referring now to the drawings , fig1 depicts a bat 40 which has a core component 42 , a handle 44 , a knob 46 , and a cap 48 at the end of core component 42 . the core component 42 has a hollow barrel 50 and an integral , hollow stem 52 extending from , and axially aligned with , barrel 50 . handle 44 surrounds the stem 52 of core component 42 . annular , elastomeric decouplers are installed between core component 42 and handle 44 , preferably near or at opposite ends of the handle . the decouplers isolate handle 44 from core component 42 , keeping shock ( and to a significant extent other vibrations ) from being transmitted to the batter &# 39 ; s hands when a ball is struck . consequently , the batter is not stung or otherwise subjected to pain or discomfort . this is per se advantageous and also improves performance by keeping the batter from flinching when swinging at a ball . one of the just - discussed decouplers is shown in fig1 and identified by reference character 54 . further , significant , isolation of a batter &# 39 ; s hands from shock and other vibrations may be obtained by installing a grip 56 as shown in fig2 on the handle 44 of bat 40 . this grip isolates the user &# 39 ; s hands from the bat by tuned , progressive resistance , which keeps pain - and discomfort - attributable energy from reaching the user &# 39 ; s hands . grip 56 is fashioned by training an elastomeric wrap 58 as shown in fig4 - 7 around handle 44 in the helical manner shown in fig2 . elastomeric wrap 58 is constructed in accord with , and embodies , the principles of the present invention . isolation from shock and vibration and the adverse effects those phenomena can cause is achieved by the use of the above - discussed tuned progressive resistance technology in wrap 58 . to this end , integral pillars 60 are formed on an exposed side 62 of wrap substrate 64 . continuing deformation of pillars 60 results in progressively increasing resistance of the elastomeric material and highly efficient prevention of shock and vibration energy transfer . the pillars may have the illustrated frustoconical shape or an elliptical , square , rectangular , triangular , or other configuration . a recess 66 may be formed in each integral pillar . at one end , the recess opens onto that exposed end 68 of the pillar opposite the substrate 64 ( see fig7 ). the recess may extend through the substrate and open onto its opposite face , or it may have a blind inner end . each pillar may have multiple open - ended recesses , and they may be of the through - bore or blind - end type or a mixture of those types . the recesses 66 of elastomeric wrap 58 have a conical configuration and a blind inner end 70 . the pillars 62 in which recesses 66 are formed have the above - mentioned frustoconical configuration ; and there is one , centrally located aperture in each pillar . the pillars are closely packed with adjacent pillars touching . as discussed above , the use of recesses is one factor that may be employed in tuning the progressive resistance of the pillars . grasping grip 56 produces suction akin to that of an octopus tentacle , improving the grasp of the bat afforded by the grip . the grasp is further enhanced by virtue of grip 56 conforming to the contour of the batter &# 39 ; s hand due to ability of the pillars 60 to deform and deflect . referring now most particularly to fig2 , 6 , and 8 , it was pointed out above that wrap 58 is trained around handle 44 in a helical manner in fashioning grip 56 . wrap 58 has a central section 72 , relatively narrow , elongated , integral end segments 74 and 76 , and transition sections 78 and 80 with edges 82 and 84 which angle from end segments 74 and 76 to the central section 72 of wrap 58 . the edges 86 and 88 of wrap central section 72 , the edges 90 and 92 of end segment 74 , the edges 94 and 96 of end segment 76 , and transition segment edges 82 and 84 are all chamfered as shown in fig6 . when wrap 58 is trained around handle 44 as shown in fig2 , a chamfered , central segment edge 86 ( or 88 ) in one turn 98 , and the adjacent segment of the same edge in the next turn 99 overlap in the manner shown in fig8 . thus , grip 56 lies flat on handle 44 instead of bulging or bunching up as successive turns are laid down which might otherwise be the case . similarly , the tampered edges 82 and 84 of transition segments 78 and 80 and the chamfered edges 90 . . . 