Abstract: [Solving Means] A semiconductor unit includes a substrate, a semiconductor device, and a plating layer. The semiconductor device includes a semiconductor layer and one or more electrodes, the one or more electrodes being connected to the semiconductor layer and including a platinum-group element as a main material. The plating layer bonds the substrate and the electrode.

Abstract: A complex marking determining device includes a brightness state calculating portion configured to calculate a lane marking representative value indicative of a brightness state of a plurality of pixels that make up a lane marking display region, and calculate a road surface representative value indicative of a brightness state of a plurality of pixels that make up the road surface display region; and a complex marking determining portion configured to determine that the lane marking is a complex marking at least when a degree of deviation between the lane marking representative value and the road surface representative value is equal to or greater than a first threshold value.

Abstract: A travel lane boundary line detection apparatus includes: a determination unit configured to distinguish and determine a composite line region and a non-composite line region from a travel road surface image of a road surface; a calculation unit configured to calculate a candidate point of a central point of the composite line in a travel lane width direction; an extraction unit configured to detect a travel lane boundary line segment of the travel lane boundary line in the non-composite line region, and to extract a travel lane boundary point from the travel lane boundary line segment; an integration unit configured to create an integrated travel lane boundary point group based on the candidate point and on the travel lane boundary point; and an estimation unit configured to estimate a travel lane boundary line parameter representing the travel lane boundary line based on the integrated travel lane boundary point group.

Abstract: A carrier is supported by a case via a bearing. The bearing comprises an inner race, an outer race, rollers, and a retainer. The inner race has a tapered outer peripheral surface, and is fixed to a carrier. The outer race has a tapered inner peripheral surface facing the outer peripheral surface of the inner race, and is fixed to the case. The rollers is disposed between the inner race and the outer race. An end part of the retainer having a larger diameter makes contact with the case via a first member. The larger diameter end part of the retainer makes contact with the case via a second member. By the retainer making contact with the case and the carrier via the first member and the second member, the retainer can reduce friction compared to when making direct contact with the case and the carrier.

Abstract: A marking line detection system includes an imaging device, a marking line candidate detection unit, a marking line correction unit, a center line determination unit and a validity determination unit. The marking line candidate detection unit detects first and second vehicle's marking line candidates. The marking line correction unit corrects a position of the second vehicle's marking line candidate based on a position of the first vehicle's marking line candidate. When the first vehicle's marking line candidate is the valid center line, the marking line correction unit performs a correction of the position of the second vehicle's marking line candidate based on the position of the first vehicle's marking line candidate. When the first vehicle's marking line candidate is not the valid center line, the marking line correction unit does not perform the correction based on the position of the first vehicle's marking line candidate.

Abstract: A travel lane boundary line detection apparatus includes: a determination unit configured to distinguish and determine a composite line region and a non-composite line region from a travel road surface image of a road surface; a calculation unit configured to calculate a candidate point of a central point of the composite line in a travel lane width direction; an extraction unit configured to detect a travel lane boundary line segment of the travel lane boundary line in the non-composite line region, and to extract a travel lane boundary point from the travel lane boundary line segment; an integration unit configured to create an integrated travel lane boundary point group based on the candidate point and on the travel lane boundary point; and an estimation unit configured to estimate a travel lane boundary line parameter representing the travel lane boundary line based on the integrated travel lane boundary point group.

Abstract: There is provided a light emitting apparatus, including a plurality of light emitting elements having biased light properties; and a mounting substrate where the light emitting elements are arranged such that the biased light properties are complemented within a group including at least two light emitting elements among a plurality of the light emitting elements. Also, there are provided a light emitting unit, a display apparatus, an electronic device and a light emitting element using a plurality of point light sources.

Abstract: A gear transmission includes an eccentric-oscillating-type first reduction gear unit having a first internal gear, a first crankshaft with at least one first eccentric body defined thereon, a first input gear fixed to the first crankshaft and a first output member, as well as an eccentric-oscillating-type second reduction gear unit disposed coaxially with the first reduction gear unit and surrounding the first reduction gear unit. The second reduction gear unit has a second internal gear, a second crankshaft with at least one second eccentric body defined thereon, a second input gear fixed to the second crankshaft and a second output member. The first output member is engaged with the second input gear. Further, the first internal gear is disposed, in the axial direction of the gear transmission, between the second input gear and the at least one second eccentric body.

