Abstract: A shielded assembly containing a substrate and a shield. The shield contains both nanomagnetic material and a material with an electrical resistivity of from about 1 microohm-centimeter to about 1×1025 microohm centimeters. The nanomagnetic material has a mass density of at least about 0.01 grams per cubic centimeter, a saturation magnetization of from about 1 to about 36,000 Gauss, a coercive force of from about 0.01 to about 5000 Oersteds, a relative magnetic permeability of from about 1 to about 500,000, and an average particle size of less than about 100 nanometers.

Abstract: The invention relates to a power electronics component that comprises a support element on which conductor tracks (5) are disposed for electrically connecting the electrical power components (7) that are also disposed on the support element and the control components of a circuit. The support element is linked with a thermoconducting housing part of a housing that accommodates the support element in a thermoconductive manner. The support element consists of a porous, ceramics component whose pores are filled with metal and which is covered by a thick-film dielectric on which the conductor tracks (5), in the form of thick-film conductor tracks, and the power components (7) are disposed, and the conductor tracks (5) arm connected to the electrical power components (7) in a electroconductive manner. The support element is disposed to rest against the housing component.

Abstract: An EMI shield that utilizes a waveguide structure in which all or part of the air flow opening has a non-uniform three dimensional shape.

Abstract: The present invention relates to a housing for the installation of electrical components comprising a lower section and a cover connected to each other in a hinged manner by at least two flexible inner elements separated from each other outside the housing interior. The ends of the inner elements have a greater cross-section than the region lying between said ends and at least one of the ends is elastically embodied for a temporary reduction in cross-section. Openings leading into each other are provided in the cover and in the lower section, the cross-section of which permits access of the at least one end in the compressed state.

Abstract: A one-piece manufactured shielding casing is provided for accommodating electronic functional elements. The shielding casing has a functional lid, which is manufactured in the top of the one-piece manufactured shielding casing so the lid is a functional part of the one-piece manufactured shielding casing. The lid can be breakably and releasably opened yet maintain a bendable hinge. Weakening or a groove is manufactured, for example by die-cutting or stamping the plate thereby forming frames for the lid in the top of the shielding casing. These position frames can be breakably released. A certain side of the lid is made by manufacturing a stronger weakening to the plate that shall establish the bendable hinge for the lid.

Abstract: A data storage device mounting apparatus includes a retaining bracket (20) fixedly mounted to a computer chassis (10), two slide rails (40) attached to opposite sides of a data storage device (50), and a resilient operation body (30). The retaining bracket includes two opposite side plates (21, 22) each defining a long slot (24). Each slide rail includes protrusions (42) slidably engaging in a corresponding slot. One side plate includes a detent tab (28). One slide rail includes a blocking tab (46). The operation body is fixed to one side plate, and includes an inward projection (33). When the data storage device is slid into the retaining bracket, the projection snappingly engages with the blocking tab, to prevent accidental withdrawal of the data storage device from the retaining bracket. The detent tab abuts an end of the data storage device, to prevent the data storage device from moving further inwardly.

Abstract: An ergonomic stylus for a personal digital assistant, a tablet PC or other computer with a pen-based interface, with a body consisting of a tip and two or more arms. The arms reflexively assume an open position when removed from the pen slot of the pen-based computer and thereby provides the user with an ergonomic gripping area. The arms assume a closed position for storage in the pen slot in the PDA or other pen-based computer. It is therefore the primary object of the current invention to provide users of pen-based computers with a single device which is both comfortable for use over a prolonged period and which is storable in the pen slot of the pen-based computer.

Abstract: A notebook computer includes a main portion, a detachable display portion, a display base, and a main portion cover. The main portion includes a detachable operating panel. The display portion is rotatably attached to the main portion in order that the display portion can be opened and closed relative to the main portion. The display base is combined with the display portion to be a desktop monitor as the display portion is detached from the main portion, which can be further connected to another computer main portion. The main portion cover is combined with the main portion to be a desktop computer main portion, which can be further connected to another monitor, as the display portion and the operating panel are detached from the main portion. Therefore, the user will have more options and be able to use the main portion and the display portion with high brightness and high efficiency more effectively.

Abstract: An electromagnetic shielding structure includes a sheath wire having a conductive wire and an insulative sheath covering the conductive wire; a terminal fitting clamping the conductive wire exposed from the insulative sheath, and the terminal fitting passing through a conductive mounting member connected to ground; a molding member molded to cover the exposed conductive wire and the terminal fitting, and having a first recess and a second recess; a conductive braid having a tubular shape, and covering the sheath wire and the molding member for absorbing an electromagnetic wave generated from the conductive wire; a first sealing portion provided in the first recess so as to adhere the molding member and the insulative sheath for securing a waterproof performance; a second sealing portion provided in the second recess so as to adhere the molding member and the terminal fitting for securing an oil proof and waterproof performance; and a conductive shell covering the molding member so that the conductive braid is

Abstract: A display assembly for use with data processing apparatus, the assembly having a display part and a support therefor, the display part being moveable relative to the support so as to allow adjustment of the display part's orientation, the display part having a connection element whereby a releasable connection may be effected to a signal or power cable, the support having a guide through which the cable may be routed away from the display part.

