Box for receiving an electrostatic fabric

Abstract

A box for receiving an electrostatic fabric includes a top cover, a sliding member and a bottom cover. The sliding member is received and slidable in the box, and has a fixing portion mounting with an electrostatic fabric and a tongue having a through opening adjacent to the fixing portion. Two resilient arms extend from the fixing portion toward the through opening of the tongue, and two sliding blocks are provided at free ends of the two resilient arms, in which the two sliding blocks cooperate with two stoppers of the top cover to selectively control the sliding member at a lock state and a release state. When the sliding member is located at a lock state, the electrostatic fabric extends outside the box through a first opening of the box, but when the sliding member is located at a release state, the electrostatic fabric retracts in the box.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates generally to a box for receiving an electrostatic fabric, which can avoid the electrostatic fabric being exposed to the environment to adsorb dusts when not to be used, thereby keeping its cleaning function. [0003] 2. The Prior Arts [0004] As is widely known, it is very efficient to use an electrostatically charged fabric to clean surfaces of objects, such as optical disks, monitors, and optical components, due to the charges in the fabric attracting and holding dust particles. So, electrostatic fabrics are generally used in our everyday life. However, if the electrostatic fabrics are exposed to the environment when they are not used, they will easily adsorb dusts, thereby degrading their clean function. Hence, that is a big problem how to avoid the electrostatic fabrics being stained with dusts when they are not used. In addition, it is inconvenient to stow in order the conventional el...

AI Technical Summary

Benefits of technology

[0006] An objective of the present invention is to provide a box for receiving an electrostatic fabric, whereby the electrostatic fabric can be retracted in the box to avoid adsorbing dusts when not to be used, thereby keeping its cleaning function.

[0008] To achieve the above-mentioned objectives, a box for receiving an electrostatic fabric in accordance with the present invention comprises a top cover, a sliding member and a bottom cover. After the top cover and the bottom cover are assembled together, a first opening is formed at one end of the box and a second opening is formed at the other end of the box. The sliding member is received and slidable in the box, and has a fixing portion mounting with an electrostatic fabric and a tongue having a through opening adjacent to the fixing portion. Two resilient arms extend from the fixing portion toward the through opening of the tongue, and two sliding blocks are provided at free ends of the two resilient arms, in which the two sliding blocks cooperate with two stoppers of the top cover to selectively control the sliding member at a lock state and a release state. When the sliding member is located at a lock state, the electrostatic fabric extends outside the box through a first opening of the box, but when the sliding member is located at a release state, the electrostatic fabric retracts in the box. Hence, the electrostatic fabric will not adsorb dusts when not to be used, thereby keeping its cleaning function.

Problems solved by technology

However, if the electrostatic fabrics are exposed to the environment when they are not used, they will easily adsorb dusts, thereby degrading their clean function.

Hence, that is a big problem how to avoid the electrostatic fabrics being stained with dusts when they are not used.

In addition, it is inconvenient to stow in order the conventional electrostatic fabrics.

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