KR20220116850A - ribs and trotter cutting machine - Google Patents

Abstract

The present invention relates to a cutting device for slice-cutting ribs and trotters at a constant thickness. The purpose of the present invention is to provide the cutting device for ribs and trotters which comprises a rolling pin supporting the cut portion of ribs or trotters to solve the problems of meat (ribs and trotters with bones) sticking to a fork being bent or separated from the fork due to the pressure of a band saw in a cutting operation by a cutting band saw although ribs or trotters with many bones are firmly fixed to a fork unit so that a cut object fixed to the fork is not bent or separated from the fork and the cutting operation is performed in a correct position.

Description

Ribs and trotter cutting machine

The present invention relates to a cutting machine for cutting ribs and legs to a certain thickness. In particular, although ribs or legs with many bones are firmly fixed to the fork unit, meat inserted into a fork by a band saw and pressure in a cutting operation by a cutting band saw In order to improve the problem of bending (ribs and legs containing bones) or breaking away from the fork, a pusher supporting the cut part of the rib or foot is constructed so that the cut material fixed to the fork is not bent or separated from the fork. It relates to a rib and foot cutter so that the cutting operation is made.

With the development of meat-eating culture, the demand for gom soup using boneless or frozen meat, ribs and ribs cut to a certain thickness, LA ribs, and pork are increasing.

Ribs are thick ribs with bones formed between the meat and meat by cutting the surrounding meat as it is, thin ribs with a thickness of about 7mm, and L.A. ribs with a thickness of about 7mm, and leg legs of cattle and pigs cut to a certain thickness and cooked for easy seasoning. Dishes that penetrate deep into the meat to enhance its taste are highly preferred.

The cutter used at this time is usually called a fracture machine, which rotates a band saw and cuts by moving the ribs or feet to be cut into the rotating band saw.

Therefore, there is a problem that accidents occur frequently while the hands and arms of the operator pass through the high-speed rotating band saw. , and a fork that fixes the ribs is configured in the loading part to pressurize and fix the cut material.

Registered Patent No. 10-1076799 discloses that the fork that fixes the cut material in the slice fracture machine, which loads the cut material, transfers it to the band saw, and pushes it with a high-speed rotating band saw to independently move the first and second forks spaced apart The configuration in which the transfer means is hinged on a rotating bar composed of a fork to the fork frame and an actuator for rotation is configured on the rotating bar to fix the cut material with a fork does not fix the lower portion of the cut material, so it slides easily. In Nos. -2132006 and Nos. 10-1592482, a support plate and one pointed pin-type carrier are configured in the fork frame, and the fork and the fork are fixed up and down by the carrier.

However, while this top and bottom configuration can easily fix cuts such as thick ribs with a certain thickness, it is difficult to fix irregular cuts with thin or irregular thickness, such as LA ribs or ribs.

Registered Patent No. 10-1076799 Registered Patent No. 10-2132006 Registered Patent No. 10-1592482

The problem to be solved by the present invention relates to a cutter for cutting ribs and legs with a certain thickness. In particular, ribs or legs with many bones are firmly fixed to the fork unit, but in the cutting operation by a cutting bandsaw, In order to improve the problem that meat (ribs and feet containing bones) stuck in the fork under pressure is bent or separated from the fork, a pusher that supports the cut part of the rib or foot is constructed so that the cut material fixed to the fork is bent or removed from the fork. It is to provide a rib and foot cutter so that the cutting operation is made at the correct position without being separated.

A means for solving the problems of the present invention is a cutting machine in which a fork device 40 is configured in a cutting material loading device 20 of a fracture machine 10 constituting a high-speed rotating band saw 11,

a sensing plate 13 for determining the position of the cut object R configured in the fracture machine 10;

Mounting the interlocking cylinder 32 with the bracket 31 on the side plate 22 raised from the loading plate 21 of the cutting material loading device 20,

The cutting material supporting device 30 for supporting the cutting material not to be pushed in close contact with the loaded cutting material (R) by reciprocating the pushing plate 34 with the interlocking cylinder 32, rod 33 and guide rod 35, and ,

Three forks that are configured in a small size to the extension plate 45 extending from the fork plate 44 constituting the lower fork 43 of the fork device 40 configured in the loading plate 21 to fix the thin cut product It is to provide a rib and foot cutter, characterized in that it further comprises (46).

