JPH08215593A - Slicer for block meat - Google Patents

Abstract

PURPOSE: To make it possible to prevent the collapse and breakage of a slice at the time of slicing block meat. CONSTITUTION: This slicer for the block meat A is so constituted as to cut the block meant A by the relative forward and backward movement of a cutter 3 and receiver 2 in a cutting direction with respect to a delivery device of the block meat A and to move the receiving surface 4 of the receiver 2 in the same direction as the cutting direction B1 of the delivery device with respect to the cutter 3.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a block slicing device for thinly slicing raw block meat such as beef and pork.

[0002]

2. Description of the Related Art In a block meat slicing device, when slicing raw meat,
The thin sliced material may adhere to the cutter or be blown off, making it difficult to take out sliced meat in an orderly manner, and it is difficult to perform subsequent processing operations such as serving and tray packaging.

DISCLOSURE OF THE INVENTION According to the present invention, a feeding device 1 for holding and feeding a block meat A and a receiving device for receiving a feeding end face A1 of the block meat A fed by the feeding device 1 by contacting them before cutting. 2 and a cutter 3 between the sending device 1 and the receiving device 2 for sequentially slicing the block meat A sent out. Relative reciprocation of the cutter 3 and the receiving device 2 with respect to the sending device 1 in the cutting direction. Cut by moving and the cutter 3
On the other hand, the receiving surface 4 of the receiving device 2 is moved in the same direction as the cutting direction B1 of the sending device 1 to form a block-thin slicing device.

The function and effect of the invention The block meat A is held by the feed device 1 and fed out, and the feed end face A1 of the block meat A is pressed against the receiving surface 4 of the receiving device 2. In this state, relative movement of the feeding device 1, the receiving device 2, and the cutter 3 in the cutting direction allows the block meat A to be sliced by the cutter 3. During this cutting action, the receiving surface 4 of the receiving device 2 moves in the same direction as the cutting direction B1 of the sending device 1 while receiving the sending end face A1 of the block meat A. Therefore, the thin sliced meat piece received by the receiving surface 4 is almost maintained in the state of being pressed against the receiving surface 4 before cutting, and is less likely to collapse or break. Since it is moved from the cutting position while being received by 4, the accurate and orderly slice cutting processing of the block meat A can be performed.

