Charging device adapt to different electronic equipment, charging method thereof and electronic equipment

Abstract

The invention discloses a charging device adapt to different electronic equipment, a charging method of the charging device and electronic equipment. The charging device comprises a shell, a power source module, multiple electrode portions and a switch module. The power source module outputs multiple paths of different direct current voltage. The electrode portions are arranged on the shell, separated from each other and connected with the power source module through the switch module. The switch module switches and controls different direct current voltage communicated with any one electrode portion. The power source module outputs electric energy through the communications of the switch module, the electrode portions and electrode parts of the electric equipment to charge for the electronic equipment. The charging device adapt to different electronic equipment can provide various charging voltage with different voltage grades and specifications, and is adapt to electronic equipment with different charging voltage requirements and wide in application range. Meanwhile, multiple electrode portions meet the requirement that multiple electronic equipment can be charged simultaneously. Due to the fact that the charging device adapts to multiple charging placement of the electronic equipment, efficient charging of the electronic equipment on different positions can be ensured.

Description

technical field [0001] The invention relates to a charging device for electronic equipment, in particular to a charging device adaptable to different electronic equipment, a charging method thereof, and electronic equipment. Background technique [0002] With the ever-changing functions of smart electronic products, the power consumption of electronic products has increased rapidly. How to enable various powerful electronic products (including smart phones, tablet computers and portable instruments, etc.) to obtain more effective power supply while maintaining their flexible and portable features has become the most urgent solution for major manufacturers of smart electronic products. problem. At present, there are mainly two charging methods for portable electronic devices: one charging method is to use a cable charger to charge electronic devices, which is not convenient on the one hand, and requires plugging and unplugging the power supply and charger interface every tim...

AI Technical Summary

Problems solved by technology

At present, there are mainly two charging methods for portable electronic devices: one charging method is to use a cable charger to charge electronic devices, which is not convenient on the one hand, and requires plugging and unplugging the power supply and charger interface every time it is charged, which is time-consuming. On the other hand, frequent plugging and unplugging of the interface increases the possibility of damage to the charging interface of the device; another charging method is to use a wireless charger to charge electronic devices inductively, which has low power conversion efficiency, high heat generation, and slow charging speed , high product cost, large volume, not easy to carry, and electromagnetic waves may affect human health; in this regard, the applicant previously proposed a charging base with electrodes that can be contacted and connected to realize power transmission

At the same time, in recent years, wearable smart electronic devices such as smart glasses and smart watches have emerged continuously, and there are more and more types of electronic devices used in people's daily life. The batteries of these electronic devices often require different charging voltages. Therefore, these electronic devices are usually equipped with different chargers, and the respective chargers are used to complete the charging process. Multiple chargers not only take up space, are easy to lose, and are inconvenient to carry.

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