JP2022122398A - Virus infection prevention hand cover - Google Patents

Abstract

To provide a mitten-shaped virus infection prevention hand cover into/from which a palm can be inserted/removed with a single touch while following the palm of a user.SOLUTION: The invention pertains to a mitten-shaped virus infection prevention hand cover 10 into/from which a palm can be inserted/removed with a single touch while following the palm of a user, and the mitten-shaped virus infection prevention hand cover 10 includes: a flat palm part 20 shaped like the palm; a bag-like thumb insertion part 21 formed on one side of the palm part 20; and a bag-like four fingers insertion part 22 formed on a tip side. Finger slip prevention means 25 for hooking PIP joint parts 36 of the fingers are provided on an edge inner side 23 of the thumb insertion part 21 and an edge inner side 23 of the four fingers insertion part 22. One end of the palm part 20, which is opposite the thumb insertion part 21 and the four fingers insertion part 22, is formed in a free end shape 24.SELECTED DRAWING: Figure 1

Description

TECHNICAL FIELD The present invention relates to a mitten-shaped viral infection prevention hand cover that can be attached and detached with a single action while fitting the palm of a user.

Following the recent outbreaks of SARS and MERS viruses, the new coronavirus outbreak in 2020 is spreading as factors for the spread of infection: "Three Cs" closed spaces (closed spaces with poor ventilation), crowded places (many people close together), close-contact settings (conversations and vocalizations are made within reach of each other's hands), and droplet infection that continues to float in the indoor air with aerosols for about 3 hours to increase the infectivity. Continuous aerosol infection (microdroplet infection), or indirectly through contact with train or bus straps, doorknobs, chairs, desks, toilet fixtures, switches of electrical equipment such as elevators, etc. It has been confirmed that the route of infection spreads.

As effective infection prevention measures for the above, avoiding crowds and close-range conversations in daily life, singing loudly in a room where many people gather, and breathing hard in close situations Avoid rude words and actions, frequently wash your hands with soap or alcohol disinfectant, wear a mask to avoid infecting yourself, and practice cough etiquette to prevent droplets from spreading to others. Preventing infection and diligently ventilating the room are considered to be important factors in taking measures to prevent virus infection.

However, the ratio of people with unknown infection routes to the number of new positive infections identified by PCR tests has accounted for more than 50%. Combined with the fact that no effective antibody vaccine has been developed at this time, the rage of the new coronavirus is now steadily expanding into a pandemic.

In order to solve the above-mentioned problems, for example, cloth and a material that adheres to the skin are used, and the tip of the thumb and the tip of the other four are wrapped, respectively, and Velcro (registered trademark) hand ``Nursing care gloves for reducing the necessary force'' (Patent Document 1) has been proposed, which employs a means for fixing to the wrist with, for example.

However, the proposal for such "caregiver gloves for reducing the necessary force" is a glove that is worn so that the palm of the glove conforms to the palm of the user and the palm of the user. The holding means is composed of a wrapped portion for four fingers and a thumb, and a Velcro (registered trademark) hand attached to the wrist. ) The hand is formed in such a way that it takes a lot of time and effort to attach and detach it in use, and it is formed in a shape that cannot be continuously molded and mass-produced in the manufacturing stage.

In addition, it can be easily installed so as not to cause discomfort in situations where unspecified number of hands touch hanging straps in public transportation vehicles, etc., and it does not cause discomfort due to stuffiness even when the temperature is high. A "sanitary article for using a strap" (Patent Document 2) has been proposed, which can be folded and discarded without touching the contact surface with the strap.

However, such "sanitary goods for use with hanging straps, etc." are sanitary goods that employ means, and the sanitary goods do not completely achieve the effect of preventing virus infection because the thumb is exposed. Furthermore, it is a proposal that is specialized for the state of using a hanging strap, and is formed in a shape that cannot be continuously molded and mass-produced in the manufacturing stage due to the formation of the folded portion.

