KR102143601B1 - Shower towel manufacturing device - Google Patents

Abstract

In the present invention, by supplying fabric, overlocking the edges on both sides, cutting it into a predetermined length, and completing it into a shower towel, it is possible to improve production efficiency while maintaining quality uniformity, and to maintain a comfortable and safe working environment. As being able to;
A frame provided with a long length using a horizontal member and a vertical member; A roll holder provided to mount a take-up roll wound around a woven shower towel fabric on one side of the frame; A traverse installed in front of the roll holder so that the fabric supplied from the winding roll is not biased to the left or right and is always supplied to the center; An overlock part installed in front of the traverse and finishing both sides of the supplied fabric with an overlock; An original step flow unit installed in front of the overlock unit to temporarily store a predetermined length of the finished fabric; It is characterized in that it comprises a fabric cutting unit installed in front of the original step flow unit to pull out the moored fabric to a desired length, cut it, and then sequentially load it below.

Description

Shower towel manufacturing equipment {SHOWER TOWEL MANUFACTURING DEVICE}

The present invention relates to a shower towel manufacturing apparatus, and more particularly, by performing an overlock on both sides (edges) of a shower towel fabric woven in a roll form to prevent slippage, and cutting it into a size for actual use. It is related to the provision of a new manufacturing apparatus that allows making towels.

A shower towel, called a dust-tight towel, is a type that rubs the body with a hand inserted in the shape of a square or glove to remove dirt, and is provided in a rectangular shape like a towel and is in a clustered state or It is divided into types that rub against the body in the state to remove dirt.

Among them, the shower towel provided in the same shape as a towel is provided by cutting the towel paper into a rectangular shape that is longer than the width. After weaving the shower towel fabric in a roll type, the worker can unwind it while hanging the fabric. It is a simple form that is completed by cutting it into a predetermined length (the length actually intended to be used or the length requested by the orderer).

The disadvantage of shower towels made in this form is that since the edges are provided in an unfinished state in all directions, there is a phenomenon of loosening or loosening of the fabric in the process of use, which shortens the lifespan and serves as a shower towel. It is a situation where the function is not satisfied.

In order to solve this problem, the roll-type fabric is cut to a predetermined length in the near future, and then the edge is overlocked to prevent loosening or damage to the tissue.

Patent No. 10-1788000-0000

None.

As described above, a mechanical device for cutting a roll-type fabric to a predetermined length and performing overlocking the edge of the cut fabric at the same time has been developed and is not currently used, and all tasks depend on the manual work of the operator. There is a situation.

For this reason, when one worker cuts the fabric and performs sewing on the edge of the cut fabric at the same time, the work of cutting the fabric by division of labor by several workers, and the sewing work that finishes the edge of the cut fabric It is divided into a type that independently executes, etc.

In the case of a single worker performing multiple tasks at the same time, the process of first cutting the wound fabric into a predetermined length and loading it, then sewing the edge of the cut fabric again using a sewing machine (overlock machine) to finish it repeatedly. Because it is carried out with a high level of work fatigue, it is difficult to perform efficient work.

As in the latter case, if several workers independently perform cutting and sewing, it will be possible to achieve some efficiency, but since a large number of workers are required, there must be sufficient work space and, as well as employing several workers, excessive This is the fact that labor costs are causing the overall cost increase.

In particular, in recent years, cost competition is severe, so if a large number of manpower is hired for fast work, there is a very high concern that it will lead to business deterioration because external competitiveness becomes weak due to the increase in overall production cost. .

In addition, since the entire work is simply repeated, workers use only a part of the body (a specific area) for a specific movement, causing severe pain in the body of that area, and the accumulation of fatigue in the repetitive work process can lead to safety accidents. Concerns are high

In the process of cutting and sewing fabric, it may cause physical damage. However, a lot of noise is generated during the cutting and sewing process along with dust generated in the process of handling the fabric and is constantly exposed. There are many problems, including not only adversely affecting human health and mental health, but also making it difficult to maintain a comfortable working environment because there are many small workplaces.

