Abstract: The low insertion force type connector has a housing, contacts, shafts, main bodies of the shafts that urge the contacts, cams which maintain the mating connector at a depth that immediately precedes complete engagement, hook-shaped members which perform a gradually increasing locking operation with the mating connector, a lever, and a cover member. After the connectors have been engaged with each other to a depth that immediately precedes complete engagement, the lever is operated so that the cams are released. As a result, an electrical connection between the connectors is established by the main bodies; furthermore, the connectors are caused to approach each other even more closely by the hook-shaped members, so that wiping is performed, and so that the connectors are locked to each other.

Abstract: The invention relates to an electrical pin contact, (1, 32, 56), having a connecting part (2) and a connector tongue (4) together with a locking part (3, 33, 57). A separate locking spring (14, 34, 58), is provided which is inserted into the locking part (3, 33, 57) perpendicularly to the longitudinal axis of the contact (1, 32, 56). Particularly simple mounting of the locking spring (14, 34, 48) is achieved in that the latter has latching means, which fix the locking spring (14, 34, 58) in position in the locking part (3, 33, 57) through insertion of the locking spring into the locking part (3, 33, 57).

Abstract: A switch relay with a switching status display is described, in which a display element is in operative connection with a switch contact of the switch relay and displays the switch positions in a clearly recognizable manner. The display element enlarges the display stroke so that contact movement is more readily visible. The principle is based on the elongation of a pointer of the flexing line of, for example, a constructed film hinge. As a result of the display element being constructed as a synthetic part low in mass, the contact dynamics are reduced by only a small extent.

Abstract: A contact having a contact spring, a contact positioner, and a locking element. The contact spring having resilient contacts. The contact positioner receives the contact spring for connection to an electrical conductor. The locking element has a guide face with a locking side that maintains the contact in a housing. A cover covers the locking side to form a closed surface. A guide plate is integrally formed with cover and covers the lateral side of the guide face to form a closed surface. The cover and guide plate enlarge a seal opening of the housing to prevent the seal from damage by the locking element when the contact is inserted and withdrawn from the housing.

Abstract: The invention relates to an electric connector for use in vehicles. The connector comprises a first connector body having a first housing, a first opening, and a first projecting portion and a second connector body having a second housing, a second opening, and a second projecting portion. Pluralities of contacts have indented portions such that when the contacts are correctly inserted into the first and second housings, the indented portions correspond with the first and second openings. As a result, when the second connector body is received in the first connector body the first projecting portion is received in the second opening and the second projecting portion is received in the first opening to reciprocally couple the first and second connector bodies.

Abstract: The invention relates to a connector assembly, especially for connecting optical fibers, having a coupling member, a connector housing insertable into the coupling member and a connection slide mounted in the coupling member so as to be actuatable generally perpendicular to the insertion direction of the connector housing. At least one of the components, either the coupling member, connector housing or connection slide includes a resiliently deformable area which is deformable between connection and snap-in positions.

Abstract: An electric connector for a steering wheel of a vehicle, comprising a connector body having an electric connector. An attachment body having resilient retainer arms for holding the connector body in a pre-assembled position and for engaging the connector body in a final assembly position on the steering wheel, and a complementary connector having an electric contact that couples with the electric connector of the connector body.

Abstract: The present invention relates to an electrical connector having a male connector part and a female connector part, the male connector part having a contact pin and a first base member and the female connector part having a contact socket and a second base member, and the contact pin being insertable into the contact socket in order to effect electrical connection between the male connector part and the female connector part. In order to provide an electrical connector which compensates any offset between female connector part and male connector part resulting from assembly tolerances without damage thereto during mating, the contact pin and/or the contact socket is/are mounted movably in the respective base member.

Abstract: A male contact having a male contact section formed by bending both sides of a metal plate inward and a method for manufacturing the same. The male contact section having a substantially rectangular cross-sectional shape and curved sections formed on four corners of the cross-sectional plane of the male contact section having a radius that is equal to or less than ⅓ of the thickness of the metal plate. The male contact makes it possible to obtain a sufficient area of contact with a mating female contact even in cases where the width of the male contact section formed by bending both sides of the metal plate inward is small.

Abstract: Thirty substantially pure and biologically active peptides are disclosed. Nucleic acids that have sequences coding for the biologically active peptides and pharmaceutical formulations produced thereform are also disclosed.

Abstract: A device for the assembly of printed circuit boards with contacts having one or more terminal posts for insertion into corresponding holes in the printed circuit board in different orientations, the device comprising a guide block which executes a raising and lowering movement perpendicular to the printed circuit board; a transport device operated by the guide block for supplying the contacts secured to a carrier strip, with a cutting device operated by the guide block for the removal of the carrier strip; a setting finger operated by the guide block for holding and inserting one of the contacts with terminal posts into the printed circuit board, characterised in that the setting finger is coupled to the guide block and executes with the guide block a corresponding movement perpendicular to the printed circuit board, and the setting finger is connected to a curved groove cylinder the axis of which coincides with the perpendicular movement direction and which has at least one curved groove on its cylinder jack

Abstract: A squib connector that has a slideable locking element with a locking protrusion for engaging a portion of the squib connector housing in the fully locked position where the locking protrusions are thus outwardly biased into locking engagement with the squib and any tension on the cable or connector housing tends to splay apart the locking arms into tighter engagement against the squib locking shoulders.

