KR20090061192A - Fresh meat cutter - Google Patents

Abstract

A chilled meat dicer is provided to reduce the dicing structure of the diced piece remarkably, thereby allowing the dicing process to be performed rapidly and stably. A chilled meat dicer comprises a discharge conveyor(50) which automatically cuts the slices of boiled meat transferred to a cutting part by a returning compression part so as to discharge it; a first cutting device(30) which firstly cuts the meat vertically; and a second cutting device(40) which secondly horizontally cuts the vertically diced meat pieces with the plurality of equipped round knives into the horizontal diced meat pieces with naturally falling the vertically diced meat pieces on a chopping board.

Description

Chilled Meat Dicer {FRESH MEAT CUTTER}

The present invention relates to a chilled meat dicer for cutting cubes in a refrigerated state, which have been previously sliced to a predetermined thickness, into cubes. The present invention relates to a refrigerated meat dicer that enables simpler, more stable and accurate cutting, and makes it easier to secure a space for the cutting portion.

In general, according to the cooking type of the food, for example, pizza, fried rice, miscellaneous vegetables, ramen noodles, soup, sweet and sour pork, soup street, jangjorim and other foods, including refrigerated meat, it is necessary to cut various foods into cubes, Foods are generally used in various cutter systems, such as food slicers or chopper cutters, to automatically cut the primary slices to a predetermined thickness while cutting the knitting into small cube shapes. The cutting machine automatically cuts through a food cutting machine such as a dicer.

Such a cutting machine may be a “chilled meat dicer” developed by the applicant of the present application and registered in Korean Patent No. 726211.

The above-mentioned prior patent takes a method of firstly cutting the knitting and then secondly cutting it vertically to have a cube shape. And the cutting knife for first cutting the knitting into the horizontal triangular piece is cut using a plurality of circular cutting knives arranged in plural on the axis, and the cutting knife for the second vertical cutting of the horizontal triangular piece is an arch plate. The cube is cut into cubes using a single cutting knife, also called a chopper.

It will be described in more detail with reference to FIG. That is, according to the prior patent method, the knitting (a) is first cut into a horizontal cut piece a1 using a plurality of circular cutting knives, and then the horizontal cut piece a1 is cubed using an arched chopper. It is a method of secondary cutting into a longitudinal longitudinal slice (a2). However, when the above cutting method is used, in the process of transversely cutting the transverse fragments a1 vertically by the chopper, the transverse fragments are not moved and are precisely cut by the chopper. In order to be provided with a transverse thin piece blotting structure, there is a limit that the cutting structure is somewhat complicated. In addition, since the first and second horizontal slice pieces that are firstly cut horizontally using the chopper are vertically cut, the cutting shape of the vertical thin slices a2 may not be accurately cut into a cube shape.

The present invention, in view of the above-mentioned conventional problems, first cut vertically as a chopper knitting, and then secondly cut horizontally using a circular cutting knife to cut into a cubic shape cut through the switching method It is to provide a refrigerated meat dicer that makes it simpler to improve the cutting efficiency.

In addition, the present invention is to provide a refrigerated meat dicer that makes it easy to secure the space of the cut through a simple rotational operation of the second cutting device.

The present invention automatically cuts the knitting A, which is conveyed toward the cutting portion by the conveying press, into a cube shape, and discharges it through a discharge conveyor, wherein the knitting A is a first cutting device made of a chopper. It is first cut into a longitudinal cutting piece (A1) by the first, and the longitudinal cutting piece is secondary to the horizontal cutting pieces (A2) by a plurality of circular cutting knives provided thereon while naturally falling onto the cutting board of the second cutting device. It is sufficiently achieved by a chilled meat dicer characterized in that it is cut into cube shapes through the way it is cut.

According to the present invention, the second cutting device comprises: an axis rotatably installed by a motor with respect to the frame, a plurality of circular cutting knives disposed rotatably at regular intervals on the shaft, and arranged in front of the circular cutting knives. However, the edges are configured to be guided by rotation and at the same time, the transverse cutting pieces sequentially cut by the chopper through the curved support surface provided as the upper surface thereof are composed of a cutting board for second cutting in the horizontal direction while naturally falling in contact with the circular cutting knives. desirable.

In addition, according to the present invention, the curved support surface of the cutting board is configured such that the back surface is rotated in contact with one side of the chopper and the longitudinally cut pieces cut by the chopper do not stick to the chopper surface, the curved support surface of the cutting board It is preferable that a scraper (scrape) is further configured to fall quickly to.

