fig1 is a perspective view of an exemplary carrying case 12 with an exemplary telescoping pole 3 in an extended state in an exemplary embodiment of the present invention . as depicted in fig1 , the exemplary embodiment of the present invention would provide a telescoping pole 3 . in an alternative embodiment ( not shown ), a loop may be provided on the carrying case 12 to hang the case 12 if the use of the telescoping pole 3 is not desired . as depicted in fig1 , the exemplary telescoping pole 3 of the exemplary embodiment of the present invention would comprise a plurality of tubular members , or pole segments , 24 , 25 , 26 , and 27 . in the exemplary embodiment , each of the tubular members 24 , 25 , 26 , and 27 would be of equal length , and would each be approximately eight ( 8 ) inches long . when fully extended , the telescoping pole 3 of the exemplary embodiment would measure approximately two and one half ( 2½ ) feet in height . in the exemplary embodiment , the tubular members 24 , 25 , 26 , and 27 would be made of a strong , lightweight plastic or aluminum material . as will be understood by someone with ordinary skill in the art , the materials , the number of tubular members and the actual and relative length of the tubular members , described herein , are exemplary and illustrative , and are not a limitation of the invention ; variations in the materials used , the number of tubular members , and the actual and relative length of each tubular member are possible without departing from the spirit of the present invention . as depicted in fig1 , the exemplary embodiment of the present invention would provide a base tubular member 27 , a top telescoping tubular member 24 , and two middle telescoping tubular members 25 and 26 . the diameter of each telescoping tubular member 26 , 25 , and 24 would decrease in diameter from the preceding tubular member , 27 , 26 , and 25 , respectively . due to the decreasing diameter , each subsequent telescoping tubular member 26 , 25 , and 24 , respectively , would fit inside the preceding tubular member 27 , 26 , and 25 , respectively . in the exemplary embodiment , the diameter of the base pole 27 would be approximately 2 inches ; the diameters of telescoping tubular members 26 , 25 , and 24 would each , respectively , decrease by one - half ( ½ ) inch . continuing with fig1 , in the exemplary embodiment , at the top of base tubular member 27 , an aperture 6 would be provided ; at the top of telescoping tubular member 26 , an aperture 5 would be provided ; at the bottom of telescoping tubular member 26 a spring - loaded locking button 33 would be provided ; at the top of telescoping tubular member 25 , an aperture 4 would be provided ; at the bottom of telescoping tubular member 25 , a spring - loaded locking button 32 would be provided ; at the top of top telescoping tubular member 24 , a spring - loaded locking button 1 would be provided ; and at the bottom of top telescoping tubular member 24 , a spring - loaded locking button 31 would be provided . as depicted in fig1 , when the exemplary telescoping pole 3 of the exemplary embodiment of the present invention is fully extended , telescoping pole 3 would be secured in its extended position by locking buttons 31 , 32 and 33 . as depicted in fig1 , in the fully extended position of telescoping pole 3 , spring loaded button 31 would extend through aperture 4 in telescoping member 25 to lock the top telescoping member 24 in the extended position . similarly , spring loaded button 32 would lock telescoping tubular member 25 in the extended position by extending through aperture 5 of telescoping member 26 ; and spring loaded button 33 would lock telescoping member 26 in place by extending through aperture 6 of the base tubular member 27 . fig2 is a perspective view of the exemplary carrying case with the exemplary telescoping pole 3 in a fully collapsed state in an exemplary embodiment of the present invention . fig3 is a side view depicting the exemplary telescoping pole 3 in a fully collapsed state in an exemplary embodiment of the present invention . as depicted in fig2 and 3 , when the exemplary telescoping pole 3 of the exemplary embodiment of the present invention is fully collapsed , spring - loaded button 1 would extend through apertures 4 ( not visible in fig2 , but visible in fig3 ), 5 ( not visible in fig2 , but visible in fig3 ) and 6 to lock the telescoping pole 3 in a fully collapsed state . further , as depicted in fig3 , when the exemplary telescoping pole 3 of the exemplary embodiment