Information handling system integrated device key actuator

1. An information handling system comprising:

a main housing;

processing components disposed in the main housing and operable to execute instructions that process information;

a keyboard coupled to the main housing, the keyboard having plural keys that move to accept inputs, the keys biased to extend out of the housing and moving into the housing in response to an end user press to accept end user inputs;

a sliding plate coupled to the keyboard, the sliding plate sliding between an extended position and a retracted position, the retracted position engaging the keys to pull to a retracted position in the housing;

first and second shuttles selectively coupled to the keyboard and sliding plate, the first shuttle sliding relative to the keyboard and sliding plate to slide the sliding plate from the extended position to the retracted position, the second shuttle sliding relative to the keyboard and sliding plate to slide the sliding plate from the retracted position to the extended position;

a first set of plural actuator wires coupled to the keyboard and the first shuttle, the first set of actuator wires shortening in response to application of current to pull the sliding plate to the retracted position; and

a second set of plural actuator wires coupled to the keyboard and the second shuttle, the second set of actuator wires shortening in response to application of current to pull the sliding plate to the extended position.

2. The information handling system of claim 1 further comprising:

a first controller interfaced with the first set of plural actuator wires and operable to apply the current in response to a first predetermined condition;

a second controller interfaced with the second set of plural actuator wires and operable to apply the current in response to a second predetermined condition; and

a sensor interfaced with the first and second controllers, the sensor operable to detect the first and second predetermined condition.

3. The information handling system of claim 2 wherein the first and second sets of plural actuator wires comprise a shape memory alloy that transitions between austenitic and martensitic phases in response to application and removal of the current.

4. The information handling system of claim 3 wherein the shape memory alloy comprises nickel titanium.

5. The information handling system of claim 3 further comprising a lid housing portion rotationally coupled to the main housing portion and the first and second predetermined conditions comprise rotation of the lid and main housing portions relative to each other.

6. The information handling system of claim 5 wherein the first and second predetermined conditions comprise a rate of rotation of the lid and main housing portions relative to each other.

7. The information handling system of claim 3 further comprising a magnet lock operable to maintain the sliding plate in one of the extended or retracted positions.

8. The information handling system of claim 1 further comprising a biasing device coupled to the first and second shuttles, the biasing device returning the first and second shuttles to a neutral location after current is applied to the actuator wires.

9. The information handling system of claim 1 further comprising a wire routing structure coupled to each shuttle for each actuator wire, each actuator wire coupled at opposing ends to the keyboard and routed around one or more of the wire routing structures.

10. A method for managing an information handling system keyboard configuration, the method comprising:

applying current to a first set of actuator wires, the current shortening the wire length to slide a plate relative to the keyboard in a first direction to a retracted position, the plate retracting the keyboard keys in the retracted position;

locking the plate in the retracted position;

removing the current from the actuator wires;

applying current to a second set of actuator wires, the current shortening the wire length to slide the plate relative to the keyboard in a second direction to an extended position;

locking the plate in the extended position; and

removing the current from the second set of actuator wires.

11. The method of claim 10 further comprising:

biasing the keys to extend out of the information handling system; and

overcoming the biasing when the plate slides to the retracted position.

12. The method of claim 10 wherein locking the plate in the retracted position and the extended position further comprises applying magnetic attraction to the plate that restricts the sliding.

13. The method of claim 10 further comprising:

rotationally coupling first and second housing portions to each other;

monitoring the rotational angle of the first and second housing portions relative to each other; and

retracting the keyboard keys if a first predetermined rate of rotation is monitored.

14. The method of claim 13 further comprising extending the keyboard keys if a second predetermined rate of rotation is monitored.

15. The method of claim 10 further comprising:

detecting key touches at a key detection device disposed at a first height;

retracting the keyboard keys with the plate to an intermediate position having engagement of each key base with a gasket;

adjusting the key detection device to detect a key touch at a second height; and

accepting key inputs at the intermediate position by compressing the gasket with the base to contact the key detection device at the second height.

16. The method of claim 10 further comprising:

detecting a touch proximate the keyboard; and

in response to the detecting, applying the current to the second set of actuator wires to extend the keyboard keys.

17. The method of claim 10 further comprising:

detecting an audible command; and

in response to the detecting, applying current to the second set of actuator wires to extend the keyboard keys.

18. A keyboard comprising:

plural keys arranged to accept end user key inputs;

an input detector disposed proximate the keys to detect presses at the keys;

a biasing device associated with each key to bias each key away from the input detector;

a sliding plate coupled to the keyboard to slide relative to the keys, the sliding plate selectively engaging the keys in an extended position having the keys extended by the biasing device and a retracted position having the keys retracted towards the input detector;

first and second shuttles coupled to the keyboard, the first shuttle sliding relative to the keyboard to slide the sliding plate to a retracted position, the second shuttle sliding relative to the keyboard to slide the sliding plate to an extended position;

a first set of plural actuator wires coupled to the keyboard and the first shuttle, the first set of actuator wires shortening in response to application of current to pull the sliding plate to the retracted position; and

a second set of plural actuator wires coupled to the keyboard and the second shuttle, the second set of actuator wires shortening in response to application of current to pull the sliding plate to the extended position.

19. The keyboard of claim 18 further comprising:

first and second limit switches, the first limit switch detecting movement of the first shuttle to the retracted position, the second limit switch detecting movement of the second shuttle to the extended position;

a lock that selectively engages the sliding plate in the retracted or extended position; and

at least one controller interfaced with the first and second limit switches and with the first and second sets of plural wires, the at least one controller removing current from the first and second sets of plural wires upon detection of the extend position or retracted position.

20. The keyboard of claim 18 further comprising an actuation wire anchor for each actuator wire, wherein each actuator wire has first and second ends fixed to the keyboard and a middle portion wrapped around an associated of the actuation wire anchors.