CN220529345U

CN220529345U - Quick-stopping glove for icing ground falling

Info

Publication number: CN220529345U
Application number: CN202322029571.5U
Authority: CN
Inventors: 李芳菲
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-07-31
Filing date: 2023-07-31
Publication date: 2024-02-27
Anticipated expiration: 2033-07-31

Abstract

The utility model discloses a quick-stopping glove for falling on frozen ground, which comprises a glove base body and is characterized in that four fingers of the glove base body are respectively sleeved with an opening sleeve with a hard tip body; a plurality of hard bottom sheets with hard tip bodies are attached to the palm acting parts of the glove base body; the wrist part is provided with double self-adhesive tapes; the tip of the hard tip body is an acute angle, and the hardness of the tip is greater than that of the ice surface; when the ice-making device is used, the ice-making device is worn on the hand and fastened, and when the ice-making device is carelessly slipped over the ice surface, the hard tip can penetrate into the ice surface to prevent the ice surface from slipping; during rolling and sliding, the person can scratch the ground by hands, and the hard tip body plays a role in increasing friction force.

Description

Quick-stopping glove for icing ground falling

Technical Field

The utility model relates to gloves, in particular to special gloves for frozen ground.

Background

The conventional glove is composed of a finger part, a palm part and a wrist part. The hand warming and protecting device has the functions of protecting hands from being damaged during hand warming or labor, protecting medical and health from bacteria, decorating, and the like. Gloves are classified into sewing, knitting, dipping, molding latex, etc. according to the manufacturing method and use. In order to improve the anti-skid performance and the wear-resistant performance, an anti-skid layer or a wear-resistant layer is coated and processed on the palm center surface and the finger belly part of the glove base body, and the most effective anti-skid layer or wear-resistant layer is a granular elastic material.

At present, in the northern area in winter of China, pedestrians slide down to a small extent due to frozen ground, and can slide more than when the pedestrians are inclined to the ground, and the pedestrians cannot slide to motor vehicles or deep ditches to cliffs. Some of them also slip in skating places. Due to the special nature of ice surface, the friction coefficient between the elastic particles of the anti-slip glove and the ice surface is almost zero, and even if the anti-slip glove is worn, the anti-slip glove is not helpful. The problem of not only preventing the frozen ground from sliding when falling down is attracting attention.

Disclosure of Invention

In order to solve the problem of not only sliding when the frozen ground falls, the utility model designs the quick-stop glove for the frozen ground falling, which is worn when the special frozen ground moves.

In order to achieve the above purpose, the proposed technical scheme is as follows: a rapid stopping glove for icing ground falling comprises a glove base body consisting of a finger part, a palm part and a wrist part, and is characterized in that the four fingers of the glove base body are sleeved with tip body sleeves; a tip body piece is attached to the palm acting part of the glove matrix; the wrist part is provided with double self-adhesive tapes.

The tip body sleeve is characterized in that a plurality of hard tip bodies are arranged on a plastic opening sleeve; the tip body piece is characterized in that a plurality of hard tip bodies are arranged on a hard bottom piece; the tip of the hard tip body is in an acute angle shape, and the hardness is higher than that of the ice surface.

The palm exertion part comprises: a large thenar part, a small thenar part, a palm part and a small thenar outside part.

In order to facilitate anti-losing identification, a special label is arranged on the back of the glove base body. For writing personal information such as name and telephone.

According to the prior knowledge, the hardness of the ice surface is inversely proportional to the outdoor temperature and the seasonal temperature, the lower the temperature is, the higher the hardness of the ice is, and the Mohs hardness of the ice surface is 1-2 when the seasonal temperature is 0 ℃; the Mohs hardness of the ice surface is 2-3 at the seasonal temperature of minus 15 ℃; at the seasonal temperature of-40 ℃, the Mohs hardness on the ice surface is 4; the Mohs hardness of the ice surface is 6 at the seasonal temperature of-50 ℃; the temperature of the ice surface of the indoor ice rink is generally 5-6 ℃ below zero, and the Mohs hardness of the ice surface is about 2. The material of the hard tip body can be selected according to the Mohs hardness of the ice surface of the use scene. The common steel, stainless steel or hard plastic is generally selected. In the technical scheme, hard plastic is preferable, and is convenient to process into various integral shapes, and is convenient to process into an opening sleeve with a hard tip body and a hard bottom sheet with the hard tip body.

The plastic opening sleeve can be stretched or reduced in diameter according to the thickness of fingers due to the design of the opening, and is sleeved on four fingers of the glove base body.

When in use, the utility model is worn on the hand and fastened. When the person carelessly slides down on the ice surface, the person can unconsciously use the palm to support the ground, and at the moment, if the person is in a fist-making state, the hard tip of the finger part or the outer part of the small thenar can penetrate into the ice surface to prevent sliding; if a person slips down carelessly and is in a five-finger non-fist-making state, the hard tip of the large thenar part and the small thenar part can penetrate into the ice surface to prevent sliding; if a person carelessly slides down and the palm does not touch the ground at the moment, the person can scratch the ground by hands during rolling and sliding, and the hard tip can penetrate into the ice surface to play a role in preventing sliding.

