Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water surface garbage collector advancing mechanism
The invention provides a water surface garbage collector advancing mechanism which is characterized in that a controller and a storage battery of a control system are both installed at the bottom of a barrel body, and a sensor is installed on the plate face, close to one side of the opening end of the can body, of a partition plate; two advancing power output holes are formed in the barrel bottom of the barrel body of the collecting barrel, and propellers are arranged at the output ends, penetrating through the advancing power output holes, of two advancing gear motors of the advancing mechanism installed on the inner side plate face of the barrel bottom of the barrel body; or one advancing power output hole and one steering power output hole are formed in the barrel bottom of the barrel body of the collecting barrel, the propeller is arranged at the output end of the advancing gear motor arranged on the inner side plate surface of the barrel bottom of the barrel body of the collecting barrel after the advancing gear motor penetrates through the advancing power output hole, and the steering gear motor is arranged on the inner side plate surface of the barrel bottom of the barrel body, and the steering plate is mounted on the output shaft of the steering gear motor after penetrating through the steering power output hole through the handle part at the fan-shaped center. The mechanism is easy to operate, capable of automatically transferring positions and low in labor intensity.
本发明提供一种水面垃圾收集器行进机构，其特征在于：控制系统的控制器和蓄电池均安装在桶体的桶底上，传感器安装在隔板靠近桶体开口端一侧的板面上；收集桶的桶体的桶底上设有2个行进动力输出孔，安装在桶体的桶底内侧板面上的行进机构的2件行进减速电机穿过行进动力输出孔后的输出端均装有螺旋桨；或者收集桶的桶体的桶底上设有1个行进动力输出孔和1个转向动力输出孔，安装在收集桶桶体的桶底内侧板面上的行进减速电机穿过行进动力输出孔后的输出端装有螺旋桨，转向减速电机安装在桶体的桶底内侧板面上，转向板通过扇形中心处的柄部安装在转向减速电机穿过转向动力输出孔后的输出轴上。本发明操作简单、可自行转移位置、劳动强度小。
Water surface garbage collector advancing mechanism
The invention provides a water surface garbage collector advancing mechanism which is characterized in that a controller and a storage battery of a control system are both installed at the bottom of a barrel body, and a sensor is installed on the plate face, close to one side of the opening end of the can body, of a partition plate; two advancing power output holes are formed in the barrel bottom of the barrel body of the collecting barrel, and propellers are arranged at the output ends, penetrating through the advancing power output holes, of two advancing gear motors of the advancing mechanism installed on the inner side plate face of the barrel bottom of the barrel body; or one advancing power output hole and one steering power output hole are formed in the barrel bottom of the barrel body of the collecting barrel, the propeller is arranged at the output end of the advancing gear motor arranged on the inner side plate surface of the barrel bottom of the barrel body of the collecting barrel after the advancing gear motor penetrates through the advancing power output hole, and the steering gear motor is arranged on the inner side plate surface of the barrel bottom of the barrel body, and the steering plate is mounted on the output shaft of the steering gear motor after penetrating through the steering power output hole through the handle part at the fan-shaped center. The mechanism is easy to operate, capable of automatically transferring positions and low in labor intensity.
本发明提供一种水面垃圾收集器行进机构，其特征在于：控制系统的控制器和蓄电池均安装在桶体的桶底上，传感器安装在隔板靠近桶体开口端一侧的板面上；收集桶的桶体的桶底上设有2个行进动力输出孔，安装在桶体的桶底内侧板面上的行进机构的2件行进减速电机穿过行进动力输出孔后的输出端均装有螺旋桨；或者收集桶的桶体的桶底上设有1个行进动力输出孔和1个转向动力输出孔，安装在收集桶桶体的桶底内侧板面上的行进减速电机穿过行进动力输出孔后的输出端装有螺旋桨，转向减速电机安装在桶体的桶底内侧板面上，转向板通过扇形中心处的柄部安装在转向减速电机穿过转向动力输出孔后的输出轴上。本发明操作简单、可自行转移位置、劳动强度小。
Water surface garbage collector advancing mechanism
水面垃圾收集器行进机构
SHI MINGXIA (Autor:in)
31.08.2021
Patent
Elektronische Ressource
Chinesisch
Water surface garbage collector and water surface garbage collecting method
| Europäisches Patentamt | 2023