Energy balance use management method of intelligent electronic equipment

Abstract

The invention provides an energy balance use management method of intelligent electronic equipment. The energy balance use management method comprises seven steps. The method comprises the steps of 1, defining a use event of the intelligent electronic equipment; 2, searching intelligent electronic equipment with the right to use in the range of the Bluetooth network by the intelligent mobile phone; 3, waiting for event triggering by the intelligent electronic equipment; 4, judging an event type; 5, if the event belongs to the type A, calling a game energy balance management method, and selecting the optimal intelligent electronic equipment; step 6, executing an event response; if the event belongs to the type B, executing an event response on the equipment, and returning to the step 2; step 7, continuing to detect the state of the intelligent electronic equipment in the Bluetooth network by the intelligent mobile phone, and if an event is triggered, returning to the step 4; and if no event is triggered, exiting the game energy balance management mode, and returning to the step 2. By optimizing the connection of the intelligent electronic equipment, the task allocation can be optimized, the normal use time of the intelligent electronic equipment is prolonged, and the user experience is improved.

Description

technical field [0001] The invention relates to the technical field of energy management of portable intelligent electronic equipment, in particular to a game theory-based energy balance management method for intelligent electronic equipment. Background technique [0002] With the rapid development of wireless communication technology, smart phones and smart wearable devices have also developed by leaps and bounds. In recent years, smart wearable devices have gradually been applied in the fields of biology, health, medical care, education, sports and so on. While different types of portable smart electronic devices have their specific functions, they also produce many overlapping functions. For example: the phone call function of smart phone watches and the call function of smart phones are overlapping; smart phone watches The simple messaging function of the mobile phone and the text messaging function of the smartphone also overlap. In the future, smart wearable devices w...

AI Technical Summary

Problems solved by technology

However, smart wearable devices are also limited by their portability. The devices are often small, and generally lack enough space to place a battery system that provides system power. Under the existing battery technology conditions, a battery that is too small cannot achieve high capacity. This is doomed that these smart wearable devices cannot have a large-capacity battery like a smartphone, and the battery’s power capacity is usually about a quarter of that of a smartphone

However, due to the continuous increase of functional units, the power consumption of the smart wearable device system continues to increase, which will shorten the use time of the smart wearable device, thereby reducing the user experience.

Existing technologies have been unable to meet the demand for how to manage the power of multiple smart wearable devices and smartphones collaboratively and work for a longer time at the same time

Images