of the present invention is fully collapsed , locking buttons 31 , 32 and 33 would be compressed inside the tubular members 25 , 26 and 27 , respectively . as depicted in fig3 , in the exemplary embodiment of the telescoping pole 3 , each of the telescoping tubular members 24 , 25 and 26 would provide an outwardly flared ridge , 24 a , 25 a , and 26 a , respectively , at the bottom of the respective tubular member . as depicted in fig1 and 3 , tubular members 25 , 26 and 27 respectively would provide an inward detent 25 b , 26 b , and 27 b , respectively . when the telescoping pole 3 is in its fully extended state such as depicted in fig1 , the outwardly flared ridges 24 a , 25 a , and 26 a of the telescoping tubular members 24 , 25 and 26 would be resisted by the inward detents of 25 b , 26 b , and 27 b , respectively , of tubular members 25 , 26 and 27 , respectively , to prevent any telescoping tubular member 24 , 25 , 26 from becoming disengaged from the telescoping pole 3 . as depicted in e . g ., fig1 , in the exemplary embodiment of the present invention , a carrying case 12 would be provided . as depicted in fig1 , the exemplary carrying case 12 would provide a center divider 16 which would separate a compartment 17 for holding personal items , such as a wallet and makeup , from a compartment 18 for holding fluid delivery / collection supplies , such as intravenous fluid delivery supplies , e . g ., a bag 7 ( such as an iv bag ), tubing 9 ( such as iv tubing ), small pump 21 ( such as an iv pump ) and a tube winding / retraction device 8 ( such as an iv tube winding / retraction device ), as well as for holding the telescoping pole 3 . bag 7 would contain fluid for delivery to a patient , or alternatively , would serve as a collection reservoir for fluids , such as , e . g ., urine , collected from a patient . tubing 9 would be coupled to bag 7 and would connect bag 7 to pump 21 ; more tubing 9 would be coupled to pump 21 to connect pump 21 to the patient ( not shown ). tubing 9 would alternatively carry medical fluids from bag 7 , through pump 21 , for delivery to the patient ( not shown ); or alternatively , would carry medical body fluids from the patient ( not shown ) through pump 21 , to the fluid collection bag 7 . pump 21 would pump fluid from bag 7 to be delivered , such as intravenously , to the patient , or alternatively , would pump fluid collected from the patient to fluid collection bag 7 . when the present invention is used as a medical body fluid collection system , tubing 9 could be made of opaque material to conceal the nature of the fluid being transported . alternatively , an expandable sleeve ( not shown ) of opaque material could be provided to cover the expanse of tubing between the carrying case 12 and the patient ( not shown ). the expandable sleeve could be made of various types of cloth or plastic . an exemplary expandable sleeve would be made in a tubular form ; one end would be connected to the exterior of aperture 10 ( see , e . g ., fig1 ) on carrying case 12 ; the other end could be connected to the distal end of tubing 9 for connection to the patient via an intravenous needle or other patient connecting device , such as , for example , a catheter , depending on the application . as described further below , tube winding / retraction device 8 would be provided to allow extension or retraction of tubing 9 — when telescoping pole 3 is fully extended , and / or when the carry case 12 is placed in a stationary position , such as on the ground next to a patient in a chair , tube winding / retraction device 8 would be used to unwind ( extend ) the tubing 9 ; when telescoping pole is fully collapsed , such as when the patient is carrying the carrying case 12 , tube winding / retraction device 8 would be used to wind ( retract ) the tubing so that as much of it as possible would be concealed inside the carrying case 12 . the exemplary embodiments of the invention herein generally depict and describe non - limiting intravenous fluid delivery embodiments . it will be understood by someone with ordinary skill in the art that the present invention is not limited to fluid delivery embodiments . rather , the invention pertains equally to medical body fluid collection . therefore , as will be understood by someone with ordinary skill in the art , non - limiting references herein to iv ( and / or intravenous ) tubing , pumps , and the like , will apply equally to other medical fluid delivery and medical body fluid collection applications . in medical body fluid collection