CN219479192U - Bean product processing and forming die - Google Patents

Abstract

The utility model discloses a bean product processing and forming die which comprises a die body and a pressing plate, wherein a plurality of hydrophobic holes are formed in the side wall and the bottom plate of the die body, the hydrophobic holes are covered with filter cloth, the pressing plate comprises a plurality of pressing blocks distributed in a matrix, gaps are reserved between each pressing block, the pressing plate is provided with a counterweight structure positioned above the pressing blocks, and support columns are fixedly connected between the counterweight structure and each pressing block; still including being located the cutting board between clamp plate and the counter weight structure, be equipped with the direction through-hole that supplies the support column to pass on the cutting board, be equipped with the fixed knot who is used for fixing the cutting board on the counter weight structure, outside extension to the counter weight structure all around of cutting board, and be equipped with the handle that is located the counter weight structure both sides on the cutting board, the downside of cutting board is equipped with the cutting knife, and the length of the vertical direction of cutting knife is longer than the height of mould body inner space for the cutting board is located the mould body all the time. The pressed bean curd can be cut into small pieces rapidly after molding.

Description

Bean product processing and forming die

Technical Field

The utility model relates to the technical field of bean product manufacturing dies, in particular to a bean product processing and forming die.

Background

Bean products, a type of food, are collectively known. Broadly refers to foods processed from beans such as soybeans, beans, peas, mung beans and the like as main raw materials. Bean products are largely divided into two major categories, namely fermented bean products and non-fermented bean products. The fermented bean product is prepared from semen glycines as main material by microorganism fermentation, such as fermented bean curd, fermented soybean, etc.

The common fermented bean curd is in a block shape, and the fermented bean curd is required to be cut into small blocks after being formed. The traditional processing mode adopts manual cutting, and errors can be generated in the manual operation process, so that the sizes of the cutting cannot be completely the same, the appearance is poor, and the cutting cannot be unified.

Patent document with publication number CN 218185149U discloses a mould for processing bean curd, the bean curd mould seat is provided with a rectangular structure with an open top, and is divided into a plurality of forming grooves, and a plurality of groups of transverse plates and vertical plates which are mutually vertically distributed are inserted in the bean curd mould seat, so that bean curd blocks can be directly formed. But the processing efficiency is low due to the need to separately inject an equal amount of material into each forming tank. In addition, there may be a case where the bean curd is too soft or even impossible to be formed due to uneven stirring of the materials and a large amount of water contained in the partial forming tank.

Disclosure of Invention

The utility model aims to solve the technical problems in the prior art, and particularly creatively provides a bean product processing and forming die which can quickly cut extruded bean curd into small pieces after forming.

In order to achieve the above purpose, the utility model provides a bean product processing and forming die, which comprises a die body and a pressing plate, wherein a plurality of hydrophobic holes are formed in the side wall and the bottom plate of the die body, the hydrophobic holes are covered with filter cloth, the pressing plate comprises a plurality of pressing blocks distributed in a matrix, gaps are reserved between each pressing block, the pressing plate is provided with a counterweight structure positioned above the pressing blocks, and support columns are fixedly connected between the counterweight structure and each pressing block;

still including being located the cutting board between clamp plate and the counter weight structure, be equipped with the direction through-hole that supplies the support column to pass on the cutting board to this slidable mounting is on the support column, be equipped with the fixed knot who is used for fixing the cutting board on the counter weight structure, outside extension to the counter weight structure around the cutting board, just be equipped with the handle that is located the counter weight structure both sides on the cutting board, the bottom side of cutting board is equipped with the vertically and horizontally staggered cutting knife that distributes with briquetting matrix array matching, the length of the vertical direction of cutting knife is longer than the height of mould body inner space for the cutting board is located the mould body all the time.

In the scheme, the method comprises the following steps: when the cutter is in an initial state, the cutting edge of the cutter is just positioned in a gap between the pressing blocks, sealing silica gel strips are arranged around the pressing blocks, and the cutting edge is clamped in the sealing silica gel strips through the sealing silica gel strips on two sides. Bean products or soybean milk remained on the cutting knife can be scraped through the sealing silica gel strip, so that the cleaning degree of the cutting knife is ensured.

In the scheme, the method comprises the following steps: the fixed knot constructs for setting up the magnetism at the counter weight structure bottom and inhale the device, be equipped with on the cutting board and inhale the piece, simple structure is convenient for realize.

In the scheme, the method comprises the following steps: the magnetic attraction device and the attracted piece are respectively buried on the counterweight structure and the knife board, the appearance is simple and elegant, and the arrangement is reasonable.