In addition, the finger slipper has a shape in which the back part of the palm is removed while leaving the palm and fingertip parts of the glove, and the palm part of the finger slipper is attached to the user's palm while following the user's palm. A "fingered finger slipper" (Patent Document 3) has been proposed that conforms to the waist.

However, the proposed "finger slipper" is based on the fact that the bag into which the fingers are inserted has a shape that can only be inserted up to the fingertips of a person, and that one end of the palm on the opposite side is formed in a free end shape. As a result, the finger slipper cannot be maintained to fit the palm of the person, and the structure that maintains the finger when trying to grab an item is only the fingertip, so it can be worn in the palm of the person. It is formed in a shape that cannot be stably maintained.

Further, a finger bag portion covering the back side portion of the finger and the palm side portion of the finger and having finger insertion openings formed in both of these portions, and a palm portion and a finger bag portion connected to the palm side portion and covering the palm portion. Alternatively, there has been proposed a "portable mitten" (Patent Document 4), which has a connecting portion attached to the palm of the hand and an open back of the hand.

However, the proposal of such a "portable mitten" makes it possible to easily put on and take off with one hand so that the connecting part is formed on the palm side part so that other people do not have to directly touch the place where they touched with their hands. Since it is formed for the purpose of reuse, it has a shape that cannot be folded by stacking a predetermined number of sheets, and can be stored in a pocket tissue bag or a tissue box for disposable use. It is not designed for convenience.

The Applicant believes that the infection route of the currently prevalent novel coronavirus among people with unknown infection routes is indirectly caused by unspecified number of people coming into contact with the doorknobs of lavatory booths in large facilities and the operation levers of water washing equipment. Focusing on the possibility of contact infection occurring, we developed a mitten-shaped virus infection prevention hand cover that can be inserted and removed with a single touch while following the user's palm. This led to the proposal of the "virus infection prevention hand cover" in the invention.

JP 2009-46791 A Utility Model Registration No. 3213199 Japanese Utility Model Publication No. 63-115017 Utility Model Registration No. 3228016

In view of the above problems, an object of the present invention is to provide a mitten-shaped hand cover for preventing virus infection, which can be inserted and removed with a single action while being placed on the user's palm.

The present invention has been made to solve the above-mentioned problems, and the virus infection preventing hand cover in the present invention is a mitten-shaped virus infection preventing hand cover that can be inserted and removed with one touch while following the palm of the user. The hand cover for preventing virus infection includes a palm-like flat palm portion, a bag-like thumb insertion portion formed on one side of the palm portion, and a bag-shaped thumb insertion portion formed on the other side. A bag-like four-fingered insertion part is formed, and the inside of the edge of the thumb insertion part and the inside of the edge of the four-fingers insertion part are provided with finger slip-off prevention means for hooking the PIP joints of the fingers. and one end of the palm portion on the opposite side of the thumb insertion portion and the four finger insertion portion is formed into a free end shape.

According to the virus infection-preventing hand cover of the present invention, it is composed of a palm portion, a thumb insertion portion formed on one side of the palm portion, and a four-finger insertion portion formed on the front side. The back region of the thumb insertion part and the four finger insertion part is opened up to the PIP joint of the finger, and furthermore, the finger slipping prevention means for hooking the PIP joint of the finger is provided on the inner side of the edge, The finger can be easily inserted into and removed from the thumb insertion portion and the four finger insertion portion in a state that it conforms to the user's palm, and it is stably attached to the palm portion when grasping an article. Play.

Further, according to the virus infection-preventing hand cover of the present invention, since the material of the virus infection-preventing hand cover is formed of flexible nonwoven fabric, it floats in the air in the gaps of the fibers and undergoes Brownian motion. Viruses and viruses adhering to articles can be blocked, mass production is easy, the cost is low, portability is good, and disposable use is possible.

In addition, according to the virus infection prevention hand cover of the present invention, it is possible to easily open and close various doors and lock the doors without directly touching the doorknob.

