Electronic device sliding mechanism

1. An electronic device sliding mechanism comprising

a first part and a second part, the first and second parts slidably movable relative to one another between a first configuration and a second configuration;

a bias assembly arranged to bias the first and second parts towards the first configuration;

an actuating mechanism arrangeable to act against the bias of the bias assembly, the actuating mechanism including a resilient element and a user-operable element, the actuating mechanism arranged to cause deformation of the resilient element by acting against resilience of the resilient element, to store resilient energy therein upon actuation of the user-operable element, the sliding mechanism arranged such that, upon actuation of the user-operable element, the resilient element is deformed to store increased levels of resilient energy, the level of stored resilient energy increasing to a level to act against the bias of the bias assembly to move the first and second parts away from the first configuration to the second configuration.

2. The sliding mechanism of claim 1 wherein the bias assembly is a first bias assembly, the sliding mechanism further including

a second bias assembly arranged to bias the first and second parts towards the second configuration, the first and second bias assemblies being arranged such that the first and second configurations are bistable configurations of the mechanism.

3. The sliding mechanism of claim 2 wherein the resilient element is a first resilient element, the sliding mechanism further including

a second resilient element, the actuating mechanism being arranged to cause deformation of the second resilient element by acting against resilience of the second resilient element, to store resilient energy therein upon actuation of the user-operable element, the sliding mechanism being arranged such that, upon actuation of the user-operable element, the second resilient element is deformed to store increased levels of resilient energy, the level of stored resilient energy increasing to a level to act against the bias of the second bias assembly to move the first and second parts away from the second configuration to the first configuration.

4. The sliding mechanism of claim 1 wherein the bias assembly includes a first magnetic element attached to the first part and a second magnetic element attached the second part, the magnetic elements being arranged to attract one another.

5. The sliding mechanism of claim 1 wherein the user-operable element includes a slidably movable element having an end portion, the resilient element being fixedly attached to the end portion and arranged between the end portion and the first part, such that movement of the slidably movable element when in the first configuration compresses the resilient element against the first part to cause said deformation.

6. An electronic device comprising the sliding mechanism of claim 1 .

7. An electronic device sliding mechanism comprising

a first part and a second part, the first and second parts being slidably movable relative to one another between a first configuration and a second configuration;

a means for biasing arranged to bias the first and second parts towards the first configuration;

a means for actuating arrangeable to act against the bias of the means for biasing, the means for actuating including a means for storing resilient energy and a means for user-operation, the means for actuating being arranged to cause deformation of the means for storing resilient energy by acting against the resilience of the means for storing resilient energy, to store resilient energy therein upon actuation of the means for user-operation, the sliding mechanism being arranged such that, upon actuation of the means for user-operation, the means for storing resilient energy is deformed to store increased levels of resilient energy, the level of stored resilient energy increasing to a level to act against the bias of the means for biasing to move the first and second parts away from the first configuration to the second configuration.

8. An electronic device comprising the sliding mechanism of claim 7 .

9. Method, comprising:

slideably moving a first part relative to a second part between a first configuration and a second configuration of a sliding mechanism in response to actuating of an actuating mechanism arranged for action against a bias of a bias assembly for biasing the first and second parts towards the first configuration, said actuating mechanism including a resilient element and a user-operable element, the actuating mechanism arranged to cause deformation of the resilient element by acting against resilience of the resilient element, to store resilient energy therein upon actuation of the user-operable element, the sliding mechanism arranged such that, upon actuation of the user-operable element, the resilient element is deformed to store increased levels of resilient energy, the level of stored resilient energy increasing to a level to act against the bias of the bias assembly to move the first and second parts away from the first configuration to the second configuration.

10. Apparatus, comprising:

means for slideably moving a first part relative to a second part between a first configuration and a second configuration of a sliding mechanism in response to actuation of

means for actuating arranged for action against a bias of a bias assembly for biasing the first and second parts towards the first configuration, said actuating mechanism including a resilient element and a user-operable element, the actuating mechanism arranged to cause deformation of the resilient element by acting against resilience of the resilient element, to store resilient energy therein upon actuation of the user-operable element, the sliding mechanism arranged such that, upon actuation of the user-operable element, the resilient element is deformed to store increased levels of resilient energy, the level of stored resilient energy increasing to a level to act against the bias of the bias assembly to move the first and second parts away from the first configuration to the second configuration.