Abstract: An electrical junction box includes: a circuit board in which a conductive path is formed on an insulating plate; a connector housing having a hood portion in the shape of a hood and an inner wall that closes the hood portion, wherein a terminal insertion hole; is provided in the inner wall; a connector terminal that is inserted from a rear face of the connector housing into the terminal insertion hole; through the inner wall and projects into the hood portion; a base member to which the connector housing is fastened, and that is different from the circuit board; and a screw that fastens the connector housing to the base member in a state where the connector terminal is inserted into the terminal insertion hole. The connector housing includes a catch portion that catches the circuit board when the connector housing is fastened with the screw to the base member.

Abstract: An electrical junction box includes a circuit assembly including a circuit board and a conductive plate, a engaging component (terminal block), a frame including an installation portion to which the engaging component is installed. A first engaging portion (first bus bar) is formed on one end side of the circuit assembly, and a second engaging portion (second bus bar) is formed on another end side of the circuit assembly. The frame includes a first engaged portion (receiving portion) that is engaged with the first engaging portion and receives the one end side of the circuit assembly. The engaging component includes a second engaged portion (auxiliary receiving portion that is engaged with the second engaging portion and receives the other end side of the circuit assembly.

Abstract: An electrical junction box includes an insulating substrate, a bus bar that is bonded to the insulating substrate, and a reinforcement plate that is bonded to a region of the insulating substrate to which the bus bar is not bonded. The reinforcement plate includes a through hole that allows passage of a shaft portion of a screw. A heat-dissipating member is stacked on a surface of the reinforcement plate opposite to the insulating substrate, and includes a screw hole into which the screw is screwed. A retaining member retains the respective positions of the insulating substrate, the bus bar, and the reinforcement plate, and the reinforcement plate includes an engagement portion that aligns the through hole and the screw hole by engaging with the retaining member.

Abstract: Provided is a circuit assembly that includes a circuit board that has an opening, a plurality of busbars that are laid on one surface side of the circuit board, a coil that has a main portion 16 and a plurality of lead terminals, the lead terminals being connected to the plurality of busbars that are exposed through the opening, and a heatsink that is laid, via an adhesive agent, on surfaces of the plurality of busbars that are opposite to the circuit board. Cut-out portions for evacuating the adhesive agent are formed at edges of the plurality of busbars that are opposite to each other in the opening.

Abstract: A coil assembly includes a coil unit in which a coil obtained by winding a winding wire is disposed around a magnetic core, a coil case that accommodates the coil unit, and a potting material with which an inside of the coil case is filled, and the coil case has an elastic fixing portion that is attachable to a resin member to which the coil case is to be fixed. The above-described configuration makes it possible to provide a coil assembly that is unlikely to crack and generate abnormal noises.

Abstract: An electrical junction box to be attached to a vehicle includes a heat dissipation member having a base plate portion that has a plate shape having a first surface and a second surface, a plurality of fins that protrude from the second surface, and a pedestal that is provided protruding from the second surface and that has a smaller protruding height from the second surface than the fins as well as a bracket having a pedestal attachment portion that is attached to the pedestal and a vehicle body attachment portion that is continuous with that attachment portion, extends in a direction away from the heat dissipation member, and is attachable to a vehicle body of the vehicle.

Abstract: Provided is a circuit assembly that includes a circuit board that has a connection opening, a plurality of busbars that are laminated on one surface side of the circuit board via an adhesive sheet, a coil that has a main portion and a plurality of lead terminals, the coil being arranged on the other surface side of the circuit board by the lead terminals being connected to the plurality of busbars that are exposed through the connection opening, and a heatsink that is laminated on a side of the plurality of busbars that is opposite to the circuit board via an adhesive agent. The adhesive sheet has sheet openings through which the plurality of busbars are exposed and the plurality of lead terminals are connected to the plurality of busbars, the adhesive sheet covering a gap between the plurality of busbars, the gap being located in the connection opening.

Abstract: A bracket secured to a vehicle body is firmly attached to an electrical junction box without causing any loosening. The electrical junction box includes a bracket securing section provided integrally on a casing outer surface and a bracket made of a resin molding material fixed on the bracket securing section by a bolt and a nut. Bolt holes are provided in the bracket securing section and the bracket, respectively. Positioning pins project near the bolt hole in one of the bracket securing section or the bracket. The positioning holes are provided in the other of the bracket securing and the section or bracket to receive the positioning pins. After the positioning pins are fitted in the positioning holes to position and hold the bracket on the bracket securing section, a bolt is inserted into the corresponding bolt holes and is fastened by a nut.

Abstract: A packaging board of the type having board terminals soldered on a printed board and including an insulation support member made of a resin disposed on a printed board having tubular support portions configured to receive board terminals, visual recognition windows configured for visually recognizing soldering portions of the board terminals inserted into the printed board through the windows, and engaging portions that engage the board terminals and define insertion amounts of the board terminals.

Abstract: An electrical junction box configured to stably hold a cover member in a standby state in a first position apart from a connector-mounting section. The electrical junction box includes a cover member rotatably attached to a casing about rotary support axes, an engaging projection provided on the casing that engages the cover member to position the cover member in the first position, a guide projection provided on one of the casing and the cover member, and a pair of positioning walls provided on the other of the casing and the cover member, wherein the cover member is positioned with respect to the engaging projection in an axial direction of the rotary support axes when the pair of positioning wall portions pinch the guide projection.

