Dedicated temperature monitoring and recording system for diamond fretsaw

Abstract

The invention discloses a dedicated temperature monitoring and recording system for a diamond fretsaw. The temperature monitoring and recording system comprises a temperature data collection system and a temperature data analysis system, wherein the temperature data collection system is connected with the temperature data analysis system through a communication module; the temperature data collection system includes a power supply module for supplying power to the temperature data collection system, a central processing unit, a digital temperature sensing unit, and a first storage unit for storing the temperature data; the output end of the digital temperature sensing unit is connected with the input end of the central processing unit; and the first storage unit is connected with the central processing unit. According to the invention, the central processing unit can control a plurality of digital temperature sensors to detect the liquid temperature value desired for the production of the diamond fretsaw at the same time; and the temperature data can be recorded by the storage unit, and can be downloaded to a PC (personal computer) for automatic analysis and treatment. The temperature monitoring and recording system provided by the invention can reduce labor power, error as well as wastes of liquid and power resources, and can greatly improve the product quality.

Description

technical field [0001] The invention relates to a temperature monitoring and recording system, in particular to a special temperature monitoring and recording system for diamond wire saws. Background technique [0002] In the diamond wire saw manufacturing process, the temperature of various liquids on the equipment has a great influence on the product quality. If the temperature is not properly controlled, it will be difficult to produce qualified products. However, in the existing diamond production process, in order to ensure product quality, the method of manual measurement is carried out. The manual measurement method refers to that the operator uses a thermometer to measure the temperature of the liquid respectively, records the measured data, and then performs table analysis on the data. Due to the different measurement methods of the operators, the measurement results will be different, and the consistency and validity of the temperature data will be poor, which wi...

AI Technical Summary

Problems solved by technology

Due to the different measurement methods of the operators, the measurement results will be different, and the consistency and validity of the temperature data will be poor, which will make the data analysis lose its due effect

Moreover, when the operator is measuring the temperature, he has to touch various liquids on the equipment. These liquids are all acid-base, which will also cause harm to human health.

Manual temperature measurement itself will also cause the loss of liquid temperature and increase power loss; moreover, the price of the electroplating solution is very high, which will cause contamination and loss of the plating solution during the measurement process

Therefore, the method of manual measurement has many disadvantages, which not only wastes manpower and resources, but also cannot guarantee product quality and cannot meet the needs of actual production.

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