KR101759986B1 - A cube type food cutting machine - Google Patents

Abstract

The present invention relates to a cubic meat cutter by vertical and horizontal cutting, which automatically feeds meat and automatically cuts the meat into cubic (dice) meat by cutting longitudinally and transversely, and by means of stable feeding and cutting, It is intended to process meat of the type.
A cubic meat cutter by vertical and horizontal cutting according to the present invention comprises a cutter case (10); A feed conveyor (20) installed at one side of the cutter case and driven by a drive means to feed meat while being driven in an endless track; A slicing cutter 50 slicing the meat supplied along the feed conveyor to a predetermined thickness along the longitudinal direction; A cubic cutter (60) for cutting the slice pieces cut by the slice cutter into a predetermined length to process the cubic meat; And a discharge conveyor (30) for discharging the cubic meat cut by the cubic cutter while being driven in an endless track by the drive means, wherein the slice cutter is arranged along the width direction of the feed conveyor And a plurality of slice cutting parts which are provided on the periphery of the rotating shaft and spaced apart from each other at a predetermined interval along the axial direction and slidably cut meat supplied along the feeding conveyor while being rotated by the rotating shaft, (52), a meat cutting board (53) installed at the bottom of the slicing cutting edge and supporting meat supplied at the bottom portion along the feed conveyor, and the cubic cutting machine has a slicing cutter A slice board 61 for supporting the slice board, A spoke (64) coupled to the periphery of the rotating shaft, a slice piece coupled to the spoke in the axial direction of the rotating shaft and supported on the slicing saw, And at least one cutting edge (62).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a cubic meat cutter,

More particularly, the present invention relates to a cubic meat cutter, and more particularly, to a meat cutter which automatically feeds meat and cuts it longitudinally and transversely to form cubic meat (die roll) meat, To a cubic meat cutter by longitudinally and laterally cutting.

Generally, to make food such as soup, sweet and sour pork, curry, etc., a small cubic (dice-shaped) shaped cut meat is needed.

However, since meat is not supplied in a cubic shape, it is manually cut and used, so that the cooking time is long and troublesome, and there is an unsanitary problem. In the case of unskilled persons, much effort and time are required, The size of the meat is not uniform, and the taste and taste of the product is poor. In particular, in the case of ordinary households, it is not possible to cook a large amount of food at once, but it can be done by hand. However, when a large quantity of meat such as a restaurant or a butcher shop is quickly cooked or sold, a cook or a seller must manually It is extremely unreasonable to cut.

In order to solve this problem, a technique has been proposed in which meat is cut into longitudinal and transverse directions to be processed into cubic meat.

The cubic meat cutter according to the prior art can cut cubic meat by cutting the meat in the longitudinal direction by cutting the meat in the transverse direction. However, since the structure of the device is complicated and the driving means is installed inside the case It is difficult to process cubic meat of uniform size and maintenance is very troublesome.

Registration Utility Model No. 20-0243902 Published Patent No. 10-2002-0089714 Published Utility Model No. 20-1997-0053172

DISCLOSURE OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a cube meats which are automatically supplied, cut longitudinally and horizontally into meat cubes, And it is an object of the present invention to provide a cubic meat cutter by longitudinal and lateral cutting capable of being machined.

A cubic meat cutter by vertical and horizontal cutting according to the present invention comprises a cutter case; A feed conveyor installed at one side of the cutter case and driven by an idler orbit by driving means to supply meat; A slicing cutter slicing the meat supplied along the feed conveyor to a predetermined thickness along the longitudinal direction; A cubic cutter for cutting a slice piece cut by the slice cutter to a predetermined length to process a cubic meat; And a discharge conveyor for discharging the cubic meat cut by the cubic cutter while being driven in an endless track by the drive means, wherein the slice cutter is arranged along the width direction of the supply conveyor and rotated by the drive means A plurality of slice cutting blades spaced apart from one another along the axial direction at a circumferential portion of the rotating shaft and slicing the meat supplied along the feed conveyor while being rotated by the rotating shaft, And a meat cutting board installed at the bottom of the feed conveyor and supporting meat supplied at the bottom portion along the feed conveyor, wherein the cubic cutter includes a slice cutting board for supporting a sliced cut sliced by the slicing cutter, Arranged along the width direction and driven And at least one cutting edge for cutting a slice piece, which is coupled to the spoke in the axial direction of the rotary shaft and is supported on the slice cutting machine, to a predetermined length, the spokes being coupled to the periphery of the rotary shaft, .

