The present disclosure provides a system for recovering and reusing graywater generated from at least one graywater source in a building. The system includes a controller configured to control recovery and reuse of the graywater; a graywater recovery device communicably coupled to the controller and configured to recover the graywater from the graywater source of the building; and a graywater distributor communicably coupled to the controller, connected to the graywater recovery device, and configured to distribute the recovered graywater to at least one target position in the building for reuse, wherein the controller controls the graywater recovery device to deliver the graywater to the graywater distributor according to a control signal sent by a user, and the controller controls the graywater distributor to deliver the graywater to a target position designated by the user for reuse according to a control signal sent by the user.

A urinal module for installation in public toilets or private bathrooms, with the purpose of avoiding or reducing bad odors through the cooling of the contact surface of the urinal, where it impacts with the urine by the use of a cooling closed-circuit by direct expansion that includes a condensing unit and an electronic system of temperature control that are located in an external cabinet, separated from the urinal module. A centrally arranged water reservoir feeds the urinal module, each of which comprises a cooling streamer that leaves the condenser, enters through the back of the urinal closest to the cabinet and makes a journey through the inner back of the urinal to the point of contact with the lower reservoir of the same, resuming to the same point of entry of the urinal, from where it leaves, containing heated gas and returns to the compressor to achieve the closed-loop cooling effect. The temperature control of the urinal manages to form a thin ice protective layer, which will prevent the urine from vaporizing and, therefore, can be perceived by the sense of smell.

A urinal assembly having a frame and a plurality of posts or posts extending from the frame. The frame can include a plurality of openings. The openings can be defined by a plurality of sides and corners. The posts can extend from the corners and/or from the sides of the openings. In some embodiments, posts extend from a first face and a second face of the frame.

A urinal-based multiplayer gaming system is provided. The system includes a plurality of urinals, each including a respective urine sensing system, each urine sensing system configured to sense, when active, a urine stream attribute of urine collected at that urinal. A common display is viewable from each of the plurality of urinals. A processing system is configured to: execute a computer-implemented game responsive to urine stream attributes received from the active urine sensing systems; and render game graphics on the common display during execution of the computer-implemented game, wherein the game graphics include, for each of the active urine sensing systems, a corresponding graphical component.

Disclosed herein is an automated urinary output measuring system. The automated urinary output measuring system includes an automated urinary output measuring device configured to be suspended from a rim of a sanitary hardware device and receive a volume of voided urine. The automated urinary output measuring device can include a receiving trough having an opening, a door configured to cover the opening in a fluid tight seal, the door coupled to the receiving trough by a hinge, and a lip extending from the receiving trough configured to detachably couple the automated urinary output measuring device to the sanitary hardware device. The system can further include an ultrasonic measuring system having a console coupled to one or more ultrasonic sensors, and a flushing mechanism coupled to the sanitary hardware device.

The object of the present invention is a urinal apparatus fitted, in particular, with a special connection to which a duct is connected in order to extract the aerosol generated during its use, by means of an electric exhaust unit that expels the aerosol outside the bathroom, thus preventing it from being diffused inside the room.

This toilet bypass comprises one or more holes, tubes, slots or combination thereof in conventional toilets, to be used by urinals attached to toilets so that urine is drained directly into sewer lines connected to the bottom or back of toilets instead of draining into toilet bowls or through extra plumbing connections into bathroom walls or floors. The bypass may be located in the narrow gap between the back of toilet bowl and the water tank or in the side or back of toilets. The bypass eliminates the need for extra plumbing or to flush the toilet after every urination thus significant water is conserved in as much as a person usually urinates several times a day.

Systems, methods, and devices relating to urinal, in some examples having a movable portion able to pivot from a generally closed to a generally open position. The urinal may have a drain line engaged with a proximal end of the funnel for conveying urine and rinse water into a sewer line or a toilet bowl and a rinse line coupled with a water supply for rinsing urine therein. The urinal may be movable with the assistance of one or more sensors that may automatically signal other electrical or mechanical components to move one or more portions of the urinal, and may be include elements that seal portions of the urinal when not in use or during cleaning to reduce gas or liquid escaping from the urinal system.

A urine catcher as described helps to prevent urine accumulating near the ground of a urinal by providing a urine catcher that moves into place when a person approaches the urinal. In one embodiment, the system is mechanically actuated and moves the urine catcher through a linkage. In another embodiment, the system includes a proximity or motion sensor coupled to a motor which moves the urine catcher. The urine catcher may be provided as a kit for installing adjacent to a urinal.

The present disclosure provides a split-type automatic lifting bracket device and a sanitary product. The split-type automatic lifting bracket device comprises an upper bracket assembly and a lower bracket assembly, wherein the upper bracket assembly is used for bearing a water receiver or a waterway control valve; and the lower bracket assembly is used for bearing or supporting and driving a sanitary product to rise and descend, and comprises a self-supporting leg assembly, an auxiliary standing device, an automatic lifting control device, a lifting bracket, a push-pull power device, a rolling guide device, and the sanitary product. The lifting structure of the present application can rise and descend automatically without an additional force to assist in height adjustment. The water receiver and other structures are not provided on the lifting bracket, so that a weight for the lifting structure to rise is reduced.