Toilet Seat Cleaning System

This invention relates to toilet seats and, in particular, cleaning systems therefor. More particularly it pertains to fluidic cleaning and to toilet seats and associated apparatus therefor.

Toilet seats have been used for at least several hundred years but have only been popular and used in very large numbers within the last hundred years. Deodorizing agents have been used in conjunction with toilets for very many years. The use of disinfectants is much more recent and was only initiated after an understanding of the concept of transfer of infection. Liquid disenfectants are common. Gaseous disinfectants have been used with some precaution and trepidation. Spraying of liquid disinfectants is now well known.

There are known products and systems for dissolving deodorizers and disinfectants in water closets, water lines, and toilet bowls.

Some mechanical and electrical systems for deodorizing or disenfecting toilet seats have been known, including the use of lighting systems such as in the ultraviolet region. Except for the last preceding sentence, other approaches mentioned for sanitizing toilet seats involve manual labor and are therefore irregular, unreliable and expensive in the long run.

It is therefore an object of this invention to overcome the limitations and disadvantages in the devices in the prior art and those currently available in the market.

One of the objects of the invention is to provide a toilet seat cleaning system embodying improved advanced principles of design and construction.

An important object of the invention is to provide a toilet seat cleaning system which is comprised of durable parts and components which can be economically manufactured and readily assembled.

A significant object of the invention is to provide a toilet seat cleaning system, so designed and contructed that it can be readily applied to almost any typical water closet toilet now in use.

Another object of the invention is to provide a fluidic system for cleaning, deodorizing and disinfecting toilet seats. A further object of the invention is to provide a system that also cleans, deodorizes and disinfects the toilet bowl.

Yet another object of the invention is to provide a system for deodorizing the entire toilet area.

A still further object of the invention is to provide a self powered system requiring no external energy connections.

A toilet seat cleaning system, according to the principles of this invention, comprises a hollow fluidic conduit equipped seat with exit slits therefrom, a water source, chemical mixing chambers, a blower, an automatic water control valve, and blower driving means.

Further objects and advantages of this invention will appear more clearly from the following description of non-limiting illustrative embodiments and the accompanying drawings in which like numerals designate like parts throughout the several views.

Briefly summarized, a preferred embodiment of the invention is described in conjunction with an illustrative disclosure thereof in the accompanying drawings, in which:

FIG. 1 is a pictorial representation of the toilet seat showing fluidic conduits and controls, and applying the principles of the invention.

FIG. 2 is a plan view of the toilet seat showing fluidic conduits, a blower and a water wheel drive.

FIG. 3 is an elevation view of a fluidic container such as a water closet, associated conduits and a water wheel.

FIG. 4 is a view orthogonal to FIG. 3.

In the drawings a sanitary toilet installation embodying features of the invention is illustrated employing a toilet seat 2 provided with conduits 3, 4 having exits 7, 8, 9 through which fluids, either liquid or gaseous, may be discharged.

The sanitary purpose of cleaning and subsequently drying a toilet seat may be accomplished in various ways, including the use of a fluidic agent which, when flowed over the seat 2, cleans it and may perform other desirable functions, including drying, disinfecting and deodorizing.

The two most available fluidic agents are, of course, water and air, and these are the preferred media for accomplishing the several functions associated with cleaning. Either water or air may, when combined with suitable chemical agents, perform most of the abovementioned functions, but the use of both a liquid and a gas will generally provide more satisfactory results.

Many known chemical agents suitable for mixing with a liquid or a gas are available to assist in the accomplishment of drying, deodorizing or disinfecting. It is likely that more such chemical agents will be developed in the future.

The intent here is to provide an essentially automatic method, and suitable equipment therefor, for sanitizing toilet seats so as to reduce the spread of infections of various types and to improve the well-being, including emotional, of the users of toilet seats--the general public.

The automatic method may require initial capital expenditure, but is economical in the long run by the virtual elimination of the requirement for manual labor.

The method consists in the use of a liquid such as water, which may contain chemical agents, to flush the surface of the seat 2 to remove particles therefrom; succeeded by a second flushing with a drying agent, which may be a gas such as air and may also include chemical agents, to dry the surface 2a of the seat and present it in an acceptable manner for its next use.

