A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a railway dotting machine capable of walking autonomously, and relates to the technical field of railway dotting machines, the railway dotting machine comprises a dotting machine body, one side of the dotting machine body is fixedly connected with a fixed arm, and the inner wall of the fixed arm is slidably connected with two movable arms. Through the arrangement of the detection mechanism, when a rotating rod moves to concave and convex positions of a railway track, the rotating rod is driven to move, the rotating rod moves to drive a mounting block and a first piston rod to move, and the first piston rod moves to extrude a second piston rod to move through inert gas; a second piston rod moves to drive an L-shaped rod and a cylindrical block to move, the cylindrical block moves to extrude a swinging pointer to swing around a rotating column, and the tip part of the swinging pointer is red, so that swinging of the swinging pointer is more easily observed; a worker can instantly detect the deformation of the railway track by observing the swinging state of the swinging pointer, so that the deformation position of the railway track can be conveniently detected.
本发明公开了一种可自主行走的铁路打点机，涉及铁路打点机技术领域，包括打点机本体，所述打点机本体的一侧固定连接有固定臂，所述固定臂的内壁滑动连接有两个活动臂。本发明通过检测机构的设置，当转动杆移动至铁路轨道凹陷和凸起位置时，会带动转动杆进行移动，转动杆移动带动安装块、第一活塞杆进行移动，第一活塞杆移动通过惰性气体挤压第二活塞杆进行移动，第二活塞杆移动带动L形杆、圆柱块进行移动，圆柱块移动挤压摆动指针以转动柱进行摆动，且摆动指针的尖端部分为红色，进而更容易观察到摆动指针进行摆动，实现了工作人员通过观察摆动指针摆动状态能够即时检测出铁路轨道发生了形变，从而便于对铁路轨道发生形变的位置进行检测。
The invention discloses a railway dotting machine capable of walking autonomously, and relates to the technical field of railway dotting machines, the railway dotting machine comprises a dotting machine body, one side of the dotting machine body is fixedly connected with a fixed arm, and the inner wall of the fixed arm is slidably connected with two movable arms. Through the arrangement of the detection mechanism, when a rotating rod moves to concave and convex positions of a railway track, the rotating rod is driven to move, the rotating rod moves to drive a mounting block and a first piston rod to move, and the first piston rod moves to extrude a second piston rod to move through inert gas; a second piston rod moves to drive an L-shaped rod and a cylindrical block to move, the cylindrical block moves to extrude a swinging pointer to swing around a rotating column, and the tip part of the swinging pointer is red, so that swinging of the swinging pointer is more easily observed; a worker can instantly detect the deformation of the railway track by observing the swinging state of the swinging pointer, so that the deformation position of the railway track can be conveniently detected.
本发明公开了一种可自主行走的铁路打点机，涉及铁路打点机技术领域，包括打点机本体，所述打点机本体的一侧固定连接有固定臂，所述固定臂的内壁滑动连接有两个活动臂。本发明通过检测机构的设置，当转动杆移动至铁路轨道凹陷和凸起位置时，会带动转动杆进行移动，转动杆移动带动安装块、第一活塞杆进行移动，第一活塞杆移动通过惰性气体挤压第二活塞杆进行移动，第二活塞杆移动带动L形杆、圆柱块进行移动，圆柱块移动挤压摆动指针以转动柱进行摆动，且摆动指针的尖端部分为红色，进而更容易观察到摆动指针进行摆动，实现了工作人员通过观察摆动指针摆动状态能够即时检测出铁路轨道发生了形变，从而便于对铁路轨道发生形变的位置进行检测。
British Library Online Contents | 2010