KR200431189Y1 - Tumbler Machine For A Textiles - Google Patents

Abstract

The present invention relates to a fabric tumbler processing apparatus, the fabric (4) is continuously introduced into the drying tumbler (1) through the fabric feed roller unit (2), the rotary drum member that the fabric (4) is continuously introduced (20) is to enable the continuous drying, shrinkage processing of the fabric (4) because its diameter gradually increases from the fabric inlet 21 to the outlet side to guide and discharge the flow of the fabric (4) smoothly.

In other words, the fabric 4 can be continuously and uniformly dried and subjected to shrinkage, thereby increasing the product quality by making the quality of the bulk fabric 4 constant.

In addition, a plurality of drying tumblers (1) can be dried and shrinkage processing a large number of fabrics (4) to a certain quality, so that less work force is consumed, thereby reducing the production cost of the fabric (4). .

In addition, after the drying and shrinkage processing with a plurality of dry tumbler (1), the cooling tumbler (3) can be cooled to finish the work of the fabric (4) without additional cooling time, so the reprocessing process of the fabric (4) It has the effect of reducing the cost and increasing work convenience and productivity.

Description

Tumbler Machine For A Textiles

1 is a cross-sectional view showing the configuration of a dry tumbler of the present invention

Figure 2 is another cross-sectional view showing the configuration of the dry tumbler of the present invention

3 is a perspective view showing a rotating drum of the present invention

Figure 4 is a schematic diagram showing a drum lifter device of the present invention

5 to 6 is a schematic view showing the distal tension adjusting means of the present invention

7 is a view showing an embodiment of the present invention

8 is a cross-sectional view showing the configuration of the cooling tumbler of the present invention

9 to 10 is a use state showing another installation method of the present invention

* Description of the major symbols in the drawings *

1: dry tumbler 2: fabric feed roller part

3: cooling tumbler 4: fabric

10: main body casing member 11: space portion

12: fabric feeding unit 13: fabric discharge unit

14: cold air inlet 15: heated air outlet

20: rotating drum member 21: fabric entrance

22: fabric outlet 23: fabric lifter

24: fabric guide portion 25: drum support frame

26: support roller 30: drum rotation means

31: rotating motor 32: belt member

40: heating supply means 41: blowing fan

42: heater 50: lifter means

51: worm gear 52: screw shaft

53: lift motor 60: fabric tension control means

61: first rotating roller 62: second rotating roller

63: lifting guide bracket 64: dance roller

66: balance weight member 67: tension control motor

68: first operating roller 69: second operating roller

70: roller rotation motor 71: fabric bracket

72: load cell

The present invention relates to a fabric tumbler processing apparatus, and more particularly, to improve the quality of the fabric through a continuous tumbler operation, it is designed to improve the productivity.

In general, the fabric is used to manufacture clothes and other textile products, and is divided into natural fabrics made of natural fibers such as cotton and wool fibers, and synthetic fabrics made of synthetic fibers such as polyester and nylon fibers.

Such fabrics are made of high quality through a reprocessing process after manufacturing, and in the case of fabrics used for general clothes, a tumbler treatment is performed to prevent deformation of the fabrics after washing or heat.

The original tumbler processing machine includes a drum that rotates by a driving motor, and a hot air that supplies hot air and steam to the drum, and a steam supply part.

In other words, the drum is inserted into the fabric is rotated while at the same time supplying hot air, steam to tumbling the fabric.

The original fabric is dried and axially processed by friction generated while the drum is rotated and dropped by rotation of the drum, hot air supplied to the drum, and steam.

However, the above-described conventional fabric tumbler device is limited in the capacity of the drum can require a large number of fabric tumbler to process a large amount of fabric, the number of workers required as many machines, waste of equipment cost and labor There was a problem that the production cost is increased.

In addition, there is a problem that the quality of the fabric is not kept constant because it consists of a structure for drying, shrinkage by using each fabric tumbler by dividing a large amount of fabric by one roll.

In addition, after a certain time elapsed after the drying and shrinkage processing cooling process, the working time is increased and productivity has been reduced.

An object of the present invention is to provide a fabric tumbler machine that can continuously manufacture the fabric, the quality of the fabric by uniformly drying the fabric, and to reduce the production cost by reducing the workforce.

