An air purification device for maintaining a clean smelling bathroom includes a housing, which is mountable to a tank of a toilet, and a plurality of bulbs, which is mountable to an underside of a seat of the toilet. An opening is positioned in the housing to vent the housing. A tube is attached to and extends from the housing to a bowl of the toilet. A battery, a pump, and a filter are attached to and positioned in the housing. The battery is operationally engaged to the pump and the bulbs, positioning the bulbs to selectively illuminate an area proximate to the toilet. The pump draws air from the bowl through the tube into the housing, where the filter absorbs malodorous compounds in the air to purify the air, thus maintaining a clean smell in proximity to the toilet.

A toilet seat cover assembly for automatic cleaning of a toilet seat having a toilet set cover with a top wall having a perimeter, defining a plurality of openings formed completely through the top wall, and configured to cover a toilet seat, with an outer wall extending from the top wall and with an inner wall extending from the top wall, wherein the outer and inner walls are configured to surround the toilet seat. The cover defines a seat channel sized to receive the toilet seat with outer wall spaced apart from an outer side of the toilet seat and the inner wall spaced apart from the inner side of the toilet seat. The assembly is also configured to spray over a top surface of the toilet seat that evacuated caused by pressure differential causing air to flow into the cover through the plurality of openings.

The present disclosure provides devices, systems, and methods for the prognosis and management of diseases and conditions. In particular, the present disclosure provides devices, systems, and methods directed to a toilet apparatus for the automatic tracking of a subject's urination and bowel movements to enhance the diagnosis and treatment of various diseases and conditions.

The present disclosure provides devices, systems, and methods for the prognosis and management of diseases and conditions. In particular, the present disclosure provides devices, systems, and methods directed to a toilet apparatus for the automatic tracking of a subject's urination and bowel movements to enhance the diagnosis and treatment of various diseases and conditions.

A toilet freshener and nightlight may include a flexible arm for attaching a body to a toilet bowel. The body may include a catch for selectively holding a fragrance dispensing container within the body. The body may also include a speaker for emitting white or pink noise or noise canceling waveforms. The toilet freshener may also include a transceiver to communicate with an application run on a mobile processor for allowing remote control of the toilet freshener and nightlight.

A toilet freshener and nightlight may include a flexible arm for attaching a body to a toilet bowel. The body may include a catch for selectively holding a fragrance dispensing container within the body. The body may also include a speaker for emitting white or pink noise or noise canceling waveforms. The toilet freshener may also include a transceiver to communicate with an application run on a mobile processor for allowing remote control of the toilet freshener and nightlight.

A collection container can include a first end, a second end, and a central recess disposed between the first end and the second end. The central recess can be configured to receive a sample. The collection container can have a first stopper disposed adjacent to the first end and a second stopper disposed adjacent to the second end. The first stopper and the second stopper can be configured to together grasp opposite sides of a toilet bowl upon installation of the collection container on the toilet bowl. The first stopper and the second stopper selectively hold the collection container in place on the toilet bowl during collection of the sample.

The present invention relates generally to a toilet seat device. The device is comprised of a lid which is connected to a seat by at least one hinge. The device is further comprised of at least one speaker, at least one laser, at least one LED light and at least one heating element. All of these components are controlled or activated by at least one motion sensor, at least one processor and/or a mobile application. The LED light and laser may further illuminate a plurality of indicia onto the interior surface of a toilet that a user can aim at while urinating. In addition, the speaker may play an audible sound that corresponds with the LED light/laser.

A toilet device includes a toilet body that has a toilet bowl, a toilet seat that is attached to the toilet body and has a bowl facing surface facing an inner surface of the toilet bowl in the up-and-down direction and provided on a back surface thereof, a discharge part that can discharge a cleaning liquid so that the cleaning liquid runs along a bowl facing surface, and a guide that can guide a part of the cleaning liquid so that the cleaning liquid runs along an inner peripheral side portion of the bowl facing surface.

A toilet and bathroom exhaust system of the present invention provides a single system that handles both the removal of noxious air in an around the toilet and dehumidification of the air in the entire room. An intake manifold may be configured to be 1) attached to the bottom of the toilet lid; 2) attached to the top of the toilet rim; or 3) integrated into the toilet rim with the water drainage supply lines for flushing. The noxious air can be routed via an exhaust fan outside the house. The exhaust fan may also be configured to route noxious air into the trap area in the toilet. Proximity and humidity sensors may be used for further control and automation of the system.