JP3105610U - Detachable cleaner - Google Patents

Abstract

An object of the present invention is to provide a removable cleaner that inserts a sponge for buffering acupressure between a microfiber cloth and a resin sheet so as to be in close contact with the surface of an uneven object and accurately remove the dirt. To provide.
SOLUTION: A resin sheet 2 of the same shape which can be attached and detached to and from an object as many times as possible is superimposed on a microfiber cloth (microfiber cloth) 1 used for a cloth for cleaning glasses or the like. And a detachable cleaner 4 in which a sponge 3 for buffering acupressure is inserted, and the periphery thereof is joined according to a predetermined shape.
[Selection diagram] FIG.

Description

Detailed description of the invention

Industrial applications

  According to this invention, dirt on the object is wiped off on the surface of the ultrafine fiber cloth (1), and at that time, the sponge (3) is inserted inside, so that the sponge (3) comes into close contact with the surface of the object having irregularities and the dirt is accurately removed. Can be removed.

  Conventionally, a resin sheet (2) is simply bonded to an ultra-fine fiber cloth (1), there is no sponge (3) for buffering acupressure, the three-dimensional appearance is poor, and dirt on an uneven object is wiped off. Was difficult.

Issues that the device is trying to solve

  In the present invention, the dirt of the object is wiped off with the ultra-fine fiber cloth (1), and the sponge (3) is inserted into the inside at that time. It is one that can be removed.

Means for solving the problem

  In the present invention, a sponge (3) for buffering acupressure is inserted between the microfiber cloth (1) and the resin sheet (2) instead of the conventional flat and thin cleaner sheet.

Action

  Since the present invention employs the above-described means, the resin sheet (2) is usually put on the temporary adhesive surface (5) on which the resin sheet (2) can be repeatedly attached and detached, and the temporary adhesive surface (5) is used for storage. The detachable cleaner (4) is peeled off from the state in which it was adhered, a finger is put on the temporary adhesive surface (5) of the resin sheet, and the opposite side of the microfiber cloth (1) is pressed against the object and moved. The dirt on the object can be easily and completely wiped off.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  As shown in FIG. 1, a sponge (3) for buffering acupressure is placed on a microfiber cloth (1), and a temporary adhesive surface (5) of a resin sheet that can be detached many times is further placed thereon. The resin sheet (2) is placed on the surface opposite to the sponge (3) and the microfiber cloth (1), the sponge (3) and the resin sheet (2) are surrounded by a high-frequency welder along a predetermined shape. Bonding by processing, the front side consists of a microfiber cloth (1), the inside is a sponge (3), the back side is a removable resin sheet (2), and the back side is a temporary adhesive surface (5) of the resin sheet, FIG. (4) is obtained. FIG. 2 shows a sectional view after the welding process. FIG. 4 is a sectional perspective view of the detachable cleaner (4).

  When the bonding by the high-frequency welding is weak, a heat-soluble auxiliary sheet may be inserted into the inside to enhance the bonding.

  If the surface ultra-fine fiber cloth (1) is made of 100% polyester or a blend of 75% polyester and 25% nylon, sublimation printing can be performed by immersing in polyester fiber. Full-color printing becomes possible.

  By applying color printing to the superfine fiber cloth (1) on the surface, a detachable cleaner (4) can be used as a promotional product by printing a character product or a product name.

  If this detachable cleaner (4) is used for a mobile phone, it can be used as a detachable portable screen cleaner by utilizing the wiping effect of the ultrafine fiber cloth (1). FIG. 5 shows a perspective view of the use state of the present invention.

  By using an olefin-based or urethane-based material other than vinyl chloride for the sponge (3) for acupressure buffer, a PVC-free product can be supplied.

  The removable resin sheet (2) used in the present invention has a porous acrylic foam formed on the temporary bonding surface (5) of the resin sheet so that the resin sheet can be attached and detached to and from the object any number of times. By using the body, it is possible to press and adhere without adhesive material, and it is possible to maintain temporary adhesion without glue residue.

  Instead of the sponge (3) for buffering the acupressure, air or a liquid substance may be enclosed to provide cushioning instead of the sponge.

  Since the removable cleaner (4) of the present invention has a three-dimensional effect, it is possible to enrich the expression of characters and the like, unlike a sheet in a flat state, and it is presumed that the use of the cleaner is high also in that respect.

The effect of the invention

  As described above, the removable cleaner (4) into which the sponge is inserted can efficiently remove dirt even on an object having an uneven portion.

Sectional view of detachable cleaner (4) before processing Sectional view after processing of removable cleaner (4) Perspective view of detachable cleaner (4) Sectional perspective view of detachable cleaner (4) Perspective view of the configuration of the present invention in use

Explanation of reference numerals

1. 1. Ultra-fine fiber cloth 2. resin sheet Sponge4. 4. Removable cleaner 5. Temporary bonding surface of resin sheet mobile phone

Claims (1)

A super-fine fiber cloth (microfiber cloth) (1) used for a cloth for cleaning glasses etc. (1) is overlaid with a resin sheet (2) of the same shape that can be attached to and detached from the object as many times as necessary. A detachable cleaner (4) in which a sponge (3) for buffering acupressure is inserted, and its periphery is joined according to a predetermined shape.

Images