APPARATUS FOR MOUNTING HANDLEBARS

• US 20150050073A1
• Filed: 12/11/2011
• Published: 02/19/2015
• Est. Priority Date: 12/11/2011
• Status: Abandoned Application

• Current Assignee: Robert Forgrave
• Original Assignee: Robert Forgrave
• Inventors: Forgrave, Robert
• Application Number:
  US14/364,297
• Publication Number:
  US 20150050073A1
• Time in Patent Office: Days
• US Class Current: 403/188
• CPC Class Codes: B62K 15/00 Collapsible or foldable cycles
• CPC Class Codes: B62K 21/16 having adjustable parts therein
• CPC Class Codes: B62K 21/18 Connections between forks and handlebars or handlebar stems
• CPC Class Codes: F16B 2/08 using bands
• CPC Class Codes: F16B 7/048 for rods or for tubes without using the innerside thereof

Abstract

An apparatus for mounting a handlebar or handlebars to a vehicle using a handlebar or handlebars for steering, pulling or otherwise imparting control to the vehicle. The apparatus has a first component for coupling with the vehicle, a second component for receiving a handlebar, a center mount pin rotatably coupling the first component to the second component, a tension device and a lock pin for locking the first and second components at a particular angle of rotation. When the lock pin is pulled, disengaging the lock pin from a portion of the apparatus, the tension device rotates the handlebar about the center mount pin. A ramp may be present in the channel that receives the lock pin, the ramp joining the tension device in having a tendency to rotate the handlebars to a storage position. Varied positions for the lock pin are possible, giving an aerodynamic appearance to certain embodiments.

Claims

1. An apparatus for mounting handlebars, comprising:

a stem, the stem comprising;

a clamp section of the stem;

a center mount section of the stem; and

a stem longitudinal axis, the stem longitudinal axis extending from the clamp section of the stem through the center mount section of the stem;

a handlebar mount, the handlebar mount comprising;

a center mount section of the handlebar mount;

a handlebar section of the handlebar mount for receiving handlebars;

a lock pin of the handlebar mount, the lock pin of the handlebar mount being operable to engage at least a portion of the stem; and

a handlebar mount longitudinal axis, the handlebar mount longitudinal axis extending from the center mount section of the handlebar mount through the handlebar section of the handlebar mount;

a center mount pin, the center mount pin rotatably coupling the center mount section of the stem and the center mount section of the handlebar mount; and

a tension device, the tension device tensionally biasing the stem and handlebar mount to rotate the handlebar mount about the center mount pin.

2. The apparatus of claim 1, wherein the clamp section of the stem comprises:

a tubular member, the tubular member configured to receive a steering tube of a bicycle, the tubular member being split; and

one or more lugs, the one or more lugs configured to receive one or more fasteners, the one or more lugs being operable to reduce the diameter of the tubular member when one or more fasteners are received by the one or more lugs.

3. The apparatus of claim 1, wherein the center mount section of the stem comprises:

a top surface of the center mount section;

a bottom surface of the center mount section, the bottom surface of the center mount section having a cutaway portion;

a shelf, the shelf being the surface exposed by the cutaway portion of the bottom surface of the center mount section;

a center pin through hole, the center pin through hole being disposed from the top surface of the center mount section to the bottom surface of the center mount section;

a lock pin channel, the lock pin channel being cut into a surface of the center mount section, the lock pin channel having a deeper cut at a first end of the lock pin channel, the deeper cut at the first end of the lock pin channel being configured for receiving the lock pin of the handlebar mount, the deeper cut at the first end of the lock pin channel being aligned with the stem longitudinal axis, the deeper cut at the first end of the lock pin channel that is aligned with the stem longitudinal axis forming a riding position lock hole;

a tension channel, the tension channel being cut into a surface of the center mount section; and

a stem tension coupling, the stem tension coupling being disposed within the tension channel.

4. The apparatus of claim 3, wherein the center mount section of the handlebar mount is configured for receiving at least a portion of the center mount section of the stem.

5. The apparatus of claim 4, wherein the center mount section of the handlebar mount comprises:

a top portion of the center mount section of the handlebar mount, the top portion of the center mount section of the handlebar mount having a through hole disposed through the top portion of the center mount section of the handlebar mount, the through hole configured for receiving the center mount pin; and

a bottom portion of the center mount section of the handlebar mount, the bottom portion of the center mount section of the handlebar mount having a through hole disposed through the bottom portion of the center mount section of the handlebar mount, the through hole configured for receiving the center mount pin, the bottom portion of the center mount section of the handlebar mount having a handlebar mount tension coupling, the handlebar mount tension coupling configured to be received by the tension channel of the center mount section of the stem.

