-a first contoured plate, 402-a platen, 403-a first stitching drive, 404-a second stitching drive;

601-mounting frame, 602-second forming plate, 603-second roller, 604-forming cavity, 605-pressing block, 606-first roller, 607-wheel seat.

Detailed Description

Example 1

A food forming device provided with a split forming die comprises a track 100, wherein the track 100 can be an integral annular track 100 or a plurality of arc-segment tracks 100, the periphery of the track 100 is sequentially provided with a flour supply device 200, a stuffing injection device 300, a forming device 400 and a push-out device 500, the positions corresponding to the two stations are respectively a flour supplying station, a stuffing injecting station, a forming station and a pushing-out station, the stations are arranged in a ring shape, a forming die 600 moving along the rail 100 is arranged on the rail 100, the dough supplying device 200 is made into a wrapper, the stuffing injecting device 300 injects stuffing onto the wrapper, the first molding plate 401 on the molding device 400 and the second molding plate 602 on the molding die 600 are pressed together to form a facing leather for wrapping molding, the molding device 400 and the molding die 600 are independent from each other, and the push-out device 500 pushes out the molded food.

The wrapper is processed by the wrapper supply device 200 and falls on the forming mold 600 located at the wrapper supply station, the forming mold 600 moves to the stuffing injection station, the stuffing injection device 300 injects stuffing on the wrapper of the forming mold 600, the forming mold 600 continues to move to the forming station, the first forming plate 401 on the forming device 400 and the second forming plate 602 on the forming mold 600 are pressed together, the wrapper and the stuffing are coated and formed, the forming mold 600 moves to the push-out station again, and the push-out device 500 pushes out the formed food.

Example 2

The molding device 400 includes a first molding plate 401 located inside the rail 100 and a pressing plate 402 located outside the rail 100, and accordingly, the positions of the first molding plate 401 and the pressing plate 402 can be interchanged without affecting the effect of the present application, as long as the two are provided as separate structures. The first shaping plate 401 is connected with a first pressing driving device 403, and the first pressing driving device 403 drives the first shaping plate 401 to reciprocate; wherein the first stitching driving device 403 may be an existing driving device such as an air cylinder, a motor, etc. The pressing plate 402 is connected to a second pressing driving device 404, and the second pressing driving device 404 drives the pressing plate 402 to reciprocate. Wherein the second pressing driving device 404 can be an existing driving device such as an air cylinder, a motor, etc. The reciprocating motion referred to herein may be a linear reciprocating motion or a rotary reciprocating motion.

The first pressing driving device 403 drives the first forming plate 401 to reciprocate horizontally. The first stitching drive 403 may be mounted on the frame or at a central location on the track 100.

The second pressing driving device 404 drives the pressing plate 402 to reciprocate obliquely upward. The second stitching drive 404 may be mounted on the frame or on the outside of the track 100.

The molding die 600 includes a mounting frame 601, a second molding plate 602 is rotatably connected to the mounting frame 601, and a second roller 603 is disposed on the second molding plate 602. The second roller 603 moves under the guidance of the track 100, and drives the second forming plate 602 to rotate along the rotating shaft.

At least one molding cavity 604 is formed in the second molding plate 602, a pressing block 605 is arranged in the molding cavity 604, the pressing block 605 is rotatably connected with the second molding plate 602, and a first roller 606 is arranged on the pressing block 605.

The pressing block 605 is fixed on the wheel seat 607, the wheel seat 607 is connected with the first roller 606, and the wheel seat 607 is rotatably connected with the second molding plate 602 through a rotating shaft. The pressing plate 402 drives the first roller 606 to move obliquely upward, so as to drive the pressing block 605 to rotate around the rotating shaft obliquely downward, thereby pressing the middle of the food.

The power for the molding die 600 to rotate along the rail 100 may be a servo motor or other means known to those skilled in the art, and the rail 100 mainly serves to guide the components on the molding die 600 so that the components can be located at different positions in different processes.

While the first molding plate 401 and the second molding plate 602 of the molding die 600 are pressed against each other, the pressing piece 605 of the molding die 600 presses the middle portions of the dough sheet and the filling, such as the core portion of a dumpling.

When the molding die 600 is located at the molding station, the first pressing driving device 403 drives the first molding plate 401 to move, and the rail 100 drives the second roller 603 and the second molding plate 602 to move, so that the first molding plate 401 and the second molding plate 602 which are independently arranged on different structures are pressed together, and the edge of the food is pressed and molded.

