Panel opening/closing device
A panel opening/closing device includes: a support which supports a panel and is turnable about a first rotary shaft; a dial which is turnable about a second rotary shaft in accordance with an operation by a user; and a movable unit which undergoes horizontal movement and includes pins inserted into a groove of the dial and a groove of the support, respectively.
1. A panel opening/closing device comprising:
a support which fixedly supports a panel and is turnable about a first rotary shaft;
a dial which is gear-shaped and is turnable about a second rotary shaft and is provided with a scroll-shaped groove varying in distance from the second rotary shaft;
a movable unit which undergoes linear movement along with a turning of the dial and includes a first protruding portion that is inserted in the scroll-shaped groove of the dial and a turn driving portion that turns the support along with the linear movement; and
a casing which houses the support, the dial, and the movable unit therein,
wherein the movable unit is provided with a groove along a direction of the linear movement and
the casing has a second protruding portion inserted in the groove of the movable unit.
2. The panel opening/closing device according to claim 1 ,
wherein the panel is configured to stay in either a storage state in which the panel is stored in the casing, a standing state in which the panel is standing, or an angle adjustment state in which a slope of the panel is adjustable,
the dial includes:
a first operating region where an operation of changing the storage state to the standing state is performed, and
a second operating region where an operation of changing the standing state to the angle adjustment state is performed;
the scroll-shaped groove of the dial is provided with:
a first groove region where the first protruding portion slides when the first operating region is operated, and
a second groove region where the first protruding portion slides when the second operating region is operated, the second groove region being in communication with the first groove region; and
a distance between the second rotary shaft and the first groove region is greater than a distance between the second rotary shaft and the second groove region.
3. The panel opening/closing device according to claim 2 ,
wherein the scroll-shaped groove of the dial includes a recess or a protrusion at a boundary between the first groove region and the second groove region.
4. The panel opening/closing device according to claim 2 ,
wherein the second groove region is provided with a plurality of recesses.
5. The panel opening/closing device according to claim 2 ,
wherein a shape of a surface of the first operating region is different from a shape of a surface of the second operating region.
6. The panel opening/closing device according to claim 1 ,
wherein the panel is configured to stay in either a storage state in which the panel is stored in the casing, a standing state in which the panel is standing, or an angle adjustment state in which a slope of the panel is adjustable,
the support includes a spring which acts in a direction in which the support turns when the panel changes from the standing state into the storage state; and
a force of the spring is maximized between when the panel is in the standing state and when the panel is in the angle adjustment state.
7. A panel opening/closing device comprising:
a support which fixedly supports a panel and is turnable about a first rotary shaft;
a dial which is gear-shaped and is turnable about a second rotary shaft and is provided with a scroll-shaped groove varying in distance from the second rotary shaft;
a movable unit which undergoes linear movement along with a turning of the dial and includes a first protruding portion that is inserted in the scroll-shaped groove of the dial and a turn driving portion that turns the support along with the linear movement; and
a casing which houses the support, the dial, and the movable unit therein,
wherein the panel is configured to stay in either a storage state in which the panel is stored in the casing, a standing state in which the panel is standing, or an angle adjustment state in which a slope of the panel is adjustable,
the support includes a spring which acts in a direction in which the support turns when the panel changes from the standing state into the storage state; and
a force of the spring is maximized between when the panel is in the standing state and when the panel is in the angle adjustment state.