JP3229572U - Finger coat with infection prevention function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To immediately attach a virus to a switch or a door knob on which a virus is likely to be attached without taking time just before touching a switch or a door knob, and even if the virus is attached, the virus can be attached. We provide a finger coat with an infection prevention function that can sterilize the virus by disinfecting and cleaning the easily attached part without transferring the attached virus to the body etc. when inserting and removing the finger by clearly indicating the part where it easily adheres. To do. SOLUTION: In order to adapt to a difference in finger thickness, a hollow cylindrical free size ring having a slit is formed of a resin material, a metal material, or the like, and a finger to be inserted in the vicinity of a finger insertion port 3 of the free size ring. The finger cot 8 is covered on the body with the marking 2 indicating the direction of the finger pad. [Selection diagram] Fig. 1

Description

Recently, SARS and corona have become threats as infectious diseases. There are two possible routes for these infections: droplet infection and contact infection. With regard to contact infection, after the infected person holds down sneezing or coughing with his / her hand, he / she touches the surrounding objects with his / her hand to attach the virus. Another person touches the object and the virus attaches to the hand, and the hand touches the mouth or nose to infect the mucous membrane. The main areas of infection are straps on trains and buses, doorknobs and switches. In order to prevent this contact infection, how to avoid contact with the virus is required, and a simple virus protective device that can be taken out and put on and taken off the finger when necessary without taking time is required.

To prevent the virus from being transmitted from the mouth or nose via the hands or fingers, the hands or fingers are directly placed on switches or door knobs that are likely to have the virus attached to gloves, finger cots, cloth, or dust paper. Although measures have been taken not to touch them, it cannot be denied that they may come into contact with the virus when putting on and taking off gloves, finger cots, cloth, dust paper, etc. with the virus attached. In particular, since a general-purpose finger cot is formed of a high-friction soft thin film, the soft thin film is adsorbed and clinging to the finger when the finger is inserted and removed, so that the insertion and removal takes time and cannot be used immediately.

Problems that the device tries to solve

Just before touching a switch or door knob that has a high possibility of having a virus attached to it, it can be immediately attached to the finger without taking time, and even if the virus adheres, the virus easily adheres. By clearly indicating the location, a finger coat with an infection prevention function that can sterilize the virus by disinfecting and cleaning the easily adhered spot without transferring the virus adhering to the body when the finger is inserted or removed is provided.

Means to solve problems

In order to adapt to the difference in finger thickness, a hollow cylindrical free-size ring with slits is formed from resin material, metal material, etc., and the direction of the finger pad of the finger to be inserted near the finger insertion opening of the free-size ring Cover the body with the markings to be displayed with a finger cot.

Effect of the device

When you touch a switch or door knob that is likely to have a virus on it, you can immediately attach it to your finger in no time and easily remove it. Even if a virus adheres, markings and slits Since it is clear where the virus is likely to adhere to the finger cot, it is difficult to transfer the virus to the body by avoiding touching the virus attachment part when inserting or removing the finger, and also when storing the virus. A finger coat that can be disinfected and washed is realized.

FIG. 1 shows the basic construct of the finger cot with the infection prevention function according to the present invention. 2 and 4 show an example of a body that covers the finger cot shown in FIG. 3 to form the finger coat with an infection prevention function of the present invention. The finger cot shown in FIG. 3 is intended for general-purpose products on the market, and is generally made of a soft thin film material having a high coefficient of friction. Therefore, the reinforcing portion of the finger insertion opening can be inserted or removed from the finger. 7 is not easy because the soft thin film portion 8 is caught around. For this reason, for example, when purchasing a ticket at a ticket vending machine, the finger cot cannot be quickly fitted or removed from the finger, and it is difficult to avoid the transfer of the virus attached to the push button to the finger with the finger cot. FIG. 2 shows an example of a conceptual diagram of a body for covering a finger cot. The hollow cylindrical one-size-fits-all ring 1 made of an elastic resin material, a bendable metal, or the like adapts to the difference in finger thickness in the gap of the slit 4. 3 is a finger insertion / removal port. There are various types of slit shapes such as horizontal type and inclined type. The finger cot is attached to the free size ring by covering the reinforcing portion 7 of the finger insertion port with the marking 2 of the free size ring 1 as a target. When inserting or removing a finger into a finger cot with an infection prevention function, check the markings and slits, align the finger pad with the slit, and insert or remove. It is desirable that the length of the one-size-fits-all ring is less than or equal to the length of the first joint for the thumb and less than or equal to the length of the second joint for other than the thumb in consideration of finger bending. The marking 2 on the body can also be used as a pick when inserting and removing a finger coat with an infection prevention function on the finger.