1 to 3, the block meat A is held by a delivery device 1 composed of a pair of upper and lower belt conveyors 5 and intermittently delivered to the front side of the receiving device 2 while being intermittently delivered. When stopped, the cutter 3 receives a cutting action in the cutting direction to cut into slices having a constant thickness. The receiving device 2 is composed of a roll having an appropriate diameter which forms a receiving surface 4 on the lateral surface of which a needle is arranged on a roll shaft 6 in the lateral direction, and is provided so as to face the front of the sending device 1. The receiving surface 4 can receive the feeding end surface A1 of the block meat A fed by the feeding device 1 and pierce and hold it at an appropriate depth. The cutter 3 is composed of a band blade and can be spanned between the left and right adjusting wheels 7 so as to surround the outer circumference of the receiving device 2 and driven and rotated at high speed to perform a cutting action. The cutting action position of the cutter 3 is set on the radial direction line that directly connects the roll shaft 6 that is the rotation center of the receiving surface 4 and the delivery direction line of the block meat A. The receiving device 2 and the cutter 3 are mounted on the same cutter frame at fixed positions. The meat of the block A can be cut by reciprocating the sending frame of the sending device 1 including the pair of upper and lower belt conveyors 5 with respect to the cutter frame along the cutting direction. The receiving device 2 is transmitted to rotate about a roll shaft 6. This rotation C is the forward movement B1 of the delivery device 1,
That is, it is set so as to be in the same direction as the process of receiving the cutting action by the cutter 3 and at substantially the same speed. As a result, the block meat A pressed against the receiving surface 4 is cut by the cutter 3
As shown in FIG. 1 to FIG. 2, the thin wall A2 to be sliced is transferred in the rotation direction C in a state of being held on the receiving surface 4 in synchronism with the cutting progress, and is cut and separated. The thin wall A2 is completely received on the receiving surface 4 side. Since such a thin wall A2 is maintained in the same state as when receiving the delivery end face A1 of the block meat A delivered from the delivery device 1 on the receiving surface 4, it collapses when receiving the cutting resistance by the cutter 3, It is rarely torn, and a stable cutting or cutting posture is maintained, and an accurate cutting action is received. In this way, the thin wall A2 received by the receiving device 2 after being cut by the cutter 3 is
As the receiving device 2 rotates C, the receiving device 2 is conveyed forward, and is scraped by the scraper 8 in contact with the roll surface to be taken out to the upper surface of the lower conveyor 9. Each time the delivery device 1 is intermittently rotated, the cutter 3 performs a thin-slicing action to cut and separate the thin wall A2.
The cutting thickness of 2 is determined by the delivery amount of the delivery device 1 and the distance between the receiving surface 4 of the receiving device 2 and the cutter 3. Therefore, it is preferable to adopt a configuration in which this interval can be changed and adjusted. FIG.
In the above, the point different from the above example is that the receiving device 2 is configured in an endless band form instead of the roll form, and the endless band in which the needle is planted on the peripheral surface is the roll 10 located at the apex of the triangle.
It can be wound around 11 and 12 and driven to rotate.
The upper and lower rolls 1 on the receiving surface 4 for receiving the block meat A
It is stretched between 0 and 11 and configured to be parallel to the cutting direction by the cutter 3, and the receiving surface 4 is rotated C so as to move upward. In addition, such receiving surface 4
Should be substantially aligned with the cutting end surface of the block meat A by the cutter 3 (which becomes the feeding end surface A1), and the cutting direction by the cutter 3 is limited to the direction orthogonal to the feeding direction of the block meat A by the feeding device 1. However, the receiving surface 4 may be set so as to be inclined, and the receiving surface 4 is set substantially along the cutting direction. As the cutter 3, a rotary disc blade, a loose blade, or the like may be provided instead of the band blade. or,
In the example shown in FIG.
1 and B2, the delivery device 1 may be fixed at a fixed position, and the cutter frame on which the cutter 3 and the receiving device 2 are mounted may be reciprocally moved B1 and B2 for cutting. . Further, the delivery device 1 may also be configured to insert the block meat into the suspended guide tube and deliver the block meat by natural fall, forced extrusion, or the like. Also, the receiving surface 4 of the receiving device 2 and the height and shape of the needle-like projections are not limited to those shown in the drawing, and the delivery end surface A1 or the cut thin wall A2 is easily held by frictional resistance. I wish I had it. As a means for changing and adjusting the distance between the delivery end surface A1 of the receiving device 2 and the cutter 3 as described above, it may be moved back and forth with respect to the cutter 3 such as the roll shaft 6 and the rolls 10-12. The cutter 3 may be moved back and forth with respect to the receiving device 2. Further, the diameter of the roll rotating around the roll shaft 6 may be exchanged.

[Brief description of drawings]

FIG. 1 is a side view.

FIG. 2 is a side view showing a part of the operation thereof.

FIG. 3 is a plan view thereof.

FIG. 4 is a side view showing another embodiment.

[Explanation of symbols]

 1 sending device 2 receiving device 3 cutter 4 receiving surface A block meat A1 sending end face B1 cutting direction

Claims (1)

[Claims] 1. A delivery device 1 for holding and delivering a block meat A, a receiving device 2 for receiving a delivery end face A1 of the block meat A delivered by this delivery device 1 before cutting, and these delivery devices 1. A cutter 3 which is between the receiving device 2 and sequentially slices the fed block meat A, and cuts by relative reciprocating movement of the cutter 3 and the receiving device 2 with respect to the feeding device 1 in the cutting direction, and the cutter 3. 3 is a block slicing device in which the receiving surface 4 of the receiving device 2 is moved in the same direction as the cutting direction B1 of the sending device 1.