referring now in detail to the drawings for the purpose of illustrating preferred embodiments of the present invention , the multipurpose colostomy device a as shown in fig1 ( a ), 1 ( b ), 2 , and 3 includes an external balloon 100 having a ring configuration , an internal balloon 110 disposed within the ring configured external balloon 100 , a connecting tube 102 disposed under the external and internal balloons 100 and 110 , and a supporting plate 104 and a joint tube 106 disposed under the connecting tube 102 . the external and internal balloons 100 and 110 are each formed of a thin membrane , and are made of elastic material . the connecting tube 102 is made of elastic material so that it is expanded when the user produces a stool and it is contracted when the user does not produce a stool . the supporting plate 104 and a joint tube 106 are made of resilient material . as shown in fig5 ( b ), and 6 ( c ), a supply tube 108 is made of a resilient material , and is disposed at an inside wall of the external balloon 100 . the supply tube 108 is passed through the internal balloon 110 . also , the supply tube 108 is provided with a first air opening 112 communicating with the internal balloon 110 and a second air opening 114 communicating with the external balloon 100 . as shown in fig5 and 6 ( a ), an enema fluid infusion tube 118 having an enema fluid one - way valve 120 disposed on the top thereof , is disposed in parallel with the supply tube 108 . also , the first enema fluid infusion tube 118 is higher than the internal balloon 110 . as shown in fig3 and 6 ( e ), a washing fluid infusion tube 122 is located in parallel with the enema fluid infusion tube 118 at the lower portion of the enema fluid infusion tube 118 . the washing fluid infusion tube 122 has a washing fluid one - way valve 124 disposed on the top thereof and disposed within the connecting tube 102 . as shown in fig5 and 6 ( e ), a holder 126 is disposed at ends of the supply tube 108 , the enema fluid infusion tube 118 , and the washing fluid infusion tube 122 . at this point , the supply tube 108 , the enema fluid infusion tube 118 , and the washing fluid infusion tube 122 have a c - shaped configuration at the lower portion thereof , respectively , so as to match with the holder 126 located at one side of the supporting plate 104 . as shown in fig4 if necessary , the multipurpose colostomy device a is provided with a socket 128 engaged with the holder 126 thereof . the socket 128 is provided with a first air cylinder 130 having a first piston 156 , and a second air cylinder 132 having a second piston 158 , which is connected to a first air opening 138 through a first air tube 134 , and a second air opening 140 through a second air tube 136 , respectively . the socket 128 is further provided with a fluid container 142 connected to a first fluid opening 148 through a first fluid tube 144 and a second fluid opening 150 through a second fluid tube 146 . the first fluid tube 144 and the first fluid opening 148 have a larger size than the second fluid tube 146 and the second fluid opening 150 ( fig4 ). a changeover switch 152 can optionally open and close the first and second fluid tubes 144 and 146 , respectively for passing the fluid in a fluid container 142 . as shown in fig2 if necessary , the joint tube 106 can tightly receive a drainage hose 154 or a collecting container ( not shown ). if the joint tube 106 does not connect to the drainage hose 154 , a closing cap ( not shown ) can be tightly closed around the end of the joint tube 106 . the drainage hose 154 is made of a foldable , thin material such as vinyl , rubber or silicon material . as shown in fig1 the multipurpose colostomy device a according to the present invention operates as follows : the multipurpose colostomy device a of the present invention , mainly applies to patients who have the stoma 162 disposed on an abdominal wall 160 which is connected to the colon 164 , or ileum who are enema patients and cannot control their bowel movement , cva or icu and pelvic bone , spine , and other long bone fractures . after the multipurpose device a inserts into the stoma 162 , if the user pushes the first and second pistons 156 and 158 , repeatedly , the air is infused into the external and internal balloons 100 and 110 through the first and second air tubes 134 and 136 , the first and second air openings 138 and 140 of the socket 128 , and the second and first air openings 114 and 112 of the supply tube 108 . at this time , when the external and internal balloons 100 and 110 inflate , the inflated external balloon 100 adheres closely to the colon 164 for closing a space disposed between the external balloon 100 and the colon 164 , and the inflated internal balloon 110 adheres closely to the inflated external balloon 100 for closing a space disposed between the external and internal balloons 100 and 110 . finally , the multipurpose colostomy device a fixes in the opening of the stoma . when the stool is to discharge from the stoma 162 , after