Abstract: Provided is an electronic apparatus that acquires an ambient temperature of the electronic apparatus and operates a cooling device to cool a component that generates heat during an operation. When the ambient temperature is lower than a predetermined reference temperature, the electronic apparatus exercises control to increase an output of the cooling device to a value higher than that obtained when the ambient temperature is equal to or higher than the reference temperature.

Abstract: Provided is an electronic device including a circuit board having a first surface and a second surface, a first member covering the first surface to function as a shield of the circuit board and having a first encompassing region having, in at least a portion thereof, a first outer region, and a second member that is placed on a side of the second surface that has a second outer region. One of the first and the second outer regions has at least one outer fixed portion fixed to another of the first and the second outer regions and at least one projection located away from the at least one outer fixed portion in a direction along an outer edge of the circuit board. The first and the second members are in contact with each other with the at least one outer fixed portion and the at least one projection.

Abstract: Disclosed herein is an electronic device including a first circuit board on which a first connector is mounted, a second circuit board on which a second connector connected to the first connector via a cable is mounted, a circuit board shield that covers the first circuit board and exposes the first connector, and a connector shield that is attached to the circuit board shield to cover the first connector and is removable from the circuit board shield.

Abstract: Not only cooling performance for an integrated circuit such as a CPU but also cooling performance for a power supply unit is improved. An electronic apparatus (1) includes a first heat sink (71) and a power supply unit (60) including a power supply unit case (61) having an intake air wall (61a) in which a plurality of air intake holes (61b) are formed. The intake air wall (61b) is located in front of the first heat sink (71). The intake air wall (61b) has an external surface being inclined with respect to both a front-rear direction and a left-right direction and facing the first heat sink (71). A cooling fan (5) is disposed to feed air toward the intake air wall (61a).

Abstract: There is provided an electronic apparatus which improves an external appearance and which easily ensures the strength of an exterior member. In the electronic apparatus, an upper surface of an exterior panel (20A) has, on a peripheral portion of the upper surface, a first position (P1), a second position (P2) defined on an opposite side of a center (P0) of the upper surface from the first position (P1), a third position (P3), and a fourth position (P4) defined on an opposite side of the center (P0) of the upper surface from the third position (P3). A line (L1) that connects the first position (P1) and the second position (P2) to each other and is formed along the upper surface is a curve bulging to a lower side, and a line (L2) that connects the third position (P3) and the fourth position (P4) to each other and is formed along the upper surface is a curve bulging to an upper side.

Abstract: A heat radiating device includes a plurality of heat pipes including respective heat receiving portions that are located above an integrated circuit and that are thermally connected to the integrated circuit, and a heat sink connected to the plurality of heat pipes. A plurality of the heat receiving portions are aligned with each other in a left-right direction and are in contact with the heat receiving portions (73a) of adjacent ones of the heat pipes. The heat receiving portions each have a first width in an upward-downward direction and have a second width smaller than the width in the left-right direction. With this, cooling performance for the integrated circuit can be improved.

Abstract: In a structure using a metal having fluidity as a thermally conductive material, the thermally conductive material is prevented from entering an unintended region even in a case where a change in attitude of a semiconductor device or vibration occurs. An electronic apparatus has a thermally conductive material (31) formed between a radiator (50) and a semiconductor chip (11). The thermally conductive material (31) has fluidity at least at a time of operation of the semiconductor chip (11). In addition, the thermally conductive material (31) has electric conductivity. The thermally conductive material (31) is surrounded by a seal member (33). A capacitor (16) is covered by an insulating portion (15).

Abstract: A body mounting type power assist device is provided with an posture detection unit for detecting that a human body is in a predetermined posture, and a control unit for operating a rubber actuator when the posture detection unit detects that the human body is in the predetermined posture.

Abstract: Electronic equipment includes a printed board having a front surface on which a ground pattern is formed and a shield member disposed opposed to the front surface of the printed board. The shield member has a strip-shaped region that is opposed to the ground pattern and protrudes toward the printed board, and is fastened to the printed board by screws that pass through a respective one of a plurality of screw holes made in the strip-shaped region. Either one of the shield member and the printed board has a protruding part that is formed projectingly toward the other and causes the strip-shaped region and the ground pattern to get contact with each other at a position sandwiched by adjacent two screw holes in the strip-shaped region in plan view.

Abstract: The ventilation efficiency is improved while exposure of a part disposed at the inner side of an electronic apparatus is suppressed. An electronic apparatus has a first shielding portion and a second shielding portion disposed behind a circuit board. The first shielding portion and the second shielding portion are juxtaposed in an upward and downward direction. Further, the first shielding portion and the second shielding portion are disposed in a displaced relationship from each other in a forward and rearward direction, and a first exhaust port is provided between the first shielding portion and the second shielding portion.