In addition, according to the virus infection prevention hand cover of the present invention, as a cause of infection in people with unknown infection routes of coronavirus, public facilities, large commercial facilities, public transportation, etc. It can be used to operate the doorknobs and flushing equipment of lavatory booths in schools, hospitals, restaurants, large leisure facilities, highway parking facilities, and the like.

In addition, according to the virus infection-preventing hand covers of the present invention, by folding and storing a predetermined number of hand covers in a pocket tissue bag or tissue box, they can be used as prizes, promotional products, stockpiles for emergency disasters, and medical supplies. , It has excellent effects such as.

Further, according to the virus infection-preventing hand cover of the present invention, the material of the virus infection-preventing hand cover is any of flexible nonwoven fabric, synthetic resin, natural rubber, synthetic rubber, paper, cloth, or metal foil sheet. By being formed with, there is an excellent effect that it can be disposable and reused as a virus infection prevention article in all fields.

1 is an explanatory view showing an embodiment of a hand cover for preventing virus infection of the present invention; FIG. (Example 1) FIG. 4 is an explanatory view showing the state of use of the hand cover for preventing virus infection of the present invention; FIG. 3 is an explanatory view showing an example of storing the hand cover for preventing virus infection of the present invention; FIG. 4 is an explanatory view showing the process of manufacturing and using the virus infection-preventing hand cover of the present invention. FIG. 2 is an explanatory diagram showing an example of an article for which the hand cover for preventing virus infection of the present invention is used;

The viral infection-preventing hand cover 10 according to the present invention is a mitten-shaped viral infection-preventing hand cover 10 that can be inserted and removed with one touch while being placed on the user's palm. is a flat palm part 20 shaped like a palm, a bag-shaped thumb insertion part 21 formed on one side of the palm part 20, and a bag-shaped four-fingers insertion part formed on the other side. 22 is formed, and the inner edge portion 23 of the thumb insertion portion 21 and the inner edge portion 23 of the four finger insertion portion 22 are provided with finger slip-off prevention means 25 for hooking the PIP joint portion 36 of the finger. In addition, the greatest feature is that one end of the palm portion 20 on the opposite side of the thumb insertion portion 21 and the four finger insertion portion 22 is formed into a free end shape 24 . BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below with reference to the drawings.

It should be noted that the virus infection-preventing hand cover 10 of the present invention is not limited to the embodiments described below, but is within the scope of the technical idea of the present invention, i. can be changed as appropriate.

FIG. 1 is an explanatory diagram showing an embodiment of a hand cover for preventing virus infection of the present invention.
FIG. 1(a) is an explanatory view showing the whole of a hand cover 10 for preventing virus infection of the present invention.
The virus infection-preventing hand cover 10 of the present invention comprises a flat palm portion 20 shaped like a palm, a bag-like thumb insertion portion 21 formed on one side of the palm portion 20, and a thumb insertion portion 21 on the other side. It is formed with a bag-like four-finger insertion part 22 that is formed.

The palm part 20 is formed in a plane shape corresponding to the outline of the palm of the human hand 30, and has a bag-shaped thumb insertion part 21 on one side and a bag-shaped four-fingers insertion part 22 on the other side. Further, one end of the thumb insertion portion 21 of the palm portion 20 and one end of the four finger insertion portion 22 on the opposing side are formed in a free end shape 24 .

In addition, one end of the palm portion 20 is formed with a free end shape 24, and the shape is flat and shaped like a palm. However, when using it, it is pressed by the gripping force of gripping an article such as a knob so that it is in close contact with the palm, making it easy to grip.
In addition, it is also possible to employ a means for closely contacting the user's palm by providing an adhesive layer with low adhesiveness on the inner side of the palm portion 20 of the virus infection-preventing hand cover 10 .

