Cold and warm control device based on Internet of Things for industrial production workshop

Abstract

The invention relates to a cold and warm control device based on the Internet of Things for an industrial production workshop. The cold and warm control device comprises guiding rails, a temperature control device and a plurality of detection points; the guiding rails comprise the multiple linear guiding rails and the multiple arc guiding rails, and all the linear guiding rails and arc guiding rails are mutually connected through two connecting sleeves; the temperature control device comprises a main body, a controller, a supporting rod and a temperature controller; and a lifting mechanism isarranged in the main body and comprises a side rod, a second motor, a gear and a lifting rod. According to the cold and warm control device based on the Internet of Things for the industrial production workshop, two connecting units are connected through the connecting sleeves, and thus the linear guiding rails and the arc guiding rails can be flexibly assembled and disassembled; the moving path of the temperature control device is adjusted, and thus the flexibility of the cold and warm control device is greatly enhanced; and not only that, the temperature conditions of all positions are detected through the detection points, then the temperature control device moves to the positions, the height of the temperature controller is changed through the lifting mechanism to conduct temperature control treatment, and thus it is guaranteed that all the positions in the production workshop are at the appropriate temperature.

Description

technical field [0001] The invention relates to the field of temperature control equipment, in particular to a cooling and heating control device for industrial production workshops based on the Internet of Things. Background technique [0002] In a huge industrial system, workshop production in almost all industries will be affected by temperature. The temperature will affect the operation of equipment inside the workshop and the quality of products produced. Therefore, people need to strictly control the temperature of industrial production workshops. [0003] In order to ensure proper cooling and heating temperatures, people usually install air conditioners in the workshop to adjust the temperature. However, when using air conditioners for temperature control, because the position of the air conditioner is fixed, the temperature control range of the air conditioner is small. Not only that, the condensation control of the air conditioner The effect is very limited. In diff...

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Problems solved by technology

[0003] In order to ensure proper cooling and heating temperatures, people usually install air conditioners in the workshop to adjust the temperature. However, when using air conditioners for temperature control, because the position of the air conditioner is fixed, the temperature control range of the air conditioner is small. Not only that, the condensation control of the air conditioner The effect is very limited. In different space ranges, the temperature varies everywhere. In a small number of industrial workshops, the patrol temperature control is carried out by installing guide rails and installing the temperature control device on the driving mechanism. However, using this The flexibility of the temperature control method is poor, and the inspection path of the temperature control device is fixed. When the equipment in the workshop needs to be moved, the route and guide rail of the temperature control device also need to be adjusted accordingly. Some heating and cooling control devices are difficult to adjust flexibly

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