Another object of the present invention is to provide a fabric tumbler machine capable of increasing the drying, processing efficiency and productivity of a large amount of fabric in a continuous operation.

The object of the present invention is a space portion is formed therein, the main body casing member and the main body casing is provided with a discharging portion for discharging the discharging to the outside is provided with a discharging portion for guiding the inner fabric on one side; Rotating inside the rotatable drum member is formed to be rotatable, the fabric inlet is formed in which the fabric is injected into one side, the fabric outlet is discharged to the other side and gradually increases from the fabric inlet to the fabric outlet And a drying tumbler including a drum rotating means for rotating the rotating drum member, a heating supply means for supplying heating air and steam into the rotating drum member, and a front and rear sides of the drying tumbler. A fabric conveying roller unit for guiding the conveyance of the fabric is achieved.

That is, the fabric is continuously introduced into the drying tumbler through the fabric conveying roller part, and the rotating drum member which is continuously introduced into the fabric is gradually increased in diameter from the fabric inlet to the outlet side to smoothly guide and discharge the fabric flow. It is to enable continuous drying and shrinkage processing of the fabric.

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

Figure 1 is a cross-sectional view showing the configuration of the dry tumbler of the present invention, it shows that the fabric is continuously transferred to the interior of the dry tumbler through the fabric conveying roller processing.

Figure 2 is another cross-sectional view showing the configuration of the dry tumbler of the present invention, the rotating drum member is supported and rotated by the support roller, the heating air and steam is supplied to the inside of the rotating drum member through the heating supply means It is shown.

Figure 3 is a perspective view showing a rotating drum of the present invention, it shows that the distal lifter portion, the distal guide ring portion protrudes inside the rotating drum.

Figure 4 is a schematic view showing a drum lifter device of the present invention, showing a structure for lifting up and down the screw shaft screwed to the worm wheel by rotating the worm wheel with a worm.

5 to 6 is a schematic view showing the fabric tension control means of the present invention, Figure 4 is to adjust the tension of the fabric by lifting and lowering the dance roller with a weight, Figure 5 is the fabric by weight sensing using a load cell It is shown that the tension is controlled.

FIG. 7 is a view illustrating an embodiment of the present invention, in which a plurality of dry tumblers are continuously provided in a straight line and a cooling tumbler is provided at an outlet side of the final dry tumbler.

8 is a cross-sectional view showing the configuration of the cooling tumbler of the present invention, showing the configuration of the cooling tumbler for cooling the original fabric.

9 to 10 is a state diagram showing another installation method of the present invention, Figure 9 shows a state in which the drying tumbler and cooling tumbler arranged in parallel, Figure 10 is a dry tumbler and cooling tumbler arranged at a right angle It is shown.

Hereinafter, as shown in FIG. 1, the main body casing member 10 of the dry tumbler 1 of the present invention has a fabric such as a rotary drum member 20, a heating supply means 40, and a drum rotation means which will be described later. A space portion 11 in which the axial rate of 4 and the apparatuses for processing can be mounted is formed.

In addition, the main body casing member 10 is provided with a discharging part 12 for guiding the distal material 4 into the space 11 on one side, and the discharging part 12 is one side of the main body casing member 10. It is mounted on the top, and includes an input bracket 12a open at the top and in communication with the space 11.

In addition, the main body casing member 10 is provided with a discharging part 13 for discharging the discharging material 4 in the space 11 on the opposite side where the discharging part 12 is provided. 13 is mounted on the other side of the main body casing member 10, and includes an discharge bracket 13a having an upper portion open and in communication with the space 11.

The rotating drum member 20 is rotatably mounted to the space portion 11 of the main body casing member 10 by the drum rotating means 30, and the drum rotating means 30 rotates by an electric power source. It includes a rotating motor 31 and a belt member 32 for transmitting the rotational force of the motor to the rotating drum member (20).

The belt member 32 is provided at both ends of the first belt pulley 32a mounted on the shaft shaft of the rotary motor 31 and the second belt pulley 32b provided on the outer circumferential surface of the rotary drum member 20. When each of the rotary motors 31 wound and supplied with electric power is rotated, the rotating drum member 20 is rotated by transmitting the rotational force of the rotary motors 31.

The rotating drum member 20 is seated on an upper portion of the drum support frame 25 installed in the space portion 11 of the main body casing member 10, and the rotating drum member 20 is mounted on the drum support frame 25. Support roller 26 for supporting the outer circumferential surface of the) is mounted to support the rotating drum member 20 to rotate smoothly.

