Tap of controlling turning on and turning off of drainer of adapted basin by hydraulic pressure and current output and matched structure thereof

Abstract

The invention discloses a tap of controlling turning on and turning off of a drainer of an adapted basin by hydraulic pressure and current output, comprising a tap body. The tap is characterized in that the tap body is provided with a diverter water output feed hole for communicating with a water supply chamber and a control switch for controlling the opening and closing of the diverter water output feed hole, and the diverter water output feed hole is connected to a water control device, which is arranged on the drainer of the adapted basin and used for controlling the turning on and turning off of the drainer via a pipeline. The invention also discloses a matched structure which utilizes the hydraulic pressure and current output of the tap to control the turning on and turning off of the drainer of the adapted basin. The invention uses the hydraulic pressure and current output of the tap to realize the water saving and draining opening and closing of the drainer of the adapted basin. With convenient usage and simple operation, the tap reduces drainer cost and improves the sealing precision of the drainer. Besides, the tap simplifies the combined installation and maintenance of the tap, the adapted basin and the drainer.

Description

technical field [0001] The invention relates to the technical field of faucets, in particular to the technical field equipped with a faucet basin drainer. Background technique [0002] The current faucet only has its own water supply function, and basically the opening and closing function of the drainer on the sink that is closely matched with the faucet is only completed by setting the drainer and a set of mechanical action switches to form a faucet and a washing machine. Although the basin and the drainer are used together, their respective functions can only be solved by themselves. The traditional drainer is generally turned on or off by a pop-up switch on the bottom of the basin, a chain-pull switch, a mechanical lever action switch or a pull-wire action switch. ,Such as figure 1 As shown, the chain of the chain pull switch 1a is easy to break, it is difficult to install, and it is easy to lose; figure 2 As shown, although the cost of the bouncing switch at the bott...

AI Technical Summary

Problems solved by technology

[0002] The current faucet only has its own water supply function, and basically the opening and closing function of the drainer on the sink that is closely matched with the faucet is only completed by setting the drainer and a set of mechanical action switches to form a faucet and a washing machine. Although the basin and the drainer are used together, their respective functions can only be solved by themselves. The traditional drainer is generally turned on or off by a pop-up switch on the bottom of the basin, a chain-pull switch, a mechanical lever action switch or a pull-wire action switch. ,like figure 1 As shown, the chain of the chain pull switch 1a is easy to break, it is difficult to install, and it is easy to lose; figure 2 As shown, although the cost of the bouncing switch at the bottom of the basin is low, it is unhygienic and inconvenient to reach out and press the operating switch 2a under dirty water; Figure 3-Figure 5 As shown, the traditional mechanical lever action switch 3a and pull wire action switch 4a are prone to action errors or loosening, displacement, and deformation, resulting in a decrease in the sealing accuracy of the drainer and inconvenience in operation. The space for the installation and combination of the three is limited, the installation and maintenance are inconvenient, the cost is high, and it is difficult to clean

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