Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
According to the salvage ship, a pair of impellers rotate at a high speed to form vortexes, floating objects are guided into a conveying belt and conveyed to a storage bin, the floating objects on the water can be automatically collected, a driving space is changed into a storage space, the storage amount of the floating objects is increased, a steering mechanism is arranged, and on the basis of the working principle of a differential mechanism, the working efficiency is improved. The steering of the unmanned salvage ship can be controlled, the electric control system provides power, control is stable, and unmanned driving can be achieved. The device is characterized in that the device is composed of a collecting mechanism, an adsorption mechanism, a conveying mechanism and a steering mechanism, the collecting mechanism is composed of a base, lifting lug rings, buckles, a buoy, a storage bin shell, a storage bin and a storage bin handle, the storage bin shell is arranged on the base, and the four lifting lug rings are correspondingly hinged to the two sides of the base in a pairwise mode; the two ends of the two buoys are installed on the four hanging lug rings on the two sides of the base through buckles respectively, and the storage bin is arranged in the storage bin shell.
本发明一种无人打捞船公开了一种通过一对叶轮高速旋转形成旋涡，将漂浮物引入输送带并运送至存储仓，能够自动收集水上漂浮物的打捞船，将驾驶空间改为储存空间，增大漂浮物的存储量，设置转向机构，基于差速器工作原理，能够控制无人打捞船的转向，电控系统提供动力，控制稳定，能够实现无人驾驶。其特征在于由收集机构、吸附机构、传送机构和转向机构组成，所述收集机构由底座、吊耳环、卡扣、浮筒、存储仓外壳、存储仓和存储仓把手组成，存储仓外壳置于底座上，四个吊耳环分别两两对应铰接置于底座两侧，两个浮筒的两端分别通过卡扣安装在底座两侧的四个吊耳环上，所述存储仓置于存储仓外壳内。
According to the salvage ship, a pair of impellers rotate at a high speed to form vortexes, floating objects are guided into a conveying belt and conveyed to a storage bin, the floating objects on the water can be automatically collected, a driving space is changed into a storage space, the storage amount of the floating objects is increased, a steering mechanism is arranged, and on the basis of the working principle of a differential mechanism, the working efficiency is improved. The steering of the unmanned salvage ship can be controlled, the electric control system provides power, control is stable, and unmanned driving can be achieved. The device is characterized in that the device is composed of a collecting mechanism, an adsorption mechanism, a conveying mechanism and a steering mechanism, the collecting mechanism is composed of a base, lifting lug rings, buckles, a buoy, a storage bin shell, a storage bin and a storage bin handle, the storage bin shell is arranged on the base, and the four lifting lug rings are correspondingly hinged to the two sides of the base in a pairwise mode; the two ends of the two buoys are installed on the four hanging lug rings on the two sides of the base through buckles respectively, and the storage bin is arranged in the storage bin shell.
本发明一种无人打捞船公开了一种通过一对叶轮高速旋转形成旋涡，将漂浮物引入输送带并运送至存储仓，能够自动收集水上漂浮物的打捞船，将驾驶空间改为储存空间，增大漂浮物的存储量，设置转向机构，基于差速器工作原理，能够控制无人打捞船的转向，电控系统提供动力，控制稳定，能够实现无人驾驶。其特征在于由收集机构、吸附机构、传送机构和转向机构组成，所述收集机构由底座、吊耳环、卡扣、浮筒、存储仓外壳、存储仓和存储仓把手组成，存储仓外壳置于底座上，四个吊耳环分别两两对应铰接置于底座两侧，两个浮筒的两端分别通过卡扣安装在底座两侧的四个吊耳环上，所述存储仓置于存储仓外壳内。
Unmanned salvage ship
一种无人打捞船
WANG HAOHAO (Autor:in)
12.07.2024
Patent
Elektronische Ressource
Chinesisch
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