A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel pipe gallery well lid of electric hydraulic mechanism and implementation method thereof
The invention discloses a novel pipe gallery well lid of an electric hydraulic mechanism and an implementation method thereof, and belongs to the technical field of pipe gallery well lids. The novel pipe gallery well lid comprises a well lid base and a well lid body, the well lid base is hinged to one edge of the well lid body, a hydraulic device, rotating devices, a transmission device and a sealing device are installed inside the well lid base, and the hydraulic device is connected to the rotating devices on the two sides of the well lid base. According to the novel pipe gallery well lid of the electric hydraulic mechanism and the implementation method thereof, when the well lid body is opened, a pump body introduces liquid into a hydraulic cylinder, a main shaft rotates along with an upper plate while the upper plate rotates, and the main shaft transmits power to a circular plate through a transmission device to rotate; and when the circular plate rotates forwards on an auxiliary shaft, a vent hole is separated from a semicircular plate, a second channel communicates with a first channel, so that a lifting rod is driven to retract into a sleeve while one end of the upper plate rises, gas is exhausted from the vent hole, after the vent hole is screwed into contact with the semicircular plate, the second channel and the first channel are blocked, and the well lid rises to the maximum position to stop and is used for auxiliary supporting.
本发明公开了一种新型电动液压机构的管廊井盖及其实施方法，属于管廊井盖技术领域，包括井盖座和井盖，井盖座和井盖的一边沿之间铰接，井盖座的内部安装有液压装置、旋转装置、传动装置和密封装置，液压装置接在井盖座两侧的旋转装置上。本发明提出的一种新型电动液压机构的管廊井盖及其实施方法，井盖打开时，泵体向液压缸内通入液体，上板发生旋转的同时主轴跟随旋转，主轴通过传动装置将动力传动至圆板旋转；圆板在副轴正旋时，通气孔从半圆板脱离，第二通道和第一通道连通，则上板一端上升的同时带动升降杆缩回套筒内，气体从通气孔排出，通气孔旋入与半圆板接触后，第二通道和第一通道被堵住，井盖上升至最大的位置停止，用于辅助支撑。
Novel pipe gallery well lid of electric hydraulic mechanism and implementation method thereof
The invention discloses a novel pipe gallery well lid of an electric hydraulic mechanism and an implementation method thereof, and belongs to the technical field of pipe gallery well lids. The novel pipe gallery well lid comprises a well lid base and a well lid body, the well lid base is hinged to one edge of the well lid body, a hydraulic device, rotating devices, a transmission device and a sealing device are installed inside the well lid base, and the hydraulic device is connected to the rotating devices on the two sides of the well lid base. According to the novel pipe gallery well lid of the electric hydraulic mechanism and the implementation method thereof, when the well lid body is opened, a pump body introduces liquid into a hydraulic cylinder, a main shaft rotates along with an upper plate while the upper plate rotates, and the main shaft transmits power to a circular plate through a transmission device to rotate; and when the circular plate rotates forwards on an auxiliary shaft, a vent hole is separated from a semicircular plate, a second channel communicates with a first channel, so that a lifting rod is driven to retract into a sleeve while one end of the upper plate rises, gas is exhausted from the vent hole, after the vent hole is screwed into contact with the semicircular plate, the second channel and the first channel are blocked, and the well lid rises to the maximum position to stop and is used for auxiliary supporting.
本发明公开了一种新型电动液压机构的管廊井盖及其实施方法，属于管廊井盖技术领域，包括井盖座和井盖，井盖座和井盖的一边沿之间铰接，井盖座的内部安装有液压装置、旋转装置、传动装置和密封装置，液压装置接在井盖座两侧的旋转装置上。本发明提出的一种新型电动液压机构的管廊井盖及其实施方法，井盖打开时，泵体向液压缸内通入液体，上板发生旋转的同时主轴跟随旋转，主轴通过传动装置将动力传动至圆板旋转；圆板在副轴正旋时，通气孔从半圆板脱离，第二通道和第一通道连通，则上板一端上升的同时带动升降杆缩回套筒内，气体从通气孔排出，通气孔旋入与半圆板接触后，第二通道和第一通道被堵住，井盖上升至最大的位置停止，用于辅助支撑。
Novel pipe gallery well lid of electric hydraulic mechanism and implementation method thereof
一种新型电动液压机构的管廊井盖及其实施方法
LI QILONG (author) / ZHU XUANZHOU (author) / ZHANG HAO (author) / HU CHENG (author) / LI JIDAO (author) / ZHAO YUE (author) / WANG TAO (author) / JIA QINGQIANG (author)
2021-07-13
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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