10752results about "Wing fasteners" patented technology

The present invention relates to a mounting plate for a lock and a electromagnetic lock therewith, wherein a top of a lock body (e.g., a electromagnetic body) of a lock is fixed on a door frame via a mounting plate, the mounting plate comprising a plurality of mounting apertures placed at both ends thereof, and a plurality of mounting holes which an elliptical shape being spaced apart by a predetermined distance, and being provided in a portion between the mounting apertures, and each of the mounting apertures comprising an inner flange formed along an edge thereof wherein the flange of one of the mounting holes is placed opposite the flange of any adjacent one of the mounting holes. In installation, edge of head of each mounting screw on top of lock body is adapted to obliquely insert into the mounting holes and then slide clockwise to rest on the flange. Finally, a plurality of screws are driven through the mounting plate for securing the mounting plate onto the electromagnetic body.

A magnetic latch for a display of a laptop computer is disclosed. The latch uses magnetic attraction to maintain the display closed and uses magnetic repelling forces to pop-up the display when opened. The latch includes one or more magnetic elements in the body of the laptop and at least one magnetic element in the display. When the display is closed, the magnet element in the display is positioned adjacent the magnet element in the body having an opposite polarity so that the magnet elements are attracted to one another. To pop-up the display, the user moves the magnetic element in the display so that it meets the magnetic pole in the body having the same polarity. When these meet, the repelling force between them causes the display to open slightly so that a user can then readily open the display.

A sterilization container for medical instruments includes a receptacle with a bottom wall and an open top, there being a multiplicity of vent openings in the bottom wall. The receptacle has a cover movable between a closed position wherein the cover closes the open top of the receptacle and an open position wherein the cover is positioned to allow access to the interior of the receptacle. A filter sheet is positioned in the receptacle so as to cover the bottom wall and the vent openings therein and the receptacle contains one or more trays for supporting medical instruments above the filter sheet. A perforated highly thermally conductive plate is positioned between the trays and the filter sheet so that when steam enters the container through the vent openings during steam sterilization, it heats the plate to a temperature sufficient to revaporize steam condensate collecting on the plate. The internal structure of the container is also disclosed.

A magnetic latch for a display of a laptop computer uses magnetic attraction to maintain the display closed and uses magnetic repelling forces to pop-up the display when opened. The latch includes one or more magnetic elements in the body of the laptop and at least one magnetic element in the display. When the display is closed, the magnet element in the display is positioned adjacent the magnet element in the body having an opposite polarity so that the magnet elements are attracted to one another. To pop-up the display, the user moves the magnetic element in the display so that it meets the magnetic pole in the body having the same polarity. When these meet, the repelling force between them causes the display to open slightly so that a user can then readily open the display.

Video encoding and decoding methods and systems for video streaming are provided. The video encoding method includes encoding first resolution frames using scalable video coding, upsampling the first resolution frames to a second resolution, and encoding second resolution frames using scalable video coding with reference to upsampled versions of the first resolution frames.

A fuel management control method for a hybrid electric vehicle drive having an internal combustion engine and an electric motor arranged in parallel such that both can propel the vehicle; the system including an electric motor driven fuel pump and a programmable microprocessor; and wherein the method further includes monitoring vehicle speed and sensing braking pressure and directing signals of both vehicle speed and braking to the microprocessor and processing such inputs in accordance with an aggressive fuel management program including shut-off of fuel flow to the gas engine in response to vehicle braking at vehicle speeds above a predetermined maximum hysteresis speed and maintaining the fuel shut off during vehicle coasting above a predetermined speed while controlling the electric motor to provide regenerative braking or vehicle start during such fuel shut off modes of operation.

One aspect of the invention relates to an assembly comprising a plurality of bins with a plurality of lids associated therewith. Each of the bins has a lock assembly that includes a catch operable to lock the lid in its closed position and a mechanical indicator responsive to the catch. Another aspect of the invention relates to an automated dispensing cabinet that includes a control computer and a plurality of drawers having a plurality of row assemblies therein. Each row assembly has bins that include a tabbed lid, a lock assembly with a catch operable to engage and disengage the tab, and an indicator responsive to the lock assembly. Methods for dispensing from and restocking the remote dispensing systems are also given, as well as a method for indicating which item is to be dispensed from one of a plurality of bins.

A magnetic latching system selectively couples and releases an information handling system housing and lid by moving a magnet associated with one of the housing or lid relative to a ferrous metal in the other of the housing or lid to selectively apply magnetic attraction between the housing and lid. A latch retainer interfaced with the magnetic latching system retains the magnetic latch in a released position until the lid and housing approach a closed position and then allows the magnetic latch to return to a locked position, thus bringing the lid and housing to a securely closed configuration without slamming together due to the magnetic attraction between the magnet and ferrous metal.

