KR100436893B1 - Wet towel supplying apparatus and method of power delivery thereof - Google Patents

Abstract

The present invention relates to a wet towel manufacturing apparatus and a power transmission method thereof, in particular a wet towel manufacturing apparatus for manufacturing a wet towel with a roll fabric; A main body having a machine room in the lower part and a supporting part in the upper part thereof; A power generating means installed in the machine room of the main body and generating rotational power to unwind, fold, cut, and wind the roll fabric, and having a power pulley on the power shaft; First power generating means connected to the power generating means and the first belt so as to operate in association with the power generating means and installed in the machine room of the main body; A power variable stage which is rotated in conjunction with the first power generating means to vary the rotational power of the first power generating means and is axially coupled with the first power generating means; Second power transmission means axially coupled with the power variable stage to generate a rotational power different from the first power transmission means by the power variable stage; A pulling means connected by the second power transfer means and a fourth belt so as to be rotated by the second power transfer means to pull the roll fabric; Cutting means installed at a lower portion of the pulling means so as to cut the roll fabric supplied by the pulling means to a predetermined length (l) and connected by the first power transmission means and a third belt; A holding means which is pre-contacted by an elastic belt and supplied by the first power transmission means and a third belt so that the fabric cut by the cutting means is supplied at a constant speed without falling naturally; An insert installed below one side of the holding means to wind the fabric supplied by the holding means, the insert being operated in conjunction with the rotating belt rotated by the third belt of the first power transmission means and the cutting means. Winding means provided with a member; A transfer means provided at one side of the lower portion of the winding means to transfer the wet towel supplied from the winding means; A wet towel manufacturing apparatus and a power transmission method comprising a control means installed on the main body to control the wet towel transported by the transport means to be partitioned into a required quantity and to control the power generating means. In this case, power consumption is greatly reduced by unrolling, folding, cutting and winding the roll fabric by one power generating means, and a predetermined number of towels are manufactured by the operation of the control means, and the number of towels set by the transfer means is partitioned. In the case of packaging, there is no need to counter the number of separate towels, so the productivity is increased, and the towel can not be cut to the length of the towel required by the user, thus increasing the reliability of the product.

Description

Wet towel manufacturing device and power transmission method {WET TOWEL SUPPLYING APPARATUS AND METHOD OF POWER DELIVERY THEREOF}

The present invention relates to a wet towel manufacturing apparatus for manufacturing a wet towel as a nonwoven fabric using vegetable fibers, and a power transmission method thereof, and in particular, to quickly produce a predetermined number of wet towels to improve productivity and to select a length of the manufactured wet towel. The present invention relates to a wet towel manufacturing apparatus and a power transmission method capable of reducing power consumption by controlling by and satisfying a consumer's desire and manufacturing a wet towel by one power source.

In general, restaurants provide a towel when a guest comes in. The towel is made of paper or cotton.

The wet towel provided in this way is manufactured in a manufacturing plant and supplied in a vinyl package, but there is a problem in that it is unsanitary because E. coli breeds in the distribution process.

In order to solve the above problems, a wet towel manufacturing apparatus for manufacturing and supplying a wet towel on the fly has been developed and used in various forms.

As an example of such a wet towel manufacturing apparatus for manufacturing a wet towel on the fly, there is a US patent 5,829,278 which is registered in the United States.

US Pat. No. 5,829,278 discloses a first drive motor 18 'connected to a first drive gear 19' and a first manual gear 19 'geared with a first drive gear 19', as shown in FIG. A first driven gear 20 'coupled to the shaft 21' and axially coupled to the connecting gear 22 'and the cutter coupling bracket 26', and longitudinally positioned at the cutter coupling bracket 26 '. A rotary cutter 27 ', a fixed cutter 32' for cutting the dry fabric, a second driven gear 23 'geared to the connecting gear 22', and the dry fabric to clamp the fabric. A cutting member 6 'made of a clamping guide 11' selectively contacted with the second driven gear 23 'and installed in the housing 2';

The water storage tank 3 'which is installed inside the housing 2' and is provided with a water pump 37 'is connected to the water storage tank 3' and is connected to the water storage tank 3 '. An auxiliary tank 38 'having a thermoelectric cold / war element 43' for converting water into cold or hot water, and an ultraviolet sterilization lamp 42 'for sterilizing harmful bacteria, and the cutting member 6'. An injection member 4 'consisting of a nozzle 35' connected to the auxiliary tank 38 'to inject water into the dry towel supplied from the gun towel;

The second driving gear 55 'which is located inside the housing 2' and is gear-coupled with the third driven gear 53 'and rotated by the second driving motor 54', and a plurality of lugs ( 48 ') and a conveyor belt 49' which is rotated by the third driven gear 53 'and the driven roller 51' which are gear-coupled with the second driving gear 55 ', and a wet towel. It is characterized by consisting of a winding unit casing 47 'is provided with a plurality of small lugs 56'.

US Patent No. 5,829,278 as described above has the effect of providing a hygienic wipes by providing a towel to the customer by manufacturing the towel on the spot.

However, since the first driving motor 19 'and the second driving motor 54' are provided in the housing 2 ', the power consumption is increased as well as the power consumption is increased when the wet towel is operated at high speed. There was a risk of failure.

In addition, when a large amount of towels are manufactured, it is necessary to frequently replenish the fabric of the roll type, and thus the reliability of the product is reduced due to frequent replacement of the roll fabric, and in particular, a large amount of towels such as a large sports center or a night club are temporarily removed. When supplied, there was a problem that its use is impossible.

That is, the conventional instant wet towel manufacturing apparatus has various problems such as not being able to manufacture a large amount of wet towels at a time and increasing power consumption as the wet towels are manufactured by two driving motors.

The present invention has been made in view of the above-described problems, and an object of the present invention is to manufacture a preset wet towel at a high speed to further improve productivity, and adjust the length of the manufactured wet towel by a user's choice to satisfy consumer's desire. The present invention provides a wet towel manufacturing apparatus and a power transmission method which can reduce power consumption by manufacturing wet towels using a single power source.

1 is a block diagram of a wet towel manufacturing apparatus according to US Patent No. 5,829,278 applied to the prior art.

Figure 2 is a perspective view schematically showing the configuration of a wet towel manufacturing apparatus applied to the present invention.

Figure 3 is a perspective view showing the configuration of a wet towel manufacturing apparatus supported by a roll fabric to the winding means of the present invention.

Figure 4 is a perspective view showing the configuration of a wet towel manufacturing apparatus supported by a roll fabric folded in half to the winding means of the present invention.

Figure 5 is an exploded perspective view showing the winding means applied to the wet towel manufacturing apparatus of the present invention.

Figure 6 is an exploded perspective view showing an exploded fold means of the wet towel manufacturing apparatus applied to the present invention.

Figure 7 is a perspective view showing the injection means of the wet towel manufacturing apparatus applied to the present invention.

Figure 8 is an exploded perspective view showing the exploded pull means and the support means and the cutting means and the separation means and holding means applied to the present invention.

Figure 9 is a perspective view showing a winding means of the wet towel manufacturing apparatus applied to the present invention.

Figure 10 is an operating state showing the operating state of the wet towel manufacturing apparatus applied to the present invention.

