Data acquisition system of graphite carbonization system based on Internet of Things

Abstract

The invention discloses a data acquisition system based on the Internet of Things. The data acquisition system comprises a data acquisition module, wherein each group of temperature detection mechanism comprises four temperature measurement probes, four infrared thermometers and four temperature sensors; a mounting mode of each group of temperature detection mechanism is as follows, four mounting holes are formed in a furnace wall of the graphite carbonization processing furnace; the four mounting holes are uniformly distributed in the circumferential direction of the graphite carbonization processing furnace; a temperature measuring probe tube is inserted into each mounting hole; an inner end of the temperature measuring probe tube extends into the heating tube; an infrared thermometer is arranged at an outer end of the temperature measuring probe tube; four temperature sensors are also arranged on a furnace wall; the infrared thermometer and the temperature sensor both output temperature signals to an MCU; the data acquisition system based on the Internet of Things can realize data acquisition in the whole production process, and is easy to implement.

Description

technical field [0001] The present invention is applied in the field of industrial production process control, and relates to a data acquisition system of a graphite carbonization system based on the Internet of Things, and specifically relates to furnace body temperature data acquisition and segmental control of temperature, thereby improving product quality; in addition, feeding and The output realizes precise quantitative control. The whole system realizes automatic control. Relevant data is uploaded to the server (cloud), which can realize remote monitoring and mobile APP monitoring. Background technique [0002] The existing common graphite carbonization system uses manual feeding into the carbonization furnace to realize the carbonization of graphite powder. The disadvantages of this carbonization method are: [0003] (1) The production efficiency is low, due to the artificial propulsion of the carbon boat, the efficiency is low. [0004] (2) The feeding mechanism o...

AI Technical Summary

Problems solved by technology

[0003] (1) The production efficiency is low, due to the artificial propulsion of the carbon boat, the efficiency is low

[0004] (2) The feeding mechanism occupies a large space, resulting in a large area occupied by the entire graphite carbonization system, which requires high environmental factors such as workshops

[0005] (3) Due to the limited loading of carbon boats, it also leads to low production efficiency and low production capacity

[0006] (4) Since the carbon boat and graphite powder are heated together during heating, the carbon boat also consumes a large amount of heat, resulting in high energy consumption and high production costs

[0007] Moreover, the production capacity of the existing technology is low, and the current output is 120-130kg / day; the investment is large and the energy consumption is high

[0008] In addition, there is also a semi-automatic graphite carbonization system, which is fed into the furnace body for heating through screw feeding. Although this method can increase production capacity, it still has the characteristics of inconvenient control.

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