Electronic manually controllable adjustment device

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, the device comprising:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements;
• a first circuit layer, at which the first switching elements are provided, and
• a second circuit layer, positioned backwards with respect to the first layer, at which the second switching elements are provided.

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, the device comprising:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• and
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements, wherein the control button is adapted to achieve a further intermediate operating position, angularly spaced apart from said third operating position and fourth operating position, around second hinge axis, the control button interacting with the first switching elements for simultaneous actuation of the first switching device and the second switching device when assuming said intermediate operating position.

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, the device comprising:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements, and
• at least one control arm transversely positioned with respect to control button and integral with said button during rotation around the second hinge axis, the control arm interacting with the second switching elements for actuation thereof when achieving the fourth operating position, the second switching elements including at least an electric contact element, the control arm being adapted to elastically deform said electric contact element in order to disconnect the electric load when the control button reaches the fourth operating position.

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, the device comprising:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements;
• and
• at least one control arm transversely positioned with respect to control button and integral with said button during rotation around the second hinge axis, the control arm interacting with the second switching elements for actuation thereof when achieving the fourth operating position, the control button comprising an end portion tapered towards the button periphery, for allowing the control arm to move until such arm activates the second switching elements.

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, wherein the device comprises:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements;
• and
• at least one control arm transversely positioned with respect to control button and integral with said button during rotation around the second hinge axis, the control arm interacting with the second switching elements for actuation thereof when achieving the fourth operating position, said control arm comprising blocking elements for removably blocking the control button in the fourth operating position.

An electronic manually controllable adjustment device for adjusting electric power provided to an electric load connectable to the device, wherein the device comprises:

• first switching elements including a first switching device and a second switching device;
• a tilting control button adapted to interact with said first switching elements;
• first hinge elements, for defining a first hinge axis for allowing the control button to rotate around said first hinge axis, between a first operating position and a second operating position angularly spaced therebetween, the control button adapted to interact with said first switching elements for respectively actuating the first switching device and the second switching device when reaching the first operating position and the second operating position;
• second switching elements;
• second hinge elements for defining a second hinge axis perpendicular to first hinge axis, said second hinge elements being adapted to allow rotation of the control button around the second hinge axis, between a third operating position and a fourth operating position angularly spaced therebetween, for actuation of the second switching elements;
• at least one control arm transversely positioned with respect to control button and integral with said button during rotation around the second hinge axis, the control arm interacting with the second switching elements for actuation thereof when achieving the fourth operating position;
• and
• a support frame and a rotatable connection member, including said control arm and adapted to be operatively interposed between the support frame and the control button, wherein:
• the control button is hinged to said connection member by way of first hinge elements in order to rotate around the first hinge axis,
• the rotatable connection member is hinged to the support frame by way of second hinge elements in order to rotate around said second hinge axis,
• the control button is mounted to overlap said rotatable connection member, and
• said connection member is rotatable around the second hinge axis between a stand-by operating position and an active operating position, angularly spaced therebetween, the rotatable connection member comprising at least one return arm adapted to apply an elastic return action for returning said member towards the stand-by position.