Abstract: A terminal relay member includes a plurality of relay terminals, each of which has a body section in which an opening is formed so as to penetrate the body section, and a terminal section to be connected to the circuit board; and a covering section for covering the body sections. The covering section includes holes corresponding to the openings. The opening is configured so that, by inserting a terminal pin of a connector to the opening, a part of the body section around the opening is deformed toward an inner wall of the hole of the covering section to contact the terminal pin.

Abstract: A method for manufacturing an electronic component embedded connector includes a first step for fixing a terminal to a fixing means; a second step for fixing electronic components to the fixing means; a third step for cutting connecting sections of the terminal fixed to the fixing means; a fourth step for connecting the electronic components fixed to the fixing means, to the terminal in which the connecting sections are cut off; and a fifth step for covering a section of the terminal other than terminal sections, and the electronic components by an insulating cover.

Abstract: A pivoting lever has tongue-like movable pieces formed in a squared U-shape on both side faces of a cover member, and locking claws at intermediate parts of the movable piece. A pivoting lever is pivotally supported on a support pin of the cover member. Circular arc-shaped cam grooves are formed in a lever body part, and locking holes engaging locking claws are formed in the lever body part. When a mating housing is pressed into a housing and the lever is pivoted, the cam grooves drive a driven pin and pull the mating housing toward the housing. The lever contacts the locking claws, and pivots the locking claws while pushing them down. When the housings are joined, the locking claws returned to the original positions fitted into the locking holes, setting the lever to a locked state, thereby disabling further rotation and reverse rotation of the lever.

Abstract: An electric connector capable of fixing a small connection terminal by a large locking force. Two housings having a plurality of connection terminals are placed vertically symmetrically with their open surfaces facing each other, and a holder having a lock is interposed between the open surfaces of the housings. An assembly of the housings and the holder is accommodated in an outer cover, and a bottom cover is fixed to the bottom of the outer cover. The connection terminals are rigidly prevented from moving backward and vertically by the housings and the holder, and from moving forward by a front wall of the outer cover.

Abstract: A method for manufacturing an electronic component embedded connector includes a first step for fixing a terminal to a fixing means; a second step for fixing electronic components to the fixing means; a third step for cutting connecting sections of the terminal fixed to the fixing means; a fourth step for connecting the electronic components fixed to the fixing means, to the terminal in which the connecting sections are cut off; and a fifth step for covering a section of the terminal other than terminal sections, and the electronic components by an insulating cover.

Abstract: A terminal relay member includes a plurality of relay terminals, each of which has a body section in which an opening is formed so as to penetrate the body section, and a terminal section to be connected to the circuit board; and a covering section for covering the body sections. The covering section includes holes corresponding to the openings. The opening is configured so that, by inserting a terminal pin of a connector to the opening, a part of the body section around the opening is deformed toward an inner wall of the hole of the covering section to contact the terminal pin.

Abstract: A connection member of simple structure having a high reliability and capable of performing electric cable branching is provided. Connection portions of a plurality of electric cable terminals having an electric cable are respectively inserted into an electric cable terminal insertion hole of a holding body. Cylindrical contact points of the connection portions are aligned in a pin terminal insertion hole and a pin terminal is inserted into the pin terminal insertion hole. The pin terminal is successively inserted into the cylindrical contact points of the electric cable terminals arranged in parallel in the pin terminal insertion hole so that the pin terminal is electrically connected to the plurality of connection portions and the connection portions are short-circuited with one another.

Abstract: Provided is a connecting member by which an electric wire can be branched easily with high reliability. Receptacle connecting ends (2a) of a plurality of wire terminals (2) having wires (3) are inserted into a wire terminal inserting hole (1a) of a holder (1), then, a pin terminal (4a) is inserted into a pin terminal inserting hole (1b) of the pin terminal (4a). The pin terminal (4a) is inserted through a tubular contact (2c) of the receptacle connecting ends (2a) arranged in the pin terminal inserting hole (1b), and electricity is carried between the wire terminals (2) through the pin terminals (4a).

Abstract: A pivoting lever has tongue-like movable pieces formed in a squared U-shape on both side faces of a cover member, and locking claws at intermediate parts of the movable piece. A pivoting lever is pivotally supported on a support pin of the cover member. Circular arc-shaped cam grooves are formed in a lever body part, and locking holes engaging locking claws are formed in the lever body part. When a mating housing is pressed into a housing and the lever is pivoted, the cam grooves drive a driven pin and pull the mating housing toward the housing. The lever contacts the locking claws, and pivots the locking claws while pushing them down. When the housings are joined, the locking claws returned to the original positions fitted into the locking holes, setting the lever to a locked state, thereby disabling further rotation and reverse rotation of the lever.

Abstract: Provided is a connecting member by which an electric wire can be branched easily with high reliability. Receptacle connecting ends (2a) of a plurality of wire terminals (2) having wires (3) are inserted into a wire terminal inserting hole (1a) of a holder (1), then, a pin terminal (4a) is inserted into a pin terminal inserting hole (1b) of the pin terminal (4a). The pin terminal (4a) is inserted through a tubular contact (2c) of the receptacle connecting ends (2a) arranged in the pin terminal inserting hole (1b), and electricity is carried between the wire terminals (2) through the pin terminals (4a).