the drainage hose 154 having the collecting container ( not shown ) is connected to the joint tube 106 , by pulling the second piston 158 , the air of the internal balloon 110 discharges for making the deflated internal balloon 110 as shown in fig3 . at this time , the colostomy device a opens and the stool collects in the collecting container through the connecting tube 102 and the drainage hose 154 . when the discharging of the stool finishes , the changeover switch 152 adjusts to supply the washing fluid in the fluid container 142 to the connecting tube 102 which is contaminated by the discharging of the stool through the second fluid tube 146 , the second fluid opening 150 of the socket 128 , the washing fluid infusion tube 122 and the washing fluid infusion valve 124 . after the connecting tube 102 , by pushing the second piston 158 , the internal balloon 110 is inflated to close the stoma opening . thereafter , the drainage hose 154 having the collecting container is separated from the colostomy device a and the opening of the stoma 162 is closed by a cap ( not shown ). at this time , if desired , the air pressure of the external balloon 100 can be controlled by discharging of air thereof by using the first piston 156 so as not to press to the colon 164 or the rectum . in order to infuse the enema fluid into the colon 164 , the changeover switch 152 adjusts to supply the enema fluid in the fluid container 142 to the colon 164 ( fig4 ). at this point , similar to the above mentioned washing fluid , the enema fluid in the fluid container 142 is supplied to the colon 164 through the first fluid tube 144 , the first fluid opening 148 of the socket 128 , the enema fluid infusion tube 118 , and an enema fluid valve 120 ( fig2 ). in the multipurpose colostomy device according to the present invention , since the enema fluid and washing fluid one - way valves 120 and 124 enable a forward flow , the valves 120 and 124 prevent the fluid from flowing backward . also , the holder 126 has a one - way valve ( not shown ) so that even though the socket 128 separates from the holder 126 , the air in the external and internal balloons 100 and 110 do not leak through the socket 128 . accordingly , if the drainage hose 154 and the socket 128 having the fluid container 142 and air infusion device separate from the multipurpose colostomy device a , the connecting tube 106 , the supporting plate 104 , and the holder 126 of supply tube 108 appear at the stoma 162 . therefore , if the cap closes the connecting tube 106 , there is no problem for patients who have the stoma 162 and others , to have an active life . during activity , anytime , when the stool discharges , after taking out the cap from the connecting tube 106 , putting the drainage hose 154 is placed into the connecting tube 106 and the socket 12 engages with the holder 126 . thereafter , the internal balloon 110 is deflated by expelling air from the internal balloon 110 . it is easy to operate the colostomy device a of the present invention . referring now to fig7 ( a ), 7 ( b ), and 7 ( c ), there is another embodiment of the multipurpose colostomy device a without the supporting plate 104 of fig2 according to the present invention . the external balloon 200 has an outside wall 218 having a thin wall and an inside wall 204 having a thick wall . the inside wall 204 is made of resilient material . by deflating the external and internal balloons 200 and 206 , only the outside wall 218 expands and the inside wall 204 maintains an original position so that the inside wall 204 of the external balloon 200 and internal balloon 206 are tightly fixed in the rectum as shown in fig7 ( b ). when the stool is to discharge from the rectum 7 ( b ), the internal balloon 206 is deflated by discharging air in the internal balloon 206 through the first air opening 112 of the supply tube 208 . therefore , the connecting tube 202 opens and the stool can be collected in the collecting container ( not shown ) through the drainage hose 216 as shown in fig7 ( c ). after discharging of the stool finishes , the contaminated connecting tube 202 can be washed by washing fluid through the washing fluid infusion tube and the washing fluid infusion on / off valve ( not shown ). also , the enema fluid can be infused into the colon through the enema fluid infusion tube 214 and the enema fluid infusion on / off valve ( not shown ). accordingly , the multipurpose colostomy device of the present invention is very useful for patients who have the stoma 162 , who cannot control their bowel movements , and who should not move for emptying , such as hepatic coma , cva in icu , pelvic bone , spine , and other long bone fractures . the invention being thus described , it will be obvious that the same may be varied in many ways . such variations are not to be regarded as a departure from the spirit and scope of the invention , and all such modifications as would be obvious to one skilled in the art are intended to be included within the scope of the following claims .