KR960006078Y1 - Shapping machine of food - Google Patents

Abstract

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Description

Molding apparatus of food automatic manufacturing machine

1 is a cross-sectional view of the overall configuration of the device of the present invention

2 is an exploded perspective view of the main portion of the device

3 is an enlarged cross-sectional view of the main part of the present invention

4 is a plan configuration diagram of a table for explaining the divided rotation process of the device of the present invention

5 is an exploded perspective view of the molding frame of the present invention

(A) and (b) of FIG. 6 are sectional views of the working state of the molding die of the present invention.

Figure 7 is a perspective view of the molding of one embodiment according to the present invention

* Explanation of symbols for main parts of the drawings

1: frame 2: table

2a: Frame lifting 3: Table turntable

4: lifting mold 4 ': upper mold

5: forward rotation 5 ': lifting and lowering operation

6: shaft 7: operating port spring

8: Preventing operation slippage 9: Chain gear

10: return spring 11: chain

12, 13: chain gear 16: motor

17: cam 18: lifting shaft

19: support bush 20: coil spring

41, 41 ': pipe 42: bottom plate

43: space 45: molded body

46: joining table

The present invention relates to a molding apparatus in the final manufacturing process in the automatic production of food, such as rice cakes, and in particular, the food of the desired form to be variously molded by exchanging the molded body of the molding frame and can be neatly formed without any clutter on the edge of the molding. It relates to a molding apparatus of the food automatic manufacturing machine designed to be able to.

In general, in the automatic food manufacturing machine, a molding apparatus is mainly used to press food (mochi) cut into a predetermined size as a molding mold.

However, in the Nurum type molding apparatus, conventionally, the apparatus is inadequate, so that the food cut and fed from the molded food automatic manufacturing machine is not uniform. Molding is carried out only, and therefore, since the mold is formed with the residue on the edges of the food, the problem of lowering the value as a product is caused.

The present invention, in consideration of the problems described above, the molded body of the molding die in various forms and then easily exchanged to be molded in a variety of shapes at the same time the edge corresponding to the various sizes of food that is cut and supplied by the food maker The main purpose is to provide a molding apparatus of a food automatic manufacturing machine that can form a clean food without any blemish at all, and the other object is to provide a molding apparatus for automatically molding food.

In order to achieve this purpose, the present invention allows the food cut in the food maker (hereinafter referred to as the cut food) to be reduced to the table, and the cut food is automatically cut in the spinning that is divided and rotated while the dropped food is placed on the table. As designed to be molded, it will be described in more detail based on the accompanying drawings, as follows.

In the drawing, reference numeral 1 denotes a frame of a molding apparatus, and on the frame 1, a table rotating guide 3 is inserted to fix the table 2 so that the table 2 can be self-rotated.

The table 2 has a plurality of frame elevating holes 2a formed at its outer periphery, and the frame elevating hole 2a is closely inserted with a bush 2b having no corrosion and a small coefficient of friction. There is an installation in which the lifting die 4 is inserted so that the lifting and lowering is possible.

In addition, the lifting mold 4 and the upper mold 4 'form a pattern 47 and a coupling table 46 on a molded body 45 made of an elastic flexible material (rubber and synthetic resin, etc.), respectively, to pipe 41 ) And 41 'to form a space 43 on the inside, and the bottom plate 42 is integrally formed at the bottom of the pipe 41 on the lifting mold 4 side to be coupled to the bush 2b. The lifting die 4 is lifted and lowered in accordance with the movement in which the lifting side 18 moves up and down.

In addition, a forward rotation actuator 5 having a plurality of locking jaws 5a is fixed to the bottom of the center of the table 2, and the center shaft 6 can be idled in the middle of the forward rotation actuator 5. It is installed.

In the lower part of the forward rotation drive 5, the lifting lowering operation port 5 'having a plurality of locking jaws 5'a engaged with the locking step 5a of the forward rotation drive 5 is formed on the shaft 6 shape. It is installed to be movable in the up and down direction, and the operating hole spring (7) is installed at the bottom of the elevating operation port (5 '), the forward rotation operation port (5), the elevating operation port (5') and the operation port spring. (7) is installed to operate inside the operating tool release prevention tool (8).

