# Patent

## Title
Sanitary cleansing apparatus and process

## Abstract

A sanitary cleansing apparatus is provided for attachment to conventional toilets to facilitate posterior part cleansing with a cleaning fluid after use of the toilet. The “First Embodiment” utilizes a conventional toilet flush tank as its cleaning fluid source. A submergible housing, containing functional operating components and cleaning fluid, is inserted into the toilet flush tank. The submergible housing derives its cleaning fluid through a number of communicating fluid entry openings along its vertical axis while the functional operating components consist primarily of a cleaning fluid pump, a pressure release valve, and an electrical heater. A cleaning nozzle is mounted fixed or replaceable and/or moveable or stationary within the confines of a conventional toilet bowl. The cleaning nozzle creates a diffusing stream of cleaning fluid directed toward a projected cleaning space located within the confines of the toilet bowl.

## Background
CROSS REFERENCE TO RELATED APPLICATIONS
20030084506
BACKGROUND OF INVENTION
Complex patents: A number of relevant patents have been issued over the years that contain very complex and sophisticated mechanisms and control schemas; which results in a high cost of manufacture. Those patents result in commercial products that demand a premium price from consumers. Thus, its commercial market appeal is limited, particularly, within the US market. Historical low market penetrations substantiate the aforementioned statements. The applicable patents are:
Complex Patents













Patent Number
Inventor
Patent Number
Inventor







6,167,577
Hammad
4,704,748
Takeda et al.


6,105,178
Kurisaki et al.
4,628,548
Kuosawa et al.


5,953,766
Szoke
4,581,779
Matsui et al.


5,953,765
Hayashi et al.
4,553,274
Yui


5,898,956
Kurisaki et al.
4,551,868
Kawai et al.


5,884,345
Sugiyama
4,581,779
Matsui et al.


5,839,129
Lee
4,558,473
Morikawa et al.


5,826,282
Matsumoto et al.
4,553,274
Yui


5,765,238
Furukawa et al.
4,451,942
Hirano et al.


5,369,817
Iguchi
4,551,868
Kawai et al.


5,319,811
Hauri
4,550,454
Yui


5,279,001
Vento
4,406,025
Huck et al.


5,208,922
Machinaga et al.
4,393,525
Kondo


5,206,928
Sporri
4,391,004
Kawai et al.


5,203,037
Kang
4,389,738
Ando et al.


5,050,249
Takeda et al.
4,370,764
Ando et al.


4,987,617
Furukawa et al.
4,340,980
Fushimi et al.


4,980,933
Tsutsui et al.
4,304,016
Oguma et al.


4,841,582
Matsui et al.
3,995,326
Umann


4,829,606
Hirashiba et al.
3,430,267
Van Houten


4,807,311
Ingels
3,247,527
Umann


4,761,837
Takeda
2,875,450
Umann




2,872,687
Maurer









Simple mechanical patents: A number of relevant patents were issued over the years that fundamentally contain simple mechanisms and control schemas, which result in low cost of manufacture. Those patents result in commercial products that demand a low market price from consumers. Due to a variety of reasons, such commercial products, however, have failed to generate widespread market appeal and market penetration within the US market. The applicable patents are:
Simple Mechanical Patents













Patent Number
Inventor
Patent Number
Inventor







6,339,852
Huang
4,242,764
Fukuda


6,192,527
Paul
4,181,985
Rius


6,178,568
Boulieris
4,127,904
Junker


6,105,179
Burns
4,094,018
Bemthin


5,987,660
Wang
4,068,325
Bemthin


5,933,881
Smith
4,014,355
DiMatteo


5,799,341
Rodas
3,914,804
Schrader et al.


5,754,988
Presa
3,810,260
Lodi


5,659,901
Derakhsan
3,570,015
Rosengaus


5,566,402
Agha et-Rifai et al.
3,513,487
Palermo


5,384,919
Smith
3,462,766
Market Jr.


