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A platform for research: civil engineering, architecture and urbanism
Measuring device and measuring method for constructional engineering investigation
The invention discloses a measuring device and a measuring method for constructional engineering investigation, and belongs to the technical field of constructional engineering investigation. The measuring device can be buried in a foundation for a long time for strength detection through a pre-burying mode, and the detection means is mainly a gravity extrusion effect of a bipolarity pressure ball on a liquid isolation film. Pressure in a pre-buried cylinder is changed to force a pressure change film to expand towards the outer side. A self-breaking rod is broken by pulling, a self-luminous floating ball gets close to the bipolarity pressing ball and makes contact with the bipolarity pressing ball under the action of magnetic attraction after being recovered to be free, the self-luminous floating ball can trigger a light emitting phenomenon after making contact with the liquid isolation film and being squeezed, different self-luminous floating balls release light of different colors, and the light is sequentially conducted to an outer developing rod. A technician can regularly observe the color and the intensity of internal light through the outer color developing rod every day so as to judge the intensity change of the foundation. Compared with an existing measuring device, the measuring device can carry out measurement autonomously, information is fed back in a light emitting mode, and the measuring device is quite efficient and intuitive, and can be used for night illumination so as to save electricity.
本发明公开了一种建筑工程勘察用测定装置及测定方法，属于建筑工程勘察技术领域，本发明可以通过预埋的方式，可以长期埋入地基内进行强度检测，检测手段主要为双性压球对隔液膜的重力挤压作用，从而改变预埋筒内压强迫使压变膜向外侧膨胀，自断杆被拉断自发光浮球恢复自由后在磁吸作用下靠近双性压球并接触，而自发光浮球在接触到隔液膜受到挤压后会触发发光现象，不同的自发光浮球释放出不同颜色的光，然后依次传导至外显色棒，技术人员则可以每天定时通过外显色棒观察内部光线的颜色及强度从而判断地基的强度变化，相比于现有的测定装置，本发明可以自主进行测定，同时通过发光的方式反馈信息，十分高效和直观，还可以用作夜晚照明节约电力。
Measuring device and measuring method for constructional engineering investigation
The invention discloses a measuring device and a measuring method for constructional engineering investigation, and belongs to the technical field of constructional engineering investigation. The measuring device can be buried in a foundation for a long time for strength detection through a pre-burying mode, and the detection means is mainly a gravity extrusion effect of a bipolarity pressure ball on a liquid isolation film. Pressure in a pre-buried cylinder is changed to force a pressure change film to expand towards the outer side. A self-breaking rod is broken by pulling, a self-luminous floating ball gets close to the bipolarity pressing ball and makes contact with the bipolarity pressing ball under the action of magnetic attraction after being recovered to be free, the self-luminous floating ball can trigger a light emitting phenomenon after making contact with the liquid isolation film and being squeezed, different self-luminous floating balls release light of different colors, and the light is sequentially conducted to an outer developing rod. A technician can regularly observe the color and the intensity of internal light through the outer color developing rod every day so as to judge the intensity change of the foundation. Compared with an existing measuring device, the measuring device can carry out measurement autonomously, information is fed back in a light emitting mode, and the measuring device is quite efficient and intuitive, and can be used for night illumination so as to save electricity.
本发明公开了一种建筑工程勘察用测定装置及测定方法，属于建筑工程勘察技术领域，本发明可以通过预埋的方式，可以长期埋入地基内进行强度检测，检测手段主要为双性压球对隔液膜的重力挤压作用，从而改变预埋筒内压强迫使压变膜向外侧膨胀，自断杆被拉断自发光浮球恢复自由后在磁吸作用下靠近双性压球并接触，而自发光浮球在接触到隔液膜受到挤压后会触发发光现象，不同的自发光浮球释放出不同颜色的光，然后依次传导至外显色棒，技术人员则可以每天定时通过外显色棒观察内部光线的颜色及强度从而判断地基的强度变化，相比于现有的测定装置，本发明可以自主进行测定，同时通过发光的方式反馈信息，十分高效和直观，还可以用作夜晚照明节约电力。
Measuring device and measuring method for constructional engineering investigation
一种建筑工程勘察用测定装置及测定方法
WEI ZONGHAI (author)
2021-05-28
Patent
Electronic Resource
Chinese
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