Abstract: Improved techniques for generating multidimensional output using a relational source database are disclosed. The techniques allow generation of instructions needed to access the source database in order to produce multidimensional output. The instructions do not need to be stored and can be generated dynamically. As a result, relational databases can be accessed without requiring additional programming and/or changes to the relational database. The source database can be a relational database that is accessed by a variety of conceptual accessing techniques (e.g., SQL). A Meta-data manager can be used to access the source database, as well as interact with a Meta-data modeler and a Meta-data outliner. The Meta-data modeler can be used to define a Meta-model. The Meta-data outliner can be used to create one or more Meta-outlines.

Abstract: A method of calibrating a camera (4, 22) disposed on a mobile support (21). The camera takes an image of a test object formed of at least three marks appearing in the field of the camera, and analysis of the image gives the initial position and orientation of the camera with respect to that of the test object, which are known in an application. The support (21) can then be moved towards an object (28) of which the camera takes images. As the movements of the support are measured accurately, analysis of the images of the object gives the precise position and orientation of the object with respect to the camera and with respect to the test object. One application is the recording of road signs (28) in order to compose databases for network management or for an on-board navigation system.

Abstract: The microwave applicator for microwaves outputs from a guide (1) comprises an envelope (3) that forces microwaves to converge towards a focal point (16) by means of a complementary central reflector (4). A fraction of the waves reaches this point after reflection on two facets (11, 13), usually curved and concave, of the reflector (4) and the envelope (3), while the other fraction is reflected three times on three facets (10, 12 and 14), the last two facets of which form part of the envelope and one of which is concave for focussing. These devices can be used for removing a concrete surface, because the microwaves cause vaporisation at the focal point (16).

Abstract: The present invention, generally speaking, provides for bandwidth switching of a PLL in a simple, effective manner. In accordance with one embodiment, a phase lock loop includes a controlled oscillator responsive to a control voltage for producing an output signal of some output frequency; a comparator responsive to a feedback signal derived from the output signal and to a reference signal for producing at least one error signal; a charge pump circuit including multiple pairs of unidirectional current sources (or, alternatively, multiple bidirectional current sources); a control circuit responsive to a control signal for activating one or more pairs of unidirectional current sources, at the same time deactivating one or more pairs of unidirectional current sources; and a loop filter responsive to the multiple pairs of unidirectional current sources for producing the control voltage governing the output frequency.

Abstract: A device supports a motorized flying instrument in a wind tunnel. To carry out tests in a wind tunnel on a motorized flying instrument (10), with the motor on, under different attitudes hands off, the instrument is connected to the fixed structure (15) of the wind tunnel (11) by a mounting device (12) at least one of the supports (14, 16) of which is fitted with a length adjustment system, such as a hydraulic jack (28). This jack (28) is remote controlled, in real time, by a control system (42).

Abstract: The method and device are able to overcome possible clogging of measuring devices comprising probes each surrounded by a tranquilliser. It chiefly comprises a tranquilliser (21), preferably spherical in shape, fitted with a separating partition (33) allowing measurement via side holes (32) in a measuring channel (20) and return of condensates via end holes (35) leading to a deflector for evacuation via slatted openings (23) leading into the steam generator (1). Outer measuring holes are made in the median plane of the tranquilliser (21). Application to all steam generators.

Abstract: An Eyepiece-support arm assembly device on an aircraft. The device comprises flanges formed on the eyepiece-support arm and on a support attached to the aircraft, along with a retention belt (32) liable to be set to a locking status, wherein the arm is immobilised in relation to the support, a setting status, wherein the arm can be moved between a position for use and a retracted position, and a disassembly status allowing the assembly and disassembly of the eyepiece-support arm, without modifying the setting. The status is changed by operating levers (44, 46).

Abstract: An electronic programmer for the auto-dial functions of a telephone comprises an apparatus which electrically connects the rows and columns lines on the keyboard of a telephone so as to mimic the pressing the buttons on the telephone keypad.

Abstract: Device comprising a carrier (100) and at least one cover (104) able to be bonded to the carrier to form with the carrier at least one cavity (114) having a controlled atmosphere around at least one component (102). In accordance with the invention, at least one of either the cover or the carrier is provided with at least one wedge (110) in fusible material and a strip of insulation (112) formed around said component, and before bonding, the wedge of fusible material is of sufficient thickness to prevent the strip of insulation (112) from coming into contact both with the cover and with the carrier when they are assembled together. Particular application to the encapsulation of electronic, mechanical or electromagnetic components.

Abstract: The invention relates to an MIS transistor comprising a channel region (118), source (114) and drain (116) regions arranged on either side of the channel, and a gate (150) set closely above the channel region. According to the invention, the channel has a doped central part (140), located between the source and drain regions, and separated from said source and drain regions.