96 of elastomeric wrap end segments 74 and 76 cooperate in like manner to form a smooth , advantageously bulge - free grip . it is also to be noted ( see fig4 and 5 ) that the end segments 74 and 76 of elastomeric wrap 58 are free of the pillars 60 found in the central and transition segments 72 , 78 and 80 of the wrap . among other things , this allows segment 74 ( and / or segment 76 ) to be tucked under the end 96 or 98 of the wrap to secure the wrap in place without forming a bulge in grip 56 . also , the winding of the wrap around a handle can be started without bunching or bulging of the wrap . it is apparent from the foregoing that a wide variety of alternate embodiments are subsumed by the compass of the present invention . fig9 and 10 depict a wrap 100 embodying the principles of the present invention which has a substrate 102 , pillars 104 , and centrally located apertures 106 in the pillars . these pillars in this wrap do not have blind ends , but are the through - type in that they extend between and open onto the tops 108 of pillars 104 and the opposite ( or reverse ) side 110 of wrap 100 ; i . e ., the back or bottom side of substrate 102 . fig1 - 13 depict a wrap 120 with a substrate 122 and other , exemplary forms of pillars ; viz . : also , and as is shown in fig1 , a single wrap embodying the principles of the present invention may have pillars with both blind and through apertures , as well as pillars with apertures of different configurations , pillars with multiple apertures , and pillars with no apertures at all . above , wrap 58 was disclosed by relating it to an exemplary application in which the wrap is employed to form a grip on a bat handle . this is not intended to limit the scope of the invention in that wrap 58 wrap 120 , and other wraps embodying the principles of the present invention may be employed equally well , and in the same manner , to form wraps on other handles . as examples only , those of : golf clubs ; bicycle and motorcycle handlebars ; hammers , lawn mowers , weed - eaters ; and a host of other products . the principles of the present invention may be embodied in a wide variety of artifacts other than the elongated wraps discussed above and illustrated in fig1 - 13 . fig1 and 15 , for example , depict an elastomeric pad 180 with a substrate 182 and closely - packed pillars 60 on one side of the substrate . fig1 - 18 similarly depict a pad 190 which differs from pad 180 in that there are closely - packed sets or arrays of pillars 60 on both sides 192 and 194 of substrate 196 . pads embodying the principles of the present invention need not have the rectangular shape of pads 180 and 190 , but may be of generally any desired , geometric configuration . pads such as those identified by reference characters 188 and 190 may be used for many different purposes : as examples only , to isolate human anatomy from shock and vibration and to similarly protect a host of artifacts and devices from the adverse effects of shock and vibration . it was pointed out above that v / si &# 39 ; s employing the principles of the present invention may have pillars with any of a wide variety of configurations and that combinations of different pillars may be used in a single device . a v / si with both of these features is illustrated in fig1 and 20 and identified by reference character 200 . v / si has a substrate 202 and pillars 204 . . . 212 of circular , square , triangular , hexagonal , and pentagonal configurations . while apertured pillars are shown in fig1 , it is to be understood that apertures need not be provided , irrespective of the pillar configuration . also , fig1 and 20 make it clear that pillars need not touch , or even be in close proximity , for a v / si embodying the principles of the present invention to be effective . the invention may be embodied in many forms without departing from the spirit or essential characteristics of the invention . the present embodiments are therefore to be considered in all respects as illustrative and not restrictive , the scope of the invention being indicated by the appended claims rather than by the foregoing description ; and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein .
vibration / shock / isolators which employ tuned , progressive resistance to deformation to isolate a user &# 39 ; s anatomy or a protected instrumentality from shock and vibration . the v / si may be wrapped around a handle to form a grip . a v / si can also be fabricated in an unlimited number of other configurations to isolate a user &# 39 ; s anatomy or any of an untold number of devices from shock and vibration .