초록 ▼

A snowboard scooter formed of a one-piece platform wide enough to accommodate the width of two feet, with side-by-side but offset foot grips in the form of straps, as on a snowboard, requiring the user to place his or her feet in predetermined positions, a fixable post and a handlebar, and a brake s

A snowboard scooter formed of a one-piece platform wide enough to accommodate the width of two feet, with side-by-side but offset foot grips in the form of straps, as on a snowboard, requiring the user to place his or her feet in predetermined positions, a fixable post and a handlebar, and a brake system actuated either at the handlebar or by direct contact with one of the user's feet. Preferably a hydraulic brake system is used to drive a rear flange into the snow to stop the snowboard.

대표청구항 ▼

The invention claimed is: 1. A snowboard scooter for use on snow, comprising: a one-piece platform wide enough to accommodate the width of two feet; foot grips that are not entirely side-by-side but are laterally disposed in longitudinally offset predetermined positions on opposite sides of the lon

The invention claimed is: 1. A snowboard scooter for use on snow, comprising: a one-piece platform wide enough to accommodate the width of two feet; foot grips that are not entirely side-by-side but are laterally disposed in longitudinally offset predetermined positions on opposite sides of the longitudinal axis of the platform; a fixable post extending upwardly from the platform; and a handlebar on the post. 2. The snowboard of claim 1 in which the platform is continuous. 3. The snowboard of claim 1 in which the platform is formed with a leading edge angled upwardly. 4. The snowboard of claim 1 including a brake arranged for interacting with snow. 5. The snowboard of claim 4 in which said brake is located on the longitudinal axis of the platform, on the rear edge thereof. 6. The snowboard of claim 4 including means whereby the brake can be actuated at the handlebar. 7. The snowboard of claim 6 including a brake lever at the handlebar and a hydraulic brake system comprising a hydraulic line operationally connecting the brake lever to the brake. 8. The snowboard of claim 7 in which the hydraulic brake system comprises a master cylinder having a push rod driven by the brake lever, the hydraulic line connecting the master cylinder to the brake. 9. The snowboard of claim 8 including at least one piston abutting the brake operationally connected to the hydraulic line at the distal end of the hydraulic line. 10. The snowboard of claim 9 in which the distal end of the hydraulic line is formed with a tee branching to two lines, and wherein there are two pistons abutting the brake operationally connected to the hydraulic line. 11. The snowboard of claim 6 including a cable operationally connecting the handlebar to the brake. 12. The snowboard of claim 7 in which one end of the cable is connected to one of the handlebars, and including means whereby rotation of said one handlebar causes retraction of the cable and whereby retraction of the cable actuates the brake. 13. The snowboard of claim 4 including means whereby the brake can be actuated by direct contact with one of the user's feet. 14. The snowboard of claim 4 including means whereby the brake can be actuated at the handlebar and means whereby the brake can be actuated by direct contact with one of the user's feet. 15. The snowboard scooter of claim 1 in which the offset of the foot grips is such that the toe of one foot of a user is secured to be aligned approximately with the instep of the other foot of the user. 16. The snowboard scooter of claim 15 in which the toe of the right foot of the user is aligned approximately with the instep of the left foot of the user. 17. The snowboard scooter of claim 1 in which each said foot grip is comprised of a pair of releasably connectable straps. 18. The snowboard scooter of claim 17 in which each pair of straps releasably overlap and are connectable by hook and loop structures. 19. The snowboard scooter of claim 1 in which said foot grips are secured by planks to the platform. 20. The snowboard scooter of claim 1 in which said post is telescopically adjustable. 21. The snowboard scooter of claim 1 in which said post is rotationally adjustable and fixable at the position to which it is rotated. 22. The snowboard scooter of claim 21 including a slotted bracket fixed to the platform, said post being secured to the bracket through its slot and fixable therethrough to a predetermined rotational position. 23. A snowboard scooter for use on snow, comprising: a one-piece continuous platform wide enough to accommodate the width of two feet and having a leading edge angled upwardly; foot grips that are not entirely side-by-side but are laterally disposed in longitudinally offset predetermined positions on opposite sides of the longitudinal axis of the platform whereby the toe of one foot of a user is secured to be aligned approximately with the instep of the other foot of the user; a telescopically and rotationally adjustable post extending upwardly from the platform and fixable at the position to which it is rotated; a handlebar on the post; a brake located on the longitudinal axis of the platform, on the rear edge thereof and arranged for interacting with snow; and a brake lever at the handlebar and a hydraulic brake system comprising a master cylinder having a push rod driven by the brake lever, and a hydraulic line connecting the master cylinder to the brake whereby to operationally connect the brake lever to the brake, the distal end of the hydraulic line being formed with a tee branching to two lines, and wherein there are two pistons abutting the brake operationally connected to the hydraulic line.