A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floating matter recovery device
The suspended matter recovery device of the present invention comprises: a recovery water tank for recovering suspended matter, which is installed on a device main body so as to be capable of rising and falling, and which comprises a recovery chamber and a suction channel which is arranged in front of the recovery chamber in the front-rear direction of the device main body and is connected to the recovery chamber, water containing suspended matters is sucked into the recovery cavity through the suction channel; the suction pump is connected with the recovery water tank through a suction pipe and sucks the water containing the suspended matters recovered in the recovery water tank; and a control device for controlling the suction amount of the suction pump on the basis of the traveling speed of the suspended matter collection device, the width of the bottom surface of the suction port, which is the front port of the suction channel, and the water depth position, so that the suction flow rate at the suction port coincides with the traveling speed. According to the invention, the suction flow rate of the suction port is controlled to be consistent with the running speed according to the running speed and the water depth of the suction port, so that the floating objects can be efficiently recovered.
本发明的浮游物回收装置包括：用于回收浮游物的回收水槽，其可升降地安装在装置主体上，并包括回收腔以及吸引通道，该吸引通道布置在回收腔的装置主体的前后方向上的前方并与回收腔相连，含浮游物的水经由该吸引通道被吸引到回收腔内；抽吸泵，其通过抽吸管与回收水槽连接，抽吸回收到回收水槽内的含浮游物的水；控制装置，其基于浮游物回收装置的行驶速度、作为吸引通道的前端口的吸引口的底面的宽度及水深位置，来控制抽吸泵的抽吸量，以使吸引口处的吸引流速与行驶速度一致。根据本发明，由于根据行驶速度、吸引口的水深来控制吸引口的吸引流速与行驶速度保持一致，能够实现浮游物的高效回收。
Floating matter recovery device
The suspended matter recovery device of the present invention comprises: a recovery water tank for recovering suspended matter, which is installed on a device main body so as to be capable of rising and falling, and which comprises a recovery chamber and a suction channel which is arranged in front of the recovery chamber in the front-rear direction of the device main body and is connected to the recovery chamber, water containing suspended matters is sucked into the recovery cavity through the suction channel; the suction pump is connected with the recovery water tank through a suction pipe and sucks the water containing the suspended matters recovered in the recovery water tank; and a control device for controlling the suction amount of the suction pump on the basis of the traveling speed of the suspended matter collection device, the width of the bottom surface of the suction port, which is the front port of the suction channel, and the water depth position, so that the suction flow rate at the suction port coincides with the traveling speed. According to the invention, the suction flow rate of the suction port is controlled to be consistent with the running speed according to the running speed and the water depth of the suction port, so that the floating objects can be efficiently recovered.
本发明的浮游物回收装置包括：用于回收浮游物的回收水槽，其可升降地安装在装置主体上，并包括回收腔以及吸引通道，该吸引通道布置在回收腔的装置主体的前后方向上的前方并与回收腔相连，含浮游物的水经由该吸引通道被吸引到回收腔内；抽吸泵，其通过抽吸管与回收水槽连接，抽吸回收到回收水槽内的含浮游物的水；控制装置，其基于浮游物回收装置的行驶速度、作为吸引通道的前端口的吸引口的底面的宽度及水深位置，来控制抽吸泵的抽吸量，以使吸引口处的吸引流速与行驶速度一致。根据本发明，由于根据行驶速度、吸引口的水深来控制吸引口的吸引流速与行驶速度保持一致，能够实现浮游物的高效回收。
Floating matter recovery device
浮游物回收装置
JING QINNING (author) / LI RENHUI (author) / HAO AIMIN (author) / KOBAYASHI SOHEI (author) / HARAGUCHI TOMOKAZU (author) / YANO SHINICHIRO (author) / ZHENG XIANGYONG (author) / CHEN JIANYING (author) / ZHAO MIN (author)
2023-04-11
Patent
Electronic Resource
Chinese
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