JP2021159727A - Simple paper fingerstall and manufacturing method thereof - Google Patents

Abstract

To address such a problem that, although hand washing is effective for preventing the infection of novel coronavirus, the hands should be washed very carefully and that is too troublesome to implement, and therefore, to provide, as alternative to the hand washing, a simple paper fingerstall that can be easily worn and prevent the contact infection.SOLUTION: A paper fingerstall is formed by cylindrically winding around a hand finger of a human body and bonding it with adhesive means provided at least at an end of the cylinder of the paper, and has a dome roof-like shape to which the tip end of the hand finger comes into contact and, the peripheral edge of which is inserted inside the cylindrical shape. Accordingly, a user pushes the dome roof-like part with the fingertip to push a button of an electronic apparatus and, after the use, dispose it any time in an unchanged form, thus being optimal for preventing the infection. It is made of paper so as to have no possibility to cause environmental deterioration.SELECTED DRAWING: Figure 1

Description

The present invention relates to a simple finger cot made of paper that replaces hand washing to prevent the transmission of infectious diseases due to contact infection. Hand washing is said to be effective in preventing infection with the new coronavirus, but it is troublesome and cannot be done because it must be washed carefully. Therefore, as an alternative to hand washing, we propose a simple paper finger cot that can be easily worn to prevent contact transmission.

In order to prevent infectious diseases such as the new coronavirus and influenza, it is necessary to prevent contact infection without touching the objects touched by these infectious disease patients. Hand washing, which is said to be effective in preventing contact infections, requires careful and reliable washing with soap, which is troublesome and almost impossible to wash with soap frequently. Moreover, this hand-washing has a problem that if it is washed too much and causes rough skin, it is rather easy for a virus to attach to it. Therefore, in order to prevent the spread of the new coronavirus and influenza, it is necessary to develop an alternative method to hand washing. The use of a normal finger cot is a good idea, but synthetic resin is not preferable for reducing plastic waste. Therefore, the present invention realizes a simple finger cot made of paper.

JP 2017-217181

As in Patent Document 1, when eating fried foods such as snacks, donuts, and fried chicken, a disposable finger cot that can be eaten without getting your hands dirty, can be manufactured at low cost, has easy number management, and is suitable for carrying. For the purpose of providing, a paper finger cot body 1 having an insertion port 11 for fingertips and having a tapered upper and lower surface and a gusset 2 provided on the side surface of the finger cot body 1 are inserted. A tongue-shaped piece 3 protruding from the mouth 11 and provided on the lower surface side of the finger cot body 1, a gathering band 4 attached to the outside of the lower surface of the finger cot body 1, and an adhesive provided inside the finger cot body 1. We have proposed an invention composed of a surface 5 and a release paper 5 provided inside the finger cot body 1 while facing the adhesive surface 5.

However, the technique of Patent Document 1 has a complicated structure and is expensive to manufacture. Since it is discarded after use, we want to make it as cheap as possible. In addition, the "new coronavirus" that causes sadness is often unknown all over the world. Even when forming a line, it is important to keep the distance from the neighbor 1.8 meters or more and to keep away from others.
Therefore, also in the case of Patent Document 1, there are many protruding parts, and there is a high possibility that contact infection will occur, and there is insufficient consideration to avoid contact infection of the virus, and the original purpose cannot be achieved.

If you do not press the button directly when operating the button of an electronic device, protect your finger with a paper finger cot and press it through the paper, you can prevent contact infection with the virus.
The present invention has a disposable glove that can be operated with a fingertip because contact infection cannot be reliably prevented with an insufficient configuration as in Patent Document 1, but since it is made of synthetic resin, there is an environmental problem, which is preferable. I can't wait.
A technical object of the present invention is to pay attention to such a problem and to realize a paper finger cot that can prevent contact infection by surely covering fingers with a paper quality that does not cause a problem of environmental deterioration.

The technical problem of the present invention is solved by the following means. Claim 1 has a dome roof shape, which is joined to a shape wound around a human body finger in a tubular shape by an adhesive means provided at least at the end of the cylinder of paper, and the tip of the finger abuts. A paper finger cot characterized in that the outer peripheral edge is inserted inside the tubular shape.

The paper finger cot according to claim 1, wherein the tubular shape is folded and is pre-folded at the center of the dome roof shape.

According to claim 3, the paper to be wrapped around the fingers of the human body in a cylindrical shape is provided with an adhesive means provided at least at the end of the tubular shape, and the tips of the fingers are abutted to form a dome roof shape, and the outer peripheral edge is described above. It is a method for manufacturing a paper finger cot, which is characterized by being inserted inside a cylinder.

The fourth aspect of the present invention is the finger cot according to claim 1, wherein the finger cot into which the thumb is inserted and at least the finger cot into which the index finger is inserted are connected to each other at a position closer to the opening. The rings and spiral wires may be connected to each other.

A fifth aspect of the present invention is characterized in that a paper tubular body wound in a tubular shape is inserted into the inner circumference of one or a plurality of elastic rings, and the tip of the tubular body is shaped like a dome roof. It is a paper finger cot.

According to claim 6, a paper tubular body wound in a tubular shape is inserted into the inner circumference of a cylindrical support spirally formed of a wire rod, and the tip of the tubular body is formed in a dome roof shape. It is a paper finger cot characterized by this.

A slightly protruding dome roof that is joined to a shape that is wound around a human finger in a tubular shape as in claim 1 by an adhesive means provided at least at the end of the tubular shape of the paper, and the tip of the finger abuts. Since the stopper paper has a shape and the outer peripheral edge thereof is inserted inside the tubular shape, the finger can be inserted in a known finger cot shape. Then, you can press the button of the electronic device by pressing the slightly protruding dome roof-shaped stopper paper with your fingertips. After use, it is always thrown away as it is, so it is ideal for infection prevention and hygienic. Since it is made of paper, it does not have the risk of deteriorating the environment like plastic waste.

As in claim 2, since the tubular shape is crushed and folded, and is folded at the center of the dome roof shape, it can be sold or carried in a small stack, and can be easily brought. However, it can be taken out and used or discarded at any time, effectively preventing contact transmission of viruses.

As in claim 3, the paper to be wrapped around the fingers of the human body in a tubular shape has an adhesive means at least at the end of the tubular shape, and has a dome roof-shaped stopper paper that protrudes slightly when the tips of the fingers abut. If a finger cot that is at least partially inserted inside the tubular shape is carried, a finger cot that fits one's finger can be fitted and used each time, and contact infection can be reliably prevented.

As in claim 4, since the finger cot into which the thumb is inserted and at least the finger cot into which the index finger is inserted are connected to each other at a position closer to the opening, even when gripping the hanging leather of the train, the finger cot can be grasped. It can be grasped naturally and can prevent contact infection.

As in claim 5, a paper tubular body wound in a tubular shape is inserted into the inner circumference of one or a plurality of elastic rings, and the tip of the tubular body is formed like a dome roof, so that it is discarded. Buttons can be operated via paper suitable for infection prevention.

As in claim 6, a paper tubular body wound in a tubular shape is inserted into the inner circumference of a cylindrical support spirally formed of a wire rod, and the tip of the cylindrical body is formed like a dome roof. Therefore, even if you insert your finger into the spiral body, it can be deformed, so you will not feel any discomfort even if you hold the suspension wheel of the train, and even if the suspension ring has virus etc. attached. Since it is gripped through a paper cylinder and the fingertips are covered with a dome roof, there is no risk of infection and it can be discarded immediately after use, so there is no risk of environmental damage.

It is a perspective view of the embodiment corresponding to claim 1 of the paper finger cot according to this invention. It is a top view which shows the method of making the paper finger cot by oneself only for one's finger by oneself by this invention. It is a perspective view of the state in which the paper for the paper finger cot of FIG. 2 is stacked and stored. It is a top view which shows the method of making the paper finger cot by oneself only for one's finger by oneself by this invention. It is a perspective view which shows the flexible deforming paper finger cot supported by a spiral wire rod.