As earlier mentioned, the toilet seat 2 of a conventional appearance is modified by the provision of conduits 3, 4 for fluids and exits 7, 8, 9 from the conduits 3, 4 which are preferably located in the surface 2a of the seat, particularly the upper surface. The conduits 3, 4 may be attached to the seat 2, may be part of the seat, or may be hollow cavities within the seat and must be connected to external conduits 5a, 6a for delivery of suitable fluids. A single conduit may be used for a single fluid or cyclic succession of fluids; or multiple conduits may be employed, one for each fluid. The conduits may be adjacent or one within the other or even concentric. The conduits in the seat must be connected to exits 7, 8, 9 located at the surface 2a of the seat 2 which may be round holes, long slots, shaped exits to direct the fluid flow, or the like--all of which are known orifices in the field of fluid flow.

The conduits may be of equal size, or the conduit for gaseous flow may well be bigger than that for liquid flow.

Sanitary toilets connected to water systems are quite common and most are connected to a suitable reservoir 21 generally referred to as a water closet.

To provide adequate, rapid gas flow across the seat, an air compressor such as a blower 14 is required. The output of such a blower 14 is connected via suitable conduits 6a to a conduit 3 in the seat.

Energy for powering the blower 14 may be obtained from any of many suitable sources. The two most convenient sources in the usual toilet installation are the water flow and electrical energy. Electrical energy may be used to power an electrical actuator such as a rotary electric motor which may be used to drive the blower.

The water flow may be used to power a water wheel 15 which may be used to drive the blower 14, thereby eliminating the capital expense of an electric installation. To make the arrangement reasonably compact and convenient, the blower 14 and the water wheel 15 should be close to the seat 2. The water closet 31 and generally connected to the toilet bowl 30 by a pipe and the water wheel may be conveniently connected to the pipe 31, being careful not to have the water wheel blades 16 excessively interfere with the water flow, by protruding too far into the stream.

The blower 14 may be mounted tandem to the water wheel 15, employing a common axis or may be connected to the water wheel 15 by a suitable mechanical drive, such as a belt 23 with its attendant pulleys 22.

In practice, the flushing action used in the toilet bowl 30 would coincide with the water flushing action at the seat 2 and with the operating period of the water wheel 15. Since the drying action should succeed the washing, the blower 14 should continue to operate after the water flow has stopped and the water wheel 15 has decelerated and even stopped. This may be readily accomplished by using a rotatable flywheel 22 connected to the water wheel by an overrunning clutch 17 which permits the flywheel 22 to continue rotating after the water wheel 15 has stopped. The flywheel 22 may be physically located at either the water wheel axis 33 or the blower axis 34, and may be suitably combined with one of the pulleys 22 if a belt drive is used. In most cases, it will be desirable to operate the blower 14 at higher rotational speeds than the water wheel 15.

In the fluid systems, suitable containers and mixing chambers may be provided for the addition of chemical agents which may be employed in solid, liquid, or gaseous form. Branched conduits 19, 27, 28, 29 connected to the main conduits 52, 62 will bring these additives into the main fluid flow.

All liquid using sanitary toilet systems must have a valve for controlling fluid flow, particularly for starting and stopping it. An automatic valve 10 is here provided which is actuated by the seat 2 position or the seat dynamics. In general, the seat is used in the horizontal position and may be stored in an inclined or even vertical position. At each end of the seat travel about its pivot axis 35, the seat 2 decelerates to a stop, or is slammed. The slamming action may be used to actuate the valve 10. The valve 10 is here shown schematically located to interrupt the fluid flow in the conduits 11.

The toilet seat is of more or less conventional shape having a large central opening or hole 18, and a curved exterior contour 24 and is mounted to pivot 35 in the rear at a mechanical connection to a base which is usually the toilet bowl 30. The exits 7, 8, 9 from the conduits 3, 4 in the toilet seat 2 may be organized in groups or series of openings, generally arranged parallel to the edges 18, 24 of the seat 2, and possibly in the outer areas of the seat.

From the foregoing, the construction and operation of the device will be readily understood and further explanation is believed superfluous.

The invention includes all novelty residing in the description and drawings. It is obvious to those skilled in the art that various minor changes can be made without departing from the concept of this invention and all such as fall within the reasonable scope of the appended claims are included.