Abstract: A non-transitory computer-readable recording medium having stored an image processing program that causes a computer to execute a process, the process includes extracting a plurality of consecutive pixels corresponding to a first part or a second part of a body, from a pixel column in a predetermined direction of an image of the body, obtaining a statistical value of pixel values of the plurality of consecutive pixels, and identifying a part corresponding to the plurality of consecutive pixels, among the first part or the second part, based on the statistical value.

Abstract: A charging connector includes a housing and a cover. The housing includes a normal fitting part and a quick fitting part. The normal fitting part has a normal frontage to which a normal charging connector is finable. The quick fitting part has a quick frontage to which a quick charging connector is finable. The cover is configured to close the quick frontage. The quick fitting part has a terminal insertion hole through which a terminal of the quick charging connector is insertable inside the quick fitting part. The cover has a first protrusion extending toward the terminal insertion hole and holding the cover on the housing with the first protrusion being inserted into the terminal insertion hole.

Abstract: A voltage detection terminal holding structure includes a bus bar holding part and the voltage detection terminal held in the bus bar holding part. The voltage detection terminal includes an electric connection part configured to be connected to a bus bar, a wire connection part configured to be connected to an electric wire, and a temporary fixing part. The temporary fixing part is formed between the electric connection part and the wire connection part. The temporary fixing part is temporarily fixed to the bus bar holding part in a state that a movement in a axis direction in an end of the electric wire connected to the wire connection part is regulated and in a state that a displacement in a perpendicular direction to the axis direction and a rotation around the axis direction are allowed.

Abstract: A voltage detection terminal holding structure includes a bus bar holding part and the voltage detection terminal held in the bus bar holding part. The voltage detection terminal includes an electric connection part configured to be connected to a bus bar, a wire connection part configured to be connected to an electric wire, and a temporary fixing part. The temporary fixing part is formed between the electric connection part and the wire connection part. The temporary fixing part is temporarily fixed to the bus bar holding part in a state that a movement in a axis direction in an end of the electric wire connected to the wire connection part is regulated and in a state that a displacement in a perpendicular direction to the axis direction and a rotation around the axis direction are allowed.

Abstract: A busbar holding structure holds at least one of plural busbars to a wires routing body. The plural busbars electrically connect plural cell batteries constituting a battery assembly. The busbar holding structure includes a bottom wall, a partition wall erected from a portion of a peripheral edge of the bottom wall, a lock portion provided on the partition wall and configured to lock a side end portion of the busbar on the wires routing body, and a first projection that projects perpendicularly from the bottom wall and is to be fitted in a through-hole provided in the busbar. A fitting gap between the first projection and the through-hole is set so as to restrict an inclination angle of the busbar with respect to the first projection and to thereby prevent the busbar from being unlocked from the lock portion.

Abstract: A busbar holding structure holds at least one of plural busbars to a wires routing body. The plural busbars electrically connect plural cell batteries constituting a battery assembly. The busbar holding structure includes a bottom wall, a partition wall erected from a portion of a peripheral edge of the bottom wall, a lock portion provided on the partition wall and configured to lock a side end portion of the busbar on the wires routing body, and a first projection that projects perpendicularly from the bottom wall and is to be fitted in a through-hole provided in the busbar. A fitting gap between the first projection and the through-hole is set so as to restrict an inclination angle of the busbar with respect to the first projection and to thereby prevent the busbar from being unlocked from the lock portion.

Abstract: Positive electrode busbar 1 and 13 and negative electrode busbar 6 and 10 to 12 are provided. A plurality of positive electrode terminals 2a, 3a and 13a following to positive electrode busbar are disposed in one connector housing to constitute connectors 21 and 26, and a plurality of negative electrode terminals 8a, 9a and 10a to 12a following to negative electrode busbar are disposed in the other connector housing to constitute the connectors 24 and 25 of negative electrode and they are applied to the junction block circuit structure A. The positive electrode busbar 1 and 13 and negative electrode busbar 6 and 10 to 12 are disposed in different layer intervening an insulating plate. Each positive electrode busbar 1 and negative electrode busbar 6 is connected to the total output part of battery circuit, the total output part 1a and 6a of inverter circuit and other output parts, the other output parts are provided with positive terminals 2a and 3a and negative terminals 8a and 9a.

Abstract: Preventing an electric connecting box having an upper cover and a lower cover, which can prevent the upper cover from approaching the lower cover over a limit when an electric component is mounted on the upper cover, the electric connecting box 1 is provided with an upper cover 2, a lower cover 3, a middle cover 4, a printed wire board 5, a wiring board 6 and a shield plat 7. The upper cover 2 is mounted on the lower cover 3. The lower cover 3 has a first strut 20 abutting on the shield plate 7. The first strut 20 supports the upper cover 2 through the shield plate 7 and the wiring board 6.

Abstract: A receptacle of this junction socket includes a resilient contact piece extended from a front wall, and bent twice inwardly in vicinities of top and bottom openings of the receptacle; a movable contact piece as a rear wall facing to the resilient contact piece, and able to rotate around spindles provided on both of the sidewalls respectively. The receptacle receives upper and lower male terminals in directions opposite to each other, and electrically connects them to each other. When inserting the terminals, the movable contact piece rotates to align along an insertion direction of the upper male terminal.

Abstract: A receptacle of this junction socket includes a resilient contact piece extended from a front wall, and bent twice inwardly in vicinities of top and bottom openings of the receptacle; a movable contact piece as a rear wall facing to the resilient contact piece, and able to rotate around spindles provided on both of the sidewalls respectively. The receptacle receives upper and lower male terminals in directions opposite to each other, and electrically connects them to each other. When inserting the terminals, the movable contact piece rotates to align along an insertion direction of the upper male terminal.

Abstract: Positive electrode busbar 1 and 13 and negative electrode busbar 6 and 10 to 12 are provided. A plurality of positive electrode terminals 2a, 3a and 13a following to positive electrode busbar are disposed in one connector housing to constitute connectors 21 and 26, and a plurality of negative electrode terminals 8a, 9a and 10a to 12a following to negative electrode busbar are disposed in the other connector housing to constitute the connectors 24 and 25 of negative electrode and they are applied to the junction block circiut structure A. The positive electrode busbar 1 and 13 and negative electrode busbar 6 and 10 to 12 are disposed in different layer intervening an insulating plate. Each positive electrode busbar 1 and negative electrode busbar 6 is connected to the total output part of battery circuit, the total output part 1a and 6a of inverter circuit and other output parts, the other output parts are provided with positive terminals 2a and 3a and negative terminals 8a and 9a.

Abstract: Preventing an electric connecting box having an upper cover and a lower cover, which can prevent the upper cover from approaching the lower cover over a limit when an electric component is mounted on the upper cover, the electric connecting box 1 is provided with an upper cover 2, a lower cover 3, a middle cover 4, a printed wire board 5, a wiring board 6 and a shield plat 7. The upper cover 2 is mounted on the lower cover 3. The lower cover 3 has a first strut 20 abutting on the shield plate 7. The first strut 20 supports the upper cover 2 through the shield plate 7 and the wiring board 6.