KR20160001402U

KR20160001402U - Tissue moistening retainer

Info

Publication number: KR20160001402U
Application number: KR2020150006811U
Authority: KR
Inventors: 치-훙 창
Original assignee: 요호 메디컬 엔터프라이즈 컴퍼니 리미티드
Priority date: 2014-10-20
Filing date: 2015-10-20
Publication date: 2016-04-29
Also published as: AU2015101494A4; TWM500545U; KR200487173Y1; JP3201858U

Abstract

The present invention relates to a toilet paper wetting retainer and, more particularly, to a wetting retainer that provides the ability to preserve the moisture content for convenient transportation when wetting and leaving the dry tissue paper prior to its use. The toilet paper wet retainer mainly comprises a tension plate provided at the width of the tension cover and the peripheral binding ring is annularly connected to the width edge of the tension plate. The tension cover is made of a flexible material and the periphery of the tension plate extends integrally therewith and turns down to form a peripheral bond ring. The toilet paper wet retainer further comprises a solid container, wherein the interior of the solid container forms a reservoir. The tension cover and the solid container form a sealed space within which the disposable tissue paper can be placed. Adding a moisture fluid achieves the function of wetting a dry tissue and maintaining its wetting ability.

Description

TISSUE MOISTENING RETAINER

The present invention relates to a toilet paper wetting retainer, and more particularly to a wetting retainer that provides the ability to preserve the moisture content for ease of transport when wet and dry the dry tissue paper before use.

With regard to the act of wiping the stains on the human body, the stains may be wiped off by employing a dry wiping means using dry tissue, high-grade toilet paper, or toilet tissue under conditions where the stain is water-soluble but dry by the wind and sticking to the body none. Therefore, wet toilet paper has been introduced into the market because wetted toilet paper can use its moisture binding function to wipe stains on the human body. Furthermore, in order to protect the epidermal tissue of the skin, wetted toilet paper is more commonly used to clean the surface of the skin. The wet tissue is made of non-woven fibers having a relatively strong fiber bond texture, and after wetting, the infiltration effect of the moistened fluid of the wet tissue may allow the user to use a little wiping action to remove stains from the human skin , Thereby forcibly rubbing the skin to avoid impairing the smoothness of the epidermal tissue. However, in order to facilitate transport to the outside, commercially sold wet toilet paper are all packaged in a strong and rugged plastic bag. And, after tearing open the sealed plastic bag, the water fluid inside is exposed to air and gradually dried. In addition, the consumer can not anticipate when it is necessary to use a larger number of wetted toilet paper or when it is not necessary to use any wetted toilet paper, and therefore the consumer purchases an appropriate amount of wetted toilet paper I can not decide to do it. This results in consumers purchasing an excessive amount of wetted toilet paper and stocking the wetted toilet paper for a longer period of time. Also, since it is difficult to retain the moisture fluid present in plastic wrapped wet tissue for a long period of time, typically preservatives are added to the wet tissue, which is absorbed by the pores of the skin after wiping with wet tissue , Causing skin irritation problems.

Thus, the present design provides an innovative design for a toilet paper wetting retainer, which the inventors of the present invention have not seen presently related prior art, and therefore the prior art is not described in detail herein.

The main purpose of the present invention is to provide a wetted retainer for use with dry tissue paper which, prior to use, moisturizes the dried tissue paper and preserves the moisture content.

A second objective of the present invention is to provide a method of making a wet-wiped, wet-wiped, wet-wiped, Thereby providing a retainer.

A third object of the present invention is to use a tension cover to hermetically seal the solid container. The wetted toilet paper is first placed in a solid container, and a sealing effect is formed after sealing with a tension cover that maintains the temperature. The sealing cover is then used to cover the open finger hole in the tension cover.

A fourth object of the present invention is to provide a peripheral binding ring around the breadth of the tension cover, wherein the peripheral binding ring forms a binding pressure toward the center of the horizontal. The binding pressure binds the side edges of the top opening of the solid container to achieve an airtight effect.

