fig1 - 7 illustrate different embodiments of a container utilizable in connection with a portable sanitation method consistent with the present invention . while they differ in their particular configurations and in some of their attributes , they share certain common features . thus , each comprises a container that contains a liquid . the liquid is preferably water . it may be desired to treat the water with soap or some other cleaning agent , with a fragrance , or otherwise as desired . each container permits the liquid to be discharged through an exit in the container . each permits the liquid to be discharged in a sufficiently focused manner so as to be able to target and cleanse the genital or anal region of a user . furthermore , each permits the imparting of sufficient pressure on the liquid so as to permit such focused discharge — with the pressure being created either by mechanical force ( i . e ., the squeezing of the container ) or through the use of a gas under pressure . preferably , each container is disposable . it is also preferred that each container , in order to ensure portability and convenience , be sized as to be capable of being held during use as described herein in a single human hand . referring first to fig1 , a container 10 is shown . the container 10 is preferably formed of a deformable , plastic type of material . it contains a liquid as herein described . a twistable cap 12 seals the container 10 , so as to prevent the liquid from exiting therefrom . this permits the container 10 to be transported in a purse , suitcase , bag or the like , without leaking , until ready for use . in addition to preventing leaking , the seal prevents contamination of the liquid , and thus reduces the risk of infection or other harm following the discharge of the liquid into a body orifice . a person desiring to use container 10 must first twist and remove cap 12 . this unseals the container 10 , and exposes an opening through which the liquid is discharged . because the container 10 is deformable , a person may impart pressure on the liquid by squeezing the container 10 , causing the liquid to flow upward or otherwise against gravity , as desired , to clean the desired region . in this configuration , the tapering of the container 10 facilitates the imparting of pressure , and also the focusing of the discharged liquid . as herein illustrated , the container 10 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig2 , a container 20 is shown . the container 20 is preferably formed of a deformable , plastic type of material . it contains a liquid as herein described . a cap 22 closes the container 20 . preferably , the cap 22 covers a foil or other type of seal ( not shown ), which prevents the liquid from exiting the container 20 prior to use , and protects the liquid from contamination , for the reasons described above . in this embodiment , a straw - type nozzle 24 is also provided , which is insertable into the cap 22 . ( in one embodiment , the nozzle 24 and cap 22 may be a one - piece assembly .) a person desiring to use container 20 must first break the seal . in one embodiment , the cap 22 is removed , the seal removed or broken , and the cap 22 restored . positioning of the nozzle 24 then permits the discharge of liquid therethrough . in another embodiment , the nozzle 24 has a sharpened lower end , which end may be pushed down through the seal , so as to break the seal and permit the flow of liquid . because the container 20 is deformable , a person may impart pressure on the liquid by squeezing the container 20 , causing the liquid to flow upward or otherwise against gravity , as desired , to clean the desired region . as shown in fig2 , in this embodiment , the nozzle 24 is angled . this facilitates aiming , and can reduce the amount a person may be required to bend in order to properly position the container 20 for use . the use of a relatively narrow straw - type nozzle 24 facilitates the imparting of pressure , and also the focusing of the discharged liquid . as herein illustrated , the container 20 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig3 , a container 30 is shown . the container 30 is preferably formed of a deformable , foil type of material formed into a bladder type of configuration . it contains a liquid as herein described . a foil or other type of seal ( not shown ) closes the container 30 before use , for the reasons and benefits described above . in this embodiment , a straw - type nozzle 34 is also provided , which is insertable into the container 30 through the seal . preferably , the nozzle 34 has a sharpened lower end , which end may be pushed down through the seal , so as to break the seal and permit the flow of liquid . prior to use , the nozzle 34 is preferably located in a sealed wrapper so as to limit the risk of contamination , and glued or otherwise associated with the container 30 . because the container 30 is deformable , a person may through a squeezing action impart pressure on the liquid , causing it to flow upward or otherwise against gravity , as desired , to clean the desired region . in this embodiment , as shown in fig3 , the nozzle 34 is straight . as herein illustrated , the container 30 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig4 , a container 40 is shown . the container 40 is preferably formed of a deformable , pulp type of material formed into a box type of configuration . it contains a liquid as herein described . a foil or other type of seal ( not shown ) closes the container 40 before use , for the reasons and benefits described above . in this embodiment , a straw - type nozzle 44 is also provided , which is insertable into the container 40 through the seal . preferably , the nozzle 44 has a sharpened lower end , which end may be pushed down through the seal , so as to break the seal