KR100342137B1 - A sorubber made from a sponge gourd combi nation device - Google Patents

Abstract

The present invention relates to a loofah cloth and a sponge bonding device that can maximize the manufacturing efficiency of the loofah at the same time to facilitate the operation by automatically supplying the loofah cloth and sponge along a rather long guide tube.

In particular, the present invention and the base 110 of a predetermined length; While one side is fixedly installed on the upper portion of the base 110, the loofah cloth 200 is displaced to the outer circumferential surface, and the sponge 300 and the loofah cloth 200 are inserted into the inner guide hole 121, and the incision is downward. A guide tube (120) formed in the longitudinal direction (122); The body 131 is fixedly installed so that the guide tube 120 passes through the middle of the upper side of the gas 110, and the guide roller 133 is rotated forward and backward by the driving motor 132 on the body 131 ( 134 is provided, the guide pipe 120 is positioned between the two guide rollers 133, 134 with a predetermined gap and at the same time the two guide rollers 133, 134 of the upper body 131 A front side guide unit 130 provided with a clamp cylinder 135 capable of adjusting a gap; The body 151 is installed at a point close to the end of the guide tube 120 on the upper side of the base 110, the body 151 is rotated at the same time by the forward rotation motor 152 with a predetermined gap. Guide rollers 153 and 154, and a rear guide unit 150 having a clamp cylinder 155 for adjusting a gap between the two guide rollers 153 and 154 on the body 151; The body 171 is slidably installed by the guide rods 160 provided on both the front side guide unit 130 and the rear side guide unit 150, and the forward rotation motor 172 is provided on the body 171. Guide rollers 173 and 174 are installed with a predetermined gap while being rotated simultaneously, and a clamp cylinder 175 for adjusting the gap between the two guide rollers 173 and 174 on the body 171 is provided. An installed first transfer unit 170; The body 181, which is slidable by the guide rod 160 and the auxiliary guide rod 176 of the first transfer unit 170, is moved back and forth by the chain 161 connected to the forward and reverse rotation motors 162. Is installed, the body 181 is rotated at the same time by the forward and reverse rotation motor 182, the guide rollers 183, 184 are installed with a predetermined gap, the two guide rollers 183 on the body 181 A second transfer unit 180 provided with a clamp cylinder 185 capable of adjusting a gap therebetween; The stacking unit 190 which is installed in close proximity to the two guide rollers 153 and 154 of the rear guide unit 150 to stack the scrubber with the sponge discharged between the two guide rollers 153 and 154. ; Control means for collectively controlling the respective motors and units; It is composed of such features.

Description

A sorubber made from a sponge gourd combi nation device}

The present invention relates to a sponge washing apparatus embedded in a sponge and a sponge bonding apparatus, and more particularly, a sponge washing apparatus in which a sponge with a predetermined thickness is inserted into a tubular sponge and turned over so that the surface of the film yarn is exposed to the outside. It is about.

As is well known, conventionally, a tubular knitted loofah cloth is shortly cut and then inserted into a sponge daily, and then it is inverted and sealed. This caused, and also caused a lot of cuts that can not be used was very uneconomical problems.

Accordingly, in recent years, a loofah loofah and a sponge bonding device have already been published in Korean Utility Model Publication No. 94-8317, which can solve such a problem, and its configuration is sponge sponge cut into a certain width in tubular loofah as shown in FIG. In order to be able to turn over, the long hollow tube (3 ') is installed inclined to the support plate (2) on the upper front surface of the base (1) inclined, and the hollow tube (3) The guide feed rollers 6 and 7 are placed on the rear posts 4 and 5, and the bent guide plate 9 is placed on the surface of the step 8 to form a tubular scrubber 10 that is long. Sponge (10 ') is supplied so as to be able to withdraw into the hollow portion (3').

However, in the conventional scrubber and sponge coupling device configured as described above, the operator has to move the scrubber into the very long hollow tube 3 until the feed rollers 6 and 7 are provided, as well as the hollow part ( 3 ') because the sponge (10') is embedded in the supply rollers (6, 7) to advance until there is a problem that the work is very cumbersome, the manufacturing efficiency of the scrubber was extremely low.

Therefore, the present invention has been invented in view of the above problems, and since the loofah cloth is automatically supplied along a rather long guide tube, the loofah loofah and sponge coupling device can greatly maximize the manufacturing efficiency of the loofah at the same time. The purpose is to provide.

