Automatically lockable laptop type device with display portion having automatically adjustable angle

Abstract

An automatically lockable laptop type device with a display portion having automatically adjustable angle comprises a body portion (8) and a display portion (9) connected with the body portion (8), wherein the body portion (8) comprises a housing component (80), a first shaft (81) and a second shaft (82) are fixed inside an inner cavity of the housing component (80), the first shaft (81) is used for rotationally mounting a small driving gear (812) and a large driving gear (811) that are coaxially fixedly connected, and the second shaft (82) which is at the same horizontal height with the first shaft (81) is used for rotationally mounting small driven gears (821) which are fixedly connected with two separately arranged bottom fixed legs (91) of the display portion (9), respectively.

Description

Technical field [0001] The invention relates to the field of notebook computers, in particular to a notebook device that can automatically adjust the angle of a display part and can automatically lock. Background technique [0002] Notebook computers are widely replacing desktop computers in the field of personal computers. The automatic adjustment and locking and unlocking of the display screen can improve the user experience. However, for this kind of adjustment and unlocking and locking drive system, additional accommodation space is often needed. For notebook computers, this often results in changes in appearance and an increase in volume, and it is especially easy to increase the rearward extension at the hinged position of the display screen. The size of the protrusion. This is detrimental to the overall aesthetics and performance of the computer. However, it is difficult to accurately adjust the angle of the display screen at a slow speed through the traditional gear mo...

AI Technical Summary

Problems solved by technology

However, such an adjustment and unlocking drive system often requires additional accommodation space. For notebook computers, this often results in a change in appearance and an increase in volume, and it is especially easy to increase the rearward extension of the hinged position of the display screen. The size of the protrusion

This is detrimental to the overall aesthetics and performance of the computer

However, it is difficult to adjust the angle of the display screen slowly and accurately through the traditional gear motor drive mode, and due to the control performance and cost of the drive motor, it is easy to cause the cost of the computer to increase and the reliability is not high

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