Abstract: According to some embodiments, an integrated high-quality printed circuit board is provided. For example, a first integrated circuit device may be mounted on both a first printed circuit board and a second printed circuit board (e.g., a polyimide film having better dielectric characteristics as compared to the first board). A second integrated circuit device may be located remote from the first integrated circuit device and may also be mounted on both the first and second boards.

Abstract: A device package has a conductive substrate with at least one mounting site, and an insulating substrate with a first side on the side of the conductive substrate with the one or more mounting sites. The insulating substrate has at least one aperture providing access between a second side of the insulating substrate and the one or more mounting sites. The insulating substrate has one or more signal paths on the second side that couple the one or more apertures to one or more contact sites disposed about the insulating substrate. A series of conductive tabs is coupled to corresponding contact sites.

Abstract: The power supply unit comprises a power supply circuit accommodating chamber A and an arithmetic circuit accommodating chamber B partitioned from each other by a partition wall, and power supply circuit substrates 7 and 8 and an arithmetic circuit substrate 12 are accommodated in the power supply circuit accommodating chamber A and the arithmetic circuit accommodating chamber B, respectively. A connector of the power supply circuit substrate 8 and a connector of the arithmetic circuit substrate 12 are connected to each other through the partition wall of the power supply circuit accommodating chamber A and the arithmetic circuit accommodating chamber B.

Abstract: A semiconductor element is mounted on a wiring circuit board in which a circuit has been formed. This semiconductor element is resin-encapsulated with a first encapsulating resin layer. Then, a second encapsulating resin layer is formed, on the outer circumference of the first encapsulating resin layer, from an epoxy resin composition containing the following components (A) to (D): (A) epoxy resin; (B) phenolic resin; (C) curing accelerator; and (D) at least one of the following particles (d1) and (d2): (d1) conductive particles whose surfaces are subjected to coating treatment with an insulating inorganic material; and (d2) magnetic particles whose surfaces are subjected to coating treatment with an insulating inorganic material.

Abstract: A method and apparatus for providing an electromagnetic conduction seal in a device disposed within an electrical enclosure includes a metal EMC gasket defined by a first end an and opposite second end. The first end is operably secured to the device and at least the second end is allowed to float while remaining in electrical contact with the device. A lock strip is fixed to the device and is configured to provide limits of deflection of an intermediate portion of the gasket intermediate the first and second ends and captivate at least one floating end of the gasket. The intermediate portion provides an electromagnetic conduction seal between the device and with at least one of another device and/or the electrical enclosure.

Abstract: A chip part (6) is mounted on bus bars (2, 3), and connection portions (6t) of the chip part (6) are soldered to the bus bars (2, 3), respectively. At this time, recesses (10, 11) are beforehand formed respectively in soldering lands of the two spaced-apart bus bars each corresponding to a predetermined solder wetting area. The chip part is soldered to the bus bars in such a manner that the connecting portions are spaced apart from inner edges of these recesses, respectively, thereby forming a solder fillet between at least part of each of the recesses and the corresponding connecting portion of the chip part.

Abstract: A shielded housing of electrically conducting material for use in various electromagnetic applications. The housing comprises an upper part (10) and a lower part (20), each part having two side flanges (12, 13, 22, 23). When the housing is assembled, one of the pairs of side flanges fits resiliently inside the other pair, and the mutually contacting side flanges exert a surface contact pressure against each other, so as to jointly form sidewalls of the housing.

Abstract: A shield (100) having an outer surface (104) and a plurality of sidewalls (106) is disclosed. The plurality of sidewalls (106) extends from the outer surface (104). At least a portion of the plurality of sidewalls (106) are designed to retain the shield to at least a portion of a substrate (102). Further, at least a portion of the plurality of sidewalls (106) are designed to deflect away from the substrate (102) when pressure is applied to the outer surface (104) in such a manner that the outer surface (104) assumes a concave position (202).

Abstract: A locking and ejecting device for removable module in a portable computer, wherein the removable module is insertable into and removable from an internal bay of the portable computer. The locking and ejecting device includes a latch mechanism, a hot-plug controller, and a remove mechanism. The latch mechanism coupled to the internal bay is for locking the removable module in an assembled position. The hot-plug controller formed on the latch mechanism is for switching off a power unit before removing the removable module. The remove mechanism coupled to the internal bay is for removing the removable module from the assembled position to a disassembled position after the latch mechanism unlocks the removable module.

Abstract: A bumper for protecting a portable computer. The bumper includes a main body, a first reinforcement portion, a second reinforcement portion, a third reinforcement portion and a fourth reinforcement portion. The first, second, third and fourth reinforcement portions are formed with polypropylene (PP) and covered by the main body. The main body is made of rubber. The main body and the first, second, third and fourth reinforcement portions are formed integrally. The portable computer is fixed to the main body by a plurality of bolts or screws. In addition, the first portion serves as a handle such that a user can easily carry the portable computer in combination with the bumper.