Abstract: An operation device includes a dial and a dial lock member including a recessed portion. The dial includes: a lock lever member that is movable in an extending direction of a rotational center line of the dial and includes a button portion and a projecting portion, the button portion being configured to be pressed down by a user, the projecting portion being configured to engage with the recessed portion of the dial lock member to bring the dial into a non-rotatable locked state when the button portion is pressed down; and an alternate mechanism configured to moves the lock lever member so as to bring the dial into a rotatable unlocked state in which engagement between the projecting portion and the recessed portion is released after the button portion in the locked state is pressed down by a user.

Abstract: An imaging apparatus includes a sensor for vibration detection; an electronic component configured to receive a signal from the sensor; a wiring member including a first portion to be connected to the sensor and a second portion to be connected to the electronic component; a sensor support member to which the sensor and the first portion of the wiring member are fixed; and a vibration damping member provided for a third portion being an intermediate portion between the first portion and the second portion in the wiring member.

Abstract: In an imaging apparatus system, a first imaging apparatus includes a first front casing, a common rear casing, a first lens mount attached to the first front casing, and a common monitor attached to the common rear casing. A second imaging apparatus includes a second front casing, a common rear casing, a second lens mount attached to the second front casing and different from the first lens mount, and a common monitor. When the first and second front casings are respectively attached to the common rear casings and, the center of the first lens mount and the center of the second lens mount are identical, regarding the relative positions in the left-right direction with respect to the common rear casings.

Abstract: An imaging apparatus system includes a first imaging apparatus, and a second imaging apparatus. The first imaging apparatus includes a first top casing including a casing top surface, and a common rear casing including a casing rear surface. The second imaging apparatus includes a second top casing including a casing top surface, and the common rear casing. The first top casing has a shape in which a vent hole is formed in the second top casing.

Abstract: An imaging apparatus that performs image capturing operation in a plurality of operation modes, includes: an image sensor that captures a subject image via an optical system to generate image data; a temperature acquisition circuit that acquires temperature of the image sensor; and a controller that switches the plurality of operation modes based on the temperature of the image sensor. The plurality of operation modes includes a first operation mode and a second operation mode in which the image sensor consumes less power than in the first operation mode. The controller changes an operation mode of the imaging apparatus from the first operation mode to the second operation mode when the temperature of the image sensor increases to first temperature in image capturing operation in the first operation mode. The first temperature is lower than temperature at which execution of a predetermined function is restricted in the imaging apparatus.

Abstract: An imaging apparatus includes: a casing having first and second attachment surfaces; a sheet fixing member having first and second contact surfaces coming into contact with the first and second attachment surfaces, respectively; and a sheet-like member disposed between the casing and the sheet fixing member. The sheet fixing member has a first portion and a second portion that is displaceable with respect to the first portion. The first contact surface of the sheet fixing member is disposed on the first portion. The second contact surface of the sheet fixing member is disposed on the second portion.

Abstract: An imaging apparatus includes a sensor for vibration detection; an electronic component configured to receive a signal from the sensor; a wiring member including a first portion to be connected to the sensor and a second portion to be connected to the electronic component; a sensor support member to which the sensor and the first portion of the wiring member are fixed; and a vibration damping member provided for a third portion being an intermediate portion between the first portion and the second portion in the wiring member.

Abstract: In an imaging apparatus system, a first imaging apparatus includes a first front casing, a common rear casing, a first lens mount attached to the first front casing, and a common monitor attached to the common rear casing. A second imaging apparatus includes a second front casing, a common rear casing, a second lens mount attached to the second front casing and different from the first lens mount, and a common monitor. When the first and second front casings are respectively attached to the common rear casings and, the center of the first lens mount and the center of the second lens mount are identical, regarding the relative positions in the left-right direction with respect to the common rear casings and.

Abstract: An imaging apparatus system includes a first imaging apparatus, and a second imaging apparatus. The first imaging apparatus includes a first top casing including a casing top surface, and a common rear casing including a casing rear surface. The second imaging apparatus includes a second top casing including a casing top surface, and the common rear casing. The first top casing has a shape in which a vent hole is formed in the second top casing.

Abstract: An imaging apparatus includes: a board; a recording medium accommodation portion provided on the board and configured to removably accommodate a recording medium; a radiator plate provided at a position away from the recording medium accommodation portion; a thermal conductive sheet including a first portion fixed to the radiator plate and a second portion in contact with the recording medium accommodation portion; a cushion member configured to urge a second portion of the thermal conductive sheet toward the recording medium accommodation portion and to maintain contact between a second portion of the thermal conductive sheet and the recording medium accommodation portion; and a cushion member support member configured to support the cushion member.