1 is a perspective view of a scrubber and sponge coupling device according to the prior art,

Figure 2 (a) and (b) is a block diagram of a scrubber and sponge bonding apparatus according to the present invention,

Figure 3 is a perspective view of the main part of the guide tube of the scouring pad and sponge coupling device according to the present invention,

Figure 4 is a side view of the loofah cloth and sponge coupling device showing the first operating state of FIG.

Figure 5 is a side view of the sponge and the sponge coupling device showing a second operating state of FIG.

<Description of the symbols for the main parts of the drawings>

110: gas 120: guide tube

121: Guide 122: Incision

130: front side guide unit 131: body

132: drive motor 133,134: guide roller

135: clamp cylinder

150: rear guide unit 151: body

152: drive motor 153, 154: guide roller

155: clamp cylinder 160: guide rod

170: first transfer unit 171: body

172: driving motor 173, 174: guide roller

175: clamp cylinder 180: second feed unit

181: body 182: driving motor

183,184: Guide roller 185: Clamp cylinder

190: back unit

The present invention for achieving the above object is a gas of a predetermined length; A guide tube having one side fixed to an upper portion of the base and having a scouring pad on the outer circumferential surface and a sponge being inserted into the inner guide hole, and having a cutout in a lengthwise direction; The body is fixedly installed on the upper side of the gas so that the guide tube passes through the middle, and the guide roller which is reversely rotated by the driving motor is installed on the body, and the guide tube has a predetermined gap between the two guide rollers. A front-side guide unit having a clamp cylinder for positioning and positioning the gap between the two guide rollers at the top of the body; A body is installed at another end of the upper portion of the upper body, that is, a point close to the end of the guide tube, and the guide roller is installed at a predetermined gap while being rotated simultaneously by the forward rotation motor. A rear guide unit provided with a clamp cylinder for adjusting a gap between the guide rollers; The body is slidably installed by the guide rods provided at both the front side guide unit and the rear side guide unit, and the guide roller is installed at a predetermined gap while being rotated simultaneously by the forward rotation motor. A first transfer unit having a clamp cylinder for adjusting a gap between the two guide rollers; The guide rod and the auxiliary guide rod of the first transfer unit is slidable and the body forward and backward by a chain connected to the forward and reverse rotation motor is installed, and the body is rotated simultaneously by the forward and reverse rotation motor and a predetermined gap is provided. A second conveying unit having a guide roller installed at the upper portion of the body and having a clamp cylinder for adjusting a gap between the two guide rollers; A stacking unit having a forward rotation motor installed in proximity to the two guide rollers of the rear guide unit and stacking a scrubber with a sponge discharged between the two guide rollers; Control means for collectively controlling the respective motors and units; It is composed of such features.

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

Figure 2 (a) and (b) is a block diagram of a loofah cloth and sponge bonding apparatus according to the present invention.

First, the guide tube 120 is installed at a predetermined height on the upper part of the rather long body 110 formed in a rectangular shape, and the guide tube 120 is flushed with the scouring pad 200 to its outer circumferential surface as shown in FIG. 3. The sponge 300 is inserted into the inner guide hole 121, and the incision 122 is formed downward in the longitudinal direction.

In addition, the front side guide unit 130 is fixedly installed in the upper front of the body 110, the front side guide unit 130 is fixed to the body 131 so that the guide tube 120 passes through the middle The guide rollers 133 and 134 which are rotated forward and backward by the driving motor 132 are installed on the body 131, and the guide pipe 120 is predetermined between the two guide rollers 133 and 134. A clamp cylinder 135 is installed to vertically elevate the guide roller 133 located at the upper side of the two guide rollers 133 and 134 at the same time while leaving a gap of the body 131. That is, when the scouring pad 200 is moved forward to the rear of the guide tube 120, the guide roller 133 located at the upper side is lowered by the clamp cylinder 135, and installed close to the guide roller 134 located at the lower side. As the scouring pad 200 is to be moved up and down to advance.

The rear guide unit 150 is installed at the other end of the upper portion of the body 110, the body 151 is installed at a point close to the end of the guide pipe 120, the body 151 of the one side Two guide rollers 153 and 154 are installed with a predetermined gap while being rotated by the chain 156 of the forward rotation motor 152, and two guide rollers 153 and 154 on the body 151. A clamp cylinder 155 that can adjust the gap between is provided. In addition, the chain 156 is connected to the lower side guide roller 154.