Figure 11 is a schematic diagram showing a power transmission method of the wet towel manufacturing apparatus applied to the present invention.

Figure 12 is a schematic diagram showing a power transmission structure of the machine room of the wet towel manufacturing apparatus applied to the present invention.

Figure 13 is a schematic diagram illustrating a prow of the wet towel manufacturing apparatus applied to the present invention.

* Description of the symbols for the main parts of the drawings *

10 ... body 11 ... machine room

12.Support 20.Power generating means

21 ... power shaft 22 ... power pulley

30 ... 1st power transmission means 31 ... 1st power pulley

32 ... 2nd power pulley 33 ... 1st power shaft

34.First supporting member 40 ... Power variable stage

41 ,,, First Variable Pulley 42 ... Second Variable Pulley

43.Adjustment member 50 ... Second power transmission means

51 second power shaft 52 third power pulley

53 ... second supporting member 60 ... pulling means

61 ... Pulling Roller 62 ... Pulling Follower Roller

70 Support means 71 First support member

72 second support member 73 support shaft

80.Mounting means 81 ... Guide

82 handles 90 cutting means

91 ... cutting roller 92 ... cutting follower

93.Insert groove 94 ... Insert groove

95 ... acute angle cutter 96 ... right angle cutter

97.Holding member 100..Holding means

101 .. Holding Roller 102 .. Holding Follower Roller

103 .. With holding children 104 .. With holding followers

105..Home 106..Elastic belt

110. Winding means 111. Winding roller

112 .. Rotating belt 113 .. Winding follower roller

114. Supporting member 115. Inserting member

116..Guide member 117..Link

118. Sensor 120. Transport

130. Control means 140. Injection means

141. Water storage member 142 Drain member

150.Folding means 151.Support plate

152. Elastic member 153 Support rod

154..Fold member 155 .. Fixed member

160. Winding means 161 Body

162. Lower Support 163. Upper Support

164. Supporting version 165. Fixed body

166 .. Idling Roller 170 .. Fold Roller

190..Supply Roller

In order to achieve the above object, the wet towel manufacturing apparatus of the present invention includes a wet towel manufacturing apparatus for manufacturing a wet towel with a roll fabric; A main body having a machine room in the lower part and a supporting part in the upper part thereof; A power generating means installed in the machine room of the main body and generating rotational power to unwind, fold, cut, and wind the roll fabric, and having a power pulley on the power shaft; First power generating means connected to the power generating means and the first belt so as to operate in association with the power generating means and installed in the machine room of the main body; A power variable stage which is rotated in conjunction with the first power generating means to vary the rotational power of the first power generating means and is axially coupled with the first power generating means; Second power transmission means axially coupled with the power variable stage to generate a rotational power different from the first power transmission means by the power variable stage; A pulling means connected by the second power transfer means and a fourth belt so as to be rotated by the second power transfer means to pull the roll fabric; Cutting means installed at a lower portion of the pulling means so as to cut the roll fabric supplied by the pulling means to a predetermined length (l) and connected by the first power transmission means and a third belt; A holding means which is pre-contacted by an elastic belt and supplied by the first power transmission means and a third belt so that the fabric cut by the cutting means is supplied at a constant speed without falling naturally; It is installed under one side of the holding means so as to wind the fabric supplied by the holding means, the insert is operated in conjunction with the rotary belt and the cutting means rotated by the third belt of the first power transmission means Winding means provided with a member; A transfer means provided at one side of the lower portion of the winding means to transfer the wet towel supplied from the winding means; And controlling means installed in the main body to control the wet towel conveyed by the conveying means so as to be partitioned into a required quantity and to control the power generating means.

In addition, the power transmission method of the wet towel manufacturing apparatus according to the present invention, in the power transmission method of the wet towel manufacturing apparatus for manufacturing a wet towel with a roll fabric, the power is applied to the power generating means when the control means is turned on in the power generating means Rotational power is generated, the first power transmission means and the second power transmission means are rotated in conjunction with the power generating means, and the second power transmission means and the roll fabric is released by the second power transmission means; The pulling roller, the fold roller, and the supply roller of the pulling means are connected as a fourth belt, and the first power transmission means and the cutting means are cut so that the fabric supplied from the pulling means is cut and wound by the first power transmission means. The roller and the holding roller of the holding means and the winding roller of the winding means are characterized in that connected by the third belt.

According to the wet towel manufacturing apparatus and the power transmission method according to the present invention, when manufacturing the wet towel, the power consumption is greatly reduced by unrolling, folding, cutting and winding the roll fabric by one power generating means, and operation of the control means. The amount of wet towels is set by the manufacturer and the number of towels is set by the transfer means, so the productivity of the wet towel is not increased. Can be cut, which doubles the reliability of the product.

Hereinafter, with reference to the accompanying drawings an embodiment of a wet towel manufacturing apparatus and a power transmission method applied to the present invention will be described in detail.

Figure 2 is a perspective view schematically showing the configuration of the wet towel manufacturing apparatus applied to the present invention, Figure 3 is a perspective view showing the configuration of a wet towel manufacturing apparatus supported by a roll fabric to the winding means of the present invention, Figure 4 Fig. 6 is a perspective view showing a configuration of a wet towel manufacturing apparatus supported by a roll fabric folded in half in a winding means of the present invention, and Fig. 5 is a perspective view showing the disassembled winding means applied to the wet towel manufacturing apparatus of the present invention. Is an exploded perspective view showing an exploded fold means of the wet towel manufacturing apparatus applied to the present invention, Figure 7 is a perspective view showing the injection means of the wet towel manufacturing apparatus applied to the present invention, Figure 8 is a pull ring applied to the present invention It is an exploded perspective view showing the means, the support means, the cutting means, the separation means, and the holding means in exploded, Figure 9 is a perspective view showing the winding means of the wet towel manufacturing apparatus applied to the present invention 10 is an operational state diagram showing an operating state of the wet towel manufacturing apparatus applied to the present invention. Figure 11 is a schematic diagram showing a power transmission method of the wet towel manufacturing apparatus applied to the present invention, Figure 12 is a schematic diagram showing a power transmission structure of the machine room of the wet towel manufacturing apparatus applied to the present invention, FIG. 13 is a prochart schematically showing a prow of the apparatus for manufacturing a wet towel applied to the present invention. FIG.

In Fig. 2 to Fig. 13, reference numeral 1 is a roll fabric, which is wound continuously with a non-woven fabric material of vegetable fibers having a constant width W.

Reference numeral 10 denotes a main body, the lower part of which is provided with a machine room 11, and the upper part of which is provided with a support part 12.

In addition, the machine chamber 11 of the main body 10 is provided with a power generating means 20 for generating a rotational power so that the roll fabric 1 is released and continuously supplied to produce a large amount of wet towels. A power shaft 21 protrudes from the power generating means 20, and a power pulley 22 is provided on the power shaft 21.

In addition, one side of the power generating means 20 is rotated in conjunction with the rotating power of the power generating means 20, the first power transmission means for transmitting the rotating power to the cutting means and holding means and the winding means to be described later 30 ) Is installed.

