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Rotary water surface garbage recycling equipment
The rotary garbage recycling equipment comprises a garbage recycling main body structure, a floating body, three water pumps and three touch control mechanisms, the three water pumps are evenly distributed on the periphery of the garbage recycling main body structure at intervals along a circle, and the three water pumps all communicate with the garbage recycling main body structure; the three touch control mechanisms are evenly distributed on the periphery of the garbage recycling main body structure at intervals along a circle, and each touch control mechanism is used for rotating to be close to a water outlet of the corresponding water pump under the acting force from a bank barge after making contact with the bank barge so as to block water drained out of the water outlet of the corresponding water pump. After being separated from the bank barge, the three touch control mechanisms rotate and reset to be far away from the water outlet of the corresponding water pump under the impact of water discharged from the water outlet of the corresponding water pump, and any two of the three touch control mechanisms cannot make contact with the bank barge at the same time; the device has the advantages that large-area water surface garbage can be efficiently and automatically cleaned and recycled, the garbage recycling cost is reduced, garbage cleaning dead angles do not exist, and garbage cleaning is thorough.
本发明公开了一种旋转式垃圾回收设备，包括垃圾回收主体结构、浮体、三个水泵和三个触控机构，三个水泵沿一圈均匀间隔分布在垃圾回收主体结构的周围，三个水泵均与垃圾回收主体结构连通，三个触控机构沿一圈均匀间隔分布在垃圾回收主体结构的周围，每个触控机构均用于与岸驳接触后受到来自于岸驳的作用力而转动至靠近与其对应的水泵的出水口，对与其对应的水泵的出水口处排出的水形成阻挡，以及与岸驳分离后在与其对应的水泵的出水口排出的水冲击下转动复位至远离与其对应的水泵的出水口，三个触控机构中任意两个不会同时与岸驳接触；优点是能够高效自动清理回收大面积的水面垃圾，降低垃圾回收成本，且不存在垃圾清理死角，垃圾清理彻底。
Rotary water surface garbage recycling equipment
The rotary garbage recycling equipment comprises a garbage recycling main body structure, a floating body, three water pumps and three touch control mechanisms, the three water pumps are evenly distributed on the periphery of the garbage recycling main body structure at intervals along a circle, and the three water pumps all communicate with the garbage recycling main body structure; the three touch control mechanisms are evenly distributed on the periphery of the garbage recycling main body structure at intervals along a circle, and each touch control mechanism is used for rotating to be close to a water outlet of the corresponding water pump under the acting force from a bank barge after making contact with the bank barge so as to block water drained out of the water outlet of the corresponding water pump. After being separated from the bank barge, the three touch control mechanisms rotate and reset to be far away from the water outlet of the corresponding water pump under the impact of water discharged from the water outlet of the corresponding water pump, and any two of the three touch control mechanisms cannot make contact with the bank barge at the same time; the device has the advantages that large-area water surface garbage can be efficiently and automatically cleaned and recycled, the garbage recycling cost is reduced, garbage cleaning dead angles do not exist, and garbage cleaning is thorough.
本发明公开了一种旋转式垃圾回收设备，包括垃圾回收主体结构、浮体、三个水泵和三个触控机构，三个水泵沿一圈均匀间隔分布在垃圾回收主体结构的周围，三个水泵均与垃圾回收主体结构连通，三个触控机构沿一圈均匀间隔分布在垃圾回收主体结构的周围，每个触控机构均用于与岸驳接触后受到来自于岸驳的作用力而转动至靠近与其对应的水泵的出水口，对与其对应的水泵的出水口处排出的水形成阻挡，以及与岸驳分离后在与其对应的水泵的出水口排出的水冲击下转动复位至远离与其对应的水泵的出水口，三个触控机构中任意两个不会同时与岸驳接触；优点是能够高效自动清理回收大面积的水面垃圾，降低垃圾回收成本，且不存在垃圾清理死角，垃圾清理彻底。
Rotary water surface garbage recycling equipment
一种旋转式水面垃圾回收设备
WANG HAOJUN (author)
2025-01-07
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau