many different systems having features of the present invention are possible . the following description describes the preferred embodiment of select features of those systems and various combinations thereof . these features may be deployed in various combinations to arrive at various desired working configurations of systems . reference is hereafter made to the drawings where like reference numerals refer to like parts throughout the various views . the present invention provides for a person to perform a swimming based exercise in a generally stationary position within a body of water while experiencing all of the benefits of free movement swimming . in order to provide these benefits structural components cooperate to perform various required functions . the required functions include placement restriction , lifting action and resilient motion . numerous structural arrangements are available to perform each of these functions and may be deployed in various combinations . an anchoring of the multiple part pole relative to the body of water , in combination with other structural components , provides for the desired placement restriction of the swimmer within the body of water . the lifting action provides the swimmer with the sensation of free swimming while being retained in a generally fixed location within the body of water . during performance of the swimming action the swimmer will be making the strokes associated with a specific swimming style in a repetitive manner . it being understood that many swimming styles may be utilized with the present invention . during performance of each stroke for any respective swimming style , as is true for conventional free swimming , various degrees of forward force will be applied by the swimmer within the water during a specific point within each of the strokes . during conventional free swimming these variations in propulsion force within each repetitive cycle of strokes would have no noticeable effect upon the swimmer . when the strokes are performed in a tethered manner it is desirable to provide for a certain degree of resilient motion at some location within the tether assembly to maintain a generally uniform pressure between the swimmer and the components of the assembly contacting the swimmer . while this resilient motion may be accommodated within various of the components , or even a combination of components , it has been discovered that the best component to provide this feature is the multiple part pole . additionally , it has been discovered that it is best to restrict this flex of the multiple part pole to the uppermost portion of the multiple part pole . this is accomplished in the preferred embodiment by providing a taper to the multiple part pole , as is conventionally known in fishing poles , where a diminishing of diametric measurement along the length of the multiple part pole restricts the flex to the outermost extent of the multiple part pole . of course , if desired , it is possible to provide certain portions of the multiple part pole to have a uniform diametric measurement rather than having a taper along the entire length of the multiple part pole . fig1 depicts a swimming exercise device 20 having a multiple part pole 22 , means to retain multiple part pole 22 , in the form of a pole mount 24 , an engagement member 26 and a connection member 28 . swimming exercise device 20 functions to allow a generally free movement of legs 30 and arms 32 of a swimmer 34 during performance of a swimming action 36 by swimmer 34 within a body of water 38 while swimmer 34 is being restricted to a generally stationary position 40 in body of water 38 . multiple part pole 22 , engagement member 26 and connection member 28 cooperate to provide for restriction of placement of swimmer 34 in body of water 38 during performance of swimming action 36 while further providing for a lifting action 42 to swimmer 34 while in body of water 38 during performance of swimming action 36 . the combination of location placement with the lifting action provides for an excellent exercise session which is extremely beneficial to overall health yet is both fun to perform and safe to perform . the present invention provides for swimmer 34 to be retained in stationary position 40 within body of water 38 , such as a swimming pool 44 , while also providing a certain amount of lift within swimming pool 44 during performance of swimming action 36 . to this end of providing for the retention in stationary position 40 multiple part pole 22 provides for securement to a fixed position relative to body of water 38 . multiple part pole 22 also provides for a certain amount of resilient motion , or flex , which is providing the resistance to swimmer 34 during performance of swimming action 36 . to the end of providing the lift during performance of the swimming action it is necessary to provide for elevation of a connection point 46 of multiple part pole 22 for connection member 28 above a surface 48 of swimming pool 44 . a multiple part pole will be provided which will perform several important functions . the multiple part pole will provide for an attachment location for the connection member elevated well above the surface of the body of water . this elevated attachment location in combination with an angle of the connection member will provide the desired lifting