KR200306650Y1 - A wet towel manufacturing device - Google Patents

Abstract

The present invention relates to a wet towel manufacturing apparatus, which is intended to correspond to a quick manufacturing when crowded, especially by simply manufacturing a rolled towel.

The present invention particularly provides a cutter 3 on the cylindrical roll 1 side, a nozzle 10 for imparting moisture to install a sheet towel, a endless belt 8 for conveying a sheet towel, and an endless belt for conveyance ( 8) with an endless belt 14 for the upper roll for rolling the sheet-shaped towel 12 upwards, the endless belt 14 for the upper roll is reversed in the opposite direction relative to the conveying direction of the endless belt 8 for conveying. When the endless belt is rotated, and the shear edge 12a is applied to the sheet-shaped towel on the conveyance endless belt 8, the tip inverting portion 14a is disposed at a position to pass through the side belt surface. The wet towel manufacturing apparatus provided with the space | interval 15 for rolls with the endless belt 8 for conveyance in the state which jumped after the rear end inversion part 14b side is provided.

The present invention can be expected to use a wide range of restaurants, restaurants, entertainment venues, etc. by making it easy to manufacture the towel on the fly.

Description

A wet towel manufacturing device

The present invention relates to a wet towel manufacturing apparatus for making a wet nonwoven fabric in roll form, which is particularly intended to reduce the manufacturing time of wet towels having different diameters.

Conventionally, a wet towel manufacturing apparatus of this kind has a cutter for cutting a portion where a cylindrical roll comes out, a nozzle for moistening the cut portion and making a sheet towel, and an endless transfer for conveying the sheet towel. A roll means for working with a belt and the endless belt for conveyance and forming the rolled state towel while rolling the sheet state towel on the conveyance endless belt (including the face in which the belt is inverted and placed downward); There is one provided.

In addition, the roll means is located on the lower side than the nozzle disposed on the endless belt for conveyance, and the endless belt is provided with a fixed belt continuously including the rear inverting portion from the upper surface to the lower surface, and the sheet-shaped towel is fixed In the vicinity of the beginning of the belt, it is folded in two without a fold line and is conveyed to the inside while the two folded portions are curved.

Thereafter, first, the curved portion hits the inner side of the fixing sheet inside, and the bumped portion is knocked over between the endless belt for conveyance to form the beginning of the roll, and then it is gradually increased while being formed into a small roll in the narrow portion.

However, such a conventional wet towel manufacturing apparatus has the following problems.

1. Larger sheets In other words, large roll towels cannot be manufactured. In the case of manufacturing a towel with a large roll diameter, it is necessary to lengthen the endless belt for carrying and the fixing belt.

2. The manufacturing speed is slow. Can not cope naturally when crowded.

3. In the manufacturing apparatus, sheet-shaped towels are manufactured on the way, but they cannot be taken out and used as sheets when necessary.

The present invention was made to solve the conventional problems as described above, and its purpose is to make it possible to easily manufacture roll towels of various sizes with the same roll means, and to respond quickly to manufacturing when crowded. A wet towel manufacturing apparatus is provided.

In addition, the present invention is to provide a convenient wet towel manufacturing apparatus that can be easily taken out and can be used even in a sheet-shaped wet towel with a simple structure.

1 is a cross-sectional view showing a wet towel manufacturing apparatus A of a first embodiment according to the present invention

2a to 2d is a main portion expansion showing an operating state of the present invention according to FIG.

Stand section

Figure 3 is a cross-sectional view showing a wet towel manufacturing apparatus B of a second embodiment according to the present invention

Figure 4 is a cross-sectional view showing a wet towel manufacturing apparatus C of a third embodiment according to the present invention

5 is a cross-sectional view showing a wet towel manufacturing apparatus D of a fourth embodiment according to the present invention.

* Explanation of Signs of Major Parts of Drawings *

A, B, C, D: Wet towel manufacturing device 1: Cylindrical roll for wet towel

3: cutter 5: pump

6: body border 7: frame

8: endless belt for conveyance 10: nozzle

11, 21: sense forming portion 11a: non-slip jaw

12: sheet-shaped towel 14: endless belt for the upper roll

14a: front end inversion section 14b: rear end inversion section

15: space for roll 22: lifting solenoid

In the wet towel manufacturing apparatus of claim 1 of the present invention to solve the above problems, a cutter for cutting a portion of the cylindrical roll out to a predetermined size, a nozzle for imparting moisture to the cut portion and making a sheet-shaped towel, and the sheet A conveyance endless belt for conveying a wet towel in a state, and a roll means for forming a rolled state towel while operating together with the conveyance endless belt and rolling the sheet state towel on the conveyance endless belt.