In addition, the first power transmission means 30 is a power pulley 22 of the power generating means 20 to transfer the rotating power of the power generating means 20 to the cutting means and the holding means and the winding means to be described later And a first power pulley 31 that is rotated in conjunction with the first belt B1 and connected to the center of the first power pulley 31 so as to rotate in conjunction with the first power pulley 31. A first support member supporting the first power shaft 33 and the first power shaft 33 so that the first power shaft 33 is rotated by the first power pulley 31 and having a bearing installed therein. And a second power pulley 32 axially coupled to the first power shaft 33 so as to rotate in conjunction with the first power shaft 33 supported by the first support member 34. Is done.

In addition, one end of the first power shaft 33 of the first power transmission means 30 protrudes outward of the first support member 34 so that a power variable stage to be described later is installed.

In addition, at one end of the first power shaft 33 of the first power transmission means 30, the first power transmission means 30 so that the length (l) of the raw material supplied from the roll fabric 1 is varied and cut. The power variable stage 40 for converting the rotational speed of the () is provided.

That is, the power variable stage 40 is axially coupled to the first power shaft 33 of the first power transmission means 30 so as to rotate in conjunction with the first power transmission means 30 and the width thereof is variable. The first variable pulley is composed of a first fixed support 411, a first movable support 412 and an elastic member 413 so that the width between the first fixed support 411 and the first movable support 412 is variable ( 41, and an adjusting member 43 screwed with the first moving support 412 to move the first moving support 412 of the first variable pulley 41, and the adjusting member 43. A second belt B2 wound around a portion of the first variable pulley 41 having a variable width between the first fixed support 411 and the first movable support 412, and the second belt ( The second belt B2 is wound so as to be rotated by B2) and the radius R2 is inversely proportional to the radius R1 of the first variable pulley 41 on which the second belt B2 is wound. 2nd stop if possible It comprises a body 421 and a second mobile support (422) and a second variable pulley (42) made of an elastic member 423.

In addition, the adjustment member 43 of the power variable stage 40, the body to adjust the speed of the second variable pulley 42 so that the user can vary the length (l) of the roll fabric (1) The first movement so that the handle portion 431 exposed from the machine room 11 of (10) and the first movable support 412 of the first variable pulley 41 is moved by the handle portion 431. It consists of a screw shaft portion 432 screwed with the support 412.

That is, when the knob 431 of the adjusting member 43 is rotated, the screw shaft portion 432 of the adjusting member 43 is rotated, and the first variable pulley 41 is rotated by the screw shaft portion 432. The first movable support 412 of the) is moved, the width between the first fixed support 411 and the first movable support 412 is variable by the movement of the first movable support 412, When the width between the first fixed support 411 and the first movable support 412 is variable, the radius R1 of the second belt B2 in contact with the first variable pulley 41 is variable, and the first Since the radius R2 in contact with the second variable pulley 42 is inversely proportional to the radius R1 in contact with the first variable pulley 41, the rotation speed of the second power transmission means described later is variable.

To explain this in more detail, when the length (l) of the roll fabric 1 is cut long, the adjustment is made by rotating the handle 431 of the adjusting member 43 in the direction of arrow A shown in FIG. The screw shaft portion 432 of the member 43 is advanced to compress the elastic member 413 of the first variable pulley 41 and the first movable support 412 is advanced, and the first movable support 412 is moved. Is advanced, the width between the first movable support 412 and the first fixed support 411 is reduced, so that the radius R1 of the second belt B2 in contact with the first variable pulley 41 is increased. When the radius R1 of the second belt B2 in contact with the first variable pulley 41 is increased, the second movable support 422 of the second variable pulley 42 is formed of the elastic member 423. The second belt B2 is in contact with the second variable pulley 42 by increasing the width between the second movable support 422 and the second fixed support 421 while being moved by an elastic force. The radius R2 of the second belt B2 in contact with the second variable pulley 42 is reduced, and the radius R2 of the second belt B1 in contact with the first variable pulley 41 is reduced. As the radius R1 of B2) is increased, the rotational speed of the second variable pulley 42 is increased than the rotational speed of the first variable pulley 41 so as to lengthen the length l of the roll fabric 1. It will be able to cut.

In addition, when the length (l) of the roll fabric (1) is cut short, if the knob 431 of the adjustment member 43 is rotated in the direction of the arrow B shown in Figure 3 of the adjustment member 43 When the screw shaft portion 432 is reversed, the first movable support 412 is reversed by the elastic force of the elastic member 413 of the first variable pulley 41, and when the first movable support 412 is reversed, the first movable support 412 is reversed. The width between the first movable support 412 and the first fixed support 411 is increased to decrease the radius R1 of the second belt B2 in contact with the first variable pulley 41, When the radius R1 of the second belt B2 in contact with the first variable pulley 41 is reduced, the second movable support 422 of the second variable pulley 42 is moved by the elastic force of the elastic member 423. As the width between the second movable support 422 and the second fixed support 421 is reduced, the radius R2 of the second belt B2 in contact with the second variable pulley 42 is increased. The radius R2 of the second belt B2 in contact with the second variable pulley 42 is increased and the radius R1 of the second belt B2 in contact with the first variable pulley 41 is increased. By reducing the rotation speed of the second variable pulley 42 is lower than the rotation speed of the first variable pulley 41 it is possible to short cut the length (l) of the roll fabric (1)

On the other hand, the second variable pulley 42 of the power variable stage 40 is rotated at the same rotational speed as the second variable pulley 42, so that the second power transmission means 50 to transmit the rotational force to the pulling means described later ) Is connected.

That is, the second power transmission means 50, the second power shaft 51 axially coupled to the center of the second variable pulley 42 so as to rotate in conjunction with the second variable pulley 42, A second support member 53 supporting the second power shaft 51 so as to smoothly rotate the second power shaft 51 and a bearing therein; and the second supported by the second support member 53. It consists of a third power pulley 52 that rotates in conjunction with the power shaft 51 to transfer the rotational power to the pulling means to be described later.

On the other hand, reference numeral 60 is a pulling means rotated by the second power transmission means 30 to release and supply the roll fabric 1, the second power transmission to be rotated by the second power transmission means (50). The pull roller 61 connected by the third power pulley 52 and the fourth belt B4 of the means 50 rotates in the opposite direction to the pull roller 61 and rotates in the opposite direction of the roll fabric 1. It consists of a pulled follower roller 62 geared with the pulled roller 61 to facilitate feeding.

In addition, the pull means 60 is supported by the support means 70 via a bearing so that the pull roller 61 and the pull follower roller 62 rotate smoothly.

That is, the support means 70 is installed on the support part 12 of the main body 10 to support one side of the pull means 60 through a bearing, and the first support member 71 and the first The second support member 72 is installed at an opposite position of the support member 71 to support the end of the pulling means 60 via a bearing, and the second support member 72 is firmly installed. It consists of a support shaft (73) installed by screwing the edge portion of the first support member (71) and the second support member (72).

In addition, in the support means 70, when the end of the roll fabric 1 is inserted into the pull means 60 at the initial startup, the end of the roll fabric 1 is easily pulled roller 61. And a separating means 80 for separating the pulled follower roller 62 from the pulled roller 61 so as to be inserted into the pulley driven roller 62.