Abstract: An electrical connector (1) comprising a housing (10) having a board attachment face (13a) inclined a specified angle from a plane that is perpendicular to a direction of mating with a mating connector. Contacts (20) are connected to the housing (10) and have leg parts (24) that extend parallel to the direction of mating that are inserted into a circuit board. A leg part alignment plate (30) aligns the leg parts (24) and is movable along the direction of mating. A fastening fitting (40) has a screw attachment plate part (41) that extends parallel to the board attachment face (13a) and a female screw part (45) that extends perpendicular to the board attachment face (13a) that is formed in the approximate center of the screw attachment plate part (41). Anchoring leg parts (44) are connected to the screw attachment plate part (41) and extend parallel to the direction of mating.

Abstract: A card edge connector 1 capable of effectively restraining a daughter board B from inadvertent removal in the horizontal direction by increasing the holding pressure of the daughter board B. The card edge connector 1 has an insulated housing 10 mounted onto the mother board A and latch members 30A, 30B attached to the housing 10, for holding the daughter board B. The latch members 30A, 30B have a daughter board locking portion 47a for restraining the daughter board B in the horizontal direction. The locking portion engages the inner wall of the semicircular recess B1 formed at the edge portion of the daughter board B. The daughter board locking portion 47a has a pointed edge portion 47c for penetrating the inner wall of the semicircular recess B1.

Abstract: A shielded connector assembly having an insulating housing having front and rear parts, and female connector parts. Contacts are disposed in the female connector parts. A metal shell is attached to the insulating housing. The metal shell has a specified plate thickness and has grounding tongues that elastically contact mating male connectors that are connected to the female connector parts. A front shell made of metal is externally mounted on the front part of the insulating housing. The front shell has a plate thickness thicker than the metal shell and is fastened to the insulating housing by crimping such that it contacts the metal shell. A metal rear shell is externally mounted on the insulating housing from the rear part of the insulating housing such that the front shell and the rear shell are mechanically and electrically engaged with each other.

Abstract: The card connector cover 50 of the invention has a planar surface 51 which substantially covers the upper surface of the card connector 10, and securing portions 52 which are installed on this planar surface 51. Springs 56 which contact the surface of the casing C of the electronic device that accommodates the card connector 10 are formed on the planar surface 51. The securing portions 52 fasten in place latches 30 which are disposed on the card connector 10, and which engage with the daughter board. The card connector assembly 1 consists of the card connector 10 and card connector cover 50.

Abstract: An electromagnetic relay having a base and an armature. The base having a first fixed contact support having a first fixed contact and a second fixed contact support having a second fixed contact. The armature having a first end and a second end. A contact bridge mechanically coupled to the first end by a transfer spring and having a first moveable contact and a second moveable contact. The contact bridge positioned between the first fixed contact support and the second fixed contact support such that the first fixed contact is substantially adjacent to the first moveable contact and the second fixed contact is substantially adjacent to the second moveable contact. An armature spring positioned on the second end of the armature for urging the contact bridge toward the first fixed contact.

Abstract: An armature for a switching relay having an armature plate and an armature spring. The armature plate is pivotally mounted on the switching relay between an open and closed position. The armature spring is attached to the switching relay by a suspension and has a spring contact region connected to the armature plate. A first web is attached to the spring contact region, and a tension rod is connected to the first web so that minimal torsional forces are transmitted to the tension rod when the armature plate pivots between the open position and the closed position.

Abstract: The present invention allows easy mounting of the lower daughter board or card in a card edge connector assembly in which two cards are stacked. The sub-assembly (19) is attached via an upper or second pair of latch members (8) to the supporting shafts (22) that protrude from both ends of the housing (6) which is long in the lateral direction. Projecting or supporting parts (82) are caused to protrude outward from both ends of the rear part of the housing (6), so that the sub-assembly (19) is maintained in an open state. The lower or first daughter board (96) is inserted at an inclination into the lower accommodating recess (4) as shown in FIG. 6(A), and is pressed downward as indicated by the arrow (C), so that the first daughter board (96) is attached to the lower or first pair of latch members (10).

Abstract: A board mount type shielded connector assembly comprising an insulating housing having integral tine holding parts. First contacts having first contact parts and first tine parts. Second contacts having second contact parts having a length greater than the first contact parts and disposed alternately in a row with the first contact parts in the insulating housing. The second contacts have second tine parts offset from the first tine parts and positioned substantially adjacent to the first tine parts in a direction perpendicular to the row. A shielding plate having a shielding surface extends in a direction perpendicular to the row and is attached to the insulating housing so that the shielding surface is disposed between the first and second tine parts as a result of the offset of the second tine parts. A metal shell is externally mounted on the insulating housing and positioned to make electrical contact with the shielding plate.