Further, the roll means has an endless endless belt for upper roll disposed above the endless endless belt for conveying, and the upper endless endless belt rotates the endless belt so that its opposite surface moves with respect to the conveying direction of the endless endless belt. The front end reversal unit is disposed at a position where the front edge of the sheet-shaped towel on the endless belt for transfer is brought into contact with the lower belt surface, and the rear end reversal side is kicked up. The wet towel manufacturing apparatus of the structure which provided the space for rolls between endless belts is characteristic.

Another feature of the present invention is to form a sense of contacting the front end of the sheet-shaped towel on the conveyance endless belt as described in claim 2, by folding the front end portion to a suitable width by holding the detachable detachment of the front end freely It is in the wet towel manufacturing apparatus arrange | positioned above the said endless belt for conveyance.

Another feature of the present invention lies in a wet towel manufacturing apparatus having a conveying speed of the endless belt for conveyance being set faster than the conveying speed of the endless belt for upper rolls, and preferably having a speed ratio of three times.

Another feature of the present invention is that the endless belt for conveyance, the endless belt for rolls, the roll means, and the nozzle are generally disposed in one frame, and the frame can be freely attached and detached from the main frame of the wet towel manufacturing apparatus. There is a wet towel manufacturing apparatus of one configuration.

Another feature of the present invention is a wet towel manufacturing apparatus having a switch for rotating the endless belt for the upper roll in a reverse direction, wherein the winding part is separated from the endless belt for conveying by the switch operation. .

In the wet towel manufacturing apparatus according to claims 1 and 2 of the present invention, the endless belt for upper roll is disposed to be inclined so as to close the front end reversal portion and lift the rear end side with respect to the endless belt for transport, and the roll is formed in an acute state. Since it is not necessary to wind the sheet state towel in the air space part and lengthen the conveyance endless belt for this purpose, the conveyance endless belt can be formed compactly.

In other words, the entire structure can be formed compactly.

In addition, in order to send the front end formed so that the deformable part is properly folded to the space for the roll, the thick front end part is formed in the narrow part between the endless reverse part of the endless belt for upper roll and the endless belt for conveyance. It can be wound and roll start is made sure, and the speed of roll formation can be improved.

In the wet towel manufacturing apparatus of claim 3, the rolled towel is rolled in the acute roll space, but the speed of the endless belt for conveying is faster than the speed of the endless belt for the upper roll. As the diameter increases during rolling, the roll part retreats to the rear reversal side, but the roll space is rapidly expanded at the reversal start position of the rear reversal, so that the rolled towel can be quickly discharged without delay at the end of rolling. .

In the wet towel manufacturing apparatus of claim 3, since the necessary part of the wet towel manufacturing portion is integrated into the frame, it can be easily removed from the frame of the main body, and maintenance and maintenance such as cleaning and parts replacement can be performed easily.

Moreover, in the wet towel manufacturing apparatus of Claim 3, when the endless belt for upper rolls is reversed by a switch, since the conveyance direction of the side which opposes the endless belt for conveyance is the same direction as the endless belt for conveyance, and the deformable part is separated, Since the tip of the sheet-shaped towel is not bent, the sheet-shaped towel can be sent to the roll space, and the roll-space sheet is conveyed without rolling the sheet-shaped towel, so that the sheet-shaped towel can be taken out at the end thereof.

Hereinafter, various features of the present invention will be described in more detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS It is sectional drawing which shows the wet towel manufacturing apparatus of 1st embodiment by this invention, FIG.

1 to 1 is a cylindrical roll for wet wipes, 2 is a take-out apparatus for flowing a portion (1a) for taking out the sheet-like towel from the cylindrical roll, which is taken out by a predetermined size by holding and supporting the withdrawal portion (1a) Although it consists of the roll 2a and the support plate 2b which interviewed this, the support plate 2b can also be arrange | positioned by the fixed diameter of the same diameter as the draw roll 2a.

3 is a cutter of a sheet-shaped towel which passed through the take-out roll 2a, and may be made to intersect the knives installed in the rotary roll state after the operation of the sending device 2.

4 is a water tank, 5 is a pump connected to the water tank 4, and these are provided in the main body edge 6 side of the wet towel manufacturing apparatus A. As shown in FIG.