embodiments , it will be understood by someone with ordinary skill in the art that the pump 21 would be configured to transport bodily fluids , for example , urine , from the patient to the collection bag 7 — that is , the direction of the fluid will be reversed from the exemplary intravenous embodiments described herein ; and bag 7 will be used as a collection reservoir as opposed to a delivery reservoir . even though the direction of the flow of fluids will be reversed , the pump 21 will be used to regulate the flow of the fluids . as will be understood by someone with ordinary skill in the art , medical fluid delivery or collection systems use pumps to regulate the flow of delivery , or collection , as the case may be , of the particular medical fluid — that is , the flow of the delivery or collection of the fluid is regulated by the pump 21 regardless of the position of the fluid delivery ( or collection ) bag 7 . it will be understood by someone with ordinary skill in the art that , depending on the height of the collection bag 7 in relation to the point at which the fluid is delivered into , or out of , as the case may be , a patient , it may be possible to turn the pump 21 off and allow gravity to deliver or collect the fluid , as the case may be . however , it would not be a requirement with the present invention that the pump 21 be turned off when the telescoping pole 3 is expanded . rather , the pump 21 may be left on in order to ensure proper flow regulation . in the exemplary embodiment , compartment 17 would open and close by means of zipper 14 . compartment 18 would open and close by means of zipper 13 . as will be understood by someone with ordinary skill in the art , use of zippers 13 and 14 in the exemplary embodiment is not a limitation of the invention . other closure means could be used without departing form the spirit of the invention . further , as someone with ordinary skill in the art will understand , alternative carrying case construction could be provided without departing from the spirit of the invention . for example , an alternative carrying case could provide a single compartment , e . g ., compartment 18 ; compartment 18 could be provided with a c - shaped zippered flap . other carrying case configurations are possible . for example , a divider 16 ′ ( not shown ) could be provided that was not centrally located in the case 12 . further , the carrying case 12 could be configured in the form of a purse , a backpack , briefcase , or other types of utilitarian or fashion carrying case forms not typically associated with hospitals or sick rooms . equivalently , the carrying case 12 could provide a pump 21 for other than intravenous fluid delivery , including , but not limited to , various medical fluid delivery and collection systems such as , for example , gastrointestinal nourishment delivery , insulin delivery , urine collection ( such as through a catheter ), and colostomy fluid collection . in the exemplary embodiment of the present invention , the center divider 16 of the carrying case 12 would be made of a cloth stretched across the center of the carrying case 12 separating the personal carrying compartment 17 from the compartment 18 containing iv equipment . in the exemplary embodiment , the sides of the carrying case 12 would be made of cardboard covered in a strong , durable , stiff fabric . in the exemplary embodiment , handles 15 would be provided . in the exemplary embodiment , the handles 15 would be made of a strong fabric . the zippers 14 and 13 of compartments 17 and 18 , respectively , could be closed for privacy and to prevent things from spilling out of the carrying case 12 . continuing with fig1 , compartment 18 would provide a bottom 20 . in the exemplary embodiment , the bottom 20 would comprise a large plastic board and would measure approximately 10 inches by 6 inches . as depicted in fig1 , in the exemplary embodiment , the base tubular member 27 would be attached to the bottom 20 of carrying case 12 at location 19 which is approximately the center of the bottom 20 . as depicted in fig1 , in the exemplary embodiment , a double - sided “ j ” shaped hook 2 would be provided . in the exemplary embodiment , the double - sided “ j ” shaped hook 2 would be made of a strong metal with a length of approximately 4 inches and would be affixed to the top of the top telescoping tubular member 24 by means of two vertical posts 22 . as depicted in fig1 , in the exemplary embodiment , a tube - winding / retraction device 8 would be provided . in the