CN221813298U - Five-finger gloves - Google Patents

Abstract

The five-finger glove comprises a glove body, wherein the glove body is a five-finger structure, that is, each finger is independent; the glove body comprises a back of the hand and a palm surface, wherein the outermost layer of the back of the hand adopts a composite waterproof membrane of torn cotton cloth, and the outer shape is an arc-shaped structure; the palm surface adopts a composite stab-proof cloth of cut-proof cloth; the palm center of the palm surface and the inner side of the thumb are provided with a wear-resistant microfiber layer; the position corresponding to the index finger on the palm surface is provided with an index finger flap, and the index finger flannel lining is provided at the position corresponding to the index finger flap, the index finger flannel lining is isolated from the outside cold air and the inside of the glove, the index finger flannel lining adopts conductive fiber, the heating glove of the utility model is a five-finger structure, each finger is separated, and the use is flexible, an opening is provided at the index finger for the more active index finger, and flannel is provided at the opening, the flannel isolates the index finger from the outside cold air, and the glove is warmer.

Description

Five-finger gloves

Technical Field

The utility model belongs to the technical field of daily necessities, and particularly relates to five-finger gloves.

Background Art

In daily life, gloves are divided into different types according to their functions, such as knitted gloves for daily cold protection and warmth, outdoor gloves for skiing or adventure, rubber gloves for cleaning and medical use, etc. Traditional gloves have a relatively monotonous structure and a relatively single function. When working in an extremely cold environment, traditional gloves cannot keep workers warm. In addition, in extremely cold weather, the durability of ordinary gloves is easily affected by the cold air, and thus cannot play a protective role.

Patent application number 202222097702.9 discloses a cut-resistant electric heating glove, which specifically includes a glove body, wherein the glove body is a double-finger structure, that is, the thumb is independent, and the other four fingers are an integrated structure; the glove body includes a palm surface and a back of the hand, the outermost layer of the back of the hand adopts a ternary blended fabric composite waterproof film, and the palm surface is made of cut-resistant cloth; a wear-resistant microfiber layer is provided on the palm of the palm surface and the inner side of the thumb; the glove body also includes a heating device, which includes a heating nano-coating, a temperature controller, a DC plug, an elastic braided wire and a battery; the heating The nano coating is a carbon nanotube coating; the battery and the temperature controller are arranged in a hidden pocket on the wrist; the back of the hand is an arc-shaped structure; openings are arranged at positions corresponding to the index finger and the middle finger on the palm surface, and Velcro is arranged on the periphery of the opening; the glove body is provided with an elastic band and a glove connecting buckle at the wrist; the wrist of the glove body is an elongated structure extending to the middle of the forearm, and a cuff tightening structure is arranged at the glove entrance; the heating device also includes a thermistor; Velcro is arranged at the mouth of the hidden pocket on the wrist.

The heating gloves of the above patent are of a parallel finger structure, which is not flexible when used. When using a mobile phone in cold weather, the gloves often need to be taken off and the screen needs to be touched with the fingers. The above patent has openings at the index finger and the middle finger. When the fingers are exposed from the openings, the outside cold air will directly enter the inside of the gloves from the openings, affecting the warming effect inside the gloves. In addition, the fingers are directly in contact with the outside cold air, which will cause damage to the fingers.

To this end, the technical problem to be solved by the utility model is: the heating gloves of the above-mentioned patent are of a parallel finger structure, which is not flexible when used; openings are provided at the index finger and the middle finger, and when the fingers are exposed from the openings, the outside cold air will directly enter the inside of the gloves from the openings, making the inside of the gloves not warm, and the fingers are directly in contact with the outside cold air, which will cause damage to the fingers.

Utility Model Content

In order to solve the technical problem that the heating gloves of the above-mentioned patent have a parallel finger structure, which is not flexible when used; openings are provided at the index finger and the middle finger. When the fingers are exposed from the openings, the external cold air will directly enter the inside of the gloves from the openings, making the inside of the gloves not warm, and the fingers are directly in contact with the external cold air, which will cause damage to the fingers, the utility model provides five-finger gloves.

The specific plan is as follows:

The five-finger glove comprises a glove body, wherein the glove body is a five-finger structure, that is, each finger is independent; the glove body comprises a back of the hand and a palm surface, wherein the outermost layer of the back of the hand adopts a composite waterproof membrane of torn cotton cloth, and the outer shape is an arc-shaped structure; the palm surface adopts a composite stab-proof cloth of cut-proof cloth; the palm center of the palm surface and the inner side of the thumb are provided with a wear-resistant microfiber layer; an index finger flap is provided at a position corresponding to the index finger on the palm surface, and an index finger velvet lining is provided at a position corresponding to the index finger flap, wherein the index finger velvet lining isolates the external cold air from the inside of the glove, and the index finger velvet lining adopts conductive fiber.

