referring first to fig1 the subject basketball stand ( 2 ) is shown as comprising a base ( 4 ), a lower post member ( 6 ), a pivot latch assembly ( 8 ), an upper post ( 10 ), a backboard ( 12 ), and a hoop component ( 14 ) from which a net ( 16 ) is suspended . the stand , as depicted in fig1 is of a type typically sold through retail stores in a packaged , disassembled condition for later assembly by the end user . as shown in greater detail in fig2 the base ( 4 ) comprises a hollow rotationally molded plastic body ( 18 ) which is formed of conventional plastic material such as polyethylene . the body ( 18 ) is adapted having a downwardly concave top surface . located at a rearward end of the body ( 18 ) is an access aperture ( 20 ) which communicates with the interior of the hollow body ( 18 ), and through which sand can be introduced . the aperture ( 20 ) is situated in the middle of a depression ( 22 ) for directing sand into the interior of the body ( 18 ), whereby the body ( 18 ) can be stably counter - balanced by the sand . situated at the forward end of the body ( 18 ) is a through bore ( 24 ) of a square cross section which extends downward from a top surface of the body ( 18 ) to a bottom surface ( 26 ). as will best be seen from fig3 the body ( 18 ) has a concave bottom ( 26 ) which defines , with the underlying floor , a cavity for a purpose explained below . referring back to fig2 the lower post member ( 6 ) is adapted having a wedge - shaped lower end ( 28 ), and an elongate mid - section ( 30 ), separated from the wedge portion ( 28 ) by a downwardly directed peripheral flange ( 32 ) which extends the circumference of the post member ( 6 ). molded - in retention lugs ( 34 ) are further provided to extend from a lower terminal end of the wedge - shaped portion ( 28 ), and are canted in an upward direction to enable the post member ( 6 ) to be inserted into the bore ( 24 ) of the stand base member . an upper collar region ( 36 ) of the lower post member ( 6 ) is shown having a pair of assembly apertures ( 38 ) in opposite sides , and a rectilinear - shaped opening ( 40 ) in a third side . an axial bore ( 41 ) extends lengthwise through the lower post member ( 6 ) and the upper collar region ( 36 ). a longitudinally extending external rib ( 42 ) is provided along an outer wall of the lower post member ( 6 ), as shown , for structurally reinforcement of post ( 6 ). with continued reference to fig2 and 5 , a latching collar ( 44 ) is provided having a center opening ( 45 ) of a square shape ; the collar ( 44 ) being adapted to mount over the upper collar region ( 36 ) of the lower post member ( 6 ). inwardly directed lugs ( 46 ) are positioned in opposite walls of the collar member ( 44 ) and are sized to snap into the assembly apertures ( 38 ) of the upper collar region ( 36 ), as shown best in fig5 . a rectilinear shaped opening ( 48 ) is provided in an outer wall of the collar member ( 44 ), dimensioned to align with the similarly shaped opening ( 40 ) of the collar region ( 36 ). disposed in the opposite , inward facing walls of the collar member ( 44 ), which define the opening ( 48 ), are recesses ( 50 ). with continued reference to fig2 and 5 , a pivot latch member ( 52 ) is provided having a generally l - shaped , transverse sectional profile . the member ( 52 ) comprises a vertical segment ( 54 ) and a horizontal segment ( 56 ) which intersect forming an external acute angle . outwardly directed pivot projections ( 58 ) extend from opposite sides of the vertical segment ( 54 ), and are adapted to reside within apertures ( 50 ) of the collar member ( 44 ). so disposed , the latch member ( 52 ) pivots about projections ( 58 ) from a generally vertical orientation ( as shown in fig5 a ) to a generally horizontal configuration ( as shown in phantom by fig5 a ). the horizontal portion ( 56 ) of the latch member ( 52 ) accordingly moves from a position which invades the central opening ( 45 ) of the collar member ( 44 ), to a secondary position which is outside of the collar opening ( 45 ). referring next to fig2 and 4 , the upper post ( 10 ) is adapted as having a wedged - shaped upper end ( 60 ), and three outwardly directed locking lugs ( 62 ) in outward surfaces of the wedge - shaped portion ( 60 ). a molded collar flange ( 64 ) is provided proximate to the wedge - shaped upper end ( 60 ). rectilinear molded detents ( 66 ) are provided at specified locations along the outer surface of the upper post member ( 10 ), as shown in fig2 . it will be appreciated that the lower end ( 68 ), and the main body of the upper post ( 10 ) are dimensioned to telescope into the axial bore ( 41 ) of the lower post member ( 6 ) according to the present invention . with further reference to fig2 and 4 , the hoop component ( 14 ) is structured to provide a circular frame ( 70 ) at an outward end . a plurality of spaced hooks ( 72 ) are molded integrally into an inwardly directed surface of the circular frame ( 70 ). a neck portion ( 74 ) projects rearward from the circular frame ( 70 ), having a generally square configuration , and a square opening ( 76 ) extending therethrough . the neck portion ( 74 ) is separated from the circular frame ( 70 ) by an outwardly projecting peripheral flange ( 78 ). it will be appreciated from fig2 that the neck portion ( 74 ) extends through a rectilinear shaped slot ( 80 ) in the backboard member ( 12 ), as shown . the peripheral flange ( 78 ) positions the hoop frame at its intended location , against the backboard ( 12 ). with regard to fig2 it will be appreciated that the components to the subject basketball stand are adapted to fit conveniently within a relatively small sized box for shipping and handling purposes . further , it will be appreciated that no fasteners are necessary in the subject assembly , whereby facilitating a convenient assembly by the end user . assembly of the subject invention proceeds as described below . with continued reference to fig2 and fig3 the lower post member ( 6 ) is inserted into the bore ( 24 ) of the stand body ( 18 ) until locking lugs ( 34 ) snap over the bottom concave surface ( 26 ), as shown in fig3 . so