KR0127842Y1 - Apparatus for cutting the breast of chicken slaughtering system - Google Patents

Abstract

The present invention relates to a breast incision apparatus having a device for automatically cutting the breast part of the slaughterhouse after the viscera extraction process in the slaughterhouse for automatically processing the chicken as food.

On the upper part of the shaft (1) and the rotating part of the shaker to rotate while maintaining the set (2), the upper fixing portion (4) and the lower fixing portion (5) which is not rotated and fixed together with the shaft (1) The upper turntable 30 rotates together with the shaft 1 at the upper side of the upper fixing part 4, and the lower turntable rotates together with the shaft 1 at the lower side of the lower fixing part 5. 31, and in the chest incision consisting of the fixed guide 20 and the rotating shaft portion 21 mounted between these rotary disks (30, 31), the rotary shaft portion 21 has an upper appearance (60), A spline having a movable portion 61 which protrudes above the upper turntable 30 and is rotated by the drive motor 50 to the belt 51 and has a spiral formed therein, and a spiral engaged with the spiral in the movable portion 61. It is characterized by consisting of (24).

Description

Chest incision in a duct system

1 is a process diagram of a conventional metrology facility system.

2 is a front view of a chest incision in a conventional yard system.

Figure 3 is a front view of the breast incision of the yard system according to the present invention.

4 is a plan view showing a rotation drive relationship of the rotary shaft portion according to the present invention.

Figure 5 is a front sectional view showing the relationship between the rotary shaft portion and the cutting blade support according to the present invention.

Figure 6 is a side cross-sectional view showing the relationship between the rotary shaft portion and the cutting blade support according to the present invention.

7 is a cross-sectional view of the movable portion of the rotary shaft portion according to the present invention.

8 is a cross-sectional view of the spline according to the present invention.

* Explanation of symbols for main parts of the drawings

1: shaft 2: shuffle set

3: spatula 4: upper fixing part

5 lower fixing part 7 spatula support part

8: Cutting blade support 9: Cutting blade bearing feed groove

10: shuffle rotation transfer unit 11: cutting blade

12: spatula bearing 13: cutting blade bearing

24: Spline 25: Bevel Gear

30: upper turntable 31: lower turntable

50: drive motor 51: belt

60: appearance 61: movable part

The present invention relates to a breast incision system of a shedding equipment system, and more particularly, in a yard for automatically processing a chicken as food, a breast incision having a device for automatically incising the breast portion of a shedding system after the viscera extraction process is completed. It is about the flag.

The cage system generally processes the chicken into food automatically, as shown in FIG. 1, ie preparation 101 suspends the raw chicken in a shuck in an overhead trolley conveyor. This hanging is not by machine but by man. However, the subsequent steps are performed automatically.

The killing line 102 hides the chickens that have been transported with a paddle and warms them in a dropper.

Hair loss line 103 is a step of automatically removing the hair of the chicken. In general, the hair loss line is also considered to be included in the killing line.

When the hair is removed, it must be transported for internal evisceration, and the primary transfer device 104 for connecting this transport process plays a role.

There are various machines in the built-in evisceration line 105, for example, a head separator, a built-in extractor, a chest incision.

In the killing line, the chicken enters the dropper, so the temperature of the chicken is raised, so it must be cooled. In other words, the secondary cultivator 106 is a machine that transfers the chickens from which the intestines are extracted to a cooling processing line.

If the cooling process is entered into the weight sorting line 109 through the tertiary transfer device 108, and the sorting and collecting according to the weight of the chicken.

Finally, the meat is packed in the packaging line 110.

Conventional breast incision as shown in Figure 2, the upper portion of the shaft (1) and the rotational while holding the set of the shuffle 2 and the rotating portion 10, and if not rotated together with the shaft 1 is fixed It consists of the fixed part 4.

On the upper side of the fixing part 4, the upper rotating plate 30 rotates together with the shaft 1, and the lower rotating plate 31 rotates together with the shaft 1 on the lower side, and these rotating disks 30, Between the first 31, the first fixed shaft 40 and the second fixed shaft 41 is mounted. The fixed shafts (40, 41) has a spatula (3) inserted into the abdominal cavity of the pedometer, which has been transferred from the set of the shaker (2), and a spatula support for holding the spatula (3) and moving up and down with respect to the fixed shaft ( 7) and a spatula device composed of a spatula bearing 12 suspended from the spatula support 7. The cutting blade support portion 8 for holding the cutting blade 11 and the cutting blade 11 to move up and down with respect to the fixed shaft, and the cutting blade support portion 8 below the spatula device. A cutting blade device composed of a suspended cutting blade bearing 13 is mounted.

The spatula bearing 12 is inserted into the fixing part 4, the spatula bearing conveying groove 6 which can be moved and the cutting blade bearing conveying groove 9 which can be inserted into the cutting blade bearing 13 is moved. Formed.

When the shaft 1 is rotated by the configuration as described above, the shaker rotating part 10, the upper rotating disk 30 and the lower rotating disk 31 are rotated, and the fixing part 4 is not rotated.

Therefore, the spatula support portion 7 mounted on the first and second fixed shafts 40 and 41 fixed between the upper and lower turntables 30 and 31 has a spatula bearing transfer groove whose bearing 12 is inclined. 6) will ride up and down. As the spatula support portion 7 rises and descends, the spatula supporting portion 7 descends while being inserted into the abdominal cavity of the shedding system suspended on the set 2, and when lowered, the breast of the shedding is cut by the cutting blade 11. At the time of incision, the supporting part 45 supports the meter so that the incision is made more smoothly.