The glove body also includes a heating device, which includes a heating element, an elastic braided wire, a connecting plug, a temperature controller and a battery; the input end of the temperature controller is connected to a third connecting plug through an elastic braided wire, and the third connecting plug is connected to the battery; the output end of the temperature controller is connected to a second connecting plug through an elastic braided wire, the second connecting plug cooperates with the first connecting plug, and the first connecting plug is connected to the heating element through the elastic braided wire; the battery supplies current to the heating element through the temperature controller, and the temperature controller controls the temperature of the heating element.

The heating device also includes a thermistor, which is connected to the carbon nanotube coating via a wire.

The beneficial effects of the utility model are:

The heating gloves of the utility model have a five-finger structure, each finger is separated and flexible to use, and an index finger fleece lining is provided at the index finger for the index finger which is more active, so that the index finger can be freely extended, and the index finger fleece lining isolates the index finger from the external cold air, so that even if the index finger is extended, the warming effect inside the glove is not affected, and the index finger fleece lining adopts conductive fiber, so the screen can be touched.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the heating element structure of the gloves of the present invention.

FIG. 2 is a schematic diagram of the installation of the heating element of the gloves of the present invention.

FIG3 is a schematic diagram of the main structure of the glove of the present invention.

FIG. 4 is an enlarged view of the corresponding position of the index finger of the glove of the present invention.

FIG5 is a schematic diagram of the hidden position of the temperature controller of the glove of the utility model;

FIG. 6 is a schematic diagram showing the connection of the temperature control controller of the present invention.

Among them, 1 is a heating element, 2 is an elastic braided wire, 31 is a first connecting plug, 32 is a second connecting plug, 33 is a third connecting plug, 4 is a temperature control controller, 5 is a thermistor, 6 is a composite waterproof membrane of broken card cotton cloth, 7 is a composite stab-proof cloth of cut-proof cloth, 8 is a wear-resistant microfiber on the palm, 9 is an index finger flap, 10 is an index finger velvet lining, 11 is an elastic band, 12 is a left and right hand linking device, 13 is a cuff tightening buckle, 14 is a hidden pocket, and 15 is a Velcro inside the hidden pocket

DETAILED DESCRIPTION

The following will be combined with the drawings in the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the implementation of the utility model, not all of the implementation. Based on the embodiments of the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

As shown in Figures 1, 2, 3 and 4, the utility model provides a five-finger glove, including a glove body, the glove body is a five-finger structure, that is, each finger is independent and flexible to use; the glove body includes the back of the hand and the palm surface, the outermost layer of the back of the hand adopts a composite waterproof membrane 6 of broken cotton cloth, which has windproof and waterproof properties, and the outer shape is an arc-shaped structure, which is convenient for finger bending, and the material of the palm surface is a composite stab-proof cloth 7, which can effectively prevent and prevent cuts when injured by sharp objects and protect the hands, and the cut-proof cloth has a five-level cut-proof performance; a wear-resistant microfiber layer 8 is arranged on the palm of the palm surface and the inner side of the thumb to improve the wear resistance of the gloves and effectively prevent slipping; an index finger flap 9 is arranged at the position corresponding to the index finger on the palm surface, and the index finger can be freely extended, and an index finger velvet lining 10 is arranged at the position corresponding to the index finger flap 9, and the index finger velvet lining 10 can isolate the external cold air from the inside of the glove, and the index finger velvet lining 10 adopts conductive fiber.

The heating gloves of the utility model have a five-finger structure, each finger is separated and flexible to use, and an index finger fleece lining 9 is provided at the index finger for the more active index finger, so that the index finger can be freely extended. The index finger fleece lining 9 isolates the index finger from the external cold air, and even if the index finger is extended, it does not affect the warming effect inside the glove, and the index finger fleece lining 9 is made of conductive fiber, so the screen can be touched.

As shown in Figures 1 and 6, the glove body also includes a heating device, which includes a heating element 1, an elastic braided wire 2, a connecting plug, a temperature controller 4 and a battery; the input end of the temperature controller 4 is connected to a third connecting plug 33 through the elastic braided wire 2, and the third connecting plug 33 is connected to the battery; the output end of the temperature controller 4 is connected to a second connecting plug 32 through the elastic braided wire 2, the second connecting plug 32 cooperates with the first connecting plug 31, and the first connecting plug 31 is connected to the heating element 1 through the elastic braided wire 2; the battery supplies current to the heating element 1 through the temperature controller 4, and the temperature controller 4 controls the temperature of the heating element 1.

The index finger fleece lining 10 is made of conductive fiber material. After the index finger flip cover 9 is removed, the index finger can touch the screen through the index finger fleece lining 10 made of conductive fiber material.

As shown in Figures 1 and 5, the heating element 1 is a carbon nanotube coating, which is arranged on the inner side of the glove body, at a position corresponding to the hand; the temperature controller 4 is arranged in a hidden pocket 14 of the wrist part, and the temperature controller 4 is used to adjust the temperature of the carbon nanotube coating. The temperature controller 4 includes a control switch and an LED light for adjusting three gears: high, medium and low. The control switch adjusts the gear, and lights of different colors display the corresponding heating gear, wherein the high gear is 65.6°C and the LED light displays red, the medium gear is 51.7°C and the LED light displays white, and the low gear is 43.3°C and the LED light displays blue.

As shown in FIG. 1 , the heating device further comprises a thermistor 5 , which is connected to the carbon nanotube coating via a wire and is used to protect the circuit of the heating device.

As shown in FIG3 , the glove body is provided with an elastic band 11 and a left-right hand linking device 12 at the wrist. The elastic band 11 is used to tighten the palm; the left-right hand linking device 12 can connect the left and right gloves into one, or be connected with a connecting rope, and the gloves can be hung on a backpack or waist through the connecting rope for easy carrying.

As shown in Figure 3, the wrist of the glove body is an extended structure extending to the middle of the forearm, and a cuff tightening structure 13 is provided at the glove opening to prevent cold wind from entering the glove. The cuff tightening structure 13 includes a cuff tightening rope and a cuff tightening buckle. The cuff tightening rope is wrapped around the glove opening, and the cuff tightening buckle is pulled from one side of the glove opening to clamp the glove opening.

As shown in FIG. 5 , the mouth of the hidden pocket 14 is provided with a hidden pocket internal Velcro 15 for sealing.

The heating device is powered by an external battery, and the temperature controller controls the heating level of the carbon nanotube coating. The carbon nanotube has excellent thermal conductivity, precise temperature control, good folding resistance, and water resistance. The carbon nanotube coating is 5 microns thick and weighs 5g/sqm. It feels light and comfortable and can be hot pressed and sewn during product production. The wire connecting the carbon nanotube coating to the battery uses elastic braided wire, which is not easy to break in low temperature environments and can be freely adjusted in length.

The whole glove of the utility model has a five-finger structure. The palm surface material adopts anti-cut cloth composite anti-stab cloth 7, which has anti-cut and anti-stab functions; the index finger flap 9 structure is adopted at the index finger position of the palm surface, and the index finger can be freely extended, and the index finger flannel 10 is arranged at the corresponding position of the index finger flap 9, and the index finger flannel 10 isolates the outside air from the exposed fingers, making the gloves warmer and convenient for the exposed fingers to perform refined movements; the wear-resistant microfiber layer 8 is added to the key parts of the palm surface and the thumb surface, which is effectively anti-slip and wear-resistant; the back of the hand adopts a broken card cotton cloth composite waterproof membrane 6, which has windproof and waterproof functions, and the arc design of the back of the hand is more convenient for bending fingers; the temperature control controller 4 is hidden in the hidden pocket 14 on the back of the hand; at the same time, the shading cloth material is adopted, which is conducive to concealment; the power is supplied by an external battery through the plug head on the glove; it contains a portable device design, equipped with two short ropes and one long rope, which can be freely selected to be hung on a bag or wrapped around the waist; the wrist part is elastically designed to lock the heat of the hand and is easy to wear.

The five-finger gloves of the utility model can effectively protect the hands and avoid being cut or stabbed. Hands are often frostbitten in cold areas. Ordinary warm gloves are difficult to meet the heat demand and need external heat supplement. At this time, wearing electric heating gloves can convert electrical energy into heat energy through energy conversion, thus meeting the wearing needs in extremely cold environments.

The technical means disclosed in the solution of the utility model are not limited to the technical means disclosed in the above-mentioned implementation mode, but also include technical solutions composed of any combination of the above technical features. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principle of the utility model, and these improvements and modifications are also regarded as the protection scope of the utility model.

Claims (3)

1. A five-finger glove, characterized in that it comprises a glove body, wherein the glove body is a five-finger structure, that is, each finger is independent; the glove body comprises a back of the hand and a palm surface, wherein the outermost layer of the back of the hand adopts a composite waterproof membrane of broken card cotton cloth (6), and the outer shape is an arc-shaped structure; the palm surface adopts a composite stab-proof cloth (7); a wear-resistant microfiber layer (8) is arranged at the palm center and the inner side of the thumb of the palm surface; an index finger flap (9) is arranged at the position corresponding to the index finger on the palm surface, and an index finger fleece lining (10) is arranged at the position corresponding to the index finger flap (9), the index finger fleece lining (10) is used to isolate the external cold air from the inside of the glove, and the index finger fleece lining (10) adopts conductive fiber. 2. The five-finger glove according to claim 1, characterized in that: the glove body further comprises a heating device, the heating device comprising a heating element (1), an elastic braided wire (2), a connecting plug, a temperature controller (4) and a battery; the input end of the temperature controller (4) is connected to a third connecting plug (33) through an elastic braided wire (2), and the third connecting plug (33) is connected to the battery; the output end of the temperature controller (4) is connected to a second connecting plug (32) through an elastic braided wire (2), the second connecting plug (32) cooperates with the first connecting plug (31), and the first connecting plug (31) is connected to the heating element (1) through the elastic braided wire (2); the battery supplies current to the heating element (1) through the temperature controller (4), and the temperature controller (4) controls the temperature of the heating element (1). 3. The five-finger glove according to claim 2, characterized in that: the heating device further comprises a thermistor (5), and the thermistor (5) is connected to the carbon nanotube coating via a wire.