1. A skateboard with vibration-absorbing function, comprising a platform,
a coupling stage formed on bottom center of the platform;
two swing members connected to two distal ends of the coupling stage;
at least two resilient members arranged between the coupling stage and the swing members;
at least two wheels, each arranged below the swing member and corresponding to the resilient member.
2. The skateboard with vibration-absorbing function as in claim 1, wherein one swing member has a braking section on rear end thereof.
3. The skateboard with vibration-absorbing function as in claim 1, wherein the swing member has a retaining rod extended toward the coupling stage and clamped by a confining section arranged in the coupling stage.
4. The skateboard with vibration-absorbing function as in claim 1, wherein a plurality of supporters are embedded into the platform to reinforce the mechanical structure of the platform.
5. The skateboard with vibration-absorbing function as in claim 1, wherein the resilient member is covered with a flexible dust cover.
6. A skateboard with vibration-absorbing function, comprising
a platform,
a coupling stage formed on bottom center of the platform;
a flexible swing plate connected to the coupling stage;
two wheels arranged below the flexible swing plate.
7. The skateboard with vibration-absorbing function as in claim 6, wherein the flexible swing plate has a braking section on rear end thereof.
8. The skateboard with vibration-absorbing function as in claim 6, wherein the flexible swing plate is formed by composite stacking plates.
9. The skateboard with vibration-absorbing function as in claim 1, wherein the platform has two crossing and elongated coupling plates below and the coupling plates are pivotally connected to the platform.
10. The skateboard with vibration-absorbing function as in claim 1, wherein the swing members are two inner swing members.
11. The skateboard with vibration-absorbing function as in claim 1, wherein the resilient member is an air sac.
12. The skateboard with vibration-absorbing function as in claim 1, wherein the braking section is a base with a rotor.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
What is claimed is:
1. A no-slip elbow pad comprising:
a padding element having an inner side and an outer side;
at least two bands integrally connected to said padding element and overlaying said inner side of said padding element, said at least two bands intended to secure the no-slip elbow pad to an arm of a user; and
at least one friction element integrated on said inner side of said padding element, said at least one friction element for contacting said arm of said user and minimizing movement of the no-slip elbow pad on said arm.
2. The no-slip elbow pad of claim 1 wherein said at least one friction element is integrated within an upper area of said inner side of said padding element.
3. The no-slip elbow pad of claim 1 wherein said at least one friction element is integrated within a lower area of said inner side of said padding element.
4. The no-slip elbow pad of claim 1 wherein said at least one friction element has a textured surface for contacting said arm of said user and creating friction between the no-slip elbow pad and said arm.
5. The no-slip elbow pad of claim 1 wherein said at least one friction element is comprised of a neoprene rubber.
6. The no-slip elbow pad of claim 5 wherein said at least one friction element includes a border for attachment to said inner side of the elbow pad.
7. The no-slip elbow pad of claim 6 wherein said border is covered with a border guard for protecting said at least one friction element from tearing.
8. The no-slip elbow pad of claim 1 wherein said at least two bands comprise a lower elastic band integrally connected to a lower portion of said padding element, an upper elastic band integrally connected to an upper portion of said padding element, and an adjustable strap integrally connected to said upper portion of said padding element.
9. A no-slip protective pad comprising:
a padding element having an inner side and an outer side;
a securing mechanism integrally connected to said padding element and overlaying said inner side of said padding element, said securing mechanism for retaining the no-slip pad to a user; and
an upper friction element disposed on an upper area of said inner side of said padding element; and
a lower friction element disposed on a lower area of said inner side of said padding element;
wherein said upper friction element and said lower friction element are intended to engage said user and minimize movement of the no-slip pad with respect to said user.
10. The no-slip pad of claim 9 wherein said upper friction element and said lower friction element each have a textured surface for contacting said user and minimizing movement of the no-slip pad on said user.
11. The no-slip pad of claim 9 wherein said upper friction element and said lower friction element are comprised of a neoprene rubber.
12. The no-slip pad of claim 11 wherein said upper friction element and said lower friction element each include a border for attachment to said inner side.
13. The no-slip pad of claim 12 wherein said border is covered with a border guard for protecting said neoprene rubber from tearing.
14. The no-slip pad of claim 9 wherein said securing mechanism includes a lower elastic band integrally connected to a lower portion of said padding element, an upper elastic band integrally connected to an upper portion of said padding element, and an adjustable strap integrally connected to said upper portion of said padding element.
15. A no-slip protective pad comprising:
a padding element having an inner side and an outer side, at least a portion of said inner side having a no-slip surface intended to contact a portion of a user and minimizing movement of the no-slip pad on said user; and
a securing mechanism integrally connected to said padding element and overlaying said inner side of said padding element, said securing mechanism for securing the no-slip pad to said user.
16. The no-slip pad of claim 15 wherein said no-slip surface is comprised of a neoprene rubber.
17. The no-slip pad of claim 15 wherein said no-slip surface has a textured surface for contacting said portion of said user and minimizing movement of the no-slip pad on said user.
18. The no-slip pad of claim 15 wherein a border of said no-slip surface is covered with a border guard for protecting said no-slip surface from tearing.
19. The no-slip pad of claim 15 wherein said securing mechanism comprises a lower elastic band integrally connected to a lower portion of said padding element, an upper elastic band integrally connected to an upper portion of said padding element, and an adjustable strap integrally connected to an upper portion of said padding element.
20. The no-slip pad of claim 19 further comprising a ring for holding said adjustable strap in a desired position.