Accordingly, in the present invention, as invented to solve the above problems, the frame 103 is provided with a long length using the horizontal member 101 and the vertical member 102;

A roll holder 107 provided to mount a winding roll 106 wound around the woven shower towel fabric 105 on one side of the frame 103;

A traverse 110 installed in front of the roll holder 107 so that the fabric 105 supplied from the winding roll 106 is not biased to the left or right and can always be supplied to the center;

An overlock part 130 installed in front of the traverse 110 and finishing both sides of the supplied fabric 105 with an overlock;

An original stage flow unit 150 installed in front of the overlock unit 130 to temporarily store a predetermined length of the finished fabric 105;

Including a fabric cutting unit 170 installed in front of the original step flow unit 150 to pull out and cut the fabric being moored to a desired length and then sequentially load the fabric below;

By supplying fabric, overlocking the edges on both sides, cutting it into a predetermined length, and completing it into a shower towel, the purpose of improving production efficiency while maintaining quality uniformity and maintaining a comfortable and safe working environment Can be achieved

In the present invention, the fabric of the roll-type woven shower towel is pulled out, the edge is mechanically finished with an overlock, and the finished fabric is cut and loaded into a predetermined length for 24 hours. It has the effect of maximizing production efficiency through operation.

By mechanically performing the edge finishing and cutting of the fabric, the maximum effect can be obtained with less manpower, and the quality of the finished shower towel can be uniformly maintained, thereby enhancing external competitiveness.

In particular, because the shower towel is manufactured mechanically, the work space can be efficiently utilized and a comfortable working environment can be maintained, as well as excluding the concern of safety accidents that may occur during the work process and focusing only on the management of the device. It is an invention that has various effects, such as solving the fatigue problem of workers.

1 is a configuration diagram of a front state showing a shower towel manufacturing apparatus to which the technology of the present invention is applied.
Figure 2 is a block diagram showing the excerpt of the traverse for fabric alignment of the shower towel manufacturing apparatus to which the technology of the present invention is applied.
3 is a block diagram showing an excerpt of an overlock portion of a shower towel manufacturing apparatus to which the technology of the present invention is applied.
Figure 4 is a configuration diagram showing an excerpt of the original step flow of the shower wall manufacturing apparatus to which the technology of the present invention is applied.
5 is a perspective view showing an excerpt of the fabric cutting part of the shower towel manufacturing apparatus to which the technology of the present invention is applied.
6 is a cross-sectional view showing an excerpt of the fabric cutting part of the shower towel manufacturing apparatus to which the technology of the present invention is applied.
7 is a configuration diagram showing an excerpt of a fabric clamper constituting a fabric cutting part to which the technology of the present invention is applied.
Figure 8 is a block diagram of an extract of the fabric take-out machine constituting the fabric cutting unit to which the technology of the present invention is applied.

Hereinafter, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to the accompanying drawings.

1 is a configuration diagram of a front view showing a shower towel manufacturing apparatus to which the technology of the present invention is applied, FIG. 2 is a configuration diagram extracting a traverse for fabric alignment of the shower towel manufacturing apparatus to which the technology of the present invention is applied, and FIG. 3 is A configuration diagram of an excerpt of the overlock part of the shower towel manufacturing apparatus to which the technology of the present invention is applied, FIG. 4 is a configuration diagram of an excerpt of the original step flow part of the shower towel manufacturing apparatus to which the technology of the present invention is applied, and FIG. 5 is a shower to which the technology of the present invention is applied A perspective view showing an excerpt of the fabric cutting part of the towel manufacturing apparatus, FIG. 6 is a cross-sectional view of the fabric cutting part of the shower towel manufacturing apparatus to which the technology of the present invention is applied, and FIG. One configuration diagram, Figure 8 will be described together as a configuration diagram extracted from the fabric dispenser constituting the fabric cutting unit to which the technology of the present invention is applied.

The shower towel manufacturing apparatus 100 to which the technology of the present invention is applied includes a frame 103 with a long length using a horizontal member 101 and a vertical member 102, and a shower towel woven on one side of the frame 103 It is provided with a roll holder 107 capable of mounting the winding roll 106 wound up the fabric 105.

A traverse 110 is installed in the front of the roll holder 107 (see FIG. 1) so that the fabric 105 supplied from the winding roll 106 is not biased to the left or right and can be supplied to the center at all times.

In front of the traverse 110, an overlock unit 130 having a conventional overlock machine for finishing both sides of the supplied fabric 105 with an overlock is installed, and the finished fabric is in front of the overlock unit 130 The original step flow unit 150 is installed to temporarily store (to be able to stay) a predetermined length 105.

In front of the original stage flow unit 150, a fabric cutting unit 170 is installed to sequentially load the fabric being cut to the lower side after drawing and cutting the moored fabric to a desired length.

