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: An electrical connection box according to the present invention includes a case including a circuit board, a bus bar which is electrically connected to the circuit board and extends outside the case, wherein the bus bar includes a horizontal portion positioned in an area outside the case and extends in a horizontal direction, a lower side holding member of the case positioned near the horizontal portion of said bus bar, and holds said horizontal portion from below or above when a force is applied to the bus bar in a direction in which the horizontal portion lowers or rises, and a recessed portion.

Abstract: A circuit constituent 10 comprises a circuit board 11 on which a switching member 13 is implemented and a bus bar 12 wired along the circuit board 11, and a case 20 is provided with a frame 21 arranged on the circuit board 11 and fixed along its peripheral edge and a cover 24 assembled to the frame 21 so as to cover the circuit board 11. A plurality of first terminal portions 14 constructed by bending the ends of the bus bar 12 substantially in the L shape are arranged side by side along the frame 21, and a falling restriction portion 36 provided at a front edge portion 24F of the cover 24 restricts falling deformation of the first terminal portion 14. By locking displacement restricting portions 30, 37 provided at the outer edge portions of the frame 21 and the cover 24 with each other, displacement of the cover 24 in the direction separated from the first terminal portion 14 with respect to the frame 21 is restricted, and falling deformation of the first terminal portion 14 can be surely prevented.

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 circuit structure 10 includes a circuit board 11 for mounting switching devices 13 and bus bars 12 wired into the circuit along the circuit board 11, and the case 20 includes a frame 21 that is disposed and secured in position around a perimeter edge of the circuit board 11 and a cover 24 that is assembled to the frame 21 so as to cover the circuit board 11. The frame 21 contains a second connector housing, and the second connector housing includes an hood 26a for accommodating the second terminals 15 formed at the ends of the bus bars 12. A deformation restricting portion 32 formed on the cover 24 is configured to abut the upper wall portion 26c (the outer face) of the hood 26a, thereby deformation of the hood 26a is restricted.

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.

Abstract: In order to make a recording mode in case of recording a broadcast program to be a mode which is easily used when reproducing, guide information of the broadcast program of the recorded channel is obtained in a case when a received broadcast program is recorded and a pointer is set according to the obtained guide information at a recording position of the time from which each program is started in a case when a plurality of programs exist during a period from the recording start time to the ending time thereof.

Abstract: When an electric connection box (P) is received inside a cover (50A), a part reception section (34) is exposed to the outside, in an opening (51H) in the upper surface of the cover (50A). As a consequence, there is fear that water on the upper surface of the cover (50A) enters onto the upper surface of a case (20) from a gap between the opening (51H) and the part reception section (34). Water discharge grooves (35, 36) reaching a water discharge path (38) in an outer surface of the case (20) is formed in the upper surface of the case (20), and as a result, water collecting on the upper surface of the case (20)(body section (30)) flows into the water discharge grooves (35, 36) to be reliably discharged.

Abstract: A circuit structure 10 includes a circuit board 11 for mounting switching devices 13 and bus bars 12 wired into the circuit along the circuit board 11, and the case 20 includes a frame 21 that is disposed and secured in position around a perimeter edge of the circuit board 11 and a cover 24 that is assembled to the frame 21 so as to cover the circuit board 11. The frame 21 contains a second connector housing, and the second connector housing includes an hood 26a for accommodating the second terminals 15 formed at the ends of the bus bars 12. A deformation restricting portion 32 formed on the cover 24 is configured to abut the upper wall portion 26c (the outer face) of the hood 26a, thereby deformation of the hood 26a is restricted.

Abstract: It aims to make it possible to simultaneously record and reproduce a video signal and improve convenience of operation. A video recording/reproducing apparatus capable of recording an image into a recording medium and reproducing the image from the recording medium, comprising: a recording means for recording video signals and identifying signals indicating the content of the video signals into a recording medium; a displaying means for reading the identifying signals recorded in the recording medium (93), rearranging the read identifying signals, and displaying the identifying signals in the order of the rearrangement; and a reproducing means for sequentially reproducing the video signals from the recording medium (93) in the order of the rearrangement, in which whether there exists a video signal under recording in the recording medium (93) is checked and at completion of the recording of the video signal, video signals to be reproduced are sequentially reproduced.

Abstract: Fluid drainage slopes are formed at a lower frame part constituting a housing that is provided below circuit board housed inside housing. Drainage ports are also formed at a lowermost part of fluid drainage slope in lower frame part. Thus, fluid that forms in the housing flows down from circuit board and onto fluid drainage slopes to be guided downward from fluid drainage slope to reach drainage ports and be discharged to outside housing. It is thus possible to prevent or suppress the occurrence of short circuits in a circuit board caused by fluid generated and/or accumulated inside the housing.