action to the swimmer during performance of the swimming action . additionally , a resilient flexibility of the multiple part pole will provide for resilient motion of swimmer 34 within swimming pool 44 . multiple part pole 22 has a securing end 50 , an outer end 52 and a resilient flexibility along a portion of multiple part pole 22 at least near outer end 52 . preferably , multiple part pole 22 has a gradual and consistent taper , as depicted , from securing end 50 to outer end 52 . multiple part pole 22 may be constructed from many suitable materials . multiple part pole 22 has at least two ( 2 ) portions which may be easily separated , see fig3 a and fig4 b , and easily attached , see fig3 a and fig4 a . fig7 and fig8 depict a third pole section , in the form of an intermediate portion 190 , for use within multiple part pole 22 . referring again to fig3 a through fig4 b , multiple part pole 22 has a first portion 56 and a second portion 58 . first portion 56 of multiple part pole 22 has a length measurement 60 , see fig3 b , while second portion 58 of multiple part pole 22 has a length measurement 62 , also see fig3 b . in the most preferred embodiment length measurement 60 of first portion 56 is generally equal to length measurement 62 of second portion 58 . in a preferred embodiment first portion 56 is formed of a solid shaft material 64 , see fig5 , and second portion 58 is formed of solid shaft material 64 , see fig6 . preferably , intermediate portion 190 is also formed of solid shaft material 64 . any number of sections desired may be utilized to form the multiple part pole and these may be of any desired respective lengths and diametric measurements and shapes . it is possible to provide for multiple part pole to remain together while in a storage or transport mode . this is easily provided for by utilizing a telescoping arrangement , as conventionally known in the art , or in a folding arrangements , also as conventionally known in the art . intermediate portion 190 has a has a length measurement 192 , see fig7 , which in the most preferred embodiment , is generally equal to length measurement 60 of first portion 56 and to length measurement 62 of second portion 58 . referring now to fig3 a and fig4 a which depict a preferred embodiment , first portion 56 of multiple part pole 22 has a first end 66 and a second end 68 . first end 66 of first portion 56 has a diametric measurement 70 . second end 68 of first portion 56 has a diametric measurement 72 . diametric measurement 70 of first end 66 of first portion 56 is greater than diametric measurement 72 of second end 68 of first portion 56 . second portion 58 of multiple part pole 22 has a first end 74 and a second end 76 . first end 74 of second portion 58 has a diametric measurement 78 . second end 76 of second portion 58 has a diametric measurement 80 . diametric measurement 78 of first end 74 of second portion 58 is greater than diametric measurement 80 of second end 76 of second portion 58 . diametric measurement 70 of first end 66 of first portion 56 is generally equal to diametric measurement 80 of second end 76 of second portion 58 . referring now to fig7 and fig8 , intermediate portion 190 has a first end 194 and a second end 196 . first end 194 of intermediate portion 190 has a diametric measurement 198 . second end 196 of intermediate portion 190 has a diametric measurement 200 . diametric measurement 198 of first end 194 of intermediate portion 190 is greater than diametric measurement 200 of second end 196 of intermediate portion 190 . this tapering provides for intermediate portion 190 to have more flex near second end 196 . it is necessary to assemble and secure the various parts of the multiple part pole when the various sections are configured to be separated . many coupling and securing methods are known in the art to provide this required function and many of these methods and structures may be utilized with the present invention . when the parts are detachable it is possible to provide for mere contact to retain the parts together , such as a simple penetration coupling . alternatively , it is possible to provide for structures to securely retain the parts together . this retention can be as simple as a bayonet type coupling where a male part penetrates a female part and a rotational displacement locks the parts together . alternatively , the retention can be more complicated such as the opposing threaded couplings depicted in various of the views . fig3 a through fig6 depict a preferred embodiment for this coupling and securing where first portion 56 of multiple part pole 22 has a pole coupling end 82 and second portion 58 of multiple part pole 22 has a pole coupling end 84 . multiple part pole 22 has a penetrate and securement coupling 86 having a male member 88 , a female member 90 , a first threaded member 92 and a second threaded member 94 . pole coupling end 82 of first portion 56 and pole coupling end 84 of second portion 58 slidably join utilizing male member 88 of penetrate and securement coupling 86 and female member 90 of penetrate and securement coupling 86 and are securely retained utilizing first threaded member 92 of penetrate and securement coupling 86 and second threaded member 94 of penetrate and securement coupling 86 . pole coupling end 82 of first portion 56 and pole coupling end 84 of