Cast-in-place slurry state data acquisition device and monitoring system

Abstract

The invention discloses a cast-in-place slurry state data acquisition device and a monitoring system. The monitoring system comprises the cast-in-place slurry state data acquisition device, a terminal server and a monitoring platform, the monitoring platform receives the actual reaction state of the slurry collected by the visual sensor, compares and analyzes the actual reaction state with the standard reaction state of the slurry, and monitors and feeds back the reaction state of the slurry in real time; the monitoring platform receives a light intensity change signal collected by the correlation laser sensor when the slurry overflows out of the pouring opening, and the pouring work is controlled to be cut off; the monitoring platform receives the real-time angle change of the slurry to the template collected by the tilt angle sensor, and controls the starting execution element to push the template to return to the original position, so that the parallelism and thickness of the wall body are automatically adjusted; the monitoring platform receives the real-time temperature change, collected by the temperature sensor, of the slurry, receives the real-time pressure change, collected by the pressure sensor, of the slurry in the mold cavity to the mold plate, and automatically adjusts the slurry proportion.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a data acquisition device and monitoring system for cast-in-place slurry state. Background technique [0002] Phosphogypsum is a fixed waste residue produced when phosphoric acid is prepared by wet sulfuric acid dihydrate method in phosphate fertilizer and other phosphating industries. It is an important renewable gypsum resource. At present, phosphogypsum is mainly used for the production of sulfuric acid co-production cement, gypsum building materials and Unburned bricks for building walls, etc. The traditional measuring instrument used to measure the initial setting and final setting time of gypsum slurry is a fully mechanical measurement. The operator manually operates and records the data with the naked eye. Because the measurement process takes a long time and the error of the naked eye observation data is large, the measurement As a result, there are very large error...

AI Technical Summary

Problems solved by technology

The traditional measuring instrument used to measure the initial setting and final setting time of gypsum slurry is a fully mechanical measurement. The operator manually operates and records the data with the naked eye. Because the measurement process takes a long time and the error of the naked eye observation data is large, the measurement There are very large errors in the results, which have a great impact on the quality detection of gypsum walls; at present, there is no real-time monitoring and data collection and analysis of the solidification state of gypsum slurry on the market

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