Notebook type computer with battery snap switch

Abstract

The invention provides a notebook type computer with a battery snap switch. The notebook type computer is characterized in that a host case comprises an accommodating space and a battery chamber, a battery snap switch is accommodated in the accommodating space, a battery is accommodated in the battery chamber, at least one buckle part is formed on a connecting wall of the battery chamber, a snap part of a snap piece of the battery snap switch projects from the buckle part, the two ends of an elastic piece of the battery snap switch are respectively combined with the accommodating space and the snap piece, and the battery is provided with at least one snap-fit part which comprises a rail; in addition, the battery snap switch can be switched and changed between a buckled position and a dismounted position; when the battery snap switch is placed in the buckled position, the snap part corresponds to a limiting section of the rail so as to restrict the battery from being separated from the battery snap switch; a poke part is moved so that the battery snap switch moves transversely, and when the snap part moves to a separating section of the rail, the battery can be separated from the battery snap switch.

Description

technical field [0001] The invention mainly relates to a notebook computer with a battery button switch, in particular to a notebook computer with a battery button switch that cannot be touched by mistake. Background technique [0002] Since the notebook computer has a battery, it can be powered without a power cord, and provides the user with the convenience of using it for a period of time without plugging in the electricity. [0003] In early notebook computers, the battery was installed in the host, and a cover plate was used to seal the battery, and the cover plate was stuck on the host to prevent the battery from being separated from the host. The later design omitted the cover plate, and directly snapped the battery to the main unit. The more common design is to have a tenon on the main unit. The tenon protrudes from the surface of the main unit, so that the user can move the tenon. The battery can be detached from the main unit by means of the toggle tenon. Althoug...

AI Technical Summary

Problems solved by technology

Although such a design is convenient for the user to move, it is also prone to accidental touches due to the single tenon, or placing the notebook computer on the desktop and letting the items on the desktop be stuck on the tenon. When the user accidentally moves the Notebook computer, so that the tenon is moved, and the battery of the notebook computer is further separated from the host computer. When the battery is automatically disconnected from the host computer, the notebook computer will automatically shut down because there is no power supply, and the work in progress of the user will be interrupted. And because of the factor of sudden shutdown, the original work in progress is not saved, which makes the user's work in vain

Moreover, if the notebook computer is shut down frequently and abnormally, the system of the notebook computer will be damaged, which will affect the stability of the operating system. Therefore, this method of buckling the battery and the host computer is risky and has indeed been improved. the necessity of

[0004] Later, there was a lock design. With the cooperation of the tenon and the lock, the user must first turn the lock to the unlocked position, and then turn the tenon to release the battery from the host. When installing the battery, turn the lock In the lock position, it can prevent the battery from being separated from the main unit. This design requires toggling the lock and the tenon, so that the user needs to perform two steps when removing the battery, which makes the user inconvenient. There is a need to improve

In addition, the lock still has the risk of being easily touched by mistake

[0005] In the prior art, the battery of the notebook computer is easy to be disconnected from the host computer automatically, and it needs two steps to disassemble, which cannot meet the expectations of users.

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