A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ultra-deep vibro-replacement gravel pile construction quota measuring method
The invention discloses an ultra-deep vibro-replacement gravel pile construction quota determination method in the technical field of construction quota determination. The method comprises manual consumption determination, construction machinery consumption determination and material consumption determination. Wherein the manual consumption is subjected to data acquisition through the intelligent access control system, the intelligent safety helmet and the remote video monitoring system, and the construction machinery consumption is subjected to data acquisition through the electric parameter acquisition terminal, the vibration data acquisition terminal and the RTK positioning data acquisition terminal; the material consumption measurement comprises the step of respectively measuring a main material, an auxiliary material and a turnover material. The internet of things technology combining a sensor chip and the internet is adopted, and a specific internet of things transmission protocol is supplemented, so that acquisition and transmission of ultra-deep vibro-replacement gravel pile construction quota measurement basic data are carried out, the number and time of quota measurement personnel input in a vibro-replacement gravel pile construction site can be greatly reduced, and the working efficiency of the vibro-replacement gravel pile construction site is improved. The environmental influence and construction interference on a measurement site are reduced, and the accuracy and reliability of quota measurement data are improved.
本发明公开的是施工定额测定技术领域的一种超深振冲碎石桩施工定额测定方法，包括人工消耗量测定、施工机械消耗量测定和材料消耗量测定。其中人工消耗量通过智慧门禁系统、智能安全帽和远程视频监控系统进行数据采集，施工机械消耗量通过电参数采集终端、振动数据采集终端和RTK定位数据采集终端进行数据采集，材料消耗量测定分为主要材料、辅助材料和周转性材料分别进行测定。采用传感器芯片和互联网相结合的物联网技术，再辅以特定的物联网传输协议，进行超深振冲碎石桩施工定额测定基础数据的采集和传输，可大幅减少振冲碎石桩施工现场定额测定人员投入数量和时间，减少测定现场环境影响和施工干扰，提高定额测定数据的准确性和可靠性。
Ultra-deep vibro-replacement gravel pile construction quota measuring method
The invention discloses an ultra-deep vibro-replacement gravel pile construction quota determination method in the technical field of construction quota determination. The method comprises manual consumption determination, construction machinery consumption determination and material consumption determination. Wherein the manual consumption is subjected to data acquisition through the intelligent access control system, the intelligent safety helmet and the remote video monitoring system, and the construction machinery consumption is subjected to data acquisition through the electric parameter acquisition terminal, the vibration data acquisition terminal and the RTK positioning data acquisition terminal; the material consumption measurement comprises the step of respectively measuring a main material, an auxiliary material and a turnover material. The internet of things technology combining a sensor chip and the internet is adopted, and a specific internet of things transmission protocol is supplemented, so that acquisition and transmission of ultra-deep vibro-replacement gravel pile construction quota measurement basic data are carried out, the number and time of quota measurement personnel input in a vibro-replacement gravel pile construction site can be greatly reduced, and the working efficiency of the vibro-replacement gravel pile construction site is improved. The environmental influence and construction interference on a measurement site are reduced, and the accuracy and reliability of quota measurement data are improved.
本发明公开的是施工定额测定技术领域的一种超深振冲碎石桩施工定额测定方法，包括人工消耗量测定、施工机械消耗量测定和材料消耗量测定。其中人工消耗量通过智慧门禁系统、智能安全帽和远程视频监控系统进行数据采集，施工机械消耗量通过电参数采集终端、振动数据采集终端和RTK定位数据采集终端进行数据采集，材料消耗量测定分为主要材料、辅助材料和周转性材料分别进行测定。采用传感器芯片和互联网相结合的物联网技术，再辅以特定的物联网传输协议，进行超深振冲碎石桩施工定额测定基础数据的采集和传输，可大幅减少振冲碎石桩施工现场定额测定人员投入数量和时间，减少测定现场环境影响和施工干扰，提高定额测定数据的准确性和可靠性。
Ultra-deep vibro-replacement gravel pile construction quota measuring method
一种超深振冲碎石桩施工定额测定方法
DENG ZIQIAN (author) / XIA YONG (author) / DONG SHUANG (author) / ZHU MINGRUN (author) / ZHAO LAN (author) / CHEN XIAN (author) / GAO HANG (author) / YAN HAILAN (author)
2024-08-30
Patent
Electronic Resource
Chinese
IPC:
G01D
MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE
,
Anzeigen oder Aufzeichnen in Verbindung mit Messen allgemein
/
E02D
FOUNDATIONS
,
Gründungen
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G01S
RADIO DIRECTION-FINDING
,
Funkpeilung
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H04L
TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Übertragung digitaler Information, z.B. Telegrafieverkehr
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