KR200273922Y1 - Manufacturing apparatus of wet tower and folding structure thereof - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a towel and a folding structure for manufacturing a towel as a nonwoven fabric using vegetable fibers, and in particular, a main body provided with a machine room at a lower portion and a support portion at an upper portion thereof; Winding means supporting the roll fabric so that the roll fabric is supplied to the main body and installed on one side of the main body; Multifold means installed on the main body so that the roll fabric wound around the winding means is folded a plurality of times; Spraying means provided on a support of the main body to spray water from the multifold means to the roll fabric folded many times; Pulling means for pulling the roll fabric so that the roll fabric passes through the spraying means and installed in a support of the main body; Cutting means provided at a lower portion of the pulling means so as to cut the roll fabric supplied by the pulling means to a predetermined length; Holding means installed on the lower side of the cutting means such 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 to fold the fabric supplied by the holding means, and consists of a folding means equipped with an inserting member which works in conjunction with the cutting means, so that the user wipes the towel with both hands at once. The inner surface of the wet towel so as to easily unfold, and the outer surface of the wet towel relates to a manufacturing apparatus and a folding structure of the wet towel in contact with the outer surface.

Description

Manufacturing apparatus of wet towel and folding structure

The present invention relates to a manufacturing device and a folding structure of a wet towel for manufacturing a wet towel as a nonwoven fabric using vegetable fibers, and in particular, when the user unfolds the wet towel to use the wet towel, it can be unfolded with both hands at once. The present invention relates to a manufacturing apparatus and a folding structure of a towel, which can double, reduce the manufacturing cost by compacting and simplifying the structure, and minimize errors in the manufacturing of the towel.

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 plastic package, but there was a problem in that it is unsanitary because E. coli breeds in the distribution process.

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

An example of such a wet towel manufacturing apparatus for manufacturing wet towels is Japanese Patent Laid-Open No. 2000-70172, which was published on March 7, 2000 in Japan.

Japanese Unexamined Patent Application Publication No. 2000-70172, as shown in Figs. 1 and 2, runs the paper towel sheet 1S extracted from the disc roll 1R, and moves the paper towel sheet 1S along its running direction. Primary folds 40 'for performing left and right folds, and secondary folds 50' for performing second folds of the paper towel sheet 1S, which are folded left and right, at the center of the width direction, according to the traveling direction thereof. And a chemical liquid impregnation part 60 'for impregnating the chemical liquid in the paper towel, a cutter roll 70' freely installed on the roll main surface and a cutter roll in contact with the axial direction thereof, and rotating in synchronization with the cutter roll. A feed roll freely installed and in contact with the axial direction of the roll, the feed roll provided on the roll main surface, and a roll freely installed in synchronization with the feed roll, and having a sphere fitted with the protrusion of the feed roll on the roll main surface ( 80 '), and paper impregnated with the chemical liquid When a towel passes between the cutter roll and the transfer roll, and the cutter and the transfer roll main surface of the cutter roll overlap, the paper towel is cut to form a paper towel, and the paper towel is connected to the transfer roll. The paper towel on the said transfer roll is conveyed to a vertical roll when the protrusion part of the said feed roll and the sphere of the said end roll overlap with each other, and it passes between the cutting rolls.

2 and 3, the conventional wet towel manufacturing apparatus is left and right again by the second folded portion 50 'after the paper towel sheet is folded to the center by the first folded portion 40'. It will be folded to the center.

In other words, in order to spread the towel, the user unfolds the part folded by the secondary folding part 50 'with both hands, and then the user has to unfold the part folded by the primary folding part 40' with both hands.

In addition, such a conventional wet towel manufacturing apparatus is required to be equipped with a first folded portion 40 'and a second folded portion 50' having a complicated structure, a vertical roll formed with a cutter roll and a sphere, so that the manufacturing cost is increased during manufacturing. Of course, there was a problem that excessive error occurs in the manufacturing of the towel.

That is, the conventional wipes are unfolded by a number of operations when the folded towels are unfolded, and the user is cumbersome, and the towels are folded due to a complicated structure, so that the manufacturing cost is increased during the manufacture of the machine, and errors in the manufacturing of the towels are frequent There were a number of problems, such as that.

The present invention was made in view of the above-described various problems, and the object of the present invention is to allow the user to use the towel more conveniently by spreading the towel with both hands at the same time, and at the same time, the wet towel by the compact and simple configuration. It is to provide a wet towel manufacturing apparatus and its folding structure that can be folded to reduce the manufacturing cost during the manufacture of the machine and minimize the occurrence of errors in the manufacture of wet towels.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a configuration diagram schematically showing the structure of a manufacturing apparatus of a wet towel according to Japanese Patent Laid-Open No. 2000-70712 applied to a conventional example.

