KR200345279Y1 - Slice Apparatus for Square bar Cutting Machine for a Combined use Frozen Meat and Raw Meat - Google Patents

Abstract

The present invention cuts the frozen meat or cuts the meat in chunks to a certain thickness before cutting it, and then automatically feeds it to the cutting device, while simultaneously giving the vibration to the slice cutter to enable automatic cutting of soft growth. Regarding the cutting device of each season, the thickness of the meat to cut the meat loaf 20 is installed in the upper body frame 30 of the transfer conveyor device 25 for supplying the knitting 22 to the cutting device 90 Intermittent feeding device 40 for intermittently conveying as much as possible, and kneading meat chunks 20 to a certain thickness while moving in a direction perpendicular to the feeding direction F2 of meat chunk 20 at the end of the intermittent feeder 40. The slice cutter 50 cut into 22, the cutter drive device 60 for driving the slice cutter 50 in the cutting direction through the cutter frame 52, and the vibrator applying vibration to the slice cutter 50 It is composed of concentrator 70.

Therefore, the present invention is configured to automatically cut and feed the knitting feed to the cutting device by the set thickness, so that not only the use is more convenient, but also the work speed can be greatly improved, and the slice cutter vibrated by the vibrator Using frozen meat as well as the automatic cutting of the growth effect is possible.

Description

Slice Apparatus for Square bar Cutting Machine for a Combined use Frozen Meat and Raw Meat}

The present invention relates to a cutting device for a frozen meat growing combined slicer, and more particularly, to cut a piece of meat in a chunk state before cutting the frozen meat or raw meat into a cut of a certain thickness, and to automatically feed the slice cutter to a slice cutter. The present invention relates to a cutting device for a frozen meat growing combined cutting machine that is capable of automatically cutting soft growth by applying vibration.

In general, in order to make sweet and sour pork, curry, soup, etc. using meats such as pork and beef, the flat-shaped cuts cut to a certain thickness are cut horizontally and vertically into square bars to be used for cooking. Done.

In order to cut such knitting by hand, it is necessary to cut horizontally and vertically using a sharp knife on a cutting board, which is not only cumbersome but also has a disadvantage in that productivity is low due to slow working speed. There is a problem that the quality of the meat is uneven and the quality is reduced.

In order to improve this, conventionally, an angle cutting machine for automatically cutting the knitting 12 in the form of a square bar has been developed in the process as shown in FIG. 1. When the knitting 12 cut to a certain thickness as shown in the transfer conveyor belt 13, the knitting 12 is supplied to the cutting device 14 by the transfer conveyor belt 13, the cutting device 14 ), The knitting 12 is cut in the feeding direction F1 by the circular blade 14b and the blotting roller 14c constituting the cutting device 14 at the same time as the feeding, and then the feeding of the knitting 12 at the end. It was comprised so that it might be cut | disconnected to fixed length by the rotary cutter 15 which rotates in the direction orthogonal to the direction F1.

However, the conventional cutting machine 10 is a problem that the preparation work for making the knitting (12) is very cumbersome since the cutting is possible only if the feed is provided in the form of the knitting (12) cut to a certain thickness, not a meat mass. There was this.

In addition, when the knitting 12 is hard frozen meat, there is no problem, but in the case of growing meat, the meat is soft, so when the cutting machine is put into the automatic cutting machine and tries to cut, the meat is pushed to the blade in the cutting process, and thus the meat is not cut to an even thickness. In the case of growth cutting, the use of automatic cutting machines is usually abandoned, and the situation is being done carefully by manual labor. There is a problem of labor cost, and the quality of the knitting is not uniform.

The present invention has been made to solve the above problems, the purpose of which is to slice the meat chunks to a certain thickness before cutting to make the knitting and automatic feeding to the cutting device, automatic cutting of soft meat as well as soft growth It is to provide a cutting device of the frozen meat growing combined cutting machine possible.

In order to achieve the object of the present invention, the intermittent feeding device for intermittently conveying the meat mass inserted into the upper body frame of the conveying device for supplying the knitting to the cutting device for cutting thickness of meat, and the intermittent feeding device Slice cutter for cutting meat chunks with a certain thickness while moving at right angles to the feeding direction of meat chunks at the end, a cutter driving device for driving slice cutters in the cutting direction through a cutter frame, and vibration to the slice cutter Applied to the vibrator is provided with a cutting device of the frozen meat growing combined cutting machine.

