Protective case for electronic devices

Abstract

The present invention provides a protective case for electronic mobile communication devices in which nips an electronic device in position through an accommodation space formed by combining a first frame with a second frame. When combining the electronic mobile communication device with the protective case according to the invention, the electronic mobile communication device is only required to lean against the first frame and the second frame, and no scratches occur during the combination. Meanwhile, when the device in combination with the invention is placed on a desktop, the electronic mobile communication device can be kept at a distance from the desktop, thereby protecting the surface of the electronic device from being abraded by the desktop.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention relates to a protective case for electronic mobile communication devices; in particular, it relates to a protective case for encapsulating the edge of the electronic mobile communication device.[0003]2. Description of Related Art[0004]Thanks to convenience brought by touch screens, the keyboard of various portable electronic mobile communication devices now can be replaced so that such portable electronic mobile communication devices become thinner and slimmer and can be easily carried; examples thereof can be found in currently very popular touch panel notebook computers or touch screen mobile phones and mobile communication devices.[0005]However, in use, its surface may be easily abraded by the desktop or normal usage; although this usually will not affect the functions of the electronic mobile communication devices priced probably up to hundreds or thousands of dollars, such abrasions are still ...

AI Technical Summary

Benefits of technology

[0008]With regards to the issues set forth hereinbefore, the present invention provides a protective case for electronic mobile communication devices, such that no scratches will be created in combining the electronic mobile communication device with the protective case according to the present invention. When the electronic mobile communication device is flatly placed on a desktop, the electronic mobile communication device can be kept at a distance from it, thereby preventing the surface of the electronic mobile communication device case from being scratched due to frictions with the desktop. In addition, since the present invention wraps around merely the periphery of the electronic mobile communication device, the increased weight can be significantly reduced in comparison with conventional leather-made protective envelops, thus causing less burdens for carrying.

[0010]Since the first stick body and the second stick body are not “Π”-shaped, upon mounting an electronic mobile communication device therein, therefore, the surface of the electronic mobile communication device will not be abraded. Furthermore, when placed on a desktop, the surface of the electronic mobile communication device case is not in direct contact with the desktop, thus scratches due to frictions with the desktop can be effectively prevented.

[0011]Besides, the present invention further allows the first stick body and the second stick body to have the same length and rounded corner such that, in process, only one type of casting mold is required to fabricate; and along with secondary machining processes to form the positioning device (e.g., by CNC or other machining technologies). Compared with aforementioned conventional protective case, the manufacture cost of the present invention can be effectively reduced (seeing that above-said conventional protective case needs to prepare two types of casting molds).

Problems solved by technology

However, in use, its surface may be easily abraded by the desktop or normal usage; although this usually will not affect the functions of the electronic mobile communication devices priced probably up to hundreds or thousands of dollars, such abrasions are still annoying to most in terms of aesthetics.

But its drawbacks may include increased weight and volume for carrying by hand, accordingly causing inconvenience in portability.

Furthermore, based on currently available manufacture processes, after formation of the “Π”-shaped stick 91, its opening may slightly shrink inward which may lead to even greater abrasions on the electronic mobile communication device slithering therein thus undesirably resulting in deeper scratches on the case of the electronic mobile communication device.

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