Energy self-support sphere device of employing inscribed polyhedron

Abstract

The invention discloses an energy self-support sphere device of employing an inscribed polyhedron. According to the device, the contradiction of mutual restriction of rolling and energy capture of anexisting sphere device is overcome. In the sphere rolling process, a few of surface solar cells capable of receiving sunlight on the inscribed polyhedron continuously generate electricity to support continuous working of a sensor detection unit of sensing the environmental conditions, an information processing unit and a sphere drive device, so that electricity generation and the functions, such as environment sensing and detection, signal emission and sphere driving can be considered in the rolling process.

Description

technical field [0001] The invention relates to an energy self-sufficient spherical device inscribed with a polyhedron. Background technique [0002] Current wireless surveillance and monitoring devices are generally unable to have functions such as energy self-sufficiency, autonomous movement, target detection, and cluster coordinated movement at the same time. Both modern military and civilian applications urgently need a device that can have the above four functions. Energy self-sufficiency means that the device itself collects external energy and converts it into electrical energy for its own use instead of relying on external input electrical energy or an energy storage battery with periodic charging. In reality, energy self-sufficiency is the main obstacle causing these devices to fail or not be realized at all. All kinds of self-sufficient energy devices hope to use solar energy, an eternal energy source in nature, as a source to convert it into electrical energy for...

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Problems solved by technology

[0003] The invention relates to a movable energy self-sufficient sphere device inscribed with a polyhedron. Each surface of the inscribed polyhedron is mounted with a solar cell that converts incident sunlight into electrical energy. The device overcomes the problem that the solar cell and the sphere cannot be effectively integrated and The disadvantage of high-efficiency power generation, the realization of solar cells on each face ensures that the incident sunlight is incident at the same angle, and at the same time, the support device of the inscribed polyhedron is integrated with energy storage and signal processing devices, which can drive signal processing and mobile devices , so as to ensure that the sphere continues to generate power while rolling forward, and because the volume of the sphere can be enlarged and reduced at any size, the device can be used in concealed or small places

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