Multi-way input device
A multi-way input device includes a first interlocking member, a second interlocking member, a hollow frame within which the interlocking members are mounted, and an operating shaft inserted through both a slit of the first interlocking member and a slot of the second interlocking member. The device also includes first and second sensing components capable of being operated respectively through the first and second interlocking members when rotating by operation of the operating shaft, along with third sensing component capable of being operated through the second interlocking member when pivoting by operation of the operating shaft. The device also includes an articulation member that is rotatably supported by the hollow frame around an axis. The second interlocking member is supported by the articulation member to form a mobile unit that is rotatable. The second interlocking member is also pivotally mounted on the articulation member.
1. A multi-way input device comprising:
a first interlocking member which has a longitudinal slit and which is rotatable;
a second interlocking member disposed in a direction orthogonal to the longitudinal direction of said first interlocking member; said second interlocking member having a slot and being rotatable;
a hollow frame within which said first interlocking member and second interlocking member are mounted; said first interlocking member being rotatably supported by said hollow frame around a first axis;
an operating shaft inserted through both said slit of the first interlocking member and said slot of the second interlocking member;
wherein:
said second interlocking member is rotatably mounted within said hollow frame around a second axis orthogonal to said first axis,
said second interlocking member is pivotally mounted within said hollow frame around a third axis parallel to said first axis,
said operating shaft is rotatably supported by the second interlocking member around a fourth axis;
and comprising a first sensing component and a second sensing component arranged with respect to said hollow frame and capable of being operated respectively through said first interlocking member and second interlocking member when rotating by operation of said operating shaft, and a third sensing component arranged with respect to said hollow frame and capable of being operated through said second interlocking member when pivoting by operation of said operating shaft, characterized in that:
said multi-way input device comprises an articulation member that is rotatably supported by said hollow frame around said second axis,
said second interlocking member is supported by said articulation member to form a mobile unit that is rotatable around said second axis, and
said second interlocking member is pivotally mounted on said articulation member around said third axis.
2. A multi-way input device according to claim 1 , characterized in that said articulation member is a hollow member defining an internal cavity in which the second interlocking member is arranged.
3. A multi-way input device according to claim 1 , characterized in that said first sensing component is a magnetic sensing component, and in that said second sensing component is a magnetic sensing component.
4. A multi-way input device according to claim 1 , characterized in that said first sensing component is a Hall effect sensor, and in that said second sensing component is a Hall effect sensor.
5. A multi-way input device according to claim 1 , characterized in that the second interlocking member comprises a longitudinal end branch that is pivotally mounted, around said third axis, on an associated end branch of the articulation member, and comprises another opposed end branch that is actuating said third sensing component.
6. A multi-way input device according to claim 5 , characterized in that said third sensing component is a push-button tact switch.
7. A multi-way input device according to claim 1 , characterized in that said second interlocking member is mounted in the articulation member with a small free play, and in that an operating action on the operating shaft along its general axis does not provoke any rotation of the first interlocking member around the first axis, nor any rotation of the second interlocking member around the second axis.