Abstract: An imaging apparatus includes: a board; a recording medium accommodation portion provided on the board and configured to removably accommodate a recording medium; a radiator plate provided at a position away from the recording medium accommodation portion; a thermal conductive sheet including a first portion fixed to the radiator plate and a second portion in contact with the recording medium accommodation portion; a cushion member configured to urge a second portion of the thermal conductive sheet toward the recording medium accommodation portion and to maintain contact between a second portion of the thermal conductive sheet and the recording medium accommodation portion; and a cushion member support member configured to support the cushion member.

Abstract: An imaging device includes a body case formed with a through-hole that extends in a vertical direction, a substrate disposed below the through-hole and fixed to the body case, a support portion disposed inside the through-hole, a lower dial supported to the support portion so as to be rotatable about a rotation axis parallel to the vertical direction, and an upper dial supported to the support portion so as to be rotatable about the rotation axis independently of the lower dial. The support portion has a connection portion that constitutes a part of an outer periphery of the support portion and that is connected to the body case, and a fixing portion disposed to protrude downward on a side opposite to the connection portion across the rotation axis, wherein the support portion is fixed to the substrate via the fixing portion.

Abstract: An object of the present disclosure is to improve operability of an imaging apparatus. The present disclosure is an imaging apparatus including: first operation part 15 for receiving selection of a first numerical value from a first numerical value group that specifies a photography setting condition; second operation part 14 for receiving selection of an operation from an operation group for the first numerical value; and a controller for determining a set value set by combining the first numerical value selected via first operation part 15 and the operation selected via the second operation part 14.

Abstract: An imaging device includes a body case formed with a through-hole that extends in a vertical direction, a substrate disposed below the through-hole and fixed to the body case, a support portion disposed inside the through-hole, a lower dial supported to the support portion so as to be rotatable about a rotation axis parallel to the vertical direction, and an upper dial supported to the support portion so as to be rotatable about the rotation axis independently of the lower dial. The support portion has a connection portion that constitutes a part of an outer periphery of the support portion and that is connected to the body case, and a fixing portion disposed to protrude downward on a side opposite to the connection portion across the rotation axis, wherein the support portion is fixed to the substrate via the fixing portion.

Abstract: An object of the present disclosure is to improve operability of an imaging apparatus. The present disclosure is an imaging apparatus including: first operation part 15 for receiving selection of a first numerical value from a first numerical value group that specifies a photography setting condition; second operation part 14 for receiving selection of an operation from an operation group for the first numerical value; and a controller for determining a set value set by combining the first numerical value selected via first operation part 15 and the operation selected via the second operation part 14.

Abstract: A position detection device includes a first member, a second member, a plurality of detected components, a detector group, and a controller. The second member is opposed the first member and is configured to move relative to the first member in a specific direction. The plurality of detected components are disposed on the first member and faces the second member. The detector group is disposed on the second member and includes a plurality of detectors configured to detect the plurality of detected components. The controller is configured to detect a relative position of the second member relative to the first member based on a detection pattern in which detection results of the plurality of detectors are arranged in a row.

Abstract: A position detection device includes a first member, a second member, a plurality of detected components, a detector group, and a controller. The second member is opposed the first member and is configured to move relative to the first member in a specific direction. The plurality of detected components are disposed on the first member and faces the second member. The detector group is disposed on the second member and includes a plurality of detectors configured to detect the plurality of detected components. The controller is configured to detect a relative position of the second member relative to the first member based on a detection pattern in which detection results of the plurality of detectors are arranged in a row.

Abstract: An electronic apparatus includes a flexible printed circuit having a first surface on which a switch is mounted, a reinforcement plate having a first surface arranged to face a second surface of the flexible printed circuit opposite to the first surface of the flexible printed circuit on which the switch is mounted, and a spacer arranged to face a second surface of the reinforcement plate opposite to the first surface of the reinforcement plate that faces the second surface of the flexible printed circuit.

Abstract: An electronic device includes a display unit, a substrate unit, a support member, and a cover member. The substrate unit is disposed opposite the display unit and is provided with a protruding portion that extends toward the display unit. The support member is configured to support the display unit between the display unit and the substrate unit and has an avoidance portion for avoiding contact with the protruding portion. The cover member covers the protruding portion and is configured to engage the avoidance portion between the display unit and the substrate unit.

Abstract: The display panel unit includes a display panel, a panel-shaped member having a portion of which an outside size is larger than that of the display panel, a metal frame having a first housing section configured to house the display panel and a second housing section configured to house the panel-shaped member with the panel-shaped member stacked on the display panel. The metal frame has a bottom portion and a side wall portion configured to rise from an edge of the bottom portion, and is box-shaped so that an upper side of the metal frame is open, and the side wall portion is formed to be step-shaped so that an upper portion of the side wall portion protrudes outward. In an internal space formed by the bottom wall portion and the side wall portion of the metal frame, the first housing section is defined by a space formed by the bottom wall portion and a portion of the side wall potion other than the upper portion, and the second housing section is defined by a space other than the first housing section.