In addition, the separation means 80 is formed on one side of the first support member 71 and the second support member 72 so that the pulled driven roller 62 can be spaced apart from the pulled roller 61. Each guide groove 711, 721, and each guide piece 81 guided and moved by the guide grooves 711, 721 to support the end of the pulled follower roller 62 through a bearing. , The guide piece 81 is composed of a handle portion 82 mechanically assembled with the guide piece 81 so that the guide piece 81 is guided and moved in the guide grooves 711 and 721.

That is, when the end portion of the roll fabric 1 is inserted into the pull means 60 during initial operation, when the user manipulates the handle portion 82 of the separation means 80, the guide piece 81 is Guided by the guide grooves 711 and 721 formed in the first support member 71 and the second support member 72, the pulled follower roller 62 is moved from the pulled roller 61. Being spaced apart so that it is possible to easily set the roll fabric (1) to the pulling means (60).

In addition, when the end of the roll fabric (1) is introduced into the pull means 60 and the handle 82 is adjusted, the pull follower roller 62 is moved in the opposite direction to the pull ring. As the roller 61 and the pulled follower roller 62 are geared together, the pulled roller 61 and the pulled follower roller 62 are rotated in the opposite direction in conjunction with each other.

In addition, under the pull means 60, a cutting means 90 for cutting the roll raw material 1 supplied by the pull means 60 to a predetermined length l is bearing to the support means 70. It is installed via.

That is, the cutting means 90, and the third belt (B3) is caught on the second power pulley 32 of the first power transmission means 30 to be rotated by the first power transmission means (30) The pulling means connected to the cutting roller 91 is connected to the cutting roller 91 and the cutting roller 91 is gear-coupled with the cutting roller 91 so as to rotate in a reverse direction in conjunction with the cutting roller 91 and the cutter is installed. The roll fabric 1 supplied by 60 is cut to a predetermined length l.

In addition, an insertion groove 93 is formed in the cutting roller 91, and an acute angle cutter 95 having an acute end portion is inserted into the insertion roller 93 and fixed by the fixing member 97.

In addition, an insertion groove 94 is also formed in the cutting driven roller 92, and the insertion groove 94 is fitted with the acute angle cutter 95 so that the roll fabric 1 has a predetermined length l. A right angle cutter (96) having an end portion to be cut at right angles is fixed by the fixing member (97).

That is, insertion grooves 93 and 94 are formed in the cutting roller 91 and the cutting driven roller 92, respectively, and the acute cutter 95 and the right angle cutter are inserted in the insertion grooves 93 and 94, respectively. As the 96 is inserted and fixed by the fixing member 97, the exchange is easy when the acute cutter 95 or the square cutter 96 is replaced.

In addition, the holding means for holding and supplying the fabric to the lower portion of the cutting means 90 so that the fabric of the predetermined length l cut by the cutting means 90 is supplied at a constant speed without naturally falling. 100) is installed.

In addition, the holding means 100 is wound on the second power pulley 32 of the cutting means 90 and the first power transmission means 20 so as to rotate in conjunction with the cutting means 90. It is connected to the three belt (B3) and geared with the holding roller 101 and the holding roller 101 to be rotated in the reverse direction in conjunction with the holding roller 101 installed on the support portion 12 of the main body 10 Holding driven roller 102 and the holding follower roller 104 installed above the holding follower roller 102 so as to rotate at the same speed in conjunction with the holding follower roller 102 and the holding follower roller 104 ) Is installed at the opposite position of the holding follower roller 104 so as to be rotated in the reverse direction in association with the holding roller 103 and the holding idler roller 103 and the holding idler roller 103 installed at an upper portion of the holding roller 101. Holding roller 101 is the same speed and The holding idler roller 103 is rotated in the same direction and the holding driven roller 104 and the holding driven roller 102 are rotated at the same speed and the same direction, and the cut fabric is supplied without flowing. ) And the holding roller 101 and a plurality of elastic belts 106 for connecting the holding driven idler 104 and the holding driven roller 102, respectively.

In addition, the elastic belt 106 on the surface of the holding roller 101, the holding driven roller 102, the holding idle roller 103 and the holding driven idler 104, so that the elastic belt 106 does not flow A recess 105 in which a part of the belt 106 is seated is formed.

That is, the original fabric introduced into the holding means 100 is not supplied by the surface contact of the roller, but is supplied to the winding means described below at a constant speed by the line contact of the elastic belt 106.

In addition, a winding means 110 is provided below the holding means 100 to wind the fabric passing through the holding means 100 in the form of a roll.

In addition, the winding means 110, the cutting means 90 and the holding means 100 and the first power transmission means 30 to rotate in conjunction with the cutting means 90 and the holding means 100. Winding roller 111 connected to the third belt (B3) wound on the second power pulley 32 of the) and the raw material rotated by the rotation of the winding roller 111 is supplied from the holding means 100 Rotating belt 112 formed with a plurality of protrusions on the surface to wind the roll in the form of a roll, and the winding follower roller is installed at the opposite position of the winding roller 111 so that the rotating belt 112 rotates smoothly. 113 and the lower surface of the rotary belt 112 so that the fabric is wound in a roll shape by the rotating belt 112 rotated by the winding follower roller 113 and the winding roller 111. There are a number of protrusions protruding It is installed in front of the rotating belt 112 so that the fabric passing through the holding means 100 is inserted between the supporting member 114 and the supporting member 114 and the rotating belt 112 and the cutting means. Inserting member 115 assembled by the cutting roller 91 and the link 117 of the 90, and the rotating belt 112 and the supporting member (the fabric is easily fabricated by the inserting member 115) It consists of a guide member 116 installed at the end of the supporting means 114 to be inserted between the 114.

In addition, the inserting member 115 of the winding means 110 is coupled by the cutting roller 91 and the link 117 of the cutting means 90 so that only the amount cut by the cutting means 90 is operated. It is.

That is, when the cutting roller 91 of the cutting means 90 is rotated once, the insert member 115 of the inserting means 110 is also operated once so that an error does not occur when a continuous operation is made. Will be.

In addition, at the end of the supporting member 114 of the winding means 110, a sensor 118 for detecting the quantity of the roll-shaped wipes wound by the winding means 110 to transmit a control signal to the control means to be described later ) Is installed.

In addition, a lower portion of one side of the winding means 110 is provided with a transfer means 120 for transferring the rolled towels manufactured by the winding means 110 in a bundle unit.

In addition, the main body 10 is provided with a control means 130 for controlling the power generating means 20 and the transfer means 120.

That is, the transfer means 120 is a speed is temporarily increased when the number of towels controlled by the control means 130 is to be increased so that the worker can wrap the towel without counter.

On the other hand, the support portion 12 of the main body 10 is provided with a spraying means 140 for injecting water so that water is contained in the fabric supplied to the pulling means 60, the lower side of the spraying means 140 The water storage member 141 for storing the water of the injection means 140 is installed so that the water sprayed from the injection means 140 does not flow into other components, the water storage member 141 is the water storage A drain member 142 for draining the water stored in the member 141 is connected.

In addition, one side of the main body 10 is provided with a winding means 160 for supporting the roll fabric (1).

