Multi-state clutch assembly

A clutch assembly capable of pivotally coupling a first portion of an electronic device to a second portion of the electronic device, the clutch assembly comprising:

• a shaft;
• a first torque component rotationally engaged with the shaft, the first torque component having a hollow body characterized as having an exterior surface and an interior surface, the interior surface frictionally engaged with the shaft, the first torque component providing a first break-away torque having a fixed value;
• and
• a second torque component that is adjustable, the second torque component providing a second break-away torque having a variable value, wherein in an engaged state of the second torque component, the second torque component is frictionally engaged with the exterior surface of the first torque component such that the variable value is greater than the fixed value, and wherein in a disengaged state of the second torque component, the variable value is less than the fixed value.

A method for operating a clutch assembly that pivotally couples a lid portion to a base portion of a laptop computer, the laptop computer having (i) a sensor, and (ii) the clutch assembly that includes a shaft, a first torque component providing a first break-away torque having a fixed value, and a second torque component providing a second break-away torque having a variable value, the method comprising:

• receiving, from the sensor, a detection signal associated with a detection state of the sensor;
• in response to determining that the detection signal is associated with a first detection state in which the first torque component is engaged with the second torque component:
• causing the second torque component to provide the second break-away torque having the variable value that is greater than the fixed value;
• and
• otherwise, in response to determining that the detection signal is associated with a second detection state in which the first torque component is disengaged from the second torque component:
• causing the second torque component to provide the second break-away torque having the variable value that is less than the fixed value.