The thumb insertion portion 21 is a bag-shaped insertion portion that can be inserted up to the PIP joint portion 36 of the thumb 31 of the human hand 30 , and is formed on one side of the palm portion 20 .
In addition, the depth of the bag-like insertion part is shaped so that it can be inserted up to the PIP joint part 36 of the thumb 31, so that the fingertips that are inserted while in use or along the palm of the non-user can be easily taken in and out. can do.

The four-finger insertion part 22 is a bag-shaped insertion part that can be inserted up to the PIP joint part 36 of the index finger 32, the middle finger 33, the ring finger 34, and the little finger 35 of the human hand 30, and is on the front side of the palm part 20. formed in
In addition, the depth of the bag-shaped insertion part is shaped so that it can be inserted up to the PIP joint part 36 of the four fingers (index finger 32, middle finger 33, ring finger 34, little finger 35), so that it can be used or not in the palm of the user. It is possible to easily put in and take out the fingertip that is inserted in a state of being attached.

Specifically, the depth of the bag-like insertion part is formed in a shape that allows insertion up to the PIP joint part 36 of the four fingers (index finger 32, middle finger 33, ring finger 34, little finger 35), so that when trying to wear it. The thumb 31 and four fingers (index finger 32, middle finger 33, ring finger 34, little finger 35) can be smoothly inserted into the thumb insertion part 21 and the four finger insertion part 22, and when taking off, each inserted finger can be easily removed. Furthermore, during use, the PIP joint 36 of the finger is moderately caught on one end of the entrance of the bag-like insertion portion, making it difficult to pull out, making it difficult to open/close and lock the door. It has a shape that is easy to handle.
Each insertion portion may have a depth that allows insertion of the entire finger or only the fingertip, but from the above-mentioned reason of usability, the shape that allows insertion up to the PIP joint portion 36 was found to be the best as a result of the trial test. rice field.

The free end shape 24 is formed at one end of the opposite side of the thumb insertion portion 21 and the four finger insertion portion 22 of the palm portion 20 of the hand cover 10 for preventing virus infection, and one end is formed in a free end shape. With this structure, it is possible to achieve both insertability and detachability in a state of conforming to the user's palm.

One end of the palm portion 20 has a free end shape 24, and the finger slip-off prevention means 25 is provided to prevent the palm portion 20 from being worn in a state slightly floating above the palm. It is preferable that the inner edge 23 and the inner edge 23 of the four-finger insertion portion 22 are formed in a shape in which the PIP joint portion 36 of the finger is caught. As a means, it can be formed by cushioning function by sponge or the like, elastic function by rubber or the like, expansion processing by wrinkles, embossing with anti-slip function, locking means by Teflon (registered trademark) or synthetic resin member, and the like. .

The folded stitches 26 are formed when the viral infection prevention hand cover 10 is molded and crimped. It is formed in a folded shape with a predetermined width for hooking the PIP joint portion 36 of the finger. Furthermore, since the folded tip is formed at the free end 27 which is rolled up, the finger can be inserted smoothly, and when the finger is removed, the free end 27 is attached to the PIP joint portion 36 of the finger. It is formed with a structure that is caught with moderate resistance. Furthermore, by making a plurality of cuts in the free end 27, it becomes like a small noren, so that the hooking state can be improved. Cost can be reduced.

The material for forming the virus infection-preventing hand cover 10 is, for example, any of flexible nonwoven fabric, synthetic resin, natural rubber, synthetic rubber, paper, fabric, or metal foil sheet. When it is formed, it has flexibility due to a predetermined thickness, is flat, and resembles the palm of a human hand, and is a sheet (paper, Felts and knitted fabrics are not included), which are formed into a cloth by bonding or intertwining fibers by heat treatment or mechanical or chemical action. It has various characteristics such as directionality, mass production, low cost, easy combination of multiple materials, and easy modification of thickness and voids.
It is conceivable that the surface of the nonwoven fabric is subjected to a resin coating process or an antibacterial process for the purpose of preventing infection.