In addition, according to the present invention, the cutting board is a polyacetal resin (POM, POLYACETAL) which has excellent mechanical properties, good fatigue resistance and creep resistance, low abrasion and friction coefficient, excellent chemical resistance and good alkali resistance. POLYOXYME THYLENE) is preferred.

According to the invention, the discharge conveyor is preferably configured to be detachably coupled to the second cutting device.

In addition, according to the present invention, it is preferable that the second cutting device is configured to be rotatable by a predetermined angle from the first cutting device with respect to the rotary support with respect to the base, so that the space for cleaning and the like is easily configured.

According to the present invention, the cutting method of the section is first cut by the chopper first into the longitudinal cutting pieces, and then the circular cutting knives are secondly cut into the cube-shaped transverse cutting pieces while naturally falling onto the cutting board being rotated. In order to prevent the flow of the transverse cutting pieces generated in the second cutting process by the chopper, compared to the structure in which the transverse cutting pieces first cut into several pieces by the conventional circular cutting knives are squeezed and transferred separately with the chopper. Since the paper feeding structure is not necessary at all, it is possible to remarkably reduce the cutting structure of the section, and the cutting operation of the section can be provided quickly and stably due to the simple cutting structure.

In addition, the longitudinal cutting pieces which are first cut by the chopper by the scraper and the stable supporting structure of the cutting board are quickly removed and removed by the cutting board without sticking to the chopper surface during the cutting process, and the vertical cutting pieces dropped by the cutting board rotate at high speed. Naturally descending to the circular cutting knives can be provided an advantage that it is possible to secondary cut into cube-shaped transverse pieces.

In addition, since the second cutting device for second-cutting the cutting into two horizontal cutting pieces is rotated by a predetermined angle from the first cutting device including the chopper, a space for cleaning the cutting part can be made very quickly and easily. Will provide a beneficial effect.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In order to help the understanding of the cutting configuration of the present invention, with reference to Figure 2 will be described first with respect to the cutting method of the section (A) according to the present invention and then to the specific device configuration to cut it.

Referring to FIG. 2, the present invention may first cut the knitting A cut to a first constant thickness into vertical longitudinal pieces A1 using a chopper provided in a direction orthogonal to the traveling direction, and then each angle. The longitudinal cutting pieces are cut in a second manner with a circular cutting knife to cut the horizontal cutting pieces A2 having a cube shape.

Therefore, the present invention is completely different from the conventional method of cutting the section (a) as described above with reference to FIG. Switching of the cutting method is not a simple change of the cutting order, but the switching can simplify the cutting structure, thereby reducing the total volume of the dicer, manufacturing process and manufacturing cost, and simplifying the cutting process while simplifying the structure. Rather, it is possible to achieve a stable and fast, thereby providing consumers with an improved function of Dicer.

3A and 3B are perspective views showing the appearance and internal structure of the dicer structure according to the present invention in the direction of the conveying and pressing unit, and FIGS. 4A and 4B are the appearance of the dicer structure according to the present invention in the discharge unit direction. And is a perspective view showing the internal structure, Figure 5 is a side view showing a cutting structure of the dicer according to the present invention.

Referring to these drawings, the refrigerated meat dicer according to the present invention is provided with a conveying paper pressing unit 20 for squeezing and conveying the section A in the cutting direction on one side of the cut section 10 provided to be inclined. . And on the other hand, the cutting device for cutting a slice into cube shape is provided.

3A and 3B, the conveying and holding part 20 is horizontally installed to the lower side, and is provided with a conveying conveyor 21 on which the fragment A is loaded, and one of which is inclined to the upper end of the conveying conveyor 21. It consists of a paper-making conveyor 22 to be elevated to enable active paper-making according to the thickness of the. The configuration of such a conveying paper holding part is already known by patent No. 769565 filed previously filed by the applicant of this application.

The other side of the cutout portion 10 is a cutting device for cutting the slice A conveyed through the conveying and pressing portion 20 into a cuboid shape. As shown in FIGS. 4A and 4B, the slice is first cut vertically. The first cutting device 30 including the chopper 31 for primary cutting into pieces A1 and the longitudinal cutting pieces are cut in the horizontal direction with a plurality of circular cutting knives 44 to form a cube. A second cutting device 40 for cutting into pieces A2 is provided.

With reference to FIGS. 6 and 7, including FIG. 5, the 1st and 2nd cutting device of this invention is demonstrated. FIG. 6 is an enlarged excerpt view of the cut-out portion in FIG. 5, and FIG. 7 is a perspective view of an excerpt of the cut portion.