second portion 58 are retained in an extremely close orientation 96 when penetrate and securement coupling 86 is in a secured orientation 98 . fig7 and fig8 depict intermediate portion 190 of multiple part pole 22 having opposing portions of penetrate and securement coupling 202 having a male member 204 , a female member 206 , a first threaded member 208 and a second threaded member 210 . this arrangement provides for installation of intermediate portion 190 between first portion 56 and second portion 58 . in certain situations it is desirable to provide for an angular change between portions of the multiple part pole . various structures may be deployed to provide for the angular change . fig9 a and fig9 b depict an offset coupling 212 having a first coupling portion 214 and a second coupling portion 216 which are penetration type couplings . first coupling portion 214 slidingly receives a second coupling portion 218 of a lower pole portion 220 . second coupling portion 216 slidingly receives a first coupling portion 222 of an upper pole portion 224 . in the absence of use of offset coupling 212 second coupling portion 218 of lower pole portion 220 may mate with first coupling portion 222 of upper pole portion 224 . it is a requirement that some arrangement be provided to retain the securing end of the multiple part pole relative to the body of water . this may be provided by merely utilizing existing structures about the body of water or , more preferably , will involve providing dedicated structural components which will be fixedly secured , at least temporarily , about the body of water . it is possible to provide for at least the multiple part pole of the present invention to remain generally permanently positioned relative to the body of water even when not being utilized for performance of the swimming action . more preferably , the multiple part pole will be removed when not being utilized for performance of the swimming action . to this end it is desirable that the multiple part pole be slidably insertable and removeable relative to a pole mount . many variations of pole mounts are possible with various embodiments depicted in the various views . an engagement member will be provided to contact the swimmer while leaving the swimmer free to manipulate their legs and arms during performance of the swimming action . this may involve mere surrounding contact of the torso of the swimmer , as depicted in fig1 by engagement member 26 , or may involve a more elaborate harness type system . in the preferred embodiment depicted engagement member 26 is of a sufficient width and is padded for comfort during performance of the swimming action . a connection member will be provided to connect the engagement member contacting and retaining the swimmer to the multiple part pole . various structural components may be utilized to perform this function . fig1 depict connection member 28 having a first end 184 and a second end 186 with first end 184 secured relative to outer end 52 of multiple part pole 22 and second end 186 secured relative to engagement member 26 . it is possible to provide for the connection member to be of a construction to have an elastic property to provide the resilient motion function of the present invention . in the preferred embodiment depicted connection member 28 is merely a conventional nylon strand braided cord . an engagement member hanging hook member 188 , see fig3 a and fig3 b , is positioned on multiple part pole 22 for hanging placement thereon of engagement member 26 of swimming exercise device 20 when not being utilized during performance of the swimming action . this arrangement provides for an orderly placement of the various components which prevents damage from being inflicted to any of the components while permitting full drying of the components , including engagement member 26 and connection member 28 , following use . with respect to the above description then , it is to be realized that the optimum dimensional relationships for the parts of the invention , to include variations in size , material , shape , form , function and manner of operation , assembly and use , are deemed readily apparent and obvious to one skilled in the art , and all equivalent relationships to those illustrated in the drawings and described in the specification are intended to be encompassed by the present invention . therefore , the foregoing is considered as illustrative only of the principles of the invention . further , since numerous modifications and changes will readily occur to those skilled in the art , it is not desired to limit the invention to the exact construction and operation shown and described , and accordingly , all suitable modifications and equivalents may be resorted to , falling within the scope of the invention .
individual swimmers may routinely and easily perform exercise regiments to maintain or enhance their general health and fitness utilizing the present invention . multiple part poles may be readily shipped , or otherwise transported , in a disassembled state and assembled easily and quickly to full length for use with the overall swimming exercise device . various configurations of sections and connections are disclosed . ideally a taper will exist where the deployed multiple part pole will flex more toward an outer end of the multiple part pole .