Fig. 2 is a block diagram showing a main part of the apparatus for manufacturing a towel in accordance with Japanese Patent Laid-Open No. 2000-70712 applied to a conventional example.

3 is a state diagram showing a folding structure of a wet towel of Japanese Patent Laid-Open No. 2000-70712 applied to a conventional example.

Figure 4 is a perspective view schematically showing the configuration of the manufacturing apparatus of the wet towel applied to the present invention.

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

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

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

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

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

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

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

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

Figure 13 is a schematic view showing a folding structure of the wet towel 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 60 Pulling means

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

70 ... support means 90 ... cut means

91.cutting roller 100..holding means

110. Folding means 111. First feed roller

112 .. 1st rotating belt 113 .. 1st feed follower roller

114 .. 2nd feed roller 115 .. 2nd rotating belt

116. 2nd feed follower 117. Inserting member

118. Link 130. Control means

140.Injection means 150.Multifold means

151..Support plate 152..First support rod

153 second rod 154 fold member

155 .. 1st fixing member 156. 2nd fixing member

157 .. First elastic member 158. Second elastic member

160. Winding means 161 Body

162. Lower Support 163. Upper Support

164. Supporting version 165. Fixed body

166 .. Idling Roller 170 .. Folded Roller

190..Supply Roller

In order to achieve the above object, the manufacturing apparatus of the wet towel of the present invention is a manufacturing apparatus of a wet towel 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; Winding means supporting the roll fabric so that the roll fabric is supplied to the main body and installed on one side of the main body; Multifold means installed on the main body so that the roll fabric wound around the winding means is folded a plurality of times; Spraying means provided on a support of the main body to spray water from the multifold means to the roll fabric folded many times; Pulling means for pulling the roll fabric so that the roll fabric passes through the spraying means and installed in a support of the main body; Cutting means provided at a lower portion of the pulling means so as to cut the roll fabric supplied by the pulling means to a predetermined length; Holding means installed on the lower side of the cutting means such that the fabric cut by the cutting means is supplied at a constant speed without falling naturally; It is installed on one side lower portion of the holding means to fold the fabric supplied by the holding means, characterized in that consisting of a folding means having an insert member which is operated in conjunction with the cutting means.

In addition, the folding structure of the wet towel according to the present invention, in the folding structure of the towel to fold the roll fabric to produce a towel, so that the user can easily unfold the wet towel with both hands at once, the inner surface of the wet towel between the inner surface The outer surface of the wet towel is in contact with the outer surface.

According to the manufacturing apparatus and folding structure of the wet towel according to the present invention, the towel can be spread out with both hands at once, so that the user can use the towel more conveniently and the reliability of the product is doubled, and the wet towel is compact and simple. Since the manufacturing cost of the machine can be folded down, and the occurrence of errors in the manufacturing of the towel can be minimized, thereby increasing the reliability of the machine.

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

Figure 4 is a perspective view schematically showing the configuration of the manufacturing apparatus of the wet towel applied to the present invention, Figure 5 is an exploded perspective view showing the winding means applied to the manufacturing apparatus of the wet towel of the present invention, Figure 6 7 is an exploded perspective view illustrating an exploded view of a multi-fold means of a manufacturing apparatus of a wet towel applied to the present invention, and FIG. 7 is a perspective view illustrating a spraying means of the manufacturing apparatus of a wet towel applied to the present invention, and FIG. 8 is a pull ring applied to the present invention. It is an exploded perspective view showing the means and the support means and the cutting means and the separation means and the holding means, exploded perspective view, Figure 9 is a perspective view showing the folding means of the manufacturing apparatus of the wet towel applied to the present invention, Figure 10 is applied to the present invention Fig. 11 is an operational state diagram showing the operating state of the manufacturing apparatus of the wet towel, which is a schematic diagram showing the power transmission structure of the manufacturing apparatus of the wet towel applied to the present invention. 12 is a configuration diagram schematically showing a power transmission structure of the machine room of the apparatus for manufacturing a wet towel applied to the present invention, and FIG. 13 is a state diagram schematically showing a folding structure of the wet towel applied to the present invention.

