JP2022037760A - Glove for preventing infection of harmful bacteria - Google Patents

Abstract

To provide gloves adaptable to any variation of hand contact so as to prevent infection of harmful bacteria, because the contact mode of the hand with an object is multifarious.SOLUTION: A glove for preventing infection of harmful bacteria has a cylindrical wrist/finger protecting body which has both ends opened and is formed by weaving a sub-thread of a silver material and a main thread of a synthetic resin material into an elastic woven fabric. A base part of the cylindrical wrist/finger protecting body is formed of a wrist tightening cylindrical body having a stronger elasticity than the wrist/finger protecting body, and a peripheral edge of a tip of the cylindrical wrist/finger protecting body is formed of a thick partition edge obtained by folding, and thus a glove for preventing infection of harmful bacteria is provided which can be adapted to any variation of hand contact.SELECTED DRAWING: Figure 1

Description

There is an application for application of Article 30, Paragraph 2 of the Patent Act. It is published on page 115 of the August 2020 issue of Nikkei Trendy issued by Nikkei BP Co., Ltd. on July 4, 2020. It was published on page 167 of the August 25, 2020 issue of Fujin Koron, published by Chuokoron-Shinsha Co., Ltd. on August 11, 2020. It was released on the company's website from April 14, 2020. It was released on the website operated by Rakuten, Inc. from April 14, 2020. Sold to Kimura Kogyo Co., Ltd. on July 31, 2020. Sold to Plus Nylon Co., Ltd. on August 7, 2020. From August 11, 2020, it was released on the website operated by NF Co., Ltd.

The present invention relates to gloves for preventing the transmission of harmful bacteria that can protect the human body as much as possible from harmful bacteria such as viruses that are transmitted by direct contact with an object.

Recent transmissions of pathogens such as the coronavirus have given humankind an unprecedented amount of fear. Its infectivity is something that humankind has never experienced.
It is proposed that the basic defense method is to remove pathogens attached to the hands by hand washing. In other words, this is a means to eliminate as much as possible the risk of transmission of pathogens from anything that comes into contact with the hand.

The basic means of preventing transmission from such basic pathogens is to prevent the human hand from coming into direct contact with an object to which the pathogen is considered to be attached. From this point of view, it is conceivable to wear gloves at all times to avoid contact with pathogens as much as possible.
In addition, as another transmission prevention means, it is conceivable to apply a disinfectant to the hand as quickly as possible after contacting the article to sterilize it.

Patent Document 1 describes gloves carrying an antibody. The gloves described in Patent Document 1 can prevent influenza and disease infections by simply wearing them, and can inactivate the antigen attached to the gloves with an antibody. Therefore, even if the glove touches another substance with the antigen attached, there is no possibility that the antigen will be diffused.

Japanese Unexamined Patent Publication No. 2011-21299

However, although the glove described in Patent Document 1 is a simple and effective method, it has a configuration in which a portion corresponding to a fingertip is divided into five crotches and each finger is inserted, as in the conventional case. The gloves had to be put on and taken off each time they were used, and the act of putting on and taking off the gloves was complicated. In addition, although such conventional means are simple and effective methods, there are various forms in which the hand comes into contact with the article in daily life, and it is not possible to deal with any deformation of the hand contact. I didn't.

In the present invention, the transmission of harmful bacteria that makes it possible to grasp and operate an object without contacting the hand in spite of the change in the form that the hand touches by wearing it on the hand. We will not provide protective gloves.

The first aspect of the present invention is characterized in that a tubular wrist-finger protector having openings at both ends is formed by elastically weaving a secondary weave of a silver material and a main weave of a synthetic resin material. It is intended to provide gloves for protection against transmission.

Further, the second aspect of the present invention is characterized in that the base of the tubular wrist / finger protector is a wrist tightening tube having stronger elasticity than the wrist / finger protector.

Further, the third aspect of the present invention is characterized in that a thickly formed partition edge portion is formed on the peripheral edge portion of the tip of the tubular wrist / finger protector.