In addition, the rotary motor 31 has a rotation control unit for controlling the forward and reverse rotation by the forward and reverse rotation counter sensor, the rotary drum member 20 according to the type of the fabric (4), the amount of the fabric (4) It is preferable to control the rotation direction of the fabric to smoothly transport the fabric 4, and increase the drying and shrinkage processing efficiency.

The main body casing member 10 is provided with a heating supply means 40 for supplying dry air and steam to the interior of the rotary drum member 20 therein, the heating supply means 40 is the outside air And a blower fan 41 for sucking and supplying the inside of the rotating drum member 20, and a heater 42 for heating external air sucked through the blower fan 41.

The heater 42 includes an electric heater, a gas heater, a diesel oil heater, steam, and the like, and it is noted that various heat sources may be used depending on the design.

It turns out that the drum rotating means 30 and the heating supply means 40 has the same configuration and operation as those used in the known tumbler device, which is included in the construction of the present invention.

As shown in Figure 3, the rotating drum member 20 is formed with a fabric inlet 21 into which the fabric 4 is introduced at one side, and a fabric outlet 22 at which the fabric 4 is discharged to the other side. Is formed and is formed as a cone-shaped drum gradually increasing from the fabric inlet 21 to the fabric outlet 22.

The rotating drum member 20 has a predetermined distance around the inner circumferential surface therein, and the fabric lifter 23 protrudes, and the fabric lifter 23 is disposed from the fabric inlet 21 to the fabric outlet 22. Increasingly, the height is formed.

In addition, the rotary drum member 20 is protruded in the longitudinal direction on the inner surface guide member 24 is protruded.

That is, the rotating drum member 20 is formed in a cone shape in which the diameter gradually increases toward the fabric outlet 22 from the fabric inlet 21 so that the amount of rotation in which the fabric 4 is rotated therein gradually decreases from the inlet. While the fabric 4 is prevented from being tangled or twisted during the rotation and dropping movement, it is possible to smooth the transfer flow of the fabric 4.

In addition, the fabric lifter 23 is inclined so that the height is lowered from the inlet side to the fabric outlet 22 side, so that the rotation and falling movement of the fabric 4 gradually decreases from the inlet side to the outlet side of the fabric 4. 4) is to prevent the twist or tangling more to ensure that the fabric (4) is transferred more smoothly.

In addition, the fabric guide portion 24 increases the friction area between the fabric 4 and the inner surface of the rotating drum member 20 to increase drying and shrinkage processing efficiency, and induce rotation and drop movement of the fabric 4. By assisting to smoothly transfer the fabric (4).

On the other hand, the rotary drum member 20 is mounted to the drum support frame 25 rotatably installed by the hinge portion 25a at intervals on the lower surface of the body casing member 10, the drum support frame 25 Lifter means 50 is provided at the distal end 21 side or the distal end 22 side of the).

The lifter means 50 is to adjust the inclination angle of the rotary drum member 20 by raising or lowering the distal end 21 or the distal end 22 of the drum support frame 25.

As shown in FIG. 4, the lifter means 50 is connected to the drum support frame 25 by screwing the worm gear 51 including the worm 51a and the worm wheel 51b and the worm wheel 51b. And a screw shaft 52 and a lifting motor 53 for forward and reverse rotation of the worm 51a.

That is, the operator operates the elevating motor 53 to smoothly transport the fabric 4 according to the type of fabric 4 and the amount of the fabric 4 to tilt the rotating drum member 20 so that the fabric inlet ( 21) or the height of the fabric outlet 22 side can be adjusted.

When the lifting motor 53 rotates to rotate the worm 51a, the worm wheel 51b engaged with the worm 51a rotates, and the screw shaft 52 rotates according to the rotation direction of the worm wheel 51b. The height of the distal inlet 21 or the distal outlet 22 is adjusted by tilting one side of the rotating drum member 20 while moving up and down along the thread of the fastening hole.

On the other hand, the drying tumbler (1) is to transport the far end (4) to the front and rear sides of the body casing member 10, respectively, to guide the fabric (4) to the inside of the rotating drum member 20, the rotary cone In the drum member 20, a fabric conveying roller unit 2 for guiding the fabric 4, which has been dried and scaled, is discharged to the outside, is provided.