In Fig. 4 to Fig. 13, reference numeral 1 is a roll fabric, which is wound continuously with a non-woven material of vegetable fiber 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 rotational power of the power generating means 20, the first power transmission means for transmitting the rotational power to the cutting means and holding means and folding means to be described later ) Is installed.

In addition, the first power transmission means 30 to transmit the rotational power of the power generating means 20 to the cutting means, the holding means and the folding means to be described later, the power pulley 22 of the power generating means 20 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 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 Body 421 comprises a waje second mobile support (422) and elastic member (423) a second variable pulley (42) made of a.

In addition, the adjustment member 43 of the power variable stage 40, the user adjusts the speed of the second variable pulley 42 so that the user can vary the length (l) of the roll fabric (1) the main body 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 describe 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 moving support 422 and the second fixed support 421 while being moved by an elastic force. Radius R2 is reduced, and the radius R2 of the second belt B2 abuts on the second variable pulley 42 is reduced and the second belt abuts on the first variable pulley 41. 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, thereby increasing the length l of the roll fabric 1. It will be able to cut long.

In addition, when the length l of the roll fabric 1 is shortly cut, the knob 431 of the adjusting member 43 is rotated in the direction of arrow B shown in FIG. 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 the first The pulling follower roller 62 is spaced apart from the pulling roller 61 by being guided and moved to each of the guide grooves 711 and 721 formed in the first support member 71 and the second support member 72. It is to be able 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 around the second power pulley 32 of the cutting means 90 and the first power transmission means 30 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 folding means described below at a constant speed by the line contact of the elastic belt 106.

In addition, a folding means 110 is provided below the holding means 100 so as to fold the wet towel 200 having a predetermined length passing through the holding means 100 in half.

In addition, the folding 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. The holding means 100 is rotated by the rotation of the first feed roller 111 and the first feed roller 111 connected to the third belt (B3) wound on the second power pulley 32 of The first transfer belt 112 wound around the first transfer roller 111 and the first transfer belt 112 so as to smoothly rotate the wet towel 200 supplied from the transfer unit. The first feed follower 113 and the first feed follower 113 and the first rotating belt 112 and the first feed roller 111 are installed in the opposite position of the roller 111 and rotated idling. And the first transfer roller 111 and the gears to be rotated in the reverse direction so that the wet towel 200 is conveyed in a state folded in half. The second conveying belt 114 wound around the second conveying roller 114 by the second conveying roller 114 and rotated in the opposite direction to the first rotating belt 112 by the second conveying roller 114. ), A second feed follower roller 116 installed at an opposite position of the second feed roller 114 to rotate the second rotating belt 115 smoothly, and the second feed follower roller ( The second rotating belt 112 so that the wet towel 200 passing through the holding means 100 is inserted between the second rotating belt 115 and the first rotating belt 112 rotated by 116. It is installed in front of the cutting member 91 of the cutting roller 91 and the insertion member 117 assembled by a link 118.

In addition, the insert member 117 of the folding means 110 is coupled by the cutting roller 91 and the link 118 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 117 of the folding means 110 is also operated once so that an error does not occur when a continuous operation is made. will be.

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

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, a plurality of the width (W) of the roll fabric 1, which is released from the winding means 160 and supplied without using a separate power Multi-fold means 150 for multi-fold up (MULTY FOLD UP) is provided to be folded.

That is, the multi-fold means 150, to be able to fold the roll fabric (1) supported by the winding means 160 a plurality of times, the same as the support disk 164 of the winding means 160 A support plate 151 fixed to an upper portion of the machine room 11 of the main body 10 so as to have a height position, first and second support rods 152 and 153 screwed to the support plate 151, and The first and second support rods 152 and 153 are inserted into first and second support rods 152 and 153 so as to fold up to a plurality of times of the roll fabric 1. A plurality of fold members 154 having bearings therein so as to rotate freely about 153 and the first and second support rods 152 and 153 so that the fold members 154 do not flow upward. The pawls that are not flowed upward by the screwed first and second fixing members 155 and 156 and the first and second fixing members 155 and 156. Positioning the fold member 154 so that the member 154 folds the width of the roll fabric (1) a number of times, and the first and the installed between the fold member 154 and the support plate 151, respectively; The second elastic members 157 and 158 are formed.

That is, the roll fabric 1 passing through the multi-fold means 150 is folded through a plurality of the fold member 154 installed on the first and second support rods 152 and 153. .

In more detail, when the n fold members 154 of the multi-fold means 150 are installed, the roll fabric 1 is automatically folded n-1 times to be supplied to the injection means 140.