Next, 7 is a frame detachably attached to the main frame 6, 8 is an endless belt for conveyance provided between the pulleys 8a supported by the shaft at both ends of the frame. A large number of anti-slip protrusions are formed, and the tip reversal portion 8c is disposed so as to be a lower position of the cutter 3.

In addition, 9 is a nozzle installed in the ceiling of the shower room, 10 is a shower (9), the pipe (5a) in the pump (5) is connected to the detachable freely while the water (W) containing the antibacterial Supplied.

11 is a feeling forming part arranged downstream in the shower room 9, and the non-slip jaw 11a of the lower surface is the front end of the sheet-shaped towel 12 on the conveyance endless belt 8 ( 12b) is arranged at intervals to lightly detachable.

The sheet-like towel 12 is folded by the shear forming portion 11 to form a folded portion 12a.

14 is an endless belt for an upper roll arrange | positioned in the downstream of the said forming part 11.

In the upper endless belt 14 for rolls, an O-ring is used for the belt, and the gap 14c between the tip inverting portion 14a and the endless belt 8 for transporting is a non-slip jaw of the deformable portion 11. It is arranged at the same interval as 11a).

In addition, the rear end reversal portion 14b is disposed to be lifted upwards, and a roll space portion 15 is formed therebetween.

The roll space 15 is rolled up to the end as the rolled towel 13 is rolled between the endless belt 8 for conveyance and the endless belt 14 for the upper roll. When going up, the rolled towel 13 moves to the start position 8d of the rear end reversal part 8b of the endless belt 8 for conveyance, and is rearwardly expanded and is comprised so that it may fall from a belt.

Although the conveyance speed of this upper endless belt 14 for rolls is 1/3 of the speed of the said endless belt 8 for conveyance, it is not limited to this.

The take-out device 2, the cutter 3, the endless belt 8 for conveyance, and the endless belt 14 for the upper roll transfer the power of the motor and the electric motor not shown to each part by the required rotational speed ratio. Gears and the like.

16 is a conveyance path opened from the space for roll 15 and arranged from the rear end inversion part 8b to the front end inversion part 8c of the endless belt 8 for conveyance. The gap 16a is slightly narrower than the diameter of the rolled towel.

16b is a part for guiding the rolled towels 13 which come out in succession to the exit.

The following describes the form behavior and effects of this example.

The wet towel manufacturing apparatus (A) as described above is a cutter (3) when the person who needs the wet towel in FIG. 1 first withdraws the sheet-like member from the cylindrical roll 1 to a predetermined size by a button operation not shown. ) Cuts to a predetermined size.

At this time, since the endless belt 8 for rotation is rotating, the cut sheet passes through the shower chamber 9 and the water W is sprayed by the nozzle 10 to form a sheet-shaped towel 12.

Next, as shown in FIG. 2A, when the sheet-shaped towel 12 passes through the forming unit 11, the front end 12b stops lightly on the non-slip jaw 11a, but the rear end is advanced to the downstream side. Fold to an appropriate width to form fold 12a.

The folded front end portion is continuously pushed out on the belt of the endless belt 8 for conveyance and in contact with the tip reversal portion 14a of the endless belt 14 for upper roll as shown in FIGS. 2B and 2C and rolls in the space 15 for rolls. Wound in form

In this position, the upper endless belt 14 for the upper roll is pinched between the two endless belts 14 to be conveyed back to the conveyance of the endless belt 8 for conveyance, and is wound up to the end.

When all rolled up, as shown in FIG. 2D, the rolled towel 13 moves to the rear end reversal position 8d of the endless belt 8 for conveyance. It drops to the part 16 and is conveyed to the wet towel exit via the guide part 16b.

In the said formation part 16, the rolled state towel 13 is conveyed while winding with the rotation of the endless belt 8 for conveyance.

In the present invention of the second embodiment as shown in Fig. 3, the same components as those in the first embodiment are denoted by the same reference numerals and the detailed description thereof will be omitted.

The wet towel manufacturing apparatus (B) of this embodiment is characterized in that the roll-shaped wet towel 13 is directly taken out of the roll space portion 15 as it is.

In this case, the cutter 3 position of the cylindrical roll 1 is inward, and there is an advantage that the number of parts can be reduced.

In the present invention of the third embodiment as shown in Fig. 4, the same constituent parts as those of the above embodiment are denoted by the same reference numerals and the detailed description thereof will be omitted.