In addition, non-woven fabrics can prevent infection by viruses that float in the spaces between fibers and perform Brownian motion, and viruses attached to the surface of articles, and are easy to mass-produce and are inexpensive. Furthermore, it has many advantages such as portability and disposable use.

In addition, the hand cover 10 for preventing virus infection of the present invention can be made of a flexible synthetic resin material. Since it is made of an easy-to-use silicone material, it can be reused by cleaning it with an alcohol disinfectant or running water.

In addition, the hand cover 10 for preventing virus infection of the present invention can be made of flexible natural rubber or synthetic rubber. Since it is made of a synthetic rubber sheet material, it can be reused by cleaning it with an alcohol disinfectant or running water.

In addition, the virus infection-preventing hand cover 10 of the present invention can be made of flexible paper, such as Japanese paper (including non-woven paper), pulp paper, plain paper, recycled paper, and the like. By using it, it can be used disposable, and by folding it, it can be stored and carried with bags, notebooks, handkerchiefs, etc., and it can be used as a means of preventing viral infections at restaurants. can also be used.
In addition, the surface of the paper may be subjected to resin coating processing or antibacterial processing for the purpose of preventing infection.

In addition, the hand cover 10 for preventing virus infection of the present invention can be made of flexible fabric, such as cotton or linen derived from natural materials, or synthetic resin fiber fabric derived from artificial materials. By doing so, it can be reused by washing and drying with everyday means such as a washing machine and a dryer.
In addition, the surface of the cloth may be subjected to resin coating processing or antibacterial processing for the purpose of preventing infection.

In addition, the virus infection-preventing hand cover 10 of the present invention can be formed of a metal foil sheet. In addition, it can be used by wrapping it around the hand because it does not return to its original shape even if an external force is applied, so that it does not require a finger slipping prevention means 25, etc., for virus infection prevention. To enable the provision of a hand cover 10.

The virus infection-preventing hand cover 10 of the present invention constructed as described above has a means in which the material of the hand cover is formed of any of flexible nonwoven fabric, synthetic resin, natural rubber, synthetic rubber, paper, or fabric. By adopting this, it is possible to provide the virus infection prevention hand cover 10 that is disposable and reusable as a virus infection prevention article in every field.

FIG. 1(b) is an explanatory view showing the state of use of the hand cover 10 for preventing virus infection of the present invention.
The hand cover 10 for preventing virus infection of the present invention has a palm portion 20, a thumb insertion portion 21 formed on one side of the palm portion 20, and a four-fingered insertion portion 22 formed on the other side. The thumb 31, the index finger 32, the middle finger 33, the ring finger 34 and the little finger 35 are inserted at least up to the PIP joint portion 36 for use.

The virus infection-preventing hand cover 10 of the present invention configured as described above includes a palm portion 20, a thumb insertion portion 21 formed on one side of the palm portion 20, and a four-finger insertion portion 22 formed on the other side. The back side regions of the thumb insertion portion 21 and the four finger insertion portion 22 are open to the PIP joints 36 of the fingers, and the PIP joints 36 of the fingers are formed on the inner edge 23 of the finger PIP joints 36. By providing the hooked finger slip-off prevention means 25, the finger can be easily inserted and removed from the finger insertion part while the finger is placed on the palm of the user. To provide a hand cover 10 for virus infection prevention to be worn.

FIG. 2 is an explanatory diagram showing how the hand cover for preventing virus infection of the present invention is used.
FIG. 2(a) is an explanatory view showing the wearing state of the hand cover 10 for preventing virus infection of the present invention.
The virus infection-preventing hand cover 10 of the present invention has a PIP joint portion 36 of a finger on the thumb insertion portion 21 and on the inside edge portion 23 of the four-finger insertion portion 22 by bending the fingertips. By being hooked and locked by the means 25, both insertability and mountability can be achieved.

FIG. 2(b) is an enlarged explanatory view showing a state before fingers are inserted into the four-finger insertion portion 22 of the hand cover 10 for preventing virus infection of the present invention.
By extending the finger, the finger can be easily inserted into the finger insertion portion without the PIP joint portion 36 being caught by the finger slip-off prevention means 25 .

