Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
An underwater suspension salvage robot relates to the technical field of underwater mechanical equipment and comprises a fixedly arranged base, a quick cleaning assembly is arranged at the top of the base, a steering assembly is arranged on the side, located in the advancing direction, of the quick cleaning assembly, and a clamping assembly is fixedly arranged at one end of the steering assembly; by means of the rapid cleaning assembly, in the process of salvaging the floating objects, the salvaged floating objects are collected at the same time, and the salvaging effect is good; and through cooperation of the steering assembly and the clamping assembly, large-size floating objects can be fished rapidly and transferred stably. The problems that when a salvage bucket of an existing salvage robot transfers salvaged floating objects, a propeller must be closed, and salvage is not thorough are solved. The salvage process of large-size floating objects is tedious, and the large-size floating objects are prone to falling off in the transfer process. The salvage area of a single stroke is small, and the salvage efficiency is low. And the salvage robot shakes under the pushing of waves, so that the salvage robot is overturned.
一种水下悬浮打捞机器人,涉及水下机械设备技术领域,包括固定设置的底座,底座的顶部设有快速清理组件,快速清理组件位于行进方向的侧方设有转向组件,转向组件的一端固定设有夹持组件;通过快速清理组件能够实现在打捞漂浮物的过程中,同时将打捞后的漂浮物进行收集,并且打捞效果好;通过转向组件与夹持组件的配合能够实现对体积较大的漂浮物进行快速打捞,并稳定转运。本发明解决了现有打捞机器人打捞斗转运打捞的漂浮物时必须要将螺旋桨关闭,并且打捞不彻底的问题;对大体积漂浮物打捞过程繁琐,并且转运过程中容易掉落的问题;单次行程打捞面积小,打捞效率低的问题;在波浪的推动下发生摇晃,导致打捞机器人翻倒的问题。
An underwater suspension salvage robot relates to the technical field of underwater mechanical equipment and comprises a fixedly arranged base, a quick cleaning assembly is arranged at the top of the base, a steering assembly is arranged on the side, located in the advancing direction, of the quick cleaning assembly, and a clamping assembly is fixedly arranged at one end of the steering assembly; by means of the rapid cleaning assembly, in the process of salvaging the floating objects, the salvaged floating objects are collected at the same time, and the salvaging effect is good; and through cooperation of the steering assembly and the clamping assembly, large-size floating objects can be fished rapidly and transferred stably. The problems that when a salvage bucket of an existing salvage robot transfers salvaged floating objects, a propeller must be closed, and salvage is not thorough are solved. The salvage process of large-size floating objects is tedious, and the large-size floating objects are prone to falling off in the transfer process. The salvage area of a single stroke is small, and the salvage efficiency is low. And the salvage robot shakes under the pushing of waves, so that the salvage robot is overturned.
一种水下悬浮打捞机器人,涉及水下机械设备技术领域,包括固定设置的底座,底座的顶部设有快速清理组件,快速清理组件位于行进方向的侧方设有转向组件,转向组件的一端固定设有夹持组件;通过快速清理组件能够实现在打捞漂浮物的过程中,同时将打捞后的漂浮物进行收集,并且打捞效果好;通过转向组件与夹持组件的配合能够实现对体积较大的漂浮物进行快速打捞,并稳定转运。本发明解决了现有打捞机器人打捞斗转运打捞的漂浮物时必须要将螺旋桨关闭,并且打捞不彻底的问题;对大体积漂浮物打捞过程繁琐,并且转运过程中容易掉落的问题;单次行程打捞面积小,打捞效率低的问题;在波浪的推动下发生摇晃,导致打捞机器人翻倒的问题。
Underwater suspension salvage robot
一种水下悬浮打捞机器人
REN YI (Autor:in)
05.04.2024
Patent
Elektronische Ressource
Chinesisch
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