Intelligent factory building capable of adjusting factory humidity

Abstract

The invention discloses an intelligent factory building capable of adjusting factory humidity. The intelligent factory building comprises a workshop, an air inlet and an air outlet are formed in the two sides of the workshop respectively, and the workshop is internally provided with an air circulator; and the air outlet is connected with a detector through a pipe, the detector is provided with two air outlet pipes which are connected with a humidifying device and a dehumidifying device, and a solenoid valve is arranged on each air outlet pipe. The invention aims at solving the technical problems that air-conditioning control is adopted by all traditional chemical fiber textile mills, but a factory with a large area must be provided with more doors, so huge cost is increased for temperature and humidity control imperceptibly, money is wasted, and environmental protection cannot be achieved. The invention aims at providing the intelligent factory building capable of adjusting the factory humidity to solve the technical problems. Firstly, air is pumped and conveyed to the detector through pipes, the method is more accurate than real-time detection in the workshop, specified solenoid valve is controlled to be switched on through a detection result, best adjustment is conducted on temperature and humidity in the workshop, and then adjustment is more uniform.

Description

technical field [0001] The invention relates to a temperature and humidity control device, in particular to an intelligent factory building for adjusting factory humidity. Background technique [0002] In real life, temperature and humidity measurement is widely used in warehouse management, manufacturing, meteorological observation, scientific research and daily life. The measurement of temperature is relatively simple, but the measurement of humidity is more troublesome. Common humidity measurement methods are: dynamic method, static method, dew point method, wet and dry bulb method and electronic sensor method. In the 18th century, humans invented the wet and dry bulb hygrometer. The accuracy of the dry and wet bulb hygrometer also depends on the accuracy of the dry bulb and wet bulb thermometers themselves; the hygrometer must be in a ventilated state: only gauze water jacket, water quality, The specified accuracy can only be achieved when the wind speed meets certain ...

AI Technical Summary

Problems solved by technology

However, in actual use, due to the influence of dust, oil and harmful gases, aging will occur and the accuracy will decrease after a long time of use, resulting in insufficient stability. Therefore, conventional humidity measurement devices need to be calibrated with saturated salt or different concentrations of sulfuric acid. , but the calibration and calibration process is complicated, the accuracy is difficult to guarantee, and it is often unsatisfactory in terms of linearity, repeatability, interchangeability, consistency, etc.; in addition, although the platinum hygrometer does not require calibration, the price is too expensive and difficult to obtain. to promote

[0003] As we all know, in chemical fiber textile mills, the temperature and humidity greatly affect the normal production of the spinning workshop. Production practice has proved that improper or unstable temperature and humidity adjustment will cause unstable moisture regain of cotton laps and rovings, thus affecting the production process. yarn quality and increase yarn breakage, all in all, the temperature and humidity in the spinning workshop are closely related to the production process and product quality control

[0004] Traditional chemical fiber textile mills use air-conditioning control, but for large-scale factories, there must be many doors, which invisibly increases the cost of temperature and humidity control, consumes money and is not environmentally friendly

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