JP2010281001A - Non-slip working glove - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a non-slip working glove causing no washing waste when washed, prevented from adhesion of dust due to static electricity when used, preventing electric discharge of the static electricity from giving shock to the body of a wearer, and preventing electric discharge of the static electricity from causing fire disaster because of flashing off to inflammable materials. <P>SOLUTION: The non-slip working glove is made of filament polyester yarns to prevent occurrence of wastes when washed. Carbon yarns are partly used because static electricity is generated due to friction during use, so as to prevent electrostatic charge of the static electricity. An antistatic agent is added to non-slip acrylic resin to be applied for printing on the palm part of the glove so as to prevent electrostatic charge of the static electricity. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention is an anti-slip glove in which an anti-slip resin is provided in the palm of the glove, the anti-slip resin has an antistatic function, and the knitting yarn uses a long fiber polyester and a carbon yarn for a part thereof. An anti-slip glove for work having an antistatic function is provided.

Non-slip work gloves with anti-slip resin on the palm of the glove are printed or coated with acrylic or other anti-slip resin on the palm of the glove made of cotton or blend (cotton and polyester). It is constituted by doing. Cotton or blended (cotton and polyester) working non-slip gloves are used disposable.
In places where there is a need to reduce waste, such as nuclear power plants, they are washed and reused. When washing, cotton waste (cotton waste) is generated, and cotton waste adheres to clothes (especially synthetic fibers) washed together, and when a large amount of laundry is washed, there arises a problem of clogging the drain of the washing machine.

As a countermeasure, a non-slip glove for work using a polyester fiber of long fibers that does not generate waste during washing is used. However, cotton or blended (cotton and polyester) non-slip work gloves are hygroscopic and do not charge static electricity, while polyester work non-slip gloves are electrostatically charged due to friction, Dust adheres. In addition, during work, if the amount of static electricity increases, the body may be shocked by discharge, and if there is a flammable material nearby, it may ignite and cause a fire.

Japanese Patent Laid-Open No. 10-298808

  An object of the present invention is to provide a non-slip work glove that is not charged with static electricity due to friction during work, and that does not generate waste when washing after use.

To prevent the generation of debris when washing non-slip gloves for work, use long polyester fibers.
Since polyester yarn is an electrical insulator, static electricity is generated due to friction during use, so a part of carbon yarn, which is an electrical conductor, is used to prevent static charge.
Furthermore, the anti-slip acrylic resin printed on the palm of the glove is an electrical insulator like polyester, and since static electricity is charged, an antistatic agent is added to the acrylic resin to prevent static electricity.

By using polyester yarn for gloves, no waste is generated during washing, unlike cotton or blended non-slip work gloves. In addition, some carbon yarns are put in polyester gloves, and antistatic agent is put in anti-slip resin to prevent the generation of static electricity, prevent dust from adhering to the gloves, and the discharge of static electricity gives a shock to the body. And prevent fires from igniting flammable materials.

Non-slip gloves of the present invention Details of the knitting part

  Non-slip gloves for work use polyester yarn and partially conductive carbon yarn as knitting yarn. As the anti-slip resin, an acrylic resin kneaded with a cationic surfactant is used.

半減測定法によりカーボン入りの帯電圧が１/２になる時間が早く、摩擦帯電圧測定法ではカーボン糸入りは帯電圧が小さく静電気の帯電が小さい。 Non-slip gloves for work use polyester yarn and partially conductive carbon yarn as knitting yarn.
The test method is JISL 1094, the half-life measurement method, and the triboelectric charge measurement method.

The time when the charged voltage containing carbon is halved by the half-measurement method is fast, and the charged voltage is small and the electrostatic charge is small when the carbon yarn is included in the friction charged voltage measurement method.

帯電防止剤入りは抵抗率が低く静電気の帯電が小さい。 The anti-slip resin printed on the palm of the glove is mixed with an acrylic resin and a cationic surfactant antistatic agent to prevent static electricity. The resistivity is measured by the measurement of JISK6911.

With antistatic agent, the resistivity is low and the electrostatic charge is small.

  The anti-slip gloves for work of the present invention can be reused after washing without generation of waste at the time of washing, and the disposal of gloves can be reduced. In addition, there is no static charge and fire due to discharge can be prevented. Used in places such as nuclear power plants where there is a high need to reduce waste and there is a high risk of flammables being ignited by electrostatic discharge.

1 Non-slip gloves for work 2 Anti-slip resin 3 Knitting part 4 Carbon yarn 5 Polyester yarn

Claims (1)

An anti-slip glove for work characterized in that a non-slip part of anti-slip resin containing antistatic agent is provided on the palm of the hand on a glove that uses long yarn and carbon yarn partly

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