Abstract: A movable device includes: a first movable part; a driver to rotate the first movable part; a second movable part facing the first movable part; and a coupler coupling the first movable part and the second movable part to each other. The coupler includes: a first pillar extending from the first movable part in a first direction; and a second pillar extending from the second movable part in a second direction opposite to the first direction and bonded to the first pillar.

Abstract: A movable device includes a movable portion; a driver connected to the movable portion, the driver to drive the movable portion; a reflector having a reflecting surface to reflect light; a connector connecting the movable portion and the reflector in a connection direction intersecting the reflecting surface; and a reinforcement. The reinforcement has at least one of: an extension portion from the reflector toward the movable portion, or another extension portion from the movable portion toward the reflector.

Abstract: A movable device includes a supporting portion; a movable portion in the supporting portion, the movable portion movable about a first rotation axis and a second rotation axis intersecting with the first rotation axis; a member between the movable portion and the supporting portion and connected to the movable portion and the supporting portion in a connection direction. The member includes: a drive unit configured to move the movable portion; and an opening in a part of the drive unit.

Abstract: An optical deflector includes a mirror configured to reflect light; a pair of support portions each having an end connected to the mirror, and configured to support the mirror; first actuators connected to the respective support portions, and configured to deform the support portions so as to cause the mirror to oscillate about a first axis; a movable frame configured to support the first actuators; and second actuators connected to the movable frame and disposed opposite to the first actuators, with the support portions being interposed between the first actuators and the second actuators. The second actuators are not connected to the support portions. The first actuators and the second actuators bend and deform in the same direction.

Abstract: A movable device includes: a movable portion; a support body; a first member having one end coupled to the support body and another end coupled to the movable portion; the first member including a first driver; and a second member having one end coupled to the 5 support body and another end coupled to the movable portion, the second member including a second driver. The movable portion rotates about a first rotation axis by driving the first driver and without driving the second driver. The movable portion rotates about a second rotation axis by driving the second driver and without driving the first driver. The first rotation axis intersects the second rotation axis.

Abstract: A light deflector includes a stationary part; a movable unit having a reflecting surface; a connecting part between the movable unit and the stationary part; a drive unit disposed on a first surface of the connecting part, the drive unit configured to deform the connecting part to oscillate the movable unit; and a rib disposed on a second surface of the connecting part, the second surface being an opposite surface of the first surface. The rib includes a portion whose longitudinal direction is orthogonal to a direction at which the connecting part is bent.

Abstract: A movable device includes a first member and a second member. The first actuator includes a supporting unit having one end coupled to the movable unit to support the movable unit and a drive unit coupled to the other end of the supporting unit. The drive unit is configured to deform the supporting unit to cause the movable unit to oscillate. The movable device has a first region and a second region divided by a virtual line passing through the center of the movable unit and parallel to a rotation axis of the movable unit. The supporting unit is coupled to the movable unit within the second region. An edge of the drive unit, which is opposite to the fixed edge, faces the movable unit as viewed from the center of the movable unit in a plan view.

Abstract: A movable apparatus includes a movable unit including a mirror configured to reflect light, a support portion including a first end and a second end, the first end being connected to the movable unit, the support portion configured to swingably support the movable unit, and a fixed unit connected to the second end of the support portion. The support portion includes a plurality of beam units and a connection unit connecting adjacent beam units of the plurality of beam units, wherein where the support portion is divided into two parts at a predetermined or given position, the two parts including a first part closer to the fixed unit and a second part closer to the movable unit. A beam unit of the plurality of beam units in the first part has a higher rigidity than a beam unit of the plurality of beam units in the second part.

Abstract: A movable device includes a movable portion; a drive unit having one end connected to the movable portion to rotate the movable portion; a support supporting the drive unit; a connecting portion having one end connected to the support to support the support; and a stationary support to which the other end of the connecting portion is connected.

Abstract: A movable device includes a first member and a second member. The first actuator includes: a supporting unit having one end coupled to the movable unit to support the movable unit; and a drive unit coupled to the other end of the supporting unit, the drive unit configured to deform the supporting unit to cause the movable unit to oscillate. The movable device has a first region and a second region divided by a virtual line passing through the center of the movable unit and parallel to a rotation axis of the movable unit. The supporting unit is coupled to the movable unit within the second region. An edge of the drive unit, which is opposite to the fixed edge, faces the movable unit as viewed from the center of the movable unit in a plan view.

Abstract: An optical deflector includes a mirror configured to reflect light; a pair of support portions each having an end connected to the mirror, and configured to support the mirror; first actuators connected to the respective support portions, and configured to deform the support portions so as to cause the mirror to oscillate about a first axis; a movable frame configured to support the first actuators; and second actuators connected to the movable frame and disposed opposite to the first actuators, with the support portions being interposed between the first actuators and the second actuators. The second actuators are not connected to the support portions. The first actuators and the second actuators bend and deform in the same direction.

Abstract: A light deflector includes a stationary part; a movable unit having a reflecting surface; a connecting part between the movable unit and the stationary part; a drive unit disposed on a first surface of the connecting part, the drive unit configured to deform the connecting part to oscillate the movable unit; and a rib disposed on a second surface of the connecting part, the second surface being an opposite surface of the first surface. The rib includes a portion whose longitudinal direction is orthogonal to a direction at which the connecting part is bent.

Abstract: A movable device includes a reflector; a movable section including the reflector; a first drive section connected to the movable section, the first drive section configured to drive the movable section; a first support connected to the first drive section to support the first drive section; and two adjusters disposed symmetrically with respect to the reflector.

Abstract: A rotating apparatus includes a folded back elastically deformable portion including a first piezoelectric element for deforming a first elastically deformable portion and a second piezoelectric element for deforming a second elastically deformable portion, and the rotating apparatus rotates a movable portion around a predetermined rotation axis, by respectively applying first and second driving voltage signals to the first and second piezoelectric elements, to deform the first and second elastically deformable portions. First and second connection positions have a relationship of being relatively the same or symmetrical across all folded back structures. The first connection position is where a signal line of the first driving voltage signal and the first piezoelectric element are connected, and the second connection position is where a signal line of the second driving voltage signal and the second piezoelectric element are connected.

Abstract: A movable device includes a reflector; a movable section including the reflector; a first drive section connected to the movable section, the first drive section configured to drive the movable section; a first support connected to the first drive section to support the first drive section; and two adjusters disposed symmetrically with respect to the reflector.

Abstract: A rotating apparatus includes a folded back elastically deformable portion including a first piezoelectric element for deforming a first elastically deformable portion and a second piezoelectric element for deforming a second elastically deformable portion, and the rotating apparatus rotates a movable portion around a predetermined rotation axis, by respectively applying first and second driving voltage signals to the first and second piezoelectric elements, to deform the first and second elastically deformable portions. First and second connection positions have a relationship of being relatively the same or symmetrical across all folded back structures. The first connection position is where a signal line of the first driving voltage signal and the first piezoelectric element are connected, and the second connection position is where a signal line of the second driving voltage signal and the second piezoelectric element are connected.