5,359,736
Olivier
3,430,268
Zoberg


5,287,566
Azada
3,425,066
Berger


5,272,774
Ivko et al.
3,386,105
Martini


5,271,104
LaTora
3,044,076
Martini


5,263,205
Leunissen
3,015,826
Aranas


5,247,711
Kwon
2,852,782
Sundberg


5,210,885
Ruo
2,722,014
Bonomolo


5,142,711
Parikh
2,600,619
Conterno


5,138,726
Campbell
1,962,014
Guidetti


5,090,067
Cogdill
1,960,839
Campus


5,063,618
Souka
1,874,169
Campus


4,926,509
Bass
1,787,481
Kellogg


4,924,534
Basile
1,752,782
Burton


4,691,391
Kuo
1,521,892
Koppin


4,642,820
Boring Jr.
1,455,905
Cook


4,596,058
Nourbaskhsh
1,117,353
Engel


4,360,934
Ishigami et al.
  613,616
Adee


4,334,329
Miyanaga









SUMMARY OF INVENTION
The present invention relates generally to toilets and, more specifically, to a toilet sanitary cleansing means whereby the user can wash the genitals and posterior parts of the body after use of the toilet.
A primary object of the present invention is to provide a toilet sanitary cleansing means that will overcome the shortcomings of prior art devices and processes.
A further object of the present invention is to provide a sanitary cleansing processes and a sanitary cleansing means that includes a defined projected cleaning space, a defined cleaning fluid, a defined cleaning fluid rate and a defined cleaning fluid temperature.
A further object of the present invention is to provide a toilet sanitary cleansing means which is able to wash at least one of the genitals or posterior portions of a user's body.
A further object of the present invention is to provide a toilet sanitary cleansing means that can be easily adapted to virtually all commercially available toilets, in particular, toilets with water supply tanks, toilets with pressurized cold water flush systems, and toilets with access to both cold and hot water sources.
A further object of the present invention is to provide a toilet sanitary cleansing means that can be used to clean posterior parts of the body after toilet use without the use of toilet paper, which is a functionality of particular importance for boat toilets and other toilets operating in environmentally sensitive areas where sanitary system cannot handle the processing of toilet paper.
A further object of the present invention is to provide a toilet sanitary cleansing means that has a self cleaning, disinfecting and deodorizing function for the nozzle itself.
A further object of the present invention is to provide a toilet sanitary cleansing means that can be economically manufactured and is reliable in its operation.
A further objective of the present invention is to provide the means of maintaining completely clean and sanitary conditions for all users at all times.
Another object of the present invention is to provide a toilet sanitary cleansing means that is simple and easy to use.
Upon further study of the specification and appended claims, other objects, features and advantages of the present invention will become more fully apparent to those skilled in the art to which this invention pertains.



BRIEF DESCRIPTION OF DRAWINGS
FIG. 1 is a schematic view of the components depicting one preferred embodiment of this invention;
FIG. 2 is another schematic view of the components depicting another preferred embodiment of this invention; and
FIG. 3 is a top down view of a toilet bowl depicting the concept of a projected cleaning space in accordance with this invention.
FIG. 4 is another schematic view of the components depicting another preferred embodiment of this invention.



