Workshop gas circulation device based on big data and control method thereof

Abstract

The invention relates to a workshop gas circulation device based on big data and a control method thereof. The workshop gas circulation device based on the big data comprises a workshop body, a gas inlet A, a gas outlet A, a gas supply device and an equipment body. The air supply device comprises a main pipeline, a branch pipeline, a plurality of branch pipelines, a purifying mechanism, a filtering mechanism, a constant-temperature moisturizing mechanism and a control system. The main pipeline is connected with the constant-temperature moisturizing mechanism and the branch pipeline, and the branch pipeline is connected with the air inlet A; an outlet of the air inlet A is formed in the upper end of the workshop body; the air outlet A is formed in the lower end of the workshop body; the air outlet A is connected with the filtering mechanism; the filtering mechanism communicates with the waste separating mechanism, the purifying mechanism and the constant-temperature moisturizing mechanism. According to the workshop gas circulation device based on the big data, the gas parameters are managed and controlled through one-cycle data analysis and are distributed to internal circulation of the workshop body and internal circulation of the equipment body, so that the gas circulation efficiency can be improved, and the industrial production cost can be reduced.

Description

technical field [0001] The invention relates to the field of gas circulation devices, in particular to a big data-based workshop gas circulation device and a control method thereof. Background technique [0002] With the development of the manufacturing industry and the upgrading of industrial products, industrial products have higher and higher requirements for the production environment. Not only the temperature, humidity and dust content of the products in the production process need to be controlled, but also the self-heating of industrial equipment The problem of heat dissipation must also be managed together, so closed workshops have become the choice of more and more manufacturing companies. [0003] However, industrial equipment needs to be operated by personnel. The prerequisite for meeting the operating conditions of industrial equipment is to meet the working conditions of operators. Therefore, a closed workshop must require a gas circulation device to provide oxy...

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Problems solved by technology

[0003] However, industrial equipment needs to be operated by personnel. The prerequisite for meeting the operating conditions of industrial equipment is to meet the working conditions of operators. Therefore, a closed workshop must require a gas circulation device to provide oxygen supply.

In addition, the existing closed workshops are often unable to be completely closed due to the need for people to move around. It also needs to involve the use of electricity, gas, water, and oil for industrial equipment. Therefore, the actual closed workshop is complex and changeable, which is not conducive to management.

[0004] The action of industrial equipment requires air pressure or hydraulic pressure as power, and the existing air supply methods generally install independent air supply equipment near the corresponding equipment for on-site decentralized air supply, so there are the following shortcomings: scattered in multiple places in the workshop , takes up a lot of space, not only inconvenient for management and maintenance

When multiple gas supply systems work at the same time, the power consumption is high, which not only causes a great waste of energy, but also increases the operating cost of the manufacturer. It is also noisy and generates a lot of waste heat, which makes the production environment of the workshop poor and seriously threatens the staff. good health

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