초록 ▼

A new and useful improvement in starting blocks and starting block anchoring devices for use at the line of start of a track either indoors or outdoors. The inventive starting block anchor is comprised of a vacuum suction device operatively and releasably attaches to an interface that also operative

A new and useful improvement in starting blocks and starting block anchoring devices for use at the line of start of a track either indoors or outdoors. The inventive starting block anchor is comprised of a vacuum suction device operatively and releasably attaches to an interface that also operatively and releasably attaches to a track and field starting block of various configurations.

대표청구항 ▼

1. A track and field starting block anchor to anchor a starting block having a first and second spaced rail and a space therebetween to a surface, the track and field starting block anchor comprising: a) a suction device assembly adapted to releasably and securely engage the surface to which the sta

1. A track and field starting block anchor to anchor a starting block having a first and second spaced rail and a space therebetween to a surface, the track and field starting block anchor comprising: a) a suction device assembly adapted to releasably and securely engage the surface to which the starting block anchor is to be anchored;b) a stabilizing plate comprising a first portion comprising a horizontal stabilizing portion and a first and second vertical stabilizing portion forming a receiving channel, the first portion adapted to engage the starting block, and a second portion adapted to hingedly and readily detachably engage the suction device assembly; andc) a first locking assembly adapted to releasably secure the first portion of the stabilizing plate to the starting block and comprising a locking bar and a first fastener releasably connecting the locking bar to the stabilizing plate, wherein the first fastener is adapted to engage the starting block in the space between the first and second spaced rail to releasably secure the first portion of the stabilizing plate to the starting block. 2. The track and field starting block anchor of claim 1 wherein the track and field starting block anchor is releasably mounted to a starting block wherein the starting block is received by the receiving channel in the stabilizing plate and is secured to the stabilizing plate by the first locking assembly and wherein the first locking assembly engages the starting block in a space between the first and the second rail. 3. The track and field starting block anchor of claim 1 further comprising an interchangeable spacer disposed between the suction device assembly and the second portion of the stabilizing plate. 4. A track and field starting block anchor to anchor a starting block to a surface, the starting block anchor comprising: a suction device assembly in direct rotatable communication with a stabilizing member, the suction device assembly adapted to releasably secure the starting block anchor to the surface; andthe stabilizing member comprising: (a) a starting block engagement portion in releasable and direct engagement with the starting block, the starting block engagement portion comprising a head piece with a top surface and a first and a second sidewall extending from the top surface and a first starting block engagement axle extending from the first sidewall; and (b) a suction device assembly engagement portion in rotatable and direct engagement with the suction device assembly; andan axial rotation mechanism disposed between the suction device assembly and suction device engagement portion of the stabilizing member. 5. The track and field starting block anchor of claim 4 wherein the axial rotation mechanism connecting the suction device assembly and suction device engagement portion of the stabilizing member comprises a ball configured to be received by a socket on the suction device assembly to form a ball joint coupling the stabilizing member to the suction device assembly. 6. The track and field starting block anchor of claim 5 wherein the ball is releasably coupled with the socket by a cotter pin connecting to an axle extending through the ball and socket. 7. The track and field starting block anchor of claim 4 wherein the axial rotation mechanism comprises a hinge adapted to releasably couple the stabilizing member with the suction device assembly. 8. A track and field starting block anchor to anchor a starting block to a surface, the track and field starting block anchor comprising: (a) a suction device assembly in direct rotatable communication with a stabilizing member, the suction device assembly adapted to releasably secure the starting block anchor to the surface;(b) the stabilizing member comprising: a starting block engagement portion in releasable and direct engagement with the starting block, the starting block engagement portion comprising a head piece with a first and second starting block engagement axle extending from the head piece; and a suction device assembly engagement portion in rotatable and direct engagement with the suction device assembly; and(c) an axial rotation mechanism connecting the suction device assembly and suction device engagement portion of the stabilizing member and comprising a ball configured to be received by a socket on the suction device assembly to form a ball joint coupling the stabilizing member to the suction device assembly. 9. The track and field starting block anchor of claim 1 wherein the horizontal stabilizing portion of the stabilizing plate comprises a first bore adapted to receive the first locking assembly. 10. The track and field starting block anchor of claim 1 wherein the first fastener comprises an externally threaded winged member and the locking bar comprising an internally threaded bore, wherein the internal threads of the bore and external threads of the winged member correspond to facilitate threaded engagement of the winged member and locking bar. 11. The track and field starting block anchor of claim 4 wherein the starting block anchor is releasably mated to a starting block comprising a first rail, the first rail comprising a first sidewall with a plurality of notches, wherein the first starting block engagement axle is received by a first of the plurality of notches. 12. The track and field starting block anchor of claim 8 wherein the starting block anchor is releasably mated to a starting block comprising a first rail, the first rail comprising a first and second sidewall with a plurality of notches disposed at corresponding locations on each of the first and second sidewalls, wherein the first and second starting block engagement axles are received by opposing notches of the first and second sidewalls of the rail. 13. The starting block anchor of claim 4 further comprising a second starting block engagement axle extending from the second sidewall. 14. The starting block anchor of claim 13 wherein the first and second starting block engagement axles are axially aligned. 15. The track and field starting block anchor of claim 13 wherein the starting block anchor is releasably mated to a starting block comprising a first rail, the first rail comprising a first and second sidewall with a plurality of notches disposed at corresponding locations on each of the first and second sidewalls, wherein the first and second starting block engagement axles are received by opposing notches of the first and second sidewalls of the rail. 16. The track and field starting block anchor of claim 8 wherein the axial rotation mechanism connecting the suction device assembly and suction device engagement portion of the stabilizing member comprises a ball configured to be received by a socket on the suction device assembly to form a ball joint coupling the stabilizing member to the suction device assembly. 17. The track and field starting block anchor of claim 16 wherein the ball is releasably coupled with the socket by a cotter pin connecting to an axle extending through the ball and socket. 18. The starting block anchor of claim 8 wherein the first and second starting block engagement axles are axially aligned.