That is, the winding means 160, the body portion 161 made of substantially the same height as the support portion 12 of the main body 10 on one side of the main body 10, and the upper side of the body portion 161 It is installed on the lower support 162 and the upper support of the lower support 162 and the bearing is embedded therein so that the roll raw material 1 can be smoothly released by the in-output of the pulling means 60 is screwed To support from above the support disc 164 having a diameter larger than the maximum diameter of the roll disc 1 and the roll disc 1 placed on the support disc 164 to support the roll disc 1. The upper support 163 is inserted into the center of the roll fabric (1) and the upper support 163 to integrally couple the upper support 163, and the upper support 163 and the lower support 162 therein bearing therein; It is made of a fixing body 165 that is screwed to the lower support 162 through.

In addition, the winding means 160, the upper support 163 and the lower support 162 is easily separated and coupled by the fixing body 165, the various width (W) of the roll fabric (1) Compatible with

In addition, the upper portion of the body portion 161 of the winding means 160, the bearing is formed inside so that the roll fabric (1) released by the in-output of the pulling means 60 can be smoothly released without tangling each other. Two or more inherent idling rollers 166 are installed in a zigzag shape.

On the other hand, between the winding means 160 and the pulling means 60, the width (W) of the roll fabric 1, which is released from the winding means 160 and supplied without using a separate power 1 Fold means 150 is provided to fold up to a width of 1/2.

That is, the fold means 150, to fold the roll fabric (1) supported by the winding means 160 in a half width, and generally with the support disk 164 of the winding means 160 The support plate 151 fixed to the upper part of the machine room 11 of the main body 10 to be at the same height, the support rod 153 screwed to the support plate 151, and inserted into the support rod 153 A fold member 154 having a bearing embedded therein so that its shape is formed in the shape of an abacus egg so as to fold up to a half width of the roll fabric 1, and freely rotated about the supporting rod 153; The roll member includes a fixing member 155 screwed to the support rod 153 so that the fold member 154 does not flow upward, and the fold member 154 that does not flow upward by the fixing member 155. Position the fold member 154 so as to fold the width (W) of the fabric (1) in half, and the fold member 154 It is made of an elastic member 152 installed between the support plate 151.

That is, the winding means 160 and the fold means 150, the user can freely adjust the position according to the width (W) of the roll fabric 1, it is possible to apply a roll fabric of various widths compatible have.

Further, the roll fabric 1 supplied from the winding means 160 while being able to press and fold the roll fabric folded up by the fold means 150 to the support portion 12 of the main body 10. ) The fourth belt rotated in conjunction with the pulling means 60 to be supplied more smoothly and wound around the third power pulley 52 of the second power transmission means 50 connected to the pulling means 60. The fold roller 170 connected with B4 is provided.

In addition, in the support part 12 of the main body 10, the roll fabric 1 passing through the fold roller 170 passes through the injection means 140 more efficiently and is drawn out to the pulling means 60. Supply connected to the fourth belt (B4) to be wound around the third power pulley 52 of the second power transmission means 50 is rotated in conjunction with the pulling means 60 and connected to the pulling means (60). The roller 180 is installed.

Meanwhile, in the present invention, a winding roller 190 for winding and supporting the roll fabric folded in half so as to manufacture a wet towel even when the roll fabric is folded in half is provided on the support part 12 of the body 10. It is installed.

Next, the effect of the wet towel manufacturing apparatus and power transmission method according to the present invention configured as described above will be described.

First, when the user wants to automatically manufacture the towel, the lower support 160 by screwing the lower support 162 of the winding means 160 to the body portion 161 as shown in FIG. It is fixed to the body portion 161 and the support disk 164 is mounted on the upper portion of the lower support (162).

In addition, after mounting the support disc 164 on the lower support 162, the roll fabric 1 is placed on the support disc 164, and the upper support 163 is roll-oriented. Inserted into the center of the (1) and the fixed body 165 is inserted into the upper support 163 to screw the fixed body 165 with the lower support 162.

In addition, after the roll fabric 1 is installed in the winding means 160 without flowing, the end of the roll fabric 1 is pulled out so that the roll fabric 1 is shown in FIG. 3. The idling roller 166 to pass through.

Further, the roll fabric 1 having passed through the idling roller 166 is withdrawn so that half of the width of the roll fabric 1 is sharpest of the fold member 154 of the fold means 150. After being positioned at the portion, the end of the roll fabric 1 is wrapped around the outside of the fold roller 170 shown in FIG. 3.

In this case, when the fixing member 155 of the fold means 150 is adjusted, the fold member 154 is positioned by the elastic force of the elastic member 152 provided between the fold member 154 and the support plate 151. By being adjusted, the fold means 150 can be easily adjusted to a position suitable for the width W of the roll fabric 1.

In addition, the end of the roll fabric (1) passing through the fold roller 170 in the direction of the arrow D shown in Fig. 3 to surround the outer side of the feed roller 180 and then to the pulling means (60) The end of the roll fabric 1 is introduced.

At this time, the pulling follower roller 62 of the pulling means 60 is spaced apart from the pulling roller 61 and the end of the roll fabric (1) is introduced.

That is, the pulley driven roller 62 is spaced apart from the pulled roller 61 by operating the spaced means 80, and then the end of the roll fabric 1 is pulled driven roller 62 and the pulled roller. If it pulls in between 61, the said roll fabric 1 can be drawn in more easily.

In addition, the end of the roll fabric (1) is drawn between the pulled follower roller 62 and the pulled roller 61, and then operated the separation means 80 to operate the pulled follower roller 62 and the pulled roller. Let 61 be geared.

Further, when the pulled follower roller 62 and the pulled roller 61 are gear-fitted, the end of the roll fabric 1 introduced between the pulled follower roller 62 and the pulled roller 61 is the pulled follower. Since the surface 62 is in contact with the roller 62 and the pulling roller 61, the roll raw material 1 is not separated from the pulling means 60.

In addition, after drawing the end of the roll fabric 1 into the pulling means 60, the control means 130 is operated to set the required number of towels and then operate the device.

In addition, when the device is operated by the control means 130, power is applied to the power generating means 20 installed in the machine room 11 of the main body 10 to generate rotational power in the power generating means 20. do.

In addition, when the rotational power is generated in the power generating means 20, the rotational power is generated in the first power transmission means 30 connected by the power generating means 20 and the first belt (B1).

That is, the power generating means 20 and the first power transmission means 30 are connected by the first belt (B1) to be rotated in conjunction with each other.

In addition, when the first power transmission means 30 is rotated, the rotating power is generated in the power variable stage 40 axially coupled with the first power transmission means 30, the rotation in the power variable stage 40 When power is generated, rotational power is generated in the second power transmission means 50 axially coupled with the power variable stage 40.

That is, when the control means 130 is turned on, the power generating means 20, the first power transmission means 30, and the second power transmission means 50 are rotated in conjunction with each other.

In addition, when rotation power is generated in the second power transmission means 50, the third power pulley 52 of the second power transmission means 50 is rotated, and when the third power pulley 52 is rotated, The fourth belt B4 wound on the third power pulley 52 is rotated.

In addition, when the fourth belt B4 is rotated, the pulling roller 61, the fold roller 170, and the supply roller 180 of the pulling means 60 connected to the fourth belt B4 interlock with each other. Will be rotated.

That is, the fourth power pulley 52 of the second power transmission means 50 and the pulling roller 61 and the fold roller 170 and the folding means of the pulling means 60 by the fourth belt (B4) Since the supply roller 180 is connected, when the second power transmission means 50 is rotated, the pull means 60, the fold roller 170, and the supply roller 180 are interlocked with each other.