On the other hand, the guide rod 160 is installed on both sides of the front guide unit 130 and the rear guide unit 150, the chain 161 is driven by the forward, reverse rotation motor 162. At this time, the forward and reverse rotation motor 162 is preferably provided with a gear means 163 that can prevent the reverse rotation thereof.

The first transfer unit 170 in which the body 171 is slidably installed by the guide rods 160 on both sides of the front side guide unit 130 and the rear side guide unit 150 rotates forward on the body 171. Guide rollers 173 and 174 are installed with a predetermined gap while being rotated simultaneously by the motor 172, and a clamp cylinder capable of adjusting the gap between the two guide rollers 173 and 174 on the body 171. 175 is installed. In addition, the first transfer unit 170, the auxiliary guide rods 176 are installed in parallel to the rear of the body 110 on both sides of the body 171.

The second transfer unit 180, which is slid by the guide rod 160 and the auxiliary guide rod 176 of the first transfer unit 170, is moved back and forth by the chain 161 connected to the forward and reverse rotation motor 162. The body 181 is installed, the body 181 is rotated at the same time by the forward and reverse rotation motor 182, the guide rollers (183, 184) are installed with a predetermined gap, the body of the 181 A clamp cylinder 185 that can adjust the gap between the two guide rollers (183, 184) is installed at the top. At this time, there is a stopper 177 at the end of the auxiliary guide rod 176, when the second transfer unit 180 is advanced, the second transfer unit 180 pulls the first transfer unit 170.

The stacking unit 190 is installed in proximity to the two guide rollers 153 and 154 of the rear guide unit 150, which are two guide rollers 153 and 154 on the guide support 193 of a predetermined length. Sponge-embedded sponge with built-in sponge 192 connected to the forward rotation motor 152 of the rear-side guide unit 150 and the belt 191 so as to tow the scrubber embedded with the sponges discharged therebetween It will be sliding according to the stagnant state of.

In addition, each of the motor and the unit is controlled by a control means (not shown) installed on one side of the body (110).

Referring to the operation of the scouring pad and sponge coupling device configured as described above are as follows.

First, as shown in FIG. 4, the scouring pad 200 is flushed about several tens of meters at the front end of the scouring pad and the guide tube 120 of the sponge coupling device. At this time, the guide rollers located in the upper part of each unit are kept up by the clamp cylinder.

Then, when the start button of the control means is pressed, the clamp cylinder 135 of the front guide unit 130 is operated to lower the guide roller 133 located at the upper side, as shown in FIG. Guide rollers 133 and 134 of the upper and lower guide rollers by being in close contact with the loofah cloth 200 squeezed on the outer surface of the guide tube 120 and at the same time by the forward rotation of the drive motor 132 of the upper body 131. 133, 134 is rotated to guide the scrubber 200 to the rear.

When it is conveyed to the first transfer unit 170 along the guide tube 120, at the same time the clamp cylinder 175 of the first transfer unit 170 is operated to lower the guide roller 173 located in the upper, At this time, the upper and lower guide rollers (173, 174) is in close contact with the loofah cloth 200 transported along the guide tube 120 and at the same time by the forward rotation of the forward rotation motor 172 (173) The 174 rotates to guide the scrubber 200 to the second transfer unit 180.

When it is conveyed to the second transfer unit 180 along the guide tube 120, the clamp cylinder 175 of the first transfer unit 170 is operated to raise the guide roller 173 located at the top and at the same time The rotary motor 172 stops, and the clamp cylinder 185 of the second transfer unit 180 is operated to lower the guide roller 183 located at the upper side, wherein the upper and lower guide rollers 183 184 is in close contact with the scrubbing brush 200 transported along the guide tube 120 and at the same time, the forward and reverse rotation motor 162 of the lower portion of the gas 110 rotates to operate the chain 161. The second transfer unit 180 connected to the chain 161 slides to the rear of the base 110 along the guide rod 160, and then the body 181 to the stopper 177 installed at the end of the auxiliary guide rod 176. While pulling the first transfer unit 170 to a predetermined portion and then clamping the cylinder 17 of the first transfer unit 170. 5) is operated to lower the guide roller (173) located in the upper, at this time, the upper and lower guide rollers (173, 174) is in close contact with the scrubber (200) conveyed along the guide pipe 120 The forward and downward guide rollers 173 and 174 rotate by the forward rotation of the forward rotation motor 172 to guide the loofah cloth 200 to the second transfer unit 180, and then the first transfer unit ( The clamp cylinder 175 of the 170 is operated to raise the guide roller 173 located at the top, and at the same time, the forward rotation motor 172 stops, and the forward and reverse rotation motor 162 of the lower part of the gas 110 rotates. To rotate the chain 161 forward.