A lock assembly and locking systems adapted for use with hinged bidirectional hardened plastic doors is provided. The lock assembly comprises a moveable bolt arranged within a housing and a having a first perimeter; a strikeplate spaced apart from the housing and having a hole with a second perimeter; and an actuator adapted to move the bolt form an unlocked position where the bolt is within the housing to a locked position where a portion of the bolt extends into the hole, wherein the second perimeter is 2-10 times greater than the first perimeter such that the hinged double-acting impact-traffic door has an amount of play when the bolt is in the locked position.

A hinge includes a first connector, a casing, a bush and a second connector. The first connector includes a post and a beam extended from the post. The post can be connected to a portion of a laptop computer. The casing is non-rotationally mounted on the beam. The bush is disposed non-rotationally in the casing. The second connector includes a shaft and a plate extended from the shaft. The shaft is rotationally inserted in the bush. The plate can be connected to another portion of the laptop computer.

An electronic key including an internal power source is provided for transferring electrical power to a merchandise security device to operate a mechanical lock mechanism. In one embodiment, the key transfers power to the device via electrical contacts disposed on a transfer probe of the electronic key and corresponding electrical contacts disposed within a transfer port of the device when the transfer probe engages the transfer port. In another embodiment, the key transfers power to the device via inductive transfer as a result of passing an electrical current through an inductive coil disposed within the transfer probe to generate a magnetic field in the vicinity of a corresponding inductive coil disposed within the transfer port and thereby induce an electric current in the inductive coil of the device. In other embodiments, the electronic key is programmed with a security code and the key initially programs the merchandise security device with the security code and subsequently determines whether the security code of the key matches the security code of the device to permit the key to transfer power to the device.

A pivoting side mount (26) which may used, for example, to attach a pelvic stabilization device (21) to a wheelchair. The pivoting side mount (26) includes first and second pivot brackets (152, 150) that are rotatably connected to one another and a spring (154), such as a rubber spring, for limiting the rotating movement of the two brackets relative to one another. A quick release assembly (28) is also provided. The quick release assembly (28) includes a receiver (30) and a body (40) that fits into the receiver. The body (40) includes one or more latches (42) that are biased outward and that snap into notches (44) in the receiver (30) when the body (40) is placed in the receiver (30). A release plate (46) is provided for releasing the latch or latches (42) from the notches (44).

An electronic door latch includes a sensor mounted inside of an outer surface of the door. The sensor may be a proximity sensor, a touch sensor or other suitable sensor configured to determine if a user's hand is present. The door latch release system further includes a powered latch that selectively retains the door latch in a closed position. The system may include a handle formed by a flange or other structure extending across a portion of a recess or pocket in the door. The system may include a receiver that utilizes a signal from a security transmitter (e.g. keyless entry fob).

The present invention relates to a latch device for a portable computer, a portable computer having same and methods thereof. Embodiments of a latch device for a portable computer having a display, which operates to be folded onto or unfolded with respect to a main body, can include first and second magnetic members correspondingly provided at one of the display and the main body, respectively. A magnetic force of the first and second magnetic members can be exerted therebetween when the display is folded onto the main body to cause the display to be engaged with the main body.

A medication cabinet that includes at least one drawer, a drive mechanism, and a drawer latching mechanism, is disclosed. The drawer includes a slider, and a container that includes a receptacle and a lid that moves between an open position and a closed position. The container also includes a fastener to fasten the lid to the receptacle. The slider maintains the lid in the closed position when at least a portion of the wall is coupled with the fastener, and actuates the lid from the closed position to the open position when the fastener passes through an opening in the wall. The drive mechanism controls longitudinal movement of the slider, and is mounted to the chassis, allowing the drawer to be free of electrical connections with the chassis. When the drive mechanism is not used to move the lid into the open position, longitudinal movement of the slider is inhibited.

A surgical system having a cassette latching mechanism having two pivoting latching rails. The rails are connected to a rotating latching wheel by spring-loaded latching arms. The latching wheel is connected to a motor by a latching pushbar. The cassette is pressed into the rails which initiates the rotation of the rails, which close onto the cassette. The motor next rotates the latching wheel, producing cam-like movement of the latching arms and thereby further pivoting the latching rails to the fully closed and locked position.

