Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mechanical cold regenerator rotor flameout slow rotation hydraulic system and cold regenerator
The invention discloses a mechanical cold regeneration machine rotor flameout slow rotation hydraulic system and a cold regeneration machine, the mechanical cold regeneration machine rotor flameout slow rotation hydraulic system comprises a hydraulic pump station, a slow rotation valve group, a motor, an oil cylinder and a slow rotation driving wheel, the hydraulic pump station is connected with the slow rotation valve group, and the slow rotation valve group is connected with the motor and the oil cylinder; the oil cylinder is connected with the slow-rotation driving wheel, and the motor is connected with the slow-rotation driving wheel; when the hydraulic system works, the hydraulic pump station outputs pressure oil to enter the slow rotation valve group, the pressure oil in the slow rotation valve group enters a rodless cavity of the oil cylinder, a piston rod of the oil cylinder extends out and pushes the slow rotation driving wheel to be meshed with the belt driving wheel, the pressure oil further drives the motor to rotate through the slow rotation valve group, and the motor drives the slow rotation driving wheel to rotate. The milling rotor is driven to rotate through the hydraulic system, an engine does not need to be started, the tool replacement cost is reduced, the device is more environmentally friendly, and the tool replacement safety is improved by arranging the overflow valve and the one-way valve.
本发明公开了一种机械式冷再生机转子熄火慢转液压系统及冷再生机，包括液压泵站、慢转阀组、马达、油缸、慢转驱动轮，所述液压泵站与慢转阀组连接，所述慢转阀组与马达和油缸连接；油缸与慢转驱动轮连接，马达与慢转驱动轮连接；液压系统工作时，液压泵站输出压力油进入慢转阀组，慢转阀组中的压力油进入油缸无杆腔，使油缸的活塞杆伸出并推动慢转驱动轮与皮带驱动轮啮合，压力油还经由慢转阀组带动马达旋转，马达带动慢转驱动轮旋转。本发明通过液压系统驱动铣刨转子旋转，无需启动发动机，降低更换刀具成本且更加环保，并通过设置溢流阀及单向阀，提高更换刀具安全性。
Mechanical cold regenerator rotor flameout slow rotation hydraulic system and cold regenerator
The invention discloses a mechanical cold regeneration machine rotor flameout slow rotation hydraulic system and a cold regeneration machine, the mechanical cold regeneration machine rotor flameout slow rotation hydraulic system comprises a hydraulic pump station, a slow rotation valve group, a motor, an oil cylinder and a slow rotation driving wheel, the hydraulic pump station is connected with the slow rotation valve group, and the slow rotation valve group is connected with the motor and the oil cylinder; the oil cylinder is connected with the slow-rotation driving wheel, and the motor is connected with the slow-rotation driving wheel; when the hydraulic system works, the hydraulic pump station outputs pressure oil to enter the slow rotation valve group, the pressure oil in the slow rotation valve group enters a rodless cavity of the oil cylinder, a piston rod of the oil cylinder extends out and pushes the slow rotation driving wheel to be meshed with the belt driving wheel, the pressure oil further drives the motor to rotate through the slow rotation valve group, and the motor drives the slow rotation driving wheel to rotate. The milling rotor is driven to rotate through the hydraulic system, an engine does not need to be started, the tool replacement cost is reduced, the device is more environmentally friendly, and the tool replacement safety is improved by arranging the overflow valve and the one-way valve.
本发明公开了一种机械式冷再生机转子熄火慢转液压系统及冷再生机，包括液压泵站、慢转阀组、马达、油缸、慢转驱动轮，所述液压泵站与慢转阀组连接，所述慢转阀组与马达和油缸连接；油缸与慢转驱动轮连接，马达与慢转驱动轮连接；液压系统工作时，液压泵站输出压力油进入慢转阀组，慢转阀组中的压力油进入油缸无杆腔，使油缸的活塞杆伸出并推动慢转驱动轮与皮带驱动轮啮合，压力油还经由慢转阀组带动马达旋转，马达带动慢转驱动轮旋转。本发明通过液压系统驱动铣刨转子旋转，无需启动发动机，降低更换刀具成本且更加环保，并通过设置溢流阀及单向阀，提高更换刀具安全性。
Mechanical cold regenerator rotor flameout slow rotation hydraulic system and cold regenerator
一种机械式冷再生机转子熄火慢转液压系统及冷再生机
SONG BO (Autor:in) / WANG HANBIN (Autor:in) / LIANG BANGXIU (Autor:in) / MA SHITONG (Autor:in) / DUAN JUNJIE (Autor:in) / DONG JIANDONG (Autor:in) / GAO YUANKUI (Autor:in) / SUN WEIKANG (Autor:in)
19.03.2024
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2024