Abstract: A plug connector assembly includes: a mating member including an insulative housing and a pair of latching members spacedly retained in the insulative housing; a cable electrically connected to the mating member; and an outer case enclosing the mating member and the cable and having an operating portion to operate the latching member; wherein each of the latching member includes a forwardly extending mounting portion, a connecting portion upwardly extending from a rear end of the mounting portion, an elastic portion upwardly extending form a top end of the connecting portion, and a locking portion disposed on an extremity end, the elastic portion defining an upwardly extending pressing portion, the operating portion when pressed further pressing the pressing portion to move the locking portion towards an inside of the insulative housing for disengaging the latching member from a mating connector.

Abstract: In a terminal holding structure of a connector, a straight portion of a terminal is press fitted into a terminal holding hole formed on a terminal holding wall of a resin housing, so as to be held therein. At least a pair of projecting portions projecting to both sides in a direction orthogonal to a press-fitting direction is formed on the outer surface of a region of the straight portion of the terminal corresponding to the terminal holding hole. The projecting portions are formed with the cross-section orthogonal to the straight portion including a wedge-shaped dent at a distal end. The dents are formed such that a dimension between bottom portions is larger than the dimension of the terminal holding hole at the position into which the projecting portions are press fitted. This enhances the holding power to the terminal, and enables the terminal to be held stably.

Abstract: A system to deliver current to an area of interest of a subject is described that includes a power source, a controller electrically coupled to the power source, at least one first electrode electrically coupled to the controller, and at least one second electrode electrically coupled to one of the power source and the controller, with the area of interest positioned between the at least one first electrode and the at least one second electrode. A method of stimulating at least one of bone growth, tissue healing and pain control within an area of interest of a patient is described that includes inserting first and second electrode spaced at a predetermined distance, and further includes directing an electric current between the first and second electrodes so that at least a portion of the electric current passes through the area of interest positioned between the first electrode and the second electrode.

Abstract: A system for use in stimulating bone growth, tissue healing, and/or pain control is described. The system includes a screw, a battery, a controller, and means for connecting the battery such that current is routed from the battery through the screw and thence to a target area of interest requiring treatment. The screw includes an elongate shaft having a length extending between opposite ends. The shaft has an insulating coating extending along at least a portion of the length. The thickness of the insulating coating at various portions of the shaft is modulated to optimally direct current to a target area of interest requiring treatment. The controller adjusts the duty cycle of the current flow over the treatment period.

Abstract: The present invention generally relates to communication connectors and internal components thereof. In one embodiment, the present invention is a communication jack comprising back-rotated plug interface contacts having variable cross-sectional widths. In another embodiment, the present invention is a communication jack having back-rotated plug interface contacts where at least two of the plug interface contacts have a differing beam length. In yet another embodiment, the present invention is a communication jack having back-rotated plug interface contacts where at least two of the plug interface contacts have opposing bends in a deflection zone.

Abstract: A tip end and a base end therebetween define an opening located between a first conductive portion and a second conductive portion. The opening includes a pair of first linear portions, a pair of second linear portions, and a pair of third linear portions, which are located between the first conductive portion and the second conductive portion. The pair of first linear portions is in straight liner shapes and distant from both the tip end and the base end. The second linear portions are in straight liner shapes and located on the side of the tip end to have therebetween a distance decreasing toward the tip end. The third linear portions are in straight liner shapes and located on the side of the base end to have therebetween a distance decreasing toward the base end.

Abstract: A junction box for connecting a solar cell, having a housing; a diode; and a conductive foil strip electrical contact. The housing includes a base plate with a receiving passageway that extends along a slide direction. The receiving passageway opens along an upper side of the base plate through a receiving slot.

Abstract: An IC socket (1) for receiving an IC package includes an insulative housing (2) with a plurality of passageways (20) thereof and a plurality of contacts (3) mounted within the passageways (20) of the insulative housing (2) respectively. The contact (3) has a base section (30), an upward contact arm (31) and a downward contact arm (32) respectively extending from the base section (30), and a pair of retaining arms (33) extending from opposite sides of the base section (30). The retaining arm (33) includes an elastic section (330) engaging with an inner wall of the passageway (20) and an opening (332) adjacent to the elastic section (330).

Abstract: The present invention relates to an electrical press-in contact, particularly press-in pin con-tact, for transmitting electric current and/or electrical signals, comprising a press-in section and a mounting section which are mechanically coupled with each other via a relief section, and the relief section comprises a compensating portion and a stop portion, wherein the compensating portion allows a coupled relative movement of the press-in section and the mounting section, and the stop portion blocks a movement of press-in section and mounting section towards each other. Furthermore, the present invention relates to an electrical or electronic module or a printed circuit board comprising an electrical press-in contact according to the invention.

