JPS6229441Y2 - - Google Patents

Description

[Detailed description of the invention] This invention uses hard particles to form particulate protrusions on the outer palm surface of the glove body made of soft synthetic rubber or synthetic resin, and on the thumb and other finger surfaces connected thereto. It is intended to be installed integrally.

The present invention relates to work gloves, and an embodiment will be described with reference to the drawings. 30 to 40 meshes of hard urethane rubber are attached to the area around the base of the thumb 4 and other fingers 5 on the surface 3, and in the longitudinal center band of each finger surface 4, 5 that connects thereto and extends toward each fingertip. particles 6 with high density 7
The outside of the glove body A is formed by attaching the particles 6 at a low density 8 to the periphery thereof, and then tightly constructing an outer layer 9 made of the same material as the intermediate layer 2 on the outer surface of the glove body. Protrusions 10 in the form of hard particles 6 are provided at high density 7 and low density 8 on the palm surface 3, the thumb 4, and the other 5 surfaces of each finger.

Conventionally known work gloves made of soft rubber or synthetic resin that have protrusions on the palm surface, the thumb and other finger surfaces connected thereto are simply protrusions made of the same material as the main body of the glove. Since the protrusions are soft, the pressure resistance is weak, and depending on the material of the object, it may be easy to trip over it and it may be difficult to grasp it accurately. It has the following drawbacks.

However, in the present invention, as described above, hard particles 6 are applied to the outer palm surface 3 and the thumb 4 and other fingers 5 of the glove body A.
The projections 10 are formed in a high density 7 and a low density 8, so that the projections 10 are connected to the intermediate layer 2 and the outer layer 1.
Since the protrusions 10 are formed by hard particles 6 interposed between the high density 7 and the low density 8, the resistance to pressure is strong, and when gripping a slippery object (not shown), the part that comes into strong contact is made of high density 7, and the other contact surfaces are made of low density 8, so that the protrusions 10 can be provided to grip the object accurately and completely prevent it from slipping off during gripping.
The low density 8 part is formed around the part of the glove that allows the palm and each finger part to bend freely during work, and the work can be performed smoothly. The manufacturing process of this product is as follows: A glove lining 1 made by cutting a knitted fabric to fit a required glove type is attached to the glove type, and the glove is immersed in a solution of synthetic rubber or synthetic resin to form a uniform intermediate layer 2 on the surface of the glove lining 1. In a semi-dry state, the glove is formed into the same shape as the palm side of the glove body, and a net-like base piece having the same through holes as the high density 7 part, low density 8 part, etc. is covered, and a solution of the same material as the intermediate layer 2 is immersed in the required amount. When the surface is misted with the solution by a sprayer, the base piece is removed after spraying, and hard urethane rubber particles are scattered on the surface to which the spray solution has been applied, the particles adhere to the required surface of the intermediate layer 2 by the solution, and the glove body is further immersed in a solution having a concentration of 1/2 or less to form a uniform outer layer 9 on the outer surface of the body, and protrusions 10 such as high density 7 or low density 8 protruding in a longitudinal central band line or around the base of the thumb 4 and other fingers 5 on the palm surface 3 of the glove body A and extending from the base to the fingertips of each finger.
The hard particles 6 interposed between the intermediate layer 2 and the outer layer 9 support a part of the outer layer 9 upward to form the protrusions 10, and when used for work purposes, the pressure resistance is so great that the grasped object does not slip off, and the gripping member is robust and can withstand long-term use. In addition, the structure is simple and easy to manufacture, providing other notable advantages.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; Fig. 1 is a front view of the proposed product, Fig. 2 is B in Fig. 1,
FIG. 3 is an enlarged cross-sectional view taken along line B'. DESCRIPTION OF SYMBOLS 1... Glove lining fabric, 2... Intermediate layer, 3... Outer palm surface, 4... Thumb surface, 5... Each finger surface, 6... Hard urethane particles, 7... High density part, 8... Low density part, 9... Outer layer part, 10 protrusions, A... Glove body.

Claims (1)

[Scope of utility model registration request] A glove body is formed by applying an intermediate layer made of soft synthetic rubber or synthetic resin to the surface of a glove lining fabric formed from a knitted knitted fabric, and the thumb and other fingers on the palm surface of this glove body are coated with an intermediate layer made of soft synthetic rubber or synthetic resin. Hard urethane rubber particles are densely coated in a band shape around the base of the fingertips and in the longitudinal center of each finger surface extending toward each fingertip, and the urethane rubber 1. A work glove comprising particles coated at a low density and an outer layer made of the same material as the intermediate layer coated on the outer surface of the particles.