According to the first aspect of the present invention, a tubular wrist / finger protector having openings at both ends is formed by elastically weaving a secondary weave of a silver material and a main weave of a synthetic resin material to control a pathogenic bacterium. The hand stored in the cylinder can move freely inside the wrist / finger protection body without being attached to the body, and can grasp, touch, and push an object through the wrist / finger protection body.

Further, according to the second aspect of the present invention, the base of the tubular wrist / finger protector is a wrist tightening tube that is more elastic than the wrist / finger protector, so that the wrist / finger protector is made of a thick cloth. It is constructed and the wrist can be covered with a stronger tightening force. Therefore, even if the fingertip moves freely in the wrist / finger protection body, it is possible to prevent the wrist / finger protection body from coming off toward the tip or the fingertip being exposed from the tip opening.

Further, according to the third aspect of the present invention, the hand is inserted into the wrist / finger protector by forming a thickly folded partition edge on the peripheral edge of the tip of the tubular wrist / finger protector. When various movements such as gripping, rotation, and pressing are performed on the object, the hand is locked to the partition edge in the wrist-finger protection body, and various movements can be facilitated.

It is a front view which shows the glove for the transmission protection of harmful bacteria which concerns on 1st Embodiment of this invention. It is a front view which shows the state which the wrist-finger protection body of the glove for protection against transmission of harmful bacteria which concerns on 1st Embodiment of this invention is bent. It is a front view which shows the state which wears the gloves for the transmission protection of harmful bacteria which concerns on 1st Embodiment of this invention. It is a back view which shows the state which wears the gloves for the transmission protection of harmful bacteria which concerns on 1st Embodiment of this invention. It is a front view which shows the glove for the transmission protection of harmful bacteria which concerns on the 2nd Embodiment of this invention. It is a figure which shows the state which wears the gloves for the transmission prevention of harmful bacteria which concerns on the 2nd Embodiment of this invention, (a) is a schematic diagram which shows the state which covered from the upper arm to the hand, (b) is a schematic diagram. It is a schematic diagram which shows the state which covered from the upper arm to the wrist, and exposed the palm. It is a front view which shows the glove for the transmission protection of harmful bacteria which concerns on the 3rd Embodiment of this invention. It is a schematic diagram which shows the state which wears the gloves for the transmission protection of harmful bacteria which concerns on the 3rd Embodiment of this invention. It is a schematic diagram which shows the state which exposed the fingertip by wearing the gloves for the transmission prevention of harmful bacteria which concerns on the 3rd Embodiment of this invention. It is a schematic diagram which shows the state which wears the transmission protection glove which concerns on 1st Embodiment of this invention, and presses a wall surface switch. It is a schematic diagram which shows the state which wears the transmission protection glove which concerns on 1st Embodiment of this invention, and holds a doorknob. It is a schematic diagram which shows the state which wears the transmission protection glove which concerns on 1st Embodiment of this invention, and holds a handset.

The gist of the present invention is that an auxiliary weaving yarn made of a silver material and a main weaving yarn made of a synthetic resin material are elastically woven to form a tubular wrist / finger protector having openings at both ends, and a tubular wrist / finger. The base of the protective body is a wrist tightening tube that is more elastic than the wrist-finger protector, and the peripheral edge of the tip of the tubular wrist-finger protector has a thickly folded partition edge. I have done it.

Examples of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a front view showing a glove for preventing transmission of harmful bacteria according to this embodiment, FIG. 2 is a front view showing a state in which the wrist / finger protector of FIG. 1 is folded, and FIG. 3 is a front view showing a state of contagion. It is a front view which shows the state which wears the protective glove 100A, and FIG. 4 is a rear view which shows the state which wears the transmission protection glove 100A.

In the gloves 100A for preventing transmission of harmful bacteria according to the examples, the auxiliary weaving yarn 1 made of silver material and the main weaving yarn 2 made of synthetic resin material are knitted in a predetermined knitting method, for example, opening at both ends in the same weaving method as stockings for women. It is woven in the shape of a cylinder. The weaving method of stockings for women is roughly divided into two types, "cross knitting" and "zocchi knitting", depending on the type of thread used. "Mixed knitting" is a knitted knitting (flat knitting) in which two different types of yarn, nylon yarn and support yarn (a yarn formed by spirally winding nylon as a core yarn with polyurethane as a sheath yarn), are alternately knitted. It is a weaving method that is knitted by knitting). In addition, "Zokki knitting" is a weaving method knitted by knitting (flat knitting) with only support yarn. In this embodiment, a weaving method of "cross-knitting" is knitted by alternately knitting (flat knitting) yarns of different materials of the secondary weaving yarn 1 made of silver material and the main weaving yarn 2 made of synthetic resin. Is adopted.