A fifth object of the present invention is to indirectly connect the moisture storage member to the bottom portion of the reservoir of the solid container and the moisture storage member has the ability to absorb and discharge the moisture fluid and to transfer the moisture fluid in and out through the indirect layer .

BRIEF DESCRIPTION OF THE DRAWINGS A brief description of the drawings accompanying the detailed description of the preferred embodiments is provided below to enable a further understanding of the objects and technical means of the present invention.

1 is a perspective view of a tension cover of the present invention;
2 is a sectional view of a tension cover of the present invention;
3 is a cross-sectional view of a solid container of the present invention;
4 is a schematic cross-sectional view of a tension cover connected to a solid container according to the present invention;
5 is a sectional view of a sealing plug ring covering a finger hole of a sealing cover fitted to a tension cover according to the present invention;

With regard to the details of the design and the structural means, reference is made to the following description of the drawings.

Referring to Fig. 1, the tension cover 100 of the present invention is molded of a flexible material such as silicon, and the tension plate 1 is provided in the width of the tension cover 100. Fig. The peripheral binding ring 2 is annularly connected to the edge of the tensioning plate 1 and the sealing cover 3 extends from one side of the tensioning plate 1 through the connecting belt 31. The sealing cover 3 is constituted by a sealing plug ring 30 which can be turned upside down into the finger hole 10 provided in the width of the tension plate 1. The connection belt 31 can be bent because the tension cover 100 constructed as a single body is made of a flexible material. The tongue portion 32 is connected outwardly to the sealing cover 3 over one side of the sealing plug ring 30 and the tongue portion 32 covers the finger hole 10 so that the sealing plug ring 30 covers the finger hole 10, Is used to pull the sealing cover (3) when separating the sealing plug ring (30). And the sealing cover 3 together with the tension cover 100 is configured to tighten the monolith, but the sealing cover 3 can be configured to be an independent member by removing the connection of the connecting belt 31, The material texture of the independent member can be relatively rigid to enable it to perform the function of plugging into the finger holes 10 and to provide a tighter plug pressure effect in the finger holes 10. [

2, the width of the tension cover 100 of the present invention has a tensioning plate 1, the periphery of which extends integrally therewith and therefore forms the peripheral binding ring 2 Turn down. The sealing cover 3 is extended and connected to the outside of the peripheral binding ring 2 via the connecting belt 31 and the sealing plug ring 30 of the sealing cover 3 is raised upward. The sealing plug ring 30 is formed by the peripheral structure plate 33 and the multistage M-shaped ring 34 is angularly formed radially outwardly on the sealing plug ring 30. The finger hole 10 corresponding to the covered relative position of the sealing plug ring 30 to the tension plate 1 provides a passage opening for withdrawing the toilet paper therefrom (not shown). The finger holes 10 are annularly formed together with the peripheral structure plate 101 to form a monolith, and the W-shaped ring 102 is formed radially on the inner surface of the peripheral structure plate 101. A multi-step sheath relationship is formed between the W-shaped ring 102 and the M-shaped ring 34 of the sealing plug ring 30. The curved lines of the W-shaped ring 102 and the M-shaped ring 34 extend the contact area of the surface seal connection, and the change in curve shape is used to form an airtight structure, It makes it impossible.

In addition, the bottom edge of the peripheral binding ring 2 has an upwardly extending ring groove 21 and the peripheral region of the ring groove 21 has a horizontally outwardly directed horizontal grip groove 22. The groove bottom 220 at the bottom of the horizontal grip grinder 22 is composed of a mushroom-shaped member 230 extending from the tension cover 100 which rotates downward and forms a monolith. The inverse hook 23 extends upward from the extremity of the mushroom member 230 and the opposite hook 23 is formed to support the recessed horizontal grip groove 22 and the groove bottom 220 . The ring groove 21 extends at a right angle from the upper end of the horizontal grip groove 22 and the peripheral grip ring 2 is annularly shaped to provide a binding force toward the center of the width of the main portion of the tension cover 100. In addition, a plurality of turning and curvilinear connections between the horizontal gripping grooves 22 and the ring grooves 21 make it possible to extend the contact seal and wedge pressure densified areas.