According to the cubic meat cutter according to the present invention, the cutter case is divided into a machine room in which a cutting chamber and a driving means are installed, which are sealed from the outside, to prevent contamination by dust and the like, There is an effect of improving reliability, durability and service life as a processing machine.

In addition, since meat and slice pieces can be stably supported through the aligner and longitudinal / transverse cutting can be performed in this state, cubic meat of uniform size can be processed, thereby improving the reliability of the product and providing high quality meat .

In addition, all processes such as meat processing, longitudinal cutting and lateral cutting and discharging are performed by a series of automated processes, which can improve productivity and prevent user safety accidents.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an external perspective view of a cubic meat cutter by vertical and horizontal cutting according to the present invention; FIG.
2 is a perspective view showing cutting means applied to a cubic meat cutter by vertical and horizontal cutting according to the present invention.
3 is a perspective view for showing a machine room and a cutting room separated by a cubic meat cutter by vertical and horizontal cutting according to the present invention.
4 is a perspective view showing driving means and a power transmitting member applied to a cubic meat cutter by vertical and horizontal cutting according to the present invention.
5 is a side view of a cubic meat cutter by vertical and horizontal cutting according to the present invention.
FIG. 6 is a perspective view showing cutting means applied to a cubic meat cutter by vertical and horizontal cutting according to the present invention, and is a perspective view in a state where a slice cutting edge is separated. FIG.

As shown in FIGS. 1 to 3, the cubic meat cutter according to the present invention includes a box cutter case 10 and a cutter case 10 so that meat is supplied, cut and discharged Meat supply means, cutting means and cubic meat discharging means.

The cutter case 10 is a box for blocking a box having a space therein, particularly a cutting chamber from the outside, only a space necessary for supplying meat and discharging the cubic meat is opened, And is divided into left and right by the cutting chamber and the machine room by the partition wall 11. [ The machine room is provided with a drive means and a power transmission means for driving the supply means, the cutting means and the discharge means, and is configured to be opened and closed by the machine room cover (12). In other words, when the driving means and the power transmitting member are broken, the machine room cover 12 can be separated and the maintenance work can be performed with the machine room opened. Therefore, the inconvenience of removing the entirety of the cutter case 10 is eliminated, The cutting chamber is kept in a closed state by the partition wall 11, so that contamination can be prevented.

The driving motor of the driving means is bulky and heavy. Therefore, the driving motor of the driving means is installed in a lower space defined by a separate shelf at the bottom of the cutter case 10, and a power transmitting means may be installed in the machine room.

The cutting chamber is provided with a cutting means (excluding a driving means) for directly cutting the meat out of the cutting means so as to be hermetically sealed from the outside.

Of course, the cutter case 10 is not limited to being open only to the machine room by the machine room cover 12, and is structured so as to partially open and close the cutting room.

The meat supply means is a supply conveyor (20) installed at one side of the cutter case (10) and rotating in an endless track shape by driving means to supply meat to the cutting means.

The slice cutting is performed from the front side while the meat 1 is being supplied to the cutting means along the feed conveyor 20. At this time, the slice pieces are supplied stably without shaking in the feed conveyor 20, A first aligner 40 is applied.

