Abstract: A micro-electro-mechanical switch includes at least one portion of a conductive line in the chamber, a beam with imbedded charge, and control electrodes. The beam has a conductive section which is positioned in substantial alignment with the at least one portion of the conductive line. The conductive section of the beam has an open position spaced away from the at least one portion of the conductive line and a closed position on the at least one portion of the conductive line. Each of the control electrodes is spaced away from an opposing side of the beam to control movement of the beam.

Abstract: An electronic apparatus with an illuminated button, the apparatus comprising a first operation button, a second operation button, a first board mounted with a first switch corresponding to the first operation button, wherein a portion of the first board is notched, a second switch corresponding to the second operation button, wherein the second switch is mounted below the notched portion of the first board, and a light source that is mounted below the second operation button.

Abstract: Apparatus for a micro-electro-mechanical switch that provides single pole, double throw switching action. The switch has two input lines and two output lines. The switch has a seesaw cantilever arm with contacts at each end that electrically connect the input lines with the output lines. The cantilever arm is latched into position by frictional forces between structures on the cantilever arm and structures on the substrate in which the cantilever arm is disposed. The state of the switch is changed by applying an electrostatic force at one end of the cantilever arm to overcome the mechanical force holding the other end of the cantilever arm in place.

Abstract: An automotive combination switch includes a housing having an opening through which a steering shaft passes, and a stork switch having a switch box, that is inserted and mounted in the housing and a manipulating rod protruding from the switching box. Snaps protruding from the outsides of walls of the switching box are snap-fitted into locking holes formed on walls of the housing. A claw of each snap is in elastical contact with a periphery of each locking hole by providing an elastic plate in the housing, and elastically contacting the elastic plate to a front of the switch box in the inserting direction.

Abstract: A membrane actuator includes a magnetically actuatable membrane and a magnetic trigger. The membrane includes a shape memory alloy (SMA), and the magnetic trigger is configured to induce a martensitic transformation in the SMA, to produce a larger force than would be achievable with non-SMA-based materials. Such a membrane actuator can be beneficially incorporated into a wide variety of devices, including fluid pumps, shock absorbing systems, and synthetic jet producing devices for use in an aircraft. The membrane/diaphragm can be formed from a ferromagnetic SMA, or a ferromagnetic material can be coupled with an SMA such that the SMA and the ferromagnetic material move together. A hybrid magnetic trigger, including a permanent magnet and an electromagnet, is preferably used for the magnetic trigger, as hybrid magnetic triggers are easy to control, and produce larger magnetic gradients than permanent magnets or electromagnets alone.

Abstract: A single coil solenoid includes a permanent magnet with bidirectional assist capabilities. The solenoid includes an armature that during de-energization of a single coil of wire is attracted to the permanent magnet thereby maintaining a hold position and during energization of the single coil has a polarity that repels the permanent magnet thereby creating a push/pull force. In this regard, the permanent magnet operates to not only hold the armature but also is used to push the armature when current is induced in the single coil.

Abstract: A magnetic inertial force generator includes a magnetic shell internally defining an armature chamber. At least two circumferential electric coils are spaced longitudinally within the chamber and mounted on a cylindrical inner surface of the outer shell. An armature centered by springs is reciprocably supported in the chamber and includes at least two axially spaced radially magnetized permanent magnets mounted on a longitudinally extending magnetic steel tube. The magnets extend in general alignment with the coils. Controlled energizing of the coils reciprocates the armature axially relative to the shell to develop an opposite inertia force on the shell for application to a connected body. The use of multiple radially magnetized magnets provides for improved performance and/or reduced cost.

Abstract: An apparatus for magnetic resonance imaging having a magnetic assembly with a main magnet, a shielding system positioned outside the main magnet, and a first and second space for positioning the imaged and non-imaged extremity. Various apparatus with distinct vessels and casings are described with a magnetic assembly and ferromagnetic shielding systems. In yet a further aspect, an apparatus for resonance imaging having additional shim elements for compensating effects from non-axisymmetrical shape of ferromagnetic shielding casing is disclosed. Additionally, an apparatus for magnetic resonance imaging is described having a dedicated space outside the imaging region and where the dedicated space has support element for resting non-image extremity as part of the structure of the imager.

Abstract: An electronic device having a modularized press key disposed therein. The electronic device is provided with a switch, and the modularized press key is composed of a key cap, an identification part, and an extension part. The key cap is provided with a connection hole and is disposed in the electronic device and facing the switch. The identification part is disposed in the connection hole, and the extension part has a specific color and is engaged to the identification part in a specific direction. The other end of the extension part is pressed against the switch. As such, through the uniqueness of the assembly and the distinction of the colors, the fool-proof assembly and fault inspection and detection of the modularized press key are achieved.

Abstract: Safety attachment device for an actuator (1) attached at its ends respectively to a first and a second part (2, 3) which are connected to one another also by means of a reaction bar (4) which is located on the top of the actuator (1), said device comprises an upper part (5, 5a, 5b) immobilized on the reaction bar (4) and side arms (6, 7) which clasp the sides (1c, 1d) of the actuator (1), both having windows (8, 9) through which respective pins (10, 11) joined to these sides (1c, 1d) pass, the pin (10, 11) thus being situated without making contact with the edges of the window when the actuator is attached to the parts (2, 3), and each window (8, 9) being of a horizontal extension such that its side edges do not touch the pin (10, 11) which passes through said window (8, 9) when the actuator (1) is disconnected from any of the parts (2, 3).