DETAILED DESCRIPTION
This invention overcomes numerous disadvantages and problems found within the prior art. The prior art can be classified into complex and simple devices. While such complex devices are typically very expensive to manufacture and such simple devices are relatively inexpensive to manufacture, there is a general lack of market acceptance for any of those devices which indicates additional problems. None of those devices require a set of process conditions within which to operate them. None require a projected cleaning space 13 within which cleaning of the genitals and posterior parts of the body can take place. None of the devices can be economically installed into all types of toilets, including flush tank and pressurized flush type toilets. None provide a device that operates with a cleaning fluid composed of multiple ingredients other than water. None provide an environmentally friendly paperless toilet for use on boat toilets and other toilets operating in environmentally sensitive areas where sanitary system cannot handle the processing of toilet paper. None define a sanitary cleaning process for the device itself, whereby commercially available disinfectant and deodorizer fluids 16 are an integral part of the cleaning process. The detailed description of the preferred embodiments will address the aforementioned limitations and describe the solutions provided by the invention.
One preferred embodiment utilizes a conventional toilet flush tank 1 as the cleaning water source, thus avoiding any water piping modification all together. A submergible housing 2 is inserted into the toilet flush tank 1. Said housing has sufficient volume to accommodate both, the functional operating components and the cleaning fluid. Said submergible housing 2 derives its cleaning fluid through a number of communicating fluid entry openings 3 along its vertical axis. A residual cleaning fluid level is maintained at all times by having said communicating fluid entry openings 3 start at a minimum volume level of one (1) liter from its base. Said submergible housing 2 has a solid base 4, can vary in geometric shape to accommodate various toilet models and can be either open or closed at its top.
Said functional operating components located inside said submergible housing 2 consist of the following: A cleaning fluid pump 5 connected to a cleaning fluid pressure release valve 6, a means to pipe 11 said cleaning fluid to an externally located cleaning nozzle 7, and an electrical heater 8 that heats said cleaning fluid to a temperature ranging from 25° C. to 50° C. Also residing inside said submergible housing 2 is an electrical power 21 and a control wire connection 9 to said cleaning fluid pump 5 to and said electrical heater 8. A pressure sensitive switch installed under the toilet seat is used to prevent pump activation without the weight of a person sitting on the toilet. Said cleaning fluid pump 5 operates at a cleaning fluid pumping rate of 10 to 50 milliliters per second.
The operating duration of said cleaning fluid pump 5 is a) controlled by the user by means of an on/off switch 10 or b) set within the apparatus. The fluid rate is set by means of a mechanical or electrical controller within the said rate boundaries either set by the user during the use or set as a constant within the pump itself. The cleaning fluid temperature is set at the heater by controlling the rate of electrical power consumption or cleaning fluid temperature using either open loop or closed loop controllers.
A fluid pressure release valve 6, residing within the submergible housing 2, evacuates the cleaning fluid resident within the section from cleaning fluid pump 5 to cleaning nozzle 7 while providing three important functions. First, such valve interrupts the siphoning flow of the cleaning fluid after deactivating the cleaning fluid pump 5. Second, such valve provides a low level cleaning function for the contaminated cleaning nozzle 7. Third, such valve prevents cold cleaning fluid from being present at the beginning of next cleaning cycle.
A means, which pipes 11 cleaning fluid from the cleaning fluid pump 5 to a cleaning nozzle 7 mounted within the confines of a conventional toilet bowl 12, accommodates the cleaning fluid flow rates and cleaning fluid pressures and routes the cleaning fluid to the point of use, the cleaning nozzle 7. Said means to pipe 11 cleaning fluid is particularly configured for ease of installation and reliable operation.
Said cleaning nozzle 7 is mounted within the confines of a conventional toilet bowl 12 along its longitudinal axis at the back end of the toilet bowl 12 and below the rim of said toilet bowl 12. Said cleaning nozzle 7 is positioned within a well defined area defined by horizontal tolerance ranging from 0 to 150 millimeters below the rim of said toilet bowl 12 and vertical tolerance bound by plus/minus 80 millimeters from said longitudinal center line. Said cleaning nozzle 7 is mounted within 0 to 50 millimeters of the inner wall at the back end below the rim of said toilet bowl 12. Said nozzle is positioned in an upward angle that is defined by a projected cleaning space 13 and bound by an area created by the inside rim of said toilet bowl 12.
Said cleaning nozzle 7 creates a single diffused stream 14 of cleaning fluid directed toward said projected cleaning space 13 located within the confines of said toilet bowl 12; where, said projected cleaning space 13 is parallel to the area projected by the inside corner of the upper rim 15 of said toilet bowl 12, and said projected cleaning space 13 is centered in the rear half 27 of the toilet bowl 12 along the longitudinal center line 28 and segmented by the latitudinal center line 29 of the toilet bowl 12. Said projected cleaning space 13 is singular in any geometric shape 30 fitting within the confines of an oval 31, centered in the rear half along the longitudinal axis of any conventional toilet bowl 12, wherein said oval is bound in the rear end of the toilet bowl 12 by the toilet bowl 12 rim. The maximum width of said boundary projected cleaning space 13 oval is 150 millimeters while its maximum length is 200 millimeters.