The traverse 110 connects the rail frame 111 to the lower side of the frame 103 by maintaining a predetermined gap in the width direction, and installs a guide rail 112 on the upper surface of the rail frame 111.

The rail frame 111 consists of a lower plate 113 and side plates 114 protruding upward from both sides of the lower plate 113, and a traverse frame 115 of a roughly ∪ shape is positioned.

The rail block 116 coupled with the guide rail 112 is fixed to the bottom of the lower plate 113 constituting the traverse frame 115 so that the traverse frame 115 can move to both sides of the guide rail 112. do.

A screw block 117 is fixed at the center of the bottom of the lower plate 113 and coupled with a screw 119 drawn out from the forward and reverse motors 118 installed on one side of the rail frame 111, and the forward and reverse motors ( By 118, the traverse frame 115 can be moved in the width direction of the frame 103.

A plurality of guide rollers 120 are installed on the upper part of the traverse frame 115 to move the fabric 105 drawn out from the winding roll 106 in the width direction of the frame 103 so that the fabric 105 is moved in one direction. It is configured to prevent bias so that it can always be supplied to the overlock unit 130 from the central position.

Of course, a switch 121 for controlling the forward and reverse motors 118 may be provided on one side of the upper side of the traverse frame 115 so that the operator can visually check and operate both sides of the guide roller 120 Alternatively, it may be variously implemented, such as attaching a detection sensor to the inside of the side plate 114 so that the forward and reverse motors 118 operate automatically.

The overlock unit 130 is configured to erect a front supporter 131, a middle supporter 132, and a rear supporter 133 at the lower front and rear sides of the frame 103, and the upper part of the front, middle, and rear supporters 131,132,133 The horizontal bar 134 is connected to the overlock frame 135.

The top surface of the overlock frame 135 is closed with a plate (P) so that the fabric 105 can be unfolded in a flat state, and an overlock mounting stand 136 is provided between the front and middle supporters 131 and 32 A well-known overlock machine 137 for overlocking the edge of the fabric 105 by receiving the overlock yarn is installed on both sides.

The overlock machine 137 receives power through a motor 138 installed below the overlock mounting table 136, and is installed above the motor 138 to receive power through a power transmission means such as a belt or a chain to perform overlock. It consists of an overlocker 139 to perform.

The overlock machine 139 is further provided with a variable means 140 to move in the width direction with respect to the overlock mounting table 136 to move the overlock machines 137 on both sides in response to the width of the supplied fabric 105 Make it adjustable.

It will be natural that the plate (P) where the overlock machine 137 is located is open to expose the upper portion of the overlock machine 137, and the variable means 140 is a guide rail, a guide block, It is natural that the screw block and screw combination and the handle or motor for moving the screw are combined to enable manual or mechanical operation by work.

In front of the overlock part 130, an overlock support stand is installed to supply various types of overlock yarns required for overlock, and in front of the overlock machine 137, the fabric 105 is kept in a taut state while maintaining the original stage flow. A fabric puller 141 is further installed so that it can be transferred to the unit 150.

The far-end puller 141 is provided with a low-appling roller 143 on the bottom of the pulling hole 142 formed in the width direction in front of the plate P, and the lower-appling roller 143 is above the lower-appling roller 143 An upper pulling roller 144 that is connected to the roller 143 and holds the fabric 105 and presses it is installed.

The lower pulling roller 143 receives the power of the pulling motor 146 placed in the puller frame 145 installed between the middle supporter 132 and the rear supporter 133 to pull the fabric 105 And, it will be natural to install a guide roller 147 to guide the supplied and discharged fabric 105 at the rear and front of the plate P.

The original stage flow unit 150 is provided with a pair of guide bars 151 in the longitudinal direction on both sides of the front frame 103 of the overlock unit 103, and a bushing 152 is interposed on the guide bar 151 Thus, the guide block 153 that is free to move in the up and down directions of the guide bar 151 is combined.

The mooring rod 155 is raised by protruding the rod bracket 154 to the front of the guide block 153 and engaging the mooring rod 155 in the width direction and pulling the distal 105 from the distal cutting part 170. If there is no pull, it is configured to moor the fabric 105 while descending.

The fabric cutting part 170 pulls a fabric clamper 171 that holds and cuts the fabric 105 on which overlock has been performed on the uppermost front side of the frame 103 and the fabric 105 to be cut to a desired length. It consists of a fabric withdrawal machine 172 to be withdrawn.

