Material Heap Location Measurement System Based on Laser Ranging Technology

Abstract

The invention discloses a material stack position measurement system based on laser ranging technology, which can accurately measure the volume and quantity of material stacks. The material stack position measurement system based on laser ranging technology only needs to fix the pan / tilt on the top of the material stack warehouse, and then scan the material stack warehouse through the laser range finder, and the angle measuring device records the angle during measurement , the data measured by the laser range finder and the angle measuring device are transmitted to the PC client and the data receiving storage module through the data transmission module, and the PC client performs data integration to calculate the volume and quantity of the measured material pile, and transmits the calculation result to The data is stored in the storage module, which is convenient for the operator to view the data. The shape of the material pile can be accurately measured by using laser scanning distance measurement, and then the volume and quantity of the material pile can be accurately measured, and the entire measurement process is completed automatically, saving time and effort. Save effort. It is suitable for popularization and application in the field of material pile measurement.

Description

technical field [0001] The invention relates to the field of material stack measurement, in particular to a material stack position measurement system based on laser ranging technology. Background technique [0002] Since the British scientist J.Aspdin studied cement and obtained a patent in 1824, cement has been widely used. Cement is an inorganic material that can naturally solidify when exposed to air. It has many advantages such as high hardness, high temperature resistance, and long storage time. In the contemporary society where the industry is rapidly developing, the application range and usage of cement are very large. As an important basic material for economic development, from the perspective of technological development, there will be no other materials that can replace it in the future. As an important raw material for economic construction, cement has been widely used in many fields, such as buildings, roads, bridges, underground passages, ports, etc. In addi...

AI Technical Summary

Problems solved by technology

Cement stack level measurement technology has been difficult to achieve the level of automatic monitoring. In most cement plants, the stack position measurement is mainly carried out by manual methods.

For example, methods such as weighing, artificial regulation, etc. need to be roughly estimated, which consumes a lot of manpower and material resources, and the measurement accuracy is not high

Furthermore, because the cement raw material and material warehouse is relatively closed, it is more difficult to measure it manually. It can only be stretched vertically downward through a simple rope. After touching the material, it is estimated based on the empirical shape. This method is very difficult To a large extent, it has affected the normal production volume evaluation of the enterprise

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