Windows processing system of hand-hold equipment

Abstract

The invention discloses a Windows process system of hand-hold equipment, it includes: a data processor which can use several operation systems, thereinto: the first operation system guides all drive program of hardware and all application program of hand-hold equipment; a detecting module which detects hand-hold equipment in closing state and decides whether the guiding signal is sent; a program loading module is used to start when it receives guiding signal, it selects some operation system and guides the operation system to memory based on manual operation of user or hand-hold equipment automatically. User just needs to start the second operation system to realize some function, the function action can be accomplished in the second operation system, it possesses advantages that memory resource can be used fully, speed of starting is fast, speed of calculation is fast, energy is saved.

Description

Technical field [0001] The invention relates to the field of electronic technology, in particular to a Windows processing system of a handheld device. Background technique [0002] At present, as the use of mobile phones becomes more and more popular, people also put forward higher requirements on the functions and performances of mobile phones. But the processing system of all mobile phones based on the Windows Mobile platform only includes an operating system, which guides and loads all hardware drivers and all application software of the handheld device on the memory. Functions such as the alarm function, the function of charging and shielding calls, and RF calibration must be implemented after the operating system is started, and the shutdown alarm function, shutdown charging and shielding functions, shutdown RF calibration and other functions cannot be realized. Since the operating system starts all the hardware and software, many unnecessary functions are started, whi...

AI Technical Summary

Problems solved by technology

Functions such as the alarm function, the function of charging and shielding calls, and RF calibration must be realized after the operating system is started, and the shutdown alarm function, shutdown charging and shielding functions, shutdown RF calibration and other functions cannot be realized.

Since the operating system starts all the hardware and software, many unnecessary functions are started, which wastes system resources and slows down time, which is very inconvenient for users.