MODULAR C-SPRING TRAMPOLINE SYSTEM

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MODULAR LEAF SPRING TRAMPOLINE SYSTEM:

MODULAR LEAF SPRING TRAMPOLINE SYSTEM DESIGNED BY DAN SEIDEL 573-424-5676 dan.seidel777@gmail.com 2010

THIS TRAMPOLINE DOES NOT USE COIL SPRINGS LIKE TRADITIONAL TRAMPOLINES.:

THIS TRAMPOLINE DOES NOT USE COIL SPRINGS LIKE TRADITIONAL TRAMPOLINES. INSTEAD, IT USES SPECIALIZED LEAF SPRINGS. THESE SPRINGS CAN BE MADE FROM FIBERGLASS OR SPRING STEEL.

THESE LEAF SPRINGS ARE DESIGNED TO FLEX IN ANY DIRECTION AND RETURN TO THEIR ORIGINAL SHAPE.:

THESE LEAF SPRINGS ARE DESIGNED TO FLEX IN ANY DIRECTION AND RETURN TO THEIR ORIGINAL SHAPE.

HERE IS THE CONSTRUCTION OF A COMPUTER MODEL OF THE LEAF SPRING TRAMPOLINE:

HERE IS THE CONSTRUCTION OF A COMPUTER MODEL OF THE LEAF SPRING TRAMPOLINE .

The primary advantage of this design is that there is no rigid frame in the jumping plane. Every surface that is exposed to the jumper is designed to flex and rebound.:

The primary advantage of this design is that there is no rigid frame in the jumping plane. Every surface that is exposed to the jumper is designed to flex and rebound.

Also note the optional leveling jacks.:

Also note the optional leveling jacks. These jacks can be easily adjusted to level the trampoline unit over uneven ground.

HERE IS THE CONSTRUCTION OF A SCALE MODEL OF THE LEAF SPRING TRAMPOLINE:

HERE IS THE CONSTRUCTION OF A SCALE MODEL OF THE LEAF SPRING TRAMPOLINE .

HERE IS a demonstration of the dynamics OF THE LEAF SPRING TRAMPOLINE model.:

HERE IS a demonstration of the dynamics OF THE LEAF SPRING TRAMPOLINE model.

If a jumper comes down on the jumping mat, the leaf springs flex inward and downward. Then they rebound outward and upward.:

If a jumper comes down on the jumping mat, the leaf springs flex inward and downward. Then they rebound outward and upward.

If a jumper comes down on the LEAF SPRINGS, the leaf springs flex downward. Then they rebound upward.:

If a jumper comes down on the LEAF SPRINGS, the leaf springs flex downward. Then they rebound upward.

Fiberglass springs can be cut from frp pipe.:

Fiberglass springs can be cut from frp pipe.

HERE IS THE CONSTRUCTION OF A WOOD FRAMED PROTOTYPE OF THE LEAF SPRING TRAMPOLINE:

HERE IS THE CONSTRUCTION OF A WOOD FRAMED PROTOTYPE OF THE LEAF SPRING TRAMPOLINE

HERE IS AN UNDERSIDE VIEW OF THE SPRINGS NESTING INTO THE HEM POCKETS.:

HERE IS AN UNDERSIDE VIEW OF THE SPRINGS NESTING INTO THE HEM POCKETS.

HERE IS a demonstration of the dynamics OF THE LEAF SPRING TRAMPOLINE PROTOTYPE.:

HERE IS a demonstration of the dynamics OF THE LEAF SPRING TRAMPOLINE PROTOTYPE.

The absence of framing in the jumping plane offers superior safety.:

The absence of framing in the jumping plane offers superior safety.

THE PLACEMENT OF THE FRAME, AND THE ALTERNATING ARRANGEMENT OF THE LEAF SPRINGS, ALLOW MULTIPLE TRAMPOLINE UNITS TO BE JOINED TOGETHER.:

THE PLACEMENT OF THE FRAME, AND THE ALTERNATING ARRANGEMENT OF THE LEAF SPRINGS, ALLOW MULTIPLE TRAMPOLINE UNITS TO BE JOINED TOGETHER.

THE LEAF SPRINGS INTERNEST AND THE MATS COME TOGETHER TO FORM AN UNInTErRUPTED JUMPING SURFACE.:

THE LEAF SPRINGS INTERNEST AND THE MATS COME TOGETHER TO FORM AN UNInTErRUPTED JUMPING SURFACE.

BECAUSE THERE IS NO RIGID FRAME IN THE JUMPING PLANE, EVEN THE JOINED EDGES ARE SAFE AND JUMPABLE.:

BECAUSE THERE IS NO RIGID FRAME IN THE JUMPING PLANE, EVEN THE JOINED EDGES ARE SAFE AND JUMPABLE. PADS ARE ADDED, NOT PRIMARILY TO SOFTEN IMPACT; BUT TO PREVENT FINGERS AND TOES FROM PASSING BETWEEN THE MATS AND SPRINGS.

Enclosure nets can be attached to eliminate the possibility of ground impact.:

Enclosure nets can be attached to eliminate the possibility of ground impact.

Landing pads can protect the user from the ground without the confining enclosure nets.:

Landing pads can protect the user from the ground without the confining enclosure nets.

The enclosure nets can be used in combination with the landing pads.:

The enclosure nets can be used in combination with the landing pads.

The VERSITILE MODULAR SYSTEM IS NOT LIMITED TO TWO DIMENSIONS. Angled walls and upper levels are just some of the possibilities.:

The VERSITILE MODULAR SYSTEM IS NOT LIMITED TO TWO DIMENSIONS. Angled walls and upper levels are just some of the possibilities.

There is no limit to the number of arrangements that can be created.:

There is no limit to the number of arrangements that can be created.

Advantages of the modular leaf spring trampoline::

Advantages of the modular leaf spring trampoline: Safety there is no rigid frame in the jumping plane; and every surface exposed to the user is safe and jumpable. durability Most trampoline frames fail from torque forces where the long legs attach to the perimeter frame. The sturdy frame of this trampoline is on or near the ground. There is less leverage on the frame and the forces are absorbed by the leaf springs. versatility The modular design allows for unlimited expansion and arrangement, including angled jumping surfaces and multiple levels. adaptabilty Leveling capabilities make setup possible on uneven ground.