As shown in the drawing, the first cutting device 30 includes a chopper 31 having an arcuate plate shape installed to be inclined to one side of the cutting unit 20, and the chopper is provided with a motor 32 provided to the rear. While rotating by the conveying paper pressing unit 20, the section forwardly conveyed by the cutting thickness is cut into the first longitudinal segment (A1), and in the cutting process, the chopper cuts the cut surface of which is disposed in the cutting space of the cut section. In contact with the table 33, the section is cut smoothly as if it were scissors.

The second cutting device 40 includes a shaft 43 rotatably installed by the motor 42 with respect to the frame 41, and a plurality of circular cutting knives 44 rotatably disposed at predetermined intervals on the shaft 41. And, arranged in the front of the circular cutting knives are configured so that the edge is a rotation guide and at the same time the horizontal thin pieces (A2) are sequentially cut by the chopper 31 through the curved support surface 45a provided as the upper surface It is composed of a cutting board (45) for secondary cutting in the horizontal direction while naturally falling down contact with the circular cutting knife (44).

The curved support surface 45a of the cutting board 45 is configured such that its rear surface is rotated in contact with one side of the chopper 31, and the longitudinally cut pieces cut by the chopper do not stick to the chopper surface of the cutting board. It is preferable that a scraper 45b is further configured to quickly fall naturally onto the curved support surface 45a.

According to the present invention, the cutting board 45 has excellent mechanical properties, good fatigue resistance and creep resistance, low abrasion and friction coefficient, excellent chemical resistance, and good resistance to alkali (POM). POLYACETAL POLYOXYME THYLENE).

Therefore, according to the present invention, by the configuration of the first and second cutting device 30, 40 configured as described above, the section A which is conveyed in the direction of the cutting section 10 through the conveying paper pressing section 20 is a chopper. The vertically divided pieces A1, which are first longitudinally cut by the 31 and naturally fall onto the cutting board 45, are secondly cut horizontally by the plurality of circular cutting knives 44 arranged in the shape of cubes. The transverse fragments A2 are to be obtained continuously.

In particular, as shown in an enlarged view of FIG. 6, the longitudinal finely divided pieces firstly cut by the chopper 31 of the first cutting device 30 may be used for cutting the cutting board 45 on which circular cutting knives 44 are rotated. Natural contact with the circular cutting knives 44 which are naturally dropped on the curved support surface 45a and at the same time rotated at high speed relative to the cutting board 44 while descending by the weight along the curved support surface 45a. As it is being cut, it can be cut into transverse fragments having a cube shape. Further, the longitudinally divided pieces cut by the chopper 31 are quickly separated and removed without sticking to the opposite side of the chopper 31 by the function of removing the scraper 45b provided on the cutting board 45, and thus cutting the cutting board 45 To fall).

In addition, the three fragments finally cut into cube shapes by the first and second cutting devices 30 and 40 are safely received by the discharge conveyor 50 provided at the rear lower portion of the second cutting device 40. It is taken out and transported to another place. Although not shown in detail in the drawing, the discharge conveyor 50 is installed to be detachable with respect to the second cutting device 40 is a matter of course.

Meanwhile, according to the present invention, as shown in FIGS. 8 to 10, the second cutting device 40 is spaced apart from the first cutting device 30 about the rotation support 61 with respect to the base 60 by a predetermined angle. For example, it is preferable to be configured to be rotated to 90 ° preferably to ensure a space such as cleaning for the cutting section 10 after the cutting operation of the section (A). At this time, the discharge conveyor 50 provided in the second cutting device 40 can also be rotated together. As described above, the discharging conveyor 50 is configured to rotate together with the second cutting device 40, thereby providing convenience of a work that does not need to be spaced apart after the cutting work.

The second cutting device 40, which is rotated about the base 60 and rotates about the rotary support 61, has a stopper 62 elastically installed with a spring so as to elevate and operate with respect to the corresponding hole 62a of the base 60. And the clamp 63 of the screw tightening method. That is, the stopper 62 performs the holding and releasing operation of the second cutting device 40 in a state where the second cutting device 40 is spaced at a predetermined angle with respect to the cutting portion 10 as shown in FIG. 8, and the clamp 63 is shown in FIG. 8. As shown in 4b, the second cutting device 40 is fixed or released so as to stably maintain the state in which the second cutting device 40 is returned to the cut position 10.

According to the present invention configured as described above, by changing the cutting method of the section A as described above in detail, the cutting structure of the section can be configured more simply, but the stable cutting operation is possible.

