fig1 illustrates a preferred practice device of the present invention . the blade is generally conventional in dimension with a slot 1 running approximately parallel to the base of the blade 2 . preferably , the slot 1 is of varying width , about 1 cm in the middle and about 2 . 5 cm at its ends , with the lower edge of the slot 1 being about 1 cm from the base of the blade 2 . it is also preferred that the ends of the slot 1 are not more than about 4 cm from the toe 3 and the heel 4 of the blade . a plastic insert may be placed along the edges of the slot to reduce wear . at its heel 4 , the blade 2 may have a shaft , like a conventional hockey stick , or may be adapted to receive a shaft , such as the shaft of a bladeless hockey stick . fig2 illustrates a puck - like disk 5 of the present invention . the disk 5 has a groove 6 on its upper surface for receiving the blade 2 . the disk 5 is about 5 . 5 cm in height and about 10 cm in diameter , the depth of the groove 6 being about 2 . 54 cm . thus , the height of the walls 7 of the groove 6 contacting the blade 2 are about the same height as a conventional hockey puck . the width of the groove 6 at its base 8 is about 1 cm at its length center . the walls 7 of the groove 6 rise at an angle , in the range of about 120 ° to 140 ° preferably 125 °, from the base 8 of the groove 6 , as illustrated in fig2 . as illustrated in fig4 the walls 7 of the groove 6 are convex along their length such that the base 8 of the groove 6 is narrower at its center than at its ends . thus , the walls 7 defining the base 8 of the groove 6 are arcuate , preferably with a radius equal to the radius of a conventional hockey puck . because the walls 7 are angled , the top of groove 6 has a smaller radius than the base 8 . in addition , it is preferred that edges of the disk 5 are bevelled . the edge 9 of the bottom surface 10 of the disk 5 may be bevelled at about 15 °, so that the bottom surface 10 is about 7 . 62 cm in diameter , this being the diameter of a conventional hockey puck . the disk 5 may be made of metal , with a preferred weight range of about 1 / 2 to 2 kilograms . in the preferred embodiment of fig3 the pin means is a 10 cm dowel 13 , about 9 cm of which has a diameter of approximately 0 . 6 cm . the remaining 1 cm , at one end 14 , being 0 . 6 cm in width and 2 cm in height . near the upper surface of the disk 5 there is a 9 cm long bore 11 , 12 , the center of the bore 11 , 12 being about 1 . 3 cm from the upper surface of the disk 5 ; as illustrated in fig2 . the diameter of the bore 11 , 12 is slightly wider than about 0 . 6 cm , so that the 0 . 6 cm diameter portion of the dowel 13 fits snugly within the bore 11 , 12 . the bore 11 , 12 and the dowel 13 positioned therein ( fig4 and 5 ) runs transverse to the groove 6 , thereby dividing the bore 11 , 12 into an open bore 11 and a blind bore 12 . approximately 2 . 2 cm of the leading end 15 of the dowel 13 is threaded with a reciprocating thread in the blind bore 12 . this embodiment of the present invention is assembled by placing the blade 2 in the groove 6 of the disk 5 , then passing the dowel 13 through the open bore 11 , and thence across the slot 1 in the blade 2 . thereafter the dowel 13 is threaded into the blind bore 12 , to provide the hockey practise device of the present invention as generally illustrated in fig6 . the width of a conventionally dimensioned hockey stick blade is tapered from approximately 0 . 75 cm at the heel to approximately 0 . 5 cm at the toe . as assembled , the lost motion between the disk and the blade allow the proper hockey stick rotation which is required in shooting and puck handling . the slot in the blade allows the disk to move along the length of blade , while the dowel guides the disk to the desired shooting or puck handling position on the blade . thus the disk will not leave the blade so that no time is wasted chasing loose pucks . the 125 ° angle of the sides of the groove allows the sides of the blade angular movement , about a horizontal axis , through 70 ° which is technically necessary for the proper shooting of a hockey puck . the sides of the groove forming circumscribed arcs simulate the outer edge of a conventional hockey puck thereby providing the same effect a conventional hockey puck has on a conventional hockey stick . in addition , the circumscribed arcs permit angular movement about a vertical axis of the length of the blade relative to the disk . thus , the present invention aids in the teaching of shooting , passing and puck handling skills , without the disk leaving the blade . in addition , the bevelled edges of the disk allow easier use of this practice device on any indoor or outdoor flat surface . thus , proper hockey techniques can be practised without occupying the hockey rink facilities , so that the rink may be used for other activities .
ice hockey practice equipment for improving puck handling skills including a puck - like member having a groove in an upper surface thereof for receiving a hockey stick blade , and a locating member for maintaining the blade in location within the groove with lost motion between the puck - like member and the blade , the equipment thereby permitting constant interaction and feel of the puck - like member and the blade for a trainee .