JPS581481Y2 - Wet sheet removal device - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a device for taking out a wet sheet impregnated with a liquid used for removing makeup, wiping dirty items, etc.

Conventionally, to take out a wet sheet, as shown in Fig. 1, a wet sheet roll 1 with perforations made at equal intervals is placed in a container 3.
The sheet is unwound from the center of the roll, and the perforations 2 are hooked at the corners of the cross-shaped cutting opening 4 of the container 3 to extract the liquid while squeezing it.

This is because when the sheet is being pulled out, the wet sheet is twisted according to the winding of the roll, and the perforation 2 is also twisted. Therefore, when removing the sheet, the wet sheet cannot be cut from the perforation 2, resulting in uneven cutting, resulting in tearing and over-drawing. In addition, the edge of the paper is twisted and exposed from the extraction port 4, which makes it look bad.
The knob allowance when pulling out was only 1'1lffl, which was inconvenient when removing it.

There was also a drawback that the upper end of the twisted perforation got caught in the extraction opening 40 □ and the sheet edge fell in front of the extraction opening 4 when the drawer was pulled out, making subsequent continuous extraction impossible.

The present invention eliminates the above-mentioned drawbacks by making it possible to continuously extract parts of each unit wet sheet, which has been completely cut from the beginning, from inside the container.

That is, if the present invention is explained in detail based on an example illustrating it, 5
is a laminated wet sheet body made of thin paper or nonwoven fabric impregnated with water, soap solution, sterilization, etc., and the laminated wet sheet body 5 is made by completely cutting each unit wet sheet (6...) and folding it in half to form each upper unit. The lower end of the wet sheet 6b holds the upper end of each lower unit wet sheet 6a with a certain amount of folding overlap, and the wet sheet 6b is folded alternately at the middle of each unit wet sheet body (6...). The laminated wet sheet body 5 is folded in a zigzag manner by 6 dL, and the laminated wet sheet body 5 is stored in a container γ having an extraction port 8 for dehydration under pressure, and the upper unit wet sheet 6b is extracted from the extraction port 8. In this case, the above-mentioned overlapping allowance is configured to be the gripping allowance of the lower unit wet sheet (6-), and each unit wet sheet (6-...) is controlled by the clamping force at the mutually overlapping portion and the wet sheet's A series of sheet strips are formed by the adhesion force exerted by the liquid, and when these are sequentially extracted from the upper unit wet sheet 6b, as shown in FIGS. 4A to C.
As shown in the figure, the upper unit wet sheet 6b is located at the extraction port 8.
(lower unit wet sea) 6a until the clamping force is released.
When the overlapping margin 6c is completely pulled out of the extraction port 8, that is, when the clamping force of the extraction port 8 on the upper unit wet sheet 6b is removed, the lower unit wet sheet is pulled up. ) 6a is held in the extraction port 8, and the upper unit wet sheet ) 6 b separates from the lower unit wet sheet ) 6 a and is quickly extracted.

At this time, the upper end of the lower unit wet sheet 6a is the overlap margin 6c.
serves as a knob and is held in a state protruding outside the extraction port 8, in preparation for the next sheet extraction.

Lower unit wet sea) 6a and upper unit wet sea)
The overlapping margin 6c with 6b can be set freely.

When the upper unit wet sheet 6b is pulled out, the range of the overlapping allowance 6c with the lower unit wet sheet 6a becomes the pinching allowance for the sheet to be used next, so the range of the overlapping allowance 6c is determined as an appropriate range as the pinching allowance. be done.

Although the above embodiment shows the case where each unit wet sheet (6...) is folded in half, it may also be a parallel beam on a trifold plate.

The storage container γ of the laminated wet sheet body 5 has a box shape made of metal, synthetic resin, waterproof paper, etc., and a cut 9 is provided on the top surface of the box to serve as a sheet extraction opening 8, and the upper unit wet sheet 6b is clamped between the cuts 9 to extract the liquid valve while squeezing it out.

FIG. 5 shows a specific example of the extraction port 8 in which connecting ribs 10 and 10 are protruded from the upper surface of the container γ, a cut 9 is formed between the ribs 10 and 10, and a notch is formed on the side wall of the rib 10. 11 is shown.

In this case, the overlapping margin 6c is always held on the inner surface of the rib 10°10, so that the knob margin is not directly exposed and spoils the appearance, and the next extraction can be easily performed from the notch 11 with fingers. can be done.

Further, as shown in FIG. 6, the extracting port 8 may be constituted by a squeezing roll 12 made of rubber, plastic, or the like that rotates relatively as a means for compressing and dewatering.

The squeezing roll 12 may be provided along with the cut 9 or in place of the cut 9.

The wet sheet according to the present invention can continuously extract unit wet sheet bodies that have been completely cut to a fixed size in advance for each unit wet sheet, so that the required sheet body can always be used, and at the extraction port. Unlike the method of forcing m,
There is no chance of uneven cuts or tearing or slipping.

In addition, as mentioned above, since the overlapping margins are reliably connected by the mutual clamping force and the adhesive force of the liquid, when the lower unit wet sheets are pulled up one after another and the overlapping margins are released from the extraction port, the upper unit wet sheets become lighter and lighter. It can be easily separated from the lower unit wet sheet by just using a drawer, and in this case, the overlapping allowance is 0 pinching allowance for the lower unit wet sheet, and it can be used for the next extraction, allowing continuous extraction of unit wet sheets. Extremely certain.

In addition, the unit wet sheet body is simply folded in two or three, stacked on top of each other at the upper and lower ends, folded in a zigzag pattern, and stored in a container, so it has the advantage of being extremely simple in structure. .

[Brief explanation of drawings]

FIGS. 1A and 1B are a sectional view and a plan view showing a conventional example, and FIGS. 2 and after show a wet sheet takeout device according to the present invention. Fig. 3 is a plan view, and Fig. 4 A is a perspective view showing the folded state.
Figures to C are perspective views illustrating the step of taking out the wet sheet, Figure 5 is an enlarged perspective view showing the other side, and Figure 6 is an enlarged sectional view showing the other side. 5... Laminated wet sheet body, (6...)... Unit wet sheet, 6a... Lower unit wet sheet,
6b...upper unit wet sheet, 6c...overlap allowance, γ...container, 8...extraction opening, 9...cutting.

Claims (1)

[Scope of utility model registration request] Each unit wet sheet that has been completely cut to size is vertically folded,
The lower end vertically folded part of each upper unit wet sheet grips the upper end vertically folded part of each lower unit wet sheet with an overlapping margin of i, forming a series, and then zigzag folding the series and each unit wet sheet. The laminated wet sheet body is folded alternately so as to form a laminated wet sheet body, and the laminated wet sheet body is stored in a container having an extraction opening for dehydration under pressure, and as the upper unit wet sheet is extracted from the extraction opening. Pull out the above-mentioned overlapped portion that does not exist into the extraction port together with the lower unit wet sheet,
A wet sheet take-out device configured such that the stacking allowance is a pinching allowance for a lower unit wet sheet.