A method and system for communication and interaction of hydraulic pile hammer

Abstract

The invention discloses a hydraulic pile hammer communication interaction method and a system thereof, comprising the following steps: 1) arranging a hydraulic local communication monitoring station,and arranging the hydraulic local communication monitoring station near the hydraulic pile hammer construction site; 2) arranging a hydraulic expansion operation station to control one or more hydraulic pile hammers in the construction site; 3) numbering the hydraulic pile hammer by the local communication monitoring station, collecting, storing and analyzing the information of the hydraulic hammer in real time, and sending the information to the central communication monitoring station at regular intervals; 4) performing position monitoring and numbering on the local communication monitoringstation within the region by the central communication monitor station, receiving and storing the data information recorded by all hydraulic local communication monitoring stations within the region at regular intervals, and identifying and remotely controlling the hydraulic pile hammer according to the combined number; 5) setting up remote Web production condition monitoring server, which can control any hydraulic pile hammer in the area remotely.

Description

technical field [0001] The present invention relates to the technical field of hydraulic piling hammer communication, in particular to a hydraulic piling hammer communication interaction method and system thereof. Background technique [0002] In Europe in the 1970s, with the development of urban modernization and the gradual improvement of environmental protection regulations, the main product, diesel piling hammer, was gradually banned due to the problems that its own structure could not solve, namely, noise, vibration and soot pollution. Due to the high piling efficiency, low noise, small vibration and no oil fume pollution, the hydraulic piling hammer has been widely recognized for its advanced nature. Nowadays, in developed western countries and Asian countries and regions such as Japan, Singapore, Hong Kong and South Korea, hydraulic piling hammers have completely replaced diesel piling hammers and become the absolute main force in the piling market. With the progress...

AI Technical Summary

Problems solved by technology

[0003] At present, professional staff in the field of pile foundation equipment often need to stay at the construction site for a long time to supervise the working status and construction status of the pile foundation construction equipment, so as to ensure that the pile foundation construction equipment is in normal working condition and ensure the safety of the equipment. In order to ensure the normal construction status of the project, at the same time, due to the insufficient number of pile foundation equipment staff, when there is a failure of pile foundation equipment, professional staff in the field of pile foundation equipment need to rush to the construction site to deal with the situation Maintenance of faulty equipment, such a monitoring method is not only inefficient, cumbersome monitoring, but also heavy manual labor, waste of time and waste of human resources for professional staff of pile foundation equipment

[0004] At present, in order to improve the above situation, technicians in the field of hydraulic piling have invented a central communication monitoring station to monitor the hydraulic piling hammer. Through the emergence of the central communication monitoring station of the communication system, the construction status of scattered local communication monitoring stations will be The production data information and working parameters of the hydraulic piling hammer in the system are collected together for analysis and storage, but it still cannot solve the problem that technicians need to stay near the construction site for a long time to monitor the hydraulic piling hammer, and it still cannot fundamentally reduce the number of professionals. waste of human resources

[0005] At the same time, due to the harsh conditions of the equipment working site, the network communication is often unstable, and the situation of network disconnection often occurs

How to make the equipment run continuously and safely when the network is disconnected, which poses challenges to the existing communication interaction methods and systems

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