The effect of the present invention is that the cut material (R) is moved in a fixed state with the fork device (40) and the cut material (R) is not pushed when the long cut material (R) is cut by the band saw 11 and subjected to pressure. By pushing to the push plate 34, the cut material R is prevented from bending or separated from the fork device 40, and the effect is precisely cut by being fixed at the correct position,

Effect of being configured in a small size on the extension plate 45 extending from the fork plate 44 constituting the lower fork 43 of the fork device 40 configured in the loading plate 21 and fixing the thin cut product It is to provide a rib and foot cutter that exhibits

1 is a front view of a cutter showing an important part of the present invention.
2 is a side view of the present invention;
Figure 3 is a plan view of an important part showing the cut-off support plate of the present invention.
Fig. 4 (a) (b) is an explanatory view of the operation of Fig. 3 when viewed from the front.
Figure 5 (a) is a state in which the LA ribs are fixed to the fork of the present invention, and (b) is a state diagram in use of fixing the foot to the fork of the present invention.

In the description of the present invention, if it is determined that a detailed description of a related well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description is omitted, and as terms defined in consideration of the function, this is the intention of the user or operator. Or it may vary according to custom.

1 is a front view of the cutter showing an important part of the present invention, Figure 2 is a side view of the present invention, Figure 3 is a plan view of the important part showing the cutting material support mill of the present invention. Figure 4 (a) (b) is an explanatory view of the operation seen from the front of Figure 3 Figure 5 shows a state diagram of the present invention fork use.

The rib and foot cutter of the present invention includes a fracture machine 10 for cutting bones, etc. with a high-speed rotating bandsaw 11, and a band saw (R) for cutting meat, ribs, feet, etc. 11) is composed of a cutting material loading device 20, which is transferred to

In the cutting material loading device 20, the loading plate 21 is reciprocated back and forth by a cam device interlocking with a motor, and the fork device 40 configured on the loading plate 21 and fixing the cutting material R is loaded. Although it is configured to move in a certain section in the trial 21, this configuration is extremely easily recognized by those of ordinary skill in the art and is a known technical configuration known in the prior art description and meat slicer. .

As shown in FIG. 1, the fracture machine 10 is mounted on the interlocking loading plate 21 of the cutting material loading device 20 configured in the body part 12 of the fracture machine 10 constituting the high-speed rotating band saw 11. ), the detection plate 13 for determining the position of the cut object (R) is configured.

The sensing plate 13 detects the cutting material (R) moved from the cutting material loading device (20) to detect the initial part of the cutting material (R), and the fork device 40 to be described later according to this signal is the program It is possible to move by a certain section by a signal.

And the bracket 31 is configured on the side plate 22 raised from the loading plate 21, and the interlocking cylinder 32 is mounted,

At the end of the rod 33 of the interlocking cylinder 32, the push plate 34 is entered and exited from the side plate 22, and a pair of guide rods 35 are configured on the push plate 34 to form the rod 33. A cutting material supporting device 30 for supporting so that the pushing plate 34 is stably reciprocated horizontally and the cutting material (R) such as ribs or feet loaded in the moving position is not stably pushed;

The fork plate 44 comprising the upper fork 42 and the lower fork 43 interlocked with the pressurizing cylinder 41 configured in the fork device 40 for section movement with a motor and an interlocking screw, not shown on the loading plate 21 . ) is to further configure the three forks 46 to be configured in a small size on the extension plate 45 extending from the thin L.A. ribs or to easily fix irregularly shaped feet.

These three forks 46 exhibit the effect of more easily and firmly fixing small and irregular feet that are difficult to be fixed with the large lower fork 43 and the upper fork 42 .

Reference numeral 23 denotes a band saw protection cover, 50 denotes a control, and 51 denotes a cutting material discharge conveyor.

The operating state according to the embodiment of the present invention configured as described above and its effects will be described as follows.

As shown in FIGS. 1 and 3, when the control 50 of the fracture machine 10 constituting the high-speed rotating band saw 11 is controlled, the fork device ( 40) As the upper fork 42 moves upward, it is usually cut by fixing a large bone, etc. in the open state with the lower fork 43.