Abstract: Fluid drainage slopes are formed at a lower frame part constituting a housing that is provided below circuit board housed inside housing. Drainage ports are also formed at a lowermost part of fluid drainage slope in lower frame part. Thus, fluid that forms in the housing flows down from circuit board and onto fluid drainage slopes to be guided downward from fluid drainage slope to reach drainage ports and be discharged to outside housing. It is thus possible to prevent or suppress the occurrence of short circuits in a circuit board caused by fluid generated and/or accumulated inside the housing.

Abstract: A fuse block 23 includes a main body portion 34, which is arranged along a top edge portion 21a of a frame 21, and an arm portion 35, which extends from an end of the main body portion 34 along a side edge portion 21b of the frame 21 that is roughly orthogonal to the top edge portion 21a. The mutual engagement of rocking restricting portions 31 and 41 that are provided on the side edge portion 21b of the frame 21 and the arm portion 35 restricts displacement of the arm portion 35 in relation to the side edge portion 21b of the frame 21 in a direction orthogonal to the length direction of the side edge portion 21b. This prevents rocking of the fuse block 23 in which the top edge portion 21a of the frame 21 serves roughly as a fulcrum.

Abstract: A fusible link receptacle that, when a fusible link is inserted in the receptacle at an inclined angle, prevents both damage to tab connectors and faulty connections between terminals in the fusible link and the tab connectors. Tab connectors extend from internal circuits into the internal region of the fusible link receptacle, and a rib is formed on the internal surface of the perimeter wall and extends to a point above the leading edges of the tab connectors. Should an attempt be made to insert the fusible link into the fusible link receptacle at an inclined angle, the rib makes interfering contact with the lower edge of the fusible link to prevent further insertion.

Abstract: In a case, a branch circuit unit, a multifunction relay unit and a relay unit are stored, being subsequently arranged in parallel. The branch circuit unit is composed of a laminated body of a bus bar and an insulating board, and a first printed board provided with a conductor on the both front and rear planes. The multifunction relay unit is provided with a second printed board whereupon an electric component is mounted, and a relay connector which connects the conductors of the first to the third printed boards. An external connecting terminal is protruded from the conductor of the second printed board and is protruded into a connector fitting part provided on the case. The relay unit is mounted with a plurality of relays on the third printed board.

Abstract: A circuit constituent 10 comprises a circuit board 11 on which a switching member 13 is implemented and a bus bar 12 wired along the circuit board 11, and a case 20 is provided with a frame 21 arranged on the circuit board 11 and fixed along its peripheral edge and a cover 24 assembled to the frame 21 so as to cover the circuit board 11. A plurality of first terminal portions 14 constructed by bending the ends of the bus bar 12 substantially in the L shape are arranged side by side along the frame 21, and a falling restriction portion 36 provided at a front edge portion 24F of the cover 24 restricts falling deformation of the first terminal portion 14. By locking displacement restricting portions 30, 37 provided at the outer edge portions of the frame 21 and the cover 24 with each other, displacement of the cover 24 in the direction separated from the first terminal portion 14 with respect to the frame 21 is restricted, and falling deformation of the first terminal portion 14 can be surely prevented.

Abstract: An electrical connection box according to the present invention includes a case including a circuit board, a bus bar which is electrically connected to the circuit board and extends outside the case, wherein the bus bar includes a horizontal portion positioned in an area outside the case and extends in a horizontal direction, a lower side holding member of the case positioned near the horizontal portion of said bus bar, and holds said horizontal portion from below or above when a force is applied to the bus bar in a direction in which the horizontal portion lowers or rises, and a recessed portion.

Abstract: A case that houses a circuit component includes a frame along a peripheral edge of a circuit board, and a cover assembled to the frame so as to cover the circuit board, and connectors, facing an outer peripheral side of the frame are provided in the frame. In corresponding surfaces of the cover and each of the connectors, a first rib, a second rib, a first rib receiving groove, and a second rib receiving groove are formed that can regulate passage of a liquid in clearances between the connectors and the cover by fitting of protrusions and recesses. This prevents or limits a liquid outside the frame from entering the frame through the clearances between the connectors and the cover.

Abstract: A bulging wall portion, which forms a connector accommodation portion by bulging outward from a side wall, is formed in a cover plate portion of a cover. The bulging wall portion has an overhead wall formed such that it rises from the cover plate portion. A sloping wall is formed on the overhead wall such that roughly the center in the width direction of the connector accommodation portion serves as a vertex and the sloping wall slopes in downward gradients from the vertex toward both ends in the width direction. Water that flows down over the cover plate portion is caught by the overhead wall and flows downward along the sloping wall. The water is guided to both side faces on the outer sides in the width direction of the connector accommodation portion, so that it is drained off while avoiding the opening portions of the second through fourth connectors.