Anti-static laboratory test table for physical testing

Abstract

The present invention discloses an anti-static laboratory test table for physical testing. The anti-static laboratory test table comprises a frame and a table surface, wherein the frame is a steel frame or a wooden structure, the table surface is made of beech, the surface of the table surface is coated with a wood wax oil coating, a vertical first wire groove is arranged on left-rear portion of the frame, and is provided with a first industrial socket, a horizontal second wire groove is arranged below the table surface, and is provided with a second socket, a horizontal third wire groove is arranged above the table surface and close to the table surface, and is provided with a third socket, both sides on the upper portion of the table surface are respectively provided with a left function column and a right function column for arranging function keys, and the left function column or the right function column is provided with an air switch for controlling electrical equipment and a one-click power-off button for one-click power-off. According to the present invention, the anti-static laboratory test table has advantages of simple and reasonable structure, low electromagnetic reflectivity, strong static electricity resistance, and effective cracking prevention.

Description

technical field [0001] The invention relates to the field of laboratory appliances used for physical tests, in particular to an anti-static laboratory test bench for physical tests with low electromagnetic reflectivity and strong anti-static ability. Background technique [0002] The laboratory is a place for scientific research and testing, and it is a special environment. Most laboratories use air conditioning, closed rooms, low humidity, and floor glue or carpets on the ground, while the equipment in laboratories such as computers in computer rooms or electronic laboratories are mostly composed of semiconductor components, such as CPU, ROM, RAM And large-scale integrated circuits are MOS processes, which are particularly sensitive to static electricity and have high requirements for the reflectivity of electromagnetic waves. Static electricity is one of the important causes of computer failure, and many test regulations also stipulate that the test bench should not excee...

AI Technical Summary

Problems solved by technology

Most of the existing laboratory test benches are made of kraft paper layer by layer, which has a certain ability to discharge static electricity, but the absorption and reflectivity of kraft paper to electromagnetic waves cannot meet the national standard requirements and some test regulations, and the experiment The room environment is a harsh environment. Many test instruments need to be moved back and forth on the table. It is easy to scratch the surface and fail to achieve the flatness of the test.

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