KR100804470B1 - A packing machine for a small damp towel - Google Patents

Abstract

A packing machine for a small wet towel is provided to secure health of users by preventing the wet towel from being infected with harmful germs generated during a distribution process. A packing machine for a small wet towel comprises an envelope supply device(50), a roll device(60), an aligning device(70) and an enclosing device. The envelope supply device cuts an envelope roll(1) in a uniform size, inserts the wet towel inside an envelope and seals the envelope. The roll device rolls the wet towel so as to make a wet towel roll(3). The aligning device plurally aligns the wet towel rolls made from the roll device and transports the wet towel rolls. The enclosing device loads the wet towel rolls supplied from the aligning device in a plurality of layers, and inserts the wet towel rolls into the envelope.

Description

Towel Packing Machine {A packing machine for a small damp towel}

1 is a perspective view of the overall appearance of the present invention

2 is an internal perspective view of the present invention

Figure 3 is a state diagram of the structure so that the towels are rolled up one by one

Figure 4 is a state of cutting a bag and loading a plurality of towels

Figure 5 is a state diagram for transporting the loaded towel in the bag

6 to 7 is a state opening the bag to insert a wet towel

8 is a state diagram of the step of sealing the envelope by heat-sealing with a vacuum

9 is a state drawing out the sealed package

10 is a perspective view of a state in which a plurality of towels are packaged in an envelope

※ Explanation of codes for main parts of drawing

1: envelope roll 2: envelope

3: wet towel roll 4: wet towel

5: heat sealer 6: adsorber

7: heat welding machine 8: conveyor

9: protrusion 10: winding plate

11: alignment plate 12: close cylinder

13: loading table 14: transfer cylinder

15: enclosing frame 16: crimping cylinder

17: sealing plate 18: sealing cylinder

19: guide plate 20: alignment cylinder

21: transfer plate 22: ejection cylinder

23: air suction pipe 24: lifting cylinder

25: forming cylinder 26: spring

27: cutter 50: bag feeder

60: roll device 70: alignment device

80: sealing device

The present invention relates to a wet towel packaging apparatus, and more particularly, a device for manufacturing wet towels used in restaurants and the like, and packaging them in a predetermined unit. To a device.

Wet towels are used in various restaurants and the like and are manufactured and used in large quantities. And used towels, not disposable, are collected again, washed, repackaged and recycled.

In order to distribute such a towel, it must be packaged in a certain unit, and a plurality of packages are mainly distributed in plastic bags or individually packaged.

However, such a packaging is inconvenient to be made by hand one by one, due to the inconvenience caused by the packaging is not properly made or packaged in a unpacked state in a batch, there is a fear of infection of harmful bacteria in the distribution process, user health hygiene It is becoming a problem that is detrimental to health.

An object of the present invention is to provide an apparatus for vacuum-packing a plurality of wipes so as to avoid the infection or propagation of harmful bacteria in the distribution process of the towels used by the public. That is, a specific purpose is to provide an automated wet towel manufacturing apparatus for stacking individual wet towels manufactured or washed and recycled one by one, loading a predetermined quantity, and sealing them in bags in a vacuum.

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

The present invention is to cut the envelope roll (1) in a certain unit, to make a bag (2) by adhering the cut one end, open the opening of the envelope (2) to accommodate the towel roll (3), the envelope ( 2) a bag feeder 50 for sealing in vacuum after the towel roll 3 is inserted into the inside; A roll device 60 which rolls out the unfolded wet towel 4 to form a wet towel roll 3 in the form of a roll; An alignment device 70 for aligning and transporting a plurality of towel rolls 3 flowing out from the roll device 60; And a sealing device 80 for loading the wet towel roll 3 supplied from the aligning device 70 in a plurality of layers and inserting it into the bag 2 with the opening open.

The envelope supply apparatus 50 includes a heat fusion machine 5 for adhering a predetermined portion of the envelope roll 1; A cutter 27 positioned at the rear of the heat fusion machine 5 to cut the rear of the fused envelope roll 1; A pair of upper and lower adsorbers 6 installed to be spaced apart from each other by the length of the heat sealer 5 and the bag 2 to adsorb and spread the upper and lower ends of the open end of the cut bag 2; An air suction pipe 23 for sucking air in the bag 2 to create a vacuum; A heat fusion sealer (7) which presses up and down the opening side of the opened bag (2) to be in close contact and seals with heat fusion; It comprises a; molding cylinder 25 for pressing both sides of the bag (2) to hold the shape of the bag (2) during sealing.