In addition, the wet towel 200 passing through the multi-fold means 150, the inner surface 201 is in contact with the inner surface 201 and the outer surface 202 is in contact with the outer surface 202 as shown in FIG. Pull both ends to fully unfold in one shot.

In addition, the roll fabric fed from the winding means 160 while being able to press and fold the roll fabric folded up by the multi-fold means 150 to the support portion 12 of the main body 10 ( 1) is rotated in conjunction with the pooling means 60 so that the supply more smoothly, the fourth wound around the third power pulley 52 of the second power transmission means 50 connected to the pooling means 60 A fold press roller 170 is connected to the belt B4.

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

Next, the effect of the manufacturing apparatus and the folding structure of the wet towel 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 drawn out so that the roll fabric 1 is shown in FIG. 4. The idling roller 166 to pass through.

In addition, the first support rod 152 and the second support rod of the multi-fold means 150 to draw out the roll fabric 1 passed through the idling roller 166 so that the roll fabric 1 is folded many times. After passing through a plurality of the fault member 154 installed in the 153 to wrap the end of the roll fabric 1 to the outside of the fold pressing roller 170 shown in FIG.

In this case, when the first and second fixing members 155 and 156 of the multi-fold means 150 are adjusted, the first and second elastic members installed between the fold member 154 and the support plate 151 may be provided. Since the fold member 154 is adjusted by the elastic force of 157 and 158, the multifold 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) folded through the fold roller (170) in the direction of the arrow D shown in Figure 4 to wrap around the outer side of the feed roller 180 and then the pulling means ( 60) introduces the end of the roll fabric (1).

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 compression roller 170 and the supply roller 180 of the pulling means 60 connected to the fourth belt (B4) is It rotates in conjunction.

That is, the fourth power pulley (52) of the second power transmission means 50 and the pull roller (61) of the pull means 60 and the fold compression roller 170 by the fourth belt (B4) and Since the supply roller 180 is connected, when the second power transmission means 50 is rotated, the pull means 60, the fold compression roller 170, and the supply roller 180 are interlocked so as to rotate. do.

In addition, when the pulling means 60, the fold compression 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 loosen Pass through the multi-fold means (150).

In addition, the original fabric passing through the multifold means 150 is folded n-1 times less than the number n of the fold members 154 of the multifold means 150.

In addition, the fabric folded many times in the multi-fold means 150 is completely folded by the fold compression roller 170 and then passed through the supply roller 180 is wetted by the injection means 140, The fabric soaked with water by the injection means 140 is supplied to the cutting means 90 via the pulling means 60.

On the other hand, the pull means 60, the fold compression roller 170 and the supply roller 180 is rotated in conjunction with the second power transmission means 50, the roll supported by the winding means 160 The fabric 1 is more smoothly released without being entangled with each other and 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 ( B3) is connected to the cutting roller 91 of the cutting means 90, the holding roller 101 of the holding means 100 and the transfer roller 111 of the folding means 110.

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 first feed roller 111 of the folding means 110 is connected, when the first power transmission means 30 is rotated, the cutting roller 91 of the cutting means 90 and the The holding roller 101 of the holding means 100 and the first transfer roller 111 of the folding 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 wet towel 200 of the predetermined length (l) cut by the cutting means 90 is supplied to the holding means 100 rotated in conjunction with the cutting means 90 at a constant speed without falling naturally It is to be supplied to the folding means (110).

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

In addition, the wet towel 200 having a predetermined length (l) passing through the holding means 100 is folded in half by the inserting member 117 of the folding means 110, as shown in FIG. It is inserted between the first rotating belt 112 and the second rotating belt 115 of (110).

In addition, the raw material inserted between the first rotating belt 112 and the second rotating belt 115 of the folding means 110 is the first rotating belt 112 and the second as shown in FIG. By the rotational movement of the rotating belt 115 is smoothly conveyed in a state folded in half.

In addition, the wet towel 200 folded in half in the folding means 110 is sensed by a sensor (not shown) to counter the quantity in the control means 130.

Thus, according to the manufacturing apparatus and the folding structure of the wet towel according to the present invention, the fabric is folded many times by the multi-fold means 150, the folded wet towel 200 is the inner surface 201 is the inner surface 201 The surface contact between the outer surface 202 and the outer surface 202 are in contact with each other, so that the user can unfold the wet towel 200 with both hands at once, thereby increasing convenience of use.