In the case of the conventional breast incision as described above, when cutting the pedometer lowered by the spatula with a cutting blade, the cutting blade is cut while naturally rotating according to the spatula support and the vertical motion. That is, there is no separate mechanism for rotating the cutting blade. In this case, the cutting force is weak, so when the incision in the thorax bones, etc., the incision is not made well, and even the cutting blade is often broken, thus delaying work and replacing parts.

Accordingly, an object of the present invention is to overcome the above-mentioned problems, and an object of the present invention is to provide a cutting blade rotating device capable of vertically moving a cutting blade support and thus cutting blade is rotated to have a strong cutting force. .

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

Referring to FIG. 3, the chest incision according to the present invention has a shaker rotating part 10 for rotating while maintaining the set of the shaker 2 at the upper part of the shaft 1, and a fixed upper part which is not rotated together with the shaft 1. The fixing part 4 and the lower fixing part 5, the upper turntable 30 rotated together with the shaft 1 at the upper side of the upper fixing part 4, and the lower side of the lower fixing part 5 In the lower rotary disk 31 is rotated together with the shaft 1, and the fixed guide 20 and the rotating shaft portion 21 mounted between the rotary disk (30, 31).

The fixing guide 20 has a spatula 3 inserted into an anal of a pedometer which has been transferred from the set of shakers 2, and a spatula support 7 for holding the spatula 3 and moving up and down with respect to the fixed shaft. And a spatula device composed of a spatula bearing 12 suspended on the spatula support 7.

The rotary shaft portion 21 has a cutting blade 11 for cutting the bust of the yard, a cutting blade support portion 8 for maintaining the cutting blade to move up and down with respect to the rotary shaft portion 21, and the cutting blade A cutting blade device consisting of a cutting blade bearing 13 suspended on the support 8 is mounted.

The rotary shaft portion 21 is fixed to the upper exterior 60 is fixed without rotating, and the pulley (61b) is projected over the upper rotary disk 30 is rotated to the belt 51 by the drive motor 50 on the top. And a movable portion 61 having a cylindrical groove formed in a portion of the inner portion, the spiral portion 61a (see FIG. 7) formed on the inner surface of the groove, and a spiral engaged with the spiral 61a in the movable portion 61. It consists of a spline 24 with (see FIG. 8). Thus, the spline 24 is rotated by the movable portion 61.

Cutting blade support portion 8 that meets the spline 24 is composed of a bevel gear 25 therein, the rotational force of the spline is transmitted to the cutting blade (11).

The belt 51 is used to rotate each rotary shaft portion 21 with one drive motor 50.

The upper fixing portion 4 is formed with a spatula bearing feed groove 6 through which the spatula bearing 12 is inserted and moved, and the cutting blade bearing 13 is inserted into the lower fixing portion 5. Cutting blade bearing conveying groove 9 is formed that can be moved. Therefore, the spatula 3 and the cutting edge support part 8 are movable up and down.

When the shaft 1 is rotated by the configuration as described above, the shaker rotating part 10, the upper rotating disk 30 and the lower rotating disk 31 are rotated, and the fixing parts 4 and 5 are not rotated.

Therefore, the spatula support 7 mounted on the fixed guide 20 fixed between the upper and lower turntables 30 and 31 makes the bearing 12 move up and down on the inclined spatula bearing transfer groove 6. do. As the spatula support 7 rises and descends, the spatula support 7 descends while being inserted into the abdominal cavity of the shedding system suspended on the shuck set 2.

Simultaneously with the rotation of the shaft 1, the drive motor 50 is driven to rotate the movable portion 61, the spline 24 meshed with the movable portion rotates, and the cutting blade 11 also rotates accordingly.

As the spatula support is lowered, the cutting edge support is also lowered and the cutting blade 11 is rotated to cut the bust of the yard.

At the time of incision, the supporting part 45 supports the meter so that the incision is made more smoothly.

As described above, the chest incision according to the present invention can overcome the problems such as cutting of the cutting blade by allowing the cutting blade support to be moved up and down and at the same time the cutting blade is rotated to precisely and forcefully cut the breast of the meter.

Claims (2)

On the upper part of the shaft (1) and the rotating part of the shaker to rotate while maintaining the set (2), the upper fixing portion (4) and the lower fixing portion (5) which is not rotated and fixed together with the shaft (1) The upper turntable 30 rotates together with the shaft 1 at the upper side of the upper fixing part 4, and the lower turntable rotates together with the shaft 1 at the lower side of the lower fixing part 5. 31, and in the chest incision consisting of the fixed guide 20 and the rotating shaft portion 21 mounted between these rotary disks (30, 31), the rotary shaft portion 21 has an upper appearance (60), A spline having a movable portion 61 which protrudes above the upper turntable 30 and is rotated by the drive motor 50 to the belt 51 and has a spiral formed therein, and a spiral engaged with the spiral in the movable portion 61. Chest incision system of the metrology facility system, characterized in that consisting of (24). 2. The breastplate of claim 1, wherein the spline is engaged with a bevel gear (25) inside the cutting edge support (8).