exemplary embodiment , the tube - winding device 8 would measure approximately 4 inches in diameter and approximately 1 inch wide . in the exemplary embodiment , thick - walled , relatively large diameter tubing 9 would be provided for use with the tube - winding device 8 . thick - walled , relatively large diameter tubing 9 would tend to not dent , be crushed , or deform substantially , when wound into , and around the core of , the tube - winding / retraction device 8 . therefore , by using thick - walled , relatively large diameter tubing 9 , constant flow of the fluid to be delivered intravenously would be delivered without obstruction . it will be understood by someone with ordinary skill in the art that the internal diameter of the tubing 9 will need to be appropriate relative to the fluid regulation pump 21 and the fluid for the particular application . the exemplary tube - winding / retraction device 8 of the exemplary embodiment would use a friction locking mechanism with which to lock the retracted or extended tubing 9 in place . other tube - winding / retraction device configurations could be used , including , for example , a spool ( not shown ) upon which the tubing 9 could be wound . tube - winding / retraction device 8 would be provided to allow a patient to adjust the length of iv tube 9 . in the exemplary embodiment , a locking button 11 and a release button 30 would be provided on the tube - winding / retraction device 8 . pressing locking button 11 on tube - winding / retraction device 8 would lock iv tube 9 at a desired length by griping the tube 9 , but not obstructing the flow of fluid through the tube 9 . pressing release button 30 would release locking button 11 so that the iv tube 9 can be lengthened or shortened and then locked again so that there is no tension pulling on iv tube 9 . providing tube - winding / retraction device 8 would allow a patient to adjust the length of the iv tubing 9 to suit the patient &# 39 ; s needs . for example , the iv tubing 9 could be retracted to a short length when the patient is carrying the carrying case 12 with the telescoping pole 3 in a collapsed state , such as is depicted , e . g ., in fig2 . when the patient is sitting with , e . g ., the carrying case 12 on the ground and extends telescoping pole 3 , the patient would release the locking button 11 by pressing release button 30 so that the iv tubing 9 could be extended . fig4 is a vertical cross section of the exemplary telescoping pole 3 in the exemplary embodiment of the present invention . as depicted in fig3 and 4 , the exemplary telescoping pole 3 would be spring loaded with spring 23 . in the exemplary embodiment , telescoping pole 3 would be held in a fully collapsed position , and as depicted in fig3 , the spring 23 would be held in a fully compressed position , by spring - loaded button 1 extending through apertures 4 , 5 , and 6 . returning to fig1 , in the exemplary embodiment , an aperture 10 would be provided in side 29 of carrying case 12 . in the exemplary embodiment , aperture 10 would be approximately ¾ inch in diameter . iv tubing 9 would be inserted through aperture 10 from inside compartment 18 to the patient . in the exemplary embodiment , the carrying case 12 would weigh approximately five ( 5 ) pounds when loaded with all of the iv equipment , including a small pump 21 , needed to intravenously deliver fluids . such an apparatus would provide a convenient , lightweight fluid delivery system for the patient . the personal compartment 17 of the exemplary embodiment would provide storage for personal items thereby reducing the need for the patient to carry additional bags . the exemplary embodiment of the present invention would thus provide portable , compact , disguised and convenient intravenous fluid delivery for highly mobile patients receiving iv fluids who wish to engage in everyday activities . in order to administer fluid delivery , the iv bag 7 would be hung from one side of the double - sided “ j ”- shaped hook 2 which is attached to the telescoping pole 3 . the iv tube 9 would be attached to iv bag 7 at nozzle 28 . the iv tube 9 would be connected to the small fluid regulation pump 21 . the fluid regulation pump 21 would be hung from the other side of the double - sided “ j ”- shaped hook 2 . the iv tube 9 would then be threaded through the tube - winding device 8 and adjusted to the desired length . the iv tube 9 would then be threaded through aperture 10 in side 29 of the carrying case 12 for attachment to an intravenous needle for insertion into a