the ball retriever and storage device of this invention is shown generally by the number 10 in fig1 . the device includes an open metal wire or rod frame which provides the receptacle or storage compartment for the device . a bottom or entrance opening 12 to the storage receptacle is provided by a wire rod 14 bent to form a rectangle . an access opening 16 is provided by a wire rod 18 of rectangular configuration . a u - shaped framing rod 19 , shown most clearly in fig1 includes a first portion 20 , a second portion 22 extending substantially parallel to the first portion and an end joining portion 24 . the open ends of portions 20 and 22 are each secured to a point on the front side of the rectangular wire rod 18 . the ends of portions 20 and 22 adjacent end joining portion 24 are secured to the front side of the rectangular wire rod 14 . a second , like u - shaped wire rod 19 is secured to the wire rods 14 and 18 on the rear or opposite side thereof opposite the locations to which the first rod 19 is secured . a wire rod 26 , which includes first and second portions 28 and 30 respectively which extend parallel to one another is provided as part of the wire frame of the device 10 . an end joining portion 32 interconnects first and second portions 28 and 30 at one end of these portions . portions 34 and 36 extend from the other ends of first and second portions 28 and 30 respectively and converge towards one another . the distal ends of portions 34 and 36 are bent at right angles and fit into an end of handle 40 for carrying the device 10 . the ends are shown in phantom extending into handle 40 in fig1 . portions 28 and 30 are secured to one side of the rectangular rod 18 at the ends adjacent portions 34 and 36 , and are secured to one side of the rectangle formed by wire rod 14 adjacent end joining portions 32 . a second wire rod 26 is secured to wire rods 14 and 18 on the opposite side of the rectangle in the same manner as and at the same locations as described and shown with respect to the above described rod . four additional wire rods 42 each have one end thereof secured to the center of a side of the rectangle formed by wire rod 14 and the other end secured to the center of the corresponding side of the rectangle formed by wire rod 18 . portions 20 and 22 of wire rods 19 , portions 28 and 30 of wire rods 26 , wire rods 42 , 14 and 18 , secured together as described above , form the elongate frame defining a central storage area or receptacle for storing balls . as previously noted , wire rod 14 forms an entrance opening 12 and wire rod 18 forms an access opening 16 . the portions 20 and 22 of rods 19 , 28 and 30 of rods 26 and rods 42 are positioned with respect to another when secured to rods 14 and 18 such that the tennis balls can only enter and exit the central storage area via openings 12 and 16 . that is , the spacings between these rods and rod portions are so small that a tennis ball cannot be squeezed between adjacent rods or rod portions . as preveously noted , portions 20 and 22 of wire rods 19 extend beyond the entrance opening 12 formed by wire rod 14 and terminate at end joining portion 24 . these extensions and end joining portion 24 define support feet for unit 10 . the portions 28 and 30 of wire rod 26 extending below the entrance opening 12 formed by wire rod 14 , and end joining portion 32 of wire rod 26 also form support feet for unit 10 . these support feet , in addition to supporting unit 10 , maintain entrance opening 12 a predetermined distance above the ground as can be seen by reference to fig1 and 2 . with the entrance opening 12 supported above ground , balls which may be stored in unit 10 cannot come in contact with the ground . a closure 44 formed from bent wire has one end 46 bent around the rear section 18a of wire rod 18 . closure member 44 can be pivoted selectively to open or closed positions . closure member 44 includes a pair of parallel portions 48 which extends from bend end portion 46 the width of exit opening 16 and terminates in a latch 50 . when closure member 44 is in its closed position , latch 50 engages against wire rod 18 and rod 42 to releasably lock the closure 44 in position preventing the stored balls from inadvertently escaping from the device 10 . the restraining means for the entrance is provided by a pair of wire rod fingers 54 , shown in fig3 . the wire fingers 54 are v - shaped . the base or wider ends of the fingers are secured to the front and rear sides of the rectangular entrance opening 12 . the fingers are aligned facing one another and extend into entrance opening 12 in a plane which is substantially perpendicular to the vertical axis of the storage area . the apices 55 of fingers 54 are spaced apart a short distance or space 56 . fingers 54 and the rod 14 form two entry spaces 57a and 57b into the storage area for retrieving and storing the balls . each of these two spaces has a point of maximum width being slightly less than the width of a tennis ball so that the tennis ball must be squeezed between rod 14 and fingers 54 at space 56 in order to permit entry of the ball into the central storage area of device 10 . when balls are to be retrieved , the device 10 is placed over the tennis balls and pressed downwardly . the support feet 24 and 32 prevent the tennis balls from being deflected away from the entrance opening 12 as the unit is lowered over the balls , as shown in fig4 . the members 54 and side parts of rectangular bar 14 also act as guides or cam means which urge or roll the ball towards the space 56 , thus reducing the pressure necessary to allow the ball to be admitted or squeezed into the the central storage area . with slight downward pressure on the handle 40 , the ball is compressed and forced between fingers 54 and rod 14 into the central storage area of device 10 , thus retrieving a ball . when stored balls are to be removed , closure member 44 is pivoted to an open position and the user may reach into the unit to remove a ball . alternately , the user may lift the entire device 10 and pour all of the balls stored therein into a machine , such as has previously been described . in order to prevent corrosion of the unit 10 and damage to the tennis balls due to sharp edges as the balls are squeezed into unit 10 , all of the rods used in the formation of unit 10 may be coated with a colored plastic material . this material is mar and chip proof in the preferred embodiment thus minimizing the chance of rusting and corrosion to the unit and damage to the stored tennis balls . although the device may have special utility for retrieving tennis balls , other kinds of balls may be retrieved , so long as they have some degree of resilience which will enable them to be squeezed into the device . for instance , balls used in the game of lacrosse can be retrieved with this device .
an apparatus for retrieving individual or a plurality of balls such as tennis balls from a playing court and for automatically storing the balls which includes a metal wire or rod frame in which the retrieved balls are stored . the frame has an exit opening at one end and an entrance opening at an opposite end thereof . restraining rods are secured across the entrance opening and are positioned in the entrance opening to define a plurality of entry spaces of graduated dimensions , all less than the diameter of a ball so that the ball must be squeezed through the entry spaces into the central storage area afforded by the frame .