Golfer's positioning and retrieving device

Claim 2

A portable golf ball teeing and retrieving apparatus for use with a golf ball, tee and golf ball handle comprising a pair of golf ball and tee gripping members, a resiliently biased latching means secured to said gripping members to hold said gripping members in either a golf ball and tee gripping position or a release position, a gripping and position control means mechanically coupled to said members so that initial downward pressure on the gripping and position control means allows said ball and said tee to be positioned with said tee in the ground and said ball positioned thereupon; further downward pressure on said gripping and position control means causes said gripping members to release said ball and tee and additional downward pressure on said gripping and position control means in excess of said initial pressure causes said gripping members to assume a ball gripping position.

Claim 3

The portable golf ball teeing and retrieving apparatus of claim 1 wherein said resiliently biased latching means includes a resilient element and latching linkage, which resilient element urges said ball and tee gripping members toward each other when a ball and tee are being gripped and cooperates with said latching linkage to hold said ball and tee gripping member in said release position.

Claim 4

A portable object gripping, positioning and retrieving apparatus for use with any elongated unit having a free end of a configuration that will physically cooperate with said apparatus, said apparatus comprised of a main body and an object gripping and positioning mechanism, said main body having an upper and lower portion, said upper portion having a concave opening to provide a mating gripping configuration when said apparatus is pressed into engagement with said free end of said elongated unit, said lower portion having a plurality of cavities suitable for the retention of a plurality of resilient control elements, each of said cavities enclosing a resilient control element, a pair of said cavities having movable control members and a cavity positioned between said pair of cavities having included therein an object contact member, said movable control members and said object contact member are positioned in said cavities in abutting relationship to said resilient control elements for reciprocating movement within said cavities, each of said movable control members having a pivotal connection at a point remote from said control members abutting contact with said resilient control elements, said object gripping and positioning mechanism having a pair of object gripping members, each having a pivotal connection configuration at an upper end which is mechanically coupled to said pivotal connection of said movable control members, said object gripping and positioning members having a lower end provided with an object gripping configuration portion when said object gripping and positioning members are deposed in a substantially parallel relationship, said object gripping and positioning members having connected there between a resilient member, said resilient member urging said object gripping members toward each other to thereby ensure said object is gripped by said object gripping configuration portion of said members, a latching mechanism deposed between and connected to said object gripping and positioning members to provide an open object gripping position, and a closed object gripping position whereby said object is gripped and released depending upon a force transmitted through said apparatus from said elongated unit.

Claim 5

A portable object gripping, positioning and retrieving apparatus for use with any elongated unit having a free end of a configuration that will physically cooperate with said apparatus, said apparatus comprised of a main body and an object gripping and positioning mechanism, said main body having an upper and lower portion, said upper portion having a concave opening to provide a mating gripping configuration when said apparatus is pressed into engagement with said free end of said elongated unit, said lower portion having a plurality of cavities suitable for the retention of a plurality of resilient control elements, each of said cavities enclosing a resilient control element, a pair of said cavities having movable control members and a cavity positioned between said pair of cavities having included therein an object contact member, said movable control members and said object contact member are positioned in said cavities in abutting relationship to said resilient control elements for reciprocating movement within said cavities, each of said movable control members having a pivotal connection at a point remote from said control members abutting contact with said resilient control elements, said object gripping and positioning mechanism having a pair of object gripping members, each having a pivotal connection configuration at an upper end which is mechanically coupled to said pivotal connection of said movable control members, said object gripping and positioning members having a lower end provided with an object gripping configuration portion when said object gripping and positioning members are deposed in a substantially parallel relationship, said object gripping and positioning members having connected there between a resilient member, said resilient member urging said object gripping members toward each other to thereby ensure said object is gripped by said object gripping configuration portion of said members, a latching mechanism deposed between and connected to said object gripping and positioning members to provide an open object gripping position, and a closed object gripping position whereby said object is gripped and released depending upon a force transmitted through said apparatus from said elongated unit.

Claim 6

The apparatus of claim 3 wherein said concave opening of said upper portion is provided with resilient lining material to facilitate and enhance the gripping of said free end of said elongated unit.

Claim 7

The apparatus of claim 4 wherein said concave opening has in part a tapered conical shape to said opening.

Claim 8

The apparatus of claim 5 wherein said resilient control element are springs of substantially equal resiliency and length.

Claim 9

The apparatus of claim 6 wherein said movable control members reciprocating travel is restricted by the length of the cavity containing each resilient control element and control member.

Claim 10

The apparatus of claim 7 wherein said cavity positioned between said pair of cavities containing said resilient control elements and control member has a resilient control element having a greater resistance to compression than said resilient control element for said control members, said cavity position between said pair of cavities having a length shorter than the length of said pair of cavities, thereby providing said object contact member with a shorter allowable physical travel while simultaneously providing a resilient resistant force in excess of the force necessary to compress said resilient control elements in abutting contact with said movable control members.

Claim 11

The apparatus of claim 8 wherein said latching mechanism is comprised of a pair of links pivotally connected to each other at one end of each link and pivotally connected to said object gripping and positioning members at their respective other ends, the combined lengths of said links having a total length greater than the distance between said object gripping and positioning members when said object gripping and positioning members are in said substantially parallel relation when an object has been gripped.

Claim 12

The apparatus of claim 9 wherein said object gripping configuration lower end portion is of a shape that provides for a simultaneously mating engagement with a golf ball and tee.