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A platform for research: civil engineering, architecture and urbanism
Device and method for measuring sinking height of hammered tubular pile
The invention discloses a device for measuring the sinking height of a hammered tubular pile and a measuring method.The device comprises a supporting device, a first connecting device, a scale rod, a rope, a winding device and an indicating device, the scale rod is arranged on the supporting device through the first connecting device, the indicating device is arranged in the scale rod, and the winding device is arranged on the scale rod; one end of the rope is connected with the indicating device, the other end of the rope is connected with the winding device, the winding device is in contact with the pipe pile, the stability of the measuring device is guaranteed through the arrangement of the supporting seat, the first support and the second support, and meanwhile, a horizontal detector is arranged on the connecting disc to detect the perpendicularity of the scale rod and adjust the perpendicularity; the clamping hoops are arranged on the two sides of the friction wheel, the degree of tightness is adjusted through the locking bolt so that the friction wheel can be tightly attached to the pipe pile, when the pipe pile sinks, the friction wheel drives the winding wheel and drives the small indicating ball in the scale rod to ascend through the rope, the sinking height of the pipe pile is recorded, data are obtained in real time, and the positioning device is arranged so that the measuring accuracy of the device can be further improved.
本发明公开了一种用于测量锤击管桩沉入高度的装置及测量方法，包括支撑装置、第一连接装置、刻度杆、线绳、绕线装置和指示装置，刻度杆通过第一连接装置设在支撑装置上，指示装置设在刻度杆内，绕线装置设在刻度杆上，线绳一端与指示装置连接，另一端与绕线装置连接，绕线装置与管桩接触，本发明通过设置支撑座、第一支座和第二支座，保证了测量装置的稳定性，同时连接盘上设有水平检测仪，检测刻度杆的垂直度且进行调节；摩擦轮两侧设有卡箍，并通过锁紧螺栓调节松紧使得摩擦轮能够紧贴管桩，管桩沉入时，摩擦轮带动绕线轮并通过线绳带动刻度杆内的指示小球上升，记录管桩沉入高度，实时获取数据，并设置定位装置进一步提高装置测量的准确性。
Device and method for measuring sinking height of hammered tubular pile
The invention discloses a device for measuring the sinking height of a hammered tubular pile and a measuring method.The device comprises a supporting device, a first connecting device, a scale rod, a rope, a winding device and an indicating device, the scale rod is arranged on the supporting device through the first connecting device, the indicating device is arranged in the scale rod, and the winding device is arranged on the scale rod; one end of the rope is connected with the indicating device, the other end of the rope is connected with the winding device, the winding device is in contact with the pipe pile, the stability of the measuring device is guaranteed through the arrangement of the supporting seat, the first support and the second support, and meanwhile, a horizontal detector is arranged on the connecting disc to detect the perpendicularity of the scale rod and adjust the perpendicularity; the clamping hoops are arranged on the two sides of the friction wheel, the degree of tightness is adjusted through the locking bolt so that the friction wheel can be tightly attached to the pipe pile, when the pipe pile sinks, the friction wheel drives the winding wheel and drives the small indicating ball in the scale rod to ascend through the rope, the sinking height of the pipe pile is recorded, data are obtained in real time, and the positioning device is arranged so that the measuring accuracy of the device can be further improved.
本发明公开了一种用于测量锤击管桩沉入高度的装置及测量方法，包括支撑装置、第一连接装置、刻度杆、线绳、绕线装置和指示装置，刻度杆通过第一连接装置设在支撑装置上，指示装置设在刻度杆内，绕线装置设在刻度杆上，线绳一端与指示装置连接，另一端与绕线装置连接，绕线装置与管桩接触，本发明通过设置支撑座、第一支座和第二支座，保证了测量装置的稳定性，同时连接盘上设有水平检测仪，检测刻度杆的垂直度且进行调节；摩擦轮两侧设有卡箍，并通过锁紧螺栓调节松紧使得摩擦轮能够紧贴管桩，管桩沉入时，摩擦轮带动绕线轮并通过线绳带动刻度杆内的指示小球上升，记录管桩沉入高度，实时获取数据，并设置定位装置进一步提高装置测量的准确性。
Device and method for measuring sinking height of hammered tubular pile
用于测量锤击管桩沉入高度的装置及测量方法
YAO JING (author) / LIU ZHIFANG (author) / DING XI (author) / ZHU JIAKUN (author) / YU ZHENG (author)
2024-10-01
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Device and method for detecting penetration of hammered pile
| European Patent Office | 2024