The fabric feed roller unit 2 includes a fabric tension adjusting means 60 as shown in Figs.

The distal tension adjusting means 60 is a first and second rotary rollers 61 and 62 which are rotatably installed at intervals to guide the transfer of the distal fabric 4, as shown in FIG. 2, the elevating guide bracket (63) installed between the rotary rollers (61, 62), and the dance roller (64) mounted on the elevating guide bracket (63) to move up and down rotatably, and rotatably installed. The additional guide roller 65 and the additional guide roller 65 is wound, one end is connected to the dance roller 64, the balance weight member 66 is provided with a weight (66a) on the other side, and It comprises a tension control motor 67 for rotating the additional guide roller 65 to raise and lower the dance roller 64.

The fabric 4 is wound on the dance roller 64 through the first rotating roller 61 and then wound around the second rotating roller 62, and the dance roller 64 is fabricated by the weight 66a. At the time of conveyance, it rotates without moving in parallel with the most appropriate tension to guide the conveyance of the fabric (4).

And the fabric is changed in the type, the amount of transfer, the tension conveyed by the malfunction occurring during the transfer.

When the tension of the fabric 4 is increased, the dance roller 64 is moved up and down as the tension is increased, and when the tension of the fabric 4 is lowered, the dance roller 64 is lowered and moved as the tension is lowered. do.

When the dance roller 64 rises and falls due to the tension change of the fabric 4, the tension control motor 67 rotates and senses this, thereby lowering and lowering the height of the dance roller 64 to the dance roller 64. By maintaining the exact position of the) is to adjust the tension applied to the fabric (4).

In addition, the distal tension adjusting means 60 is the first, second operation rollers 68, 69 and rotatably installed at intervals as shown in Figure 6, the first operation roller 68 or the second operation And the roller rotation motor 70 for rotating the roller 69, and between the first and second working rollers (68, 69) and the fabric mounting bracket (71) that is stored in the upper fabric 4 stacked by a certain amount and A load cell 72 for supporting the lower portion of the fabric bracket 71 to sense the weight of the fabric 4 and the roller rotation motor 70 by sensing the weight of the fabric 4 in the load cell 72. It includes a weight control unit for operating.

The fabric bracket 71 is always a certain amount of the fabric (4) is always placed on the upper portion during the transfer of the fabric (4), the amount of the fabric (4) is sensed by the load cell 72, the weight control unit to the fabric (4) The rotation of the first and second working rollers 68 and 69 is kept constant so as to be conveyed at a constant tension.

When the amount of the fabric 4 accumulated on the upper portion of the fabric bracket 71 is increased, the fabric 4 is not transported with a constant tension, so that the rotation speed of the second operation roller 69 is increased to make the fabric bracket ( By maintaining a constant amount of the fabric (4) to be loaded 71) is to maintain a constant tension of the fabric (4).

On the other hand, if the amount of the fabric 4 stacked on the upper portion of the fabric bracket 71 is reduced, the fabric 4 is not transported with a constant tension and is not transported smoothly, thereby slowing down the rotational speed of the second operation roller 69. The tension of the fabric 4 is kept constant by keeping the amount of the fabric 4 loaded on the mounting bracket 71 constant.

As described above, the fabric tension adjusting means 60 depends on the external factors generated while passing through the rotating drum member 20 of the drying tumbler 1, the type of the fabric 4, and the amount of transfer of the fabric 4. By maintaining a constant tension of the fabric (4) to be changed to smooth the flow of the fabric (4), and to continuously maintain the quality of the product during continuous drying, shrinkage processing.

On the other hand, the drying tumbler (1) is provided with a plurality of spaced apart as shown in Figure 7, and between the drying tumbler (1) to have a fabric feed roller portion (2) to provide a large amount of fabric (4) It is preferable to comprise so that a drying and shrinkage process can be performed continuously.

The drying tumbler 1 is provided in plural, and a cooling tumbler 3 is installed at the rear side of the final drying tumbler 1.

In addition, between the plurality of drying tumbler (1), and between the drying tumbler (1) and the cooling tumbler (3), the fabric tension adjusting means (60) is installed in one rotary drum member (20) 4) in the state of maintaining a constant tension to be transferred to the interior of the next rotating drum member 20 is to ensure that the drying, shrinkage processing of the fabric (4) is made constant.