Abstract: A press-fit contact for a plug-in connector, a conductor bar or the like, has a press-in pin at its rear end. A slot is provided in lengthwise direction of the press-in pin. At least one projection is disposed on at least one boundary face of the slot, and a recess, neighboring the projection, is disposed in the circumferential direction of the press-in pin. The recess forms together with the projection a spring element that provides at least part of the retention pressure in the pressed-in condition of the press-in pin.

Abstract: In a connector for connecting first and second objects to each other, a contact includes a first connecting portion to be connected to the first object, a second connecting portion to be connected to the second object, and a holding portion held by a housing. The first connecting portion includes a pair of coupling portions extending from a base portion and faced to each other and a pair of contacting portions extending from the coupling portions, respectively, and faced to each other. Each of the contacting portions includes a fitting portion coupled to the coupling portion and fitted to the first connection object and a free end extending on a side opposite to the fitting portion. The contact is designed so that, upon connection with the first connection object, a distance between the contacting portions is narrower at the fitting portions than that at the free ends.

Abstract: The present invention relates to a motorized pulley (1) with a cylindrical cable connector (10) comprising a cylindrical drum (5) that is mounted rotatably about a shaft (11) and is configured for being fixedly mounted on supporting means, said cylindrical drum (5) delimiting an interior space intended for receiving an electric motor (20) for producing a rotating movement of the drum about the shaft (11), and wherein said shaft comprises a cylindrical recess (9) configured at an end of the shaft (11) for receiving the cylindrical cable connector (10) that is electrically coupled to said electric motor (20). Hereby a motorized pulley is accomplished that has a cable connector able to allow for tolerances deriving from the manufacture of the individual parts and mounting tolerances in the motorized pulley with the cable connector.

Abstract: An electrical contact that is particularly suitable for use in high speed, grid array connectors is disclosed. The contact includes a retention member extending along a length thereof. The retention member is adapted to retain the contact within a connector base and to deform upon insertion of the contact into the base to cause a generally straight edge to be formed along a portion of the contact that includes the length along which the retention member extends. Thus, a generally uniform impedance profile may be created between adjacent contacts along the respective portions that are inserted into the connector base.

Abstract: A connector and module provide for mating at least two connectors having pinned interfaces. The connectors provide a socket having reliable electrical contact and a pin socket with reliable pin alignment. An interface for multiple input modules with reliable electric contact and pin alignment is also described. A gimbal feature allows the connector to more easily self-align with mating pin structures.

Abstract: A method of forming a solid compliant connector contact which permits the compliant portion to be formed rapidly and inexpensively. Cylindrical bar stock is turned to form the outer contour of the contact, including a contact portion having a diameter larger than an opening into which it will be inserted in use. The contact is made compliant by plunging a cutter having a circular blade rotating about a center of the blade into the contact portion and removing the circular blade from the contact portion to form the slot to have a generally arcuate shape corresponding to the shape of the circular blade. The contact portion is resiliently deformable upon insertion into the opening for exerting a radially outward force within the opening to hold the contact in electrical contact with the opening.

Abstract: An electrical connector includes a dielectric housing having a plurality of terminal-receiving passages. A plurality of terminals are inserted into the passages in an insertion direction. The terminals have tool-engaging surfaces on opposite sides thereof, exposed opposite the insertion direction, for engagement by appropriate terminal-engaging tooling. The terminals have outwardly spaced, inwardly facing retention surfaces for engaging outwardly facing retention surfaces of the housing for establishing a press-fit to retain the terminals in the housing. Surrounding walls are not required to hold the terminals in the housing.

Abstract: An improved compliant section (30) for a terminal connectable to a circuit board (54), the compliant section (30) having legs (32) with outer edges (34) thereof forming selected shapes axially therealong and an elongate hole (38) having a selected shape stamped transversely through the terminal separating the legs (32) and defined between inwardly facing edges (36) thereof. The selected shapes of the leg outer edges (34) are continuous surfaces, first diverging then converging toward an insertion end (40) of the terminal and having a widest dimension at a selected axial location. The hole (38) has first and second ends (42, 44) and a transverse median M at a selected axial location.

Abstract: A method for turning a concave cut in a workpiece on a screw machine includes the steps of supporting the workpiece for rotation generally about its longitudinal axis and rotating the workpiece generally about an axis corresponding to its longitudinal axis in a first direction. A rotary cutter is turned about an axis parallel to the axis of rotation of the workpiece in a second direction opposite to the first. A tooth on the cutter engages the workpiece for forming a generally concave cut in the workpiece. Apparatus for turning a concave cut in workpiece on a lathe is also disclosed.