In FIG. 4, a hollow cylindrical one-size-fits-all ring provided with a slit 4 is extended close to the tip of the finger, and an opening 6 is provided in the extension portion where the finger pad is placed, and the finger pad is inserted through the finger cot. Make sure that you can press the buttons. The one-size-fits-all ring and the extension of the one-size-fits-all ring do not touch the soft thin film of the finger cot when the finger is inserted into and removed from the finger coat with an infection prevention function, so the soft thin film does not get entangled with the finger and is extremely Can be inserted and removed smoothly. Generally, a general-purpose finger cot is made of a soft thin film material with a high coefficient of friction, so it has a large anti-slip effect between the free size ring surface and the free size ring extension surface, and prevents the finger cot from coming off the body. It is missing. However, even when the finger cot with the infection prevention function of the present invention is used, there is a high possibility that the virus adheres to the surface of the finger cot at the finger pad opening, but the finger pad opening is made by marking or slitting. Since the position of the part can be clearly confirmed, contact infection of the virus by fingers can be prevented by performing appropriate disinfection and cleaning without directly touching this part.

An example is shown in which the finger coat with an infection prevention function of the present invention is configured for the index finger. The body extends a hollow cylindrical one-size-fits-all ring close to the tip of the finger, and the extension portion is used to place the finger pad of the finger. A body with an opening is formed, the body is 0.5 mm thick, the free size ring diameter is 22 mm, the length is 35 mm, the slit is a horizontal type and the width is 8 mm, the marking height is 5 mm, and it is composed of polypropylene material and coated. The finger cot has a diameter of 20 mm and a length of 50 mm. It is effective for finger movements to have a dimension that allows the thumb to be bent at the first joint and the other fingers at the second joint. It was confirmed that if the finger coat with an infection prevention function according to the present invention is attached to the thumb and index finger of one hand, most operations such as pressing buttons on ATMs and operating doorknobs are possible. In addition, the marking guides the insertion direction of the finger together with the slit, and various display methods such as providing a notch indicating the fingernail surface and displaying a color indicating the fingernail surface on the body are not limited to simple protrusions. Conceivable. Furthermore, the material of the one-size-fits-all ring is not limited to resin, but may be metal, and in the case of metal, copper material having resistance to bacteria is desirable. There are various types of finger cots, such as conductive, non-conductive, non-slip, men's, women's, and different sizes, and the one that suits each purpose and finger is attached. It was confirmed that the finger coat with an infection prevention function of the present invention can be used not only for virus protection but also for general office work without any problem, and the ease of inserting and removing the finger is particularly excellent. It should be noted that various modifications can be made with respect to the function, performance, appearance, materials used, dimensions, etc. as long as they do not deviate from the gist of the present invention.

The construct diagram of the finger coat with the infection prevention function by this invention is shown. The construct diagram of the body formed by the one-size-fits-all ring is shown. An example of a general-purpose finger cot is shown. The construct diagram of the body forming the one-size-fits-all ring extension part is shown.

1. 1. Free size ring 2. Marking 3. Finger insertion / extraction port 4. Slit 5. Free size ring extension 6. Finger pad opening 7. Finger cot insertion slot reinforcement 8. Soft thin film part of finger cot

Claims (3)

For finger cots that can be inserted and removed in a short time, in order to adapt to the difference in finger thickness, a hollow cylindrical free size ring with slits is formed from resin material, metal material, etc., and the finger of the free size ring By covering the body with a marking indicating the direction of the finger pad of the finger to be inserted near the insertion opening, the finger cot can be inserted and removed in a short time, the covering finger cot can be replaced, and the virus A finger coat with an infection prevention function that is easy to prevent contact infection and can be applied to both infection prevention and office work. A hollow cylindrical one-size-fits-all ring with a slit is extended close to the tip of the finger, and a finger cot is covered on a body having an opening in the part where the finger pad is placed in the extension part of the one-size-fits-all ring. The finger coat with an infection prevention function according to claim 1. The infection prevention according to claims 1 and 2, wherein the length of the hollow cylindrical one-size-fits-all ring provided with the slit is the length of the first joint or less for the thumb and the length of the second joint or less for the other fingers. Functional finger coat.

Images