Abstract: Disclosed is a device for insertion and removal of a circuit board into a mating connector positioned within a housing, the device having a first end for pivotal engagement with the circuit board and adapted to mate with a front surface of the housing when the circuit board to which the device is pivotally engaged begins to engage the connector, and a second end disposed longitudinally from the first end and adapted with a latch for releasably mating with a protrusion on the board such that when the board is engaged with the connector the second end becomes releasably mated to the protrusion thereby latching the board to the connector.
March 5, 2003
Date of Patent:
August 5, 2008
Hewlett-Packard Development Company, L.P.
Abstract: An antenna is positioned relative to one or more other components within a metal or alloy case member/back cover assembly of an electronic timepiece having a radio communication function to facilitate reception of radio waves by the antenna, and/or to reduce negative effects on the signal reception ability of the antenna caused by one or more other components. Thus positioning the antenna improves its reception, while the external appearance of the timepiece can be maintained or enhanced by using metal or alloy for the case member/back cover assembly.
Abstract: A time display device which utilizes light beams to display time is disclosed. The time display device at least comprises a timetable panel, an illuminant module, a counter unit, and a control unit. When the counter unit sends a counting result to the control unit, the control unit controls the illuminant module to respectively emit three color light beams projected on the timetable panel through the shielding of at least one shielding structure to form three color image areas with different distances to represent a second, a minute and a hour corresponding to the counting result.
Abstract: An electrical adapter (16) for receiving a male plug (10) having male plug electrical contacts (30) and having a broken latching tab (12), the male plug (10) being constructed to be received in a receiving unit (18) in a plugging fashion. The adapter (16) also comprises a female end (20) for electrically receiving the male plug (10) and a male end (22) for electrically connecting the adapter (16) to the receiving unit (18) in a plugging fashion.
Abstract: A ground hardware (26) is crimped to the shield layer (34) of a shield cable (30). A contact spring (6) is put in the a cord tube (5). By connecting the cord tube (5) to the plug shell (2), the contact spring (6) is brought into contact with the ground hardware (36) to electrically connect the shield layer (34) to the plug shell (2).
Abstract: A customizably configurable electrical connector for electrically connecting a plurality of electrically conducting members through at least one electrically conducting ground plate. The ground plate is defined by a plurality of substantially parallel elongated, bendable fingers. Each finger is spaced from every other finger in the ground plate and may be independently bent toward the electrically conducting members to make electrical contact therewith. Preferably, the electrical connector includes a pair of ground plates oriented substantially in parallel, such that the fingers of each ground plate may be bent inwardly towards the opposite ground plate to both electrically and mechanically secure an electrically conducting member therebetween.
Abstract: The present disclosure relates to an electrical connector including a plurality of contact springs having contact regions aligned generally along a single line of contact. The contact springs include rearwardly and forwardly facing contact springs that are positioned next to one another. The rearwardly facing contact spring includes a distal portion positioned behind the contact line and a proximal portion positioned in front of the contact line. The forwardly facing contact spring includes a distal portion positioned in front of the line of contact and a proximal portion positioned behind the line of contact.
Abstract: An electrical connector system having a housing including a plurality of receiving spaces each adapted to receive a complementary electrical connector. The electrical connector system includes a plurality of contacts arranged in groups corresponding to a respective one of the receiving spaces and a common filter element connected to contacts in each of the groups. The connector also includes an outer shield that generally surrounds the housing and grounding contacts to create an electrical connection between the conductive outer shield and the plug element when inserted therein. The filter element a capacitive filter and defines transverse apertures to receive the contacts. The filter includes a first conductive layer surrounding at least one of the apertures to engage a contact and forming a first electrode, a second conductive layer surrounding at least another one of the apertures to engage a contact and forming a second electrode, and a dielectric layer separating the first and second electrodes.
Abstract: An attitude sensing electrical switch uses an electrically conductive powder as the switching medium. The powder has a particle size and shape that enables it to flow smoothly into and out of contact with electrical terminals mounted in the switch. Silver, gold, and copper powders with a particle size between one-hundred-forty and three-hundred microns perform effectively.
Abstract: An electrical connector has an insulating housing with an interior cavity for receiving a mating connector and a plurality of openings in communication with the interior cavity. A plurality of contacts, each of. which extends into the interior cavity of the housing from a respective one of the openings, electrically contacts conductors in the mating connector inserted into the interior cavity of the housing. An internal shield extends into the interior cavity from a respective one of the openings and is positioned between the plurality of contacts to create at least two groups of contacts.
Abstract: An adjustable power point for use in a vehicle, movable from at least one home position to other locations in the vehicle that are suited for connecting various electrical devices. In one form, the power point is connected to a retractable power cord, and is normally retained in a home socket, for example in the dashboard near the driver console. In another form, the power point is slide-mounted in a track structure formed in a portion of the vehicle, for example the instrument panel, capable of being longitudinally adjusted between various home positions along the length of the track.
