KR101088900B1 - Meat slicer - Google Patents

Abstract

The present invention relates to a meat grinder, comprising a cutting shaft rotatably installed on the frame, and a cut portion having a plurality of circular blades fastened to the cutting shaft to cut meat, and rotatably installed on the frame. A drum unit having a drum shaft, a drum fastened to the drum shaft to guide the meat to the cut portion, a transfer conveyor for transferring meat between the drum portion and the cut portion, and positioned above the transfer conveyor to provide a feed force to the meat. A conveying part provided with an auxiliary conveying means, and the drive part which drives a conveying part, a cut part, and a drum part to cut meat.

Meat grinder according to the present invention, because the meat is supplied to the cutting portion by the auxiliary transport device installed on the meat conveying conveyor, the meat is supplied to the cutting portion accurately without flowing.

In addition, the auxiliary transport device provides an additional transport force so that the meat grinder can be used for seafood such as sea cucumber without a separate device.

Meat seasoning, feeding, meat

Description

Meat Slicer {Meat slicer}

The present invention relates to a meat slicer, and more particularly, to a meat slicer that is capable of transferring meat through a meat conveying conveyor and an auxiliary conveying apparatus.

In general, meat and the like has a constant volume, in order to cook it is required to cut to a certain thickness.

To this end, conventionally, the meat is cut to a certain thickness by hand using a knife, but such a manual work has a problem in that workability and work efficiency of cutting meat constantly are reduced.

For this reason, a meat grinder which automatically cuts the meat to a certain width while transferring the meat to the conveyor is used.

However, the meat is frozen in the frozen meat, the surface is hard and slippery, causing poor transport, or the meat is retracted and flowed from the conveyor due to the impact of the cutting, the accurate supply is not possible.

In addition, the meat grows in the meat, so it can dry or stick on the belt, there is a problem that the supply is not smooth.

Accordingly, Korean Patent No. 10-0400698 discloses a pressing conveyor in a meat feeding device of a meat seasoning machine.

The first conveying member into which the knitting meat cut into the meat loaf is cut into a predetermined thickness comprises an input conveyor and a first pressing conveyor. The first pressing conveyor located at the upper side is mounted inclined in the direction of travel, so that the knitting is conveyed smoothly while preventing the meat from being pushed back when cutting the meat in the cutting member.

By the way, because the pressing conveyor is fixed, it is difficult to see the effect on meat of large or small size.

The present invention is to improve the above problems, an object of the present invention is to provide a meat grinder capable of smoothly transporting the growth or frozen meat using the auxiliary transport device on the meat transport conveyor of the meat grinder.

In addition, since the present invention further provides a conveying force to the auxiliary conveying device, an object thereof is to provide a meat grinder that can cut seafood such as chilled meat, frozen meat, and sea cucumber without a separate device.

The meat grinder of the present invention for achieving the above object is located in the lower portion of the cutting portion and the cutting portion having a cutting shaft rotatably installed on the frame, and a plurality of circular blades are fastened to the cutting shaft for cutting meat, A drum having a drum rotatably mounted to the drum shaft, a drum having a drum fastened to the drum shaft to guide meat to the cut portion, and a transfer conveyor for transferring meat between the drum portion and the cut portion, And a conveying unit having an auxiliary conveying means for providing a conveying force to the meat, and a driving unit for cutting the meat by driving the conveying unit, the cutting unit, and the drum unit.

The auxiliary transport means is preferably provided with a secondary feed shaft rotatably installed in the frame and the brush is provided on the auxiliary feed shaft, the meat feed.

Alternatively, the auxiliary transport means is preferably provided with an auxiliary transport conveyor, the first shaft is hinged to the frame so that the height can be adjusted according to the size of the meat, to pressurize the meat from above.

Alternatively, the auxiliary conveying means preferably includes an auxiliary conveying shaft rotatably installed in the frame and a roller provided on the auxiliary conveying shaft and having elasticity.

Meat grinder according to the present invention, because the meat is supplied to the cutting portion by the auxiliary transport device installed on the meat conveying conveyor, the meat is supplied to the cutting portion accurately without flowing.

In addition, since the auxiliary transport device provides an additional transport force, it is possible to use the meat grinder without using a separate device for seafood such as sea cucumbers, as well as chilled meat and frozen meat.

Hereinafter, with reference to the accompanying drawings will be described in more detail a meat grinder according to a preferred embodiment of the present invention.

FIG. 1 is a perspective view of a meat grinder according to a first embodiment of the present invention, and FIG. 2 is a side view of the driving unit of FIG.