patient in an appropriate manner . telescoping pole 3 could be fully collapsed and the iv tubing 9 retracted so that a patient can carry the carrying case 12 . telescoping pole 3 could be fully extended and the iv tubing could be extended so that a patient can place the carrying case 12 on the ground or other stationary positions . in either the fully collapsed position , such as is depicted in fig2 , or in the fully extended position , such as is depicted in fig1 , the exemplary embodiment would be capable of delivering fluid intravenously . if a patient that is connected to the exemplary embodiment for intravenous fluid delivery wanted to sit or stay in a stationary position , the patient would first open zipper 13 to open compartment 18 . the patient would then reach into compartment 18 and press release button 30 on the tube - winding / retraction device 8 to allow release and extension of the iv tube 9 . the patient could place the carrying case 12 , for example , on the ground . in order to fully extend the telescoping pole 3 , the patient would then press the spring - loaded button 1 to enable the compressed spring 23 to raise the telescoping pole 3 to its maximum height . when the telescoping pole 3 has reached its maximum height , spring loaded buttons 31 , 32 , and 33 would open through apertures 4 , 5 and 6 , respectively , in tubular members 25 , 26 , and 27 , respectively , thereby locking the telescoping pole 3 in its fully extended position . depending on the particular medical fluid application , it may be possible to turn the pump 21 off when the telescoping pole 3 is fully extended — that is because some medical fluid delivery systems can work on the basis of gravity alone when the height of the medical fluid delivery bag 7 is sufficiently higher than the point of fluid delivery into the body of a patient . fig5 is a perspective view of an alternative exemplary embodiment of the present invention . as depicted in fig5 , instead of using a telescoping pole 3 as was used in the exemplary embodiment ( see fig1 ) on which to mount an iv bag 7 and a fluid regulation pump 21 , the alternative exemplary embodiment uses a stationary tubular member 50 on which to mount an iv bag 7 and a fluid regulation pump 21 , as depicted in fig5 , in the alternative exemplary embodiment , a double - sided “ j ” shaped hook 2 would be provided . in the alternative exemplary embodiment , the double - sided “ j ” shaped hook 2 would be made of a strong metal with a length of approximately 4 inches and would be affixed to the top of the stationary tubular member 50 by means of two vertical posts 22 . as depicted in fig5 , in the alternative exemplary embodiment , a tube - winding / retraction device 8 would be provided . as with the exemplary embodiment , in the alternative exemplary embodiment , the tube - winding device 8 would measure approximately 4 inches in diameter and approximately 1 inch wide . in the alternative exemplary embodiment , four identical telescoping legs 70 ( two telescoping legs 70 are depicted in fig5 — one fully expanded ; one collapsed ) would be provided . in the alternative exemplary embodiment , the telescoping legs 70 would be made out of a lightweight plastic or aluminum . in the alternative exemplary embodiment , a telescoping leg 70 would be inserted through each floor aperture 51 , 52 , 53 , and 54 as depicted in fig5 on the bottom 20 of the carrying case 12 . each of the four telescoping legs 70 would comprise a plurality of tubular members , e . g ., 27 , 26 , 25 , and 24 as depicted in fig5 . that is , the telescoping legs 70 of the alternative exemplary embodiment , would be similar to the telescoping pole 3 of the exemplary embodiment , including spring - loaded buttons , e . g ., 1 , 31 , 32 , and 33 ( not visible in fig5 ), apertures , e . g ., 4 , 5 , and 6 ( not visible in fig5 ), outwardly flared ridges , 24 a , 25 a , and 26 a ( not visible in fig5 ), and inward detents 25 b , 26 b , and 27 b ( not visible in fig5 ), to lock the legs 70 in their extended position and / or in their collapsed positions . in the alternative exemplary embodiment , each telescoping leg 70 would be extended to raise carrying case 12 when such a raised position was preferred by the patient , such as when the patient wanted to remain in a stationary period for some time . in the alternative exemplary embodiment , as depicted in fig5 , circular piece 64 would be provided . circular piece 64 would be attached to the bottom of tubular member 24 of each telescoping leg 70 . circular piece 