Device and method for assembling identifying electronic product vertically and horizontally

Abstract

The method of identifying the vertical or horizontal assembling of electronic product is to utilize one inductor to convert the bending deformation of one cantilever beam unit with one limiting pedestal into one circuit state, and to judge whether the limiting pedestal is in direction perpendicular to or parallel with the gravitational direction. According to the method, the present invention proposes one kind of device for identifying the vertical or horizontal assembling of electronic product, and the device includes one limiting pedestal, one cantilever beam, one balance weight, and one inductor.

Description

technical field [0001] The present invention relates to a device and method for identifying the direction of gravity, and in particular relates to a device and method for identifying vertical or horizontal assembly of electronic products. Background technique [0002] With the advancement of computer technology and the popularization of multimedia applications, users' demand for high-capacity and low-cost storage devices is also increasing. Among them, optical storage media has become a The main storage medium for data backup, multimedia playback, and data exchange. Today, in desktop computers or notebook computers, optical drives have already become standard equipment, and a lot of information is sold or backed up in the form of optical discs, even in many instruments or electrical products with microprocessor cores. You can see the outline corner of the optical drive. [0003] Traditionally, the optical drive is almost always assembled in the electronic device in a horiz...

AI Technical Summary

Problems solved by technology

[0004] In order to judge whether an electronic product is assembled vertically or horizontally, take an optical drive as an example. The traditional technology is based on the signal strength received by the read-write head when reading the optical disc. There are different displacements depending on the difference. By calculating the focus state of the read-write head, it can be judged whether the optical drive is assembled vertically or horizontally at this time. However, this traditional method will inevitably consume more logical judgments and computing resources; The electronic device that can judge the signal of the read-write head often needs to be combined with a more complicated mechanical structure and electronic switch components, or add a special sensor to detect the direction of gravity, but in this way, it will greatly increase The complexity of the whole system

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