Abstract: An SCSI cable assembly (30) with a termination circuit included within one of the connector housings (44) is disclosed. The termination circuit is on a circuit board (52) that is retained within a cavity (68) between two solder nest halves (50). The solder nest halves (50) have a plurality of openings (70) that are in alignment with contact pads (54) on a surface of the circuit board (52). Solder segments (100) are arranged within the openings (70), and conductors (48) of a cable (32) are individually inserted into the openings in thermal engagement with the solder segments to form a solder nest assembly (40). An electrical connector (42) having a plurality of contact leads (58) spaced similarly to the spacing of the openings (70) is assembled to the solder nest assembly so that each lead (58) is in thermal engagement with a respective conductor (48) in a respective opening (70). Each lead (58) is attached to a common carrier strip (104) which is a self regulating temperature heater.

Abstract: In one embodiment of a two-channel SCSI-compatible interconnection system and method, a dielectric material into which SCSI data and control signal carrying wires are embedded frees ground wires in the SCSI cable to carry first and second SCSI channels so that one conventional SCSI cable and cable connector can support two separate SCSI channels without signal ground wires. In another embodiment of a two-channel SCSI compatible interconnection system and method, a high-density, 100 position dual channel SCSI connector having connector positions doubled in number and spaced at halved intervals relative to a conventional SCSI cable connector supports two separate SCSI channels. In this embodiment, a single one hundred (100) wire SCSI cable or two (2) fifty (50) wire SCSI cables may be attached to the high-density dual channel SCSI connector. In all embodiments, the SCSI channel handling capability is effectively doubled over the heretofore known SCSI connectors for a given connector size or footprint.

Abstract: The invention relates to an improved, high density electrical connector, such as a backplane connector, which utilizes a flexible film having circuitry thereon for interconnecting plural planar electronic devices, such as a daughter board to a mother board. The improvement is derived through the use of a flexible film enhanced for local compliance, and to the inclusion of a force distribution member. The enhanced flexible film comprises a composite of a thin, flexible, dielectric film having upper and lower surfaces, a thin layer of metal disposed along the lower surface, and a plurality of discrete metallic pads or traces along the upper surface. Improved local compliance is accomplished by the thin metal layer having plural through slots, by mechanical punching or laser cutting, where each slot is aligned between a pair of adjacent metallic pads or traces. By this arrangement, the composite has improved local compliance between adjacent metallic pads or traces.

Abstract: An electrical connector in which a front piece fixing terminals in the preliminarily locked stage does not unintentionally move to the fully locked stage.

Abstract: A connecting method comprising laminating a flexible circuit substrate having a plurality of bump contacts with a contact object having a plurality of portions to be contacted such that the respective bump contacts face to the portions to be contacted at a joined surface, correspondingly each other to form a laminate, and applying pressure to the entire surface of the laminate in a compressing direction with pressurizing means provided so as to pinch the laminate in a laminating direction to contact the plural bump contacts mounted on the flexible circuit substrate with the plural portions to be contacted corresponding thereto mounted on the contact object, respectively.

Abstract: In water cooled electric generators, an electrical and fluidic connector connects a stator bar to an electrical bus and to a water source. The connector comprises two pieces, a clip and a sleeve. During installation, the sleeve is brazed to the stator bar in a fluid tight manner, and the clip is then brazed to the sleeve. Fluidic connection from the generator's water source to the stator bar is provided by a hose attached to a fluid port on the clip. Connection to the electrical bus of the generator is provided by copper leaves and/or copper piping brazed onto the clip. The clip and the sleeve are both formed from copper to form an electrical connection between the copper leaves and/or copper piping and the stator bar. The connector may be further used to replace a defective electrical and fluidic connector that terminates a stator bar in a water cooled electric generator.

Abstract: A wire holder for a water-proof connector is coupled to an electrical wire which, together with a sealing rubber plug, is inserted into the housing of said water-proof connector. The wire holder has a regulating portion which is fixedly arranged behind the rubber plug, and fitted on the electrical wire extended from the housing, to regulate the bending position of the electrical wire.