In addition, when the pull means 60, the fold roller 170 and the supply roller 180 is rotated in conjunction, the roll fabric (1) supported by the winding means 160 is smoothly rotated to release the It is to be supplied to the cutting means (90).

On the other hand, the pull means 60, the fold roller 170 and the supply roller 180 is rotated in conjunction with the second power transmission means 50, the roll fabric supported by the winding means 160 (1) is more smoothly released without being entangled with each other is supplied to the cutting means (90).

Further, the pull roller 61 and the pull follower roller 62 of the pull means 60 are geared and rotated in opposite directions to each other so that the roll fabric 1 drawn into the pull means 60 is more. It can be supplied to the cutting means 90 smoothly.

On the other hand, a third belt (B3) is wound around the second power pulley 32 of the first power transmission means 30 rotated in conjunction with the second power transmission means 50, the third belt ( The cutting roller 91 of the cutting means 90, the holding roller 101 of the holding means 100, and the winding roller 111 of the winding means 110 are connected to B3).

That is, the third belt B3 has a second power pulley 32 of the first power transmission means 30 and a cutting roller 91 of the cutting means 90 and a holding roller of the holding means 100. Since the 101 and the winding roller 111 of the winding means 110 are connected, when the first power transmission means 30 is rotated, the cutting roller 91 and the holding means of the cutting means 90 are rotated. The holding roller 101 of 100 and the winding roller 111 of the winding means 110 are rotated in conjunction with each other.

In addition, when the cutting roller 91 of the cutting means 90 is rotated to be cut to a predetermined length (l) of the roll fabric 1 supplied from the pulling means 60 as shown in FIG.

That is, the cutting roller 91 of the cutting means 90 is rotated by the first power transmission means 30 and the cutting driven roller 92 is geared with the cutting roller 91 to cut the roller. Since the cutting follower roller 92 is rotated in the opposite direction to each other, when the cutting roller 91 is rotated once, the cutting roller 91 is interlocked with the cutting follower roller 92 and rotated one direction in the reverse direction. Acute angle cutter (95) and the right angle cutter (96) of the cutting driven roller (92) hit each other so that the fabric supplied from the pulling means (60) is easily cut to a certain length (l).

In addition, the fabric of the predetermined length (l) cut from the cutting means 90 is supplied to the holding means 100 rotated in conjunction with the cutting means 90 is the winding means at a constant speed without falling naturally It is supplied to (110).

That is, the raw material supplied to the holding means 100 is not supplied by the surface contact of the rollers, but rather to the winding means 110 at a constant speed by the line contact of the elastic belt 106 of the holding means 100. To be supplied

In addition, the fabric of the predetermined length (l) passing through the holding means 100, as shown in Figure 10 is folded by the inserting member 115 of the winding means 110, the winding means 110 It is inserted between the rotating belt 112 and the supporting member 114 of.

In addition, the raw material inserted between the rotating belt 112 and the supporting member 114 of the winding means 110, in conjunction with the cutting means 90 and the holding means 100 as shown in FIG. It is to be wound in a roll form by the endless rotation of the rotating belt 112 is rotated.

In addition, the wet towel wound in the form of a roll in the winding means 110 is sensed by the sensor 118 installed at the end of the supporting member 114 of the winding means 110 and the quantity of the control means 130 Will be countered.

In addition, when the wet towel is manufactured in the quantity set in the control means 130, the transfer speed of the transfer means 12 is temporarily increased, so that the user packs the bundle without having to counter the wet towel.

That is, the wet towel manufacturing apparatus according to the present invention, as shown in FIG. 13, when the amount of water towel set in the control means 130 is manufactured, the user by temporarily increasing the conveying speed of the conveying means 120 The manufactured wipes should be packed without the counter box.

On the other hand, the wet towel manufacturing apparatus according to the present invention can easily adjust the length (1) to be cut from the cutting means (90).

Next, the method of adjusting the length 1 of a wet towel is demonstrated in detail.

First, in the case of cutting the length l of the roll fabric 1 for a long time, as shown in FIG. 3, when the adjusting member 43 of the power variable stage 30 is rotated in the direction of an arrow A, the adjusting member is rotated. The screw shaft portion 432 of the 43 is advanced to compress the elastic member 413 of the first variable pulley 41 while the first movable support 412 is advanced, the first movable support 412 is When it is advanced, the width between the first movable support 412 and the first fixed support 411 is reduced to increase the radius (R1) of the second belt (B2) in contact with the first variable pulley (41) When the radius R1 of the second belt B2 in contact with the first variable pulley 41 is increased, the second movable support 422 of the second variable pulley 42 is the elastic force of the elastic member 423. Half of the second belt (B2) in contact with the second variable pulley 42 is increased by the width between the second movable support 422 and the second fixed support 421 is moved by The diameter R2 is reduced, and the radius R2 of the second belt B2 in contact with the second variable pulley 42 is reduced and the second belt B2 in contact with the first variable pulley 41 is reduced. The radius R1 of) increases so that the rotational speed of the second variable pulley 42 is larger than the rotational speed of the first variable pulley 41 so that the length 1 of the roll fabric 1 is cut longer. You will be able to.

That is, when the speed of the second power transmission means 50 is increased than the rotation speed of the first power transmission means 30, and the rotation speed of the second power transmission means 50 is increased, the second power transmission. Cut by the cutting means 90 as the rotational speed of the fold roller 170 and the supply roller 180 and the pulling means 60 connected to the fourth belt (B4) of the means 50 is increased The length l of the roll fabric 1 is to be long.

In addition, when the length (l) of the roll fabric (1) is cut short, if the knob 431 of the adjustment member 43 is rotated in the direction of the arrow B shown in Figure 3 of the adjustment member 43 When the screw shaft portion 432 is reversed, the first movable support 412 is reversed by the elastic force of the elastic member 413 of the first variable pulley 41, and when the first movable support 412 is reversed, the first movable support 412 is reversed. The width between the first movable support 412 and the first fixed support 411 is increased to decrease the radius R1 of the second belt B2 in contact with the first variable pulley 41, When the radius R1 of the second belt B2 in contact with the first variable pulley 41 is reduced, the second movable support 422 of the second variable pulley 42 is moved by the elastic force of the elastic member 423. As the width between the second movable support 422 and the second fixed support 421 is reduced, the radius R2 of the second belt B2 in contact with the second variable pulley 42 is increased. The radius R2 of the second belt B2 in contact with the second variable pulley 42 is increased and the radius R1 of the second belt B2 in contact with the first variable pulley 41 is increased. By reducing the rotation speed of the second variable pulley 42 is lower than the rotation speed of the first variable pulley 41 it is possible to short cut the length (l) of the roll fabric (1)

That is, when the speed of the second power transmission means 50 is reduced than the rotation speed of the first power transmission means 30, and the rotation speed of the second power transmission means 50 is reduced, the second power transmission. Cut by the cutting means 90 as the rotational speed of the fold roller 170 and the supply roller 180 and the pulling means 60 connected to the fourth belt (B4) of the means 50 is reduced The length l of the roll fabric 1 is to be shortened.

