Gas-expansion-type temperature-light-sensitive thermotropic gravity center automatic adjustment device

Abstract

The invention discloses a gas-expansion-type temperature-light-sensitive thermotropic gravity center automatic adjustment device which includes a liquid storage bin, a center installation connection reservation location, heat-sensitive energy absorbers, a vertical and horizontal indicator and an installation avoidance location. The liquid storage bin includes liquid storage bin units, a liquid storage compensation bin and thermal-expansion gas accommodating bins. The liquid storage compensation bin is located at the middle of the device. The liquid storage bin units and the thermal-expansion gas accommodating bins include a plurality of units which are uniformly distributed and are mutually connected so that a cone is formed to surround the liquid storage compensation bin to the center. Each liquid storage bin unit is in connection and communication with the liquid storage compensation bin. The liquid storage bin is fully filled with a high-density liquid. The device is convenient to use, sensitive to a thermal source, capable of meeting demands of direction tracking of the thermal source and sun facing, simple in structure, convenient to disassemble, low in cost, flexible in precision, capable of forming system independently, and capable of automatic adjustment, free from daily maintenance, zero in energy consumption and capable of being used as a thermosensitive adjustment driving assembly and a sun-facing sensing driving device.

Description

technical field [0001] The invention relates to an automatic control device, in particular to a gas expansion type temperature-photosensitive automatic center-of-gravity adjustment device. Background technique [0002] In the field of thermal and photosensitive technology applications, people often need something that can automatically identify and respond to changes in the ring mirror, and adapt to the changing conditions to drive the device to change, so that the device can always work in the best environment. There are also many types on the market. All kinds of heat-sensitive and photosensitive system components basically use real-time signal collection, real-time judgment by the intelligent system, and then start the driving device to move, adjust the tracking state and working state. It is also relatively complicated, so there are a lot of weak links in the production and use process, the cost is high, but the service life is short, the damage feedback is not timely, a...

AI Technical Summary

Problems solved by technology

[0002] In the field of thermal and photosensitive technology applications, people often need something that can automatically identify and respond to changes in the ring mirror, and adapt to the changing conditions to drive the device to change, so that the device can always work in the best environment. There are also many types on the market. All kinds of heat-sensitive and photosensitive system components basically use real-time signal collection, real-time judgment by the intelligent system, and then start the driving device to move, adjust the tracking state and working state. It is also relatively complicated, so there are a lot of weak links in the production and use process, the cost is high, but the service life is short, the damage feedback is not timely, and it relies on manual discovery, which not only consumes a lot of energy, but also wastes a lot of manpower and material resources. maintain

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