The far-end clamper 171 includes a rear stopper 173 that holds the rear of the far end 105, a front stopper 174 that holds the front of the far end 105 from the front of the rear stopper 173, and a rear and front stopper ( It consists of a cutter 175 for cutting the fabric 105 between 173 and 174.

The rear stopper 173 includes a cylinder plate 178 at the lower end of the rear bracket 177 that is fixed downward from the rear center of the roughly ∩-shaped stopper frame 176 that is erected on the upper portion of the frame 103. Fix it.

The rear cylinders 179 are fixed to both sides of the lower end of the cylinder plate 178, and the flat plate 180 installed on the upper surface of the frame 103 so as to support the conveyed fabric 105 to the loader of the rear cylinder 179 The rear stop bar 181 that connects and separates is fixed to hold the fabric 105 and release it.

The front stopper 174 fixes the front cylinder 183 to the front bracket 182 descending downward from the center front of the stopper frame 176, and connects the flat plate 180 to the rod of the front cylinder 183 And it is configured by fixing the front stop bar 185 that can be separated.

The cutter 175 forms a cutting slot 186 in the width direction on the flat plate 180 between the rear and front stoppers 173 and 174, and a cylinder, a ball screw combination, and a felt pulley combination at one side of the bottom surface of the flat plate 180 , And a carriage 187 capable of reciprocating the cutting slot 186 by a reciprocating means composed of a chain combination, etc.

A cutting motor 188 is mounted on the carriage 187, and a cutting wheel 189 is mounted on the output shaft of the cutting motor 188 to cut the fabric 105 located between the rear and front stoppers 173,174. Make it possible.

The fabric take-off machine 172 is a pull-out plate that has guide rails 190 installed on the upper surfaces of both sides of the frame 103 in front of the fabric clamper 171, and coupled with the guide rail 190 and the rail block 191 ( 192).

One side of the withdrawal plate 192 is provided between the driving pulley 194 installed on the drive shaft of the forward and reverse motor 193 installed at the forefront of the frame 103 and the driven pulley 195 installed in front of the distal clamper 171. It is connected to the connecting belt 196 so that the withdrawal plate 192 can be brought close to and separated from the far end clamper 171.

A fixed base 198 held by a bracket 197 is provided below the withdrawal plate 192, and a hinge 199 is coupled to the upper surface of the fixed base 198, and a fixed base ( 198) is provided with a movable base 201 that is connected to and separated from the fabric 105 so that it can be pulled.

A loading bar 205 is further installed below the fabric take-off machine 172 to overlock the fabric 105 and cut to a predetermined length to load the completed shower towel.

A process of making a shower towel using the shower towel manufacturing apparatus 100 to which the technology of the present invention is applied as described above will be described as follows.

First, after placing the winding roll 106 in which the fabric 105 is wound in a roll type on the roll holder 107, the end of the fabric 105 is pulled out, and the traverse 110, the overlock part 130, and the original stage flow part ( 150) and the fabric cutting part 170 to be positioned.

If the shower towel manufacturing prevention 100 is operated in this state, the fabric located at the fabric cutting part 170 is initially overlocked by the overlock part 130 and cut by the length set in a state that is not overlocked until normally supplied. Thus, it will be loaded on the mounting table 205, but when the normal product that has passed through the overlock unit 130 is supplied, the normal shower towel is cut and loaded.

When the fabric 105 is biased in either direction to the left or right in the process of being supplied to the overlock unit 130 for edge finishing, the fabric 105 is guided to be supplied to the center by the traverse 100. ) If there is a bias, the sensor detects it or the operator visually checks it and takes action.

When detected by a sensor, the screw 119 rotates by operating the forward/reverse motor 118 in the opposite direction to be biased when it is biased to the left or right without separate manipulation, and the screw block 117 coupled with the screw 119 ) Moves to the left and right, and eventually the traverse frame 115 coupled with the screw block 117 moves, so that the biased state can be eliminated.

Even when the operator visually checks and wants to operate by the switch 121, the aforementioned operation is made by using the switch 121 to control the forward and reverse motor 118 to operate in the opposite direction in which the far-end 105 is biased. It becomes possible to eliminate the biased state.