In the wet towel manufacturing apparatus (C) of the present embodiment, a conveying conveyor (20) is provided in place of the forming furnace (16) of the wet towel manufacturing apparatus (A) of the first embodiment. The solenoid 22 is characterized in that the lift is freely installed.

This embodiment refers to the manufacture of the wet towel 12 in a sheet state, and the sensation forming unit 21 is raised by the solenoid 22, and the end of the sheet is passed as it is without being folded, and at the same time, the endless belt for the upper roll. (14) is reversely rotated, that is, the conveyance direction of the lower surface side is made to be the same direction as the endless belt 8 for conveyance, and the action | action of the space part for rolls is stopped, and it carries out in a sheet state.

In this case, there is an advantage that the conveying conveyor 20 is inserted into the sheet-shaped towel as it is without rolling the cut sheet according to the preference of the customer.

In the present invention according to the fourth embodiment of Fig. 5, the same components as those of the above embodiment are denoted by the same reference numerals, and detailed description thereof will be omitted.

The wet towel manufacturing apparatus (D) of this embodiment is characterized in that the above-mentioned feeling forming unit 21 is freely provided by lifting and lowering by the solenoid 22.

In this case, there is an advantage of quickly exiting the sheet-shaped towel as it is without rolling the cut sheet according to the customer's preference.

As mentioned above, although the embodiment of this invention was described, the specific structure of this invention is not limited to this embodiment.

For example, a towel can be operated by a button operation, but may be a vending machine in which a towel is manufactured by the input of a coin (for example, 10 yen), or when a bead is installed in an organic farm. You may start manufacture.

As described above, in the wet towel manufacturing apparatus of the present invention, as described above, the sheet-shaped towel is rolled by the space for the roll, and for this purpose, there is no need to lengthen the conveyance endless belt so as to compact the area around the endless conveyance belt. Can be formed.

In other words, the overall structure can be formed compactly.

In addition, the thickened front end is wound around the narrow end between the endless end of the upper endless endless belt and the endless end of the endless end belt for conveyance to the space for rolls. It becomes reliable and can speed up roll formation.

In addition, the roll part retreats to the rear inversion side as the diameter of the rolled towel does not penetrate deeply into the narrow part and the diameter increases during rolling, but the space for the roll rapidly expands to the reversal start position of the rear inversion. Roll towels can be released quickly without

In addition, if the upper endless endless belt for rotation is rotated in reverse, the conveyance direction on the side opposite to the endless endless belt is in the same direction as the endless endless belt, so that the deformable forming part is separated. The sheet-shaped towel is conveyed to the roll space portion without degrading the sheet towel, so that the sheet towel can be obtained at the end thereof.

Claims (5)

A cutter for cutting the portion of the wet towel sheet member to an appropriate size, a nozzle for applying moisture to the cut portion to make a sheet towel, a endless belt for conveying the sheet towel, and the endless transfer. It has a roll means for operating with a belt and winding the sheet-shaped wipes on the endless belt for conveyance to form a rolled towel, the roll means has an endless belt for upper roll disposed above the endless belt for conveyance and The endless belt for upper rolls rotates the endless belt so that its opposite surface moves in reverse with respect to the conveying direction of the endless belt for conveyance, and further shears the sheet edge towel on the endless belt for conveyance. The tip reversal part is arranged at the position to pass through in contact with the lower belt surface and the rear reversal part is lifted upward. A towel to the manufacturing apparatus, characterized in that the given additional space for the transfer roller is formed between said endless belt for conveying. The method of claim 1, A deformable part which contacts the front end of the sheet-shaped towel on the endless belt for conveyance and folds the front end part to an appropriate width by freely attaching and detaching the front end of the sheet end towel is upstream from the endless endless belt for the upper roll. The wet towel manufacturing apparatus, characterized in that configured to be formed in the folded sheet to the sheet-like wipes. The method according to claim 1 or 2, The conveyance speed of the endless belt for conveyance is set faster than the conveyance speed of the endless belt for upper roll, and preferably has a speed ratio of about three times. The method of claim 3, wherein The endless belt for conveyance, the endless belt for the upper roll, the roll means and the nozzle are generally disposed in one frame, and the frame is detachably attached to the main body of the wet towel manufacturing apparatus. Device. The method of claim 3, wherein The wet towel manufacturing apparatus has a switch for rotating the endless belt for the upper roll reversely, by the switch operation, the wet forming member is configured to be separated so as to leave a gap with the endless belt for conveyance.