A two-way faucet includes a hollow faucet body; a rotatable water guide seat positioned in the faucet body; a rocker arm water guide assembly coupled to the rotatable water guide seat, the rocker arm water guide assembly including a supporting water guide seat and a supporting water guide tube in communication with the supporting water guide seat; a reversing outlet assembly assembled to one end of the supporting water guide tube afar from the supporting water guide seat, the reversing outlet assembly defining an upper outlet and a lower outlet; an outlet tube hermetically connected to the reversing outlet assembly and in communication with the upper outlet; and a shower outlet assembly having a switch assembled to one end of the outlet tube afar from the reversing outlet assembly, the shower outlet assembly being detachably supported on the supporting water guide seat.

A two-way faucet includes a hollow faucet body; a rotatable water guide seat positioned in the faucet body; a rocker arm water guide assembly coupled to the rotatable water guide seat, the rocker arm water guide assembly including a supporting water guide seat and a supporting water guide tube in communication with the supporting water guide seat; a reversing outlet assembly assembled to one end of the supporting water guide tube afar from the supporting water guide seat, the reversing outlet assembly defining an upper outlet and a lower outlet; an outlet tube hermetically connected to the reversing outlet assembly and in communication with the upper outlet; and a shower outlet assembly having a switch assembled to one end of the outlet tube afar from the reversing outlet assembly, the shower outlet assembly being detachably supported on the supporting water guide seat.

An adjustable differential pressure control valve has a first housing part with one or more fluid entry openings and one or more fluid exit openings. The valve is provided with a movable throttle member configured for regulating the through flow area of the exit openings in response to a difference in pressure across the throttle member, and a spring arrangement configured for providing a spring force acting on the throttle member in a direction that increases the through flow area of the exit openings. The spring arrangement comprises at least a first and a second spring, and the spring arrangement is adjustable to operate in a low pressure mode with the spring force acting on the throttle member being provided by the first spring only, and to operate in a high pressure mode with the spring force acting on the throttle member being provided by at least both the first and second springs.

An adjustable differential pressure control valve has a first housing part with one or more fluid entry openings and one or more fluid exit openings. The valve is provided with a movable throttle member configured for regulating the through flow area of the exit openings in response to a difference in pressure across the throttle member, and a spring arrangement configured for providing a spring force acting on the throttle member in a direction that increases the through flow area of the exit openings. The spring arrangement comprises at least a first and a second spring, and the spring arrangement is adjustable to operate in a low pressure mode with the spring force acting on the throttle member being provided by the first spring only, and to operate in a high pressure mode with the spring force acting on the throttle member being provided by at least both the first and second springs.

An adjustable differential pressure control valve has a first housing part with one or more fluid entry openings and one or more fluid exit openings. The valve is provided with a movable throttle member configured for regulating the through flow area of the exit openings in response to a difference in pressure across the throttle member, and a spring arrangement configured for providing a spring force acting on the throttle member in a direction that increases the through flow area of the exit openings. The spring arrangement comprises at least a first and a second spring, and the spring arrangement is adjustable to operate in a low pressure mode with the spring force acting on the throttle member being provided by the first spring only, and to operate in a high pressure mode with the spring force acting on the throttle member being provided by at least both the first and second springs.

An adjustable differential pressure control valve has a first housing part with one or more fluid entry openings and one or more fluid exit openings. The valve is provided with a movable throttle member configured for regulating the through flow area of the exit openings in response to a difference in pressure across the throttle member, and a spring arrangement configured for providing a spring force acting on the throttle member in a direction that increases the through flow area of the exit openings. The spring arrangement comprises at least a first and a second spring, and the spring arrangement is adjustable to operate in a low pressure mode with the spring force acting on the throttle member being provided by the first spring only, and to operate in a high pressure mode with the spring force acting on the throttle member being provided by at least both the first and second springs.

A two-way faucet includes a hollow faucet body; a rotatable water guide seat positioned in the faucet body; a rocker arm water guide assembly coupled to the rotatable water guide seat, the rocker arm water guide assembly including a supporting water guide seat and a supporting water guide tube in communication with the supporting water guide seat; a reversing outlet assembly assembled to one end of the supporting water guide tube afar from the supporting water guide seat, the reversing outlet assembly defining an upper outlet and a lower outlet; an outlet tube hermetically connected to the reversing outlet assembly and in communication with the upper outlet; and a shower outlet assembly having a switch assembled to one end of the outlet tube afar from the reversing outlet assembly, the shower outlet assembly being detachably supported on the supporting water guide seat.

The present invention provides a smart water flow apparatus capable of maintaining a desired level of water in a reservoir using sensor technology while having an override or shutoff feature that is programmable to address variations in water pressure or to prevent flooding due to sensor malfunction or power failure.

Apparatuses, systems, and methods are disclosed for a valve. An apparatus includes a valve that includes an actuator. The apparatus includes a container coupled to the valve and shaped to receive a fluid. The container includes an inlet, an outlet, and a first magnetic material. The apparatus includes a float positioned within the container. The float includes a second magnetic material and a reservoir. The actuator is actuated to open the valve at a first position and close the valve at a second position based on a magnetic interaction between the first and second magnetic material, a fluid level within the container, and a fluid level within the reservoir.

Apparatuses, systems, and methods are disclosed for a valve. An apparatus includes a valve that includes an actuator and a first magnetic material. The apparatus includes a container that includes an inlet and a float assembly. The actuator is actuated to one of open the valve at a first position and close the valve at a second position responsive to a magnetic force between a second magnetic material and a first magnetic material based on a position of the float assembly within the container.