Abstract: Integrated circuit comprising: at least one first and one second power supply terminal (418, 420), at least one active area (302, 304, 306, 308) formed in a thin layer (206) of a substrate and electrically connected to at least one of the power supply terminals. According to the invention, the circuit also comprises capacitive decoupling means formed by at least one dielectric capacitor (110, 112, 114) connected between the said, first and second power supply terminals and formed in a region of the substrate that is electrically insulated from the thin substrate layer (206). Applications include the manufacture of portable electronic equipment.

Abstract: A device measures the propagation time for an acoustic wave in a continuous phase of a two-phase mix (28) comprising the continuous phase and a dispersed phase forming droplets (40) in the continuous phase. The device comprises an electro-acoustic transducer (12) capable of emitting acoustic waves (30) and outputting a reception signal of reflected acoustic waves, a signal pulse generator capable of determining a propagation time starting from signals output by the transducer, and an acoustic lens for focusing acoustic waves and the frequency of the acoustic waves being adjusted to cause reflection of the waves on the droplets of the dispersed phase, essentially located within a focusing area.

Abstract: Method for preparing a silicon substrate to form a thin electric insulating layer (24), characterized in that it comprises: a deoxidation step of at least one part of the silicon substrate (10), then a heat treatment step of the substrate at a temperature of 750° C. or less, the heat treatment being conducted in a NO-containing atmosphere at a pressure of 5.103 Pa (50 mBr) or less, in order to form a layer of silicon oxynitride (22) on the substrate. Use for the production of EPROM and DRAM memories.

Abstract: A device, system and method for improving delivery of hemostatic material, in which the device includes a vent cap body capable of removably engaging a cannula. The vent cap has a passage extending through the vent cap body from the cannula to an exterior of the vent cap body where a restricter for restricting the flow of fluid from the cannula to the exterior. In one embodiment, the vent cap has a valve which has an opened and closed position. In the closed position, the valve is designed to provide a back pressure or resistence. When a certain force is applied against the valve, the valve moves from the closed position to the opened position, where a gas or fluid may pass through the vent cap. The vent cap is designed to help maintain the continuity of the hemostatic material during delivery of the material from the adaptor to the trial staging chamber.

Abstract: A system for facilitating hemostasis of a puncture site in a blood vessel delivers an absorbable sponge pledget in a hydrated state to a position at an exterior of the blood vessel puncture to facilitate hemostasis. The system includes a staging chamber, a delivery cannula, and a pusher. The staging chamber is used for hydrating a pledget of absorbable sponge, compressing the pledget, and delivering the pledget to the delivery cannula. The staging chamber may include a valve for facilitating hydration and staging of the pledget. The delivery cannula and pusher are used to accurately place the sponge pledget outside the blood vessel. An easy loader connector may be used to facilitate loading the dry pledget into the staging chamber.

Abstract: A microelectronic structure with a low voltage part and high voltage part, such that the low voltage part is protected against the high voltage part and process of obtaining this protection. The structure includes at least one low-voltage element (2) and at least high-voltage element (4) formed on a semi-conductor substrate (6). According to the invention, at least one channel (18) is formed, passing through the low-voltage element and one semi-conductor zone is formed with doping opposite to that of the substrate, at least around the walls of the channel or channels and a contact point (24) is established in this zone. Application to smart power integrated circuits.

Abstract: Noise reduction sandwich panel, notably for an aircraft turbojet engine. In order to produce a noise reduction sandwich panel having a structure with two degrees of freedom, inserted separative components (20) are placed into the hexagonal cells (16) of the unique waffle core of the panel. More specifically, the separative components (20) have an substantially circular external peripheral edge, which allows them to be easily assembled, in spite of the deformations of the walls (18) of the cells (16) due to manufacturing tolerances and to the optional forming of the waffle core. Advantageously, several separative components (20) are supported by a same positioning unit (22), which then allows relative displacement between the separative components.

Abstract: A system and method of implementing thereof that maps and condenses system control using reachable state control words is described. The system includes a control logic block, a look-up table which stores N-bit reachable state control words derived from an implementation description N-bit control signal, and a logic hardware block. The control logic block accesses the look-up table with a M-bit control word address. The accessed look-up table outputs a N-bit reachable state control word which is used to control the logic hardware block so as to simulate functions as defined by a user input description. A method for implementing the system is performed by synthesizing the user input description to generate an implementation description which describes a control model of the system in terms of a control logic block driving a logic hardware block with a N-bit control signal. The implementation description is analyzed to determine the reachable states of the N-bit control signal.

Abstract: Access to the interior of a substrate storage pod in which substrates such as semiconductor wafers are stored is gained using an access device provided within a micro environment enclosure. The access device has a telescoping enclosure door which serves to control access to the interior of the storage pod from the interior of the enclosure. A pre-aligner is mounted to the enclosure door, and substrates are passed through the pre-aligner as they are retrieved from the storage pod. The pre-aligner detects and adjusts the orientation of the substrates as necessary for processing. The level of the pre-aligner is incrementally adjusted to match that of a current substrate by incrementally adjusting the level of the enclosure door.