1 and 2, the meat grinder 100 according to the present invention includes a frame 600, a cut portion 200 rotatably installed on the frame, and a cut portion 200 for cutting meat, and a lower portion of the cut portion 200. A drum unit 300 installed on the frame 600, a transfer unit 400 for supplying meat to be cut between the drum unit 300 and the cutting unit 200, and an upper portion of the transfer unit 400. It is installed to drive the auxiliary transport means 410 for providing a transfer force to the meat between the cutting unit 200 and the drum unit 300, and to drive the cutting unit 200, the drum unit 300 and the auxiliary transport means 410 The driver 500 is provided.

Hereinafter, described in detail for each of the six meat slicer according to the present invention.

The cutting unit 200 is a cutting shaft 210, a circular blade 220 fastened to the cutting shaft 210 to cut the meat 700, and the spacer (fastened between the circular blades 220) C). The circular blade 220 is to cut the meat 700 by rotating in the opposite direction to the drum 320 by the drive unit 500 to be described later. Although not shown between the circular blades 220, a spacer (not shown) is installed, the spacer (not shown) not only secures the circular blade 220 to the cutting shaft 210, the circular blade ( Maintain a gap of 220). Therefore, by adjusting the size of the spacer (not shown) between the circular blade 220 can be adjusted the thickness of the meat 700 is cut.

The drum unit 300 is installed below the cutting unit 200.

The drum unit 300 includes a drum shaft 310 and a drum 320 that is fastened to the drum shaft 310 to guide the meat 700 to the cutting unit 200. The drum 320 is rotated by the driving unit 500, which will be described later. When the meat 700 is supplied between the cutting unit 200 and the drum unit 300 rotating in opposite directions, respectively, the circular blade 220 and the drum ( Cut by 320). Therefore, if the position of the drum 320 is too close to the circular blade 220, the blade 220 may be damaged by the drum 320, and if the position of the drum 320 is too far, the meat 700 may be smoothly. Since it may not be cut, the drum 320 is located at a height high enough to contact the circular blade 220.

The transfer unit 400 includes a transfer conveyor 420 and an auxiliary transfer means 410 positioned above the transfer conveyor 420 to provide an auxiliary transfer force. The transfer conveyor 420 transfers the meat 700 in the cutting unit 200 direction. In addition, the transport conveyor 420 is inclined so that the meat 700 is more smoothly transferred to the cutout 200. An auxiliary transport means 410 is provided on the transport conveyor 420 to provide a transport force to the meat 700.

The auxiliary transport means 410 is provided with a secondary feed shaft 411, and a brush 412 is installed on the auxiliary feed shaft 411 for feeding meat. The auxiliary feed shaft 411 is rotated by a drive unit 500 to be described later. The direction of rotation of the auxiliary transport shaft 411 is opposite to the transport conveyor 420. On the outer circumferential surface of the auxiliary feed shaft 411 is provided with a plurality of soft brush 412, the meat 700 is conveyed to the cutting portion 200 as sweeping. The length of the brush 412 is in contact with the transfer conveyor 420 and the circular blade 220, providing a transfer force even in a small meat, and is attached to the circular blade 220 Remove meat debris.

On the other hand, the auxiliary conveying means may be formed differently from the illustrated example.

3 is a side view of the driving unit 500 of the auxiliary feeder 110 for the meat grinder according to the second embodiment of the present invention is omitted. Elements having the same function as in the above-described drawings are denoted by the same reference numerals.

Referring to FIG. 3, the auxiliary conveying means 430 of the auxiliary conveying apparatus 110 for a meat grinder includes an auxiliary conveying conveyor 431 driven by a first auxiliary shaft 432 hinged to the frame 600. do. The auxiliary transport conveyor 431 pressurizes the meat 700 in the direction of the cut portion 200 in the upper portion of the meat 700. In addition, since the auxiliary transport conveyor 431 has one shaft hinged to the frame 600, the height can be adjusted according to the size of the meat 700.

Another embodiment of the auxiliary transport means 440 is also shown in FIG. 4.

Referring to FIG. 4, the auxiliary feed means 440 includes an auxiliary feed shaft 411 and an expansion roller 441 provided on the auxiliary feed shaft 411.

The elastic roller 441 is composed of a flexible material, when the meat 700 passes the roller 441, the outer shape of the elastic roller 441 is deformed like the outer shape of the meat 700, the elasticity of the material By pressing the meat 700 is transported.

In addition, another embodiment of the auxiliary transport means 450 is shown in FIG. 5.

Referring to FIG. 5, the auxiliary transport means 450 includes an auxiliary feed shaft 411 and a pressure roller 451 installed on the auxiliary feed shaft.

The pressure roller 451 is rotated by the auxiliary feed shaft 411, and has a plurality of protruding members 452 and protruding pins 453 on the outer circumferential surface thereof so as to feed the meat 700 to the cutting unit 200 while chopping. do.

