Abstract: An adhesive film for a metal terminal, which is to be interposed between a metal terminal electrically connected to an electrode of a power storage device element and a power storage device packaging material for sealing the power storage device element, wherein the adhesive film for a metal terminal has a laminate sequentially including a first polyolefin layer disposed on the metal terminal side, a base material, and a second polyolefin layer disposed on the power storage device packaging material side, at least one of the first polyolefin layer and the second polyolefin layer has a melting peak temperature of 105° C. or more and 130° C. or less, and the base material has a surface hardness of 15 N/mm2 or more, as measured in an environment at a temperature of 110° C.

Abstract: A component inspection device including: a storage section configured to store at least a non-defective product images; a generation section configured to generate a defective product image using a machine learning model; a setting section configured for a user to set a parameter for component inspection; and an output section configured to perform inspection, by using the parameter, on the non-defective product image stored in the storage section and the defective product image generated by the generation section, the output section being configured to output an inspection result.

Abstract: A lighting unit includes a housing, a first cover, and a second cover. The housing is configured to house a light source and a circuit body constituting a circuit between the light source and an outside of the housing. The first cover is mountable to the housing and configured to emit light from the light source to the outside of the housing. The second cover is mountable to the housing and includes a cover-side attachment portion attachable to an attachment hole of a lighting attachment member. The second cover is configured to emit the light from the light source to the outside of the housing through the attachment hole. The first cover and the second cover are selectively mountable to the housing.

Abstract: A lighting unit includes a housing, a first cover, and a second cover. The housing is configured to house a light source and a circuit body constituting a circuit between the light source and an outside of the housing. The first cover is mountable to the housing and configured to emit light from the light source to the outside of the housing. The second cover is mountable to the housing and includes a cover-side attachment portion attachable to an attachment hole of a lighting attachment member. The second cover is configured to emit the light from the light source to the outside of the housing through the attachment hole. The first cover and the second cover are selectively mountable to the housing.

Abstract: A connecting structure includes a housing which is inserted into a cover, and a terminal which is accommodated in the housing and holds an electronic device. The housing allows the electronic device to be inserted from an outside of the housing into the housing in a state where the terminal is accommodated in the housing. The cover comes in contact with the electronic device in a state where a part of the electronic device is inserted to the terminal. The cover allows the housing to be inserted into the cover in a state where whole part of the electronic device is inserted into the housing to be held at a normal position by the terminal. The cover has an abutting face preventing the electronic device from slipping out from the housing in a state where the housing is inserted into the cover.

Abstract: In a connecting structure for electronic devices, a housing is configured to be inserted into a cover, and a terminal is accommodated in the housing to hold an electronic device inserted therein. A terminal accommodating chamber in the housing accommodates the terminal. An opening part is formed in a forward end surface of the housing in a first direction in which the housing is inserted into the cover, and communicates with the terminal accommodating chamber so that the electronic device is inserted therethrough. A positioning part is provided in the terminal accommodating chamber, and is configured to come in contact with a forward end of the electronic device in a insertion direction of the electronic device, so as to position the electronic device in the second direction.

Abstract: An LED unit includes a housing accommodating an LED, a cover that is mounted on the housing, a lens mounting opening and a lens insertion guide groove which are formed in the cover, and a guide rod that guides insertion of a lens protruded along a lens center axis to a lens seating section and abuts the LED when the cover is mounted on the housing.

Abstract: A connection structure for electric components includes a pair of bus bars disposed side by side horizontally. An electric component and an electric component are disposed side by side vertically between the bas bars, and electrically connected to the bas bars. The bus bars include outside walls formed as outside faces when the bas bars are disposed side by side, respectively. Each of the outside walls includes a connection point connected to an electrode of the electric component, and a wall portion for preventing displacement of the electric component.

Abstract: Two bus bars 13 having terminal parts 19 at their one ends 17 are arranged in parallel. Right and left contact spring pieces 23a, 24a on an upper stage of the terminal parts 19 of the bus bars 13 are connected to a pair of contact parts of a semiconductor light emitting element 25 which is disposed between the two bus bars 13, and right and left contact spring pieces 23b, 24b on a lower stage of the terminal parts 19 of the bus bars 13 are connected to a pair of contact parts of a Zener diode 27 disposed between the two bus bars 13. The terminal parts 19 of the adjacent bus bars 13 are provided with first rotation restricting parts 48 which are adapted to be contacted with both side faces of the semiconductor light emitting element 25 which is disposed between the two bus bars.

Abstract: A connection structure includes a housing; terminals fixed in the housing; and an electronic component accommodated inside the housing and connected to the terminals. Each terminal includes: a base portion; a protrusion piece extending from the base portion in a lateral direction; and an elastic contact piece extending from the base portion in the lateral direction so that a distance between the protrusion piece and the elastic contact piece becomes shorter towards an end of the elastic contact piece separate away from the base portion. The housing includes a terminal-fixing part protruded from a wall surface of the housing at a position between the protrusion piece and the elastic contact piece near the base portion of the terminal to clamp and fix the protrusion piece between the terminal-fixing part and a wall of the housing.

Abstract: An illuminating unit includes a first bus bar, a second bus bar and a third bus bar of the same shape, each of which has a pair of right and left contact spring pieces that are spaced in a given direction and parallel to each other. The first bus bar, the second bus bar and the third bus bar are inserted into a housing and aligned in parallel in the given direction. Semiconductor light emitting elements, which emit lights in different color temperatures, are inserted into the housing, and connected to respective adjacent pairs of the right and left contact spring pieces of the first bus bar and the second bus bar, and the second bus bar and the third bus bar. A cover accommodates the housing, and includes a lens through which outgoing lights from the semiconductor light emitting elements pass.