Thus, according to the wet towel manufacturing apparatus according to the present invention, the rotational speed of the fold roller 170, the supply roller 180 and the pull means 60 is adjusted by the control of the power variable stage 40, the user It is to be able to easily adjust the cut length (l) of the roll fabric (1).

According to the wet towel manufacturing apparatus according to the present invention as described above, since the roll fabric can be unrolled, folded, cut and wound by one power generating means, power consumption can be greatly reduced.

In addition, it is provided with a winding means and a fold means to be able to manufacture a wet towel while folding the roll fabric, as well as a roll cloth folded once by the winding means provided in the main body can be manufactured so that compatibility with all roll fabric Can be applied.

In addition, if the quantity of the towel to be manufactured is set, the number of towels set by the change of the speed of the transfer means is produced and partitioned, so the packaging is very easy.

That is, according to the wet towel manufacturing apparatus and the power transmission method according to the present invention, to quickly produce a large amount of a predetermined number of wet towels to improve the productivity more and to meet the needs of consumers by adjusting the length of the manufactured towels by the user's choice In addition, it is possible to reduce power consumption by manufacturing wet towels by one power source.

As described above, according to the wet towel manufacturing apparatus and the power transmission method according to the present invention, when the wet towel is manufactured, power consumption is greatly reduced by unrolling, folding, cutting and winding the roll fabric by one power generating means, and controlling means. Since the number of wet towels is manufactured by the operation of and the number of wet towels is divided by the transfer means, the productivity of the wet towel is not increased. It is possible to cut wet towels, which has a very good effect of doubling the reliability of the product.

Claims (17)