The cooling tumbler (3) cools the heated fabric (4) during the drying, shrinkage process to enable the cutting of the fabric (4) without a separate cooling process to simplify the reprocessing process of the fabric (4) and improve productivity It is to increase the role.

As shown in FIG. 8, the cooling tumbler 3 has a space part 11 formed therein, and one side of the cooling tumbler 3 is provided with a discharging part 12 for guiding the fabric 4 inside. The main body casing member 10 is provided with a discharging portion 13 for discharging the raw material 4 to the outside, and is rotatably installed inside the main body casing member 10, the fabric (4) on one side A dispensing inlet 21 is formed, a discharging outlet 22 is formed on the other side of the discharging the discharging fabric 4, and a rotating drum having a shape gradually increasing from the discharging inlet 21 to the discharging outlet 22. A member 20, a drum rotating means 30 for rotating the rotary drum member 20, and a cold air suction port provided in the main body casing member 10 to supply cooling air into the space 11; 14) and a heating air outlet 15 provided in the main body casing member 10 to discharge the heating air of the fabric 4 to the outside.

The cooling tumbler 3 has the same structure as the embodiment described in the main body casing member 10 and the drum rotating means 30 in the drying tumbler (1) will be omitted detailed description.

In addition, the rotary drum member 20 of the cooling tumbler 3 has a predetermined distance around the inner circumferential surface of the rotating drum member 23 is protruded, the fabric lifting unit 23 is the distal inlet 21 It is formed so that the height is lowered toward the fabric outlet 22 side from the) side.

The rotation drum member 20 is protruded in the longitudinal direction on the inner surface of the guide guide portion 24.

In addition, the rotating drum member 20 of the cooling tumbler 3 is mounted to the drum support frame 25 rotatably installed to the hinge portion 25a at intervals on the lower surface of the body casing member 10. , The lifter means 50 is provided at the distal end 21 or the distal end 22 of the drum support frame 25.

The rotating drum member 20 of the cooling tumbler 3 is the same as the structure of the rotating drum member 20 of the drying tumbler 1 and its operation and effects are as described above.

That is, the cooling tumbler 3 cools the heated fabric 4 due to the cold air sucked through the cold air inlet 14 while the fabric 4 passes through the inside of the rotary chord member 20. And, the heating air generated in the fabric (4) due to the cold air is to cool the fabric (4) while being discharged through the heating air outlet (15).

The plurality of dry tumblers 1 and the cooling tumblers 3 may be connected and installed in parallel as shown in FIG. 9, or may be arranged at right angles as shown in FIG. 10. The installation number and arrangement of the dry tumbler can be variously changed in consideration of the amount of the fabric 4 to be dried and shrinked, the transfer path, the area of the installation plant, and the like.

According to the above constitution of the present invention, the fabric can be continuously and uniformly dried, and the shrinkage can be processed so that the quality of a large amount of the fabric can be made constant to increase the marketability.

In addition, a large number of fabrics can be dried and shrinked to a certain quality with a plurality of drying tumblers, thus reducing the production cost of the fabrics due to less work force.

In addition, by drying with a plurality of drying tumbler, cooling treatment with a cooling tumbler after the shrinkage processing can be finished work of the fabric without a separate cooling time has the effect of reducing the reprocessing process of the fabric and increase the work convenience and productivity.

Claims (13)

