INDEPENDENT self-charging power source and wearable on the human body ELECTRONIC DEVICE

摘要

Usage: The invention relates to the field of electronic industry, and more particularly, to electronic devices operating on a standalone power supply, functioning by utilizing thermal energy generated by the human body. SUMMARY: autonomous self-charging power source using the thermal energy released by the body comprises a battery, rechargeable generator producing electric current, which is actuated by mechanical movement transmitted from the heat engine of the Stirling working the body of which is enclosed in the sealed space, and the motor is driven by alternately heating and cooling a working medium, wherein heating the working fluid is performed by the thermal energy released by the human body And cooling the working fluid through the cooler surrounding area. Wearable electronic device that can be worn on the human body contains a stand-alone self-charging power supply. In this wearable electronic device may be configured as a computer. The technical effect obtainable when using the utility model is the appearance of electric current and electric energy storage battery for constant self-charging power source for electronic devices, the contact with the human body by converting thermal energy generated by the human body, i.e., using a temperature difference with respect to the human body and the environment. Also increases battery life on portable electronic device the body, a substantial increase in the length of time without using an external source of electrical energy (electrical network), increasing the reliability and durability of the electronic device in contact with the human body. 2 bp ZP 21, 10 yl.