KR101818988B1

KR101818988B1 - Insulating glove having current and voltage meter function

Info

Publication number: KR101818988B1
Application number: KR1020160018003A
Authority: KR
Inventors: 조재용; 박성진; 전종환
Original assignee: 전종환; 조재용; 박성진
Priority date: 2016-02-16
Filing date: 2016-02-16
Publication date: 2018-01-16
Also published as: KR20170096518A

Abstract

The insulation glove including the current and voltage measurement function according to the present invention includes: a glove body 100 having an electrically insulating property and being shaped according to the shape of a user's hand; A pair of conductive coatings 200 formed on the detection end and the thumb end of the glove body 100 to apply a current thereto; A voltage coating part 300 formed at a stopping end of the glove body 100 and configured to measure a voltage applied between the pair of conductive coating parts 200; And is electrically connected to the pair of conductive coating parts 200 and the voltage coating part 300 so as to be electrically connected to the conductive coating parts 200 between the sensing and thumb ends, A control board 400 for recognizing a current flowing through the conductive coating unit 200 and a voltage between the voltage coating unit 300 and the conductive coating unit 200 and measuring a current and a voltage value; And a display 500 connected to the control panel 400 and attached or fixed to one side of the glove body 100 to visually express the measured current and voltage values at the control panel 400 .

Description

[0001] INSULATING GLOVE HAVING CURRENT AND VOLTAGE METER FUNCTION [0002]

The present invention relates to an insulation glove having electrical insulation, and more particularly, to a current and voltage measurement module capable of measuring a current and a voltage in an insulated glove, so that an operator does not have to measure current and voltage using a measuring instrument Gloves " refers to insulated gloves that include efficient and safe current and voltage measurement capabilities by processing the measurements themselves and displaying measurement data to the operator.

Generally, uninterruptible live-wire works are mainly performed in distribution lines to improve the reliability of electric power supply, and in many cases, work is carried out in a live-wire state in which electricity flows even in internal and external line electric works.

When working in live condition, an electric shock often occurs in which the operator loses life due to electric shock due to carelessness or unexpected behavior of the operator, or a part of the body is greatly damaged. For example, when a ground fault current flows between a distribution line or an inside / outside line line and a ground through an operator or a short-circuit current flows between an electric line and an electric line, an operator may suffer an electric shock due to an accident current.

If the fault current flows through some or all of the body of the worker, the skin may be severely damaged or burned, and life-threatening situations may arise due to long-term rupture or organ damage.

In recent years, an electric insulating glove made of synthetic resin or a material having electrical insulation has been used to prevent electric shock of a worker.

However, in the case of such an electric insulating glove, since the insulating layer is thick in order to maintain the electric insulation, the sensation of the operator's hand is lowered, so that it is inconvenient for the measurement using the current and voltage measuring instrument, There has been a problem that the measuring apparatus must be carried around continuously during the voltage measurement operation.

JP 4298521 B2

PCT / IT 90/00002

US 8,958,886 B2

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems of the prior art.

Specifically, it is an object of the present invention to solve the above-described problem by adding a current and voltage measuring function to the insulated glove itself without requiring a worker to separately provide a current and voltage measuring instrument and to prevent a dangerous situation such as an over- So as to prevent safety accidents.

In order to achieve the above object, an insulating glove including a current and voltage measuring function according to the present invention includes: a glove body 100 having an electrically insulating property, the glove body 100 being shaped according to the shape of a user's hand; A pair of conductive coatings 200 formed on the detection end and the thumb end of the glove body 100 to apply a current thereto; A voltage coating part 300 formed at a stopping end of the glove body 100 and configured to measure a voltage applied between the pair of conductive coating parts 200; And is electrically connected to the pair of conductive coating parts 200 and the voltage coating part 300 so as to be electrically connected to the conductive coating parts 200 between the sensing and thumb ends, A control board 400 for recognizing a current flowing through the conductive coating unit 200 and a voltage between the voltage coating unit 300 and the conductive coating unit 200 and measuring a current and a voltage value; And a display 500 connected to the control panel 400 and attached or fixed to one side of the glove body 100 to visually express the measured current and voltage values at the control panel 400 .

As described above, according to the present invention, the worker does not need to measure the current and the voltage, and the insulation glove itself has the function of measuring the current and voltage so that the operator can measure And the measurement data is displayed to the operator. Thus, it is possible to prevent the safety accident by allowing the operator to recognize the dangerous situations such as the overcurrent and the high voltage efficiently.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of an insulating glove including a current and voltage measurement function according to an embodiment of the present invention; FIG.
2 is a cross-sectional view of a glove body of an insulated glove comprising a current and voltage measurement function according to an embodiment of the present invention;

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings, but the present invention is not limited by the scope of the present invention.