And the roll device 60 is a conveyor (8) formed with a projection (9) for transferring the unwrapped towel (4); A winding plate 10 installed on an upper portion of the conveyor 8 and winding a wet towel 4 formed in a plurality of protrusions 9 formed on a lower surface thereof in a roll form; And a guide plate 19 provided to guide the wet towel roll 3 to one end of the kenveyer 8. The guide plate 19 has a structure in which sponges are inserted and laminated between iron plates spaced at regular intervals up and down. A plurality of springs 26 are installed on the upper surface of the guide plate 19 to be elastically supported downward. It becomes a structure which makes formation of the towel roll 3 easy.

And the alignment device 70 is installed on the lower side of one end of the conveyor (8), that is, the alignment plate 11 for loading the wet towel rolls (3) falling and installed in the door form; An adhesion cylinder 12 for arranging the wet towel roll 3 in close contact with the alignment plate 11 by a predetermined number; A mounting table 13 installed in the lower portion of the alignment plate 11 to stack the aligned towel rolls 3 in a multi-layer; An elevating cylinder 24 for lowering the wet towel roll 3 to be stacked one by one on the mounting table 13; It is configured to include; transfer cylinder 14 for pushing the wet towel roll (3) loaded in a multi-layer to transfer to the encapsulation frame (15).

The encapsulation device 80 includes an encapsulation frame 15 accommodating a multi-layer towel roll 3; A compression cylinder 16 for crimping the multilayer wet towel roll 3 loaded on the encapsulation frame 15 from above; And a sealing cylinder (18) provided with an encapsulation plate (17) for pushing the wet towel roll (3) pressed into a multi-layer into the bag (2).

In the present invention configured as described above, the wet towel 4 is made in the form of a roll by the roll device 60. And the aligning device 70 for loading a plurality of towel rolls (3), the sealing device 80 for inserting into the bag (2), and the bag feeder (50) for making the bag (2) organic wet wipes The roll 3 will be packed.

First, the wet towel 4 is conveyed in the unfolded state on the conveyor 8 as shown in FIGS. 2 and 3. A plurality of protrusions 9 are formed on the upper surface of the conveyor 8 so as to prevent slippage when transferring the wet towel 4 or winding it in the form of a roll. The roll device 60 serves to make the water towel 4 into the wet towel roll 3. When the wet towel 4 is transported along the conveyor 8 as shown in FIG. 3, the winding plate 10 is provided on the upper side of the conveyor 8, and is in contact with the lower part of the winding plate 10, that is, the wet towel 4. Since the protrusion 9 is formed in the part to become, large friction arises with the upper surface of the wet towel 4 conveyed. Therefore, the towel 4 is dried in a round, and the diameter is increased while drying, which may be installed to rotate the winding plate 10 with a spring.

The wet towel wound in the form of a roll, that is, the wet towel roll 3, is uniformly transported downward by the guide plate 19 provided at the end of the conveyor 8. The guide plate 19 is pushed by the spring 26 toward the downward wet towel roll 3, whereby the shape of the roll is moved without loosening.

An alignment plate 11 is provided below the guide plate 19. Particularly, the alignment plate 11 is divided into two parts, each of which is fixed to one side by a hinge, and is kept horizontal while loading the towel roll 3, and when a predetermined number is loaded, the structure is opened downward for transport. have.

The alignment plate 11 serves as a support plate for aligning the plurality of towel rolls 3 into one layer. Therefore, it is necessary to align the plurality of towel rolls 3 transported from the top to be intimately aligned, which is achieved by the alignment cylinder 20. That is, as shown in (a) of FIG. 3, the alignment cylinder 20 pushes the wet towel roll 3 to be in close contact. When one layer is formed of a plurality of towel rolls 3, the alignment plate 11 is opened and transferred downward as shown in FIG. 3 (b).

On the lower side of the alignment plate 11, a mounting table 13 is provided. The loading table 13 serves to load the plurality of towel rolls 3 arranged in one layer by the alignment device 70 in a plurality of layers and transfer them to other parts. And the loading table 13 is configured to receive the wet towel roll 3 by the lifting cylinder 24, and lowered by the height of one layer to receive the wet towel roll 3 of the next layer.

4 and 5, when a plurality of layers of towel rolls 3 are stacked on the mounting table 13, the transfer cylinder 14 is operated, and the transfer plate 21 installed thereon is mounted on the mounting table 13; The stacked wet towel rolls 3 are transferred to the encapsulation frame 15 of the encapsulation device 80.

The enclosing frame 15 firstly opens an opening through which the wet towel roll 3 enters toward the loading table 13 side, and later rotates to enclose the opening 2 toward the bag 2.

When a plurality of layers of towel rolls 3 are introduced into the encapsulation frame 15, the volume of the towel rolls 3 is reduced by the operation of the compression cylinder 16 installed at the top. Of course, in order to seal the wet towel roll 3, the opening of the encapsulation frame 15 may be rotated toward the bag 2 after pressing, or may be pressed before rotating. After reducing the volume by the compression cylinder 18 is operated to push the towel roll (3) into the bag.

