KR20130111795A - Tissue holder for a box of tissues - Google Patents

Abstract

The tissue holder for armor tissue according to the present invention includes a main slot made of a sheet material made of elastic natural or synthetic rubber, a main slot made of a through hole structure in the form of an elongated straight slot penetrating both sides of the main sheet, and It comprises a sub-slot having a through-hole structure in the form of a slot penetrating both sides of the main sheet extending in at least two directions not parallel to the main slot from both ends of the main slot, for conventional sheet tissue Compared to the tissue case, the tissue holding force at the entrance is dramatically improved, and the tissue in the waiting state for use is sufficiently held, so that the last sheet can be easily used.

Description

Tissue holder for armor tissue {TISSUE HOLDER FOR A BOX OF TISSUES}

The present invention relates to a tissue holder for armor tissue, and more particularly, it can be applied to the entrance portion of the armor tissue that is provided in a structure that can accommodate a plurality of tissues in the paper box, and to take it out through the upper door of the paper box It relates to a tissue holder for armor tissue.

Thin, soft paper used for toilet paper, towels, or handkerchiefs is called tissue paper, or tissue for short. Among the products that have been commercialized, such tissue is a rolled-up product that is used at one time. There are products in the form of sheets.

Among products in which tissues are formed in the form of sheets, tens or hundreds of sheets of tissues are stored in a paper box in a state where the tissues are overlapped by a certain area, or a certain point is bonded and stacked, and an inner sheet of tissue is placed on top of the paper box. There is a box-type tissue product with an entrance formed to take out one by one, which is commonly referred to as armor tissue in the sense of 'tissue in a box'.

Such armor tissue products are stacked next to each other when one tissue is pulled out and pulled out through the doorway of the box, as each tissue is housed in a stacked state, with each piece of tissue being stacked on top of one another, as described above. The tissues that were present will also come up along with them, and the tissues that follow are held in the doorway and remain easy to withdraw the next time it is used.

In order to maintain the gripped state in the half pulled state, it is common for the entrance of the conventional armor tissue to be equipped with a plastic gripping member. In the case of the vinyl material holding member, it is made of a structure having a long cut to allow tissue to enter and exit on the vinyl sheet.

By having such a structure, the next tissue that comes up upon the withdrawal of the tissue that has been stacked above is caught and gripped between the cut gaps of the plastic material holding member.

However, such a conventional plastic gripping member is a structure for maintaining the gripping state of the tissue in the standby state for use so that the tissue can be easily taken out compared to the previous tissue provided, such as failing to impart sufficient gripping force. There are disadvantages.

For example, vinyl material is easy to tear, and therefore has little grip after tearing. In addition, thin vinyl sheets have low strength, low elasticity, and do not have high friction, and thus should be gripped at the end or end of use period when the tissue is reduced significantly compared to the initial use period when the laminated tissue layer is supported at relatively close height. Hal tissue is often thrown into the box by the weight of the tissue itself.

Since this situation occurs frequently, the user has to check the tissues every time through the doorway to pull out and use the tissues, and then it is inconvenient to insert a finger and pull out one tissue, and the tissues are not held. Even if there are several tissues left on the basis of the condition, waste of resources such as judging that the tissue is used up may occur.

The present invention provides a product that can be used to pull out the tissue stacked in the case one by one, such as the above-described conventional armor tissue, the tissue holding power of the tissue to be stably gripped in the entrance portion of the tissue in the standby state It is an object to provide a tissue holder for tissues.

Still another object of the present invention is to provide a tissue holder for armor tissue having a structure for preventing the tissue from being broken when the tissue is taken out while achieving the above object of improving the holding power.

In order to achieve the above object, the tissue holder for armor tissue according to the present invention, the main sheet made of a sheet of elastic natural or synthetic rubber material, and the form of a long straight slot penetrating both sides of the main sheet A main slot having a through hole structure and a sub slot having a through hole structure having a slot shape penetrating both sides of the main sheet extending from at least two ends of the main slot in at least two directions not parallel to the main slot. It is configured to include.

