Abstract: A turbomachine subassembly including an annular gas flow path is delimited by a radially inner shell and a radially outer shell, a radial arm between the inner shell and the outer shell, that delimits an isolated volume of the annular flow path, which is connected to the inner volume in which a segment of a conduit, and ventilation air supply to a chamber delimited at least partly by the inner shell, through one radial arm, wherein the volume delimited by the radial arm is connected to the inner volume of the chamber and to a ventilation air supply source, wherein the external radial end of the arm supports a first connection box that closes off the external radial end of the arm, that includes a device for connecting the segment to the remainder of the conduit and a device for connecting the internal volume of the arm to the ventilation air supply source.

Abstract: The invention relates to a non-faired propeller turbo-engine comprising a gas generator (12) and a propulsion unit (14) which is separated from the gas generator (12) by an intermediate housing (40), the turbo-engine (10) including a housing (100) and a radially internal ferrule (44) which are coaxial, which are connected by hollow radial arms (50), said housing (100) also defining in part a gas flow duct (48) of a secondary gas flow, 1wherein each radial arm (50) is hollow and is traversed by at least one service (54) of the turbo-engine, characterised in that at least one arm (50) is traversed by a ventilation gas circulation duct (56) from the secondary gas flow and which leads to at least one component from among in particular a power turbine and a mechanical transmission of said propulsion unit.

Abstract: An air supply device for a pneumatic spring system of a vehicle includes an air filter as a processor for incoming air, an inlet air line, an outlet air line, a compressor, and, optionally, an air drier. The inlet air line and the outlet air line are decoupled by a first and a second check valve, and the processor is arranged between the compressor and the first or second check valve.

Abstract: A method and system for identifying a potential allergen/irritant from prepared food via the Internet. The allergens/irritants are selected by a user at a client system and transmitted to a server system. The server system receives (from mobile device and guest-user) or retrieves (from registered user) information including location, identification, and dietary restriction. The server system queries the restrictions against an ingredient database to determine required elimination or possible substitution. Considering received/retrieved data and server-generated parameters, the server system generates and returns customized suggestions to user.

Abstract: The invention proposes a casing (30) of an aircraft turbine (16), intended to support a set of ring sectors (28) which partly delimits a channel for the passage of a gas stream through the turbine (16), where the casing (30) includes means for dynamic adjustment of the radial position of the ring sectors (28) by controlled injection of an air stream on to portions (36) of an annular wall (34) of the casing (30), where the casing (30) includes an upstream radial tab (38) which connects an upstream end of each ring sector (28), in the flow direction of the gas stream, to the casing (30), and a downstream radial tab (40) which connects a downstream end of each ring sector (28) to the casing (30), where both upstream and downstream radial tabs (38, 40) are made from a single piece with the casing (30), characterised in that each radial tab (38, 40) is made as two portions (42, 44) from different materials.

Abstract: An air inlet duct and method for producing such for a turbojet nacelle, the air inlet duct including an upstream annular lip and a downstream outer annular structure. The upstream annular lip and the downstream outer annular structure are formed as a one-piece part made from composite material and the upstream lip is covered with a metal layer formed by electro-deposition or plastic forming. A turbofan engine can include such an air inlet duct.

Abstract: The invention relates to an air supply device (1) for a pneumatic spring system (9) of a vehicle, comprising an air filter as a processor (2) for incoming air, an inlet air line (3), an outlet air line (4), a compressor (5), and optionally an air drier (6), wherein the inlet air line (3) and the outlet air line (4) are decoupled by a first and a second check valve (7, 8) and the processor (2) is arranged between the compressor (5) and the first or second check valve (7, 8).

Abstract: An adjustable section nozzle having a ring of deformable panels arranged close to its trailing edge is disclosed. Each panel has a dual-strip type structure made up of two materials presenting different coefficients of expansion, together with controlled heater devices that are thermally coupled to the set of panels.