At this time, the envelope 2 is in a state where the opening is opened. The bag feeder 50 is responsible for both opening the bag 2 and making the unit bag 2. That is, the bag feeder 50 transfers the bag roll 1 to make one bag 2 as shown in FIG. 1. Referring to FIG. 5, the conveyed envelope roll 1 is cut by the cutter 27, and the end portion thereof is fused by the heat welding machine 5. That is, the rear of the front envelope roll 1 of the envelope roll 1 cut back and forth is fused. Therefore, the front is a structure that can be opened. 5 and 6 show the state in which the back is fused by cutting.

In order to seal the wet towel roll 3, the open envelope 2 should be opened, which is in charge of the upper and lower pairs of the adsorber 6. That is, as shown in FIGS. 6 and 7, the adsorber 6 is a device such as vacuum adsorption, which is in close contact with the opening of the bag 2, and is then adsorbed and transported up and down, respectively. do. A plurality of layers of wet towel rolls 3 are pushed into the encapsulation plate 17 of the encapsulation cylinder 18 into the open envelope 2 as shown in FIG. 7.

When the wet towel roll 3 is sealed, the envelope 2 is sealed in the order shown in FIG. 8. That is, when the wet towel roll 3 is pushed back into the encapsulation plate 17 and then returned again, the pair of upper and lower heat seal seals 7 are moved in the state where the opening of the bag 2 is opened and fixed by the adsorber 6. When pulled up, the upper and lower portions of the envelope 2 are pulled and sealed. The heat-sealed sealer 7 may have a dual structure of a roller for bringing the bags 2 into close contact with each other and a heating portion for heat-sealing. Simultaneously with the above sealing operation, the air suction pipe 23 sucks air in the inside of the bag 2 to make the inside of the bag 2 into a vacuum state. Thus a hygienic seal is achieved. And the molding cylinder 25 provided in the both sides of the envelope 2 so that the envelope 2 may have a specific shape, ie, a hexahedron shape, is crimped | bonded and shaped.

In this way, the plurality of towel rolls 3 are packaged in the bag 2 and then taken out in the packing unit by the take-out cylinder 22 as shown in FIG. 9.

By being able to easily pack the towel by the automated structure as described above, the towel is protected from contaminants, such as harmful bacteria that are likely to occur in the distribution fixing to help the health of the user.

Claims (5)

Cut the envelope roll (1) in a certain unit, glue the cut end to make the envelope (2), open the opening of the envelope (2) to accommodate the towel roll (3), the inside of the envelope (2) Envelope supply apparatus 50 for sealing after the wet towel roll 3 is inserted into the furnace; A roll device 60 which rolls out the unfolded wet towel 4 to form a wet towel roll 3 in the form of a roll; An alignment device 70 for aligning and transporting a plurality of towel rolls 3 flowing out from the roll device 60; And an encapsulation device (80) for loading the wet towel rolls (3) supplied from the alignment device (70) in a plurality of layers and inserting them into the bag (2) whose opening is opened. The bag supply apparatus of claim 1, further comprising: a heat sealer (5) for adhering a portion of the bag roll (1); A cutter 27 positioned at the rear of the heat fusion machine 5 to cut the rear of the fused envelope roll 1; A pair of upper and lower adsorbers 6 installed to be spaced apart from each other by the length of the heat sealer 5 and the bag 2 to adsorb and spread the upper and lower surfaces of the open end of the cut bag 2; A heat fusion sealer (7) which presses up and down the opening side of the opened bag (2) to be in close contact and seals with heat fusion; Wet packaging device comprising a; air suction pipe (23) for sucking the air in the bag (2) to make a vacuum. The roll apparatus according to claim 1, further comprising: a conveyor (8) for conveying the unfolded wet towel (4); And a winding plate (10) installed on an upper portion of the conveyor (8) and winding a wet towel (4) in which a plurality of protrusions (9) are formed and transported on a lower surface thereof in the form of a roll. According to claim 1, Alignment device 70 is installed on the lower side of the one end of the conveyor (8) to load the falling towel roll (3) and the alignment plate (11) which is opened in the form of a door; An adhesion cylinder 12 for arranging the wet towel roll 3 in close contact with the alignment plate 11 by a predetermined number; A mounting table 13 installed in the lower portion of the alignment plate 11 to stack the aligned towel rolls 3 in a multi-layer; An elevating cylinder 24 for elevating the mounting table 13; And a transfer cylinder (14) for pushing and transferring the towel roll (3) loaded in a multi-layer. The method of claim 1, wherein the encapsulation device (80) includes an encapsulation frame (15) for receiving a multi-layer towel roll (3); A compression cylinder 16 for crimping the multilayer wet towel roll 3 loaded on the encapsulation frame 15 from above; And an encapsulation cylinder (18) having an encapsulation plate (17) for pushing the wet towel roll (3) pressed into a multi-layer into the bag (2).

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