KR20190073074A - Fixing device of meat automatic cutting machine - Google Patents

Abstract

The present invention relates to an automatic meat cutting device for rapidly cutting meat with bones together with a beef rib, a pork rib, a cooled meat, and a frozen meat in the large quantity, and more particularly, to a meat fixing device of an automatic meat cutting device, which is formed to be rotated in a plurality of loading boxes, cuts loaded meat by a cutting band saw at a predetermined position while rotating the loading boxes, and firmly fixes the meat loaded in the loading boxes. The meat fixing device of the automatic meat cutting device of the present invention comprises: an ascending and descending needle plate which is descended along a guide elongated hole formed in a loading box to fix loaded meat to correspond to a change in a size and a position of the loaded meat due to cutting and pressure, and fixing the meat; a pushing rod for pushing the meat in the loading box to one direction by fastening the pushing rod penetrating a front plate of the loading gox by one direction key; a sensor for sensing a position of the ascending and descending plate when the residual of the loaded meat is not present in the box due to continuous cutting; and a sensing rod for sensing a position by the sensor. According to the present invention, a bottom surface of the meat in the loading box is cut in the predetermined amount for each rotation to push the pushing rod to correspond to a shape of the loaded meat and a position movement so as to fix the meat.

Description

Technical Field [0001] The present invention relates to a meat cutting machine,

The present invention relates to a method for cutting meat, frozen meat, chilled meat,

In the cutting apparatus, particularly, a plurality of stacking boxes are rotatable, and while the stacking box is rotated,

To cut the loaded meat by the cutting band saw, and to securely hold the meat loaded in the loading box in the loading box

The present invention relates to a meat fixing device for a meat automatic cutting machine.

As we all know, in recent years, with the development of meat culture, the consumption of meat has increased,

There is a lot of goji rib.

These ribs, as well as bone meat, or frozen, frozen, and various bones (such as meats)

There is a growing demand for bears and bands using the preferred bones and also known as LA ribs (LA ribs).

The ribs cut the meat around the bone together with the bone and formed bones between the meat and the meat,

.

As a result, thin meat can easily be ripened, and sauces can penetrate deeply into the meat, making it easy to eat,

Cooking is convenient and a lot of demand is being generated.

In view of the above-mentioned demand for mass cutting according to the demand, the present applicant filed patent No. 20034536

This mass cutting device has been provided.

This prior art includes cutting means for cutting a meat passing through a band saw to constitute a rotary band saw on the base,

Since the lifting plate fixed to the lifting and lowering axis of the gas is vertically fed, the band saw, the guide plate, and the thickness control plate are controlled by vertically feeding,

Thickness setting means for setting a single thickness,

A plurality of meat stacking boxes rotated by a motor are rotationally moved along a circular guide plate, and the loaded meat slips

Cutting means which is cut while passing through a cutting band formed at a predetermined position with a thickness set by the thickness setting means,

A gear is constituted by a gear up and down fixed to a steel plate and the feed gear is engaged with the gear, and the feed gear is interlocked with the worm gear,

The conveying means according to the upper /

And a fixing means for firmly fixing the meat to be loaded in the meat loading box,

And then the stacking box is rotated by the base and the cutting band formed at a predetermined position of the circular guide plate is moved

And the ribs that have been loaded are cut to a predetermined thickness.

In such a device, the ribs received in the loading box are different in shape and irregular,

By changing the tile shape, it is not always fixed in the stacking box, so that cutting size and thickness can not be uniformly cut

There is a problem.

The present invention has been made in order to solve the above-mentioned problems, and in particular, a plurality of meat packing boxes

The cut meat is cut while passing through a cut band saw or a band-shaped knife which is moved at a predetermined position to move the cut meat, and the cut meats are deformed according to the cut size and moved down again, Fixed in

And the fixing means of the loading box is not adapted to this change, the pressure of the cutting band-saw with the movement of the loaded meat

So as to prevent cutting ribs from being cut into irregular thicknesses and sizes.

The present invention is based on the idea that loaded meat adapts to size fluctuations and descending movements due to cutting and corresponds to movements and altered positions of meat

The purpose is to fix the loaded meat.

For another purpose, when the meat is exhausted by the cutting, a plurality of rotating stacking boxes are stopped,

It is aimed at stopping means that can fill short meat.

The present invention further provides means for fixing the loaded meat by continuously pressurizing in response to the variation of the loaded meat

.

As described above, according to the present invention, a plurality of meat packing boxes are formed, meat is cut into each meat packing box,

Due to the characteristics and amount of cutting to meet the cutting and mass productivity and to continuously feed and feed the meat to be cut in the loading box

By controlling the movement, it is possible to achieve a stable cutting effect by fixing it, and the structure is simple,

It is an invention with easy features.