Abstract: A terminal alignment system is provided for an electrical connector assembly disclosed as an insulation displacement type connector for terminating a plurality of insulated conductors of a multi-conductor cable. The connector includes a dielectric housing having a plurality of terminal-receiving passageways for the insertion thereinto of a plurality of terminals in a given insertion direction. Each terminal includes an insulation displacement section at one end for piercing the insulation about one of the conductors, a contact section at an opposite end for mating with a mating terminal, and an intermediate securing section between the ends for securing the terminal in a respective one of the passageways. The insulation displacement section of each terminal includes a notch facing in the insertion direction. The housing includes a rib for interengagement with each notch.

Abstract: In a solderless connector having an insulation displacement terminal which is a plate member accommodated in a connector housing, the plate member includes a wire insulation displacement part with a slot, and has engaging protrusions before and after the wire insulation displacement part. The connector housing has engaging grooves formed in its bottom. The engaging protrusions are engaged with the engaging grooves, to prevent the longitudinal deformation of the wire insulation displacement part.

Abstract: An electrical connector assembly includes a housing (20) having a mating face (22) and an opposed rear face (24), the housing being formed with a plurality of contact receiving passageways (26) extending between the mating face and the rear face. Each of the passageways contains a contact (40) which includes a generally linear central body portion (42), a terminal portion (46) at a first end of the central body portion which includes a slotted insulation displacing plate (48) adapted to mechanically and electrically engage an individual cable wire, a generally linear pin receiving beam portion (50) at the second end of the central body portion (42) which is offset from the line (52) defined by the linear central body portion, and retention means (44) on the central body portion for engaging the housing (20) to retain the contact in its passageway (26).

Abstract: An electrical socket (10) includes a housing (16) containing spring contacts (32) having a spring geometry to accommodate stub-free insertion and extraction of leads (70) and provide a tolerance accommodating spring action relative to contact post portions (40) inserted into the apertures (14) of a printed circuit board (12) or the like.

Abstract: An improvement is provided in an electrical connector system which includes a connector block of insulating material having a plurality of pin receiving openings for positioning a plurality of terminal pins therein by an interference fit. At least some of the openings each are generally rectangularly shaped and include inwardly directed pin engaging projections located in diagonally opposite quadrants of the rectangular opening. The invention contemplates that the connector block may have a series of the openings in a closely spaced row. The diagonally opposite quadrants in which the projections are disposed are at the same respective locations in each opening along the row.

Abstract: An electrical contact terminal which includes a terminal portion (1); an insertion portion (2); and a press-fit portion (4) provided between the terminal portion and the insertion portion and having a pair of abutment portions (5, 6) and a bridge portion (7) between the abutment portions to form an S-shaped cross section, the bridge portion having a pair of expanded portions (11, 12) connected to the abutment portions with a pair of tie portions (8, 10) and interconnected with a central tie portion (9), with the tie portions each being defined by a recess (13, 15) and a concave surface (14, 16) and the central tie portion being defined by the recesses, the tie portions having substantially the same cross sections having equal yielding deformations, the abutment portions, the expanded portions, and the central tie portion being made symmetrical about a center O of the bridge portion, a distance L between the abutment portions and a distance L' between the expanded portions when the press-fit portion is not pre

Abstract: An electrical terminal having a portion of a contact section overhanging the plane of the stock is made by a method that does not weaken the terminal by the use of a slot or similar structure. A blank is stamped from sheet metal stock. Portions of the blank including the portion to overhang are formed up from the plane of the stock. At least part of the terminal base is formed up from the plane of the stock. The formed base portion is returned to the plane of the stock to rotate the contact section and move the overhanging portion to its final position.

Abstract: A multi-contact electrical connector for electrically connecting a plurality of wires to a printed circuit board. The electrical connector includes an open topped housing having a plurality of contact chambers, wire holding sections, and terminal receiving bores, with the terminal receiving bores intersecting lower portions of the contact chambers and extending in parallel to the wire holding sections. Each wire holding section includes a securing arrangement such that the wire placed therein is securely held, and each of the contact chambers accommodates a contact member having a pair of spaced pressing elements, with a space between the pressing elements being narrower than a diameter of a conductor in the wires so that the insulating cladding or cover of the wire is penetrated by side ridges of the pressing elements to allow the conductor of the wire to make an electrical contact with the contact member.

Abstract: The present invention relates to the compliant section on contact elements which are received in plated through holes in printed circuit boards and are structured to hold such elements therein without soldering. More particularly, the invention discloses an improved structure relative to the legs forming the moving members of the compliant section. The invention further discloses an improved structure to stabilize the element against normal forces.