Abstract: A compressor unit for an air suspension system of a motor vehicle, having a compressor, an air dryer and a compressed-air port for delivering compressed air from the compressor to the air suspension system and for introducing compressed air from the air suspension system into the air dryer. A ventilation line is provided from the air dryer to the environment of the compressor. The ventilation line has an upwardly convex bend when the compressor unit is in installed position.

Abstract: A compressor unit for an air suspension system of a motor vehicle, having a compressor, an air dryer and a compressed-air port for delivering compressed air from the compressor to the air suspension system and for introducing compressed air from the air suspension system into the air dryer. A ventilation line is provided from the air dryer to the environment of the compressor. The ventilation line has an upwardly convex bend when the compressor unit is in installed position.

Abstract: The invention relates to the use of oligonucleotides from the nucleotide sequences coding for the amino-terminal region of the surface component (SU) of envelope proteins of PTLV viruses in order to perform methods of detecting every PTLV strain or PTLV-related viruses, e.g. for the detection of novel PTLV variants or viruses comprising sequences related to PTLV SUs. The invention also relates to primer pairs which are used to perform said detection methods and the novel PTLV variants thus detected.

Abstract: Varying the flowsection for air leaving the fan as a function of flying conditions. According to the invention, the nozzle has a ring of deformable panels arranged close to its trailing edge, each panel having a dual-strip type structure made up of two materials presenting different coefficients of expansion, together with controlled heater means that are thermally coupled to the set of panels.

Abstract: Compounds of the formula (I), or a pharmaceutically-acceptable salt, or an in-vivo-hydrolysable ester thereof, wherein —N-HET is, for example, (Ic) or (If) wherein R1 is (1-4C)alkyl; Q is selected from, for example, Q1 wherein R2 and R3 are independently hydrogen or fluoro; T is selected from a range of groups, for example, wherein m is 0, 1 or 2; are useful as antibacterial agents; and processes for their manufacture and pharmaceutical compositions containing them are described.

Abstract: The invention pertains to an imaging device and to a process for controlling the device. The device comprises a power supply (1), matrix means allowing an image to be emitted or sensed, the matrix of the matrix imaging means being scanned at a scanning frequency, the power supply (1) converting a DC input voltage (Dce) into at least one DC output voltage (DCs) allowing the powering of the matrix imaging means (2). The power supply (1) is of chopped type and chops the DC input voltage (Dce) at a chopping frequency dependent on the scanning frequency. In the process for controlling the imaging device described above, a useful image is preceded by an offset image and a correction dependent on the offset image is applied to the useful image.

Abstract: Compounds of the formula wherein the substituents are as defined in the application useful as antifungal agents.

Abstract: In a radar processing of the radar video, and preferably most video inserts such as maps or charts, are carried out at the head end of the radar and the video output conveyed to at least one monitor over a standard digital channel. Remote control of the radar and video processing functions may be carried out over the same channel.

Abstract: Compound of the formula wherein R2 is —CH2—CH2—NH2, R3 is —CH3, R4 is —OH, R is Z is methyl and salts thereof which are useful as antifungal agents.

Abstract: The invention relates to the use of oligonucleotides from the nucleotide sequences coding for the amino-terminal region of the surface component (SU) of envelope proteins of PTLV viruses in order to perform methods of detecting every PTLV strain or PTLV-related viruses, e.g. for the detection of novel PTLV variants or viruses comprising sequences related to PTLV SUs. The invention also relates to primer pairs which are used to perform said detection methods and the novel PTLV variants thus detected.

Abstract: Compounds of the formula wherein the substituents are as defined in the application useful as antifungal agents.

Abstract: The invention pertains to an imaging device and to a process for controlling the device. The device comprises a power supply (1), matrix means allowing an image to be emitted or sensed, the matrix of the matrix imaging means being scanned at a scanning frequency, the power supply (1) converting a DC input voltage (Dce) into at least one DC output voltage (DCs) allowing the powering of the matrix imaging means (2). The power supply (1) is of chopped type and chops the DC input voltage (Dce) at a chopping frequency dependent on the scanning frequency. In the process for controlling the imaging device described above, a useful image is preceded by an offset image and a correction dependent on the offset image is applied to the useful image.