In the scheme, the method comprises the following steps: and a reset spring is connected between the cutter plate and the counterweight structure, so that the cutter plate is convenient to reset, labor is saved, and convenience and quickness are realized.

In the scheme, the method comprises the following steps: the cutter plate and the counterweight structure are both provided with blind holes for accommodating the reset springs together, and the reset springs are buried between the cutter plate and the counterweight structure, so that the appearance is concise and elegant, and the arrangement is reasonable.

In the scheme, the method comprises the following steps: the bottom side of cutting board still is equipped with the protection surrounding edge that encloses outside the cutting knife, the protection surrounding edge can stretch into in the gap of mould body and clamp plate, avoids because cutting knife tip fish tail workman, improves the security.

In summary, the beneficial effects of the utility model are as follows: only need disposable injection material, the material can design simultaneously in same mould, and the counter weight structure of setting can ensure that every position receives the pressure the same, and the shaping back can also directly cut, need not the secondary location, convenient high efficiency ensures the appearance unified as far as possible. The counterweight structure can provide the pressure required by molding and can also fix the plate. The support column that sets up is the adapting unit of briquetting promptly, also is the guide component when the cutting board reciprocates, and the function is various. The cutter plate extends to the outside of the counterweight structure, the handle can be arranged, the cutter plate can be pushed downwards to cut conveniently, the cutter plate can also be used as a holding part for simultaneously removing the pressing block, the cutter plate and the counterweight structure, the structure is simplified as much as possible, and the die simplicity is improved. Simultaneously, briquetting, cutting board and counter weight structure an organic whole set up, improve mould assembly efficiency.

Drawings

FIG. 1 is a perspective view of the present utility model;

FIG. 2 is a cross-sectional view of the present utility model;

fig. 3 is an enlarged schematic view at a in fig. 2.

Detailed Description

As shown in fig. 1 to 3, a bean product processing and forming die comprises a die body 1 and a pressing plate, wherein a plurality of hydrophobic holes are formed in the side wall and the bottom plate of the die body 1, and the hydrophobic holes are covered with filter cloth.

A knife board 3 is arranged above the pressing board, and the knife board 3 is used for cutting the formed bean products into small blocks. The press plate is provided with a weight structure 4 above the knife plate 3, and pressure is provided through the weight structure 4, thereby accelerating the formation of the bean product.

The pressing plate comprises a plurality of pressing blocks 2a distributed in a matrix, and the size of the pressing blocks 2a is matched with the size of the bean product small blocks required in the follow-up process. The bottom side of the knife board 3 is provided with cutting knives 3a which are matched with the matrix array of the pressing blocks 2a and distributed in a crisscross manner, and gaps for the cutting knives 3a to pass through are reserved between each pressing block 2 a. Wherein, when the cutting knife 3a is positioned in the initial state, the cutting edge of the cutting knife 3a is just positioned in the gap between the pressing blocks 2 a. Sealing silica gel strips 2b are arranged around the pressing block 2a, and the cutting edge is clamped in the sealing silica gel strips 2b at two sides. The bean product or the soybean milk remained on the cutter blade 3a can be scraped off by the sealing silica gel strip 2b, so that the cleanliness of the cutter blade 3a is ensured.

A supporting column 4a is fixedly connected between the counterweight structure 4 and each pressing block 2a, and the supporting column 4a passes through the cutting board 3 to be connected with the pressing blocks 2 a. The knife board 3 is provided with a guide through hole for the support column 4a to pass through, so that the knife board 3 is slidably arranged on the support column 4a, and the knife board 3 is pushed downwards to drive the cutting knife 3a to move downwards, so that the formed bean product is cut into small blocks. In order to facilitate pushing the cutter plate 3 downwards to cut, the periphery of the cutter plate 3 extends outwards to the outside of the counterweight structure 4, and handles 3c positioned on two sides of the counterweight structure 4 are arranged on the cutter plate 3, and meanwhile, due to the fact that the pressing plate, the cutter plate 3 and the counterweight structure 4 are integrally arranged, the pressing plate, the cutter plate 3 and the counterweight structure 4 can be moved simultaneously through the handles 3 c.

The length of the cutting knife 3a in the vertical direction is longer than the height of the inner space of the die body 1, so that the cutting plate 3 is always positioned outside the die body 1. In order to improve the use safety, the bottom side of the cutting board 3 is also provided with a protection surrounding edge 3b surrounding the outside of the cutting knife 3a, and the protection surrounding edge 3b can extend into the gap between the die body 1 and the pressing plate, so that the end part of the cutting knife 3a is prevented from being exposed to the outside to scratch workers.