A chain gear 9 for forward and reverse rotation is installed on the lower shaft 6 of the lower side of the actuating slippage prevention tool 8, and the spring end is released from the upper shaft of the chain gear 9. A return spring 10 is fixed to the earth 8 and the chain gear 9, respectively.

One end portion 11a of the chain 11 is fixed to the chain gear 9, and the chain 11 fixed as described above is connected to the surface of the intermediate power transmission chain gear 13 via the chain gear 12. The other end 11b is fixed, but connected to the middle part of the chain 11 by the connecting hook 11c, so that the drive can be driven even if the installation direction of the chain gear 9 and the chain gear 12 which are reversely rotated is different. have.

The intermediate power transmission chain gear 13 is connected to the chain gear 15 of the motor 16 by the chain 14 so that the power is cut, while the cam drive chain gear 15 ' A personal gear 13 'is rotatably provided to enable power transmission by the chain 14'.

On one side of the cam drive chain gear 15 ', a cam 17 is rotated about the central axis 17a, and a lifting side 18 having a cam contact hole 18a is provided above the cam 17. It is possible to lift and lower the lifting die 4 inserted into the frame lifting hole 2a of the table 2 by penetrating the table rotating support 3, and to raise and lower the lifting shaft 18 in the vertical direction. A coil spring 20 is provided at a lower portion of the supporting bush 19 to support the elastic shaft 18 so that the lifting shaft 18 descends downward.

In the upper part of the table 2 on the vertical line of the lifting shaft 18, a frame 4'a in which the upper mold 4 'is fixed is fixed to the frame 1.

Lifting and upper forming frame (4), (4 ') is used as the molded body 45 according to the food (K) itself, for example, songpyeon or glutinous rice cake or dumplings, persimmon cake, honey rice cake, not shown in the drawings 8 'is the shaft support.

The present invention configured as described above is a food (K) cut from the food maker body (not shown) fall on the table (2), wherein the frame lifting hole (2a) located at point A in the city of FIG. Falling on the molded body 45 of the mold 4, the fall of the food (K) is made in the stationary state in which the table 2 is not rotated.

Next, when the food (K) drop process is completed, the motor 16 is driven by an automatic control electric device (not shown), so that the intermediate power transmission chain gear 13 is rotated, and the other end of the chain 11. As shown in FIG. 11B, an action force for pulling the chain 11 is generated as it is moved from the P point in FIG. 1 to the Pa point, whereby the chain 11 has a chain gear having one end 11a fixed thereto. 9) is rotated forward.

Subsequently, as the chain gear 9 rotates forward, the lifting lowering operation tool 5 'installed to rotate together with the wheel shaft 6 rotates forward. At the same time, the table 2 is dividedly rotated (360 'in this figure by rotating the forward and backward operation tool 5' which is engaged with each other by the elevating operation tool 5 'and the locking jaw 5a and 5'a). / 4 rotation), so that the lifting mold 4, in which the food K is dropped, is rotated from the point A in FIG. 4 to the point B so that the lifting mold 4 is placed on the lower side of the upper mold 4 It becomes the state to become.

In this state, the food K is formed in a process of forming a cam top dead center X as the cam 17 is rotated by the power transmission of the chain 14 and the chain gears 13 'and 15'. When the cam contact hole 18a is brought into contact with the lifting shaft 18, the lifting mold 18 is lifted upward, and thus the lifting mold 4 is lifted in the frame lifting hole 2a. As described above, the food K is compressed in the lifting and upper molds 4 and 4 '.

5 is an exploded perspective view of the molding frame of the present invention, the upper mold 4 'is a three-dimensional pattern 47 and the coupling member 46 formed integrally with the coupling table 46 is coupled to the pipe 41' is coupled The three-dimensional pattern 47 is made of elastic flexible material (rubber and soft synthetic resin, etc.) so as to have a variety of different shapes so that the coupling table 46 can be extended, such a coupling table 46 Since the state is to be fitted into the pipe 41 'is coupled to it can be used to replace the other pattern.