Abstract: A process for performing video recording and the like after obtaining electronic program data is optimized. According to the process, only program data relating to one or more predetermined preset channels of the channels which are broadcast by a broadcast service are separated from program data which guide programs broadcast by a predetermined broadcast service. Only program data relating to a predetermined channel are stored, and processes of video recording and the like can be performed according to the stored program data.

Abstract: To provide an electrical junction box in which an electrical junction box body includes one casing and the other casing, the other casing is prevented from being lifted from the one casing, and a bracket can be attached to a peripheral wall portion of the other casing stably and strongly. One casing is fitted in the other casing. A peripheral wall portion of the other casing is provided on an outer peripheral surface with engagement lock portions. A bottom wall section of the one casing is exposed from an opening defined by the peripheral wall portion. A fitting projection portion is provided on the bottom wall section near the engagement lock portions. The bracket is mated with the engagement lock portions. The fitting projection portion is mated with a fitting recess provided in the bracket to attach the bracket to the other casing.

Abstract: A program recording method receives and records a desired program, the recording of which is set based on at least a broadcast time period and a broadcast channel. The method includes obtaining an electronic program guide and, when the desired program recording is set, searching a character string in a predetermined region of the electronic program guide including the broadcast time and broadcast channel, and changing the broadcast time period to a new time period when a predetermined word is included in the character string. A program recording apparatus for performing the method is also provided. The program recording apparatus and method ensure that a situation does not occur in which an end portion of the desired program is not recorded.

Abstract: A packaging board of the type having board terminals soldered on a printed board and including an insulation support member made of a resin disposed on a printed board having tubular support portions configured to receive board terminals, visual recognition windows configured for visually recognizing soldering portions of the board terminals inserted into the printed board through the windows, and engaging portions that engage the board terminals and define insertion amounts of the board terminals.

Abstract: An electrical junction box configured to stably hold a cover member in a standby state in a first position apart from a connector-mounting section. The electrical junction box includes a cover member rotatably attached to a casing about rotary support axes, an engaging projection provided on the casing that engages the cover member to position the cover member in the first position, a guide projection provided on one of the casing and the cover member, and a pair of positioning walls provided on the other of the casing and the cover member, wherein the cover member is positioned with respect to the engaging projection in an axial direction of the rotary support axes when the pair of positioning wall portions pinch the guide projection.

Abstract: A packaging board is described having a structure that can positively prevent same kind electrical components having different specifications from being erroneously mounted on a printed board and that can quickly confirm a regular packaging position for each of the same kind of electrical components. The packing board includes at least two electrical components having a same kind and different specifications from each other can be provided with component side identifying marks that can discriminate between the electrical components. A printed board can be provided with mounting areas for the same kind of electrical components with board side identifying marks that correspond to the component side identifying marks.

Abstract: In the case where a printed board is contained in a casing of an electrical junction box, and where electrical components such as relays disposed on the printed board are connected to a bus bar disposed in the casing, a heat generated in the bus bar is uniformed in the casing without causing an uneven heat distribution around the bus bar, thereby requiring no means for radiating the bus bar. An electrical junction box including a casing, a printed board contained in the casing, an insulation plate disposed on the printed board, a bus bar mounted on the insulation plate, and a relay mounted on the printed board. The bus bar is provided with an electrical power source terminal to be connected to an electrical power source side. Branched portions provided on the bus bar are connected to a conductor on the printed board, respectively. A terminal of the relay is connected to the printed board conductor connected to the branched portions of the bus bar.

Abstract: To provide an electrical junction box wherein terminals juxtaposed in the box can be supported, when fuses or the like are fitted in the terminals. An electrical junction box is provided on an outer surface with electrical component containing sections. Terminals are juxtaposed in the containing sections. The terminals are connected to an internal circuit member. Each terminal is provided on opposite side edges in a width direction with recesses or protrusions. Support pins project from the electrical junction box or an insulation plate contained in the box so that each support pin is disposed between the adjacent terminals to extend in a direction perpendicular to the terminals and is fitted in the recesses or protrusions.

Abstract: To provide an electrical junction box in which an electrical junction box body includes one casing and the other casing, the other casing is prevented from being lifted from the one casing, and a bracket can be attached to a peripheral wall portion of the other casing stably and strongly. One casing is fitted in the other casing. A peripheral wall portion of the other casing is provided on an outer peripheral surface with engagement lock portions. A bottom wall section of the one casing is exposed from an opening defined by the peripheral wall portion. A fitting projection portion is provided on the bottom wall section near the engagement lock portions. The bracket is mated with the engagement lock portions. The fitting projection portion is mated with a fitting recess provided in the bracket to attach the bracket to the other casing.

Abstract: There is a concern that water on the top surface of a cover 50A will penetrate the top face of a case 20 through gaps between an opening portion 51H and parts accommodation portions 34 because the parts accommodation portions 34 are exposed to the outside at the opening portion 51H on the top face of the cover 50A while the electrical connection box P is positioned in the cover 50A. Because drainage grooves 35 and 36, which reach the drainage channels 38 on the outside face of the case 20, are formed on the top face of the case 20, water that remains on the top face of the case 20 (the main body portion 30) is reliably drained by flowing into the drainage grooves 35 and 36.