Chaos theory based natural wind simulation device

Abstract

The invention relates to a chaos theory based natural wind simulation device, comprising a chaos equation signal output unit, a computer, a protocol converter, a frequency converter, an analog quantity output unit and at least one group of fan, wherein the chaos equation signal output unit is used for generating fluctuation signals; the computer is used for receiving the fluctuation signals and converting the fluctuation signals into control signals to be output; the protocol converter is used for connecting the computer and the frequency converter and converting the received control signals into digital signals to be output; the frequency converter is used for receiving the digital signals and converting the digital signals into analog signals to be output; and the analog output unit is used for receiving the analog signals and outputting the analog signals to a motor in the fans, and the motor is used for controlling the rotation of fan blades according to the received analog signals so as to ensure that comfortable and changeable simulated natural wind is generated. By simulating the natural wind based on a chaos theory to be output by common electric fans or air conditioners, the invention greatly improves an indoor air environment.

Description

technical field [0001] The invention relates to the field of fan control, in particular to a device for simulating natural wind based on chaos theory. Background technique [0002] At present, ordinary air-conditioning systems and electric fans all adopt a steady-state air supply mode, that is, they are always running at a stable wind speed. People who have been in this indoor environment for a long time not only cannot feel comfortable, but also produce various discomfort symptoms, which have a very adverse impact on people's health. Compared with the monotonous steady-state wind speed environment, the natural wind is fresh, soft, and changeable, giving people a very comfortable feeling, which is also one of the important reasons why people yearn for nature. By comparing the collected natural wind speed samples with the steady-state mechanical wind speed samples, and performing spectrum analysis on them respectively, it is found that the natural wind fluctuations conform t...

AI Technical Summary

Problems solved by technology

[0003] In some large spaces such as factory workshops, farmers' markets and other environments without air-conditioning systems, the use of steady-state electric fans for air supply cannot meet people's comfort requirements. Long-term exposure to this environment will cause dizziness and headaches Symptoms such as discomfort will have a very adverse impact on production and life

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