초록 ▼

A touch panel assembly includes a touch-sensitive panel oriented along a plane. An actuator includes a frame having a first portion and a second portion at least partially oriented parallel to the plane. The first portion and the second portion are coupled together with a biasing element. A first ma

A touch panel assembly includes a touch-sensitive panel oriented along a plane. An actuator includes a frame having a first portion and a second portion at least partially oriented parallel to the plane. The first portion and the second portion are coupled together with a biasing element. A first magnetic device is coupled to the first portion. A second magnetic device is coupled to the second portion and positioned adjacent to the first magnetic device. The first magnetic device configured to move the first portion in a first direction parallel to the plane when energized by a current to cause a haptic effect to be felt on the touch sensitive panel. The biasing element applies a biasing force which causes the first portion to move in a second direction opposite to the first direction.

대표청구항 ▼

1. A touch panel assembly, comprising: a touch-sensitive panel comprising a length and a width and a thickness, each of the length and the width being greater than the thickness, the touch-sensitive panel having a plane defined by the length and the width of the touch-sensitive panel; andan actuator

1. A touch panel assembly, comprising: a touch-sensitive panel comprising a length and a width and a thickness, each of the length and the width being greater than the thickness, the touch-sensitive panel having a plane defined by the length and the width of the touch-sensitive panel; andan actuator including: a frame having a first structural element and a second structural element at least partially oriented parallel to the plane, wherein the first structural element and the second structural element are coupled together with a biasing element;a first magnetic device coupled to the first structural element;a second magnetic device coupled to the second structural element and positioned adjacent to the first magnetic device, the first magnetic device configured to move the first structural element in a first direction parallel to the plane when energized by a current to cause a haptic effect to be felt on the touch-sensitive panel, wherein the biasing element applies a biasing force which causes the first structural element to move in a second direction opposite to the first direction. 2. The touch panel assembly of claim 1, wherein the biasing element is a first biasing element. 3. The touch panel assembly of claim 2, wherein the first biasing element is arranged to provide a biasing force opposing an attractive magnetic force urging the first and second magnetic devices together to cause the haptic effect. 4. The touch panel assembly of claim 2, further comprising a second biasing element, wherein the second biasing element is arranged to provide a biasing force opposing an attractive magnetic force urging the first and second magnetic devices together when the current is applied. 5. The touch panel assembly of claim 2, wherein the first biasing element comprises a spring. 6. The touch panel assembly of claim 2, wherein the first biasing element comprises an elastomeric element. 7. The touch panel assembly of claim 2, wherein the first biasing element comprises a foam material. 8. The touch panel assembly of claim 2, wherein the first and second structural elements and the first biasing element are all formed from the same material and the first biasing element is thinner than the first and second structural elements and is configured to flex when perturbed. 9. The touch panel assembly of claim 1, wherein the first magnetic device includes a first pole piece and wherein the second magnetic device includes a second pole piece and further comprising a first coil disposed about at least one of said first pole piece and said second pole piece. 10. The touch panel assembly of claim 9, wherein the first pole piece and the second pole piece are L-shaped. 11. The touch panel assembly of claim 9, wherein the first pole piece is C-shaped and the second pole piece is I-shaped. 12. The touch panel assembly of claim 9, wherein the first pole piece is E-shaped and the second pole piece is I-shaped. 13. The touch panel assembly of claim 9, further comprising a second coil disposed about at least one of said first pole piece and said second pole piece. 14. The touch panel assembly of claim 13, further comprising a current source coupled to the first coil and the second coil. 15. The touch panel assembly of claim 14, wherein the current source comprises an amplifier. 16. The touch panel assembly of claim 9, further comprising a current source coupled to the first coil. 17. A method for providing haptic effects in a touch panel assembly, the method comprising: measuring a touching contact with a touch-sensitive panel, wherein the touch-sensitive panel comprises a length and a width and a thickness, each of the length and the width being greater that the thickness, and having a plane defined by the length and width of the touch-sensitive panel;generating a first signal in response to the touching contact;transmitting the first signal to a processor;generating a haptic output current signal in response to said first signal, wherein the haptic output current signal is transmitted to an actuator having a first structural element coupled to the touch-sensitive panel and a second structural element arranged to adjacent to the first structural element, wherein the first structural element and the second structural element are oriented parallel to the plane, the actuator having a first magnetic device coupled to the first structural element and a second magnetic device coupled to the second structural element, wherein the haptic output current signal causes the first magnetic device and the first structural element to move in a first direction parallel to the plane to cause a haptic effect to be felt at the touch-sensitive panel, the actuator including a biasing element coupled to the first and second structural elements configured to apply a biasing force which causes the first structural element to move in a second direction opposite to the first direction. 18. The method of claim 17, further comprising applying a current to the first magnetic device to generate an attractive magnetic force urging the first and second magnetic devices together, the first biasing element providing a biasing force opposing the attractive magnetic force.