The counterweight structure 4 is provided with a fixing structure 5 for fixing the blade 3, and the blade 3 is fixed at the bottom side of the counterweight structure 4. Specifically, the fixing structure 5 may be a magnetic attraction device 5a disposed at the bottom of the counterweight structure 4, and the blade 3 is provided with an attracted piece 5b, that is, the blade 3 and the counterweight structure 4 are magnetically attracted together, which has a simple structure and is convenient to implement. Of course, the counterweight structure 4 can also be directly made of magnets, and the knife board 3 is made of iron, so that the magnetic attraction effect is realized.

In order to improve convenience, be connected with reset spring 6 between cutting board 3 and the counter weight structure 4, after both hands loosen, cutting board 3 automatic re-setting uses manpower sparingly.

In order to improve external attractiveness, the magnetic attraction device 5a and the attracted piece 5b are respectively buried on the balance weight structure 4 and the cutter plate 3, blind holes for jointly accommodating the reset springs 6 are also formed in the cutter plate 3 and the balance weight structure 4, namely the reset springs 6 are buried between the cutter plate 3 and the balance weight structure 4, and the cutter plate is concise and elegant in appearance and reasonable in arrangement.

When in use, a certain amount of slurry is injected into the die body 1, and then the pressing plate, the knife plate 3 and the counterweight structure 4 are placed on the die body 1. After the bean products are formed, the knife board 3 is pushed downwards, the bean products are cut into small blocks which are required, and the bean products are formed at one time without positioning. After cutting, the pressing plate, the knife plate 3 and the counterweight structure 4 are directly taken down, so that the cutting machine is convenient and quick.

While embodiments of the present utility model have been shown and described, it will be understood by those of ordinary skill in the art that: many changes, modifications, substitutions and variations may be made to the embodiments without departing from the spirit and principles of the utility model, the scope of which is defined by the claims and their equivalents.

Claims (7)

1. The utility model provides a bean product processing and forming mould, includes mould body (1) and clamp plate, all be equipped with a plurality of hydrophobic holes on the lateral wall and the bottom plate of mould body (1), just all be covered with filter cloth, its characterized in that in the hydrophobic hole: the pressing plate comprises a plurality of pressing blocks (2 a) distributed in a matrix, gaps are reserved among the pressing blocks (2 a), the pressing plate is provided with a counterweight structure (4) positioned above the pressing blocks, and support columns (4 a) are fixedly connected between the counterweight structure (4) and each pressing block (2 a);

still including being located cutting board (3) between clamp plate and the counter weight structure (4), be equipped with the direction through-hole that supplies support column (4 a) to pass on cutting board (3) to this slidable mounting is on support column (4 a), be equipped with fixed knot who is used for fixing fixed knot of cutting board (3) on counter weight structure (4) construct (5), outside extension to counter weight structure (4) all around of cutting board (3), just be equipped with handle (3 c) that are located counter weight structure (4) both sides on cutting board (3), the bottom side of cutting board (3) is equipped with cutting knife (3 a) of crisscross distribution with briquetting (2 a) matrix array matching, the length of cutting knife (3 a) vertical direction is longer than the height of mould body (1) inner space for cutting board (3) are located outside mould body (1) all the time.

2. The soy product processing and molding die of claim 1 wherein: when the cutting knife (3 a) is in an initial state, the cutting edge of the cutting knife (3 a) is just positioned in a gap between the pressing blocks (2 a), sealing silica gel strips (2 b) are arranged around the pressing blocks (2 a), and the cutting edge is clamped in the sealing silica gel strips (2 b) through the sealing silica gel strips (2 b) at two sides.

3. The soy product processing and molding die of claim 1 wherein: the fixing structure (5) is a magnetic attraction device (5 a) arranged at the bottom of the counterweight structure (4), and the blade (3) is provided with an attracted piece (5 b).

4. A soy product processing and shaping die as set forth in claim 3, wherein: the magnetic attraction device (5 a) and the attracted piece (5 b) are respectively embedded in the counterweight structure (4) and the knife board (3).

5. A soy product processing and shaping die as set forth in claim 3, wherein: a reset spring (6) is connected between the knife board (3) and the counterweight structure (4).

6. The soy product processing and molding die of claim 5 wherein: blind holes for accommodating the reset springs (6) are formed in the cutter plate (3) and the counterweight structure (4) together.

7. The soy product processing and molding die of claim 1 wherein: the bottom side of the cutting board (3) is also provided with a protection surrounding edge (3 b) surrounding the outside of the cutting knife (3 a), and the protection surrounding edge (3 b) can extend into a gap between the die body (1) and the pressing board.