KR200251039Y1 - Tissue Box - Google Patents

Abstract

When we use boxed toilet paper, when we pull out the tissues one by one, the first sheet is not pulled out well, or when we continue to use the tissues, the tissue is pulled out between the openings cut out in a straight line, and when the tissue is almost exhausted, the tissues are pulled out. Because of being cut off without losing, the inconvenience of pulling out new pieces one by one has often occurred. The present invention contemplated this so that tissue was well drawn out and the sheets were not separated and continued to be pulled out. Because of this, the box-type tissue box can be used repeatedly, which is an environmentally friendly design.

Description

Tissue Box {Tissue Box}

Conventionally, in tissues embedded in a box, the inlet is cut into a rectangular shape and pasted with a vinyl cut in a straight line, and tissues stacked in layers in a row are used by pulling out one by one into the cut plastic inlet.

When the first sheet is pulled out at first, it is not easily pulled out or torn, and when the tissue is pulled out continuously, both ends of the cut plastic are almost cut by a sharp vinyl, so that a soft tissue generates a lot of fine dust with swells and is packed in layers. Although the tissue should be pulled out to the end, it was uncomfortable because it was not pulled out continuously at the last part, but it was often uncomfortable, and the box had to be used once and discarded.

This design prevents tearing by being pulled out well from the first chapter, and designed to continue from the beginning to the end. In particular, it continues to be continued even at the last part to reduce discomfort. The box can be used repeatedly instead of disposable. It was made.

FIG. 1 is a representative view showing a three-dimensional appearance of the end of the tissue 101 rolled round 103 at the inlet of the box 102.

Figure 2 shows in detail the state of the inlet portion of the box 102, which is an important part of the present invention.

FIG. 3 shows the case where the material of the box 102 is padded with a vinyl 211 inside the box in the case of paper other than synthetic resin or metal.

4 shows the order of tissue folding of the first sheet 301 and the second sheet 302 so that the first sheet of tissue 101 can be easily pulled out without tearing.

5 shows how the folded portion 401 of the tissue 101 finished folding in FIG. 4 and the inlet portion 402 of the box 102 are viewed from above.

Figure 1 shows the tissue 101 is pulled out of the box 102, both ends are rounded (103) rolled out along a circular hole, so less lint occurs at both ends, in particular the following The tissue that comes out is also rolled up with both ends of the roll, so that the continuous movement to the next chapter is not broken.

Fig. 2 is an inlet through which tissue is drawn out, and unlike the generally incision, the ends are formed with holes of circles 1 205 and 2 206, and at the lower end of circles 1 205, Incision 207 is connected to each other in a straight line with a width 208 that is equal in the diagonal direction to the upper end. The rectangular curved edge 204 where the diagonal incisions 207 of the circular 1 (205) and the circular 2 (206) meets, and the tissue is stimulated and cut off when the tissue is pulled out, stimulating the cut to the next sheet of tissue. Help to be drawn one by one.

FIG. 3 is a function of smoothly popping out when the tissue 101 is pulled out by applying a smooth vinyl 211 or paper to the bottom of the entrance when the box 102 of the present invention is a general paper material, not synthetic resin or metal. Have a circular cut (212) in parallel with the inlet of the circular 1 (205) and the circular 2 (206) in small size to help the tissue 101 to come out smoothly.

In Figure 4, the folded shape of the general tissue is folded in the same manner as ① of FIG.

In this case, the first sheet 301 of the tissue is folded like a origami in order to smoothly pull out the tear. As shown in ① of Fig. 3, the first chapter 301 and the second chapter 302 of the tissue are folded up, and then the second chapter 302 is folded halfway in the length direction, and the first chapter 301 is folded as shown in ③ of Fig. 3 as it is. Cover. Next, the other half 304 of the first sheet 301 folded as ④ of FIG. 3 is folded again (⑤ in FIG. 3), and finally, the thicker portion 305 of the folded portion is folded again (FIG. 3 in FIG. 3). Be in the center of the tissue as in ⑦.

In FIG. 5, a portion 401 of the thick portion 305 in FIG. 3 is positioned so that the folded portion 401 is located at the center of one of the two circles, the circle 1 205 and the circle 2 206 of the inlet portion of FIG. Fold diagonally 403 as a reference. Then, the folded part 401 becomes thick, and if the hand is pulled out by pulling this part, the tissue is not torn and pulled out well, and the second chapter 302 is not rolled up as the first chapter 301, as shown in ③ of FIG. Because it is folded in half, even if the fold portion 401 is pulled by hand, only a portion is pulled out along the first chapter 301, even though it is completely pulled out. In other words, the first chapter (301) is pulled out in the force is not holding.

The tissue used in the prior art is because the second chapter 302 overlaps with the first chapter as a whole, the first chapter 301 is pulled out with a considerable force in the first chapter 301 is drawn out, so the first chapter 301 does not handle this. It was not torn along the way.

With this design, the box tissue is easily and softly pulled out from the first sheet to prevent tears from the first sheet, and it can be pulled out continuously without interruption until the end, thus reducing the consumption of tissues and keeping it clean for a long time. It is possible to use it hygienically by reducing it dramatically and the existing box packaging is thrown away for single use. However, if the commercialization of the present invention does not tear the entrance part of the tissue, it is almost permanently used when it is made of hard paper, synthetic resin, or metal. This can reduce paper consumption due to disposable box packaging.

Claims (2)

In a box-type tissue having a structure in which tissues are folded and stacked in the box 102, holes 1, 205 and 2, 206 are symmetrically formed at both ends of the inlet of the top of the box. Inlet 207 in the same width (208) in the diagonal direction to the upper end of the circular 2 (206) in connection with each other and where the incision and the circle meet the curved edge 204 of the right angle shape At the bottom of the inlet, circular 1 (205) and round 2 (206) in the small size side by side with the cut 212 is cut off 212 is smoothly pulled and cut from the first sheet having a form of padding paper Recyclable tissue box The tissue in the box of claim 1 is to fold the first chapter 301 and the second chapter 302 like origami to make the first chapter well drawn out, and the second chapter 302 is folded in half and the first chapter 301 Fold the half of the line several times so that the last fold is folded back diagonally (403) so that the thickened fold (401) is located in the center of the hole in either circle 1 (205) or circle 2 (206) at the top of the box. Tissue box that can be easily pulled from the first sheet with a structure that can be packaged and can be recycled seamlessly