Another variation of the said cleaning nozzle 7 is a specific cleaning cycle for the cleaning nozzle 7 itself. This cycle is achieved by piping and depositing a disinfectant and deodorizer 16 onto the outer nozzle's surfaces 23 after every use to ensure sanitary conditions for the subsequent user. This cleaning process is achieved through the use of a parallel piping conduit 22 that terminates at the upper end of the nozzle mount in a manner that assures complete coverage of the outer nozzle's surfaces 23. The cleaning agent is located at the originating end of said conduit. A control circuit 24 automatically dispenses said cleaning agent after the nozzle is disengaged by the user. Readily commercially available toilet cleaning agents, such as DOW disinfectant bathroom cleaner, can be used as a cleaning agent for this purpose. The combination of a self-cleaning nozzle 7 and a disinfectant and deodorizer 16 will assure complete sanitary operation for every user.
Another embodiment of said cleaning nozzle 7 is one that creates a plurality of diffusing streams of cleaning fluid toward said projected cleaning space 13 of the various preferred geometric shapes.
A key feature of this invention is the definition of a set of process conditions for the various apparatuses. It is deemed very important to have said cleaning fluid expelled by said cleaning nozzle 7 at a specific flow rate and specific temperature. The preferred range of said cleaning fluid flow is from 10 to 50 milliliters per second at a temperature range from 25° C. to 50° C. The specific set point of both parameters are selected and set by the user according to personal preference. The apparatus has the capability of controlling both the flow rate and the temperature within reasonable tolerance limits.
Said cleaning fluid can consist of water only, water mixed with soap 17, water mixed with anti-bactericide 18, water mixed with anti-smelling agents 19 and any combination thereof. Those additives are added via injectors 20 in liquid form or slowly released into the cleaning water in solid form, or any other known method of adding water soluble components to said cleaning fluid.
The second preferred embodiment is one that uses an external cold water supply 25 and an external housing 26 containing a pump 5, a heater 8, an anti-siphon value 6, an electrical power source 21, a control wiring 21, and sufficient free volume to hold cleaning fluid. Aside from the housing being external to a conventional toilet 12, this embodiment contains all the functionality described in the above detail description of the first embodiment of this invention. It is different from the first embodiment in that it does not require a said communicating fluid entry opening 3 within its housing, however, does require insulation 26 around its body to minimize power use. The said external housing 26 can be either foot mounted or wall mounted to fit the special requirements of its users. The external housing 26 embodiment is particularly well suited for high frequency use installations; the cleaning fluid storage volume and its internal components, such as the cleaning fluid pump 5 and the cleaning fluid heater, can be sized to fit virtually all needs from extremely high usage at public facilities to low usage private use facilities. The routing of cleaning fluid from the external housing 26 to the toilet bowl 12, its installation, the location of its replaceable cleaning nozzle 7, and its use are identical to the description provided for the first embodiment. This device can be installed into a boat in an environmentally friendly manner.
The third preferred embodiment is one that uses an external cold water supply 25, pressure and flow regulator 32 and a pressurized heating chamber 33 containing a heater 8, an electrical power source 21, a control wiring 9, and sufficient free volume to hold cleaning fluid. Aside from the housing being external to a conventional toilet 12, this embodiment contains all the functionality described in the above detail description of the first embodiment of this invention. It is different from the first embodiment in that it does not require a said communicating fluid entry opening 3 within its housing, however, does require insulation 26 around its body to minimize power use. The said pressurized heating chamber 33 can be either foot mounted or wall mounted to fit the special requirements of its users. The pressurized heating chamber 33 embodiment is particularly well suited for high frequency use installations; the cleaning fluid storage volume and the cleaning fluid heater, can be sized to fit virtually all needs from extremely high usage at public facilities to low usage private use facilities. The routing of cleaning fluid from the pressurized heating chamber 33 to the toilet bowl 12, its installation, the location of its replaceable cleaning nozzle 7, and its use, are identical to the description provided for the first embodiment with the exception of an flow control valve 34, a nozzle position control device 35, and a nozzle push-in connector 36. This device can as well be installed into boats or other recreational vehicles in an environmentally friendly manner.
While the present invention is described with reference to the preferred embodiments, it is in no way the intention to limit the invention to those embodiments but rather to include all modification, alterations and equivalent possible arrangements within the scope of the appended claims.