6. The apparatus of claim 5, wherein the tension device is an elastic band, the elastic band being coupled to the stem tension coupling and the handlebar mount tension coupling.

7. The apparatus of claim 6, wherein the lock pin channel has a deeper cut at a second end of the lock pin channel, the deeper cut at the second end of the lock pin channel being configured for receiving the lock pin of the handlebar mount, the deeper cut at the second end of the lock pin channel forming a storage position lock hole.

8. The apparatus of claim 7, wherein the portion of the lock pin channel between the riding position lock hole and the storage position lock hole forms a ramp between the riding position lock hole and the storage position lock hole, the ramp being shallowest adjacent to the riding position lock hole and the ramp being deepest adjacent to the storage position lock hole.

9. The apparatus of claim 5, wherein the shelf limits the rotation of the handlebar mount about the center mount pin, wherein the shelf limits the rotation of the handlebar mount about the center mount pin between a first position and a second position, wherein the first position comprises the longitudinal axis of the handlebar mount being aligned with the longitudinal axis of the stem, and wherein the second position comprises the longitudinal axis of the handlebar mount rotated to a non-zero angle relative to the longitudinal axis of the stem, and wherein the lock pin of the handlebar mount at least engages the riding position lock hole of the stem when the handlebar mount is in the first position.

10. The apparatus of claim 1 wherein the handlebar section of the handlebar mount comprises:

a first portion, the first portion being adjacent to the center mount section of the handlebar mount, the first portion having a recess for receiving at least a portion of a handlebar; and

a second portion, the second portion disposed opposite to the first portion, the second portion having a recess for receiving at least a portion of a handlebar;

wherein the recess of the first portion and the recess of the second portion together form a tubular member for receiving a handlebar, and wherein the first portion and the second portion are joined by one or more fasteners, the fasteners operable to reduce the diameter of the tubular member for receiving a handlebar when the one or more fasteners are fastened.

11. The apparatus of claim 1 wherein the handlebar section of the handlebar mount comprises:

a tubular member, the tubular member configured for receiving a handlebar; and

one or more lugs, the one or more lugs configured to receive one or more fasteners, the one or more lugs being operable to reduce the diameter of the tubular member when one or more fasteners are received by the one or more lugs.

12. The apparatus of claim 1 wherein the center mount pin is internally threaded, and wherein the center mount pin is configured for receiving a threaded fastener, the center mount pin having a smooth exterior shaft, the center mount pin and threaded fastener operable to rotatably couple the handlebar mount and the stem, the center mount pin and threaded fastener operable to facilitate rotation of the handlebar mount about the center mount pin, the center mount pin and threaded fastener operable to reduce contact between the smooth exterior shaft of the center mount pin and the stem, the center mount pin and threaded fastener operable to reduce contact between the smooth exterior shaft of the center mount pin and the handlebar mount.

13. The apparatus of claim 1 wherein the lock pin of the handlebar mount is tensionally biased by a compression device, the tensionally biased compression device being operable to engage the lock pin with at least a portion of the stem.

14. An apparatus for mounting handlebars, comprising:

a stem, the stem comprising;

a clamp section of the stem, the clamp section of the stem comprising;

a tubular member, the tubular member configured to receive a steering tube of a bicycle, the tubular member being split; and

one or more lugs, the one or more lugs configured to receive one or more fasteners, the one or more lugs being operable to reduce the diameter of the tubular member when one or more fasteners are received by the one or more lugs;

a center mount section of the stem, the center mount section of the stem comprising;

a top surface of the center mount section;

a bottom surface of the center mount section, the bottom surface of the center mount section having a cutaway portion;

a shelf, the shelf being the surface exposed by the cutaway portion of the bottom surface of the center mount section;

a center pin through hole, the center pin through hole being disposed from the top surface of the center mount section to the bottom surface of the center mount section;

