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Liquid surface floating object bionic collector based on screw rod wave forming principle
The invention discloses a bionic collector for floating objects on a liquid surface based on a screw rod wave forming principle. The bionic collector comprises at least one film body, at least one solid-liquid separation mechanism, at least one wave forming mechanism, at least one driving mechanism and at least one floating body assembly, the at least one solid-liquid separation mechanism is provided with at least one accommodating groove; the at least one driving mechanism is used for driving the at least one wave forming mechanism to intermittently support at least part of the at least one film body, so that the front surface of the at least one film body does wave-shaped periodic fluctuating motion; the bionic collector for the floating objects on the liquid surface based on the spiral rod wave forming principle is simple in driving mode and high in collecting efficiency, and does not cause great influence on surrounding water areas. Compared with a traditional collector, the collector adopts a snail-like feeding structure, is simple, compact and high in reliability, can be directly placed in the water surface to collect floating objects during working, has good convenience and can be applied to various different water areas.
本发明公开一种基于螺旋杆成波原理的液体表面漂浮物仿生收集器，包括至少一个膜体、至少一个固液分离机构、至少一个成波机构、至少一个驱动机构和至少一个浮体组件；至少一个固液分离机构具有至少一个容纳槽；至少一个驱动机构用于驱动所述至少一个成波机构间歇性地撑起所述至少一个膜体的至少局部，致使所述至少一个膜体正面作波浪形的周期性起伏运动；该基于螺旋杆成波原理的液体表面漂浮物仿生收集器驱动方式简单，收集效率高，且不会对周围水域造成太大影响。相较于传统收集器，本公开采用了仿照螺类的进食的结构，简单紧凑，可靠性强，工作时可以直接置于水面中对漂浮物进行收集，具有良好的便捷性，能够运用在多种不同的水域中。
Liquid surface floating object bionic collector based on screw rod wave forming principle
The invention discloses a bionic collector for floating objects on a liquid surface based on a screw rod wave forming principle. The bionic collector comprises at least one film body, at least one solid-liquid separation mechanism, at least one wave forming mechanism, at least one driving mechanism and at least one floating body assembly, the at least one solid-liquid separation mechanism is provided with at least one accommodating groove; the at least one driving mechanism is used for driving the at least one wave forming mechanism to intermittently support at least part of the at least one film body, so that the front surface of the at least one film body does wave-shaped periodic fluctuating motion; the bionic collector for the floating objects on the liquid surface based on the spiral rod wave forming principle is simple in driving mode and high in collecting efficiency, and does not cause great influence on surrounding water areas. Compared with a traditional collector, the collector adopts a snail-like feeding structure, is simple, compact and high in reliability, can be directly placed in the water surface to collect floating objects during working, has good convenience and can be applied to various different water areas.
本发明公开一种基于螺旋杆成波原理的液体表面漂浮物仿生收集器，包括至少一个膜体、至少一个固液分离机构、至少一个成波机构、至少一个驱动机构和至少一个浮体组件；至少一个固液分离机构具有至少一个容纳槽；至少一个驱动机构用于驱动所述至少一个成波机构间歇性地撑起所述至少一个膜体的至少局部，致使所述至少一个膜体正面作波浪形的周期性起伏运动；该基于螺旋杆成波原理的液体表面漂浮物仿生收集器驱动方式简单，收集效率高，且不会对周围水域造成太大影响。相较于传统收集器，本公开采用了仿照螺类的进食的结构，简单紧凑，可靠性强，工作时可以直接置于水面中对漂浮物进行收集，具有良好的便捷性，能够运用在多种不同的水域中。
Liquid surface floating object bionic collector based on screw rod wave forming principle
一种基于螺旋杆成波原理的液体表面漂浮物仿生收集器
WU JIANING (author) / HUANG ZEXIANG (author) / WU ZHIGANG (author)
2022-03-18
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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