in the drawings , fig1 shows a game puck 10 of the invention , particularly a hockey puck for non - ice surfaces . the puck includes a puck body 12 that is comprised of a center hub or core 14 , a plurality of radially - extending spokes 16 ( five are shown here ) that extend preferably integrally from the hub 14 , and a peripheral annulus 18 that is connected , preferably integrally , to the spokes 16 . this leaves a series of openings indicated at 20 , equal to the number of spokes , an opening being positioned between each pair of adjacent spokes . the outside of the puck body presents a peripheral surface 21 , slightly rounded as shown , for striking . a series of runners 22 are fitted onto the peripheral annulus 18 to present a low - friction surface to engage against the play surface ( floor , street , etc . ), each runner 22 having a leg 24 extending down into the opening between adjacent spokes . the runners 22 are fitted into the puck body 12 from both sides , and distal or inner or tail ends 26 of some of the runners inserted from the opposite side are seen in fig1 . in fig1 the runners 22 have glider heads 22 a of limited surface area , i . e . limited area for contact with the play surface . these are for smooth surfaces and allow for less friction . fig2 , on the other hand , shows a puck 10 a which has the same puck body 12 but with different runners 30 , each having glider heads 30 a of larger surface area , so that the series of glider heads 30 a on a side of the puck preferably present a substantially continuous ring as shown . these can be considered training gliders , in that they can be used on coarse surfaces such as streets or concrete and provide a good puck for training , with the runners easily replaced when worn or broken . the hard nylon plastic used in both cases is a low friction material with good wear characteristics . other plastics could be used . fig5 and 6 show the pucks 10 and 10 a of fig1 and 2 , along with the respective runners 22 and 30 used in those pucks , the puck body 12 being the same in both cases . fig3 and 4 , both exploded views , show the configuration of the runners and demonstrate the assembly and securing of runners into the puck body 12 . in this case the runners 22 with smaller glider head 22 a are shown , as in fig1 . each runner has the glider head 22 a , a leg 24 extending down from the glider head , preferably on a curve as shown , toward a distal or inner end 26 which , as explained below , also constitutes a finger tab . in addition , the leg has a hook 32 for securing the runner 22 into the puck body . also preferably included in the integrally , unitarily molded runner 22 is an anchoring shank 34 as seen in the drawings . as indicated in fig3 , the runners 22 are inserted from both sides , and in doing so the legs 24 become positioned side by side ( but inverted in orientation ), and this is illustrated in fig1 where the leg inner or tail ends 26 inserted from the opposite side are visible , each being directly alongside a leg of the runner 22 at the illustrated top side . the runner body 22 , in the peripheral annulus 18 , preferably includes a series of slots or cavities 36 as shown in fig3 and 4 , positioned to receive the anchoring shanks 34 of the runners . on assembly of a runner 22 down into the puck body 12 , as particularly illustrated in fig4 , the anchoring shank 34 ( which may be tapered as shown ) is engaged into a corresponding slot 36 of the puck body , as the leg 24 is inserted down into the space 20 between spokes . as shown , the leg 24 preferably is shaped essentially complementarily to the corresponding surface of the peripheral annulus , that shape comprising a deflection ramp 38 ( preferably curved ) which is engaged by a lower or distal end of the leg as the runner is pushed in . with the anchoring shank 34 in the slot 36 , further advancement of the runner leg down into the puck body bends and deflects the leg 24 somewhat , until the hook 32 clears a ledge 40 at the bottom end of the deflection ramp , whereupon the hook 32 snaps into place , locking the runner firmly in place on the puck body with the glider head 22 a against the top of the peripheral annulus as viewed in fig4 . note that the puck body preferably has top / bottom symmetry , with deflection ramps 38 and ledges 40 side by side ( and inverted ) in each space 20 , but fig4 is a sectional view as cut through one of the ledges 40 . when all runners 22 have been snapped into both sides of the puck body , the puck 10 appears as in fig1 . when a worn or broken runner is to be removed and replaced , or to interchange the type of runner to be used on a puck body , the finger tab 26 of a runner , i . e . the runner &# 39 ; s tail or distal end , is accessible from the side of the puck opposite the runner &# 39 ; s glider head . thus , as can be envisioned from fig1 and also fig4 , one can engage the finger tab 26 and deflect it radially inwardly toward the hub or core , thus releasing the hook from the ledge . in lieu of a finger tip , a narrow object such as a pen or pencil can be used . releasing the hook tends to pop the runner out from the opposite side of the puck body because of the spring action of the runner leg . fig7 is a side view showing the puck 10 of the invention , i . e . the configuration shown in fig1 . the glider heads 22 a of the runners are shown as protruding upwardly ( and downwardly ) from the peripheral annulus of the puck body , these providing the contact area for engaging with a floor or other play surface . the puck body and the runners are efficiently made by injection molding . runners can be of any desired color which can be different from that of the puck body . if desired the puck body can carry a central decorative hub insert ( which could be co - molded ), and this can match the runner color . the size of the puck is about 3 inches outside diameter (+/− 10 %), and about 1⅛ inches in height (+/− 10 %), including the runners , generally the size of a standard puck . the above described preferred embodiments are intended to illustrate the principles of the invention , but not to limit its scope . other embodiments and variations to these preferred embodiments will be apparent to those skilled in the art and may be made without departing from the spirit and scope of the invention as defined in the following claims .
a hockey puck or game puck designed for non - ice street and court play has friction - reducing runners that engage the playing surface , the runners being replaceable without need for tools . the runners , which can have friction characteristics similar to that of traditional non - ice pucks , can easily be replaced by hand when worn or broken , using the same puck body . multiple sets of runners with different sizes and friction characteristics preferably are provided , the runners being interchangeable as desired . replacement runners are inexpensive and allow the puck body to be used over a long period of time .