fig1 illustrates one preferred embodiment of the present invention . a ski pole 10 includes a shaft 12 , a handle 14 on the upper end of the shaft and a tip and a basket on the lower end ( not shown ). shaft 12 is preferably specifically constructed for use with handle 14 of the invention . alternatively , handle 14 may be adapted for use with common size pole shafts . the handle includes a body 16 , a grip 18 , a lower flange 20 , a cap 22 , and a strap 24 . strap 24 is secured to the top of body 16 with a strap collar 26 . body 16 is preferably generally cylindrical and sized to slide over the top of shaft 12 . body 16 provides the main foundation for handle 14 , with the additional handle elements being attached to or adjacent to body 16 . grip 18 is engaged over the top of body 16 and fits tightly on body 16 . grip 18 preferably provides a textured region on handle 14 for the user to comfortably and securely grab . grip 18 may be formed from an elastomeric material such as polyurethane or rubber . in some embodiments grip 18 is further contoured with finger recesses and palm bulges . grip 18 is preferably translucent such that graphics can be seen through it . for example , graphics may be placed on the outer surface of body 16 or on the inner surface of grip 18 . inner surface graphics can be placed on grip 18 by sublimation or other means . grip 18 is alternatively formed integrally with body 16 as illustrated in fig7 a and b discussed below . lower flange 20 projects outwardly from the main portion of body 16 below grip 18 . lower flange 20 is preferably integrally molded into body 16 . alternatively , the flange may be constructed of a separate collar locked into place on body 16 . lower flange 20 provides support to the bottom of the hand of the user of the pole . the size of lower flange 20 may be large or small . for example the flange may be quite small with just enough outwardly projecting material to retain grip 18 . in some embodiments , lower flange 20 is eliminated altogether . cap 22 is preferably removably secured to the top of body 16 . cap 22 includes a tool - less release mechanism allowing a user to easy remove it for access to the interior of handle 14 . removal of cap 22 is also used to remove strap 24 and grip 18 from body 16 . cap 18 is preferably slightly larger in diameter than the main portion of body 16 such that it carries out the retention function of strap collar 26 and grip 18 . further details of handle 14 are clarified in fig2 a - d . strap collar 26 is “ c ” shaped and includes strap collar ends 28 . a short fastener , one end of which can be seen in fig1 , is secured between strap collar ends 28 . the fastener preferably includes a spacer between strap collar ends 28 such that strap collar does not clamp too tightly on body 16 or strap 24 . this arrangement also allows strap collar to pivot around the top of body 16 about the longitudinal axis of shaft 12 . a clamp 30 is provided at the lower end of body 16 to releasably secure handle 14 to shaft 12 . clamp 30 is a collar that is secured over downwardly projecting body tabs 44 of body 16 . clamp 30 is tightened by closing an over - center cam lever 42 as will be discussed below in connection with fig3 and 4 . fig2 c and d illustrate one preferred embodiment of the cap securement mechanism . cap 22 includes a cap lever 32 pivotally secured to the top of cap 22 . lever 32 is a lever pivotally secured within the top of cap 22 along an axis extending transverse to the longitudinal axis of body 16 . lever 32 is also pivotally secured to a rod 34 at a position further from the end of lever 32 . thus when lever 32 is pressed downwardly into the top of cap 22 , rod 34 is pulled upwardly . rod 34 extends downwardly from lever 32 and includes two opposing cones , upper cone 36 and lower cone 38 . cones 36 and 38 narrow toward each other . upper cone 26 is slidably coupled to rod 34 , while lower cone 38 is retained on the lower end of rod 34 . a compression member 40 is held on rod 34 between upper and lower cones 36 and 38 . compression member 40 is an elastomeric material such as rubber or polyurethane . it is generally cylindrical in shape with slots at opposing sides facing the cones . when lever 32 is closed rod 34 pulls lower cone 38 upwardly relative to upper cone 36 such that compression material 40 is compressed and expands . the expansion of compression member bears against the sides of body 16 to hold cap 22 in place . fig3 and 4 illustrate further details of the preferred means of retaining handle 14 to shaft 12 . body 16 includes integrally formed tabs 44 extending downwardly from its main portion beneath grip 18 and flange 20 . two slots 56 are preferably disposed between tabs 44 . slots 56 allow tabs 44 to be easily compressed against shaft 12 when clamp 30 is tightened . clamp 30 is secured to the outer walls of tabs 44 . lips 54 retain clamp 30 such that it does not inadvertently slide off even when in its “ open ” position . clamp 30 includes ears 46 extending outwardly from the “ c ” shaped main body . a fastener 48 extends through holes in ears 46 . the head of fastener 48 matingly engages with one of ears 46 such that fastener 48 does not rotate . the opposite end of fastener 48 includes threads enaged with clamp lever 42 . clamp lever 42 includes a barrel in threaded engagement with fastener 48 . lever 42 includes a cam at one end . barrel 50 is pivotably secured within the cam end of lever 42 . when lever 42 is closed the cam pulls barrel 50 away from ears 46 to tighten fastener 48 in a manner similar to a bicycle seat post clamp . alternative arrangements for securing body 16 to shaft 12 are envisioned . for example , the clamp may be positioned on the shaft with a portion of the body projecting into the upper end of the shaft . slots in the upper end of the shaft may be