Abstract: A keypad (102) for entering data in an electronic device (100) is disclosed. The keypad includes a first carrier (302), a key panel (202), and a backlighting module (204). The key panel is coupled to a first side of the first carrier and the backlighting module is coupled to a second side of the first carrier.

Abstract: The invention relates to a handle with an integrated switch (20) for doors or hinged flaps of vehicles. The push-button switch is essentially made up of two components which can be fitted together. The first component (21) is made of a single-pieced injection-moulding product made of three plastic components which comprise a solid covering-shaped housing and an elastic membrane. Said membrane closes the housing cover (22) at the base on one end thereof, thus giving the component (21) a shell shape. A solid pressure activator (24) on the membrane (23) is used as the third plastic component. The second component (31) is formed from a circuit board (33) comprising connected cables (19) and a microswitch (30) mounted thereon. The second component (31) is inserted into the inside of a shell (26) of the first component (21). The circuit board (33) is oriented towards the shell opening (28) and is projected from the edge of the shell (43) of the shell-shaped component (21).

Abstract: An inductor for high current applications includes a nonconductive, tubular form which defines a tube axis and has a cylindrical outer surface. The outer surface is formed with a groove that extends helically about the tube axis. The inductor further includes a coiled, conductive wire that is formed with a plurality of turns. The wire is wound around the outer surface of the form with at least a portion of the wire disposed in the groove. With this structure, the form maintains a predetermined separation between adjacent turns of the coil preventing deformation of the coiled wire by strong magnetic forces that are generated when relatively high electrical currents are passed through the wire.

Abstract: The present invention provides a key button structure, capable of easily and positively finding a targeted character in accordance with an entry mode preset by a user, comprises: a key top; a light shielding section, which is attached onto rear face of the key top and of which is formed by reversely printing characters assigned to a key button for each character type display area; key backlights, each of which is provided in a dome anchoring sheet for covering a metal dome, and are arranged so as to be divided into three types: key backlights for lighting a numeral display area, a kana character display area, and an alphabetical letter display area respectively. For example, with a numeral entry mode preset, only the key backlight for lighting the numeral display area is lighted, thus displaying only a required numeral bright in the number entry mode.

Abstract: A magnet structure produces a field within a magnet gap. The field is provided at least in part by a pair of permanent magnets that are fixed in place by a frame. The frame fixes a magnet assembly that is adapted to hold the magnetic material composing the permanent magnets, such that the quantity of the magnetic material can be adjusted to suit the particular application. The magnetic material can be provided in the form of discrete magnetic elements, such as magnetic “bricks”. The frame also functions as the flux collector and return. Accordingly, the general geometry of the magnet structure is fixed, and the amount of magnetic material, and therefore the magnetic field strength, is adjustable.

Abstract: A system for selecting coil voltage in an electrical device comprises a housing and a coil in the housing having a plurality of windings. Each winding has a pair of pins. A slider supports a plurality of moveable contacts and is moveably mounted in the housing proximate the coil so that the plurality of moveable contacts selectively make or break electrical contact between the winding pins to select coil voltage.

Abstract: A switching hinge comprises a hinge housing (6) at which a hinge flap (4) is swivellably disposed, a switching element (2) coupled with the hinge flap (4) being provided, which switching element (2) triggers a switching operation at a built-in switch (7) in a predetermined position of the hinge flap (4). According to the invention, the built-in switch (7) can be adjusted relative to the switching element (2) for adjusting the switching point. Particularly, a precision adjustment can be carried out so that an adaptation to the respective installation situation becomes possible.

Abstract: A indexing wheel mounted in the head assembly of a safety switch has an axis of rotation extending at right angles to the longitudinal axis of the plunger, and against whose lateral surface the plunger bears. A key channel in the head assembly is adapted for receiving a key and into which the indexing wheel projects. A key, upon being inserted into and upon being withdrawn from the key channel positively rotates a cam plate about its axis of rotation and switches over the switch. The switch and key is maintained in locked status by action of the locking hole on the cam pin and by action of the plunger when a key is inserted into the head assembly where the plunger becomes inserted in the locking hole of the indexing wheel and/or the flank on the cam pin after rotation by the key causing the key and switch to become locked.

Abstract: A microelectromechanical system includes separate conducting elements. An electromechanically deformable element can be switched between a first stable position and a second stable position. Contact elements allow for electrical continuity to be established between the separate conducting elements. Switch control elements ensure that the first deformable element switches so as to establish electrical continuity between the separate conducting elements in the second stable position, by contact between the contact elements, and to break electrical continuity by separating the contact elements in the first stable position. The separate conducting elements and the contact elements are carried by the deformable element.

Abstract: A temporary clamping structure for electronics includes a bracket fastened to a ceiling surface of the interior of a room, an electronic device body connected to the ceiling surface by screwing down to the bracket, fitting holes formed on the bracket side, and a fitting pawl provided on the electronic device body and fittable into the fitting holes. The temporary clamping structure for electronics is arranged such that the fitting pawl is unfixed from the fitting hole by bending the tip end of second protrusion of the electronic device body in the direction in which the second protrusion goes away from the first protrusion.