At this time, it may be configured to further include a tissue gripping portion, protruding from the edge of the through hole of the main slot.

On the other hand, the end of the sub slot, it may be configured to further include a damage prevention hole in the form of a circular hole penetrating both sides of the main sheet.

In addition, the through hole at the point where the main slot and the sub slot meet each other is preferably a portion where two slots meet and become rounded in a curved shape.

By the configuration as described above, the tissue holder for armor tissue according to the present invention has the following effects.

First, the tissue holding force at the doorway is dramatically improved compared to the conventional tissue case for sheet tissue, so that the tissue in the waiting state for use is sufficiently grasped, so that the last sheet can be easily used.

Second, it provides a tissue holder having a high grip force, while minimizing the risk of tissue damage.

1 is a perspective view of a tissue holder for armor tissue according to a preferred embodiment of the present invention,
2 is a cross-sectional view and a partially enlarged view of a line A-A 'of the tissue holder of FIG.
3 is a diagram illustrating an example in which the tissue holder of FIG. 1 is applied to a conventional paper case for armor tissue.

Hereinafter, the configuration of the tissue holder for armor tissue according to the present invention described above, will be described in more detail with reference to the accompanying drawings showing a preferred embodiment of the present invention.

1 is a perspective view of a tissue holder for armor tissue according to a preferred embodiment of the present invention.

As shown, the tissue holder for armor tissue according to a preferred embodiment of the present invention is configured to include a main sheet 10 made of a sheet of elastic natural or synthetic rubber material. Compared with the conventional vinyl sheet used as the gripping member of the armor tissue, the sheet of natural or synthetic rubber not only has high frictional force, but also excellent strength and elasticity, so that the risk of loss of gripping force due to damage is low, and Enables you to have an enhanced grip.

In the case of the main sheet 10, it has a rectangular plate shape in order to be mounted in the conventional armor tissue paper box shown in Figure 3 to be described later, it is modified in various forms according to the shape of the box to be mounted It is of course also possible to deform into other forms, such as in the form of a unique case with side walls extending from the main sheet 10 within the technical scope of the invention.

On the plate surface of the main sheet 10, a main slot 20 made of a through hole structure in the form of a long straight slot penetrating both sides of the plate surface as shown is formed. The main slot 20 has a straight line shape longer than the length of the side of the tissue to be used, and when the tissue is drawn out, the main slot 20 can pass through the gap of the main slot 20.

Sub slots formed at both ends of the main slot 20 have a through-hole structure in the form of a slot penetrating both sides of the main sheet 10 extending from each end in a direction not parallel to the main slot 20. 30 is formed.

In the illustrated embodiment, the sub slot 30 is formed in the form of two short slots connected to both ends of the main slot 20 in a symmetrical form in the longitudinal direction and the vertical direction of the main slot 20. Due to such a sub slot 30, elastic deformation of the main slot 20 in the up and down directions in the drawing is facilitated. This facilitates the movement of the tissue passing through the main slot 20, it is possible to maintain a high gripping force by restoring to the illustrated form when no external force is applied.

In such a structure, a structure for further improving the gripping force on the tissue in the main slot 20 is shown in FIG.

FIG. 2 is a cross-sectional view of the main sheet 10 taken along the line AA ′ of FIG. 1, and an enlarged view of the circle portion B is shown at the bottom of FIG. 2.

The main slot 20 is simply formed in the form of the through hole of the straight slot formed in the main sheet 10, in addition to the edge of the through hole of the main slot 20, as shown in Figs. It is preferable to further comprise the tissue holding part 25 which protruded.

As the tissue gripping portion 25 is formed as shown in FIG. 2, the contact surface between the tissue and the main slot 20 in the slot through hole through which the tissue passes is enlarged several times. As a result, the expansion of the contact surface brings about an effect of strengthening the gripping force.

On the other hand, the configuration for preventing the damage of the slot due to repeated use will be described.