A throw-lever releasable mounting system for mounting a device in quick-release relation to a support member has a mounting base having a configuration fitting opposed angulated rail surfaces and having a locator key engaging a positioning slot of the rail. Each mounting base provides for mounting and stabilization of optics mounting rings. A locking platform projects from the mounting base and defines a locking opening having a circular hard metal insert therein that defines a receptacle receiving a resilient member and providing for location of the spline / spindle shaft of a rotatable locking plate. A locking plate of a throw-lever that is rotatable between locking and unlocking positions has angulated and curved cam surfaces for forcibly engaging correspondingly angulated surfaces of the rail to achieve cam energized precision locating and locking engagement with the rail. A non-circular section of a spline / spindle shaft of the throw-lever is receives a drive member in non-rotatable and linearly moveable relation. Resilient members are interposed between the drive member and the hardened insert and prevent free throw-lever movement at the release position thereof.

A vehicular rear window assembly for a vehicle comprises a first fixed pane, a second fixed pane, a sliding pane, which is supported for horizontal movement between open and closed positions, and a drive assembly. The slider window assembly includes a support system that supports the fixed panes in a manner to define a central opening. The support system further includes a carrier that supports the sliding pane for horizontal movement and, further, provides an enhanced engagement between the sliding pane and the drive assembly.

The present invention provides a method for a door latch of a household appliance wherein the unit includes at least one memory metal actuator which generates forces desired during use of the door latch.

A water-proof container for holding a mobile device includes a base adapted to support a mobile device, a cover, a hinge for interconnecting the base and cover to one another, and a locking mechanism for locking the cover to the base. A groove is formed in an interior wall of the cover in circumscribing relation to the cover. A thin, transparent sheet of plastic has a bead formed in its peripheral edge and the bead is press fit into the groove so that the thin sheet of plastic closely overlies the operative face of the mobile device when the cover is latched to the base. A hollow lock housing is pivotally mounted about a pivot pin. A one hundred eighty degree (180°) rotation of the lock housing positions the opening on an opposite side of the container 10, capturing the latch.

In an MIS field effect transistor having a gate electrode formed on a first semiconductor layer which is a polycrystalline silicon film on an insulating substrate through a gate insulating film, a channel region formed in the semiconductor layer and a source region and a drain region arranged on both sides of the channel region, a thin film semiconductor device has a main orientation of at least the channel region of {110} with respect to the surface of the gate insulating film. Further, a polycrystalline semiconductor film having a main orientation of the surface almost perpendicular to a direction for connecting the source and drain regions of {100} is preferably used in the channel of a semiconductor device. According to the present invention, a semiconductor device having a high-quality polycrystalline semiconductor film whose grain boundary, grain size and crystal orientation can be controlled and whose film roughness and crystal defects formed by crystallization have been reduced can be obtained on the insulating substrate.

The hinge for a piece of portable electronic equipment with a cover and a base has a keyed pivot pin, a stationary leaf, a washer, a rotating positioning element, a stationary positioning element, a biasing member, and a fastener. The washer, rotating positioning element, stationary positioning element and biasing member are sequentially mounted on the keyed pivot pin and are held in place with the fastener. The rotating positioning element has detents corresponding to and simultaneously engaging protrusions on the stationary positioning element when the hinge is closed. Because the detents and protrusions are not symmetrically oriented respectively on the rotating and stationary positioning elements, the detents will only engage the protrusions in one position, a closed position. The protrusions on the stationary positioning element press against the rotating positioning element and hold the hinge open at any desired angle.

A partially transparent storm shutter for protecting glass windows, doors, and similar building openings from damage due to wind forces and wind driven flying objects is formed of a plurality of adjacent corrugated sheet metal and transparent protective, impact resistant sheet panels rigidly connected together along their respective adjacent edges. Special connector members are utilized to connect the transparent panel or panels to the corrugated sheet metal panel(s) and special connector members may be utilized to connect together adjacent transparent panels used in the storm shutter. The transparent panels may be formed of tough, impact resistant, polycarbonate plastic sheet material.

In a slide hinge for a small-sized information terminal composed of a first casing and a second casing, to achieve a slide hinge having a function of relatively and automatically sliding the first casing and the second casing from predetermined slide positions, a slide hinge in which a first casing provided with a keyboard portion and a second casing provided with a display portion are relatively slid includes: a linear slide means provided between the first casing and the second casing; and a turning means for performing a turning operation accompanying linear slide operations of the first casing and the second casing by the slide means, the turning means being configured to generate rotation torque from a predetermined turning angle so that the first casing and the second casing automatically and relatively slide in an opening direction and / or a closing direction depending on the slid position thereof.