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A platform for research: civil engineering, architecture and urbanism
Novel automatic reinforcement sleeve screwing method
The invention discloses a novel automatic reinforcement sleeve screwing method, which comprises the following steps: selecting a chuck and a fixing structure according to a reinforcement sleeve and a reinforcement; starting a separation rolling shaft to enable an independent peripheral structure to rotate around the whole rolling shaft, and pulling out a pin shaft, punching the pin shaft structure to enable the separation part of the fixed structure to rotate around a fixed rolling shaft; placing the reinforcement sleeve and the reinforcement in a sleeve fastening system and an equipment fixing structure respectively, and inserting the pin shaft; turning on an equipment power supply, controlling a hydraulic clamping device, enabling an oil pressure telescopic device to stretch out and draw back in place, and enabling the chuck to stiffen the reinforcement sleeve; setting parameters through keys; and turning on a switch to enable a power system to start to work and drive a transmission gear to move, then driving a tooth opening of a sliding piece to move through the transmission gear so as to screw the reinforcement sleeve. The output torque can be accurately controlled and monitored, so that the connection quality of the reinforcement sleeve is ensured.
一种新型自动钢筋套筒施拧方法，根据钢筋套筒和钢筋选择夹头和固定结构；打开分离滚轴，将独立外围结构绕着整体滚轴转，抽出销轴，打开销轴结构，使固定结构的分离部分绕着固定滚轴转动；将钢筋套筒和钢筋分别放置在所述放置与套筒紧固系统和设备固定结构内部，并插上销轴；打开设备电源，控制液压夹紧装置，使油压伸缩装置伸缩到位，并使夹头加劲钢筋套筒；通过按键设置参数；打开开关，动力系统开始工作，带动所述传递齿轮运动，再由传递齿轮带动滑动件齿口运动，从而对钢筋套筒进行施拧。本发明可以精确控制输出的扭矩和监控，从而保证钢筋套筒的连接质量。
Novel automatic reinforcement sleeve screwing method
The invention discloses a novel automatic reinforcement sleeve screwing method, which comprises the following steps: selecting a chuck and a fixing structure according to a reinforcement sleeve and a reinforcement; starting a separation rolling shaft to enable an independent peripheral structure to rotate around the whole rolling shaft, and pulling out a pin shaft, punching the pin shaft structure to enable the separation part of the fixed structure to rotate around a fixed rolling shaft; placing the reinforcement sleeve and the reinforcement in a sleeve fastening system and an equipment fixing structure respectively, and inserting the pin shaft; turning on an equipment power supply, controlling a hydraulic clamping device, enabling an oil pressure telescopic device to stretch out and draw back in place, and enabling the chuck to stiffen the reinforcement sleeve; setting parameters through keys; and turning on a switch to enable a power system to start to work and drive a transmission gear to move, then driving a tooth opening of a sliding piece to move through the transmission gear so as to screw the reinforcement sleeve. The output torque can be accurately controlled and monitored, so that the connection quality of the reinforcement sleeve is ensured.
一种新型自动钢筋套筒施拧方法，根据钢筋套筒和钢筋选择夹头和固定结构；打开分离滚轴，将独立外围结构绕着整体滚轴转，抽出销轴，打开销轴结构，使固定结构的分离部分绕着固定滚轴转动；将钢筋套筒和钢筋分别放置在所述放置与套筒紧固系统和设备固定结构内部，并插上销轴；打开设备电源，控制液压夹紧装置，使油压伸缩装置伸缩到位，并使夹头加劲钢筋套筒；通过按键设置参数；打开开关，动力系统开始工作，带动所述传递齿轮运动，再由传递齿轮带动滑动件齿口运动，从而对钢筋套筒进行施拧。本发明可以精确控制输出的扭矩和监控，从而保证钢筋套筒的连接质量。
Novel automatic reinforcement sleeve screwing method
一种新型自动钢筋套筒施拧方法
LEI BO (author) / XU JIANPING (author) / ZHAO WEI (author) / HANG ZHENYUAN (author) / HAN LEI (author) / LU XINGXING (author) / SUN JUNJUN (author) / ZHU MINLI (author) / XU XINZHONG (author)
2021-12-24
Patent
Electronic Resource
Chinese
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