JPH0321981A - Method for attaching to and detaching from clothes or the like - Google Patents

Abstract

PURPOSE:To enable easy and optional attachment to and detachment from clothes, etc., by allowing plural plates where specific styli are implanted to move on the same surface, and pressing the surfaces where the styli are implanted against the clothes, etc. CONSTITUTION:Many extremely thin styli (whisker wire) 2 which are bent in a constant direction at a proper angle are implanted in a base plate 1. Plates like this base plate are allowed to move on the same plane and when they are intruded in and fixed to the clothes, etc., in mutually different directions by being pressed and intruded, the constitution body is restrained by the clothes to generate a force for fixing. The body is fixed to the clothes, etc., by utilizing this fixing force. Further, the intrusion of the whisker wires 2 is released for detachment. Consequently, secure fixing based upon all pins is easily enabled in safety and the attachment and detachment are extremely easy.

Description

[Detailed Description of the Invention] This invention relates to a method for easily attaching and removing light weight items such as product name tags to clothing, etc., which provides a means for easily attaching, or if necessary, easily removing, light weight articles such as product name tags. .

(Prior Art) Conventionally, a simple method for attaching and detaching is to create a chamber and attach it to a smooth surface, but this is not possible with clothing. In addition, for clothing, etc., there are easy-to-attach and detachable methods such as Velcro tape (trademark), which consists of a key and a loop, but this requires attaching the tape with the key and the tape with the loop to the clothing in advance, so you can use it anytime, anywhere. It is not possible to just take it to a certain place at any time. There are adhesive tapes that use adhesive strength, but these can stain the recipient's clothing.

(Problems to be Solved by the Invention) It is an object of the present invention to provide a method that can be easily attached to or detached from clothing or the like as desired.

(Means for solving the problem) As shown in Fig. 1 (4), the base plate 1 is a very thin and short needle bent in a certain direction at an appropriate angle. I'll call it the whisker line, but I'm going to plant a lot of whisker lines 2. When a structure made of a plurality of plates like this is pressed against clothing, etc. and fixed in place, as shown in Figure (4), each plate bites in a different direction and is fixed. Generates a force that restrains and sticks to clothing. This adhesion force is used to attach to clothing, etc., and if necessary, the bite of the hairline is restored and the attachment is released, thus providing a means for attachment and detachment.

(Embodiment) Fig. 1 shows an example of a fixture as an embodiment of the present invention.
is also seen in the section C of (1), and (4
) is an enlarged view of the state in which the beard line (bent needle) is biting into clothing, etc., especially in relation to the figure (2). In this embodiment, the whiskers 2. are bent in a certain direction. Base plate with implanted 1. Prepare two pieces and assemble the case 3. by arranging them so that the bending directions of the whiskers are opposite to each other as shown in FIG. 1 (2) or (4). It is paid in The base plate is restrained so that it can slide inside the assembly case and has a built-in spring 4. It is constantly pushed open from side to side, and is held in place by a stopper on the middle side with a moderate amount of force. Therefore, unless an external force is applied, the base plate remains fully opened within the stroke range of the inner and outer stoppers, as shown in FIG. 1 (2).

When attaching the fixture of this embodiment to clothing, etc., as shown in FIG. 2 by the left and right arrows, press the base plate against the clothing, etc. with the base plate fully closed to the left and right, and then release. When the base plate is opened by the force of the spring, the tips of the moderately bent whiskers bite into clothing, etc., and as shown in Fig. 1 (4), the ends bite into the clothing in the same way and are set. This attachment has the ability to stick to clothing, etc. If you want to release the fixing force, just close the left and right base plates again by hand and remove the attachment while removing the beard lines from digging into clothing, etc. In other words, it can be installed and removed with one touch.

In this example, the whisker lines are drawn thicker in the diagram for convenience of writing, but in reality, it is possible to use thinner lines. For example, the base plate, the assembly case, etc. are made of materials such as plastic, and the wires implanted in the base plate are made of elastic metal such as piano wire, and are made as thin as possible so that they can easily penetrate into tight spaces. On the other hand, from the viewpoint of use, it is desirable to keep the length as short as possible as long as it does not interfere with installation, since it is desired to avoid protruding too long from the back of the slippery cloth and causing a hindrance to use. Even if it is made thinner, it can be expected that the bending rigidity can be increased to a certain extent by shortening the length, as seen in the fact that it is only a cantilever with one end fixed. Taking these points into consideration, we choose the thickness, length, bending angle, planting density, etc. that take into account ease of attachment and usability, and implant the hairline into the base plate, in some cases as shown in Figure 3. The effect can be improved by considering the angle of the whisker line.

Figure 4 shows another example of the embodiment, in which instead of using the spring force in the examples shown in Figures 1 and 2, frictional force is used based on the concept of "tight fit". . In this example, two base plates 1 with whisker lines uniformly planted in each direction are used.
．． Assemble case 3. as shown in the same figure (3). It is built relatively tightly into the body, slides left and right by applying force against the friction, and uses the force of friction to maintain its shape. In this example, the base plate is shown in the same figure (
As shown in 2), it has a structure in which it is divided into two tongues and inserted into each other differently. In this way, even if there are some wrinkles or sag in the clothing to be attached, it is thought that the attachment force will be exerted by catching the wrinkles locally. In carrying out the present invention, various such configurations can be considered.

(Effects) As mentioned in (Prior art), there is currently no method that allows for easy attachment and removal of attachments to clothing, etc. For example, at large domestic and international conferences such as international conferences, people often wear name tags with their names, but surprisingly there is no such thing as an effective option. Although securing it with a safety pin is reliable, it is cumbersome, and although it can be clipped to the edge of a pocket, it often falls off. According to the method of the present invention, it can be fastened easily and reliably in a similar manner to a safety pin, and it is extremely easy to attach and detach.

It is also believed that this fixture is effective when used as name tags to display product names and prices of clothing.

Alternatively, it is expected that there will be a wide range of multipurpose applications in which light weight objects such as light microphones can be attached to and removed from clothing or the like at any time.

Claims (1)

[Claims] (1) A plurality of plates in which needles bent in a certain direction are embedded can be moved on the same surface, and (2) the surface in which each needle is embedded is pressed against clothing, etc. (3) moving the tips of the needles in different directions so that they bite into the texture of the clothing, etc.; (3) making the tips of the needles dig into the clothes, etc. in different directions at the same time; This method is used to attach the product to clothing, etc.