In addition, since the configuration of the multi-fold means 150 and the folding means 110 is extremely compact and simple configuration, the manufacturing cost is reduced during manufacturing, as well as to minimize the occurrence of errors when producing a towel. will be.

As described above, according to the manufacturing apparatus and the folding structure of the towel according to the present invention, the towel can be spread out with both hands at once, so that the user can use the towel more conveniently and at the same time, the reliability of the product is doubled. Since the wet towel can be folded, the manufacturing cost is reduced when the machine is manufactured and the reliability of the machine can be more doubled by minimizing the occurrence of errors during the manufacture of the wet towel.

Claims (5)

An apparatus for producing a wet towel 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; A winding means (160) supporting the roll fabric (1) so that the roll fabric (1) is supplied to the body (10) and installed on one side of the body (10); Multifold means (150) installed on the main body (10) so that the roll fabric (1) wound on the winding means (160) is folded a plurality of times; Spraying means (140) installed on the support (12) of the main body (10) to spray water from the multifold means (150) to the roll fabric (1) folded a plurality of times; Pulling means (60) is installed in the support portion 12 of the main body (10) to pull (FULLING) the roll fabric (1) to pass the roll fabric (1) to the injection means (140); Cutting means (90) provided at a lower portion of the pulling means (60) to cut the roll fabric (1) supplied by the pulling means (60) to a predetermined length (l); Holding means (100) installed on the lower side of the cutting means (90) so that the fabric cut by the cutting means (90) is supplied at a constant speed without falling naturally; Folding means is provided on the lower side of the holding means 100 to fold the fabric supplied by the holding means 100, the insert member 117 is operated in conjunction with the cutting means 90 Apparatus for manufacturing a wet towel, characterized in that consisting of (110). The method of claim 1, The folding means 110, Connected to the third belt B3 wound around the cutting means 90 and the second power pulley 32 of the holding means 100 to rotate in conjunction with the cutting means 90 and the holding means 100. The first feed roller 111, The first rotating belt 112 is wound around the first transfer roller 111 to be rotated by the rotation of the first transfer roller 111 so that the wet towel 200 supplied from the holding means 100 is folded in half. )Wow, A first feed driven roller 113 installed at an opposite position of the first feed roller 111 so as to rotate the first rotating belt 112 smoothly and idling rotation; The first feed roller is rotated in a reverse direction with the first transfer driven roller 113, the first rotating belt 112, and the first feed roller 111 so that the wet towel 200 is folded in half. 111, the second feed roller in gear gears, A second rotating belt 115 wound around the second conveying roller 114 so as to be rotated in the opposite direction to the first rotating belt 112 by the second conveying roller 114; A second feed follower roller 116 installed at an opposite position of the second feed roller 114 so as to smoothly rotate the second rotating belt 115 to rotate idling; The wet towel 200 passing through the holding means 100 is inserted between the second rotating belt 115 and the first rotating belt 112 rotated by the second transfer driven roller 116. Apparatus for manufacturing a wet towel, which is installed in front of the second rotating belt (112) and comprises an inserting member (117) assembled by a cutting roller (91) and a link (118) of the cutting means (90). The method of claim 1, The multifold means 150, The roll fabric 1 supported by the winding means 160 can be folded a number of times, and the main body 10 of the main body 10 is positioned at the same height as that of the support disk 164 of the winding means 160. Support plate 151 fixed to the upper part of the machine room 11, First and second support rods 152 and 153 screwed to the support plate 151, The first and second supporting rods 152 and 153 are inserted into the first and second supporting rods 152 and 153 so as to fold up to a plurality of times of the roll fabric 1. A plurality of fold members 154 having bearings embedded therein to be freely rotated about 153, First and second fixing members 155 and 156 screwed to the first and second supporting rods 152 and 153 so that the fold member 154 does not flow upward; The fold member 154 so that the fold member 154 which does not flow upward by the first fixing member and the second fixing member 155 and 156 can fold the width of the roll fabric 1 a number of times. ), And the first and second elastic members 157, 158, respectively installed between the fold member 154 and the support plate 151, respectively. The method of claim 1, When the fold member (154) of the multi-fold means 150 is provided with n pieces of roll fabric (1) is folded manufacturing apparatus n-1 times, characterized in that. In the folding structure of the towel to fold the roll fabric (1) to manufacture the towel 200, In order to allow the user to easily unfold the wet towel 200 with both hands at once, The inner surface 201 of the wet towel 200 is in contact with the inner surface 201 and the outer surface 202 of the wet towel 200 is folded structure of the wet towel, characterized in that in contact with each other.