Abstract: Two bus bars 13 having terminal parts 19 at their one ends 17 are arranged in parallel. Right and left contact spring pieces 23a, 24a on an upper stage of the terminal parts 19 of the bus bars 13 are connected to a pair of contact parts of a semiconductor light emitting element 25 which is disposed between the two bus bars 13, and right and left contact spring pieces 23b, 24b on a lower stage of the terminal parts 19 of the bus bars 13 are connected to a pair of contact parts of a Zener diode 27 disposed between the two bus bars 13. The terminal parts 19 of the adjacent bus bars 13 are provided with first rotation restricting parts 48 which are adapted to be contacted with both side faces of the semiconductor light emitting element 25 which is disposed between the two bus bars.

Abstract: Bus bars each having a terminal portion formed on one end thereof is spaced from each other and arranged in parallel within a housing. Each terminal portion is formed with a pair of first right and left contact spring pieces each having a bulge protruded horizontally outward at a side of leading portions abutted against each other. The bulges of the two adjacent inside pieces among the first right and left contact spring pieces elastically contact with a pair of light emitting element contact portions disposed on both lateral surfaces of a semiconductor light emitting element arranged between the pair of bus bars and the respective bulges of the two outside pieces among the first right and left contact spring pieces elastically contact with inner walls of the housing.

Abstract: A connector 1 includes a wire holder 3 to which wires 7 are attached and a unit part 5 having a connection part 9 into which the wire holder is inserted to connect the wires to solderless terminals 11 arranged at the connection part. The wire holder is divided into a plurality of divided holders 13 and 15. The divided holders 13 and 15 are joined together and are inserted into the connection part.

Abstract: In the case of storing a bus bar in a housing, terminals for switch connection of the bus bar are arranged so as to be exposed to a port for switch of the housing, and terminals for roof harness connection of the bus bar are arranged so as to be exposed to a connector port for roof W/H connection of the housing, and crimp terminal parts of the bus bar are arranged so as to be exposed to the inside of an electric wire holder port of the housing, and engaging protrusions formed on a bus bar holder are engaged and fixed to engaging recesses formed in the housing.

Abstract: A bus bar includes switch connecting terminals connected to a switch, roof harness connecting terminals connected to a roof harness and pressure contact terminal parts which connect an electric wire under a pressure contact. The switch connecting terminals are arranged so as to protrude to a frontage for a switch of a housing. The pressure contact terminal parts are arranged so as to protrude to an electric wire holder attaching part. A clamp member is provided in the housing. A part of the clamp member is cut out to form an electric wire attaching opening through which the electric wire passes. An electric wire holder attaching part and the electric wire attaching opening are arranged so as not to correspond to a wiring direction of the electric wire. The electric wire is allowed to pass through an inside of the clamp member so as to be clamped.

Abstract: A connection structure includes a housing; terminals fixed in the housing; and an electronic component accommodated inside the housing and connected to the terminals. Each terminal includes: a base portion; a protrusion piece extending from the base portion in a lateral direction; and an elastic contact piece extending from the base portion in the lateral direction so that a distance between the protrusion piece and the elastic contact piece becomes shorter towards an end of the elastic contact piece separate away from the base portion. The housing includes a terminal-fixing part protruded from a wall surface of the housing at a position between the protrusion piece and the elastic contact piece near the base portion of the terminal to clamp and fix the protrusion piece between the terminal-fixing part and a wall of the housing.

Abstract: A connection structure includes: a box-shaped housing having a bottom wall and side walls which extend from the bottom wall; an electronic component which is accommodated inside the housing; and a pair of terminals, being the same in shape, which are inserted into the housing vertically along planes of two side walls and placed on a placement surface of the bottom wall to be fixed inside the housing. Each terminal includes: a component-connection portion which is formed at a first end of the terminal to be electrically connected to the electronic component; and a press-contact terminal portion which is formed at a second end opposite to the first end and which has a notch to which an electric wire is to be press-fitted and electrically connected, wherein a surface in which the notch is formed extends in parallel to the placement surface of the bottom wall of the housing.

Abstract: In a connecting structure for electronic devices, a housing is configured to be inserted into a cover, and a terminal is accommodated in the housing to hold an electronic device inserted therein. A terminal accommodating chamber in the housing accommodates the terminal. An opening part is formed in a forward end surface of the housing in a first direction in which the housing is inserted into the cover, and communicates with the terminal accommodating chamber so that the electronic device is inserted therethrough. A positioning part is provided in the terminal accommodating chamber, and is configured to come in contact with a forward end of the electronic device in a insertion direction of the electronic device, so as to position the electronic device in the second direction.

Abstract: A terminal in a connecting structure for electronic devices includes a first contact part provided at one portion of the terminal, a second contact part provided at the other end portion of the terminal, and a third contact part, provided between the first contact part and the second contact part. The first contact part has a main contact piece configured to come in resilient contact with a contact of a first electronic device. The second contact part configured to come in press contact with an electric wire. The third contact part has a pair of auxiliary contact pieces configured to respectively come in press contact with a pair of contacts of a second electronic device. A connecting portion which connects the pair of the auxiliary contact pieces each other is formed in the third contact part in a separatable manner.