In the present invention, the subweaving yarn 1 made of a silver material is exposed on the surface. As a result, it is possible to provide a bactericidal function peculiar to silver and abrasion durability as a metal thread, and it is possible to impart flexibility with a constant strength as compared with the case where it is made of a fiber material.

The main weaving yarn 2 of the synthetic resin material to be woven with the secondary weaving yarn 1 of the silver material uses silk yarn, resin yarn or the like which is usually used as a material constituting women's stockings, and has elasticity and elasticity.

When weaving the main weaving yarn 2 made of synthetic resin material and the sub weaving yarn 1 made of silver material, as shown in the partially enlarged view of FIG. By repeating the process of putting the next ring in a ring in which one or several threads are formed into a ring, and weaving it in a cloth-like manner, as in "knitting)", it is quite possible. It can be woven elastically with a large tensile stress, for example, a tensile stress that stretches with normal tension but immediately expands and contracts to return to the original shape.

The shape woven by each weaving thread forms a tubular wrist / finger protecting body 10A having openings at both ends. That is, the tubular wrist-finger protector 10A can be stored in the cylinder by inserting a hand from the base opening end 11 and pulling out or retracting the fingertip from the tip opening end 12 as needed. It is configured so that it can be done.

In addition, the hand retracted and stored in the cylinder can move freely within the wrist / finger protector 10A, and the wrist / finger can be grasped, touched, and pushed through the wrist / finger protector 10A. The protective body 10A is configured. Such a configuration is the main part of the present invention.

That is, it is the gist of the present invention that the article can be operated without direct contact with the article to which the pathogen is considered to be attached in order to prevent transmission from the pathogen.

As shown in FIG. 3 or 4, the elastically woven tubular wrist-finger protector 10A has a base as a wrist tightening cylinder 13A having a stronger elasticity than the wrist-finger protector 10A, and the peripheral edge of the tip. The portion was formed into a thick folded portion to form a partition edge portion 14.

The partition edge portion 14 having a thickly folded tip peripheral portion of the wrist / finger protection body 10A inserts a hand into the wrist / finger protection body 10A to perform various movements such as gripping, rotation, and pressing against the object. The hand is locked to the partition edge 14 in the wrist / finger protection body 10A so that various exercises can be easily performed.

Further, a wrist tightening cylinder 13A having a stronger elasticity than the wrist / finger protection body 10A is extended to the base of the tubular wrist / finger protection body 10A. The base end portion of the wrist tightening cylinder 13A is made of a thick cloth, and further, the wrist can be covered with a stronger tightening force than the wrist / finger protection body 10A by the above-mentioned structure. Further, the base opening end 11 of the wrist / finger protector 10A is locked to the base of the wearer's palm, and the reference position of the wrist / finger protector 10A is near the wrist, so that the wrist / finger protector 10A is within the wrist / finger protector 10A. Even if the fingertip is freely moved, there is no possibility that the tip opening end portion 12 is exceeded and exposed from the wrist / finger protector 10A, and the possibility that the wrist / finger protector 10A moves toward the tip of the hand and comes off can be eliminated.

<< Second Example >>
A second embodiment of the present invention will be described with reference to the drawings.
FIG. 5 is an overall explanatory view showing a second embodiment of the glove 100B for preventing transmission of harmful bacteria. In the second embodiment, the configurations of the wrist-finger protector 10B and the wrist-finger tightening cylinder 13B of the glove 100B for preventing transmission of harmful bacteria are different from those of the first embodiment. Since the other configurations are the same, the description thereof will be omitted.

As shown in FIGS. 5 and 6, the infectious agent protective glove 100B in the second embodiment has the total length of the wrist / finger protection body 10B and the wrist / finger tightening cylinder 13B longer than those in the first embodiment. ..

