RETRACTABLE HANDLEBARS FOR USE ON MOTORIZED SURF BOOTS

Abstract

In water or on land, an innovative Dual Retractable Handlebar System with adjustable damping, allows the rider of Motorized Surf Boots to transition from a kneeling, to squatting, to standing, or vice versa, in one smooth articulated motion while keeping a continued grip on the handles and throttles.

Each handlebar of the pair is firmly connected to each boot (or board) safely behind the rider, with each handlebar extending around the outside of the rider to a comfortable and ergonomic position to grasp with each hand, providing the rider with the ability to impart body English on the left and right sides independently, in order to effectively steer his or her Motorized Surf Boots on water or on land.

Additionally, the pair of Handlebars of the present invention can be quickly locked in the retracted (or down) position, or quickly released for deployment in a range of up positions.

Claims

1. Apparatus comprising: a pair of handlebars of predetermined length, width and shape, wherein the length is telescopic for sizing to a rider and for portability. a pair of retracting mechanisms each comprised of fixed end, a rotating arm, and an adjustable gas spring fitted for rotating of said rotating arm away from said fixed end, with each of said retracting mechanisms attached to the base (or lower) end of each of the pair of said handlebars to be positioned behind a rider's foot position. first means of attaching said retracting mechanisms to a load bearing structure embedded in the boards of the Motorized Surf Boots apparatus to aid the rider in imparting body English into the said boards for effective steering. a pair of spring-loaded finger levers positioned at the handgrips of the pair of said handlebars in order to deploy and reconnect at will the pair of handlebars from a stowed or locked down position.

2. The apparatus of claim 1 wherein a pair of throttles can be fitted to each of the handlebars.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

[0009] These and other features of the present invention will be more clearly understood from a consideration of the description, taken in connection with the accompanying drawings, in which:

[0010] FIG. 1 is a rear perspective view of the embodiment of motorized surf boots for use in the water, with the handlebar assemblies shown in the retracted/or down position.

[0011] FIG. 2 is a rear perspective view of the embodiment of motorized surf boots for use in the water, with the handlebar assemblies shown in the deployed/up position.

[0012] FIG. 3 is the perspective of FIG. 1 showing a close-up of the handles of the handlebar assemblies. The handlebars are shown in the locked/stowed or down position, showing the detail of the quick release/lock lever. The throttles are also shown.

[0013] FIG. 4 is the perspective of FIG. 2 showing a close-up of the handles of the handlebar assemblies. The handlebars are shown in the deployed/or up position, showing the detail of the quick release/lock lever. The throttles are also shown.

[0014] FIG. 5 is the rear perspective of FIG. 1, showing the handlebar assemblies by themselves, in the retracted/stowed/or down position. A gas spring (or damping device) is shown in its compressed state.

[0015] FIG. 6 is the rear perspective of FIG. 2, showing the handlebar assemblies by themselves, in the deployed/up position. A gas spring (or damping device) is shown in the maximum extended position.

DETAILED DESCRIPTION OF THE INVENTION

[0016] In the embodiment of the invention shows in FIGS. 1- 8, and their subparts, for use in a water environment each handlebar assembly is illustrated by the reference numeral 10, as extending from its attachment location 60 on each board 16, to a location at the front of the boards 70.

[0017] The throttle lever 12 is then attached to the extended handle 30 of the handlebar thereby. The handlebars will be seen to accommodate mechanical or electronic throttles.

[0018] In addition to providing a mount for the throttle mechanisms 12, each handle 30 of the handlebar assemblies 10, shall provide an additional pair of hand or finger control levers that unlock and relock the handlebar assemblies 10 from the down/or locked position. Using a spring-loaded lever 20, when the lever 20 is depressed, the lever will release from the mating feature 22 embedded in each of the boards 16 thereby.

[0019] The handle 30 of the handlebar assembly 10 is so designed so as to provide for the rider to grasp the handle 30 and actuate the throttle 12 and/or the quick release and relock feature 20, while transitioning from a squatting position, to a kneeling position, to a standing position, and vice versa.

[0020] The retracting mechanism 50 of each handlebar assembly 10 is composed of a fixed bracket 2, and a pivoting bracket 3. The pivoting bracket 3 is pivoted by the use of a commonly used gas spring (or other appropriate spring/damping device) 4. When the rider releases the handlebars 10 from the lever mating feature 22, the gas spring 4 will cause the bracket 3 to pivot about its attachment axis 5, with an adjustable force.

[0021] The retracting mechanism 50 that provides for the movement of the handlebars to pivot into the deployed/or up position, is shown attached to the outside of each board 16, behind the rider thereby. The fixed bracket 2 of the retracting mechanism is then attached to a load bearing structural member 80 of the Motorized Surf Boots, so as to provide the rider the ability to impart body English into the boards to influence the direction of motion of said boards. The fixed bracket 2 can be attached by bolts and nuts, or by any other suitable attachment scheme. The structural members 80 can be comprised of any suitable construction to bear the loads imparted by handlebar system 10 in order to effectively steer the boards 16. The retracting mechanism 50 shall be located so as maximize portability while minimizing interference with the rider climbing on or off the pair of boards.

[0022] A cover plate 90 is shown to cover the handlebar retraction mechanism 50 and the attachment structure 80. The cover plate can be fashioned out of any material and attached in any appropriate manner. Additionally, the cover plate 90 can include features to increase buoyancy, and maneuverability.

[0023] It will be readily appreciated by those skilled in the art that modifications can be made without departing from the scope of the teachings herein. Therefore, resort should be had to the claims appended hereto for a true understanding of the scope of the invention.