In addition, the present invention provides a small or thin LA for the three forks 46 configured in the extension plate 45 extending from the fork plate 44 constituting the lower fork 43 in the state in which the upper fork 42 is opened. The upper fork 42 is lowered and the cut material (R) loaded on the 3 fork 46 is pressed and firmly fixed by operating the control 50 together with loading the cut material (R) such as ribs or, in particular, an irregularly shaped foot will do

These three forks 46 have a low height from the loading plate 21, so that it is possible to easily insert and load a small or very large cut (R), and a strong fixing force can be obtained. R) can be prevented.

As described above, when the cut object R is fixed and the control 50 is operated, the fork device 40 loaded with the cut material R moves to the fracture machine 10 side, and the detection configured in the fracture machine 10 together with it. The plate 13 stops moving while being interviewed with the end of the cut material R to be transported downward and the downward sensing plate 13 is returned again.

Sensing the cut material (R) is to move the cut material (R) to the thickness distance to be cut by sensing the initial position of the cut material (R).

The cut material (R) described above means frozen meat, large and small ribs and LA ribs, and leg, and it is natural that various cut materials can be used differently.

When the cutting material R is fixed, the loading plate 21 is moved behind the left band saw 11 of FIG. 3 by the control 50 in the drawing, and the fork device 40 fixing the cutting material R is set. After moving forward by the thickness and protruding from the loading plate 21 to the thickness, the interlocking cylinder 32 and the rod 33 of the cutting material support device 30 configured in the loading plate 21 are interlocked with the return movement to interlock the end plate (34) is moved forward so that it is in close contact with the cut material (R) fixed to the fork device (40) and the loading plate 21 is returned in a state in close contact with the cut material (R) in this way, and the cutting moved by the cutting distance The water R is cut while passing through the band saw 11 .

That is, when the cut material R moves in a fixed state with the fork device 40 and the long cut material R is cut by the band saw 11 and receives pressure, the cutting material R is not pushed by the push plate 34 ) by pushing the cut object (R) to prevent bending or separation from the fork device 40, and by fixing it in an accurate position, the cut is made precisely.

Then, by moving the moving loading plate 21 back and forth, the band saw 11 moves forward and backward by the set distance of the fork device 40 while continuously and automatically cutting a large amount of the cutting material R easily and stably. will be implemented

In the above description, the driving of the band saw 11, the configuration of the loading plate 21, and the interlocking device such as the fork device 40 and its operation-related technical descriptions are in the conventional technology widely used in the industry, and are also common in the industry. A detailed description will be omitted since it is easily understood by those skilled in the art.

One embodiment of the present invention described above is merely exemplary, and various modifications and equivalent other embodiments are possible therefrom by those of ordinary skill in the art to which the present invention pertains and mentioned in the detailed description. It will be well understood that it is limited only to the form. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

10: fracture stage 11: band saw 12: body part
13: sensing plate 20: cutting material loading device 21: loading plate
22: side plate 30: cutting material support device 31: bracket
32: interlocking cylinder 33: rod 34: push plate
35: guide rod 40: fork device 41: pressurized cylinder
42: upper fork 43: lower fork 44: fork plate
45: extension plate 46: 3 fork R: cut

Claims (2)

In the cutting machine, the fork device 40 is configured in the cutting material loading device 20 of the fracture machine 10 constituting the high-speed rotating band saw 11,

a sensing plate 13 for determining the position of the cut object R configured in the fracture machine 10;
Mounting the interlocking cylinder 32 with the bracket 31 on the side plate 22 raised from the loading plate 21 of the cutting material loading device 20,
The cutting material supporting device 30 that reciprocates the push plate 34 with the interlocking cylinder 32 rod 33 and the guide rod 35 to prevent the cutting material from being pushed in close contact with the loaded cutting material (R). Rib and foot cutter, characterized in that it is constructed.
The method of claim 1,
Three forks that are configured in a small size to the extension plate 45 extending from the fork plate 44 constituting the lower fork 43 of the fork device 40 configured in the loading plate 21 to fix the thin cut product (46) Rib and foot cutter characterized in that it further comprises.

Images