Next, an embodiment will be described of how the simple paper finger cot according to the present invention is practically embodied. FIG. 1 is a perspective view of a completed paper simple finger cot according to the present invention, which corresponds to the description of claim 1. Reference numeral 1 denotes a cylindrical shape, but the shape is wound around the fingers of the human body. It is joined with glue (adhesive) 2 provided at one end so that this cylindrical shape can be maintained. Further, the lower end of the cylindrical portion 1 has an opening 3 for inserting and removing a finger. At the upper end, a dome roof shape 4 is formed by radial (to be exact, circumferential direction) bellows. At the time of production, a paper such as tissue paper is placed on the palm and pushed with a fingertip to form the dome roof shape 4, and then the outer peripheral edge of the dome roof shape 4 is forcibly pushed inside the cylindrical portion 1.

As described above, in the production, the outer peripheral edge of the dome roof shape 4 is pushed into the inside of the cylindrical portion 1, and then the glued portion 2 is pressed to fix the cylindrical portion 1. The dome roof shape 4 is not likely to come off unless it is forcibly pushed out from the inside of the cylindrical portion 1. Therefore, the outer peripheral edge of the dome roof shape 4 does not necessarily have to be adhered.

When a finger is inserted into the cylindrical portion 1 and the dome roof-shaped 4 is pressed against a push button such as an elevator with the fingertip, the finger of the human body can be pressed without contact with the push button. Therefore, it is partitioned by the cylindrical portion 1 or the dome roof shape 4, and the finger and the push button of the elevator or the like cannot come into contact with each other. Therefore, contact infection does not occur. However, in the case of a person with thick fingers, the finger does not fit into the cylindrical part 1, so it cannot be used. On the contrary, if the finger is thinner than the cylindrical part 1, the cylindrical part 1 can be tightened with a rubber band or the like. If so, it can be used. Further, since the cylindrical shape 1 is bulky, it is not suitable for carrying.

By solving these problems, I made it possible to create a dedicated finger as shown in Fig. 2. That is, each time the paper is used, the paper 5 can be wrapped around one's finger and then the edge can be adhered. The paper 5 is a quadrangular rolled paper, and a vertical adhesive region 6 is provided in advance at the right end. The dome paper 8 is provided through the upper separation notch 7. The notch 7 for separation partially leaves the connecting portion 9, and the square wrapping paper 5 and the dome paper 8 are partially connected.

With this configuration, you can easily make your own simple paper finger cot. First, a rectangular wrapping paper 5 is wrapped around one's desired finger, and then the adhesive region 6 is pressed and joined to form a cylinder 1. Next, the dome paper 8 is placed on the palm, and the center C is pushed in with a fingertip to form a bellows-shaped dome roof shape 4 in the radial direction (to be exact, the circumferential direction). The outer peripheral edge protrudes from the cylindrical shape 1, but the outer peripheral edge is forcibly pushed into the cylindrical portion 1. Finally, when the center C of the dome roof shape is pressed on the palm with a fingertip to finish the dome roof shape 4, the shape shown in FIG. 1 is obtained.

However, the shape of FIG. 1 is cylindrical and bulky, so that it loses its shape when stored in a pocket. Therefore, as in claim 2, the cylindrical shape 1 is crushed flat and folded to form a double layer, and the dome roof shape 4 formed in advance is folded in half and folded. At that time, if it is folded in the same direction as described above, it will be doubled as a whole, and even if it is stored in a pocket, it will not be bulky.
Decorative drawings and symbols are printed on the cylindrical shape 1 of FIG. 1 and the wrapping paper 5 of FIG. 2, and when the hand touches the face, viruses and bacteria adhere to it, so that attention can be drawn and infectious diseases can be prevented. It is convenient on the above. The joining region 6 can be crimped without using an adhesive as long as it can be joined.

If the configuration of FIG. 2 is stored as it is in the square container 10 as shown in FIG. 3, it becomes smaller and easier to carry.
The material of the paper constituting the cylindrical shape 1, the dome roof shape 4, the rolled paper 5, and the paper 8 may not be plastic waste and deteriorate the environment. Therefore, for example, kitchen paper and non-woven fabric are not made of synthetic resin and can be discarded in the same manner as paper.
It should be noted that the cylindrical shape 1, the dome roof shape 4, the rolled paper 5, and the paper 8 may be made by stacking a plurality of sheets. That is, it is possible to stack a plurality of sheets of soft paper such as tissue paper.