Abstract: A connector for connecting an electronic device to a vehicle electrical system comprises a hollow inner sleeve, a hollow outer sleeve, and first and second conductive contacts. The inner sleeve forms a hollow nozzle located at a distal end of the inner sleeve and opening into the interior of the inner sleeve. The first conductive contact is slidably mounted within the nozzle and is movable between an extended position and a depressed position. In the extended position the first contact protrudes from the nozzle, while in the depressed position the first contact is substantially disposed within the nozzle. The first contact is spring-biased toward the extended position. The second contact is mounted to a sidewall of the inner sleeve. The outer sleeve is slidably mounted over the inner sleeve and is movable between a forward position and a retracted position. The outer sleeve forms at least one locking finger at a distal end thereof and circumferentially located away from the second contact.

Abstract: Disclosed is a waterproof connector which is capable of controlling the inserting posture of the terminal members with respect to the connector housing in the earlier stages of terminal insertion. The waterproof connector includes: a plurality of terminal members having inserting posture controlling protrusions; and a connector housing having a plurality of terminal accommodating chambers for accommodating the terminal members. A waterproof plug which has a plurality of sealing insertion holes corresponding to the terminal accommodating chambers is fitted into the rear section of the connector housing, and a waterproof plug retaining cover is mounted on the rear end section of the housing. The waterproof plug retaining cover has terminal insertion holes corresponding to the sealing insertion holes, and the terminal insertion holes have inserting posture controlling recesses allowing passage of the inserting posture controlling protrusions formed on the terminal members.

Abstract: An I/O card (10) includes a frame (12) shielded by outer covers (14, 16), and an internal PC board (20) positioned therein. A connector (24) is positioned at one end of the I/O card (10) for mating a corresponding memory card connector in the computer. A deflectable I/O port assembly (30) which can be angularly displaced with regard to the I/O card (10), extends outwardly at the other end and comprises at least one standard I/O connector (32) whose dimension is substantially larger than the thickness of the I/O card (10). A displaceable section (42) is connected between the standard I/O connector (32) and the I/O card (10) wherein conductors (34) are positioned along the displaceable section (42) for electrically connecting the standard I/O connector (32) and the PC board (20).

Abstract: An electrical connector comprising a housing, a plurality of first electrical contacts, a shuttle movably mounted inside the housing, and a plurality of second electrical shunt contacts stationarily mounted on the shuttle. The shuttle is movable between two positions to move the shunt contacts into and out of electrical contact with the first electrical contacts. The shuttle has a cam surface that is adapted to be moved along the slot by a second mating electrical connector to move the shuttle and shunt contacts.

Abstract: A clamp is provided which automatically latches onto a power line when brought into contact with the line for grounding the line or other purposes. The clamp has structural features which prevent inadvertent triggering of the latch mechanism before contact with the power line.

Abstract: A panel lock connector includes a connector housing having chambers formed therein for accommodating electrical terminals and a spacer inserted into the connector housing in a direction perpendicular to a direction along which the terminals are inserted into the chamber. The connector housing is provided in a peripheral wall with an opening and flexible lock arms each of which has an engagement projection to be engaged with a hole formed in the panel. Under condition that the spacer is inserted into the opening and the connector housing is engaged into the panel incompletely, an axial end of the spacer is positioned close to the panel in comparison with the engagement projection. Under condition that the spacer is inserted into the connector housing incompletely, the top of the base projects from the peripheral wall. In such a case, a further insertion of the connector into the panel is restricted by an interference of the base of the spacer with the panel.

Abstract: The invention herein relates to a kind of safety protection AC mains power socket that mainly consists an additional AC mains power socket in a recessed section at the rear end of an AC mains power plug which provides a kind of AC mains power plug that accommodates the insertion of a second AC mains power plug while the invention herein is plugged into a wall-type AC mains power socket. Furthermore, invention herein has a cover plate for the recessed section that effectively enhances safe usage by preventing the entry of objects and dust when the additional AC mains power socket of the invention herein is not being utilized.