The first aligner 40 includes a pair of first rotary arms 41 rotatably connected to both sides in the width direction of the feed conveyor 20 through hinges, a pair of first rotary arms 41 on both sides, And a first aligning roller 42 which is supported on the first conveying roller 20 and presses the meat 1 toward the feed conveyor 20. That is, since the meat 1 is supported by the first aligning roller 42, the first aligning roller 42 is positioned above the hinge of the first rotary arm 41 in the longitudinal direction of the first rotary arm 41, It is connected to a place close to the cutting means.

The first aligning roller 42 is rotatably connected to the first rotary arm 41 on both sides so that the meat 1 can be smoothly fed while supporting the meat 1.

The first aligner 40 is installed on the feed conveyor 20 when the meat is not cut as the first rotary arm 41 and the first aligning roller 42 are installed in the direction in which the meat 1 is pressed by the self- Raised or approached. At this time, since the first aligner 40 and the supply conveyor 20 are close to each other, it is possible to cause interference during maintenance. To solve this problem, it is necessary for the user to easily rotate the first aligner 40, 43 can be provided.

The first aligner 40 is provided to protrude out of the cutter case 10 so that the fastener can be quickly released without disassembling the cutter case 10 when the meat 1 is fed.

The cubic meat discharging means is a discharging conveyor 30 installed on the other side of the cutter case 10 and discharging the cubic meat cut by the cutting means while rotating in an endless track by the driving means.

As shown in Figs. 1 to 6, the cutting means includes a slice cutter 50 for slicing the meat in the longitudinal direction, a cubic cutter 60 for cutting the meat into cubic meat cut by the slice cutter 50 .

First, the slicing cutter 50 includes driving means (e.g., a driving motor, power transmission means such as a gear and a belt), a rotating shaft 51 arranged along the width direction of the feeding conveyor 20 and rotated by the driving means, A plurality of slicing cuts for slicing and cutting the meat 1 supplied along the feed conveyor 20 while being rotated by the rotary shaft 51 and spaced apart from each other by a predetermined distance along the axial direction of the rotary shaft 51; And a meat cutting board 53 provided with grooves for receiving the blades 52 and the slicing cutting blades 52 and provided at the bottom of the slicing cutting blades 52. [

The drive motor which is the drive means of the rotary shaft 51 can be dedicated to the slice cutter 50 or can be operated by one motor together with other drive means.

The slice cutting blade 52 is provided on the rotary shaft 51 with a predetermined interval therebetween through a spacer or the like having a cutting edge at a peripheral portion thereof to slice the meat 1 to a predetermined thickness. The spacer is preferably used as a single piece separate from the slicing blade 52. By using various thicknesses, the spacing between the slicing blades 52 can be adjusted, that is, the thickness of the slicing piece can be adjusted.

The meat cutting board 53 is a disk whose diameter is smaller than that of the slicing cutting edge 52 and is inserted between the slicing cutting edges 52 while being arranged along the axial direction same as the slicing cutting edge 52, All of the cylindrical drum type having a groove into which the cutting edge 52 is inserted is possible. The meat cutting board 53 may be fixed to the cutter case 10 or may be installed to rotate naturally by movement of the slice piece by the rotational force of the feed conveyor 20 and the slice cutting blade 52.

The slice pieces are arranged between the slice cutting edge 52 and the gaps in the meat cutting board 53 (the slits in the slice cutting edge 52 and the meat cutting board 53, the slice cutting edge 52 and the meat cutting board 53) The scraper 54 may be applied to prevent the scraper from being caught or adhered to the gap. The scraper 54 can be of any configuration with the slice cutting edge 52 and / or the projection inserted in the gap of the meat cutting board 53. The scraper 54 is not limited to the above-described position and is applicable to the upper portion of the slice cutting edge 52 as well.

The slice cutter 50 cuts the meat 1 sliced by the slicing cutting edge 52 and the meat cutting board 53. The slicing cutter 50 cuts the meat 1 into sliced pieces and supplies the sliced pieces to the cubic cutter 60. [ And a conveying roller 55.

At least one feed roller 55 is provided between the meat cutting board 53 and the cubic cutter 60 and can be rotated by a driving means or rotated by an external force.