As described above, when the fabric 105 is always supplied to the center of the overlock part 130, both sides of the fabric 105 by the overlock device 139 installed on both sides of the plate (P) constituting the overlock part 130 Is overlocked and is finished.

In this process, it will be natural that the overlocker 139 is driven by receiving the power of the motor 138, and it is necessary to move the overlock mount 136 to the left and right in response to the width of the far end 105. Since it is possible, it becomes possible to actively respond to the type of the fabric 105.

In the process of finishing the edge of the fabric 105 by the overlock device 139 as described above, the fabric 105 is pulled according to the speed at which it is overlocked by the fabric puller 141 installed in front of the overlock device 139 It feeds forward.

In a state in which the lower pulling roller 143 and the upper pulling roller 144 are engaged through the pulling hole 142 formed in the plate (P), the fabric 105 passes between them, and the lower pulling roller 143 is a pulling motor. Since it rotates by the power of 146, the fabric 105 is eventually fed forward.

Since the fabric 105 that is overlocked and supplied forward as described above passes through the mooring rod 155 constituting the original step flow unit 150, the fabric 105 is moved downward by the self-weight of the chaff rod 155. ) Will be mooring (working storage).

Of course, in the case where the fabric 105 is pulled in order to be cut to a predetermined length by the fabric cutting part 170 located in the front, the pulling force overcomes the self-weight of the mooring rod 155, so the fabric 105 rises, During the cutting operation, the supplied fabric 105 repeats the process of moving downward by the weight of the mooring rod 155 again.

A process of cutting and loading by the fabric cutting unit 170 to a desired length is as follows.

When the fabric 105 is supplied, the fabric take-out machine 172 moves to the rear (in the direction of the fabric clamper), grabs the tip of the fabric 105, and moves it forward (only the preset length), and when the movement is complete, the rear stopper 173 ) And the front stopper 174 causes the fabric 105 to be stopped.

Then, the cutter 175 located on the bottom between the rear and front stoppers 173 and 174 moves in the width direction of the frame 103 and cuts the fabric 105, and when the cutter 175 returns, the front stopper Since 174 and the fabric take-off machine 172 release the fabric 105 that was held at the same time, the shower towel naturally descends, and the operation of being loaded over the mounting table 205 located below is repeated.

Looking at the operation of the fabric take-off machine 172 to pull the fabric 105 to a predetermined length, a belt 196 connecting the driving pulley 194 and the driven pulley 195 by the operation of the forward and reverse motor 193 ) And the withdrawal plate 192 are fixed so that the withdrawal plate 192 can reciprocate between the distal clamper 171 and the front of the frame 103.

In a state in which the withdrawal plate 192 is retracted in the direction of the original clamper 171, the fixed base 198 maintained under the withdrawal plate 192 is located under the fabric 105, and the movable base 201 is withdrawn. Since it is in a state rotated upward by the cylinder 200, the far end 105 enters between them, and the withdrawal cylinder 200 is operated to lower the movable base 201 so that the far end 105 can be held and the frame Since it moves to the front of 103, it is possible to pull the fabric 105.

In the process of the fabric take-off machine 172 holding the fabric 105, the fabric clamper 171 is in a state of holding (pressing) the fabric, and when pulling the fabric 105, the fabric clamper 171 holds the fabric 105 It would be natural to release it.

A process in which the fabric clamper 171 holds or releases the fabric 105 is as follows.

A rear cylinder 179 and a front cylinder 183 are mounted on the rear and front brackets 177 and 182 lowered from the center rear and front of the stopper frame 176 installed above the frame 103, and the rear and front Since the rear stop bar 181 and the front stop bar 185 are fixed to the rods of the cylinders 179 and 183, the rear and front stop bars 181 and 181 are fixed by the extension and contraction of the rear and front cylinders 179 and 183. As 185 rises and falls, it is possible to hold or release the fabric 105 by connecting and detaching from the flat plate 180 through which the fabric 105 passes.

In addition, the rear and front stoppers 173 and 174 are all in an elevated state when the fabric 105 is withdrawn by the fabric take-off machine 172, and both are in a lowered state even in the cutting process after the fabric 105 is pulled out, and the cut fabric When the (shower towel) is loaded, the rear stopper 173 is in a lowered state, and the front stopper 174 is in an elevated state, and when the fabric take-off machine 172 clamps the tip of the fabric 105, the rear stopper 173 is lowered. And the front stopper 174 is in an elevated state.

