A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a discharge door mechanism of a pump truck hopper. The discharge door mechanism comprises a discharge door, an air cylinder supporting seat, an O-shaped ring, linear sliding rails, vertical air cylinders, horizontal air cylinders and an electromagnetic valve, wherein the discharge door is connected with the air cylinder supporting seat and can move as a whole; the verticalair cylinders are arranged between the discharge door and the air cylinder supporting seat; one end of each vertical air cylinder is connected with the air cylinder supporting seat, and the other endof each vertical air cylinder is connected with the discharge door; the horizontal air cylinders are arranged on the air cylinder supporting seat; the O-shaped ring is arranged at the lower end of thepump truck hopper; the one or more linear sliding rails are arranged at the left end and/or the right end of the pump truck hopper; the left end and/ or the right end of the air cylinder supporting seat are/is arranged in the linear sliding rails in a sliding manner; and the electromagnetic valve is used for controlling the vertical air cylinders and the horizontal air cylinders. The invention further discloses a pump truck. The discharge door mechanism of the pump truck hopper aims at solving the problem that the sealing effect is poor due to deformation of the discharge door mechanism.
本发明公开了一种泵车料斗的卸料门机构，包括卸料门、气缸支撑座、O型圈、线性滑轨、垂直气缸、水平气缸和电磁阀；卸料门与气缸支撑座连接且可整体移动，垂直气缸均设于卸料门与气缸支撑座之间，垂直气缸的一端与气缸支撑座连接，垂直气缸的另一端与卸料门连接，水平气缸分别设于气缸支撑座上；O型圈设于泵车料斗的下端，一个或多个线性滑轨设于泵车料斗的左端和/或右端，气缸支撑座的左端和/或右端可滑动设于线性轨道内；电磁阀用于控制垂直气缸和水平气缸。本发明还公开了一种泵车。该泵车料斗的卸料门机构的目的是解决因卸料门机构变形而出现密封效果差的问题。
The invention discloses a discharge door mechanism of a pump truck hopper. The discharge door mechanism comprises a discharge door, an air cylinder supporting seat, an O-shaped ring, linear sliding rails, vertical air cylinders, horizontal air cylinders and an electromagnetic valve, wherein the discharge door is connected with the air cylinder supporting seat and can move as a whole; the verticalair cylinders are arranged between the discharge door and the air cylinder supporting seat; one end of each vertical air cylinder is connected with the air cylinder supporting seat, and the other endof each vertical air cylinder is connected with the discharge door; the horizontal air cylinders are arranged on the air cylinder supporting seat; the O-shaped ring is arranged at the lower end of thepump truck hopper; the one or more linear sliding rails are arranged at the left end and/or the right end of the pump truck hopper; the left end and/ or the right end of the air cylinder supporting seat are/is arranged in the linear sliding rails in a sliding manner; and the electromagnetic valve is used for controlling the vertical air cylinders and the horizontal air cylinders. The invention further discloses a pump truck. The discharge door mechanism of the pump truck hopper aims at solving the problem that the sealing effect is poor due to deformation of the discharge door mechanism.
本发明公开了一种泵车料斗的卸料门机构，包括卸料门、气缸支撑座、O型圈、线性滑轨、垂直气缸、水平气缸和电磁阀；卸料门与气缸支撑座连接且可整体移动，垂直气缸均设于卸料门与气缸支撑座之间，垂直气缸的一端与气缸支撑座连接，垂直气缸的另一端与卸料门连接，水平气缸分别设于气缸支撑座上；O型圈设于泵车料斗的下端，一个或多个线性滑轨设于泵车料斗的左端和/或右端，气缸支撑座的左端和/或右端可滑动设于线性轨道内；电磁阀用于控制垂直气缸和水平气缸。本发明还公开了一种泵车。该泵车料斗的卸料门机构的目的是解决因卸料门机构变形而出现密封效果差的问题。
Discharge door mechanism of pump truck hopper and pump truck
泵车料斗的卸料门机构及泵车
2020-08-21
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste