Abstract: A radio clock including: an antenna configured to receive a satellite signals transmitted from a plurality of GPS satellites; a receiving unit configured to perform a receiving process to acquire information tram a satellite signal received by the antenna, the information being contained in the satellite signal; and a control unit configured to control the receiving unit to keep synchronized with the GPS satellite that has transmitted the satellite signal and control the receiving unit to receive a satellite signal containing date information for date correction when the information acquired by the receiving unit does not contain the date information.

Abstract: A timepiece, which includes an ornamental body; a drive mechanism that moves the ornamental body; an output portion that outputs a sound; and a control portion that performs movement control for outputting a piece of theme music and moving the ornamental body from an initial position. The control portion further performs return control for outputting a piece of ending music and moving the ornamental body to the initial position after the movement control is finished. Under the return control, the outputted and selected pieces of ending music have different lengths depending on whether or not a position of the ornamental body is in front of a reference position. It is thus possible to design the movement pattern of the ornamental body under the movement control, without consideration of the stop positions of the ornamental body at the end of the movement control period; thereby, allowing for a wide variety of appearances for the timepiece.

Abstract: A timepiece that provides a wide variety of appearance. The timepiece includes: an ornamental body; a drive mechanism that moves the ornamental body; a restriction portion that restricts a movable range of the ornamental body; and an output portion capable of outputting a sound. The timepiece further includes a monitor operation portion; and a control portion that performs movement control for outputting a piece of theme music and moves the ornamental body from an initial position, depending on the operation of the monitor operation portion.

Abstract: A timepiece, which includes a base board made of any of ABS resin, AS resin, and PS resin, and further includes a projection portion; a rotary board made of any of ABS resin, AS resin, and PS resin, and rotatable about and relative to the projection portion; and a rotational shaft projecting toward a front side of the base board through an opening formed in the projection portion. An end of the rotational shaft is connected with a hand provided for indicating time. The timepiece further includes an ornamental body movable relative to the base board; and a securing member made of any of POM resin, PBT resin, and PA resin. The ornamental body is prevented from moving forward to the front side and coming into contact with the hand provided for indicating time when, for example, shock is applied to the timepiece.

Abstract: A timepiece includes: a base board; a rotary board rotatable relative to the base board; a gear rotatably supported by the rotary board; and an ornamental body connected to the gear.

Abstract: A radio clock including: an antenna configured to receive a satellite signal transmitted from GPS satellite; a receiving unit configured to perform a receiving process to acquire information contained in the satellite signal received by the antenna within a predetermine upper limit period; and a control unit configured to change the number of receiving processes to be performed in a predetermined period and change the upper limit period in accordance with a total sum of durations of the receiving processes performed in the predetermined period.

Abstract: A radio clock including: an antenna configured to receive a satellite signals transmitted from a plurality of GPS satellites; a receiving unit configured to perform a receiving process to acquire information tram a satellite signal received by the antenna, the information being contained in the satellite signal; and a control unit configured to control the receiving unit to keep synchronized with the GPS satellite that has transmitted the satellite signal and control the receiving unit to receive a satellite signal containing date information for date correction when the information acquired by the receiving unit does not contain the date information.

Abstract: A radio clock including: an antenna configured to receive a satellite signal transmitted from GPS satellite; a receiving unit configured to perform a receiving process to acquire information contained in the satellite signal received by the antenna within a predetermine upper limit period; and a control unit configured to change the number of receiving processes to be performed in a predetermined period and change the upper limit period in accordance with a total sum of durations of the receiving processes performed in the predetermined period.

Abstract: A timepiece includes: an ornamental body; a drive mechanism moving the ornamental body; an output portion capable of outputting a sound; and a control portion performing movement control for outputting a piece of theme music and moving the ornamental body from an initial position, and performing return control for outputting a piece of ending music and moving the ornamental body to the initial position after the movement control is finished.

Abstract: A timepiece includes: an ornamental body; a drive mechanism moving the ornamental body; a restriction portion restricting a movable range of the ornamental body; an output portion capable of outputting a sound; a monitor operation portion; a monitor operation portion; and a control portion performing movement control for outputting a piece of theme music and moving the ornamental body from an initial position.