August 9, 2000
Date of Patent:
April 30, 2002
James L. Jones, III, Chidambarakrishnan L. Rajesh, Michael M. Jordan
Abstract: A removable latch assembly is provided to connect a contact block to an electrical switch operator in an industrial controller. The latch assembly comprises a housing having a spring disposed therein, to which a rotatable collar is mounted. A contact block may also be connected to the rear side of the housing. The collar, including a tab, is initially disposed in a first locked position to allow the latch assembly to be mounted onto a shaft of the operator. The collar may then be rotated to a second self-retained unlocked position that allows the user to pull the latch assembly away from the electrical switch. When this occurs, the spring automatically rotates the collar back to the locked position to permit the latch assembly to once again connect the contact block to the operator.
Abstract: A connector is provided to detect partial mounting of a retainer. A female housing 11 of the connector 10 is provided with an escaping portion 20, which is aligned with a lock arm 14 in its deforming direction only when a retainer 15 is mounted in a full locking position. By being aligned with the escaping portion 20, the lock arm 14 is enabled to undergo an elastic deformation to permit the connection of the female housing 11 with a male housing 12. On the other hand, if the retainer 15 is partly mounted without reaching the full locking position, the escaping portion 20 is not aligned with the lock arm 14, which refrains the lock arm 14 from being sufficiently elastically deformed. As a result, the female and males housings 11, 12 cannot be connected, which enables detection of partial mounting of the retainer 15. Thus, partial mounting of the retainer 15 can be securely detected by setting a degree of deformation of the lock arm 14 larger than a clearance between the housings 11 and 12.
Abstract: A connector assembly for balanced transmission includes a plug connector wherein a plurality of plug-type contact element arrays extend parallel to each other and a plug-type ground plate is disposed between neighboring plug-type contact element arrays, and a jack connector wherein a plurality of jack-type contact element arrays extend parallel to each other and a jack-type ground contact elements for the plug-type ground plate are disposed between neighboring jack-type contact element arrays.
Abstract: A watertight connector is provided to create a reduced degree of connection resistance. The connector includes a female housing 20 to be connected with a male housing 10. A seal 30 is provided on the front surface of the female housing 20, and is held by a seal holder 40. The seal holder 40 presses the seal 30 against the front surface of an accommodating portion 11 to adhere the seal 30 to front opening ends of cavities 13 before the housings 10, 20 are connected with each other. Thereafter, tabs 23 penetrate the seal 30, and the seal 30 adheres to the outer surfaces of the tabs 23 to provide sealing between the cavities 13. Accordingly, during the connection of the housings 10, 20, resistance resulting from the sealing between the cavities 13 is only sliding-contact resistance created between the outer surfaces of the tabs 23 and the seal member 30.
Abstract: The present invention relates to a device for terminating cables (1), particularly for underwater termination of high voltage power cable and for conducting high voltage conductors in an electrical underwater apparatus, with the purpose of providing a liquid and water tight termination, at the same time as it provides pressure relief for vital components.
August 21, 2000
Date of Patent:
April 2, 2002
ABB Research Ltd.
Arne Nysveen, Svend Roche, Felix Greuter, Elias Julke, Jakob Rhyner
Abstract: In a half-fitting prevention connector (1), a lock arm (10), having an engagement projection (9) for retaining a mating connector (3), is elastically-deformably supported in a housing (4), and a receiving chamber (11), in which a spring member (5) is held, is formed within the lock arm (10). The spring member (5) includes a coil-shaped compression spring portion (6), and a rear end portion of this compression spring portion is twisted perpendicularly to an axis thereof to form a torsion spring portion (7), and a resiliently-bendable portion (8) extends obliquely forwardly from this torsion spring portion. The receiving chamber (11) has a movement-enabling space (13). The mating connector (3) has pressing portions (24) which abut against the spring member (5) to compress the same during a fitting operation.
Abstract: A strain relief comprises a generally cylindrically shaped, spool-like member having at least one radial slot therein that extends along a portion of the length of the cylindrically shaped, spool-like member. The radial slot divides the cylindrically shaped, spool-like member into a first hemi-spool portion and a second hemi-spool portion. The radial slot also defines a bridge section that connects the first and second hemi-spool portions. The bridge section is severable to allow the second hemi-spool portion to be separated from the first hemi-spool portion.
Abstract: A clamp-on multiple lug buss bar assembly that is attached to the electrical terminal stud that extends upwardly from the top surface of an electrical power transmission transformer that is used in an underground transformer vault. After its installation, a mold is placed thereover with its bottom edge contacting the top surface of the transformer. The height of the mold is such that it covers the top edge of the conductor plates that form part of the buss bar assembly. Additionally the mold has risers extending up from its top surface that surround the bottom end of the spade connector fingers extending upwardly from the conductor plates. The cavity of the mold is filled with an epoxy resin and when it has set forms a water tight casing for the electrical conductor plates, the electrical terminal stud extending upwardly from the transformer and the top wall of the transformer.
Abstract: An electrical connection box has upper and lower casings capable of being combined with each other, a wiring board located between the casings and having a plurality of independent electric circuits, and an insulating plate located between the upper casing and the wiring board. The upper casing is formed with a connector housing to be fitted with an external connector, and external connecting terminals coupled to the electric circuits and electrically connecting the electric circuits and the external connector or an L-shaped rib formed on the wiring board and capable of preventing the external connector from being fitted in the connector housing projects into the connector housing.