In order to accomplish the above object, the present invention provides a method of cutting a meat,

To fix the loaded meat, it is lowered along the guide slot formed in the loading box,

and,

A plunger for pushing the meat in the loading box in one direction by fastening a plunger penetrating through the front plate of the loading box with a one-

A sensor that senses the position of the ascending / descending needle plate when there is no residue in the box due to the continuous cutting of the meat,

And a sensing rod for sensing the position.

Further, the present invention is characterized in that the bottom surface is cut by a predetermined amount every time the meat in the loading box is rotated,

And a pushing mechanism for pushing the pushrod in a predetermined distance in response to the pushing of the pushrod

It is getting worse.

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

Fig. 1 is a front view of a partially cut state of the automatic meat cutting apparatus according to the present invention, and Fig. 2 is a sectional view

3 (a) and 3 (b) are explanatory sectional views of the operating state of Fig. 2.

And Fig. 4 shows a plan view showing an important part of the present invention Fig.

The present invention is configured in such a manner that the base 10 is provided with a band saw unit A for interlocking a pair of band saw pulleys 11 with a drive motor M1.

A circular guide plate 20 passing through the band saw of the band saw unit A is formed, and the guide plate 20 intersects with the band saw,

A cutting thickness adjusting device (B) whose one end of the feed plate is moved up and down to adjust the cutting thickness, and a cutting device

And a portion (C).

The upper portion of the guide plate 20 is provided with a rotary shaft 21 rotated by another motor M2 and a plurality of cut meat

And the meat box 100 is rotated at a predetermined distance from the guide plate 20 to cut the meat 100 to be cut in the box 30

So as to perform the feed rotation.

As shown in FIG. 2, the loading box 30 is provided with a rectangular upper opening

Shaped bar 34 constituting the front plate 31 constituting the front plate 31 and fastening the guide member 32 to form a rack 33 exposed to the outside,

And is guided by the guide member 32 in pairs.

A key hole 35 connected to the rack 33 is formed in the guide member 34 and is resiliently mounted by a spring 36 and fixed by an interlocking rod 37

The pair of keys 38 are fastened and the interlocking rod 37 is moved up and down by the arm 40 hinged to the case 39 formed on the guide member 32

The arm 40 is lifted up and down from the rack 33 fixed to the end of the arm 40 exposed to the outside of the case 39

The operating rod 41 is configured to open and close the key 38 by operating the operating rod 41. [

At the end of the rack 33, a guide roller 42 is formed. As shown in FIG. 4,

The rack 33 is pushed by the pressing plate 43 formed at a predetermined position where the rack 30 rotates.

That is, while the loaded meat (100) in the loading box (30) passes through the cutting device part (C), the bottom part cuts a predetermined amount,

When the liver occurs, the rack 33 is pushed in order to prevent the movement of the loaded meat 100 in the next operation,

So that the meat (100) is more firmly fixed.

The pressing plate 43 at this time pushes the guide roller 42 and pushes it, or when it is formed without space in the loading box 30,

It is preferable that the elastic material is made to pass through the elastic member 33 and it is needless to say that the position is configured as required.

In the present invention, a guide slot (50) is formed in the back plate of the loading box (30), and the guide slot

Descending needle plate 51. The ascending and descending needle plate 51 presses down the loaded meat 100 and forms a sensor sensing rod 52 outside the loading box 30

The sensor 53 senses that the cut meat 100 is exhausted when it comes close to the sensor 53 fixed at a predetermined position in the base 10

The rotation of the loading box 30 is stopped.

In this stop state, the meat 100 to be cut is filled so that the cutting operation is performed again.

In the figure, reference numeral D denotes a feeder unit for feeding the cut meat.

The function and effect of the present invention constructed as described above will be described in more detail with reference to the accompanying drawings.

As shown in Fig. 2, when the operating rod 41 constituting the loading box 30 is rotated in the rotating direction (Fig. 3 (a) to (b)

The arm 40 fastened to the arm 40 is rotated by about 90 degrees so that the interlocking rod 37 in the groove of the arm 40 is moved to the height of the interlocking rod 37,

The key 38 fastened to the key 37 by raising the key 37 is lifted and lowered by pushing the spring 36 and the key 38 fastened to the rack 33 at the end thereof,

At this time, when the rack 33 is pulled out and transported, the entire plunger 34 is moved to the outside of the loading box 30,

A space is formed.

Then, the ascending / descending needle plate (51) is transported upward, and is fixed to a stop portion (not shown) in a stationary state,

(100).

After the stacking, the stopper stopping the elevating needle plate 51 is released and the meat 100 loaded with the elevating needle plate 51 is pressed under the weight

A plurality of needles formed on the bottom surface of the lifting and lowering needle plate 51 are fixed to the loading box 30 in a state where the loaded meat 100 is fixed.

So that the loaded meat 100 is pressed from the front.