and permit the flow of liquid . prior to use , the nozzle 44 is preferably located in a sealed wrapper so as to limit the risk of contamination , and glued or otherwise associated with the container 40 . because the container 40 is deformable , a person may by squeezing impart pressure on the liquid , causing it to flow upward or otherwise against gravity , as desired , to clean the desired region . as shown in fig4 , in this embodiment , the nozzle 44 is angled . this facilitates aiming , and can reduce the amount a person may be required to bend in order to properly position the container 40 for use . the use of a relatively narrow straw - type nozzle 44 facilitates the imparting of pressure , and also the focusing of the discharged liquid . as herein illustrated , the container 40 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig5 , a container 50 is shown . the container 50 is preferably formed of a deformable , plastic type of material . it contains a liquid as herein described . a cap 52 closes the container 50 . preferably , the cap 52 covers a foil or other type of seal ( not shown ), which prevents the liquid from exiting the container 50 prior to use , and protects the liquid from contamination , for the reasons described above . in this embodiment , a flip - up nozzle 54 is also provided , which is coupled to the cap 52 . a person desiring to use container 50 must first break the seal . in one embodiment , the cap 52 is removed , the seal removed or broken , and the cap 52 restored . flipping up of the nozzle 54 then permits the discharge of liquid therethrough . because the container 50 is deformable , a person may through a squeezing action impart pressure on the liquid , causing it to flow upward or otherwise against gravity , as desired , to clean the desired region . as herein illustrated , the container 50 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig6 , a container 60 is shown . the container 60 is preferably formed of a deformable , plastic type of material , and tapers upward . it contains a liquid as herein described . a cap 62 having a lid 66 closes the container 60 . the lid 66 preferably conceals and covers an opening ( not shown ) in the cap 62 . preferably , the cap 62 covers a foil or other type of seal ( not shown ), which prevents the liquid from exiting the container 60 prior to use , and protects the liquid from contamination , for the reasons described above . a person desiring to use container 60 must first break the seal . in one embodiment , the cap 62 is removed , the seal removed or broken , and the cap 62 restored . flipping up of the lid 66 then permits the discharge of liquid from the container 60 through the opening ( not shown ) in the cap 62 . because the container 60 is deformable , a person may by squeezing impart pressure on the liquid , causing it to flow upward or otherwise against gravity , as desired , to clean the desired region . in this configuration , the tapering of the container 60 facilitates the imparting of pressure , and also the focusing of the discharged liquid . as herein illustrated , the container 60 should be utilized a single time only , and thereafter discarded in an appropriate manner . referring now to fig7 , a container 70 is shown . the container 70 , in this embodiment , is preferably aerosol type . liquid is contained therein , under pressure , and may be discharged via spray nozzle 74 . a person desiring to use container 70 may first be required to shake the container 70 in order to increase the effectiveness of the propellant located therein . the nozzle 74 is then aimed , and the nozzle 74 depressed . liquid is then discharged under pressure through nozzle 74 toward the desired area . it may be desired to further provide a straw - type second nozzle ( not shown ), insertable into the nozzle 74 , for purposes of increasing accuracy and perhaps also providing increased pressure . it should be noted that fig7 merely shows one exemplary embodiment of a container having liquid located therein under pressure . other means may be utilized to create such pressure , including for example a separate gas cartridge that may be coupled to the container for use . while the invention has been particularly shown and described with reference to preferred embodiments thereof , it will be understood by those skilled in the art that the foregoing and other changes in form and details may be made therein without departing from the spirit and scope of the invention . for example , it may be desired to provide a brush or sponge attachment to a nozzle or container , to assist in the cleaning process . in addition , it may be desired to provide shielding for the exposed nozzle end , so as to prevent its accidental and possible damaging insertion into an anal or vaginal cavity . while , generally , it is preferred that the containers be designed for one - time use and then discarded , and further that they be filled during a manufacturing process and then sealed , it may be desirable to provide a container as herein described that is refillable by the user ( and perhaps also initially fillable by the user ) and that may be re - used . additional such variations may be possible , provided that the container utilized is portable and self - contained , and has a liquid therein which may be discharged therefrom under pressure toward an anal or genital region .
a sanitizing method utilizing a portable bidet is disclosed . a portable bidet is provided , consisting of a container having a liquid contained therein , with the liquid being discharged from the container under pressure onto a genital or anal region of a user . the container may be sealed , and may have a nozzle . the container may be deformable , so that pressure is imparted through a squeezing action , or may have a pressurized gas source to create pressure .