As described above, after the scrubber 200 is guided to the rear of the guide tube 120, the forward and reverse rotation motor 162 of the lower portion of the base 110 is rotated to reverse the two transfer units 170 (18). The guide rollers 183 and 184 of 0 are returned to the front guide unit 130 while being rotated forward.

Then, the front of the guide hole 120 of the front side guide hole 121, the outer side of the scouring pad (200) and at the same time insert the sponge 300 and then press the discharge button of the control means, the front side guide unit Clamp cylinders 135 and 185 of the 130 and 180 are operated to lower the guide rollers 133 and 183 positioned at the upper portion, and the upper and lower guide rollers 133 and 134 and 183 are operated. 184 is in close contact with the loofah cloth 200 squeezed on the outer surface of the guide tube 120 and at the same time by the reverse rotation of the drive motor 132, 182, the upper and lower guide rollers 133, 134 ( 183) 184 guides the loofah cloth 200 forward while rotating in reverse to guide the front side guide hole 121 of the guide tube 120.

On the other hand, the scouring pad (200) containing the sponge 300 to be transported along the front guide hole 121 of the guide tube 120 is rotated by the forward rotation motor 152 of the rear guide unit 150 The two guide rollers 153 and 154 are guided to the winding means 192 of the stacking unit 190.

Therefore, the present invention is a very useful effect that can maximize the manufacturing efficiency of the scrubber while at the same time very easy to work so that the loofah cloth 200 and the sponge 300 is automatically supplied along the rather long guide tube 120. have.

Claims (1)

A gas 110 of a predetermined length; While one side is fixedly installed on the upper portion of the base 110, the loofah cloth 200 is displaced to the outer circumferential surface, and the sponge 300 and the loofah cloth 200 are inserted into the inner guide hole 121, and the incision is downward. A guide tube (120) formed in the longitudinal direction (122); The body 131 is fixedly installed so that the guide tube 120 passes through the middle of the upper side of the gas 110, and the guide roller 133 is rotated forward and backward by the driving motor 132 on the body 131 ( 134 is provided, the guide pipe 120 is positioned between the two guide rollers 133, 134 with a predetermined gap and at the same time the two guide rollers 133, 134 A front guide unit 130 provided with a clamp cylinder 135 capable of adjusting a gap; The body 151 is installed at a point close to the end of the guide tube 120 on one side of the upper body 110, the body 151 is rotated at the same time by the forward rotation motor 152, a predetermined gap And the guide rollers 153, 154 are installed, and the rear guide unit 150 is installed on the body 151, the clamp cylinder 155 is installed to adjust the gap between the two guide rollers (153, 154) and ; The body 171 is slidably installed by the guide rods 160 installed on both the front side guide unit 130 and the rear side guide unit 150, and the forward rotation motor 172 is provided on the body 171. Guide rollers (173, 174) are installed with a predetermined gap while being rotated at the same time, the clamp cylinder 175 that can adjust the gap between the two guide rollers (173, 174) on the body 171 is An installed first transfer unit 170; The body 181, which is slidable by the guide rod 160 and the auxiliary guide rod 176 of the first transfer unit 170, is moved back and forth by the chain 161 connected to the forward and reverse rotation motor 162. Is installed, the body 181 is rotated at the same time by the forward and reverse rotation motor 182, the guide rollers 183, 184 are installed with a predetermined gap, the two guide rollers 183 on the body 181 A second transfer unit 180 provided with a clamp cylinder 185 capable of adjusting a gap therebetween; The stacking unit 190 is installed in close proximity to the two guide rollers 153 and 154 of the rear guide unit 150 to stack the scrubber with the sponge discharged between the two guide rollers 153 and 154. ; Control means for collectively controlling the respective motors and units; Scrubber and sponge coupling device comprising a.