Referring to FIG. 1, an insulated glove including a current and voltage measuring function according to the present invention includes: a glove body 100 having an electrically insulating property, the glove body 100 being shaped according to the shape of a user's hand; A pair of conductive coatings 200 formed on the detection end and the thumb end of the glove body 100 to apply a current thereto; A voltage coating part 300 formed at a stopping end of the glove body 100 and configured to measure a voltage applied between the pair of conductive coating parts 200; And is electrically connected to the pair of conductive coating parts 200 and the voltage coating part 300 so as to be electrically connected to the conductive coating parts 200 between the sensing and thumb ends, A control board 400 for recognizing a current flowing through the conductive coating unit 200 and a voltage between the voltage coating unit 300 and the conductive coating unit 200 and measuring a current and a voltage value; And a display 500 connected to the control panel 400 and attached or fixed to one side of the glove body 100 to visually express the measured current and voltage values at the control panel 400 .

Specifically, in the case of the glove body 100, a generally used electric insulating glove may be used as a base.

These electrically insulating gloves are made of synthetic resin material with electrical insulation, or are formed of natural latex material, have high insulation, have a thickness of at least 0.5 mm and increase the minimum insulation breakdown voltage.

2, which illustrates a cross-sectional view of the glove body 100, the glove body 100 has an electric insulating property, as shown in FIG. 2, And the inner skin 120 that shields the heat conduction.

As shown in FIG. 2, the shell is a multi-layer structure rather than a single layer, so that it is desirable to maintain electrical insulation even if part of the shell is damaged during the operation, The inner skin 120 of the inner skin 120 forms a current sensing sensor grid for sensing a current on the outer surface of the inner skin 120. When an electric current is sensed due to the damage of the outer skin 110, .

Next, in the case of a pair of conductive coating parts 200 formed on the detection end and the thumb end of the glove body 100 to apply a current, they are electrically connected to the control board 400, The control board 400 detects the current flowing between the coating unit 200 and the conductive coating unit 200 at the thumb end and outputs the detected current to the display 500.

The voltage applied between the voltage coating unit 300 and the conductive coating unit 200 may be applied to the control unit 400 even in the case of the voltage coating unit 300 formed at the stopping end of the glove body 100. [ And the control unit 400 causes the display 500 to output perceived voltage measurement data.

Next, as shown in FIG. 1, a light emitting unit 610, which is connected to the control panel 400 and emits light when a current flow is sensed, And a speaker 620 for emitting a sound signal to the outside when a current flow is detected. In the case of the light emitting unit 610, blue, red, and white can be separately emitted, The operator can assist the operator in recognizing the high and low voltage of the voltage by varying the emission color of blue, white and red according to the height of the speaker 620. Also in case of the speaker 620, It is preferable that the output sound be made different at a high tone so that the operator can perceive audibly the high and low voltage.

The control panel 400 may further include a battery 600 attached or fixed to one side of the glove body 100 to supply power to the control panel 400 and the display 500. The control panel 400, And the display 500 may be driven with electric power applied from the conductive coating part 200. [

At this time, in the case of the battery 600, the battery 600 may be formed in a band shape in the form of an auxiliary battery instead of being mounted on the glove body 100, and may be removably attached.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

100: glove body
110: envelope
120:
200: a pair of conductive coating portions
300: Voltage coating part
400: Control Panel
500: Display
610:
620: Speaker

Claims

1. A glove box comprising: a glove body (100) having electrical insulation, the glove body (100) having a shape conforming to a shape of a user's hand;
A pair of conductive coatings 200 formed on the detection end and the thumb end of the glove body 100 to apply a current thereto;
A voltage coating part 300 formed at a stopping end of the glove body 100 and configured to measure a voltage applied between the pair of conductive coating parts 200;
And is electrically connected to the pair of conductive coating parts 200 and the voltage coating part 300 so as to be electrically connected to the conductive coating parts 200 between the sensing and thumb ends, A control board 400 for recognizing a current flowing through the conductive coating unit 200 and a voltage between the voltage coating unit 300 and the conductive coating unit 200 and measuring a current and a voltage value;
And a display 500 connected to the control panel 400 and attached or fixed to one side of the glove body 100 to visually express the values of the current and voltage measured by the control panel 400 ,
The glove body 100 is composed of an outer skin 110 having electrical insulation and an inner skin 120 shielding the heat conduction. The outer skin has a multilayer structure, which maintains electrical insulation even if part of the outer skin is damaged during the operation, (120) includes a current sensing sensor grid for sensing a current on the outer surface, and an alarm is sounded when a current is detected due to damage to the outer casing (110). Gloves.

The method according to claim 1,
A light emitting unit 610 connected to the control panel 400 to emit light when a current flow is sensed; And a speaker (620) for emitting a sound signal to the outside when a current flow is sensed.

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