FIG. 4 is a perspective view showing another embodiment. Although at least one ring 11 is used, the ring 11 of this embodiment is not an endless ring, but is interrupted by an oblique gap 12 at one place in the middle to impart elasticity. Then, a cylinder 13 in which, for example, a tissue paper is rounded is inserted into the inner circumference of the ring 11. When one end of this paper cylinder is used as a stopper paper, for example, it is placed on the palm and the center is pressed with a fingertip, the dome roof shape 4 as shown in FIG. 1 is formed. Insert your finger into this paper cylinder 13 and use it to press buttons, etc. After use, pull out the paper cylinder 13 and discard it.

In addition, by using an openable and closable spring ring that is used as a key chain, etc., by winding the wire around twice, the structure that can be freely attached and detached can be used as a substitute for the ring 11 interrupted by the gap 12. ..

FIG. 5 is a perspective view showing another embodiment. For example, a spiral wire 14 in which a wire such as a wire is spirally wound around a finger is used as a flexible support. Then, a cylindrical paper 15 formed by winding a tissue paper or the like around a finger is inserted into the inner circumference of the spiral wire rod 14. When the stopper paper 16 at one end of the paper cylinder 15 is placed on the palm, for example, and the fingertips are abutted against it, the dome roof shape 4 as shown in FIG. 1 is formed. Since the spiral wire 14 is connected from the start end to the end end, unlike the case where a plurality of independent rings are used as shown in FIG. 4, even if the cylindrical paper 15 is pulled out, the inconvenience of being dispersed in pieces does not occur. .. In addition, since the spiral wire rod 14 has flexibility and springiness, it deforms freely according to the movement of the finger, which is convenient when gripping the hanging strap of a train.

As described above, since it is a simple finger cot made of paper, it does not deteriorate the environment like plastic waste even if it is easily discarded after use. Paper is not elastic, so if your fingers are too thick, you can easily make your own finger cot, which is convenient. As shown in FIGS. 4 and 5, a break ring, a double ring, or a spiral wire rod is used as a support means, and a soft paper such as tissue paper is wrapped around a finger in a cylindrical shape and inserted. The finger cot is also easy to manufacture. Also, unlike commercially available rubber finger cots, paper finger cots are unique, so you can feel resistance and prevent them from touching your face.

1 Cylindrical part 2 Adhesive means 3 Opening 4 Dome roof-like part 5 Paper 6 Joining area 7 Separation notch 8 Dome paper 9 Connecting part C center
10 square container
11 ring
12 Gap
13 cylinder
14 Spiral wire
15 Cylindrical paper
16 Dome roof

Claims (6)

It has a dome roof shape that is joined to the shape of a human body wrapped in a cylinder by a joining means provided at the end of the paper that is wound into a cylinder, and that the tips of the fingers hit, at least part of it. A paper finger cot characterized by being inserted inside the tubular shape. The paper finger cot according to claim 1, wherein the tubular shape is folded and is folded at a pre-joined central portion of the dome roof shape. The paper to be wrapped around the fingers of the human body in a tubular shape has a dome roof shape at least at the end in the tubular direction and with the tips of the fingers abutting, and at least a part of the paper is inserted inside the tubular shape. A paper finger cot featuring that. A connecting structure of a paper finger cot, characterized in that a paper finger cot or ring or spiral wire into which a thumb is inserted and at least a paper finger cot or ring or spiral wire into which a thumb is inserted are connected to each other. A paper finger cot characterized in that a paper tubular body rolled into a tubular shape is inserted into the inner circumference of one or a plurality of interruption rings, and the tip of the tubular body is formed in a dome roof shape. A paper finger characterized in that a paper tubular body wound in a cylindrical shape is inserted into the inner circumference of a support spirally formed of a wire rod, and the tip of the tubular body is formed in a dome roof shape. Sack.

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