The wrist / finger protecting body 10B is formed into a tubular body by sewing a silver material auxiliary weaving thread 1 and a synthetic resin material main weaving thread 2 by knitting as in the first embodiment. The wrist-finger protector 10B in the second embodiment is configured to cover from the tip of the finger to the vicinity of the wrist. At the base of the wrist-finger protection body 10B, a wrist-finger tightening cylinder 13B is extended as in the first embodiment.

As shown in FIGS. 5 and 6, the wrist-finger tightening cylinder 13B has a total length covering a part of the upper arm from the vicinity of the wrist. The wrist-finger tightening cylinder 13B is provided with a terminal opening 15 made of an elastic body at an end opposite to the end connected to the wrist-finger protective body 10B.

In the vicinity of the terminal opening 15, a tightening edge portion 16 is formed in which the terminal portion of the wrist-finger tightening cylinder 13B is folded back and superposed in a thick shape.
Unlike other parts constituting the wrist-finger tightening cylinder 13B, the tightening edge portion 16 is formed in a thick shape to reduce the radial extension force as compared with other parts, and is engaged with the arm at a desired place. It has the effect of stopping.
As a result, the wearer of the transmission protection glove 100B can fix the tightening edge 16 to the upper arm.

With such a configuration, the area from the upper arm to the tip of the finger can be covered with the infectious agent protective glove 100B, the exposure of the skin in contact with the pathogen can be reduced, and the risk of infection by the pathogen can be reduced as much as possible. In addition, by covering the entire wrist and fingers with a silver material, the risk of infection with pathogens can be reduced even if the article is gripped from the finger to the forearm when gripping a large article that does not fit in the finger. In both cases, the risk of virus infection can be reduced by covering the palm, which has the highest frequency of contact with the article, with the gloves. Further, since the locking portion of the infectious protection glove 100B is the tightening edge portion 16 located at the tip of the wrist / finger tightening cylinder 13B, the wrist / finger protection body 10B may move toward the hand and come out of the hand. You can surely keep your hands covered.

<< Third Example >>
A third embodiment of the present invention will be described with reference to the drawings.
FIG. 7 is an overall explanatory view showing a third embodiment of the glove 100C for preventing transmission of harmful bacteria. In the third embodiment, the configuration of the wrist / finger protector 10A of the glove 100A for preventing the transmission of harmful bacteria is different from that of the first embodiment. Since the other configurations (wrist tightening cylinder 13A) are the same, the description thereof will be omitted.

As shown in FIG. 7, the wrist-finger protector 10C in the third embodiment includes a branch point 17 in the middle of the base open end 11 to the tip open end 12. The wrist-finger protector 10C is divided into two bags at the branch point 17, and includes a first finger bag 10Ca and a second finger bag 10Cb.

The first finger bag 10Ca has a tubular body into which a thumb can be inserted among the five fingers, and can be attached along the thumb when attached, as shown in FIGS. 8 and 9. Further, the first finger bag 10Ca closes the tip portion thereof.
The second finger bag 10Cb is configured as a tubular body into which four fingers other than the thumb can be inserted out of the five fingers, and when attached, there is a margin so that the four fingers can move freely inside the cylinder. It is composed of a cylinder that has been held. Further, the second finger bag 10Cb is formed by opening the tip portion thereof to form the tip opening end portion 12'.

The wrist-finger protector 10C is divided into two bags, a first finger bag 10Ca and a second finger bag 10Cb, to form a so-called mittens shape, thereby ensuring the article while preventing transmission from pathogenic bacteria. It is configured so that it can be gripped easily. That is, the wrist / finger protector 10C can be moved independently from the other four fingers by inserting the thumb into the first finger bag 10Ca, as compared with the state where the wrist / finger protector 10C is not attached. It is possible to realize the movement of the fingertips that grip the article as well. With this configuration, the infection protection glove 100C has the effect of reliably gripping more articles while preventing infection with a virus.

