A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent control faucet
The invention discloses an intelligent control faucet which comprises a faucet body and a mechanical handle, a parallel valve element is arranged in the mechanical handle, two paths of inlet water pass through the parallel valve element to form mixed water, then the mixed water is discharged through a water outlet of the faucet body, and the mixed water formed by the parallel valve element is divided into two paths of mixed water outlet water paths. The two mixed water outlet water ways are a mechanical water way and a normally-open water way respectively, the mechanical handle can control the parallel valve element to be opened or closed, and the mechanical handle can also control the mixing ratio of the two mixed water ways formed by the parallel valve element or the temperature of the water outlet water ways through rotation. The mechanical water path controls water outlet through the parallel valve element, no matter the parallel valve element is opened or closed, the parallel valve element always outputs a path of mixed water to the normally-open water path, and the normally-open water path controls water outlet through a first electromagnetic valve on the electromagnetic valve box. And water in the mechanical water path and the normally open water path is gathered to flow to a second electromagnetic valve on the electromagnetic valve box, and finally flows to the faucet water outlet through the faucet water outlet path to be discharged.
本发明公开了一种智能控制龙头，包括龙头本体以及机械把手，所述机械把手内设置有一并联阀芯，两路进水通过所述并联阀芯后形成混合水后再通过所述龙头本体的出水口出水，所述并联阀芯形成的混合水分为两路混合水出水水路，所述两路混合水出水水路分别为机械水路和常开水路，所述的机械把手能够控制所述的并联阀芯开启或关闭，所述机械把手也能够通过旋转控制所述并联阀芯形成的两路混合水的混合比或者出水水路的温度，所述机械水路通过所述的并联阀芯进行控制出水，所述并联阀芯不管开启或关闭，所述并联阀芯始终会出一路混合水流向所述常开水路，所述常开水路通过电磁阀盒上的第一电磁阀控制出水，机械水路和常开水路的水则会汇集流向电磁阀盒上的第二电磁阀，最终通过龙头出水水路流向龙头出水口出水。
Intelligent control faucet
The invention discloses an intelligent control faucet which comprises a faucet body and a mechanical handle, a parallel valve element is arranged in the mechanical handle, two paths of inlet water pass through the parallel valve element to form mixed water, then the mixed water is discharged through a water outlet of the faucet body, and the mixed water formed by the parallel valve element is divided into two paths of mixed water outlet water paths. The two mixed water outlet water ways are a mechanical water way and a normally-open water way respectively, the mechanical handle can control the parallel valve element to be opened or closed, and the mechanical handle can also control the mixing ratio of the two mixed water ways formed by the parallel valve element or the temperature of the water outlet water ways through rotation. The mechanical water path controls water outlet through the parallel valve element, no matter the parallel valve element is opened or closed, the parallel valve element always outputs a path of mixed water to the normally-open water path, and the normally-open water path controls water outlet through a first electromagnetic valve on the electromagnetic valve box. And water in the mechanical water path and the normally open water path is gathered to flow to a second electromagnetic valve on the electromagnetic valve box, and finally flows to the faucet water outlet through the faucet water outlet path to be discharged.
本发明公开了一种智能控制龙头，包括龙头本体以及机械把手，所述机械把手内设置有一并联阀芯，两路进水通过所述并联阀芯后形成混合水后再通过所述龙头本体的出水口出水，所述并联阀芯形成的混合水分为两路混合水出水水路，所述两路混合水出水水路分别为机械水路和常开水路，所述的机械把手能够控制所述的并联阀芯开启或关闭，所述机械把手也能够通过旋转控制所述并联阀芯形成的两路混合水的混合比或者出水水路的温度，所述机械水路通过所述的并联阀芯进行控制出水，所述并联阀芯不管开启或关闭，所述并联阀芯始终会出一路混合水流向所述常开水路，所述常开水路通过电磁阀盒上的第一电磁阀控制出水，机械水路和常开水路的水则会汇集流向电磁阀盒上的第二电磁阀，最终通过龙头出水水路流向龙头出水口出水。
Intelligent control faucet
一种智能控制龙头
CHEN CANXIANG (author) / LIU KUN (author) / ZHANG YUKANG (author) / XIE YINGWEI (author) / GUAN HAIBO (author)
2023-10-20
Patent
Electronic Resource
Chinese