1 is a view for explaining the cutting process of the general knitting

2 is a view schematically showing the structure of a conventional seasoning machine

Figure 3 is a view showing a circular blade and the blotting roller constituting a conventional cutting device

Figure 4 is a side cross-sectional view showing a cutting device of the frozen meat growing combined cutting machine according to the present invention

Figure 5 is a front cross-sectional view showing the cutting device of the frozen meat growing combined cutting machine according to the present invention

* Explanation of Signs of Major Parts of Drawings *

20: chunk of meat 22: knitting

25: conveying conveyor device 30: body frame

40: intermittent feed device 50: slice cutter

52: cutter frame 60: cutter drive device

62: drive motor 64: swing reducer

65: crankshaft 66a, 66b: connecting rod

70: vibrator 80: linear motion mechanism

81a, 81b: Guide shaft 82a, 82b: Slide bush

83: slider 84a, 84b: bearing supporter

85: nut 86: feed screw

87a, 87b Pulley 88 Belt

89: transfer motor 90: cutting device

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

4 and 5, the meat loaf 20 inserted into the upper body frame 30 of the transfer conveyor device 25 for supplying the knitting 22 to the cutting device 90 is cut. The intermittent feeder 40 for intermittently conveying by the thickness of the thickness, and at the end of the intermittent feeder 40, the meat chunk 20 is fixed while moving in a direction perpendicular to the feed direction F2 of the meat chunk 20. Vibration in the slice cutter 50 for cutting into the thickness 22, the cutter drive device 60 for driving the slice cutter 50 in the cutting direction through the cutter frame 52, and the slice cutter 50 It consisted of the vibrator 70 which adds.

Here, the intermittent transfer device 40 is a slide 42 which is installed to be inclined on the body frame 30 so that the meat mass 20 to be introduced slides in the conveying direction, and the pivot arm 43 on the slide 42. It is provided with a plurality of spike rollers 44a, 44b for intermittently transporting the meat chunk 20.

The cutter driving device 60 is a drive motor 62 installed in the body frame 30 to generate a rotational force, and a swing reducer for reducing the rotation of the drive motor 62 and converting one-way rotational movement into bidirectional oscillation. (64), the crankshaft (65) provided at the output end of the swing reducer (64), and both ends are hinged to the crankshaft (65) and the cutter frame (52) to receive power from the crankshaft (65). It consists of connecting rods 66a and 66b for transmitting to 52.

That is, the cutter drive device 60 converts the rotational force generated from the drive motor 62 into a linear reciprocating motion by the swing reducer 64 and the connecting rods 66a and 66b, thereby cutting the slice cutter through the cutter frame 52. 50 moves up and down.

The vibrator 70 may be configured as an eccentric motor installed on one side of the cutter frame 52 to exert vibration in at least the longitudinal direction of the blade of the slice cutter 50, but is not limited to such a vibrating body, an air motor or air It can also be configured as a vibration generator by a cylinder.

On the other hand, the conveying conveyor device 25 at the time of replacing the knife (not shown) constituting the cutting device 90 with a linear motion mechanism (80) to retract or advance the conveying conveyor device 25 from the cutting device (90) ) To prevent interference.

That is, the linear motion mechanism (80) is a guide shaft (81a) (81a) and a plurality of guide shafts (81a) (81b) and horizontally installed on the upper side of the body frame 30, the guide shaft (81a) ( The rotary motion is freely supported by the slider 83, which is linearly coupled to the 81b) and supports the conveying conveyor device 25, and the bearing supporters 84a and 84b installed on the body frame 30, and the slider ( The screw 85 is screwed to the nut 85 connected to the transfer screw 86 for converting the rotational movement into a linear motion through the nut 85, and the feed screw by the pulleys 87a, 87b and the belt 88 It may be composed of a transfer motor 89 for applying a rotational force to (86).

In the figure, reference numeral 200 denotes the entire season.

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

As shown in FIGS. 4 and 5, when power is applied to each season 200, the meat mass 20 is placed on the slide 42, and the pivot arm 43 is rotated upward. The meat loaf 20 slides from the slide 42 inclined by its own weight as the inlet to the cutter 50 is greatly opened. When rotated downward, the spike rollers 44a and 44b are held while pressing the meat loaf 20.

Then, when the operator instructs the cutting operation through the operation panel, the spike rollers (44a) (44b) is rotated by the specified thickness for the meat mass 20 to project in front of the slice cutter (50) and then stops, While the slice cutter 50 is driven by the cutter driving device 60, the spike roller 44a cuts the meat chunk 20 to a predetermined thickness while moving in a direction perpendicular to the feeding direction F2 of the meat chunk 20. By intermittently repeating in connection with the 44b, the knitting 22 is continuously made.

That is, in the operation of the cutter driving device 60 for driving the slice cutter 50, first, when the driving motor 62 is rotated in one direction, the rotational force generated from the driving motor 62 is transmitted to the swing reducer 64. The rotational force of the drive motor 62 transmitted to the swing reducer 64 is decelerated and then converted into a rocking motion by an internal crank mechanism to rock the crankshaft 65 at a low speed. The connecting rods 66a and 66b connected to the crankshaft 65 are moved downward by the swinging motion of the crankshaft 65 and the cutter frame 52 and the slice cutter 50 move in the direction of the meat mass 20. By moving in a direction perpendicular to the (F2) to cut the meat loaf (20) protruding in front of the slice cutter 50 to make the knitting (22).

At this time, the vibrator 70 installed on the cutter frame 52 is applied to the slice cutter 50 during the cutting operation to prevent the growth is pushed by the slice cutter 50 so that the cutting is made smoothly, in particular Vibration acting in the longitudinal direction of the blade of the slice cutter 50 from the vibrator 70 helps to cut the soft growth.

Since the knitting 22 dropped on the conveying conveyor device 25 is supplied to the cutting device 90 by the conveyor belt 25a in a flat state unfolded on the conveying conveyor device 25, and cut.

On the other hand, in the case where the knife (not shown) of the cutting device 90 is to be replaced, if the conveying conveyor device 25 is left as it is, the conveyor belt 25a of the conveying conveyor device 25 may interfere with the cutting device 90. To this end, when a knife replacement instruction is instructed from the operation panel, the feed motor 89 constituting the linear motion mechanism 80 is rotated in one direction, and the rotational force is applied to the belt 88 and the pulleys 87a and 87b. The slider 83 connected to the nut 85 is retracted while the rotational force is converted into a linear motion by the interaction of the rotating screw 85 and the linearly guided nut 85. At this time, the conveying conveyor device 25 installed on the slider 83 is also retracted with the slider 83, and the slider 83 is a guide shaft 81a horizontally installed on the body frame 30. Straight guided by 81b and slide bushes 82a and 82b It is away from the section device 90.

After the replacement of the knife after the return command is issued, the feed motor (89) is rotated in the reverse direction of the retreat direction, the slider 83 and the conveying conveyor device 25 is moved forward to the knife frame of the cutting device 90 again It returns to the state which can normally feed the knitting 22.

As described above, the present invention is configured to automatically cut and feed the knitting provided by the cutting device by the set thickness, thereby making it easier to use and greatly improving the working speed. Since the vibrator is configured to impart vibration to the slice cutter, it is possible to automatically cut meat as well as frozen meat.

Claims (5)

In each season having a conveying conveyor device 25 for supplying the knitting 22 to the cutting device 90, An intermittent transport device 40 intermittently transporting the meat chunk 20 inserted into the upper body frame 30 of the transport conveyor device 25 by a thickness for cutting; A slice cutter 50 for cutting the meat chunk 20 into a knitting piece 22 having a predetermined thickness while moving in a direction perpendicular to the feeding direction of the meat chunk 20 at the end of the intermittent conveying device 40; A cutter driving device 60 for driving the slice cutter 50 in the cutting direction through the cutter frame 52; The vibrator 70 for applying vibration to the slice cutter 50, characterized in that the fragmentation device of the frozen meat growing combined slicer. According to claim 1, wherein the cutter drive device 60 is a drive motor 62 is installed in the body frame 30 to generate a rotational force; A swing reducer 64 for reducing the rotation of the drive motor 62 and converting one-way rotational movement into two-way swing; A crank shaft (65) installed at the output end of the swing reducer (64); Both ends are hinged to the crankshaft 65 and the cutter frame 52, characterized in that consisting of connecting rods (66a) (66b) for transmitting power from the crankshaft (65) to the cutter frame (52). Cutting machine of frozen meat growing combined seasoning machine. The vibrator 70 of claim 1, wherein the vibrator 70 is an eccentric motor installed on one side of the cutter frame 52 to apply vibration to at least the longitudinal direction of the blade of the slice cutter 50. Deflector. The device of claim 1, further comprising a linear motion mechanism (80) for retracting or advancing the transfer conveyor device (25) from the cutting device (90). 5. The linear motion mechanism (80) according to claim 4, further comprising: a plurality of guide shafts (81a) (81b) installed horizontally above the body frame (30); A slider 83 that is linearly coupled to the guide shafts 81a and 81b via slide bushes 82a and 82b and supports the transfer conveyor device 25; Rotation movement is freely supported by the bearing supporters 84a and 84b installed in the body frame 30, and is screwed to the nut 85 connected to the slider 83 to rotate the rotation through the nut 85. Transfer screw 86 for converting the linear motion; The pulley (87a) (87b) and the belt 88 is a cutting device of the frozen meat growing combined cutting machine characterized in that consisting of a transfer motor (89) for applying a rotational force to the transfer screw (86).