Drawings

Fig. 1 is a front view of example 1 and example 2, fig. 2 is a rear view of fig. 1, fig. 3 is a cross-sectional view of a tip body piece of example 1, fig. 4 is a cross-sectional view of a tip body sleeve of example 1, fig. 5 is a cross-sectional view of a tip body piece of example 2, and fig. 6 is a cross-sectional view of a tip body sleeve of example 2.

The legend shows that the glove comprises a 1-glove matrix, 2-double self-adhesive tapes, 3-tip body pieces, 3.1-large thenar part tip body pieces, 3.2-small thenar part tip body pieces, 3.3-palm center part tip body pieces, 3.4-small thenar outside part tip body pieces, 3.5-steel sheets, 4-tip body sleeves, 4.1-opening sleeves and 5-hard tip bodies.

Detailed Description

Example 1

As shown in fig. 1 and 2, the quick-stopping glove for falling on frozen ground comprises a glove base body 1 consisting of a finger part, a palm part and a wrist part, wherein four fingers of the glove base body 1 are respectively sleeved with a tip body sleeve 4, and the tip body sleeves 4 are provided with a plurality of hard tip bodies 5 on an opening sleeve 4.1; a tip body sheet 3 is attached to the palm acting part of the glove base body 1, and a plurality of hard tip bodies 5 are arranged on the hard bottom sheet 3.5 of the tip body sheet 3; the palm exertion part comprises a big thenar part, a small thenar part, a palm center part and a small thenar outside part, so the tip body piece comprises: a big thenar part tip body piece 3.1, a small thenar part tip body piece 3.2, a palm center part tip body piece 3.3 and a small thenar outside part tip body piece 3.4; the number of the hard tip bodies 5 is 1-5; the wrist part is provided with a double self-adhesive tape 2. In order to facilitate the anti-losing identification, a special label 6 is arranged on the back of the glove base body 1 and is used for writing personal information such as name and telephone.

The tip of the hard tip body 5 is sharp, and the hardness is higher than that of the ice surface. During manufacturing, selecting a hard plastic material with the Mohs hardness of more than 3.0, and processing the hard plastic material into a tip sleeve 4 by adopting a mould pressing technology; as can be seen from fig. 4, the tip body sleeve 4 is formed by integral compression molding of the opening sleeve 4.1 and the hard tip body 5; the tip body sleeve 4 is sleeved on four fingers of the glove base body 1 and fixed by an adhesive method; as seen in fig. 3, the tip body piece 3 is formed by integral compression molding of a hard base piece 3.5 and a hard tip body 5; the integral compression molding tip body piece 3 is respectively corrected into a tip body piece 3.1 at the large thenar part, a tip body piece 3.2 at the small thenar part, a tip body piece 3.3 at the palm center part and a tip body piece 3.4 at the small thenar outside part, and the tip body pieces are respectively adhered and fixed at the corresponding parts of the glove base body 1.

Example 2

As shown in fig. 1 and 2, a rapid stopping glove for use in the falling of frozen ground is constructed identically to that of embodiment 1, with the main difference that the tip body cover 4 and the tip body sheet 3 are made of common steel or stainless steel. During manufacturing, common steel or stainless steel sheet (Mohs is 5.5) is selected as a material, and a hard tip body 5 is punched on the steel sheet 3.5, as shown in fig. 5; then correcting the steel sheet 3.5 punched with the hard tip body 5 into a tip body sheet 3.1 at the large thenar part, a tip body sheet 3.2 at the small thenar part, a tip body sheet 3.3 at the palm center part and a tip body sheet 3.4 at the small thenar outside part, and respectively bonding and fixing the two parts at the respective corresponding parts of the glove base body 1; then the steel sheet 3.5 punched with the hard tip body 5 is cut into a proper square shape, curled into a tip body sleeve 4 shown in figure 6, and fixed on four fingers of the glove base body 1 by an adhesive method.

Claims

1. The quick-stopping glove for the falling of the frozen ground comprises a glove base body consisting of a finger part, a palm part and a wrist part, and is characterized in that four fingers of the glove base body are respectively sleeved with a plastic opening sleeve, and a plurality of hard tip bodies are arranged on the opening sleeves; a plurality of hard bottom pieces are attached to the palm exertion part of the glove base body, and hard tip bodies are arranged on the hard bottom pieces; the wrist part is provided with double self-adhesive tapes; the tip of the hard tip body is an acute angle, and the hardness of the tip is greater than that of the ice surface.

2. A stop glove for use in a fall on icy ground as claimed in claim 1, wherein said palm rest area comprises: a large thenar part, a small thenar part, a palm part and a small thenar outside part.

3. A stop glove for use in the fall of icy ground according to claim 1 or 2, wherein a dedicated label is provided on the back of the glove base.