Further, since the transmission protective glove 100C has an opening at the tip of the second finger bag 10Cb, there is an effect that the four fingers stored in the second finger bag 10Cb can be easily exposed. Further, since the second finger bag 10Cb does not store the thumb that is bent in a different direction from the other fingers, the possibility that the thumb is caught in the wrist finger protector 10C when exposing the four fingers is eliminated. It also has the effect of making it easier to expose the four fingers.
Further, the tip opening end portion 12', which is the tip end portion of the second finger bag 10Cb, is configured to have an opening width substantially equal to the width of the four fingers from the index finger to the little finger. As a result, as shown in FIG. 9, when the tips of the four fingers are exposed, the edge 14 is locked and fixed to the side surface of the second joint of the index finger and the side surface of the first joint of the little finger, and the finger is exposed. Has the effect of being able to maintain.

With this configuration, the transmission protection gloves 100C in the third embodiment have a configuration in which the fingers can be prevented from coming into contact with the article to prevent transmission from pathogens while the article can be reliably gripped, and four gloves are provided. It is configured so that the four fingers can be kept exposed while being easily attached to and detached from the fingers.

A use case of the present invention will be described with reference to FIGS. 10 to 12 by taking the infectious defense glove 100A described in the first embodiment as an example.

When operating the knob of the door, operating the push button of the elevator, pressing the push button of the telephone, holding the handset of the telephone, exchanging money for accounting, etc. When contact occurs, the glove 100A for preventing the transmission of harmful bacteria of this example is used.

First, the wearer inserts a finger from the base end of the harmful bacteria transmission protective glove 100A, that is, the terminal opening 15 of the wrist tightening cylinder 13A, and stores the finger up to the wrist.

The fingers may be stored in the infectious protection glove 100A so as not to be exposed from the tip opening end portion 12, or may be in a state where various finger operations are directly performed with a part protruding. Basically, while the fingers are stored in the infectious protection glove 100A, the infectious protective glove 100A is interposed to contact various operation objects to perform the operation.

At this time, there are various modes of operation depending on the object to be contacted, and as shown in FIGS. 10 to 12, various operation modes such as rotation of the doorknob, pressing of the push button of the telephone, pressing of the switch, etc. The corresponding movements of the fingers and wrists are performed, and the movements of the fingers and wrists are performed within the infectious protection glove 100A, and the infectious protection gloves 100A are required to be transformed into various forms according to the movement. The operation movement form is realized, and finally the non-contact type object is accurately operated.

At this time, the folded thick partition edge portion 14 formed on the peripheral edge of the tip of the wrist / finger protector 10A is inserted into the wrist / finger protector 10A to grip, rotate, press, etc. against the object. When performing the exercise, the hand is locked to the partition edge portion 14 in the wrist / finger protection body 10A, and various exercises can be easily performed.

In addition, when it is necessary to operate by directly contacting the finger with an object, it is necessary to project only the necessary finger portion from the tip opening end portion 12 of the transmission protection glove 100A and directly contact the finger to perform the operation. The operation can be performed with the minimum protruding state.

The present invention is not limited to the above-described embodiment, and the configurations disclosed in the above-described embodiments are replaced with each other or the combinations are changed, and the known inventions and the configurations disclosed in the above-described embodiments are mutually replaced. It also includes a configuration in which the combination is changed or replaced with. Further, the technical scope of the present invention is not limited to the above-described embodiment, but extends to the matters described in the claims and their equivalents.

1 Secondary weaving thread 2 Main weaving thread 10A, 10B, 10C Wrist finger protector 10Ca First finger bag 10Cb Second finger bag 11 Base opening end 12 Tip opening end 13A, 13B Wrist tightening cylinder 14 Partition edge 15 End Opening 16 Tightening edge 17 Bifurcation point 100A, 100B, 100C Transmission protection gloves

Claims (3)

Gloves for the transmission of harmful bacteria, which are characterized by elastically weaving a silver secondary weave and a synthetic resin main weave to form a tubular wrist-finger protector with openings at both ends. The glove for preventing the transmission of harmful bacteria according to claim 1, wherein the base of the tubular wrist-finger protector extends a wrist-tightening tube that is more elastic than the wrist-finger protector. The glove for preventing the transmission of harmful bacteria according to claim 1 or 2, wherein the peripheral portion of the tip of the tubular wrist / finger protector has a thickly formed partition edge.

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