a lock pin channel, the lock pin channel being cut into a surface of the center mount section, the lock pin channel having a deeper cut at a first end of the lock pin channel, the deeper cut at the first end of the lock pin channel being configured for receiving the lock pin of the handlebar mount, the deeper cut at the first end of the lock pin channel being aligned with the stem longitudinal axis, the deeper cut at the first end of the lock pin channel that is aligned with the stem longitudinal axis forming a riding position lock hole, the lock pin channel having a deeper cut at a second end of the lock pin channel, the deeper cut at the second end of the lock pin channel being configured for receiving the lock pin of the handlebar mount, the deeper cut at the second end of the lock pin channel forming a storage position lock hole;

a tension channel, the tension channel being cut into a surface of the center mount section; and

a stem tension coupling, the stem tension coupling being disposed within the tension channel; and

a stem longitudinal axis, the stem longitudinal axis extending from the clamp section of the stem through the center mount section of the stem;

a handlebar mount, the handlebar mount comprising;

a center mount section of the handlebar mount, the center mount section of the handlebar mount comprising;

a top portion of the center mount section of the handlebar mount, the top portion of the center mount section of the handlebar mount having a through hole disposed through the top portion of the center mount section of the handlebar mount, the through hole configured for receiving the center mount pin; and

a bottom portion of the center mount section of the handlebar mount, the bottom portion of the center mount section of the handlebar mount having a through hole disposed through the bottom portion of the center mount section of the handlebar mount, the through hole configured for receiving the center mount pin, the bottom portion of the center mount section of the handlebar mount having a handlebar mount tension coupling, the handlebar mount tension coupling configured to be received by the tension channel of the center mount section of the stem;

wherein the center mount section of the handlebar mount is configured for receiving at least a portion of the center mount section of the stem

a handlebar section of the handlebar mount for receiving handlebars, the handlebar section of the handlebar mount for receiving handlebars comprising;

a tubular member, the tubular member configured for receiving a handlebar; and

one or more lugs, the one or more lugs configured to receive one or more fasteners, the one or more lugs being operable to reduce the diameter of the tubular member when one or more fasteners are received by the one or more lugs;

a lock pin of the handlebar mount, the lock pin of the handlebar mount being operable to engage at least a portion of the stem wherein the lock pin of the handlebar mount is tensionally biased by a compression device, the tensionally biased compression device being operable to engage the lock pin with at least a portion of the stem; and

a handlebar mount longitudinal axis, the handlebar mount longitudinal axis extending from the center mount section of the handlebar mount through the handlebar section of the handlebar mount;

a center mount pin, the center mount pin rotatably coupling the center mount section of the stem and the center mount section of the handlebar mount, wherein the center mount pin is internally threaded, wherein the center mount pin has a smooth exterior shaft, and wherein the center mount pin is configured for receiving a threaded fastener, the center mount pin and threaded fastener operable to rotatably couple the handlebar mount and the stem, the center mount pin and threaded fastener operable to facilitate rotation of the handlebar mount about the center mount pin, the center mount pin and threaded fastener operable to reduce contact between the smooth exterior shaft of the center mount pin and the stem, the center mount pin and threaded fastener operable to reduce contact between the smooth exterior shaft of the center mount pin the handlebar mount; and

an elastic band, the elastic band coupled to the stem tension coupling and handlebar mount tension coupling, the elastic band tensionally biasing the stem and handlebar mount to rotate the handlebar mount about the center mount pin.

15. An apparatus for mounting handlebars, comprising:

a means for mounting to a steering mechanism of a vehicle;

a means for receiving a handlebar;

a means for rotatably coupling the means for receiving a handlebar to the means for mounting to a steering mechanism of a vehicle;

a means for tensionally biasing the means for receiving a handlebar and the means for mounting to a steering mechanism of a vehicle, wherein the means for tensionally biasing rotates the means for receiving a handlebar relative to the means for mounting to a steering mechanism of a vehicle;

a means for limiting the rotation of the means for receiving a handlebar relative to the means for mounting to a steering mechanism of a vehicle;

a means for locking the means for mounting to a steering mechanism of a vehicle to the means for receiving a handlebar, wherein when the locking means is engaged, the vehicle can at least be steered; and

a means for tensionally biasing the means for locking the means for mounting to a steering mechanism of a vehicle to the means for receiving a handlebar, wherein where the means for receiving a handlebar is rotated relative to the means for mounting to a steering mechanism of a vehicle, the rotation rotating to a preferred position, the means for tensionally biasing the means for locking engages.