Abstract: A gear transmission includes an eccentric-oscillating-type first reduction gear unit having a first internal gear, a first crankshaft with at least one first eccentric body defined thereon, a first input gear fixed to the first crankshaft and a first output member, as well as an eccentric-oscillating-type second reduction gear unit disposed coaxially with the first reduction gear unit and surrounding the first reduction gear unit. The second reduction gear unit has a second internal gear, a second crankshaft with at least one second eccentric body defined thereon, a second input gear fixed to the second crankshaft and a second output member. The first output member is engaged with the second input gear. Further, the first internal gear is disposed, in the axial direction of the gear transmission, between the second input gear and the at least one second eccentric body.

Abstract: A display panel stand holding portion for supporting the display panel in the standing position is formed at the upper end portion of the back cabinet as a part of the casing of the display device. The display panel stand holding portion includes the display panel stand mount portion, and the display panel support members. This makes it possible to support the display panel vertically when it is mounted on the display panel stand mount portion. The connector cables extending from the power supply circuit board is clamped to the temporary holding portion to be formed on the back cabinet before assembly of the display panel to be inclined at the predetermined position. The deterioration in the working efficiency caused by entanglement of the connector cables may be prevented.

Abstract: The present invention provides a display device that facilitates product inspection and maintenance. A button section is mounted to a back cabinet, and a power-source circuit board is fitted into a circuit-board fitting slit. Furthermore, the power-source circuit board is locked and fixed by a first circuit-board locking claw, and a main circuit board is locked and fixed by a second circuit-board locking claw. A speaker integrally assembled in a speaker holder is locked and fixed by a speaker locking claw, and thereafter a display panel is caused to be held by a display panel standing holding portion in a standing manner. The wire connection work of a display panel, each of the circuit boards, and the like is performed, the display panel is brought down and placed on a display panel placement portion, a front cabinet is mounted, and a leg portion is mounted to a leg-portion mounting portion.

Abstract: A display panel stand holding portion for supporting the display panel in the standing position is formed at the upper end portion of the back cabinet as a part of the casing of the display device. The display panel stand holding portion includes the display panel stand mount portion, and the display panel support members. This makes it possible to support the display panel vertically when it is mounted on the display panel stand mount portion. The connector cables extending from the power supply circuit board is clamped to the temporary holding portion to be formed on the back cabinet before assembly of the display panel to be inclined at the predetermined position. The deterioration in the working efficiency caused by entanglement of the connector cables may be prevented.

Abstract: A cabinet-fixing locking nail and a locking stopper are formed at a fixing unit which is integrally attached to a button portion. The button portion is fixed to a back cabinet through the fixing unit, by locking the cabinet-fixing locking nail and the locking stopper to the back cabinet. A power circuit board is clipped to circuit board engagement slits which are guide grooves formed at the fixing unit and the button portion, and the power circuit board is locked by a first circuit board locking nail which is formed at the back cabinet to be fixed. The power circuit board and the button portion can be readily fixed only by a locking unit such as the cabinet-fixing locking nail, the locking stopper, the circuit board engagement slits the first circuit board locking nail and the like without using screw.

Abstract: Damage to a part when assembling a substrate from behind a casing mounted with push buttons is prevented. When a circuit substrate is mounted in a casing to which a push button is attached, a circuit substrate is inserted along a guide groove of the push button. At this time, the contact section is pushed by the circuit substrate and the circuit substrate is engaged with the contact section with a second hinge section deflected. This causes the circuit substrate to be parallel with a pushing section with a tiny gap in between and a pushing operation of an operation button deforms a first hinge section and the pushing section turns ON/OFF a switch.

Abstract: It is an object of the invention to provide a digital broadcast receiving unit capable of restraining the influence of a noise generated in a digital signal processing circuit to be exerted upon a turner unit, and of arranging a digital signal processing circuit board close to the tuner unit while restraining the influence exerted upon a peripheral circuit thereof and so forth even if the tuner unit is laid out on any location of a main circuit board. Both the tuner unit and the digital signal processing circuit board substantially stand upright on the main circuit board, respectively. The digital signal processing circuit board is disposed close to the tuner unit along the longitudinal direction thereof, and the digital signal processing circuit board has a mounting face on which electronic components such as ICs and so forth are mounted at a side facing tuner unit.