Referring to Fig. 3, the arrangement of toilet paper (not shown in the drawings) in the present invention is based on a solid container 300, and a reservoir 4 is formed inside the solid container. The opening (40) provided in the upper end of the reservoir (4) provides a passage to the outside. The solid container 400 is comprised of an annular retaining annular plate 41 and the horizontal rib ring 5 is positioned outwardly on top of the outer surface of the annular retaining annular plate 41. The protruding ridge portion 52 protrudes outward from the horizontal rib ring 5 and the opposite hook slot 53 prevents the inverse hooking of the protruding ridge portion 52 from being inverted inward into the innermost portion Lt; / RTI > The collar edge upper collar 51 is formed by projecting upwardly through the horizontal rib ring 5 of the annular plate 41. Thus, using the above-described covering structure, horizontal and vertical gripping relationships are achieved after covering, which prevents the tension cover 100 from separating and separating.

Referring to Fig. 4, the tension cover 100 of the present invention is used to seal the solid container 400 and to form a space that allows dried toilet paper to be placed therein. Here, the peripheral binding ring 2 provided on the tension cover 100 uses an external force of the horizontal gripping groove 22 extending outward from the peripheral binding ring 2, which is dependent on the horizontal rib ring 5 And the tensile stress is generated by applying the elastic internal bonding force to the horizontal grasping groove 22 on the outer surface of the protruding ridge portion 52 formed on the horizontal rib ring 5, .

The opposite hook 23 forms an extended connection with the horizontal gripping groove 22 and the groove bottom 220 provided on the peripheral binding ring 2 of the tension cover 100 (as shown in Figure 2) do. In addition to pushing down together from the ring groove 21, pressing together may be accomplished through a corresponding opposite hook slot 53 in the raised ridge 52 (as shown in Fig. 3) The upper end collar 51 is then clamped into the region of the ring groove 21 which is then clamped in the solid container (not shown) 400, the tension cover 100 is sealed.

The opposite hook 23 provided on the lower part of the peripheral binding ring 2 is also an elastic body and the peripheral binding ring 2 is the object of the tensioning effect of the tensioning plate 1 and therefore the support of the tensioning plate 1 Thereby preventing the peripheral binding ring 2 from extending outwardly due to radial pulling. Thus, the force application of the peripheral binding ring 2 implements a horizontal inward binding on the horizontal rib ring 5 of the solid container 400. After this binding, the clamping is performed between the horizontal gripping groove 22 and the ring groove 21 together with the groove bottom 220 in relation to the opposite hook 23, To achieve a three-dimensional annular coupling force between the opposite hook slot 53 together with the upper projecting collar 52 and the upper collar 51 formed on the ring 5. Therefore, a tight leak prevention configuration is formed when the tension cover 100 covers the solid container 400. [

The finger hole 10 (see FIG. 4) provided in the tension cover provides a passage for drawing a dry tissue paper (not shown in the figure) therefrom. After the person has placed the dried tissue paper into the reservoir 4 of the solid container 400 and covered the solid container 400 with the tension cover 100, the wet tissue can be drawn out of the finger hole 10. The finger holes 10 also enable the filling of the clean water fluid into the interior of the reservoir 4. After filling the moisture fluid, the sealing plug ring 30 of the sealing cover 3 is used to seal the finger hole 10 to achieve a tight sealing effect.

The indirect layer 60 may be further disposed at the bottom portion of the reservoir 4 described above. The indirect layer 30 is a water absorbing fiber or a resin material, the object of which is to make it possible to absorb the moisture fluid to saturate. After placing the dry tissue paper into the reservoir 4, the water fluid will remain balanced against the dry areas of the dry tissue paper placed in the reservoir and wet the tissue. And, the method of arranging the indirect layer 60 ensures that the allowable distance is maintained between the section of the water storage member 6 and the positional arrangement of the indirect layer 60. The moisture storage member 6 is netted, which enables exchange of the moisture fluid in the indirect layer 60 towards the space in the reservoir 4 or provides flow.