And the lifting die 4 is a state in which the molded body 45 is coupled to the integral pipe 41, the bottom of which is blocked by the bottom plate 42, the bushing 26 of the mold 4 in this state It is assembled so that the operation of raising and lowering is carried out.

Therefore, as shown in (a) and (b) of FIG. 5, the elevating side 18 is pushed up and the bottom plate 42 of the elevating mold 4 is moved up and down. The lifting mold 4 and the upper mold 4 'compress the food K that is positioned above the lifting mold 4 while the lifting 4 is lifted.

That is, during compression molding, the molded body 45 made of a flexible material stretches according to the size of the food K, thereby compressing the food K, without pushing any part of the food K out of the upper mold 4 '. ) And the spaced portion 43 of the elevating mold 4 is stretched.

Therefore, the molding 47 is embossed in a clean state without being limited by the size of the food K. On the other hand, when changing the pattern 47 according to the shape of the food (K) is made by replacing the molded body 45 is coupled to the pipe (41), (41 ').

When the molding process is completed, one side is flattened according to the continuous rotation of the cam 17, and thus the lifting shaft 18 receiving the elasticity of the coil spring 20 is operated to descend rapidly. The other end 11b of the chain 11 is returned to the point P in FIG. 1 by the rotation of the intermediate power transmission chain gear 13, and the chain 11 In this state, the chain gear 9 and the shaft 6 are reversely rotated by the return spring 10 so that the lifting lowering operation opening 5 'is reversed. 5 ') is lowered as the locking jaws 5a and 5'a are displaced and then lifted again by the elasticity of the actuating spring 7 so as to be mutually connected to the next locking jaws 5a and 5'a. As the mesh is engaged, it prepares for the split rotation which is started again and again.

That is, the present invention is the food (K) formed at the point D, passing through the point C through the point C by continuous rotation of rotation after the food K is dropped at the point A of Figure 4 by the operation as described above This will be taken out by hand and packed.

Here, the table 2 is divided and rotated at a slow rotational speed enough to pick up the food K formed by hand in order, so that the table 2 can be sufficiently taken out and put into a packaging box.

As described above, the present invention not only automatically forms the food (K), but also allows the molding to be made in various shapes as an easy exchange of the molded body 45 coupled to the molding dies 4 and 4 '. Since the food (K) molding is made without any waste, it can provide a neat food, it will provide an effect that can further increase the value of the product.

Claims (2)

(Correction) In constructing a molding apparatus operated by a motor (16) driving force. On the chain 11, the chain gear 12 and the chain gear 9 which is forward and reverse rotation with the chains 14, 14 'and chain gears 13', 15 and the connecting hook 11c. The elevating operation tool 5 ', which receives the operating force of the rudder shaft 6 and the actuating tool spring 7, is rotated forward and backward, and the elevating operation tool 5 is engaged by the locking jaw 5a, 5'a. ') And the forward rotation actuator 5, which receives the elasticity of the return spring 10, is rotated so as to be dividedly rotated on the table 2 seated on the table rotation support 3, while the chain 14' and the chain gear The lifting die 4 of the table 2 frame lifting hole 2a is lifted and lowered by the lifting shaft 18 that the cam 17 is rotated by the 13 'to receive the elasticity of the coil spring 20. Molding apparatus of the automatic food manufacturing machine, characterized in that configured to be formed with food (K) with the upper molding frame (4 ') (Correction) The method according to claim 1, wherein the lifting mold 4 and the upper mold 4 'are formed on a molded body 45 made of a stretchable flexible material (rubber, synthetic resin, etc.). To form a space portion 43 on the inner side so as to be coupled to the pipes 41 and 41 ', respectively, and the bottom plate 42 is integrally formed at the bottom of the pipe 41 on the lifting die 4 side. Molding apparatus of the automatic food manufacturing machine, characterized in that the lifting die 4 coupled to the bush 26 is configured to be moved up and down by the lifting shaft 18