64 would be provided to increase the surface area between the carrying case 12 and the ground when the telescoping legs 70 are extended for more stability . in the alternative exemplary embodiment , circular piece 64 would have a rubber tread on the bottom so as to further stabilize the raised carrying case 12 and create a non - slip surface . in the alternative exemplary embodiment , base tubular member 27 would be provided with an outwardly flared ridge 60 to prevent base tubular member from dislodging from its respective aperture 51 , 52 , 53 , or 54 when the telescoping leg 70 is extended . when the telescoping legs 70 are collapsed , such as the telescoping leg 70 pictured in aperture 52 in fig5 , base tubular member 27 slides inside compartment 18 of the carrying case 12 . in the alternative exemplary embodiment , base tubular member 27 would be provided with an outwardly flared ridge 61 to prevent base tubular member from dislodging inside compartment 18 from its respective aperture 51 , 52 , 53 , or 54 when the telescoping leg 70 is collapsed . in the alternative exemplary embodiment , when each telescoping leg 70 is collapsed , the telescoping leg 70 will lock in its collapsed position , as was explained for telescoping pole 3 in the exemplary embodiment , with spring - loaded button 1 locking through apertures 4 , 5 and 6 . fig6 is a bottom plan view of the exterior bottom 20 ′ of the alternative exemplary embodiment of the present invention . in the alternative exemplary embodiment , a rotatable clip 62 would be fastened by a brad 63 to the exterior bottom 20 ′ of the carrying case 12 near each telescoping leg 70 . when a telescoping leg 70 is collapsed into compartment 18 , the rotatable clip 62 nearest that telescoping leg 70 could be rotated so that the clip 62 covers a portion of the outwardly flared ridge 61 , to prevent the base tubular member 27 from sliding out of the compartment 18 . as will be understood by someone with ordinary skill in the art , alternative means other than a rotatable clip 62 fastened with a brad 63 for preventing the telescoping leg from sliding out the compartment 18 could be provided without departing from the spirit of the present invention . as will be understood by someone with ordinary skill in the art , dimensions , materials , and component sizes other than those mentioned above in describing the exemplary and alternative exemplary embodiments could be used without varying from the spirit of the invention . as will be understood by someone with ordinary skill in the art , other features and characteristics of the present invention are depicted or are implicit in the accompanying figures and above - provided description . a portion of the disclosure of this patent document contains material which is subject to copyright protection by the copyright owner , michelle gaster , or her successors or assigns . the copyright owner has no objection to the facsimile reproduction by anyone of the patent document or the patent disclosure , as it appears in the patent and trademark office patent file or records , but otherwise reserves all copyright rights whatsoever . although this invention has been described in certain specific embodiments , many additional modifications and variations would be apparent to those skilled in the art . it is , therefore , to be understood that this invention may be practiced otherwise than as specifically described . thus , the embodiments of the invention described herein should be considered in all respects as illustrative and not restrictive , the scope of the invention to be determined by the appended claims and their equivalents rather than the foregoing description .
the exemplary embodiment of the present invention would provide an apparatus for concealed transport of a medical fluid administration device . the medical fluid administration device would be capable of infusing medical fluids to , or collecting medical fluids from , as the case may be , the body of a patient during concealed transport . the exemplary apparatus would comprise one or more of the following : a stand disposed within a carrying case , said stand capable of being extended during stationary use or collapsed during ambulatory use ; a medical fluid pump disposed within the carrying case , said pump capable of delivering or collecting medical fluids during concealed transport within the carrying case ; and a tubing retraction device for engaging tubing for delivery of medical fluids to , or collection of medical fluids from , a body of a patient .