provided to allow the shaft to tighten to the body . the system discussed above in which the handle is repositionable on the shaft provides the advantage of being quick to adjust for a variety of user and / or uses . for example , in a rental shop scenario , the stock of poles may be reduced , since the poles can more readily be fitted to the users from a supply of poles that cover a certain range of pole lengths . the same adjustability allows the same poles to be used for climbing and descending with a quick adjustment . the use of heavier , more expensive poles that have higher swing weights is thus avoided . furthermore , if a pole shaft bends or breaks the handle may be switched to a new shaft . the expense of an entirely new set of poles is avoided . a user may wish to use the same handles on various pole shafts : some for backcountry use , others for racing , still others for freeskiing , for example . fig5 a - c illustrate an alternative embodiment of handle 14 . in this embodiment a removable top cap is not employed . the bottom of handle 14 includes a clamp for removably securing the handle to a pole shaft . fig6 , further illustrates a handle embodiment that includes a translucent grip 18 . the word “ armada ” is printed on body 16 . this graphic can be seen through translucent grip 18 , even with the textured surface of grip 18 . graphics may be used on body 16 or in the interior of grip 18 to show through grip 18 and not be subject to scratches or wear . translucent grip 18 may also be tinted or even solid colored in various places . fig7 a and b illustrate an alternate embodiment having a differing cap assembly . a ski pole 110 is provided with a shaft 112 and a handle 114 . handle 114 is constructed primarily of body 116 . body 116 includes a hollow core and an outer grip 118 integral therewith . it also includes upper and lower flanges 162 and 120 , respectively . alternatively , body 16 may have a separate grip secured thereon as discussed in previous embodiments above . a cap 122 is removably secured to the top of body 116 . preferably , cap 122 includes outer threads that receive inner threads within body 116 . a cap cover 132 is secured to the top of cap 122 . a strap retainer 126 is pivotally placed on the lower end of cap 122 by sliding a large opening of strap retainer over the threads 164 . a cap nut 166 is then used to hold strap retainer 126 in place . however , nut 166 does not bear tightly against strap retainer 126 so as to allow pivotal movement of strap retainer 126 about the longitudinal axis of body 116 . a slot 268 is formed in one side of strap retainer 126 to secure a pole strap . a container 170 is preferably provided . in one preferred embodiment , container 170 is secured to cap 122 by a threaded engagement . in other embodiments , container 170 is secured within body 116 and shaft 112 . further embodiments eliminate container altogether . the walls of body 116 and / or of shaft 112 are used as a container . a floor may be provided in body 116 to provide a bottom for a contained space accessed by opening cap 122 . handle 114 in one embodiment is force fit over the upper end of shaft 112 . alternatively , it is slid over the upper end and held with a clamp , or other retention device , such as that described above in connection with fig2 - 4 . in any and all of the embodiments discussed above , the removable cap or removable handle provides access to open space that can be used to hold accessories and other items . for example , tools may be stored in the handle or shaft . screwdrivers for binding adjustment or a knife for other miscellaneous uses would be conveniently stored . an emergency kit may be held therein . a global positioning system may be placed in the handle . the readout may be on the handle cap or be transmitted elsewhere , such as to a wrist - worn display . a mobile phone may be held in the handle . the shaft provides an external antenna . an audio device , such as a radio or digital audio player may be held in the pole . the signal from such devices may be transmitted by bluetooth technology to the user . an avalanche probe may be held within the pole shaft . a liquid for user hydration may be held . a receiver located in the pole or handle may be tuned to a signal of a transmitter on a ski to locate the ski in the event of a lost ski such as in deep snow or a crowded ski rack . in any such instance container 170 illustrated in fig7 a represents the accessory or device . the item is held within the handle or within the pole shaft or both , depending on its size . ideally , any item of significant mass is held as near to the top of the pole as possible to reduce pole swing weight . items may also be spread to both poles to even the weight of the poles as much as is practical . while the preferred embodiments of the invention have been illustrated and described , as noted above , many changes can be made without departing from the spirit and scope of the invention . for example , various features of the differing embodiments discussed herein mixed with other features of other embodiments . accordingly , the scope of the invention is not limited by the disclosure of the preferred embodiments . instead , the invention should be determined entirely by reference to the claims that follow .
a hand held pole for skiing or other activities is disclosed . the pole includes a removable handle with a clasp securing it , at its lower end , to a pole shaft . release of the clasp allows the handle to be adjusted longitudinally on the shaft . complete removal of the handle allows the access to the interior of the shaft and allows the handle to be used with other shafts . items may be stored in the shaft or in the handle . the handle includes a removable cap for this purpose . removal of the cap also allows a grip on the handle to be removed .