At this time, the rack 33 pushes the plunger 34 with a pushing force and the plunger 34 presses the meat 100 and pushes the rack 33

The stopper 38 is fixed and the stopper 35 is prevented from being closed.

Therefore, irregular meat is pressurized in the loading box 30 and is in a fixed state. At this position,

It is firmly fixed without moving backward.

This loading operation is carried out for each loading box 30 to load the meat 100 to be cut in the plurality of loading boxes 30

All.

The on / off switch formed on the base body 10 of the present invention is turned on as is known in order to cut the loaded meat

to be.

That is, the meat to be cut is loaded, the cutting thickness of the meat is set, and the motor M1 is moved in accordance with the operation of the control switch of the control box.

The band saw is rotated at a high speed by interlocking the band saw unit A.

As the rotary shaft 21 is rotated by the rotation of another motor M2 together with the above,

The meat packing box 30 fixed to the fastening plate rotates on the circular guide plate 20.

At this time, the meat to be cut loaded on the meat packing box 30 is lowered by the weight of the upper part,

The meat transported in this state is transported in the cutting device portion (C) by the height difference between the guide plate and the band saw

The cut is made by the band saw while passing the band saw with a single thickness.

That is, as the end of the guide plate moves along the guide plate formed in a state in which the height is lowered obliquely,

And the band saw is set to the height of the first end of the guide plate so that the band saw height and the end of the guide plate

The height of the part is at the cutting thickness interval, and this height constitutes the cutting thickness.

The plurality of stacking boxes 30 rotated by the above are continuously rotated on the circular guide plate 20 as shown in Fig. 4

As the stacking box 30 being rotated passes the cutting device C, the cutting operation is continuously performed in the thickness by the above-

.

In addition, the size of the meat (100) is reduced by the thickness cut by the above,

So that the loaded meat 100 is moved in the loading box 30.

At this time, the upper part of the meat 100 is pressurized by the weight of the ascending / descending needle plate 51, and the meat 100 is continuously lowered

The rack 33, which is fastened to the on-board guide plate and is fastened to the stacking box 30 being rotated,

The protruding pressure plate 43 pushes the end of the rack 33 and exerts its elasticity while passing through the pressing plate member 43,

(33) is moved inwardly to move the plunger (34) to more firmly support the loaded meat (100)

The guide roller 42 formed at the end portion reduces the frictional force with the pressing plate 43 and absorbs shock.

The meat 100 loaded in the present invention is lowered by the weight of the ascending and descending needle plate 51 which is the weight of the upper portion,

This is not a mandatory configuration because it is not necessary to push the plunger, but it is a configuration for improving performance.

For example, the worker can obtain the effect of the above-described operation by pushing the rack 33 at the work position every predetermined time,

It is needless to say that the handle ball can be formed at the end of the rack. When the meat 100 loaded on the stacking box 30 is cut by the above cutting operation and the remaining amount thereof is exhausted,

The descending needle plate 51 is lowered together with the sensor detecting rods 52 fastened to the rear portion thereof.

A sensor 53 is formed at the position where the sensor detecting rod 52 reaches the shortest descent, and the sensor detecting rod 52 descending

The sensor 53, which senses the exhaustion of the meat 100 to be cut by the sensor 53, sends a signal to the control to stop the operation of the body 10

The command stops the gas.

In such a stopped state, the next cut meat 100 is refilled in the empty stacking box 30 and the on switch is operated

The cutting operation is started again.

By performing a continuous cutting operation while the plurality of meat packing boxes 30 shown in this operation are rotated,

The productivity is greatly increased by cutting and automatic cutting.

In the present invention, a similar technique can be seen in a left and right interlocking type slicer that is used as a key attaching / detaching device. However,

It is of course also applicable to slicers and remarkable technology by being applied to the cutting device of the meat and by varying the action effect thereof.

Claims (1)

A circular guide plate (11) passing a band saw of a band saw unit (A) interlocked with a pair of band saw pulleys (11) by a drive motor (M1)
(20) is formed, the guide plate (20) intersecting the band saw, the cutting thickness adjusting device (B) and the cutting device
A loading box (30) for cutting meat to be cut is formed on a part (C) and a rotary shaft (21)
(30) for cutting meat by cutting meat (100) to be cut,
The loading box 30 constitutes a front plate 31 having an opened upper end to fasten the guide member 32 to the rack 33 exposed to the outside
A key hole 35 penetrating through the formed ㅓ-shaped push rod 34 and connected to the rack 33,
The key 38 provided by the spring 36 is fixed by the connecting rod 37 and the connecting rod 37 is widened by the arm 40 hinged to the case 39
Descending
The arm 40 has a configuration in which the operating rod 41 is formed at the end of the arm 40 exposed to the outside and the key 38 is opened or closed by the operation of the operating rod 41
Characterized in that the meat-fixing device of the automatic cutting machine.

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