A mobile phone battery cover component and mobile phone using this component

Abstract

The invention discloses a battery cover component of a switchable radio frequency test hole, which comprises a battery cover body, a radio frequency test hole baffle and a cover board with a hole. The cover board is mounted with two parallel limiting bars, a press button with a step is mounted on the radio frequency test hole baffle, the cover board is fixed on an inner side of the battery cover, the radio frequency test hole baffle is positioned between the two parallel limiting bars of the cover board and the baffle can slide along the limiting bars; a limiting slot for the sliding of the press button is opened on the battery cover, and one end of the limiting slot is corresponding to the hole of the cover board. The invention also discloses a mobile phone, which utilizes the battery cover component. The closing and opening of a radio frequency test hole of the mobile phone is implemented by blocking the battery cover component on a mobile phone body, which also prevents a mobile phone battery from accidentally sliding from a battery chamber. With the battery cover component of the invention, the mobile phone can eliminate color difference of a mobile phone shell, avoid dust from entering the radio frequency test hole and improving the quality of the mobile phone shell at the same time.

Description

technical field [0001] The invention relates to communication equipment manufacturing technology, in particular to a mobile phone battery cover assembly and a mobile phone using the battery cover assembly. Background technique [0002] There are radio frequency test holes on the current mobile phones, which are convenient for developers to test the mobile phones without dismantling them. Usually, the test hole of the mobile phone is covered with a plug, and the function of the plug is to cooperate with the casing to close the test hole and prevent dust from entering. Due to the differences in the position and shape of the test holes of different manufacturers and different styles of mobile phones, the shapes of the plugs are also different. The test hole plugs have their own characteristics and can meet the requirements of hardware testing. However, these The plug has the following defects: the gap between the plug and the casing is likely to become loose after being pulled...

AI Technical Summary

Problems solved by technology

Due to the differences in the position and shape of the test holes of different manufacturers and different styles of mobile phones, the shapes of the plugs are also different. The test hole plugs have their own characteristics and can meet the requirements of hardware testing. However, these The plug has the following defects: the gap between the plug and the casing is likely to become loose after being pulled out many times, causing dust to accumulate in the gap and causing poor contact during the test; the material of the plug and the casing is different, and the color of the two is different There is color difference, and it is impossible to make the plug and the casing color consistent by spraying paint

However, the plug made of this material is easy to be damaged when it is used frequently, and it is inconsistent with the color of the casing, and the color difference cannot be eliminated by spraying paint.

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