inserted , the spacing flange ( 32 ) is situated against the base body ( 18 ), and the lower pole ( 6 ) is fixedly held in a vertical orientation relative to the stand ( 4 ). it will further be appreciated , from fig3 that the bottom end of the lower post ( 6 ) is positioned above the ground by virtue of the cavity formed between the lower surface ( 26 ) and the underlying ground level . as shown in fig2 and 5 , the collar member ( 44 ) is mounted over the collar region ( 36 ) of the lower post ( 6 ), as detent lugs ( 46 ) snap into apertures ( 38 ). thereafter , the latching member ( 52 ) is pivotally fixed within the opening ( 48 ) of the collar member ( 44 ), as outwardly directed detent lugs ( 58 ) snap into retention apertures ( 50 ). so mounted , the latching member ( 52 ) pivots from a first position ( shown in fig5 a ), to a second position ( shown in phantom in fig5 a ). when in the first position , the horizontal portion ( 56 ) of the latching member ( 52 ) extends inward to a sufficient extent to penetrate the axial bore extending through the collar region ( 44 ) and the lower post ( 6 ). when pivoted outward into the second position ( shown in phantom in fig5 a ), the horizontal portion ( 56 ) of the latching member ( 52 ) pivots out of the axial bore of the lower post ( 6 ). with continued reference to fig1 , and 5 , the lower end ( 68 ) of the upper post member ( 10 ) is inserted telescopically into the axial bore of the lower post ( 6 ), until a detent recess ( 66 ) is aligned with the latching member ( 52 ). the latching member ( 52 ), during repositionment of the upper post ( 10 ) within the axial bore ( 41 ), is in its outward second position ( as shown in phantom in fig5 a ). after appropriate alignment of a detent recess ( 66 ) with the latching member ( 52 ), the latching member ( 52 ) is pivoted upright ( as shown in fig5 a ) and the horizontal portion ( 56 ) penetrates into the recess ( 66 ). the upper post member ( 10 ) is thereby held in fixed orientation relative to the lower post ( 6 ), and at a desired height . for readjustment of height , the latch member is pivoted outward ( as shown in fig5 a ), whereby freeing the horizontal portion ( 56 ) from the recess ( 66 ), and facilitating telescopic repositionment of the upper post member ( 10 ) within the lower post member ( 6 ). assembly continues with the following . the neck portion ( 74 ) of the hoop member ( 14 ) is inserted through the rectilinear slot ( 80 ) of the backboard ( 12 ), and over the wedge - shaped top ( 60 ) of the upper post ( 10 ) until situated between locking lugs ( 62 ) and the spacer flange ( 64 ). the lugs ( 62 ) snap over the top of the neck portion ( 74 ) to fixedly retain the neck portion ( 74 ) to the upper post member ( 10 ). the spacer flange ( 78 ), separating the neck portion ( 74 ) from the circular hoop frame ( 70 ), resides against the backboard ( 12 ). thereafter , as will be appreciated , the net ( 16 ) is suspended from the hooks ( 72 ) in a manner conventional to basketball hoop stands . the completely assembled stand is illustrated in fig1 , 7 , and 8 . as will be appreciated by those skilled in the art , the subject assembly described above can be accomplished without the use of tools . further , the number of parts comprising the subject basketball stand is relatively small , minimizing the cost of manufacture . further , it will be appreciated that all of the component parts ( with the exception of the net member ( 16 )), are composed of plastic material , molded in conventional fashion . the base is rotationally molded . the upper and lower posts , the hoop unit , and the backboard are blow molded , the latching mechanism is injection molded . so constructed the parts are durable , yet forgiving in the event that children inadvertently come in contact with the stand during play . also , it will be appreciated from the above that the assembly procedure eliminates the need for fasteners . assembly can be conveniently effected after the stand is purchased by the end user , yet the subject basketball stand can be packaged and sold in a knockdown version which is relatively compact . finally , it will be appreciated that the function of the latching mechanism is mechanically effective in keeping the relative height position between the upper and lower post members fixed . it will be appreciated ( from fig5 and 5a ) that the latch member ( 52 ) is shaped such that the horizontal leg ( 56 ) cannot inadvertently escape the recess ( 66 ) without a manual rotation of the latching body ( 52 ) away from the post members . downward pressure on the upper post member only serves to pivot the vertical portion ( 54 ) against the outer wall of the post member , whereby further locking the latching mechanism ( 52 ) in place and inhibiting telescoping between the upper post members . convenience , cost savings , and ease of assembly achieved by the above described invention will be apparent to those skilled in the art . however , the principles described above have application beyond basketball stands . for example , any vertical post configuration in a toy which requires height adjustment can utilize the teachings herein set forth for latching mechanisms between telescoping parts . accordingly , the teachings of the subject invention are not to be constrained to a basketball stand . other applications , which will be apparent to those skilled in the art , using the teachings set forth herein are intended to be within the scope and spirit of the present invention .
a basketball assembly comprising a base , a lower post attached at a lower end to the base and having an axial bore extending downwardly therein from an upper end , an upper post receivable in the lower post bore and extending upwardly therefrom , a backboard member having a transverse slot extending therethrough , and a hoop member assembled over the top of the post after insertion through the slot in the backboard member . the upper post is longitudinally repositionable within the axial bore , and a latching mechanism is provided to engage detents located in the upper posts , whereby securing the post at a desired height .