Automatic handheld equipment positioning method

Abstract

The invention relates to an automatic handheld equipment positioning method. The method comprises the following steps of: providing a central processing unit; providing a storage module; providing a timing module; providing a positioning module; defining at least one first time slot and second time slot and storing the first time slot and the second time slot in the storage module; providing the current time information and position information to the central processing unit by the timing module and the positioning module; judging whether the current time is in the first time slot or second time slot range and storing the corresponding position information to the storage module by the central processing unit; storing the same position information which is stored for many times and positioned in the first time slot to the storage module and defining the position information as a first place; and storing the same position information which is stored for many times and positioned in the second time slot n to the storage module and defining the position information as a second place. According to the invention, the current position information of handheld equipment can be precisely judged and the provided function and service are dynamically adjusted according to the environment in which the current user is located or the environment in which the handheld equipment is located.

Description

technical field [0001] The invention relates to a positioning method of an electronic device, in particular to a method for determining a position using the cooperation of sensors in a handheld device. Background technique [0002] Now many handheld devices such as mobile phone (Mobile Phone), navigator (GPS), mobile network device (MID), etc. can get the latitude and longitude information of the current device through the built-in navigation module, and even get the current street through the map data. Location. But such location information cannot let the handheld device know why the user is in this place, what they will do in this place, and how the handheld device can be more suitable for the user to use in this place. More specifically, the handheld device obtains the current latitude and longitude information or street information, but does not know whether the location is a residence or a company or is outdoors, whether the handheld device is placed in a bag or on a ...

AI Technical Summary

Problems solved by technology

[0003] With the development of technology, more and more handheld devices have added various sensors, but these sensors are only used for simple purposes. For example, the distance sensor is only used to turn off the screen when answering a call, and the light sensor is only used to Sensing the intensity of light to adjust the brightness of the backlight, the motion sensor is only used to flip the screen, and the sound sensor or noise reduction chip is only used to reduce noise

These sensors are not well utilized

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