## Claims

1. A posterior part cleansing apparatus consisting of the following components:
a. A piping connection from a cold water source to an encapsulating housing, 
b. An electrical power source connected to said encapsulating housing, 
c. Said encapsulating housing containing the following components: 
i. A pressurized heating chamber assembly; 
ii. Said pressurized heating chamber assembly consisting of: 
1. A water input connection, 
2. A input water pressure regulator, 
3. A cleaning fluid output connection, 
4. A cleaning fluid heater, and 
5. A power source that provides power to said heater; 

iii. A means to control the temperature of said heater; 
iv. A cleaning fluid valve to start and stop the cleaning fluid flow; 
v. A means to provide power to said cleaning fluid valve; 
vi. A cleaning nozzle mounted within the confines of any conventional toilet; 
vii. A means to pipe the cleaning fluid into said cleaning nozzle; 
viii. Said cleaning nozzle creates a defused stream of cleaning fluid to a specific projected cleaning space located within the confines of the toilet bowl where, 
1. Said projected cleaning space top area is parallel to the area projected by the upper rim of the toilet bowl, 
2. Said projected cleaning space top area is centered in the rear half of the toilet bowl along the longitudinal center line and segmented by the latitudinal center line of the toilet bowl, 
3. Said projected cleaning space top area is planar in any geometric shape fitting within the confines of an oval area, centered in the rear half along the longitudinal axis of any conventional toilet bowl, where said oval area has a maximum width of 150 millimeters and a maximum length of 200 millimeters, and said oval area is bound in the rear end of said toilet bowl by the inner rim of said toilet bowl, 
4. Said projected cleaning space has a height protruding into the toilet bowl of up to 100 millimeters.

2. An apparatus specified in claim 1, where the cleaning nozzle creates a plurality of streams of cleaning fluid toward the projected cleaning space.

3. An apparatus specified in claim 1, where the cleaning nozzle creates a single stream of cleaning fluid toward the projected cleaning space.

4. An apparatus specified in claim 1, where the pressurized heating chamber has a volume ranging from 200 to 5,000 cubic centimeters.

5. An apparatus specified in claim 4, where
a. said cleaning nozzle is mounted along the longitudinal axis at the back end of any conventional toilet bowl with a vertical tolerance from the center line of plus or minus 100 millimeters, and 
b. said cleaning nozzle is positioned below the upper edge of the rim of said toilet bowl within the toilet bowl in a horizontal tolerance range from 0 to 150 millimeters and within 0 to 100 millimeters of the inner wall of said toilet bowl.

6. An apparatus specified in claim 4, where
a. said cleaning nozzle is mounted along the longitudinal axis at the back end of any conventional toilet bowl with a vertical tolerance from the center line of plus or minus 100 millimeters and 
b. said cleaning nozzle is positioned below the upper edge of the rim of said toilet bowl within the toilet bowl in a horizontal tolerance range, from 0 to 150 millimeters, and within 0 to 200 millimeters of the inner wall of said toilet bowl.

7. An apparatus specified in claim 1, where a pressure sensitive switch is located under the lid of any conventional toilet bowl.

8. An apparatus specified in claim 7, where the cleaning nozzle has a sanitary self-cleaning cycle after every use wherein a disinfectant and/or deodorizer as deposited onto the exposed nozzle surfaces.

9. An apparatus specified in claim 8, where the cleaning nozzle is user specific.

10. An apparatus specified in claim 9, where the cleaning nozzle is replaceable and contains different orifice sizes and orifice shapes.

11. An apparatus specified in claim 10, where the cleaning nozzle is color coded.

12. An apparatus specified in claim 11, where the cleaning nozzle connection is indexed and a push-in type.

13. An apparatus specified in claim 1, where the cleaning nozzle is retractable to a non-use position.

14. An apparatus specified in claim 13, where the cleaning nozzle movement into an operating position is cleaning fluid pressure activated.

15. An apparatus specified in claim 13, where the cleaning nozzle movement into an operating position is solenoid activated.

16. An apparatus specified in claim 13, where the cleaning nozzle movement into an operating position as mechanically activated.

17. A process employing apparatus specified in claim 1, where the cleaning fluid as provided to the projected cleaning area at a rate ranging from 10 to 50 milliliters per second and at a temperature ranging from 25 to 50 degree centigrade.

18. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is provided to the projected cleaning space at a rate ranging from 10 to 50 milliliters per second and at a temperature ranging from 25 to 50 degree centigrade.

19. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is provided to the projected cleaning space at a rate ranging from 10 to 50 milliliters per second, at a temperature ranging from 25 to 50 degree centigrade, and at a nozzle exit velocity ranging from 4 to 6 meters per second.