The slicer 2 is slid by the slicer 50 so that the slicer 2 is fed to the cubic cutter 60 and is not shaken when cut by the cubic cutter 60. [ (70) is applied.

The second aligner 70 includes a pair of second rotary arms 71 rotatably connected to both sides of the slice cutter 50 in the width direction thereof via hinges, a pair of second rotary arms 71 on both sides, And a second aligning roller 72 which is supported on the slider 1 and supports the slice piece 2 toward the conveying roller 55. The second aligning roller 72 supports the slice piece 2 by the second aligning roller 72 so that the second aligning roller 72 is positioned between the hinge of the second rotary arm 71 Is connected to the slice cutter (50).

The second aligning roller 72 is rotatably connected to the second rotary arm 71 on both sides so that the second aligning roller 72 can smoothly feed the slice pieces 2 while pressing them.

The second aligning roller 72 can be applied as needed by a handle.

The first and second aligning rollers 42 and 72 may be set at a predetermined spacing from the feed conveyor 20 or the feed roller 55 in consideration of the thickness of the meat.

The cubic cutter 60 includes a slicer 61 for supporting the slicer 2 conveyed by the conveying roller 55 and a slicer 61 for supporting the slicer 2 on the slicer 61, And a cutting blade 62 for cutting.

The slice board 61 is installed so as to be installed or replaced directly or indirectly to the cutter case 10.

The cutting blade 62 is cut by the cubic meat 3 in the slice piece 2 placed on the slice cutting board 61 while being rotated in the bi-directional or one direction by the rotating means including the rotating shaft 63 and the spokes 64 . The cutting blade 62 cuts the cubic meat 3 by cutting off the protruding portion from the slicing saw 61.

The cutting blade 62 is a plate-shaped structure having a predetermined length and can be fixed to a spoke 64, which is described later, without a separate support, or a support for connecting a pair of spokes 64, Or more may be fixed to the fastener.

The rotary shaft 63 is provided along the lateral direction of the slice board 61 and rotates in both directions or one direction by the driving means.

The spokes 64 are formed on the circumference of the rotary shaft 63 at a predetermined distance along the axial direction so that both sides of the cutting blade 62 are removably assembled through fasteners or the like. In other words, the two spokes 64 fix one cutting edge 62. The spokes 64 are connected to the rotating shaft 63 so that the spokes 64 are arranged in the form of wings protruding from both sides with the rotating shaft 63 as a center and the cutting edges 62 are formed on both sides of the spokes 64, 63, four cutting blades 62 are used.

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The length of the cubic meat 3 cut by the cubic cutter 60 is determined by a method of adjusting the feeding speed of the slice piece 2, a method of adjusting the rotational speed of the cutting blade 62, And is controlled by a combination method.

The driving means applied to the present invention is a power transmitting member such as a driving motor, a gear and a belt, can share one driving motor, and can be dedicated to each driving motor.

Furthermore, the present invention can be provided with various switches such as a switch for individually operating a part performing each function, and a main switch for operating the entire function. In addition, when a hook is generated in the processing of meat, an alarm may be output by a method of detecting the load of the driving means, and the device may be controlled to be forcibly stopped.

The action of the cubic meat cutter by vertical and horizontal cutting according to the present invention is as follows.

Meat 1 is fed to slicing cutter 50 along feed conveyor 2. In this process, the first aligning roller 40 of the first aligner 40 is laid down on the side of the feed conveyor 20 and rotates while the meat 1 passes, thereby pressing and supporting the upper portion of the meat 1.

The meat 1 supported by the first aligning roller 42 passes through the slice cutter 50 and is sliced to a predetermined thickness by the slice cutting blade 52 to process the slice piece 2.

The slice piece 2 passes through the slice cutting board 61 through the feed roller 55 and the cubic cutting blade 62 as the rotating body cuts a portion protruding from the slice cutting board 61, The processed cubic meats 3 are discharged along the discharge conveyor 30.

