A new type of notebook keyboard

Abstract

The invention relates to a novel notebook keyboard. It includes: a number of key caps distributed at intervals, a number of scissors feet and a number of elastic silicone bodies, a number of lower pin fixing seats, a keyboard middle plate, a printed circuit film and a keyboard bottom plate, and the bottom surface of the key cap is provided with an upper pin fixing seat , the upper pins of the scissor feet are plugged and fixed on the upper pin holder, the lower pins of the scissor feet are plugged and fixed on the lower pin holder, and each lower pin holder and the keyboard middle board are made of plastic materials. A plastic part; the printed circuit film is arranged at the bottom of the keyboard middle plate, the keyboard bottom plate is arranged at the bottom of the printed circuit film, a number of through holes are opened on the keyboard middle plate, and the elastic silicone body passes through the corresponding through holes and the corresponding through holes in turn. The feet of the scissors contact the bottom surface of the corresponding key cap, and the bottom of the elastic silicone body is fixed on the key switch of the printed circuit film. The keyboard of the invention simplifies the printing production process and saves the production cost.

Description

technical field [0001] The invention relates to the technical field of computer keyboards, in particular to a novel notebook keyboard. Background technique [0002] With the development of the information industry, notebook computers have been widely used. The keyboard structure of the existing notebook computer is mostly composed of key caps, scissor feet, printed circuit film and bottom plate from top to bottom. On the upper and lower pin holders, this structure must have several through holes in the printed circuit film for the lower pins of the scissors to pass through, and the process of making the printed circuit with holes is complicated, and the printing process requires jumpers to bypass the through holes. The holes are connected, so that the production cost of the printed circuit film with through holes is much higher than that of the non-porous printed circuit film. In view of this, how to improve the existing notebook keyboard structure and reduce the production...

AI Technical Summary

Problems solved by technology

The keyboard structure of the existing notebook computer is mostly composed of key caps, scissor feet, printed circuit film and bottom plate from top to bottom. On the upper and lower pin holders, this structure must have several through holes in the printed circuit film for the lower pins of the scissors to pass through, and the process of making the printed circuit with holes is complicated, and the printing process requires jumpers to bypass the through holes. The holes are connected, so that the production cost of the printed circuit film with through holes is greatly increased compared with the production cost of the non-porous printed circuit film. In view of this, how to improve the existing notebook keyboard structure and reduce the production cost has become a problem to be solved

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