20. A process employing a posterior part cleansing apparatus specified as in claim 1, where cleaning fluid is provided to the projected cleaning space at a rate ranging from 10 to 50 milliliters per second at and a temperature ranging from 25 to 50 degree centigrade, and a disinfectant and/or deodorizer is deposited onto the exposed nozzle surfaces for a time period ranging from 0.5 to 10 seconds at the end of every cleaning cycle.

21. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is water.

22. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is a mixture of soap and water.

23. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is a mixture of water, anti-bactericides and soap.

24. A process employing a posterior part cleansing apparatus specified as in claim 1, where the cleaning fluid is a mixture of water, anti-bactericides, anti-smelling agents and soap.

25. A process employing a posterior part cleansing apparatus specified as in claim 1, where the duration of the cleaning cycles is automatically time controlled.

26. A process employing a posterior part cleansing apparatus specified as in claim 1, where the duration of the cleaning cycles to manually time controlled.

27. A process employing a posterior part cleansing apparatus specified as in claim 1, where the rate of cleaning fluid is user controllable within a range of 10 to 50 milliliters per second.

28. A process employing a posterior part cleansing apparatus specified as in claim 1, where the temperature of the cleaning fluid is user controllable within a range of 15 to 50 degrees centigrade.

29. A process employing a posterior part cleansing apparatus specified as in claim 1, where the rate of cleaning fluid is controllable within a range of 10 to 50 milliliters per second, and where the temperature of the cleaning fluid is controllable within a range of 30 to 50 degrees centigrade.

30. A process employing a posterior part cleansing apparatus specified as in claim 1, where the rate of cleaning fluid is controllable within a range of 10 to 50 milliliters per second, the temperature of the cleaning fluid is controllable within a range of 30 to 50 degrees centigrade, and a disinfectant and/or deodorizer is deposited onto the exposed nozzle surfaces for a period ranging from 0.5 to 10 seconds at the end of every cleaning cycle.

31. An apparatus specified in claim 1, where a bidet function is provided through a second cleaning nozzle assembly.

32. An apparatus specified in claim 1, where the said encapsulating housing is mountable to any conventional toilet bowl as a replacement of a conventional toilet seat and lid assembly.

33. An apparatus specified in claim 32, where a post posterior part cleansing air drying function is incorporated within said encapsulating housing.

34. An apparatus specified in claim 33, where a plenum chamber uniformly distributes heated air to multiple points of use within said encapsulating housing.

35. An apparatus specified in claim 34, where the air drying function is automatically activated.

36. An apparatus specified in claim 34, where the air drying function is manually activated.

37. An apparatus specified in claim 34, where the drying air temperature and volume is user selectable.

38. Processes specified in any of claims 22, 23 or 24, where replaceable cartridges are used as source for each component of said process additive.

39. An apparatus specified in claim 33, where a replaceable air freshener cartridge is incorporated into the said encapsulating housing.

40. An apparatus specified in any of claims 1-16, where the encapsulating housing material include anti-bacterial components.

41. An apparatus specified in claim 40, where a hand sprayer assembly consisting of a connection to a cleaning fluid source, a cleaning fluid hose, a dispensing spray nozzle, a manually activated on/off valve are attached to said encapsulating housing.

42. An apparatus specified in claim 41, where the hand sprayer is an attachment to said encapsulating housing via quick disconnect.

43. An apparatus specified in claim 41, where the hand sprayer is an integral part of said encapsulating housing.

44. An apparatus specified in any of claims 1-16, where a small portion of the cleaning fluid is diverted to several diffusing cleaning fluid outlets for the purposes of cleaning exposed apparatus surfaces, while operating said posterior part cleansing nozzles.

45. An apparatus specified in claim 44, where said diffusing cleaning fluid outlets are positioned such that the resulting cleaning fluid flow is along the aids of the moveable portion of the posterior part cleansing nozzle assembly.

46. An apparatus specified in claim 45, where a unique apparatus cleaner cartridge is integrated into the encapsulated housing and used in a post use apparatus cleaning cycle.

47. An apparatus specified in claim 13, where the moveable portion of the posterior part cleansing nozzle housing is mechanically cleaned during its retraction movement.

48. The process of any one of claims 22, 23, or 24 wherein replaceable cartridges are used as a source for each component of said process additive.