The first pressing driving device 403 drives the first molding plate 401 to perform a linear motion, the rail 100 drives the second molding plate 602 to rotate around the mounting rack 601, and the first molding plate 401 and the second molding plate 602 are pressed together.

One side of the pressing block 605 located in the molding cavity 604 of the second molding plate 602 is driven by the second pressing driving device 404 to be pushed obliquely upward by the pressing plate 402, so that the pressing block 605 rotates along the rotating shaft, and the other side of the pressing block 605 presses the middle part of the food product obliquely downward to be molded.

Compare in transmission structure, this application has changed the shaping action connection of dumpling class food in the forming process, is independent structure with forming die 600 components of a whole that can function independently, has simplified current forming die 600's structure to realized simplifying to whole machine equipment track 100, because whole machine equipment has often arranged more than eight forming die 600 simultaneously, so can practice thrift a lot of spaces, also avoided simultaneously in the process of pushing out, ejecting device 500 is disturbed or the condition of pressing from both sides bad by the shaping board on forming die 600 easily.

The split forming mold 600 only retains two main structures, namely a second forming plate 602 and a pressing block 605, and correspondingly, the driving mechanisms of the two main structures are arranged on the outer side of the rail 100 or the rail 100, so that the space on the inner side of the rail 100 is reserved, the movement of the pushing device 500 is facilitated, and the possibility is provided for further reducing the size of the whole machine.

The first forming plate 401 in the split forming die 600 is installed at a forming station, the whole machine only needs to provide one first forming plate 401, space and cost are saved, the first forming plate 401 only needs to be pressed against the second forming installation plate on the forming die 600 when the forming die 600 moves to the forming station, and the forming effect of edge sealing of the dough sheet can be achieved.

The pressing block 605 is driven by the pressing plate 402 under the driving of the first roller 606 to realize the pressing of the middle part of the food, such as the center of the dumpling when processing the dumpling, and the pressing plate 402 has the advantage that if one forming mold 600 can process a plurality of food at the same time, the pressing plate 402 can push a plurality of first rollers 606 at the same time.

Claims

1. The utility model provides a be provided with split type forming die's food former which characterized in that: the dough making device comprises a rail (100), wherein a dough supplying device (200), a stuffing injecting device (300), a forming device (400) and a pushing device (500) are sequentially distributed on the periphery of the rail (100), positions corresponding to the positions are respectively a dough supplying station, a stuffing injecting station, a forming station and a pushing station, the stations are arranged in an annular mode, a forming mold (600) moving along the rail (100) is arranged on the rail (100), dough sheets are made by the dough supplying device (200), stuffing is injected onto the dough sheets by the stuffing injecting device (300), a first forming plate (401) on the forming device (400) and a second forming plate (602) on the forming mold (600) are pressed mutually to perform inclusion forming on the dough sheets, the forming device (400) and the forming mold (600) are mutually independent, and the pushing device (500) pushes out formed food.

2. The food forming equipment provided with the split type forming die as claimed in claim 1, wherein: the first molding plate (401) is connected with a first pressing driving device (403), and the first pressing driving device (403) drives the first molding plate (401) to reciprocate; the pressing plate (402) is connected with a second pressing driving device (404), and the second pressing driving device (404) drives the pressing plate (402) to reciprocate.

3. The food forming apparatus provided with the split type forming die as claimed in claim 2, wherein: the first pressing driving device (403) drives the first forming plate (401) to reciprocate horizontally.

4. The food forming apparatus provided with the split type forming die as claimed in claim 2, wherein: the second pressing driving device (404) drives the pressing plate (402) to do reciprocating motion obliquely upwards.

5. The food forming equipment provided with the split type forming die as claimed in claim 1, wherein: the forming die (600) comprises a mounting frame (601), a second forming plate (602) is rotatably connected with the mounting frame (601), and a second roller (603) is arranged on the second forming plate (602).

6. The food forming apparatus provided with the split type forming die as claimed in claim 5, wherein: at least one molding cavity (604) is formed in the second molding plate (602), a pressing block (605) is arranged in the molding cavity (604), the pressing block (605) is connected with the second molding plate (602) in a rotating mode, and a first roller (606) is arranged on the pressing block (605).

7. The food forming apparatus provided with the split type forming die as claimed in claim 6, wherein: the pressing block (605) is fixed on a wheel seat (607), the wheel seat (607) is connected with a first roller (606), and the wheel seat (607) is rotationally connected with the second molding plate (602) through a rotating shaft.