Abstract: A timepiece includes: a base board made of any of ABS resin, AS resin, and PS resin, and including a projection portion; a rotary board made of any of ABS resin, AS resin, and PS resin, and rotatable about and relative to the projection portion; a rotational shaft projecting toward a front side of the base board through an opening formed in the projection portion, an end of the rotational shaft being connected with a hand provided for indicating time; an ornamental body movable relative to the base board; and a securing member made of any of POM resin, PST resin, and PA resin.

Abstract: A timepiece includes: a base board; a rotary board rotatable relative to the base board; a gear rotatably supported by the rotary board; and an ornamental body connected to the gear.

Abstract: An electronic clock includes: a drive source; a second hand wheel secured with a second hand, and rotated by receiving drive force from the drive source; a connection wheel rotated by receiving a drive force from the second hand wheel; an adjustment wheel adjusting positions of a minute hand and an hour hand, and a minute hand pipe secured with the minute hand, slidably connected with the connection wheel, and including a teeth portion to which drive force is transmitted from the adjustment wheel, and the minute hand pipe slidably rotating with respect to the connection wheel when the minute hand pipe receives the drive force from the adjustment wheel.

Abstract: A clockwork mechanism includes: a supporting member; a movable member including an engagement hole and movably supported by the supporting member; a drive pin engaging the engagement hole, including a flange portion for preventing the drive pin from disengaging from the engagement hole, and revolving to move the movable member; a biasing member provided in the movable member to partially overlap the engagement hole; and an abutment member abutting the movable member to restrict the movement of the movable member. The flange portion overlaps or does not overlap the biasing member depending on a revolving position of the drive pin. When the movable member abuts the abutment member, the drive pin pushes the biasing member and the movable member is biased toward the abutment member by the biasing member. When the flange portion does not overlap the biasing member, the drive pin moves the movable member to push the biasing member, allowing the drive pin to disengage from the engagement hole.

Abstract: A wall-mounted device (1) which ensures easy confirmation of the mounting of a to-be-mounted-on-wall object on a wall surface or the like, and can prevent the to-be-mounted-on-wall object from falling off, and a timepiece having the device are provided. First, an attachment fitting (30) is fixed to the wall surface or the like by screws. Then, a hook part (30a) of the attachment fitting (30) is hooked on a hanging part (13) of the wall-mounted device (1) while deforming an elastic plate member (10) inward. When deformation of the elastic plate member (10) is released, vibration occurs together with generation of a light impact sound at the time the elastic plate member returns from the deformed state to the original state. With a first bent part (10a) of the elastic plate member (10) being in abutment with the hook part (30a) of the attachment fitting (30), the to-be-mounted-on-wall object is mounted on the wall surface or the like.

Abstract: A clockwork mechanism includes: a supporting member; a movable member including an engagement hole and movably supported by the supporting member; a drive pin engaging the engagement hole, including a flange portion for preventing the drive pin from disengaging from the engagement hole, and revolving to move the movable member; a biasing member provided in the movable member to partially overlap the engagement hole; and an abutment member abutting the movable member to restrict the movement of the movable member. The flange portion overlaps or does not overlap the biasing member depending on a revolving position of the drive pin. When the movable member abuts the abutment member, the drive pin pushes the biasing member and the movable member is biased toward the abutment member by the biasing member. When the flange portion does not overlap the biasing member, the drive pin moves the movable member to push the biasing member, allowing the drive pin to disengage from the engagement hole.

Abstract: A timepiece having an openable and closable dial plate, includes a stationary segment included in the dial plate, and a movable segment included in the dial plate and reciprocating between an open position and a closed position, the movable segment being positioned at the closed position by abutting with the stationary segment.

Abstract: A mechanical timepiece has a plurality of divisional segments divided in a movable manner, a driving source operable to produce a driving rotation for moving the divisional segments, an ornamental portion to be exposed by outward movement of the divisional segments, and a plurality of driving mechanisms operable to move the divisional segments and rotate them about their axes so as to change an exposure state of the ornamental portion by using the driving rotation transmitted from the driving source.