A wet towel manufacturing apparatus for manufacturing a wet towel with a roll fabric (1); A main body 10 having a machine chamber 11 at a lower portion thereof and a support portion 12 formed at an upper portion thereof; It is installed in the machine room 11 of the main body 10 and generates rotational power to loosen, fold, cut, and wind the roll fabric 1, and generate power with a power pulley 22 provided on the power shaft 21. Means (20); The first power generating means 30 is connected to the power generating means 20 and the first belt (B1) and installed in the machine room 11 of the main body 10 to be operated in conjunction with the power generating means 20 and ; A power variable stage 40 which is rotated in association with the first power generating means 30 to change the rotational power of the first power generating means 30 and is axially coupled to the first power generating means 30; Second power transmission means (50) axially coupled with the power variable stage (40) to generate a rotational power different from the first power transmission means (30) by the power variable stage (40); Pulling means 60 is rotated by the second power transmission means 50 connected by the second power variable stage 50 and the fourth belt (B4) to pull the roll fabric (1). and; The first power transmission means 30 and the third belt is installed in the lower portion of the pulling means 60 to cut the roll fabric 1 supplied by the pulling means 60 to a predetermined length (l) Cutting means (90) connected by (B3); The fabric cut by the cutting means 90 is supplied in line contact with the elastic belt 106 so as to be supplied at a constant speed without a natural drop, and the first power transmission means 30 and the third belt B3. Holding means (100) connected by; Rotation is installed on one side lower side of the holding means 100 so as to wind the fabric supplied by the holding means 100, rotated by the first power transmission means 30 and the third belt (B3) A winding means (110) equipped with a belt (112) and an inserting member (115) operated in conjunction with the cutting means (90); A transfer means 120 provided on one side of the lower portion of the winding means 110 to transfer the wet towel supplied from the winding means 110; Characterized in that it comprises a control means 130 installed on the main body 10 to control the wet wipes conveyed by the conveying means 120 to be partitioned into the required amount and to control the power generating means 20 at the same time. Wet towel manufacturing device. The method of claim 1, The first power transmission means 30, Delivering the rotational power of the power generating means 20 to the cutting means 90, the holding means 100 and the winding means 110, A first power pulley 31 which is rotated in conjunction with the power pulley 22 of the power generating means 20 and connected through a first belt B1; A first power shaft 33 connected to the center of the first power pulley 31 so as to rotate together with the first power pulley 31; A first support member 34 supporting the first power shaft 33 so that the first power shaft 33 is rotated by the first power pulley 31 and having a bearing installed therein; And a second power pulley 32 axially coupled to the first power shaft 33 so as to rotate in conjunction with the first power shaft 33 supported by the first support member 34. Wet towel manufacturing device. The method of claim 1, The power variable stage 40 is; The first fixed support 411 and the first shaft is coupled to the first power shaft 33 of the first power transmission means 30 so as to rotate in conjunction with the first power transmission means 30, the width thereof is variable. A first variable pulley 41 comprising a first movable support 412 and an elastic member 413 and having a variable width between the first fixed support 411 and the first movable support 412; An adjusting member (43) screwed with the first moving support (412) to move the first moving support (412) of the first variable pulley (41); A second belt B2 wound around the first variable pulley 41 having a variable width between the first fixed support 411 and the first movable support 412 by the adjustment member 43; ; The second belt B2 is wound so as to be rotated by the second belt B2, and the radius thereof is inversely proportional to the radius R1 of the first variable pulley 41 at which the second belt B2 is wound. The wet towel manufacturing apparatus, characterized in that the second variable support (421), the second movable support (422) and the second variable pulley (42) made of an elastic member (423) to be variable. The method of claim 3, The adjusting member 43 of the power variable stage 40, A handle 431 installed to be exposed from the machine room 11 of the main body 10 by adjusting the speed of the second variable pulley 42 so that a user can vary the length l of the roll fabric 1. Wow, Characterized in that it comprises a screw shaft portion 432 screwed with the first movable support 412 to move the first movable support 412 of the first variable pulley 41 by the handle portion 431 Wet towel manufacturing device. The method of claim 1, The second power transmission means 50, A second power shaft 51 axially coupled to the center of the second variable pulley 42 to rotate in conjunction with the second variable pulley 42 of the power variable stage 40; A second support member 53 supporting the second power shaft 51 so that the second power shaft 51 rotates smoothly and having bearings therein; Wet towel manufacturing apparatus, characterized in that consisting of a third power pulley (52) rotated in conjunction with the second power shaft (51) supported by the second support member (53). The method of claim 1, The pulling means 60, A pulling roller 61 connected by a third power pulley 52 and a fourth belt B4 of the second power transmission means 50 to be rotated by the second power transmission means 50, The wet towel manufacturing apparatus, characterized in that consisting of a pulled driven roller (62) gear-coupled with the pull roller (61) to rotate in conjunction with the pull roller (61) in the reverse direction to facilitate the supply of the roll fabric (1). The method of claim 1, The pulling means 60, The pulled roller 61 and the pulled driven roller 62 is supported by the support means 70 through a bearing so as to smoothly rotate, The support means 70, A first support member 71 installed at the support part 12 of the main body 10 to support one side of the pulling means 60 through a bearing; A second support member 72 installed at an opposite position of the first support member 71 to support an end of the pulling means 60 through a bearing; Wet towel, characterized in that consisting of the support shaft 73 is installed by screwing the corner portion of the first support member 71 and the second support member 72 so that the second support member 72 is firmly installed Manufacturing equipment. The method of claim 7, wherein In the support means 70, When the end of the roll fabric 1 is inserted into the pull means 60 at the initial start, the end of the roll fabric 1 is easily inserted into the pull roller 61 and the pulley driven roller 62. A separation means 80 is provided to space the pulled follower roller 62 from the pulled roller 61 so as to be possible. The separation means 80, Each of the guide grooves 711 and 721 formed at one side of the first support member 71 and the second support member 72 so that the pulled driven roller 62 can be spaced apart from the pulled roller 61. and, Each guide piece 81 which is guided and moved in the guide grooves 711 and 721 to support the end of the pulled follower roller 62 through a bearing; Apparatus for manufacturing a wet towel, characterized in that the guide piece (81) is made of a guide portion (81) and the handle portion (82) mechanically assembled so as to be guided and moved in the guide groove (711) (721). The method of claim 1, The cutting means 90, Cutting roller 91 is connected to the third belt (B3) is caught on the second power pulley 32 of the first power transmission means 30 so as to be rotated by the first power transmission means (30) Wow, The wet towel manufacturing apparatus, characterized in that the cutting driven rollers are gear-coupled with the cutting rollers 91 so as to rotate in a reverse direction in association with the cutting rollers 91. The method of claim 1, The holding means 100, The main body is connected to the third belt B3 wound around the cutting means 90 and the second power pulley 32 of the first power transmission means 20 so as to rotate in conjunction with the cutting means 90. A holding roller 101 provided on the support part 12 of (10), A holding driven roller 102 geared to the holding roller 101 to rotate in a reverse direction in association with the holding roller 101; A holding driven idler 104 installed at an upper side of the holding following roller 102 so as to rotate at the same speed in association with the holding following roller 102; A holding idler 103 installed at an opposite position of the holding follower roller 104 so as to rotate in a reverse direction in association with the holding follower roller 104; The holding idler 103 and the holding roller 101 are rotated in the same speed and the same direction, and the holding driven idler 104 and the holding driven roller 102 are rotated in the same speed and the same direction And a plurality of elasticities connecting the holding idler 103, the holding roller 101, and the holding follower roller 104 and the holding follower roller 102 respectively so that the cut fabric is supplied without flowing. Wet manufacturing apparatus, characterized in that consisting of a belt (106). The method of claim 1, The winding means 110, On the second power pulley 32 of the cutting means 90 and the holding means 100 and the first power transmission means 30 so as to rotate in conjunction with the cutting means 90 and the holding means 100. A winding roller 111 connected to the wound third belt B3; Rotating belt 112 is rotated by the winding roller 111 to form a plurality of protrusions on the surface to wind the fabric supplied from the holding means 100 in the form of a roll; Winding driven roller 113 is installed at the opposite position of the winding roller 111 so that the rotating belt 112 is rotated smoothly and rotated idling, The winding driven roller 113 and the rotating belt 112 is rotated by the winding roller 111 is located on the lower side of the rotating belt 112 so that the fabric is wound in a roll shape and a plurality of projections on the surface Protruding support member 114, The cutting roller of the cutting means 90 is installed in front of the rotating belt 112 so that the fabric passing through the holding means 100 is inserted between the supporting member 114 and the rotating belt 112. An inserting member 115 assembled by a link 117 with a 91; The guide member 116 is installed at the end of the supporting means 114 so that the fabric is easily inserted between the rotating belt 112 and the supporting member 114 by the inserting member 115. Wet towel making apparatus. The method of claim 10, The inserting member 115 of the winding means 110 is coupled by the cutting roller 91 and the link 117 of the cutting means 90 so that only the amount cut by the cutting means 90 is operated. Wet towel manufacturing apparatus, characterized in that. The method of claim 1, The support unit 12 of the main body 10 is provided with a spraying means 140 for injecting water so that water is contained in the fabric supplied to the pulling means 60, The water storage member 141 for storing the water of the jetting means 140 is installed on the lower side of the jetting means 140 so that water sprayed from the jetting means 140 does not flow into other parts. The water storage member 141 is a wet towel manufacturing apparatus, characterized in that the drain member 142 for draining the water stored in the water storage member (141) is connected. The method of claim 1, One side of the main body 10 is provided with a winding means 160 for supporting the roll fabric (1), The winding means 160, A body portion 161 formed on one side of the main body 10 and having substantially the same height as the support part 12 of the main body 10, A lower support 162 having a bearing embedded therein so as to be screwed to an upper side of the body 161 so that the roll fabric 1 can be smoothly released by the output of the pulling means 60; A support disc 164 installed on the lower support 162 and having a diameter larger than the maximum diameter of the roll fabric 1 so as to support the roll fabric 1; An upper support member 163 inserted into a center of the roll fabric 1 to support the roll fabric 1 mounted on the support disk 164 and having a bearing embedded therein; Wet towel, characterized in that the upper support 163 and the lower support 162 through the upper support 163 to be integrally coupled to the fixing body 165 screwed to the lower support 162 Manufacturing equipment. The method of claim 1, The main body 10 is provided with a fold means 150 to fold up the width (W) of the roll fabric (1) to a width of 1/2 without using a separate power, The fold means 150, It is possible to fold the roll fabric 1 in half width, and fixed to the upper part of the machine chamber 11 of the main body 10 so as to be in the same height position as the support disk 164 of the winding means 160 Backing plate 151, A support rod 153 screwed to the support plate 151, Is inserted into the support rod 153 is formed in the shape of abacus to fold up to 1/2 the width of the roll fabric (1) and the bearing is embedded therein to be freely rotated around the support rod 153 The fold member 154, A fixing member 155 screwed to the support rod 153 so that the fold member 154 does not flow upward; Position the fold member 154 by adjusting the fold member 154 so that the fold member 154 which does not flow upward by the fixing member 155 folds the width W of the roll fabric 1 in half. Wet towel manufacturing apparatus, characterized in that made of an elastic member 152 installed between the fold member 154 and the support plate 151. The method of claim 1, The roll fabric 1 supplied from the winding means 160 is more smoothly supported on the support part 12 of the main body 10 by compressing and folding the roll fabric folded up by the fold means 150. Fold connected to the fourth belt (B4) wound on the third power pulley 52 of the second power transmission means 50 is rotated in conjunction with the pulling means 60 to be supplied and connected to the pulling means (60) Roller 170 is installed, On the support 12 of the main body 10, the pulling means so that the roll raw material 1 passing through the fold roller 170 passes through the injection means 140 more efficiently and is drawn out to the pulling means 60. Supply roller 180 connected to the fourth belt (B4) wound in the third power pulley 52 of the second power transmission means 50 is rotated in conjunction with the 60 and connected to the pulling means (60) Wet towel manufacturing apparatus characterized in that the installation. In the power transmission method of the wet towel manufacturing apparatus for manufacturing a wet towel with a roll fabric (1), When the control means 130 is turned on, power is applied to the power generating means 20 to generate rotational power in the power generating means 20, The first power transmission means 30 and the second power transmission means 50 are rotated in conjunction with the power generating means 20, The pull roller 61, the fold roller 170, and the feed roller of the second power transfer means 50 and the pull means 60 are released so that the roll fabric 1 is released by the second power transfer means 50. 180 is connected as the fourth belt B4, The cutting roller 91 and the holding means of the first power transmission means 30 and the cutting means 90 to cut and wind the fabric supplied from the pulling means 60 by the first power transmission means 30. The holding roller 101 of 100 and the winding roller 111 of the winding means 110 are connected by a third belt B3.