A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent inclinometer capable of achieving underwater automatic sinking and floating and construction method
The invention discloses an intelligent inclinometer capable of automatically sinking and floating underwater and a construction method.The intelligent inclinometer comprises a buoy, an inclinometer body and pulley blocks, the inclinometer body is connected with the interior of the buoy, the pulley blocks are installed at the two ends, extending out of the outer side of the buoy, of the inclinometer body, each pulley block comprises a protective sleeve, and roller assemblies are symmetrically arranged at the two ends of each protective sleeve; the rolling wheel assembly extends into a limiting hole correspondingly formed in the protective sleeve, a limiting plate is fixed to the rolling wheel assembly extending into the limiting hole, an angle pressure sensor is arranged at the other end, away from the limiting plate, of the limiting hole, and an elastic piece is connected between the angle pressure sensor and the limiting plate. According to the inclinometer, the buoy can be controlled to automatically float and sink in water like a submarine through the desktop end or the mobile phone end on the ground, the applicability of the inclinometer under various working conditions is improved, the buoy can control floating and sinking of the inclinometer, the function of protecting the inclinometer body can be achieved, and the inclinometer is prevented from being damaged after being collided.
本发明公开了一种实现水下自动沉浮的智能测斜仪及施工方法，包括浮筒、测斜仪本体和滑轮组，所述测斜仪本体与浮筒内部连接，伸出浮筒外侧的测量仪本体的两端均安装有滑轮组，所述滑轮组包括保护套，保护套两端对称设有滚轮组件，所述滚轮组件伸入保护套内对应设置的限位孔内，伸入限位孔内的滚轮组件上固定有限位板，限位孔远离限位板的另一端设有角度压力传感器，所述角度压力传感器与限位板之间连接有弹性件。本发明通过地面上的桌面端或手机端实现控制浮筒能够如潜水艇般自动在水中实现上浮和下沉，增加了测斜仪在各种工况下的适用性，浮筒除了起到控制测斜仪浮沉，还能够起到保护测斜仪本体的功能，防止测斜仪遭到碰撞后损坏。
Intelligent inclinometer capable of achieving underwater automatic sinking and floating and construction method
The invention discloses an intelligent inclinometer capable of automatically sinking and floating underwater and a construction method.The intelligent inclinometer comprises a buoy, an inclinometer body and pulley blocks, the inclinometer body is connected with the interior of the buoy, the pulley blocks are installed at the two ends, extending out of the outer side of the buoy, of the inclinometer body, each pulley block comprises a protective sleeve, and roller assemblies are symmetrically arranged at the two ends of each protective sleeve; the rolling wheel assembly extends into a limiting hole correspondingly formed in the protective sleeve, a limiting plate is fixed to the rolling wheel assembly extending into the limiting hole, an angle pressure sensor is arranged at the other end, away from the limiting plate, of the limiting hole, and an elastic piece is connected between the angle pressure sensor and the limiting plate. According to the inclinometer, the buoy can be controlled to automatically float and sink in water like a submarine through the desktop end or the mobile phone end on the ground, the applicability of the inclinometer under various working conditions is improved, the buoy can control floating and sinking of the inclinometer, the function of protecting the inclinometer body can be achieved, and the inclinometer is prevented from being damaged after being collided.
本发明公开了一种实现水下自动沉浮的智能测斜仪及施工方法，包括浮筒、测斜仪本体和滑轮组，所述测斜仪本体与浮筒内部连接，伸出浮筒外侧的测量仪本体的两端均安装有滑轮组，所述滑轮组包括保护套，保护套两端对称设有滚轮组件，所述滚轮组件伸入保护套内对应设置的限位孔内，伸入限位孔内的滚轮组件上固定有限位板，限位孔远离限位板的另一端设有角度压力传感器，所述角度压力传感器与限位板之间连接有弹性件。本发明通过地面上的桌面端或手机端实现控制浮筒能够如潜水艇般自动在水中实现上浮和下沉，增加了测斜仪在各种工况下的适用性，浮筒除了起到控制测斜仪浮沉，还能够起到保护测斜仪本体的功能，防止测斜仪遭到碰撞后损坏。
Intelligent inclinometer capable of achieving underwater automatic sinking and floating and construction method
一种实现水下自动沉浮的智能测斜仪及施工方法
CHEN YUMIN (author) / SHEN RUIHAN (author) / XIE XIAO (author) / GOU YONGGANG (author) / YANG GUI (author) / HAN YI (author)
2024-02-27
Patent
Electronic Resource
Chinese
Airbag-assisted underwater sinking pipe rotary sinking construction method
| European Patent Office | 2024
| European Patent Office | 2024