FIG. 2(c) is an enlarged explanatory view showing a state in which fingers are inserted into the four-finger inserting portion 22 of the virus infection-preventing hand cover of the present invention.
The PIP joints 36 of the thumb 31 and the four fingers (32, 33, 34, 35) are caught on the tips of the free ends 27 of the folded back stitches 26 of the finger slip-off prevention means 25, so that the thumb insertion portion 21 and the four finger insertion portion 22 The hand cover itself is stably maintained in the hand by pushing each other so that the fingers do not slip out (see FIG. 2(a)), and the free end 24 conforms to the person's palm 30 to securely hold the article. It will be in a state where it can be gripped.

FIG. 2(d) is an enlarged explanatory view showing a state in which fingers are removed from the four-finger inserting portion 22 of the hand cover for virus infection prevention of the present invention.
By extending the finger, the finger can be easily removed from the finger insertion portion without the PIP joint portion 36 being caught by the finger removal prevention means 25. - 特許庁

The virus infection-preventing hand cover 10 of the present invention configured as described above has a thumb insertion portion 21 and a finger slip-off prevention means 25 for hooking the PIP joint portion 36 of the finger on the inner edge portion 23 of the four-finger insertion portion 22. By being provided, fingers can be easily inserted and removed from the thumb insertion portion 22 and the four-finger insertion portion 23 in a state of conforming to the palm of the user, and at the time of gripping an article, it can be attached to the palm portion 30 of the person. To provide a hand cover 10 for virus infection prevention which is stably worn.

FIG. 3 is an explanatory diagram showing a storage example of the hand cover for preventing virus infection of the present invention.
FIG. 3(a) shows a state in which the virus infection-preventing hand cover 10 of the present invention is stored in a pocket tissue bag 37, and FIG. Shows the state of being stored in

The viral infection-preventing hand cover 10 of the present invention constructed as described above can be used as a gift, a promotional item, an emergency disaster stockpile, a medical product, or a service industry by folding and storing a predetermined number of viral infection-preventing hand covers 10 . To provide viral infection preventing goods which are portable and disposable as viral infection preventing goods in a hospital.

FIG. 4 is an explanatory diagram showing the process of manufacturing and using the virus infection-preventing hand cover of the present invention.
FIG. 4(a) shows the unfolded state of the hand cover 10 for preventing virus infection.
A single sheet-like material is developed into a palm portion 20, a thumb insertion portion 21, a four-fingered insertion portion 22, and a finger slip-off prevention means 25, and is press-molded and cut into a mint shape.

FIG. 4(b) shows the folded state and adhered state of the hand cover 10 for preventing virus infection.
The finger slip-off preventing means 25 of the hand cover 10 for preventing virus infection, which has been press-molded and cut, is folded and adhered, and further, the thumb insertion section 21 and the four-finger insertion section 22 are folded and adhered.

FIG. 4(c) shows how the virus infection prevention hand cover 10 is used.
A predetermined number of hand covers 10 for preventing virus infection, which are press-molded in the preceding process, are folded and stored in a pocket tissue bag 37 or the like for carrying.

FIG. 5 is an explanatory view showing an example of an article for which the hand cover for preventing virus infection of the present invention is used.
When using the virus infection-preventing hand cover 10 of the present invention, there are variously shaped cylindrical doorknobs 40, doorknobs 41 with locking devices, toilet tank knobs 42, L-shaped doorknobs 43, and the like. Unspecified items such as letter-shaped handle 44, drop-in handle 45, slide-type locking device 46, automatic door push button 47, elevator push button 48, water faucet 49, toilet lid 50, electric lighting switch 51, etc. It prevents the spread of contact infection indirectly through contact with many people.

