A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a sliding type inclinometer which comprises an inclinometer pipe with a guide groove formed in the inner side, a probe is placed in the inclinometer pipe and connected with a wire, sliding rails perpendicular to the probe are connected to the side portions of the upper end and the lower end of the probe, and the two ends of each sliding rail are slidably connected with movable plates which are located on the two sides of the probe respectively and can be close to or away from the probe. The movable plates are rotationally connected with a guide wheels matched with the guide grooves, and first reset devices are arranged between the movable plates and the probe. When the inclinometer pipe deforms, the probe moves towards one side of the probe through the deformation position and one movable plate at the upper end or the lower end of the probe, the probe is pushed by the first reset devices to extrude the first reset devices on the other side, when the pressures of the two first reset devices are equal, the probe stops moving, and at the moment, the probe is located in the middle of the two movable plates; the probe can smoothly pass through the deformation position, meanwhile, when the probe inclines, the sensor generates a signal, and an operator can conveniently and accurately judge the deformation position.
本发明公开了一种滑动式测斜仪，包括内侧开设有导槽的测斜管，测斜管内放置有探头，探头连接有导线，探头上、下两端侧部均连接有与探头垂直设置的滑轨，滑轨两端各滑动连接有分别位于探头两侧，且能够靠近或远离探头的活动板，活动板上转动连接有与导槽相配合的导轮，活动板与探头之间设有第一复位装置。当测斜管发生变形时，探头经过变形处，探头上端或下端的一件活动板向探头一侧运动，探头受到第一复位装置的推力，挤压另一侧的第一复位装置，当两件第一复位装置的压力相等时，探头停止运动，此时，探头位于两件活动板的中间位置，探头可以顺利通过变形处，同时，探头发生倾斜，传感器即产生信号，方便操作人员准确判断变形的位置。
The invention discloses a sliding type inclinometer which comprises an inclinometer pipe with a guide groove formed in the inner side, a probe is placed in the inclinometer pipe and connected with a wire, sliding rails perpendicular to the probe are connected to the side portions of the upper end and the lower end of the probe, and the two ends of each sliding rail are slidably connected with movable plates which are located on the two sides of the probe respectively and can be close to or away from the probe. The movable plates are rotationally connected with a guide wheels matched with the guide grooves, and first reset devices are arranged between the movable plates and the probe. When the inclinometer pipe deforms, the probe moves towards one side of the probe through the deformation position and one movable plate at the upper end or the lower end of the probe, the probe is pushed by the first reset devices to extrude the first reset devices on the other side, when the pressures of the two first reset devices are equal, the probe stops moving, and at the moment, the probe is located in the middle of the two movable plates; the probe can smoothly pass through the deformation position, meanwhile, when the probe inclines, the sensor generates a signal, and an operator can conveniently and accurately judge the deformation position.
本发明公开了一种滑动式测斜仪，包括内侧开设有导槽的测斜管，测斜管内放置有探头，探头连接有导线，探头上、下两端侧部均连接有与探头垂直设置的滑轨，滑轨两端各滑动连接有分别位于探头两侧，且能够靠近或远离探头的活动板，活动板上转动连接有与导槽相配合的导轮，活动板与探头之间设有第一复位装置。当测斜管发生变形时，探头经过变形处，探头上端或下端的一件活动板向探头一侧运动，探头受到第一复位装置的推力，挤压另一侧的第一复位装置，当两件第一复位装置的压力相等时，探头停止运动，此时，探头位于两件活动板的中间位置，探头可以顺利通过变形处，同时，探头发生倾斜，传感器即产生信号，方便操作人员准确判断变形的位置。
Sliding type inclinometer
一种滑动式测斜仪
SUN HUADI (author)
2021-06-18
Patent
Electronic Resource
Chinese
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