Abstract: Provided is a correction method performed in a display device including a matrix of pixels each including an organic EL element that emits light in accordance with a luminance signal. The method includes: obtaining, in advance, first correction data for correcting the luminance signal; transforming the first correction data into second correction data smaller in data size than the first correction data; and correcting the luminance signal using the second correction data. The first and second correction data respectively include first color correction data for correcting first sub pixel luminance, second color correction data for correcting second sub pixel luminance, and third color correction data for correcting third sub pixel luminance. In the transforming, the first correction data is transformed such that a data reduction amount of the second color correction data is greater than a data reduction amount of the first color correction data.

Abstract: A leaf spring is disposed between a circuit board and a upper shield. The leaf spring biases a heat sink toward the circuit board through a connecting member. The leaf spring is not electrically connected to the upper shield. According to this structure, an integrated circuit and the heat sink can be contacted with each other with certainty. Further, generation of unnecessary radiation can be suppressed effectively.

Abstract: An electronic apparatus includes a plurality of parts, a frame having an outer periphery surrounding the plurality of parts and formed from resin, a circuit board disposed at one side in a first direction with respect to the plurality of parts, a chassis disposed at the one side in the first direction with respect to the plurality of parts, and formed from metal, and a metal plate disposed at the other side in the first direction with respect to at least one of the plurality of parts and attached to the frame.

Abstract: A display device correction method includes: obtaining, in advance, first correction data for correcting a luminance signal; performing a first transform including applying an error diffusion method to the first correction data to transform the first correction data into second correction data; performing a second transform including thinning, via a predetermined thinning method, the second correction data by removing at least one but not all of the correction data components to transform the second correction data into third correction data; performing a third transform including interpolation, via a predetermined interpolation method, using pixel data components included in the third correction data, to transform the third correction data into fourth correction data; and correcting the luminance signal using the fourth correction data.

Abstract: A display device correction method is provided for correcting luminance unevenness in a display device including pixels, which are arranged in a matrix and include light-emitting elements that emit light according to a luminance signal. The method includes obtaining in advance first correction data, which includes correction data components each corresponding to a different one of the pixels and is for correcting the luminance signal. The method also includes transforming the first correction data into second correction data by decomposing the correction data components included in the first correction data into frequency components, and removing a predetermined frequency component among the frequency components. The method further includes correcting the luminance signal using the second correction data.

Abstract: The ventilation efficiency is improved while exposure of a part disposed at the inner side of an electronic apparatus is suppressed. An electronic apparatus has a first shielding portion and a second shielding portion disposed behind a circuit board. The first shielding portion and the second shielding portion are juxtaposed in an upward and downward direction. Further, the first shielding portion and the second shielding portion are disposed in a displaced relationship from each other in a forward and rearward direction, and a first exhaust port is provided between the first shielding portion and the second shielding portion.

Abstract: The invention provides an apparatus, program, and method for controlling the automatic spraying of an antifreezing agent that can reduce the cost of the antifreezing agent and the impact of salt damages caused by the antifreezing agent. This is accomplished by reducing the amount of antifreezing agent to be sprayed automatically according to road surface condition and reducing the amount of the antifreezing agent left unused on completion of the spray operation by grasping in advance the total spray amount of the antifreezing agent.

Abstract: A method of correcting a display device, including pixels that are arranged in a matrix and have light-emitting elements that emit light according to a luminance signal, is provided. The method includes obtaining in advance first correction data, which includes correction data components each corresponding to a different one of the pixels and is for correcting the luminance signal. The method also includes transforming the first correction data into second correction data, by (i) reconfiguring the correction data components by propagating an error component of each of the correction data components to surrounding pixels of a corresponding one of the pixels, and (ii) performing bit reduction on the correction data components that have been reconfigured. The method further includes correcting the luminance signal using the second correction data.

Abstract: An electronic apparatus includes a plurality of parts, a frame having an outer periphery surrounding the plurality of parts and formed from resin, a circuit board disposed at one side in a first direction with respect to the plurality of parts, a chassis disposed at the one side in the first direction with respect to the plurality of parts, and formed from metal, and a metal plate disposed at the other side in the first direction with respect to at least one of the plurality of parts and attached to the frame.

Abstract: An electronic apparatus includes a plurality of parts, a frame having an outer periphery surrounding the plurality of parts and formed from resin, a circuit board disposed at one side in a first direction with respect to the plurality of parts, a chassis disposed at the one side in the first direction with respect to the plurality of parts, and formed from metal, and a metal plate disposed at the other side in the first direction with respect to at least one of the plurality of parts and attached to the frame.