A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a reset mechanism for a turnover device of a water surface cleaning ship, the turnover device comprises a shell and a first sleeve arranged in the shell, a plurality of connecting shafts are uniformly distributed around the periphery of the rotating shaft, the first sleeve is arranged on the motion trails of the connecting shafts, and the first sleeve can be driven by a transmission shaft to rotate in the circumferential direction of the first sleeve; a strip-shaped through hole allowing the connecting shaft to enter is formed in the first sleeve, the first sleeve can be driven by the connecting shaft to move around the rotating shaft, and a reset mechanism used for resetting the first sleeve is connected to the first sleeve; when the elastic fan blades rotate to the position of the sleeve, the first sleeve stops rotating and completes radial reset, the position reset element enables the connecting shaft to be disengaged from the first sleeve after the first sleeve moving along with the connecting shaft rotates for a period of time, then the first sleeve completes position reset, and on the premise that normal rotation of the elastic fan blades is not affected, after the first sleeve turns over the elastic fan blades, the reset structure realizes resetting of the first sleeve.
本发明公开了一种用于水面清理船翻转装置的复位机构，翻转装置包括壳体和设在壳体内的第一套筒，转动轴上绕其一周均匀分布有多个连接轴，第一套筒设置于连接轴的运动轨迹上，第一套筒在传动轴的驱动下可沿自身周向转动，第一套筒上开有供连接轴进入的条形穿孔，且第一套筒在连接轴的带动下可绕转动轴运动，第一套筒上连接有用于将第一套筒复位的复位机构；当弹性扇叶转动至套筒位置时，第一套筒停止转动，并完成径向复位，位置复位元件则是伴随连接轴移动的第一套筒转动一段时间后，连接轴脱离第一套筒，之后第一套筒完成位置复位，复位结构在不影响弹性扇叶正常转动的前提下，在第一套筒完成对弹性扇叶的翻转后实现对第一套筒的复位。
The invention discloses a reset mechanism for a turnover device of a water surface cleaning ship, the turnover device comprises a shell and a first sleeve arranged in the shell, a plurality of connecting shafts are uniformly distributed around the periphery of the rotating shaft, the first sleeve is arranged on the motion trails of the connecting shafts, and the first sleeve can be driven by a transmission shaft to rotate in the circumferential direction of the first sleeve; a strip-shaped through hole allowing the connecting shaft to enter is formed in the first sleeve, the first sleeve can be driven by the connecting shaft to move around the rotating shaft, and a reset mechanism used for resetting the first sleeve is connected to the first sleeve; when the elastic fan blades rotate to the position of the sleeve, the first sleeve stops rotating and completes radial reset, the position reset element enables the connecting shaft to be disengaged from the first sleeve after the first sleeve moving along with the connecting shaft rotates for a period of time, then the first sleeve completes position reset, and on the premise that normal rotation of the elastic fan blades is not affected, after the first sleeve turns over the elastic fan blades, the reset structure realizes resetting of the first sleeve.
本发明公开了一种用于水面清理船翻转装置的复位机构，翻转装置包括壳体和设在壳体内的第一套筒，转动轴上绕其一周均匀分布有多个连接轴，第一套筒设置于连接轴的运动轨迹上，第一套筒在传动轴的驱动下可沿自身周向转动，第一套筒上开有供连接轴进入的条形穿孔，且第一套筒在连接轴的带动下可绕转动轴运动，第一套筒上连接有用于将第一套筒复位的复位机构；当弹性扇叶转动至套筒位置时，第一套筒停止转动，并完成径向复位，位置复位元件则是伴随连接轴移动的第一套筒转动一段时间后，连接轴脱离第一套筒，之后第一套筒完成位置复位，复位结构在不影响弹性扇叶正常转动的前提下，在第一套筒完成对弹性扇叶的翻转后实现对第一套筒的复位。
Reset mechanism for turnover device of water surface cleaning ship
一种用于水面清理船翻转装置的复位机构
WANG BO (author)
2021-03-02
Patent
Electronic Resource
Chinese
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