TWM559608U - Gloves - Google Patents

Abstract

The present invention provides a glove comprising a glove body, a plurality of anti-slip particles and a barrier layer. The glove body comprises a glove inner side and a glove outer side, the inner side of the glove is opposite to the outer side of the glove, and the anti-slip particles are embedded in the glove. The inside of the body protrudes from the inner side of the glove, and the isolation layer is disposed on the inner side of the glove and covers the sliding particles. The glove of the present invention makes the insulation layer on the inner side of the glove uneven by the non-slip particles, and improves the wearable glove. Breathable, anti-slip particles make the gloves easier to put on and off, and increase the contact point between the barrier layer and the user's hand, the gripping items are more stable, and the barrier layer covers the anti-slip particles, which is worn by the user. In the case of gloves, the barrier through the barrier layer can not directly contact the glove body, making the user of sensitive skin more comfortable and safe.

Description

gloves

This creation provides a glove, especially a glove that is easy to wear and breathable.

Modern society is paying more and more attention to hygiene. Users wear gloves to isolate harmful substances, dirt or dust to avoid direct contact with harmful substances or dirt or dust. The gloves worn by users are mostly made of polyvinyl chloride. Made of materials, the gloves made of PVC material are not only light and easy to carry, but also easy to obtain, making it easy for the user to keep their hands clean and easy to use.

However, the inner side of the existing glove is smooth, and the user wears or removes the glove because the inner side of the glove is attached to the skin of the user's hand, so that the inside of the glove forms a vacuum and is adsorbed to the user's hand. The problem that the glove is not easily worn off, and the inside of the glove is in a vacuum state, the air is not circulated, causing the problem of poor gas permeability of the glove, and because the existing glove is made of polyvinyl chloride material. It can cause skin irritation of the hand for users with sensitive skin.

The main purpose of this creation is to provide a glove to improve the problem of the existing gloves being difficult to put on and the poor breathability, and the existing gloves made of polyvinyl chloride material may cause skin irritation to sensitive skin users.

For the purpose of achieving the foregoing, the present glove comprises: a glove body comprising a glove inner side and a glove outer side, the inner side of the glove being opposite to the outer side of the glove; a plurality of anti-slip particles, the The sliding particles are embedded in the interior of the glove body and protrude from the inner side of the glove; and an isolating layer is disposed on the inner side of the glove and covers the anti-slip particles.

By using the anti-slip particles, the creative glove has an uneven layer on the inner side of the glove, which improves the breathability of the wearing glove, and the anti-slip particles allow the user to wear and detach The glove body is smoother, easier to wear and take off the creative gloves, and the anti-slip particles increase the contact point between the separation layer and the user's hand, and can be relatively stable and not easy to slip when grasping the object. Therefore, when the user wears the creative glove, the electronic product with small size and precision can be grasped, because the user's hand and the creative glove are not easy to slip off, and the electronic product can be grasped more stably, and the isolation layer is covered. In the slip-slip particles, when the user wears the glove, the user's hand extends into the glove, and the barrier of the barrier layer allows the user's hand to not directly contact the glove body, which is suitable for users with sensitive skin. It is more comfortable and safe to use.

As shown in FIG. 1 and FIG. 2, a preferred embodiment of the present invention is disclosed. As shown in the figure, the present glove comprises a glove body 10, a plurality of anti-slip particles 20 and an insulation layer 30.

The glove body 10 includes a glove inner side 11 and a glove outer side 12, and the glove inner side 11 is opposite to the glove outer side 12, wherein the glove body 10 can be divided into a finger area 13 and a palm area 14 And a wrist region 15, the palm region 14 is located between the finger region 13 and the wrist region 15.

The anti-slip particles 20 are embedded in the inner side of the glove body 10 and protrude from the inner side surface 11 of the glove, wherein the anti-slip particles 20 protrude from the outer side surface 12 of the glove, and the anti-slip particles 20 are A member made of polyvinyl chloride mist flour, the slip-resistant particles 20 may be embedded in the finger region 13, the palm region 14 or the wrist region 15.

The spacer layer 30 is disposed on the inner side surface 11 of the glove and covers the anti-slip particles 20, wherein the spacer layer 30 is a member made of a polyurethane polymer.

As shown in FIG. 1 and FIG. 2, a preferred embodiment of the present creative glove is disclosed. When the user wears the creative glove, the user extends into the glove body 10 and contacts the insulation layer 30, because the inner side of the glove is The 11 series has the protruding anti-slip particles 20, and the anti-slip particles 20 cause the separation layer 30 to be uneven, increasing the contact point of the separation layer 30 with the skin of the user's hand, and improving the use. The friction between the hand and the glove body 10 makes the glove body 10 difficult to slip off the user's hand, allowing the user to be more stable when grasping the article, especially to capture small and precise electronics. Products, users can more securely grab electronic products.

In the above, when the user's hand touches the separation layer 30, a gap is formed between the skin of the hand and the separation layer 30 to enable air circulation, thereby improving the air permeability of the user using the creative glove, and when the user is When the glove is worn off, the glove body 10 and the skin of the user's hand can accommodate air, and the air contained between the barrier layer 30 and the user's hand and the outer side 12 of the glove are circulated to each other. You can easily wear off your own creative gloves.

In addition, the spacer layer 30 will cover the anti-slip particles 20, and the spacer layer 30 is a member made of a polyurethane polymer. When the user wears the glove, the user can pass through the isolation layer 30. The hand does not directly contact the glove body 10, which can reduce the occurrence of skin irritation, and is more suitable for users of sensitive skin, and is more comfortable to use.

In summary, the creative glove uses the anti-slip particles 20 to make the insulation layer 30 on the inner side surface 11 of the glove appear uneven, thereby improving the breathability of the wearing glove, and the slip resistance. The granules 20 allow the user to wear the glove body 10 more smoothly, and are easier to put on and off, and the anti-slip particles 20 increase the contact point between the barrier layer 30 and the user's hand. It can be stable and not easy to slip when grabbing items, so when the user wears the creative gloves, it can capture small and precise electronic products, because the user's hands and the creative gloves are not easy to slip off, and can be more stable. The electronic product is captured. In addition, the isolation layer 30 covers the anti-slip particles 20. When the user wears the glove, the user's hand extends into the glove, and the user's hand is blocked through the barrier of the isolation layer 30. It does not directly contact the glove body 10. It is suitable for users with sensitive skin and is more comfortable to use.

10‧‧‧Glove body
11‧‧‧ Inside the glove
12‧‧‧The outer side of the glove
13‧‧‧ Finger zone
14‧‧‧Hand area
15‧‧‧Wrist area
20‧‧‧Slip particles
30‧‧‧Isolation

Figure 1 is a partial cross-sectional front view of a preferred embodiment of the present glove. Figure 2 is a side elevational view, partly in section, of the glove body of one preferred embodiment of the present glove.

Claims (7)

A glove comprising: a glove body comprising a glove inner side and a glove outer side, the inner side of the glove being opposite to the outer side of the glove; a plurality of anti-slip particles, the anti-slip particles embedded in the glove The inside of the glove body protrudes from the inner side of the glove; and an isolating layer is disposed on the inner side of the glove and covers the anti-slip particles. The glove of claim 1, wherein the anti-slip particles protrude from the outer side of the glove. The glove of claim 1, wherein the glove system can be divided into a finger area, a palm area and a wrist area, the palm area being located between the finger area and the wrist area, and the slip particles can be Embedded in the finger area, the palm area or the wrist area. The glove of claim 2, wherein the glove system can be divided into a finger area, a palm area and a wrist area, the palm area being located between the finger area and the wrist area, and the slip particles can be Embedded in the finger area, the palm area or the wrist area. The glove according to any one of claims 1 to 4, wherein the slip-resistant particles are members made of polyvinyl chloride mist flour. The glove of any one of claims 1 to 4, wherein the barrier layer is a member made of a polyurethane polymer. The glove of claim 5, wherein the barrier layer is a member made of a polyurethane polymer.