A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel strand pulling device with abrasive wheel cutting
The invention relates to the technical field of steel strand pulling devices, and discloses a steel strand pulling device with abrasive wheel cutting, which comprises an automatic wire feeding machine, a conveying track hydraulic rod and a cutting machine all arranged on a working table. The cutting machine is connected with the hydraulic rod, the conveying track is positioned obliquely below the cutting machine, a cutting groove corresponding to the cutting machine is formed above the conveying rail, and the cutting machine comprises a control machine shell which is selectively protected according to the state of the cutting machine. The protection shell is selectively started according to the state of the control machine shell, after cutting is completed, the hydraulic rod pushes the control machine shell through the upper rotating frame to rotate and reset around the lower rotating frame, and after resetting is completed, the hydraulic rod continues to push the upper rotating frame to extrude the power compression rod; the power compression rod shrinks, internal air enters the air cavity through the connecting air pipe and then enters the buoyancy air bag through the air cavity, the size of the buoyancy air bag is increased, the buoyancy force borne by the buoyancy air bag is also increased, the heavy liquid lifts the buoyancy air bag, the protection shell rotates clockwise, and the cutting blade is wrapped.
本发明涉及钢绞线穿束装置技术领域，公开了一种带砂轮切割的钢绞线穿束装置，包括自动送线机、输送轨道液压杆、切割机，且均设置在工作台面上，切割机与液压杆连接，输送轨道位于切割机的斜下方，输送轨道上方设置有与切割机对应的切割槽，所述切割机包括根据自身状态选择性保护的控制机壳。通过根据控制机壳的状态选择性启动保护壳，切割完成后，液压杆通过上方转动架推动控制机壳围绕下方转动架转动复位，当完成复位后，液压杆继续推动上方转动架，使其挤压动力压缩杆，动力压缩杆收缩内部空气通过连接气管进入气腔内，再通过气腔进入浮力气囊内，浮力气囊体积变大，所受浮力也变大，重液将浮力气囊抬升，保护壳顺时针转动，将切割片包裹。
Steel strand pulling device with abrasive wheel cutting
The invention relates to the technical field of steel strand pulling devices, and discloses a steel strand pulling device with abrasive wheel cutting, which comprises an automatic wire feeding machine, a conveying track hydraulic rod and a cutting machine all arranged on a working table. The cutting machine is connected with the hydraulic rod, the conveying track is positioned obliquely below the cutting machine, a cutting groove corresponding to the cutting machine is formed above the conveying rail, and the cutting machine comprises a control machine shell which is selectively protected according to the state of the cutting machine. The protection shell is selectively started according to the state of the control machine shell, after cutting is completed, the hydraulic rod pushes the control machine shell through the upper rotating frame to rotate and reset around the lower rotating frame, and after resetting is completed, the hydraulic rod continues to push the upper rotating frame to extrude the power compression rod; the power compression rod shrinks, internal air enters the air cavity through the connecting air pipe and then enters the buoyancy air bag through the air cavity, the size of the buoyancy air bag is increased, the buoyancy force borne by the buoyancy air bag is also increased, the heavy liquid lifts the buoyancy air bag, the protection shell rotates clockwise, and the cutting blade is wrapped.
本发明涉及钢绞线穿束装置技术领域，公开了一种带砂轮切割的钢绞线穿束装置，包括自动送线机、输送轨道液压杆、切割机，且均设置在工作台面上，切割机与液压杆连接，输送轨道位于切割机的斜下方，输送轨道上方设置有与切割机对应的切割槽，所述切割机包括根据自身状态选择性保护的控制机壳。通过根据控制机壳的状态选择性启动保护壳，切割完成后，液压杆通过上方转动架推动控制机壳围绕下方转动架转动复位，当完成复位后，液压杆继续推动上方转动架，使其挤压动力压缩杆，动力压缩杆收缩内部空气通过连接气管进入气腔内，再通过气腔进入浮力气囊内，浮力气囊体积变大，所受浮力也变大，重液将浮力气囊抬升，保护壳顺时针转动，将切割片包裹。
Steel strand pulling device with abrasive wheel cutting
一种带砂轮切割的钢绞线穿束装置
ZHENG YI (author) / ZHENG BIAO (author) / GAO YANG (author) / ZHANG XIAOWU (author) / ZHANG QI (author) / ZHANG JIGUANG (author) / SHEN YANJUN (author) / SHU TIANQI (author)
2022-02-25
Patent
Electronic Resource
Chinese
Strand pulling device for long steel strand and strand pulling method of strand pulling device
| European Patent Office | 2023
Steel strand integral strand pulling machine device and strand pulling method
| European Patent Office | 2024
Strand pulling device and strand pulling method for pre-stressed steel strand
| European Patent Office | 2021
Long-bundle prestressed steel strand pulling device and steel strand pulling method
| European Patent Office | 2021