Stone pile crusher inverse insertion frequency counting device

Abstract

The invention relates to the technical field of stone pile crusher intelligent monitoring, particularly to a stone pile crusher inverse insertion frequency counting device. The stone pile crusher inverse insertion frequency counting device comprises a laser sensor module, a reflective film, a data processing module and a data processing terminal, wherein the laser sensor module is arranged at thetop of the support of a stone pile crusher; the reflective film is laid at the top of the hammer of the stone pile crusher and right against the laser sensor module; laser signals transmitted by the laser sensor module can be transmitted to the reflective film and reflected and refracted by the reflective film back to the laser sensor module, the laser sensor module transmits received signals to the data processing module, and the data processing module processes the received signals and transmits results to the data processing terminal. The stone pile crusher inverse insertion frequency counting device counts the number of times of inverse insertion of the stone pile crusher through high-precision laser sensors, thereby saving detecting time, reducing personal errors, improving the pilingquality and uniformity, ensuring the piling quality of roadbed construction and greatly improving the construction efficiency.

Description

technical field [0001] The invention relates to the technical field of intelligent monitoring of a gravel pile machine, in particular to a statistical device for the reverse insertion times of a gravel pile machine. Background technique [0002] At present, the use of gravel pile machines to treat composite foundations is widely used. Since the traditional measurement method is to record the number of reverse insertions of each pile through human observation, human observation is unreasonable, resulting in large deviations and many other interference factors. , including not being able to count in real time, not being able to record continuously, wasting labor costs, etc. [0003] In the construction monitoring, the monitoring process control is not comprehensive, and only the random inspection method can be selected. Even if the frequency of random sampling inspection is increased, the quality of each pile cannot be guaranteed. If the construction monitoring encounters unqu...

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Problems solved by technology

[0002] At present, the use of gravel pile machines to treat composite foundations is widely used. Since the traditional measurement method is to record the number of reverse insertions of each pile through human observation, human observation is unreasonable, resulting in large deviations and many other interference factors. , including not being able to count in real time, not being able to record continuously, wasting labor costs, etc.

[0003] In the construction monitoring, the monitoring process control is not comprehensive, and only the random inspection method can be selected. Even if the frequency of random sampling inspection is increased, the quality of each pile cannot be guaranteed. If the construction monitoring encounters unqualified pile positions, rework is inevitable. , which not only delays the entire construction process, but also increases the construction cost

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