As shown in FIG. 1, it can be seen that end portions of the sub slots 30 are formed with breakage preventing holes 35 in the form of circular holes penetrating both sides of the main sheet 10.

The breakage prevention hole 35 serves to radially distribute the external force concentrated at the end of the slot along the outer circumference of the circular hole in the situation where the tissue is moved or other deformation force is applied to the main slot 20 through the entrance or the like. do.

In the absence of such a circular hole-shaped break prevention hole 35, since most of the deformation force is concentrated in a small area at one point of the slot end, there is a high risk of breakage when repeatedly used. On the other hand, by forming a break prevention hole 35 in the form of a circular hole in the end of the slot, as shown, it can greatly reduce this risk.

Furthermore, in the illustrated state, it can be seen that the protruding portion is formed at the edge of the break prevention hole 35 as in the main slot 10. If such a protrusion structure is added, the break prevention hole 35 ) Can be further strengthened.

On the other hand, the configuration for preventing the damage of the tissue to be drawn out in relation to the pulling out operation of the tissue will be described.

The shape of the through hole at the point where the main slot 20 and the sub slot 30 meet each other has a form where two lines meet as shown in the figure, and thus the angle of the vertex shape at the point where the line meets the line. Is formed.

In other words, the point where the main slot 20 and the sub-slot 30 meet is maintained in a narrow state while the path of the through-hole is converted, the tissue is likely to fit at this point, moreover, relative to the point If the shape of the pointed vertices is intact, a problem such as a tissue being caught in the corresponding part and being torn in the withdrawal process may occur.

Therefore, in order to prevent the tissue from being pinched or torn during the withdrawal of the tissue, it is preferable that the angled portions formed in the corresponding portions are rounded in a curved shape as shown in FIG. 1.

An example in which a tissue holder for armor tissue according to a preferred embodiment of the present invention provided by the configuration as described above is used is shown in FIG. 3.

In FIG. 3, the dotted line part is a paper box commonly used in a conventional armor tissue and a tissue half pulled out in an air condition. As shown, the tissue holder for armor tissue according to the present embodiment has an entrance of a paper box. Inner side of the surface, that is, may be mounted and used in the form as shown on the inner side of the upper surface in the drawing.

That is, by mounting the tissue holder for armor tissue according to the present invention in place of the portion to which the conventional vinyl sheet is mounted, it is possible to stably hold the last sheet of tissue even without a process added to the conventional armor tissue manufacturing process. It will be able to provide armor tissue to obtain improved grip.

In addition to this, within the technical scope of the present invention, the tissue holder for armor tissue according to the present invention may be applied to various types of conventional armor tissue case or newly designed sheet tissue case.

Although the present invention has been described in connection with the preferred embodiments thereof with reference to the accompanying drawings, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Rather, those skilled in the art will appreciate that many modifications and variations of the present invention are possible without departing from the spirit and scope of the appended claims. Accordingly, all such appropriate modifications and changes, and equivalents thereof, should be regarded as within the scope of the present invention.

10: main sheet 20: main slot
25: tissue holding part 30: sub slot
35: Breakage prevention ball

Claims (4)

A main sheet 10 formed of a sheet of elastic natural or synthetic rubber material;
A main slot 20 having a through hole structure in the form of an elongated straight slot penetrating both sides of the main sheet 10;
Sub slots having a through-hole structure in the form of a slot penetrating both sides of the main sheet 10 extending in at least two directions not parallel to the main slot 20 from both ends of the main slot 20 ( 30); comprising, tissue holder for armor tissue.
The tissue holder for armor tissue according to claim 1, further comprising a tissue gripping portion (25) protruding from the edge of the through hole of the main slot (20).
The method of claim 1, wherein the end of the sub slot 30, characterized in that it further comprises a damage prevention hole 35 in the form of a circular hole penetrating both sides of the main sheet 10, for armor tissue holder.
The through-hole at the point where the main slot 20 and the sub-slot 30 meet each other has a curved shape in which the two slots meet and are angled to each other. Holder for armor tissue characterized in that.

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