Abstract: An electrical contact pin for mounting in a printed circuit board. The pin has an H-shaped contact portion cross-section which is mounted in the hole by compliant press-fit action. The H-shaped cross-section comprises four compliant pins and a crossbar. The floor of the crossbar is V-shaped and the transition between the pins and floor is rounded. The height and thickness of the fins on each side of the V-shaped floor are substantially the same, thereby minimizing or eliminating rotation of the pin during insertion into the hole.

Abstract: An electric connector for multi-conductor flat cables comprises an insulating housing having a substantially flat end face, at least two kinds of contacts, one kind at a level of height different from that of the contacts of another kind, and at least two cable connecting members in the form of a substantially flat plate. The contacts are arranged in at least two rows extending from the end face. The pitch of or space between the contacts arranged in one row is equal to that of the contacts arranged in another row and to the pitch of the conductors in a multi-conductor flat cable to be connected.

Abstract: A press-fit connector has a compliant portion formed as a fusiform, laterally bifurcated tube having two oppositely disposed "C" shaped sections for engaging the surface area of a plated-through-hole in a printed circuit board.

Abstract: Surface mount connector has terminals which float axially in passages through housing. Each terminal is spring loaded toward mounting face to provide compliance between solder tails and pads on printed circuit board. Metal clips have legs received in holes through board which anchor connector independently of solder tails.

Abstract: A compliant, press fit, electrical contact includes a relief groove which forms an area of reduced cross sectional thickness to provide a stress concentration, and thus a controlled region of plastic flow, to create a plastic-elastic hinge. When the contact is inserted into a plated through hole in a printed circuit board, the hinge elastically deforms until a predetermined push-in force is reached, at which time a controlled plastic flow begins. Once the point of plastic flow is reached, the amount of additional push in force required for additional deflection of the hinge is greatly reduced, so that smaller hole sizes may be accommodated with a relatively small additional push in force. However, the required minimum pull out force is maintained for the entire range of hole sizes, since elastic energy remains stored in the hinge, even after plastic flow begins. The contact is manufactured through a series of simple coining and punching operations, so that complex rounding and rolling operations are avoided.

Abstract: A single piece contact element including a termination portion at one end, a female contact portion at the other end, a press fit region between the two portions, the press fit region being adapted to form a contacting region when the contact element is pressed into a circuit board. An opening is provided in the contact element in an area above the press fit region such that a press-in tool pin inserted through the female contact portion comes into engagement with a location of the contact element, which location is aligned with the longitudinal axis of the termination portion.

Abstract: A compliant terminal comprises a pair of legs facing each other. Each of the legs is provided with an outwardly expanded portion in the intermediate portion. The expanded portions form an elastic contact portion for compressed fitting with a through hole. The leg portion is also provided with a pair of inward projections in the boundary region between the intermediate and free end portions. The inward projections of the two legs are substantially in contact. Therefore when the legs are inserted to the hole, the ends of legs outwardly swing about the contact point of the inward projections, and the compliant terminal is prevented from being withdrawn from the hole.

Abstract: An electrical connector comprising a metal plate (30) containing a plurality of apertures (32). Disposed on each side of the plate (30) is a resilient rubber plug (42,44). Pairs of holes (45) in the plugs (42,44) are aligned with the apertures (32) in the plate (30) for receiving respective filter elements (16) therein. Adjacent each aperture (32) in the plate there is integrally formed with the plate (32) a resilient contact finger (36) which lies adjacent and parallel to the filter element (16). Disposed around the periphery of the metal plate (30) is a plurality of further fingers (38) which lie adjacent and parallel to the inner side wall of a tubular metal housing (34). A pair of rigid plates (46,48) disposed outboard of the rubber plugs (42,44) can be selectively brought together whereby to compress the plugs therebetween. The resulting lateral distortion of the plugs is arranged to have a three-fold effect. Fristly, the filter elements are gripped tightly in the holes in the plugs.

Abstract: An electrical coil assembly includes a bobbin having a pair of generally parallel end plates with a pair of terminals inserted into holes in an edge in one of the end plates. A wall is attached to that one of the end plates and extends radially outward therefrom, being formed with a pair of crossholes each aligned with one of the blind holes. A pair of terminals are partially inserted into the blind holes. Each of the terminals includes an elongated slot of reduced width at the end remote from the end plate. A portion of the terminal slot material is lanced out to form a tab at that remote end of the terminal. The close in ends of the terminal slots are lined up with the crossholes. Magnet wire is then wound on the bobbin hub and the two ends of the magnet wire are dressed through respective terminal tabs and then resistance welded thereto. A layer of protective tape is then applied over the surface of the wound coil.