The present invention as described above can maintain quality uniformity while increasing production efficiency by mechanically performing the work of overlocking the edges of both sides by supplying the fabric and cutting it to a predetermined length to complete the shower towel, and is a pleasant and safe operation. It has advantages such as being able to maintain the environment.

100; Shower towel manufacturing device 103; Frame 105; fabric
110; Traverse 115; Traverse frame 118; Forward and reverse motor
120; Guide roller 130; Overlock 135; Overlock frame
136; Overlock mount 137; Overlock Machine 139; Overlock
141; Fabric puller 142; Pulling hole 143; Lower Pulling Roller
144; Upper pulling roller 146; Pulling motor 150; Original stage
151; Guide bar 153; Guide block 155; Mooring rod
170; Fabric cutting part 171; Fabric clamper 172; Fabric dispenser
173; Rear stopper®; Front stopper 175; cutter
179; Rear cylinder 181; Rear stop bar 183; Front cylinder
185; Front stop bar 186; Cutting slot 188; Cutting motor
189; Cutting wheel 190; Guide rail 192; Withdrawal plate
193; Motor 198; Fixed base 200; Withdrawal cylinder
201; Movable base

Claims (5)

A frame 103 provided with a long length using the horizontal member 101 and the vertical member 102; A roll holder 107 provided to mount a winding roll 106 wound around the woven shower towel fabric 105 on one side of the frame 103; A traverse 110 installed in front of the roll holder 107 so that the fabric 105 supplied from the winding roll 106 is not biased to the left or right and can always be supplied to the center; An overlock part 130 installed in front of the traverse 110 and finishing both sides of the supplied fabric 105 with an overlock; An original stage flow unit 150 installed in front of the overlock unit 130 to temporarily store a predetermined length of the finished fabric 105; In the shower towel manufacturing apparatus consisting of a fabric cutting unit 170 installed in front of the original step flow unit 150 to pull out and cut the moored fabric to a desired length and then sequentially load it below;
The far-end cutting part 170 includes a rear stopper 173 that holds the rear of the overlocked fabric 105 at the uppermost front side of the frame 103, and the rear stopper 173 A fabric clamper 171 consisting of a front stopper 174 for holding the front and a cutter 175 for cutting the fabric 105 between the rear and front stoppers 173 and 174;
Consisting of a fabric take-off machine 172 for pulling out the fabric 105 to be cut to a desired length;
The rear stopper 173 includes a cylinder plate 178 fixed to a lower end of a rear bracket 177 that is fixed downwardly from the rear center of the stopper frame 176 that is erected on the frame 103; Rear cylinders 179 fixed to both sides of the lower end of the cylinder plate 178; And a rear stop bar 181 connected to and detached from the flat plate 180 installed on the upper surface of the frame 103 to support the distal 105 transferred by being fixed to the loader of the rear cylinder 179;
The front stopper 174 may include a front cylinder 183 fixed to the front bracket 182 lowered from the center front of the stopper frame 176; A shower towel manufacturing apparatus, characterized in that it further comprises a front stop bar (185) that is fixed to the rod of the front cylinder (183) and connected to and detached from the flat plate (180). The method of claim 1;
The cutter 175 includes: a cutting slot 186 formed in the width direction on the flat plate 180 between the rear and front stoppers 173 and 174;
A carriage 187 provided to reciprocate the cutting slot 186 by a reciprocating means on one side of the bottom surface of the flat plate 180;
And a cutting wheel (189) mounted on the output shaft of the cutting motor (188) mounted on the carriage (187). The method of claim 1;
The fabric take-off machine 172 includes a pull-out plate 192 coupled with a guide rail 190 and a rail block 191 installed on both upper surfaces of the front frame 103 of the fabric clamper 171;
Connect between the drive pulley 194 installed on the drive shaft of the forward and reverse motor 193 installed at the foremost of the frame 103 and the driven pulley 195 installed in front of the distal clamper 171, and connect the withdrawal plate 192 A fixed belt 196;
A fixed base 198 held by a bracket 197 under the withdrawal plate 192;
A movable base 201 coupled with a hinge 199 to the upper surface of the fixed base 198 and connected to and separated from the fixed base 198 by the withdrawal cylinder 200;
A shower towel manufacturing apparatus, characterized in that it further comprises a loading bar (205) installed below the fabric take-off machine (172) to overlock the fabric (105) and load the completed shower towel by cutting it to a predetermined length. delete delete

Images