PARKBRAKE RELEASE MECHANISM AND METHOD OF USE

1 . A parking brake release mechanism moveable between locked and unlocked positions comprising:

a release cable including a strand having first and second portions;

a brake handle assembly having a longitudinal axis, a handle portion and a tip

a push button actuator positioned to be accessed from the tip of the brake handle assembly along the longitudinal axis, the push button actuator connected to the first portion of the strand to move lineally with respect to the strand, the push button actuator including a first biasing member to move the parking brake release mechanism to the locked position;

a brake component coupled to the second portion of the strand, the brake component including a second biasing member to move the parking brake release mechanism to the unlocked position;

wherein the first biasing member has a greater biasing force than the second biasing member such that the parking brake release mechanism is biased toward the locked position until an external force is applied to the first biasing member allowing movement of the strand toward the unlocked position in response to the biasing force of the second biasing member.

2 . The parking brake release mechanism of claim 1 wherein the push button actuator includes a push button portion and a guide portion, and a biasing member engaging portion extending longitudinally from the guide portion.

3 . The parking brake release mechanism of claim 2 wherein the first biasing member associates with an end face of the guide portion at a first portion of the biasing member and associates with an end face of the release housing at a second portion of the biasing member for moving the release mechanism to the locked position.

4 . The parking brake release mechanism of claim 2 wherein the guide portion includes a stop for regulating the amount of travel of the strand.

5 . A parking brake release mechanism comprising:

a release cable including a strand having first and second portions;

a release actuator connected to the first portion of the strand;

a brake component connected to the second portion of the strand;

the release actuator positioned to move lineally with respect to the strand for locking and unlocking the brake component.

6 . The parking brake release mechanism of claim 5 wherein the release cable is flexible and biased between two positions to form a push-pull cable actuator.

7 . The parking brake release mechanism of claim 5 including a first biasing member associated with the first portion of the strand and a second biasing member associated with the second portion of the strand, wherein the first biasing member applies a greater biasing force to the strand than the second biasing member such that the parking brake release mechanism is biased toward a locked position until an external force is applied to the first biasing member allowing movement of the strand toward an unlocked position in response to a biasing force of the second biasing member.

8 . The parking brake release mechanism of claim 5 wherein the release actuator is disposed in a handle assembly.

9 . The parking brake release mechanism of claim 8 wherein the release actuator is a push button actuator positioned proximate an end of the brake handle assembly along a longitudinal axis of the brake handle assembly.

10 . The parking brake release mechanism of claim 5 wherein the release actuator is a push button actuator disposed on a control panel of a vehicle.

11 . The parking brake release mechanism of claim 10 including a first biasing member associated with the push button at a first portion of the biasing member and associated with an engagement surface at a second portion of the biasing member for moving the release mechanism to a locked position.

12 . The parking brake release mechanism of claim 5 wherein the brake component includes a clutch moveable to lock and unlock the release mechanism.

13 . The parking brake release mechanism of claim 12 including a second biasing member having a first portion associated with the lever and a fixed second portion for moving the release mechanism to the unlocked position.

14 . The parking brake release mechanism of claim 5 wherein the brake component includes a pawl pivotal about a housing.

15 . The parking brake release mechanism of claim 5 including a conduit fitting having a series of separated walls formed on the conduit fitting and a retained clip, the retained clip engaging different notches defined by the series of separated walls for adjusting a length of the cable.

16 . The parking brake release mechanism of claim 14 including a second biasing member having a first portion associated with the pawl and a fixed second portion for moving the release mechanism to an unlocked position.

17 . A parking brake release mechanism comprising:

a release cable including a strand having first and second portions;

a brake handle assembly having a longitudinal axis, a handle portion and a tip

a push button actuator positioned to be accessed from the tip of the brake handle assembly along the longitudinal axis, the push button actuator connected to the first portion of the strand;

a brake component coupled to the second portion of the strand;

the push button actuator moving lineally with respect to the handle for locking and unlocking the brake component.

18 . The parking brake release mechanism of claim 17 wherein the release cable is flexible and biased between two positions to form a push-pull cable actuator.

19 . The parking brake release mechanism of claim 17 wherein the release member includes a push button portion and a guide portion and wherein a first biasing member associates with an end face of the guide portion at a first portion of the biasing member and associates with an end face of the release housing at a second portion of the first biasing member for moving the release mechanism to the locked position.

20 . The parking brake release mechanism of claim 19 wherein the guide portion includes a stop for regulating the amount of travel of the strand.

21 . The parking brake release mechanism of claim 19 wherein the release member includes a biasing member engaging portion extending longitudinally from the guide portion.

22 . The parking brake release mechanism of claim 21 wherein the first biasing member is disposed about the biasing member engaging portion.

23 . A parking brake release mechanism moveable between locked and unlocked positions comprising:

a release cable including a strand having first and second portions;

a release actuator coupled to the first portion of the strand, the release actuator including a first biasing member associated with the first portion of the strand biasing the parking brake release mechanism to the locked position;

a brake component coupled to the second portion of the strand, the brake component including a second biasing member associated with the second portion of the strand biasing the parking brake release mechanism to the unlocked position;

wherein the first biasing member has a greater biasing force than the second biasing member such that the parking brake release mechanism is biased toward the locked position until an external force is applied to the first biasing member allowing movement of the strand toward the unlocked position in response to the biasing force of the second biasing member.

24 . The parking brake release mechanism of claim 23 wherein the release cable is flexible and biased between two positions to form a push-pull cable actuator.

25 . The parking brake release mechanism of claim 23 wherein the release actuator includes a brake handle assembly having a longitudinal axis, a handle portion and a tip and a push button actuator positioned to be accessed from the tip of the brake handle assembly along the longitudinal axis, the push button connected to the first portion of the strand.

26 . The parking brake release mechanism of claim 23 wherein the release actuator is a push button actuator disposed on a control panel of a vehicle.

27 . The parking brake release mechanism of claim 26 wherein the first biasing member is associated with the push button at a first portion of the biasing member and associated with an engagement surface at a second portion of the first biasing member for moving the release mechanism to the locked position.

28 . The parking brake release mechanism of claim 23 wherein the brake component includes a clutch moveable to lock and unlock the release mechanism.

29 . The parking brake release mechanism of claim 23 wherein the brake component includes a pawl pivotal about a housing.