A space part 11 is formed therein, and a discharging part 13 having a discharging part 12 for guiding the discharging material 4 on one side thereof and discharging the discharging material 4 to the outside on the other side thereof. ) Is provided with a main body casing member (10), rotatably installed in the main body casing, and a fabric inlet (21) into which the fabric (4) is inserted at one side, and the fabric (4) at the other side. Discharged fabric outlet 22 is formed and the rotating drum member 20 and the drum rotating to rotate the rotating drum member 20 of the shape gradually increasing from the fabric inlet 21 to the fabric outlet 22 Before the drying tumbler 1 and the drying tumbler 1 including a means 30, a heating supply means 40 for supplying heated air and steam into the rotary drum member 20, Fabric tumbler processing apparatus including a fabric feed roller portion (2) which is provided on the rear side to guide the transport of the fabric (4). The method according to claim 1, The rotating drum member 20 has a predetermined distance around the inner circumferential surface of the rotary drum member 20, and the fabric lifter 23 is protruded from the fabric inlet 21 to the fabric outlet 22. Fabric tumbler processing apparatus, characterized in that formed to lower the height gradually. The method according to claim 2, The rotating drum member 20 is a fabric tumbler processing apparatus, characterized in that the fabric guide ring portion 24 is protruded at intervals in the longitudinal direction on the inner surface. The method according to claim 2 or 3, The rotating drum member 20 is a raw fabric tumbler processing apparatus, characterized in that driven by a rotating motor 31 having a rotation control unit for controlling the forward and reverse rotation by the forward, reverse rotation counter sensor. The method according to claim 1 or 2, The rotating drum member 20 is mounted to a drum support frame 25 rotatably installed to the hinge portion 25a at intervals on the lower surface of the main body casing member 10, and the drum support frame 25 The fabric tumbler processing apparatus, characterized in that the lifter means 50 is provided on the fabric inlet 21 side or the fabric outlet 22 side. The method according to claim 5, The lifter means (50) is a worm gear (51) consisting of a worm (51a) and a worm wheel (51b), a screw shaft (52) connected to the drum support frame (25) by screwing to the worm wheel (51b), Fabric lifting tumbler processing apparatus comprising a lifting motor (53) for forward and reverse rotation of the worm (51a). The method according to claim 1, The drying tumbler (1) is a plurality of fabric tumbler processing apparatus, characterized in that provided with a plurality of spaced apart intervals between each of the drying tumblers (1). The method according to claim 7, The fabric feed roller unit 2 is a fabric tumbler processing apparatus, characterized in that it comprises a fabric tension adjusting means (60). The method according to claim 7, The drying tumbler (1) is provided in plural, the fabric tumbler processing apparatus, characterized in that the cooling tumbler (3) is provided on the rear side of the final drying tumbler (1). The method according to claim 9, The cooling tumbler 3 has a space portion 11 formed therein, and is provided with a fabric input portion 12 for guiding the fabric 4 to one side, and the fabric 4 outside the other side. The main body casing member 10 is provided with a discharging portion 13 discharged to the discharge, and the main body casing member 10 is rotatably installed inside the main body casing, and the distal fabric inlet 21 into which the raw material 4 is inserted is formed. Rotatable drum member 20 having a fabric outlet 22 through which the fabric 4 is discharged on the other side and gradually increasing from the fabric inlet 21 to the fabric outlet 22, and the rotary drum member Drum rotating means (30) for rotating (20), cold air suction port (14) provided in the main body casing member (10) for supplying cooling air into the space (11), and the main body casing member (10) The fabric tumbler processing apparatus, characterized in that it comprises a heating air outlet (15) for discharging the heating air of the fabric (4) to the outside. The method according to claim 9, The fabric tumbler processing apparatus, characterized in that the fabric tension adjusting means (60) is provided between the plurality of drying tumbler (1), and between the drying tumbler (1) and the cooling tumbler (3). The method according to claim 8 or 11, The far-end tension adjusting means 60 guides the transfer of the far-end fabric 4 and first and second rotating rollers 61 and 62 rotatably installed at intervals, and the first and second rotating rollers 61 and 62. The elevating guide bracket (63) installed between the), the dance roller (64) which is installed on the elevating guide bracket (63) and is rotatable and rotatably installed, and the additional guide roller (65) rotatably installed. And a balance weight member 66 wound around the additional guide roller 65 and connected to the dance roller 64 at one end, and provided with a weight 66a on the other side, and the additional guide roller 65. Fabric tumbler processing apparatus comprising a tension control motor (67) for rotating and raising and lowering the dance roller (64). The method according to claim 8 or 11, The distal tension adjusting means 60 is a roller for rotating the first and second operation rollers 68 and 69 and the first and second operation rollers 68 and 69 which are rotatably installed at intervals. Between the rotation motor 70, the first and second working rollers (68, 69) and the fabric bracket (71), which is stored in the upper fabric 4 by a predetermined amount, and the fabric bracket (71) It includes a load cell 72 for sensing the weight of the fabric (4) by supporting the lower portion of the, and the weight control unit for operating the roller rotation motor 70 by sensing the weight of the fabric (4) in the load cell 72 The fabric tumbler processing apparatus characterized by the above-mentioned.

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