Abstract: A connector assembly for a fetal scalp electrode for use in monitoring fetal heart rate. The connector assembly is used in conjunction with a fetal monitor coupling device and includes a holder formed of an insulating material and a fetal electrode and a maternal electrode secured to the holder. Each wire of an insulated pair of elongated flexible wires is electrically connected to a respective one of the fetal and maternal electrodes. The connector assembly further includes a connector having a pin contact electrically connected to one of the wires and a cylindrical contact electrically connected to the other of the wires. The cylindrical contact is mounted coaxially with the pin contact so that the contacts are electrically isolated from each other and are positioned to make electrical contact with complementary contacts in the coupling device. The connector assembly also preferably includes an elongated tubular sheath that covers the connector and is sized to be received in the coupling device.

Abstract: A razor head comprising at least one movable skin-engaging element which moves in response to forces encountered during shaving and a cleaning member for selectively dislodging shaving debris from small spaces on the razor head. A pair of resilient, spring fingers are integrally formed with the cleaning member for biasing the skin-engaging element. The cleaning member is provided with an actuator button to allow a person shaving to move the cleaning member forwardly to dislodge shaving debris.

Abstract: A power distribution system includes a power outlet for connection to different power supply circuits in a power block when assembled thereto. The system includes a power block having arrays of openings on the front and back faces which are vertically staggered.

Abstract: A power distribution system for prewiring a modular wall panel unit with electrical conductors. The system is installed in the wiring channel that extends along the bottom edge of the panel unit. The system includes a power block located at each of the opposite ends of the panel wiring channel. Each power block comprises a housing containing ten flat, vertically aligned bus bars that are each connected to a separate one of four line, four neutral, a safety ground and an isolated ground conductors of the power supply of the site at which the panel unit is installed. Each power block is capable of receiving, at the end thereof adjacent the end of the wiring channel, on either or both faces thereof, a connector for a jumper cable for connecting two similar power distribution systems in adjoining panel units.

Abstract: The present invention discloses a filtered cable harness connector assembly 10 including a multiterminal connector 12 having at least one row of terminals 18 therein terminated to conductors 28 of a cable 26, at least one filter subassembly 30 secured to the conductors 28 rearward of the multiterminal connector 12 and means covering the connector 12 and subassembly 30. The cable conductors are arranged in at least one planar array 29 and extend rearwardly from the connector 12 in a given lateral spacing. One filter subassembly 30 is associated with each at least one array of conductors. The subassembly 30 has plurality of contact members 32, a purality of filter members 58, means 50 housing the contact members 32 and filter members 58, and bus means 46.

Abstract: A filtered electrical device 10 for being secured externally to an electrical article such as an electrical connector and electrically engageable to circuit paths thereof comprises a plurality of contact members 12, a housing member 40 having a plurality of filter receiving apertures 48 therein, a plurality of filter receiving apertures 48 therein, a plurality of filter members 54 disposed in the apertures 48 and electrically connected to the contact members 12 and a ground means. The contact members 12 have first and second contact portions 14, 24, the first contact portions 14 being secured in the housing 40 and engageable with corresponding contact sections of the elctrical article to which the filtering device 10 is secured. The second contact portions 24 are exposed along a bottom surface 50, of respective apertures 48 and are paired with and spaced from third contact portions 30 which are also exposed along a bottom apertures surface 50.

Abstract: An electrical adaptor 10 for providing transient suppression capabilities comprises housing members 12, 30, first and second connector subassemblies 44, 68, and dielectric subassembly 90 including dielectric substrate member 89 having electrical circuit component members 108 mounted thereon and means for grounding adaptor 10. First and second connector subassemblies 44, 68 include, respectively, first and second terminal members 46, 70 and first and second dielectric support members 52, 70. Dielectric substrate 89 includes a plurality of conductors 92 having first, second, and intermediate portions 94, 96, and 98 respectively and ground conductive area 102. First and second connector subassemblies are mounted to substrate 89 such that first and second terminal members 46, 70 are in electrical engagement with first and second conductor portions 94, 96 respectively.