Operation device

1. An operating apparatus disposed on a surface of a detection panel that detects a change in electrostatic capacitance, the operating apparatus comprising:

a supporter on the surface of the detection panel;

an operation body supported by the supporter so as to be movable in a pressing direction along a reference axis orthogonal to the surface of the detection panel and a rotational direction about the reference axis, wherein a hole is provided from the supporter to the operation body, and the reference axis is located in the hole,

a press detection conductor facing the surface of the detection panel, the press detection conductor being configured to move in the pressing direction along the reference axis; and

a rotation detecting conductor facing the surface of the detection panel, the rotation detecting conductor being configured to move in the rotational direction about the reference axis, the press detection conductor and the rotation detecting conductor being arranged around the hole,

wherein the press detection conductor is moved in the pressing direction by the pressing operation of the operation body, and the rotation detecting conductor is moved in the rotational direction by the rotating operation of the operation body, and

wherein at least part of the operation body is a conductive conduction operating portion, wherein, when at least the operation body moves in the pressing direction, the press detection conductor and the rotation detecting conductor are electrically connected to the conduction operating portion.

2. The operating apparatus according to claim 1 ,

wherein the operation body includes a circular outer rim about the reference axis and a circular inner rim about the reference axis, the inner rim being a rim of the hole, and

wherein the supporter, the rotation detecting conductor, and the press detection conductor are located between the outer rim and the inner rim.

3. The operating apparatus according to claim 1 , further comprising a light-transmissive member in the hole, the light-transmissive member allowing the detection panel to be viewed.

4. The operating apparatus according to claim 3 , wherein the light-transmissive member is part of the operation body.

5. The operating apparatus according to claim 1 ,

wherein a first conductor of the press detection conductor and the rotation detecting conductor is provided at the operation body at least part of which is a conductive conduction operating portion and is electrically connected to the conduction operating portion,

wherein a second conductor is supported by the supporter, and

wherein, when the operation body moves in the pressing direction, the second conductor supported by the supporter is electrically connected to the conduction operating portion.

6. The operating apparatus according to claim 1 , further comprising:

a rotational operation member rotatably supported by the supporter,

wherein the rotation detecting conductor rotates together with the rotational operation member,

wherein the press detection conductor moves along the reference axis together with the operation body, and

wherein the rotational operation member rotates with a rotational motion of the operation body.

7. The operating apparatus according to claim 1 , further comprising:

a pressing operation member supported by the supporter so as to move along the reference axis,

wherein the press detection conductor moves along the reference axis together with the pressing operation member,

wherein the rotation detecting conductor rotates together with the operation body, and

wherein the pressing operation member moves along the reference axis with a pressing motion of the operation body.

8. The operating apparatus according to claim 7 , wherein the pressing operation member rotates with the operation body.

9. The operating apparatus according to claim 6 , wherein a relative position of the press detection conductor and the rotation detecting conductor does not change while the operation body rotates.

10. An operating apparatus disposed on a surface of a detection panel that detects a change in electrostatic capacitance, the operating apparatus comprising:

a supporter on the surface of the detection panel;

an operation body supported by the supporter so as to be movable in a pressing direction along a reference axis orthogonal to the surface of the detection panel and a rotational direction about the reference axis, wherein a hole is provided from the supporter to the operation body, and the reference axis is located in the hole,

a press detection conductor facing the surface of the detection panel, the press detection conductor being configured to move in the pressing direction along the reference axis; and

a rotation detecting conductor facing the surface of the detection panel, the rotation detecting conductor being configured to move in the rotational direction about the reference axis, the press detection conductor and the rotation detecting conductor being arranged around the hole,

wherein the press detection conductor is moved in the pressing direction by the pressing operation of the operation body, and the rotation detecting conductor is moved in the rotational direction by the rotating operation of the operation body, and

wherein, when the operation body moves in the pressing direction, the rotation detecting conductor and the press detection conductor are equally spaced apart from the surface of the detection panel.

11. The operating apparatus according to claim 1 , wherein the press detection conductor and the rotation detecting conductor are longer in circumferential length centered on the reference axis than in radial width centered on the reference axis.

12. An operating apparatus disposed on a surface of a detection panel, the operating apparatus comprising:

an operation body movable in a pressing direction along a reference axis orthogonal to the surface of the detection panel and a rotational direction about the reference axis, wherein a hole is provided through the operation body, and the reference axis is located in the hole,

a press detection conductor spaced apart from and facing the surface of the detection panel, the press detection conductor being configured to move in the pressing direction along the reference axis;

a pressing operation member configured to move along the reference axis, and

a rotation detecting conductor facing the surface of the detection panel, the rotation detecting conductor being configured to move in the rotational direction about the reference axis, the press detection conductor and the rotation detecting conductor being arranged around the hole,

wherein the press detection conductor is moved in the pressing direction by the pressing operation of the operation body, the rotation detecting conductor is moved in the rotational direction by the rotating operation of the operation body, and the pressing operation member rotates with the operation body.

13. The operating apparatus according to claim 12 ,

wherein the operation body includes a circular outer rim about the reference axis and a circular inner rim about the reference axis, the inner rim being a rim of the hole, and

wherein the rotation detecting conductor and the press detection conductor are located between the outer rim and the inner rim.

14. The operating apparatus according to claim 12 , further comprising a light-transmissive member in the hole, the light-transmissive member allowing the detection panel to be viewed.

15. The operating apparatus according to claim 14 , wherein the light-transmissive member is part of the operation body.

16. The operating apparatus according to claim 12 , wherein at least part of the operation body is a conductive conduction operating portion, wherein, when at least the operation body moves in the pressing direction, the press detection conductor and the rotation detecting conductor are electrically connected to the conduction operating portion.

17. The operating apparatus according to claim 12 ,

wherein the press detection conductor moves along the reference axis together with the pressing operation member, and the pressing operation member moves along the reference axis with a pressing motion of the operation body.

18. The operating apparatus according to claim 12 , wherein a relative position of the press detection conductor and the rotation detecting conductor does not change while the operation body rotates.