referring now to the figures , fig1 through 6 depict various views of an embodiment of an ostomy bag utilizing different embodiments of the disclosed connector 34 and vent housing 48 . while a variety of different ostomy bags may be equipped with the disclosed connector 34 and vent housing 48 , the inventors herein have invented an ostomy bag 10 which may be utilized in combination with the disclosed connector 34 and vent housing 48 , which are an improvement to the known ostomy bags . the disclosed connector 48 , vent housing 48 , and irrigation storage and connection conduit comprise an ostomy bag odor control and irrigation system an embodiment of an ostomy bag 10 which may be utilized with the connector 34 and vent housing 48 and ostomy bag odor control and irrigation system is shown in fig1 . for this embodiment , the ostomy bag comprises a front member 2 and a rear member 4 , which are fused together along the edges , except for the bottom edges 6 , which define a waste disposal opening when the front member 2 is fused with the rear member 4 . the ostomy bag 10 may further comprise an outer chamber 12 and an inner chamber 18 , wherein the inner chamber 18 is disposed within the outer chamber 12 . the outer chamber further comprises an upper portion 14 defined as the section adjacent to the inner chamber 18 , and a lower portion 16 defined as the section extending below the bottom edge of the inner chamber 18 . the upper portion 14 comprises a reinforcement member 15 comprising an opening 17 through which waste from the stoma to enter the ostomy bag 10 through opening 19 in the rear member 4 . the lower portion 16 is where the excreted bodily wastes are stored for eventual disposal through a discharge opening , which is defined at bottom edges 6 . bottom edges 6 may be closed by rolling or folding the edges together and temporarily fastening with a clip ( not shown ). the flow of waste into the ostomy bag 10 is generally depicted in fig1 by the directional arrow . for the embodiment of the colostomy bag 10 depicted in the figures , the inner chamber 18 may comprise a one - way valve 20 that allows entry of wastes into the lower portion 16 of the outer chamber 12 but limits the back flow of the bodily wastes from the lower portion 16 of the ostomy bag 10 back into the inner chamber 18 . the one - way valve 20 allows free passage of wastes into the lower portion 16 for storage . the one - way valve 20 may comprise a biasing means , such as biasing member 22 attached to opposite sides of one of the walls of the inner chamber 18 . the biasing member 22 may have a length that is longer then the length of the bottom 24 of the inner chamber 18 walls . as the biasing member &# 39 ; s 22 length l 1 is greater than the inner chamber bottom side 24 length l 2 , the bottom 24 of the inner chamber 18 is urged shut by the force exerted by the biasing member 22 on the bottom 24 of the inner chamber 18 . this urging action enhances the one - way valve 20 such that bodily wastes are readily admitted through the valve 20 from the inner chamber 18 to the lower portion 16 for storage , but the reverse is not true . waste does not flow from the lower portion 16 back into the inner chamber 18 . in addition , waste does not readily flow from the lower portion 16 to the upper portion 14 , as the biasing member 22 creates an additional barrier against upwards flow from the storage area to the inlet area . the ostomy bag 10 may comprise an internal irrigation system 30 that links to an external water or liquid source and provides for the flushing of the internal components of the ostomy bag , such as the outer chamber upper portion 14 , the lower portion 16 , and the inner chamber 18 . the irrigation system 30 may comprise an irrigation connector adapter 34 which may penetrate front member 2 as shown in fig1 . alternatively , an attachment adapter 36 may be attached to the inside wall of front member 2 as shown in fig2 . attachment adapter 36 may connect directly to a matching connector on vent housing 48 or to a external connector 60 , 60 ′ as indicated in fig5 - 7 . alternatively , attachment adapter 36 may attach to the irrigation connector adapter 34 as shown in fig1 . as further shown in fig2 , the attachment adapter 36 may have a second side which may be attached to an irrigation tube 38 at a back side of the attachment adapter 36 . alternatively the irrigation tube 38 may connect to the irrigation connector adapter 34 , and pass through the front member 2 as depicted in fig1 . the irrigation tube 38 may be closed - ended , and may be routed through a first slit 40 and a second slit 42 that extend throughout the inner chamber 18 and the outer chamber 12 . the irrigation tube 38 may comprise slits 44 along the portion of the irrigation tube 38 that resides within the inner chamber 18 and the lower portion 16 of the outer chamber 12 . the slits 44 along the irrigation tube 38 cause the water introduced into the ostomy bag 10 during flushing to disperse from the irrigation tube 38 at a higher pressure . the water may be introduced into the irrigation tube 38 from a squeezable reservoir 46 of the type shown in fig7 , or an alternate embodiment may be used to provide liquids for flushing the ostomy bag 10 , such as an adapter which allows connecting a water fixture to irrigation tube 38 . tubing 62 from the irrigation source , such as squeezable reservoir 46 or a faucet , is connected to irrigation connector adapter 34 or to attachment adapter 36 with external connector 60 , 60 ′, after vent housing 48 is disconnected from the ostomy bag 10 by releasing the quick release connector . use of the squeezable reservoir 46 allows the addition of disinfectants or deodorizers to the flushing water to assist in the cleansing of the ostomy bag 10 . vent housing 48 is placed at the upper portion 14 of the outer chamber 12 , such that the vent housing 48 releases flatus that collects within the bag during normal digestion . the vent housing 48 may mate through the use of mating parts . fig1 shows an embodiment of vent housing 48 in which the filter housing 56 is in axial alignment with the irrigation connector adapter 34 . fig2 - 3 show embodiments of the vent housing 48 ′ in which the filter housing 56 ′ is at a right angle with irrigation connector adapter 34 . the vent housing 48 is attached and removed from the ostomy bag 10 through the use of a quick disconnect type of attachment , which may attach or releases with a rotation of approximately 180 degrees , where the vent housing is replaced with a connector of an exterior irrigation or cleaning line which is attached to a water supply , such as a squeeze bottle or faucet . the vent housing 48 may further comprise a charcoal filter to strip the noxious smells from the vented flatus . the vent housing 48 may also comprise a liner 50 of either a scent absorbing media , such as a sponge , or liner 50 may comprise a charcoal filter 50 . liner 50 may also be segmented such that a first portion 52 comprises the scent absorbing media while a second portion 54 comprises the charcoal filter . scents may be added to the scent absorbing media of liner 50 . fig7 shows an embodiment of a squeezable container that may contain fluids utilized for cleaning , sanitizing and deodorizing an ostomy bag by connecting the container via a connection hose 62 to connector 34 or attachment adapter 36 , after vent housing 48 has been removed from the connector 34 . while the above is a description of various embodiments of the present invention , further modifications may be employed without departing from the spirit and scope of the present invention . thus the scope of the invention should not be limited by the specific structures disclosed . instead the true scope of the invention should be determined by the appended claims .