Abstract: It is possible to provide a connection member of simple structure having a high reliability and capable of performing electric cable branching. Connection portions (2a) of a plurality of electric cable terminals (2) having an electric cable (3) are respectively inserted into an electric cable terminal insertion hole (1b) of a holding body (1). Cylindrical contact points (2c) of the connection portions (2a) are aligned in a pin terminal insertion hole (1a) and a pin terminal (4a) is inserted into the pin terminal insertion hole (1a). The pin terminal (4a) is successively inserted into the cylindrical contact points (2c) of the electric cable terminals (2) arranged in parallel in the pin terminal insertion hole (1a) so that the pin terminal (4a) is electrically connected to the plurality of connection portions (2a) and the connection portions (2a) are short-circuited with one another.

Abstract: An electric connector housing that is, even though small in size, capable of fixing a connection terminal with large engagement force. An upper cover (22) is placed on a holder (21) where a connection terminal (11) is fixed, and the holder (21) and the upper cover (22) are connected by a locking mechanism. In this state, the holder (21) and the upper cover (22) firmly prevent the connection terminal (11) from moving in a front-rear direction and a top-bottom direction. The connector housing cooperates with a mating connector to cause connector terminals to be fitted together, and functions as a connector.

Abstract: A connecting terminal 11 has a rectangular tube-like connecting portion 12 formed at a front side for receiving a cooperating tang-like connecting terminal and a U-shaped core conductor clamping portion 13a and a U-shaped sheath clamping portion 13b at a rear side. In front of the core conductor clamping portion 13a near the connecting portion 12 there are formed plate-like locking strips 14 to extend in a longitudinal direction in an upright fashion. A top portion 13a? of the core conductor clamping portion 13a is coupled substantially linearly with top portions 14? of the locking strips 14 by means of coupling portions 15 to reinforce a root portion of the core conductor clamping portion 13a.

Abstract: In an electrical connector assembly, housings are locked with each other by locking a rear holder provided in a first connector with a cooperating second connector. In a rear holder main body 52 of a rear holder 51 there are formed a plurality of resilient clamping lances 53 which clamp connection terminals 67 inserted into respective terminal receiving holes 62 formed in a housing main body 61. At a middle upper portion of the rear holder 51 there is provided a resilient locking arm 54, and a locking claw 55 is formed on the locking arm. When the housing main body 61 is inserted into a housing main body 71 of a cooperating connector, connection terminals 67 and 72 are coupled with each other. The locking claw 55 provided on the locking arm 54 of the rear holder 51 is engaged with a locking portion 73 of the housing main body 71 of the cooperating second connector.

Abstract: A front end 7 of a locking arm 4 provided on a rear holder 1 is inserted into a hole portion 25 formed in a main housing 21, and the locking arm 4 is supported like as a bridge. The main housing 21 is inserted into a hood portion 44 of a cooperating housing 41 and connecting terminals are connected to each other to establish the electrical connection. A locking claw 5 formed on the locking arm 4 is once resiliently moved downward to pass through a locking claw 43 of the cooperating housing 41 and is then restored into an original posture to engage the locking claw 5 with the locking claw 43. Once the main housing 21 is engaged with the cooperating housing 41, these housings could not be released accidentally.

Abstract: A connecting terminal 11 has a rectangular tube-like connecting portion 12 formed at a front side for receiving a cooperating tang-like connecting terminal and a U-shaped core conductor clamping portion 13a and a U-shaped sheath clamping portion 13b at a rear side. In front of the core conductor clamping portion 13a near the connecting portion 12 there are formed plate-like locking strips 14 to extend in a longitudinal direction in an upright fashion. A top portion 13a? of the core conductor clamping portion 13a is coupled substantially linearly with top portions 14? of the locking strips 14 by means of coupling portions 15 to reinforce a root portion of the core conductor clamping portion 13a.

Abstract: A front end 7 of a locking arm 4 provided on a rear holder 1 is inserted into a hole portion 25 formed in a main housing 21, and the locking arm 4 is supported like as a bridge. The main housing 21 is inserted into a hood portion 44 of a cooperating housing 41 and connecting terminals are connected to each other to establish the electrical connection. A locking claw 5 formed on the locking arm 4 is once resiliently moved downward to pass through a locking claw 43 of the cooperating housing 41 and is then restored into an original posture to engage the locking claw 5 with the locking claw 43. Once the main housing 21 is engaged with the cooperating housing 41, these housings could not be released accidentally.

Abstract: In an electrical connector assembly, housings are locked with each other by locking a rear holder provided in a first connector with a cooperating second connector. In a rear holder main body 52 of a rear holder 51 there are formed a plurality of resilient clamping lances 53 which clamp connection terminals 67 inserted into respective terminal receiving holes 62 formed in a housing main body 61. At a middle upper portion of the rear holder 51 there is provided a resilient locking arm 54, and a locking claw 55 is formed on the locking arm. When the housing main body 61 is inserted into a housing main body 71 of a cooperating connector, connection terminals 67 and 72 are coupled with each other. The locking claw 55 provided on the locking arm 54 of the rear holder 51 is engaged with a locking portion 73 of the housing main body 71 of the cooperating second connector.