Device and method for temperature and humidity control of production environment

Abstract

The invention discloses a device for temperature and humidity control of a production environment. The device comprises a pressing cap, a sprinkler, a synchronous air-water delivery body, seal gaskets, a synchronous air-water delivery valve seat, a needle valve guiding connector, and a water regulating needle valve. The pressing cap, the sprinkler and the synchronous air-water delivery body are combined and connected to each other in sequence. The synchronous air-water delivery body is connected with the synchronous air-water delivery valve seat by using the seal gasket, and the synchronous air-water delivery valve seat is connected with the needle valve guiding connector also by using the seal gasket. The water regulating needle valve is connected behind the needle valve guiding connector. The synchronous air-water delivery valve seat comprises an air inlet and a water inlet. In use, the air inlet and the water inlet of the synchronous air-water delivery valve seat are directly opened, and the water regulating needle valve is turned to regulate air pressure and water pressure. The device for temperature and humidity control of a production environment is capable of accurately controlling the temperature and humidity of an environment, and is also low in energy consumption, simple in structure, and easy to operate.

Description

technical field [0001] The invention relates to the field of air conditioning control, in particular to a device and method for controlling temperature and humidity in a production environment. Background technique [0002] In the tobacco product processing industry, the temperature and humidity control process of the environment is likely to affect the quality stability of tobacco products. The cigarette factory has strict control over the temperature and humidity of the production environment. Generally, the required temperature in winter: 25℃±2℃, humidity 65±5 , while summer requires temperature: 24℃±2℃, humidity 60±5. Generally, the temperature and humidity control method of the central air conditioner in a cigarette factory is to use dry steam in winter and refrigerant water in summer. Due to the large temperature difference between the two media of dry steam and refrigerant water, the dry steam is above 100°C, while the refrigerant water is below 7°C. . It is difficu...

AI Technical Summary

Problems solved by technology

It is difficult for the operator to control the central air-conditioning in the process of equipment operation and control, and there is often a lead or a lag, and the temperature and humidity of the environment cannot be effectively controlled, resulting in the product quality of cigarette production not meeting the stability requirements, affecting the production of cigarettes; and , it often consumes a lot of energy to control the ambient temperature and humidity through dry steam or refrigerant water, resulting in an increase in production costs

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