Sporting gear storage system
A surface mounted sports gear display apparatus capable of holding a wide range of equipment types and sizes implementing a transverse sliding tension mechanism that adjusts in width and applies a tension force on opposing grip members and that apply a compressive force on the displayed object which creates frictional contact on the long edges between the displayed object and grip members allowing the object to be held horizontally, vertically or diagonally. Additionally a center double-edged grip member can be added creating an expanded functionality for pairs of objects such as skis. The grip edge shape can be altered to enhance surface contact for objects such as surf boards, baseball bats, tennis rackets, kayak and canoe paddles, and rowing ores.
1. A sporting gear mounting and display system comprising:
at least one center base member having a front face;
a double transverse sliding tension mechanism inducing a compressive force creating the frictional contact needed to hold the sporting gear securely;
an upper sliding member having an upper sliding member grip surface;
a lower sliding member having a lower sliding member grip surface;
said upper sliding member and said lower sliding member connected through said at least one center base member via said double transverse sliding tension mechanism;
a double edged grip member having two grip surfaces;
said double edged grip member fixed to said front face of said at least one center base member and dividing the space between said upper and lower sliding members in two, thus allowing two sporting gear objects to be displayed; and,
said at least one center base member being wall mountable in multiple positions in order to display the sporting gear in vertical, horizontal, and diagonal orientations.
2. The system of claim 1 wherein said at least one center base member is wall mountable through at least one back plate that separates the system from the wall.
3. The system of claim 1 wherein said grip surfaces of said upper sliding member, lower sliding member, and double edged grip member are orthogonal to said center base member.
4. The system of claim 1 wherein said grip surfaces of said upper sliding member, lower sliding member, and double edged grip member are at an acute angle to said center base member to improve grip on board shaped objects with angled edges.
5. The system of claim 1 wherein said grip surfaces of said upper sliding member, lower sliding member, and double edged grip member are concavely curved to improve grip on cylindrical shaped and edged objects.
6. The system of claim 1 wherein said grip surfaces of said upper sliding member, lower sliding member, and double edged grip member are lined with a compressible material layer.
7. The system of claim 1 wherein said grip surfaces of said upper sliding member, lower sliding member, and double edged grip member are lined with a frictional material layer.