In addition, before leaving, the wetting process can be used to wet the tissue paper, and then the wet tissue is placed into the interior of the reservoir 4, to quickly wet the tissue paper. If the degree of saturation of the moisture content is too much, the indirect layer (60) forms an opposite absorption effect to prevent too high moisture content in the drawn toilet paper. Connecting the tension cover 100 to the solid container 400 provides convenient transport of dry tissue when it goes out. And, by placing the dry tissue paper inside the solid container 400 and filling the water fluid before use, the wetting effect of the dry tissue paper takes place in the interior of the reservoir 4, producing a wetted tissue. Then, after opening the sealing cover 3, the wetted toilet paper can be conveniently drawn from the finger hole 10 for its use.

5, the sealing plug ring 30 formed in the sealing cover 3 is used to cover the finger hole 10 provided in the tension cover 100, and the gripping relationship of the concave-convex waveform of the curved cross section is two Shaped ring 102 and M-shaped ring 34 (as shown in Fig. 2) of the finger hole 10 and the sealing plug ring 30, respectively, extending outward to form an interlocking and sealing region . The concave-convex corrugated line makes it difficult for the sealing plug ring 30 to separate from the finger hole 10 after covering. The opening action of the sealing plug ring 30 is performed by using a finger to pull the extending tongue portion 32, which causes the sealing plug ring 30 to separate from and leave the finger hole 10. After the separation and release, the sealing cover 3 is connected to the tension cover 100 via the connection belt 31. [

The present invention is directed to a method of dispensing a wet tissue between a tension cover (100) and a solid container (400) to achieve a wetting effect of an appropriate amount of dry tissue prior to going out and to prevent moisture from leaking out, And the sealing relation can be utilized in the toilet paper wetting retainer. The present invention is an innovative wet tissue, which merely requires the addition of clean water, eliminates the need to mix in the preservative, and therefore increases the safety and convenience in the use of wet tissue. The unprecedented design follows the essential components as required for a new utility model registration application. Accordingly, a new utility model registration application is proposed in the present invention.

Of course, it should be understood that the above-described embodiments are merely illustrative of the principles of the present invention, and that various changes can be made by those skilled in the art without departing from the spirit and scope of the present invention as set forth in the following claims.

Claims

A toilet paper wet retainer capable of wetting a dry tissue paper in preparation for use,
Wherein the tension cover extends from one side of the tension cover through the connecting belt and the sealing plug ring integrally rises upward from the sealing cover,
A tensile plate having an area of an area thereof having a finger hole corresponding to a sealing position of the sealing plug ring;
A circumferential coupling ring annularly connected to the width edges of the tension plate, the bottom edge of the circumferential coupling ring being defined by the ring groove upwardly, the circumferential area of the ring groove being horizontally outwardly directed, Wherein the groove bottom at the bottom of the horizontal grip frame portion is composed of a mushroom-shaped member extending therethrough from the tension cover forming a monolithic and opposite support hook;
The solid container being a reservoir therein, the opening provided on an upper end of the solid container providing a passage to the outside;
Wherein the horizontal ribbing is configured to project horizontally outwardly from a top surface of the annular plate configured around the solid container.

The toilet paper wet retainer according to claim 1, wherein the groove bottom at the bottom of the horizontal grip groove is composed of a mushroom-shaped member extending therethrough from the tension cover forming a monolithic and opposite support hook.

2. The method of claim 1, wherein the radially inner portion of the finger hole is provided in an annular shape with a W-shaped ring, the radially outer portion of the sealed plug ring having an M-shaped ring annularly, To form a mutual bond relationship.

The toilet paper wet retainer according to claim 1, wherein the tongue portion is connected outwardly to the sealing cover over one side of the sealing plug ring.

The toilet paper wet retainer according to claim 1, wherein the sealing cover is a separate member.

The toilet paper wet retainer according to claim 4, wherein the sealing cover is a hard material.

The toilet paper wet retainer according to claim 1, wherein the inner bottom of the reservoir of the solid container is fitted with a moisture storage member.

8. The toilet paper wet retainer of claim 7, wherein the indirect layer separates the moisture storage member in the reservoir, and wherein the indirect layer enables exchange and transport of the moisture fluid.