KR20000009370U - Residue handling equipment - Google Patents

Abstract

The present invention relates to a residue processing apparatus for moving the residue cut by the residue cutting nozzle to the residue dust collector to remove the residue wound around the outer periphery of the bobbin.

Body 2, which has a residual dust collecting tube 8, is installed on one side of the body 2, the bobbin supply unit 3 for supplying the bobbin B, and the other side of the body 92 is rotatably installed. A plurality of bobbin insertion grooves 40 into which an end of the bobbin B is fitted at an inner edge thereof are provided at a rotational disc 4 and bobbins B installed at a lower portion of the bobbin supply part 3 at regular intervals. Conveyor belt (5) for conveying to bobbin insertion groove (40), geared motor (60) for intermittently rotating the rotating disc (4) by a certain angle through the time pulley (6), the cylinder in the center of the rotating disc (4) Residual dust collecting pipe (1), which is installed to be movable back and forth through the bobbin (B) to cut the residue wound around the outer periphery of the bobbin (B) with hot air, guides the cut residue into the residue dust collecting tube (8), It is installed obliquely at the lower part of the rotating disc 4, and the residue dust collecting cylinder 8 collecting the bobbin B from which the residue is removed is returned. The fiber residue treatment apparatus relates to a residue processing apparatus for forming an air suction hole 10 to the bent portion of the residue was jingwan house (1).

Description

Residue handling equipment

The present invention relates to a residue treating apparatus, and more particularly, to a residue treating apparatus for moving a residue cut by a residue cutting nozzle to a residue collecting barrel in order to remove the residue wound around the outer periphery of the bobbin.

In general, the fiber bobbin that supplies thread to a loom circular knitting machine, etc. is not completely supplied with the yarn wound around the bobbin even after use, and the residue remains wound on the bobbin. Therefore, the residue wound on the bobbin must be removed to reuse the bobbin. In order to remove the residue of bobbin by using the machine, the residue cut from the bobbin should be sent to the residue collection bin and the residue should be kept in the residue collection bin and processed.

Conventionally, in order to send the cut residue to the residue collecting barrel, the residue cut at the residue removing portion falls to the residue collecting tube located at the lower portion of the residue removing portion by the weight of the residue and the air discharged from the residue cutting nozzle, thereby inclining the residue collecting tube. Was to be sent into the rubble.

However, since the residue cut in the residue removal unit is moved to the residue collecting tube by the inclination of the residue collecting tube, there is a problem that the cut residue is not moved to the residue collecting tube and accumulated in the residue collecting tube.

It is an object of the present invention to provide a residue processing apparatus that can be easily moved to the residue collection tube to remove the residue to remove the problem as described above.

The present invention for achieving the above object is achieved by forming an air suction hole for discharging high-pressure air in a part of the residue dust collecting tube.

1 is a cross-sectional view showing the residue treatment of the present invention

<Explanation of symbols for main parts of the drawings>

1: Residual dust collection tube 10: Air suction hole

2: body 3: bobbin supply unit

4: rotating disc 40: bobbin insertion groove

5: conveyor belt 6: time pulley

7: residue cutting nozzle 8: residue collection pain

B: bobbin

Hereinafter, the technical configuration of the present invention in detail according to the accompanying drawings.

According to the present invention, as shown in FIG. 2, a body 2 having a residual dust collecting body 8, a bobbin supply part 3 installed on one side of the body 2 and supplying a bobbin B, and a body ( 2) of the rotary disk 4, the bobbin supply portion 3 is rotatably installed on the other side of the rotary disk 4, the bobbin insertion groove 40 is formed at regular intervals in which the end of the bobbin (B) is fitted in the edge Geared motor 60 for intermittently rotating the rotary disk 4 by a predetermined angle through the conveyor belt 5, the time pulley 6 for conveying the bobbin (B) installed in the lower portion to the bobbin insertion groove 40, ), A residue cutting nozzle (7) installed in the center of the rotating disc (4) to be moved back and forth through the cylinder to cut the residue wound around the outer periphery of the bobbin (B) with hot air, and the residue to be cut (8) The bobbin (B) in which the residue is removed by being inclined at the lower part of the dust collecting tube (1) and the rotating disc (4) to guide the inside In the residue processing apparatus for fibers which becomes the residue collection cylinder (8) to collect

It is a residue processing apparatus for forming the air suction hole 10 in the bent portion of the residue dust collecting tube (1).

The bobbin supply unit 3 is loaded with bobbins B, the residue of which remains, and the loaded bobbins B are provided under the bobbin supply unit 3 to operate under the control of the limit switch L. By the driving force of 50, it is conveyed to the bobbin insertion groove 41 of the rotating disc 4 one by one by the conveyor belt 5 one by one.

A plurality of bobbin insertion grooves 40 are radially formed at the rotational disc 4 at equal intervals, and both ends of the bobbin B are inserted into the bobbin insertion grooves 40 on both sides, and a guide for preventing bobbin separation from the upper portion of the outlet side is provided. The plate is installed, and the discharge plate 41 for forced bobbin discharge is installed at the lower portion thereof.

