Systems and methods that provide enhanced capability for toilets and bathrooms in general by adding feature sets such as user weighing, leak detection, enhanced toilet cleaning/deodorizing and other features, connected over networks to user devices and servers, creating a complete bathroom ecology where users have direct and remote control and access to system functions and data, and server based bathroom support applications provide a wide range of capabilities including user control and readout of toilet systems functions, bathroom condition, supply levels, and health data.

The present invention provides for an apparatus and a method for automating the dispensing a liquid agent into a toilet.

Proposed is a device and method for automatically sterilizing and cleaning the inside of a toilet bowl under a bidet seat, which enables the use of a bidet in a clean state at all times by automatically spraying purified or sterilized water into the toilet bowl by recognizing illuminance in a bidet installation space by means of an optical sensor, utilizing integrally the illuminance and time, or using a seat interlocking mechanism. According to the device and method, purified water is generated when light is detected in dark conditions in order to perform primary cleaning of the toilet bowl, and sterilized water is generated when illuminance changes from a level representing the bright conditions to a level representing the dark conditions in order to perform secondary cleaning of the toilet bowl.

The Coakley Smart Self-Cleaning Bathroom is designed to quickly, efficiently, and safely clean and disinfect bathrooms. This technology can significantly benefit businesses (including restaurants, hotels, etc.), hospitals, airplanes, trains, residences, etc. It would eliminate manual labor in bathroom cleaning, saving time and resources; the technology would also be more efficient in cleaning than a human. Finally, safety features would be implemented to ensure the safety of humans in the proximity.

A system for cleaning a toilet includes an electric motor, a splash guard, a first tank, a brush, and a first dispenser. The splash guard is coupled to the electric motor and configured to cover a bowl of a toilet. The splash guard comprises a seal configured to contact the toilet. The first tank is operable to store a first liquid cleaning agent. The brush is coupled to the electric motor and configured to contact the bowl of the toilet. The electric motor is configured to move the brush around the bowl of the toilet. The first dispenser is coupled to the first tank and operable to apply the first liquid cleaning agent to at least one from the set comprising: the brush and the bowl of the toilet.

A self-cleaning toilet has a lower cup-shaped body delimiting an emptying opening connected to a draining pipe, and a filling opening, opposite to the emptying opening and facing a user of the self-cleaning toilet. The lower cup-shaped body has at least one side wall delimiting, with an upper edge thereof, at least one portion of the filling opening, and delimiting at least partially a gap interposed between an inner surface and an outer surface, the gap forming, with the at least one side wall a first basin adapted to contain a volume of fluid. The first basin leads to both the inner surface and the outer surface and is connected to a fluid supply duct adapted to convey a volume of cleaning fluid into the first basin so that when the cleaning fluid received in the first basin overflows, it cleans both the inner and outer surfaces.

A motel room capable of admitting a car inside may be automatically washed, rinsed, and sanitized in sequential fashion over impermeable wall and floor surfaces, and over bathroom fixtures using one or more headers having nozzles. Wash, rinse, and sanitizing fluids from appropriate reservoirs may be provided in reservoirs fluidly connected to the header and spray nozzles. The header may also be fluidly connected to a source of drying air. The system may also contain a system for recycling water used in the wash, rinse, and sanitizing steps.

The invention relates to a bidet/toilet combination (1) comprising: —a toilet bowl (2) surrounding a bowl space (3); —a spray device (4) comprising a spray nozzle (5) located in the bowl space (3); wherein the spray nozzle (5) is arranged and designed to adopt a rest position (6) and a use position (7). The invention also relates to a method for operating said toilet and to the use of said bidet/toilet combination.

A self-cleaning toilet has: a toilet, a cleaning device, a solenoid valve and a blocking member. The toilet has a sitting toilet seat and a water tank. The sitting toilet seat is formed with a urinal, and one end of the urinal has an enlarged opening to form a seat, and the urinal tapers from the seat to the other end to form a drain elbow. The water tank is connected to the toilet with an outlet pipe, and the water tank is connected with an input pipe, a cleaning device is set in the toilet with a controller, and the controller is connected with a plurality of the ultrasonic transducers and a full water level sensor, The ultrasonic transducers are fixed on the inner wall of the urinal. The solenoid valve is connected to the input pipe, and a blocking member is connected to the drain elbow.

The present disclosure provides a descaling apparatus of an electronic toilet bidet, the descaling apparatus comprising a descaling liquid storage tank, comprising a descaling agent chamber; a descaling agent storage box configured to house solid descaling agent and disposed in the descaling agent chamber; and a descaling apparatus connector disposed on the descaling liquid storage tank. The descaling apparatus connector comprising a first end in fluid communication with a descaling liquid inlet of the descaling agent chamber and a descaling liquid outlet of the descaling agent chamber and comprises a second end configured to be connected or disconnected to the electronic toilet bidet.