The virus infection-preventing hand cover of the present invention can prevent the indirect spread of contact infection when an unspecified number of people touch the article, and can be disposable and reused after use. Therefore, it is considered that the industrial applicability of the "virus infection prevention hand cover" of the present invention is extremely large.

10 Virus Infection Prevention Hand Cover 20 Palm Part 21 Thumb Insertion Part 22 Four Finger Insertion Part 23 Edge Inner Side 24 Free End Shape 25 Finger Slip Prevention Means 26 Folded Stitch 27 Free End 30 Palm Part 31 Thumb 32 Index Finger 33 Middle Finger 34 Ring Finger 35 Little finger 36 PIP joint 37 Pocket tissue bag 38 Tissue box 40 Cylindrical doorknob 41 Doorknob with locking device 42 Toilet tank knob 43 L-shaped doorknob 44 U-shaped handle 45 Drop-in handle 46 Slide-type locking device 47 Automatic door push button 48 Elevator push button 49 Faucet 50 Toilet lid 51 Electric light switch

TECHNICAL FIELD The present invention relates to a mitten-shaped virus infection-preventing hand cover capable of preventing indirect contact infection of viruses.

The Applicant believes that the infection route of the currently prevalent novel coronavirus among people with unknown infection routes is indirectly caused by unspecified number of people coming into contact with the doorknobs of lavatory booths in large facilities and the operation levers of water washing equipment. Focusing on the possibility of contact infection occurring in the virus, we developed a mitten-shaped virus infection prevention hand cover that can prevent indirect contact infection of the virus, which should solve those factors. This led to the proposal of "Infection Prevention Hand Cover".

In view of the above problems, an object of the present invention is to provide a mitten-shaped virus infection-preventing hand cover that can prevent indirect contact infection with viruses.

The present invention has been made to solve the above problems, and the virus infection-preventing hand cover in the present invention is a mitten-shaped virus infection-preventing hand cover that can prevent indirect contact infection with viruses. , the hand cover for preventing virus infection includes a flat palm-shaped palm portion, a bag-shaped thumb insertion portion formed on one side of the palm portion, and a bag-shaped portion formed on the other side of the palm. The four-finger insertion part is formed, and the inside of the edge of the thumb insertion part and the inside of the edge of the four-finger insertion part are provided with finger slip-off prevention means for hooking the PIP joint part of the finger, A means is adopted in which one end of the palm portion on the opposite side of the thumb insertion portion and the four finger insertion portion is formed into a free end shape.

The virus infection-preventing hand cover 10 of the present invention is a mitten-shaped virus infection-preventing hand cover 10 capable of preventing indirect contact infection of viruses, and the virus infection-preventing hand cover 10 is flat and flat. A palm portion 20 shaped like a palm, a bag-shaped thumb insertion portion 21 formed on one side of the palm portion 20, and a bag-shaped four-fingers insertion portion 22 formed on the other side are formed. The inner edge portion 23 of the thumb insertion portion 21 and the inner edge portion 23 of the four finger insertion portion 22 are provided with finger slip-off prevention means 25 for hooking the PIP joint portion 36 of the finger, and the thumb The greatest feature is that one end of the palm portion 20 on the opposite side of the insertion portion 21 and the four-finger insertion portion 22 is formed into a free end shape 24 . BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below with reference to the drawings.

Claims (1)

A mitten-shaped virus infection prevention hand cover that can be inserted and removed with one touch while following the user's palm,
The virus infection-preventing hand cover includes a flat palm-shaped palm portion, a bag-shaped thumb insertion portion formed on one side of the palm portion, and a bag-shaped thumb insertion portion formed on the other side of the palm. A four-finger insertion part is formed,
The inside of the edge of the thumb insertion portion and the inside of the edge of the four-finger insertion portion are provided with finger slip-off prevention means for hooking the PIP joints of the fingers, and the thumb insertion portion and the four-finger insertion portion are opposed to each other. A hand cover for preventing virus infection, characterized in that one end of the side palm portion is formed into a free end shape.

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