The geared motor 60 is connected to the rotating disk 4 through the time pulley 6 so that the rotating disk 4 on both sides is accurately rotated at the same rotation angle at the same time by the time pulley and the auxiliary power transmission shaft, that is, When eight bobbin insertion grooves 40 are formed in the rotating disk 4, the geared motor 60 rotates the rotating disk 4 intermittently and accurately by 40 degrees.

The limit switch (L) is respectively installed in the lower both sides of the inlet side of the rotating disc (4) to stop the conveyor belt (5) after detecting that both ends of the bobbin (B) is correctly fitted into both bobbin insertion groove (40). And, the sensor (S) that detects and interlocks to operate the geared motor 60 so that the rotating disc 4 rotates only a certain angle.

The residue cutting nozzle 7 removes the residue by hot air, and a heater is built into the residue cutting nozzle 7. The residue cutting nozzle 7 is mounted on a slider (not shown) movably assembled to a rail bar (not shown). It is fixed and the slider is moved back and forth by a cylinder (not shown).

Residual dust collection pipe (1) is bent and part is installed in the lower part of the residue cutting nozzle (7) and the end is in communication with the residual dust collecting cylinder (8), but the bent portion can be blown with high-pressure air from the outside into the residue suction pipe The air suction hole 10 is formed.

Referring to the overall operating relationship of the present invention configured as described above are as follows.

When the bobbins B having residual residues are loaded in the bobbin supply part 3, the bobbins B loaded in the bobbin supply part 3 are moved to the conveyor belt 5 and transferred to the rotating disc 4 to bobbin B. When both ends of the rod are inserted into the bobbin insertion groove 40 formed on both rotation discs 4, and both ends of the bobbin B are correctly inserted into the bobbin insertion grooves 40 of both rotation discs 4, the limit switch L is By detecting this, the conveyor belt 5 is temporarily stopped, and at the same time, the sensor S senses this state to drive the geared motor 60 in an interlocked manner so that the rotation disc 4 rotates only a certain angle. At this time, if both ends of the bobbin (B) is not correctly inserted into the bobbin insertion groove 40, the sensor (S) does not detect this to drive the geared motor (60).

When the rotation of the rotating disc 4 is completed by a predetermined angle, the geared motor 60 is automatically paused by the sensor S. At the same time, the limit switch L detects this and drives the conveyor belt 5 again. Next bobbin (B) is transported to fit into the bobbin insertion groove (40).

When the rotation disc 4 stops in the state where the bobbin insertion groove 40 into which the bobbin B is inserted is located at the lower part of the residue cutting nozzle 7 while the above operation is sequentially performed, the residue cutting nozzle 7 is a cylinder. The bobbin (B) is removed from the residue remaining on the outer periphery of the bobbin (B) by hot air while moving back and forth through the guide plate by the operation as described above in the bobbin insertion groove (40). The bobbin B which rotates to the side and continues to rotate intermittently falls down while exiting the bobbin insertion groove 40 by the discharge plate, and thus the bobbin B in which the residue is removed falls down and is discharged to the outside. By repeating the operation sequentially, the residue remaining in the bobbin B is removed, whereby the bobbin B from which the residue has been removed is recovered through the bobbin discharge portion 9.

Thus, the residue cut off by remaining in the outer periphery of the bobbin B by the residue cutting nozzle 7 in the state where the bobbin insertion groove 40 is located in the lower part of the residue cutting nozzle 7, in the residue cutting nozzle 7, Since the air is discharged at a high pressure, the high-pressure air of the residue cutting nozzle 7 and the weight of the residue are dropped into the dust collection tube located at the lower portion of the residue cutting nozzle 7 so that the cut residue is When positioned in the bent portion, the residue cut by the high-pressure air sucked into the residue collecting tube through the air suction hole 10 is easily moved to the residue collecting tube 8 through the residue collecting tube 1.

Since the high pressure air is sucked in the residue collecting tube and the residue is sent to the residue collecting tube, the residue can be easily moved to the residue collecting tube.

Claims (1)

Body 2, which has a residual dust collecting tube 8, is installed on one side of the body 2, the bobbin supply unit 3 for supplying the bobbin B, and the other side of the body 92 is rotatably installed. A plurality of bobbin insertion grooves 40 into which an end of the bobbin B is fitted at an inner edge thereof are provided with a rotary disk 4 formed at a predetermined interval, and a bobbin B installed at a lower portion of the bobbin supply part 3 and discharged. Conveyor belt (5) for conveying to bobbin insertion groove (40), geared motor (60) for intermittently rotating the rotating disc (4) by a certain angle through the time pulley (6), the cylinder in the center of the rotating disc (4) Residual dust collecting pipe (1), which is installed to be movable back and forth through the bobbin (B) to cut the residue wound around the outer periphery of the bobbin (B) with hot air, guides the cut residue into the residue dust collecting tube (8), Being installed obliquely on the lower portion of the rotary disk 4 to the residue dust collector (8) for collecting the bobbin (B) from which the residue is removed In the residue processing apparatus for textiles Residual processing apparatus, characterized in that to form an air suction hole 10 in the bent portion of the residue dust collecting tube (1)