Static elimination device

Abstract

A static elimination device includes a carryon object comprising a static elimination circuit. The static elimination circuit comprises a contact point which is a conductive contact point and is exposed outside the surface of the carryon object so as to come into contact with the body of a user; a lamp group that includes at least one lamp body connected to the contact point through a wire; and animpedance element group connected between the contact point and the lamp group through a wire to form a circuit and including various resistors and capacitors or a combination thereof. In use, the carryon object is worn on the user, and the contact point is in contact with the body of the user. When the body generates static electricity, the static electricity can be transferred to the static elimination circuit through the contact point so as to achieve an effect of eliminating the static electricity. The static current can light up the lamp body when flowing through the lamp body, so the brightness of the lamp body can indicate the intensity of the static electricity.

Description

Technical field [0001] The invention relates to a device capable of eliminating static electricity, in particular to a device for eliminating static electricity. Background technique [0002] Generally, in certain operating environments, or in a relatively dry area (such as a geographically northerly area), it is easy to accumulate static electricity due to large static electricity or lack of moisture. However, when the static electricity is large enough, it is easy to produce surges. Excessive surges will make the contact feel pain, and even damage electronic equipment or ignite gas station gas and cause heavy losses. Therefore, it is necessary to apply static elimination devices to avoid damage caused by static electricity. [0003] Traditionally, different devices have been designed to eliminate static electricity from the human body. For example, in the factory, one end of a wire is used to ground and the other end to contact the operator's body. But this method is not conduc...

AI Technical Summary

Problems solved by technology

The disadvantage of this device is to neutralize the free charges in the air, so the discharge speed of static electricity is slow and the ability is limited. For example, when encountering a surge generated by a large amount of static electricity, it is often impossible to effectively eliminate all of it.

And because the user can't understand the effect of the overall device, and the user can't know whether it can effectively eliminate static electricity, it is difficult for traditional static wristbands to be favored by electronic assembly factories, and it is often difficult for factory workers to develop the habit of wearing them.

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