Protruding member 452 is formed on the outer circumferential surface of the pressure roller 451 has a height that does not interfere with the transport of meat 700, the contact surface with the meat 700 is formed flat, meat (700) ) Pressurized and transferred while compacting.

The protruding pins 453 are formed on the outer circumferential surface of the pressure roller 451 to have a height that does not interfere with the transport of the meat 700, and are formed in a pointed cone structure to cut the meat 700 while chopping the meat 700. 200).

The driving unit 500 is coupled to the first gear 521 fastened to the cutting shaft 210, the second gear 522 engaged to the first gear 521, and fastened to the drum shaft 310. And a second sprocket 523 coaxially fastened to the second gear 522, a first idler shaft 421 rotatably installed on the frame 600, and fastened to the first idler shaft 421. First sprocket 531, a drive motor 510 installed under the transfer conveyor 420 to provide rotational force, a drive sprocket 511 fastened to the drive motor 510, and the drive sprocket ( 511, a first chain 501 connecting the first sprocket 531 and the second sprocket 523 in an infinite track, and a third sprocket 532 fastened to the first idler shaft 421. , A second idler shaft 540 rotatably installed in the frame 600, a fourth sprocket 542 fastened to the second idler shaft 540, the fourth sprocket 542 and a third sprocket. The second chain 502 connecting the 531 in an endless orbit, the fourth gear 541 fastened to the second idler shaft 540, and the fourth gear 541. And a third gear 551 fastened to the feed shaft 411.

Referring to the operation of the drive unit 500 of the meat grinder 100 according to the present invention configured as described above are as follows.

The drive motor 510 rotates the drive sprocket 511. The driving sprocket 511 transmits rotational force to the first sprocket 531 and the second sprocket 523 through the first chain 501. The second sprocket 523, which receives the rotational force, rotates the drum shaft 310, and the drum shaft 310 rotates the drum 320 and the second gear 522 that are fastened to the drum shaft 310. . The second gear 522 is meshed with the first gear 521 fastened to the cutting shaft 210 to rotate the first gear 521 in a direction opposite to the second gear 522.

The first gear 521 rotates the cutting shaft 210, and the cutting shaft 210 rotates the circular blade 220. Therefore, the circular blade 220 is rotated in the opposite direction with the drum 310. The circular blade 220 and the drum 320 rotate in a direction in which the meat 700 flows between the cut portion 200 and the drum portion 300.

The first sprocket 511 rotated by the drive motor 510 rotates the first idler shaft 421. The first idler shaft 421 rotates the third sprocket 532. The third sprocket 532 is connected to the fourth sprocket 542 and the second chain 502 to transmit the rotational force to the second idler shaft 540. Accordingly, the first idler shaft 421 and the second idler shaft 540 rotate in the same direction.

The fourth sprocket 542 rotates the fourth gear 541 which is fastened on the coaxial while rotating the second idler shaft 540. The fourth gear 541 is engaged with the third gear 551 fastened to the auxiliary feed shaft 411, and the third gear 551 rotates in the opposite direction to the fourth gear 541.

Although the present invention has been described with reference to the embodiments illustrated in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent embodiments thereof are possible.

Therefore, the true scope of protection of the present invention should be defined only by the appended claims.

The meat grinder according to the present invention configured as described above can be cut into a single meat grinder without a separate device for refrigerated meat or frozen meat, and can be applied to cutting soft foods including seafood such as sea cucumber.

1 is a perspective view of a meat grinder according to a first embodiment of the present invention,

FIG. 2 is a side view of the driving unit of FIG.

3 is a side view of the driving unit of the meat grinder according to the second embodiment of the present invention;

4 is a side view of the driving unit of the meat grinder according to the third embodiment of the present invention;

5 is a side view of the driving unit of the meat grinder according to the fourth embodiment of the present invention.

[ Description of Code for Major Parts of Drawing ]

100; Meat season

200; Cut

300; Drum

400; Conveying part

410; Auxiliary feeder

500; Driving part

600; frame

700; meat

Claims (4)

A cutting part having a cutting shaft rotatably installed on the frame and a plurality of circular blades fastened to the cutting shaft to cut meat; and A drum unit positioned below the cutting unit and having a drum shaft rotatably installed on the frame, and a drum fastened to the drum shaft to guide meat to the cutting unit; and A transfer unit having a transfer conveyor for transferring meat between the drum unit and the cutting unit, and an auxiliary transfer unit positioned above the transfer conveyor to provide a transfer force to the meat; and And a driving unit driving the transfer unit, the cutting unit, and the drum unit to cut meat. The auxiliary conveying means includes an auxiliary conveying shaft rotatably mounted to the frame; And a soft brush installed on the auxiliary feed shaft to transfer meat. delete delete delete

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