Maintenance and Maintenance of the Present Invention When the maintenance related to the driving means is required, the machine room cover 12 is separated without disassembling the entire cutter case 10 to maintain the driving means with the machine room opened. , It is possible to select and maintain only the parts requiring maintenance, and particularly, to open only the machine room where frequent maintenance occurs, and keep the cutting chamber in a closed state to prevent contamination.

However, the present invention is not limited to meat, but includes cutting vegetables (such as vegetables) other than meat in the longitudinal direction and the transverse direction within the scope of claims.

10: cutter case, 11: partition wall
12: Machine room cover
20: feed conveyor, 30: discharge conveyor
40: first aligner, 50: slice cutter
51: rotation shaft, 52: slice cutting blade
53: Meat cutting board,
60: cubic cutter, 61: sliced cutting board
62: cutting blade,

Claims (4)

A box-shaped cutter case 10 in which a cutting chamber and a machine chamber are partitioned;
A feed conveyor (20) installed at one side of the cutter case and driven by a drive means to feed meat while being driven in an endless track;
A slicing cutter 50 slicing the meat supplied along the feed conveyor to a predetermined thickness along the longitudinal direction;
A first aligner (40) installed in front of the slicing cutter for rotating toward the surface of the feed conveyor and pressing and supporting the meat supplied along the feed conveyor;
A cubic cutter (60) for cutting the slice pieces cut by the slice cutter into a predetermined length to process the cubic meat;
A discharge conveyor (30) for discharging the cubic meat cut by the cubic cutter while being driven in an endless track by the driving means;
And a second aligner (70) provided so as to be rotatable toward the slice piece sliced by the slice cutter and pressing and supporting the slice piece,
The slicing cutter includes a rotary shaft (51) arranged along the width direction of the supply conveyor and rotated by a driving means, and is installed at a circumferential portion of the rotary shaft so as to be spaced apart from each other at regular intervals along the axial direction, A meat cutting board (53) provided at the bottom of the slicing cutting blade and supporting the meat supplied along the feed conveyor at the bottom, a plurality of slicing cutting blades (52) for slicing and cutting the meat supplied along the feed conveyor while rotating, A scraper 54 for preventing the slice pieces cut by the slice cutter from being caught or adhered to gaps in the slice cutting edge 52 and the meat cutting board 53 and the cut slice pieces to the cubic cutter 60 And at least one conveying roller (55)
The cubic cutter includes a slice board (61) for supporting slice pieces sliced by the slice cutter, a rotary shaft (63) arranged along the width direction of the slice board and rotated by driving means, A spoke (64) coupled to the slicer, a spoke (64) coupled to the slicer, and at least one cutting blade (62) disposed in the axial direction of the rotating shaft via the spokes ),
The cutter case is divided into a cutting chamber and a machine room through a partition wall 11. The machine room is provided with drive means for the slice cutter and cubic cutter and driving means for the feed conveyor and the discharge conveyor, And,
The first aligner includes a pair of first rotary arms (41) rotatably mounted on both sides in the width direction of the meat supply path through a hinge, both sides of the rotary arm (41) A first alignment roller (42) rotatably supported near the slice cutter and hinged to the rotary arm and supporting the meat supplied along the feed conveyor, and a handle, The first rotating arm rotates so that the first aligning roller is lifted up on the meat supplied on the feed conveyor while the first aligning roller rotates by the friction force with the meat to support the meat,
The second aligner includes a pair of second rotary arms 71 rotatably mounted on both sides in the width direction of the slice cutter through a hinge, both sides of the rotary arm 71, And a second alignment roller (72) rotatably supported by the slice cutter nearer to the hinge of the slicing cutter to support the slice piece toward the conveying roller, wherein the second alignment roller Wherein the second rotary arm rotates so that the roller is lifted while the second alignment roller rotates by the frictional force with the slice piece to support the slice piece.
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