Wireless communication equipment and method for controlling backlight, touch screen and keyboard

Abstract

The invention discloses wireless communication equipment and a method for controlling backlight, a touch screen and a keyboard. The method comprises the following steps of: judging a calling state of a telephone and feeding back that the telephone is in the calling state when the telephone gets through; monitoring and analyzing a contact temperature change at a telephone receiver in real time and feeding back an answering mode of the telephone; and switching working states of the backlight, the touch screen and the keyboard of the telephone according to the answering mode of the telephone. Because a technical measure that the contact temperature change at the telephone receiver is monitored and analyzed in real time by adopting a temperature sensing module so as to control the states of the backlight, the touch screen and the keyboard is adopted when the telephone gets through, the states of the backlight, the touch screen and the keyboard are correspondingly changed in real time according to the answering mode of the telephone, therefore, the states of the backlight, the touch screen and the keyboard can be intelligently switched in the calling process, and the calling experience of users is optimized; in addition, By means of the invention, the misoperation phenomenon which is easily generated by directly using a local calling mode is effectively prevented, and the electric quantity of a battery is effectively saved.

Description

technical field [0001] The invention relates to the field of mobile communication terminals with temperature sensing devices, and more specifically, the improvement relates to a wireless communication device and its method for controlling backlight, touch screen and keyboard. Background technique [0002] Wireless calling is the most fundamental application in mobile phones and one of the most frequently used applications. In most cases, people use mobile phones to answer calls: put the mobile phone close to the ear and then answer; in this case, the user only needs to pass The earpiece hole can be used to receive the other party's voice and pass the voice to the other party through the microphone hole. [0003] However, today's mobile phones do not have good control over the screen and backlight of the mobile phone when answering the call: for example, when the user is answering the call, the backlight of the mobile phone is often kept on, including the screen backlight and...

AI Technical Summary

Problems solved by technology

[0003] However, today's mobile phones do not have good control over the screen and backlight of the mobile phone when answering the call: for example, when the user is answering the call, the backlight of the mobile phone is often kept on, including the screen backlight and keyboard backlight, thus Unnecessarily wasting the power of the mobile phone; for another example, the touch screen and the keyboard of the mobile phone are still in working condition, which may cause misoperations such as hanging up the phone because the user's face touches the touch screen or keyboard inadvertently, which will bring a negative impact on the user's call. Inconvenience

[0004] Therefore, the existing technology still needs to be improved and developed

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