Abstract: An electrical connector (1) comprises, a housing (4), a mating face (6) on the housing (4), multiple electrical contacts (7) in the housing (4), terminals (8) on the contacts (7) projecting from the housing (4) for connection with a circuit board, and an insulating alignment member (28) biasing the terminals (8), and a base portion (26) on the housing (4) adapting the connector (1) for vertical mounting and, alternatively, for right angle mounting to a circuit board.

Abstract: A connector is equipped with a front member in which a plurality of terminal containers for accommodating female terminal metal fittings are arranged in parallel in a transverse direction and resilient locking pieces of the terminal containers exposed forward are arranged in parallel in the transverse direction. The front member is composed of two through-hole portions. Each through-hole portion has jig insertion recesses continuously formed, wherein in the recess of jig insertion, respective substantial halves of two adjacent terminal containers appear, and the tapered guide surface formed on both edges of the recess of jig insertion partially overlap the periphery of the opening portion of each of the two terminal containers on the side of the resilient locking piece. Thus, a partner male terminal metal fittings can be smoothly guided into each terminal container through the front member provided at the connector housing.

Abstract: A connector housing includes support walls provided on right and left sides of terminal receiving chambers for receiving metal terminals, respectively, these support walls having retainer-retaining projections. A retainer for being inserted into the connector housing is made of an elastic material, and has lock arms formed on a base portion in a cantilever manner. The first and second lock arms Are integrally provided with a slit formed therebetween, and the first and second lock arms are integrally provided with a slit formed therebetween. The first and second lock arms have generally the same length, and are arranged generally symmetrically with respect to a line passing through the base portion. In a completely-retained condition of the retainer, the first and second lock arms limit the movement of elastic retaining pieces engaged respectively with the metal terminals.

Abstract: An electrical connector 1 having a mating section 12 and a mounting surface 14. The mounting surface 14 having a device receiving recess 19 therealong with a retaining lip 24. Contacts 40 having contact terminating sections 44 extending through the recess 19 and beyond the mounting surface 14. A device 50 is secured in the recess 19 by a combination of spring forces of the contacts 40 and the retaining lip 24.A method of assembling an electrical connector 1 having a device 50 secured in a device receiving recess 19 along a mounting surface 14. The method involves first placing the device 50 onto the contact terminating sections 44, moving the device 50 above and then behind the retaining lip 24 by pushing against spring forces of the contacts 40, and then lowering the device 50 behind the retaining 24 lip and releasing the spring forces.

Abstract: A connector housing includes support walls provided on right and left sides of terminal receiving chambers for receiving metal terminals, respectively, these support walls having retainer-retaining projections. A retainer for being inserted into the connector housing is made of an elastic material, and has lock arms formed on a base portion in a cantilever manner. The first and second lock arms Are integrally provided with a slit formed therebetween, and the first and second lock arms are integrally provided with a slit formed therebetween. The first and second lock arms have generally the same length, and are arranged generally symmetrically with respect to a line passing through the base portion. In a completely-retained condition of the retainer, the first and second lock arms limit the movement of elastic retaining pieces engaged respectively with the metal terminals.

Abstract: A low profile electrical bussing plate for electrically connecting a plurality of spaced pin terminals carried by an insulated housing of an electrical connector assembly, the housing having a planar face from which the terminals project and which is matable with an insulated housing or member for connection with the housing having an end face for engaging and holding the bussing plate against the planar end face of the housing when connected thereto. The bussing plate includes an elongated planar base plate having a plurality of spaced apart, generally rectangularly shaped openings, a plurality of spaced pairs of first and second arms integral with the base plate along its opposite elongated sides and located transversely of the openings and with the arms each being folded across the base plate toward each other and bent to provide arcuate portions which face one another.