That is, the section A transferred in the direction of the cutting section 10 through the blotter conveying unit 20 is vertically firstly cut by the chopper 31 of the first cutting device 30 which is inclined, and is vertically cut first by vertically. The vertical longitudinal slice A1 falls directly on the cutting board 45 of the second cutting device 40 at the same time. And the vertical triangular piece falling to the cutting board is supported by the circular cutting knife 44, which is stably supported on the curved support surface (45a) while being moved down by its own weight and rotating at the same time, at the same time, the cube-shaped transverse pieces Second cut into (A2), the cut pieces are supported by the discharge conveyor 50 located in the lower portion of the second cutting device 40 is discharged to another place.

Therefore, the plate-shaped section A, which is primarily cut by the chopper 31 by cutting the section through the cutting process described above, is cut and transported in a state where a large area is pressed by the paper-feeding unit 20, so that the cutting is more stable. The longitudinal cutting piece A1 cut at the same time as being able to be transported and simultaneously cut into the cutting board 45 of the second cutting device 40 without a separate paper-bearing conveying structure according to the second cutting piece has a cube shape. It is to be cut into transverse thin pieces (A2).

In addition, the second cutting device 40 is rotated with respect to the base 60 and rotated at a predetermined angle with respect to the base 60 after the cutting operation, so that the space for the cutting part 10 can be easily cleaned and configured. Maintenance such as replacement of parts becomes very easy.

Although the present invention has been described with reference to the accompanying drawings, the present invention is not limited thereto, and many modifications and changes can be made without departing from the scope of the following claims.

1 is a view for explaining how the section is cut by a conventional dicer.

2 is a view for explaining how the section is cut by the dicer of the present invention.

3A and 3B are perspective views of the conveying paper holding part in order to show the outer and inner dicer structures according to the present invention.

4A and 4B are perspective views in the direction of the discharge conveyor to show the outer and inner dicer structures according to the present invention.

5 is a side view for explaining the structure of the dicer according to the present invention.

FIG. 6 is an enlarged excerpt side view illustrating the internal structure of the cutting unit in FIG. 5. FIG.

7 is an exploded perspective view showing the configuration of the cutting unit according to the present invention.

8 and 9 are a perspective view and a side view of the second cutting device according to the present invention is rotated by a predetermined angle.

10 is a plan view of FIG. 9.

<Description of the symbols for the main parts of the drawings>

A: Intercept A1: Vertical Intercept

A2: transverse fragments 10: cutout

20: conveying and pressing unit 30: first cutting device

31: chopper 40: second cutting device

41: frame 42: shaft

43: motor 44: circular cutting knives

45; Cutting board 45a: curved support surface

45b: scraper 50: discharge conveyor

60: base 61: rotary support

Claims (6)

In automatically cutting the knitted fabric A conveyed toward the cutting portion by the conveying gripping portion into a cube shape and discharging it through the discharge conveyor, The knitting A is first cut into the longitudinal cutting pieces A1 by a first cutting device made of a chopper, and the vertical cutting pieces are naturally dropped onto the cutting board of the second cutting device, Chilled meat dicer characterized in that the cube is cut in the form of a secondary cut into a transverse cut piece (A2) by circular cutting knives. The method of claim 1, The second cutting device includes a shaft rotatably installed with a motor with respect to the frame, a plurality of circular cutting knives disposed rotatably at regular intervals on the shaft, and the front cutting edges of the circular cutting knives. The transverse cutting pieces sequentially cut by the chopper through the curved support surface provided as the upper surface of the rotating guide are naturally lowered and contacted with the circular cutting knives, and are configured as a cutting board for second cutting horizontally. Cold meat dicer. The method of claim 2, The curved support surface of the cutting board is configured such that its rear surface is rotated in contact with one side of the chopper, and the longitudinal cutting pieces cut by the chopper are quickly dropped onto the curved support surface of the cutting board without sticking to the chopper surface. Chilled meat dicer characterized in that the scraper (scrape) for further configuration. The method according to any one of claims 1 to 3, The cutting board is composed of polyacetal resin (POM, POLYACETAL POLYOXYME THYLENE) which has excellent mechanical properties, good fatigue resistance and creep resistance, low wear and friction coefficient, and good chemical resistance and alkali resistance. The chilled meat dicer characterized by. The method of claim 1, The discharge conveyor is a refrigerated meat dicer, characterized in that configured to be detachably coupled to the second cutting device. The method according to claim 1 or 5, The second cutting device is a refrigerated meat dicer, characterized in that configured to be rotated by a predetermined angle from the first cutting device with respect to the rotary support with respect to the base.

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