mhurhangee/ep-ind-claims huggingface dataset:
A portable housing for holding racks having electronic components for civil and military deployment on land, at sea and in the air, in particular for use in difficult conditions caused by extreme temperatures, impacts and accelerations as well as high humidity, comprising a housing shell, at least one removable cover for closing the at least one housing opening and a swing frame for holding electronic components elastically supported in the housing, wherein the at least one cover is configured such that it is mountable on a frame which encloses the housing opening and is connected to the shell of the housing 1, and the frame comprises at least one circumferential sealing profile (43, 45) and a circumferential undercut crosspiece and a circumferential holding groove which is directed away from the cover, which serves to engage a closure element and the closure element comprises a guide sleeve which can be installed in a non-rotational manner in the cover and a lock cylinder rotatably supported therein, at the one end of which a retaining finger projecting radially from the lock cylinder is arranged and at the other end of which, said end lying externally on the cover side, a clamping lever having a longer leg (27") and a shorter leg is mounted, which is swivelably supported perpendicularly to the axis A of the lock cylinder, with which clamping lever the lock cylinder is displaceable and fixable axially towards the cover in the guide sleeve, wherein a radially outwardly protruding guide bolt is fastened to the lock cylinder, wherein the guide bolt engages in a guide cam running helically on the guide sleeve, and wherein the guide cam runs in such a manner that when the clamping lever is swung out of the position of the longer leg (27") lying parallel to the axis A into a position which is substantially at right angles to axis A, triggered by the guide cam, the lock cylinder is rotated together with the clamping lever by approx. 90° and, as a result, a detent located on the retaining finger at a distance from the shell surface of the lock cylinder is guided by means of the holding groove on the housing frame, wherein first guide rails are configured on the inner side of the housing shell in the region of the connecting points of the four side surfaces (la-1d) and second guide rails are configured on the four side edges of the swing frame which are located parallel to the connecting points of the side surfaces (la-1d) of the shell of the housing, wherein damper elements are deployed between the first and second guide rail (57, 63), which damper elements carry the swing frame in an elastically resilient manner in the housing, characterized in that the damper elements are deployed between two displaceable damper receptacles in the two guide rails (57, 63) and are connected to these, in that a means for locking and fixing the damper receptacle in the guide rail is configured on at least one damper receptacle.
A fan module for an aircraft turbomachine, comprising: - a fan comprising a disc carrying fan vanes, - a rotor of an electric machine, this rotor being generally annular in shape and being mounted coaxially downstream of the fan, - an annular support for the rotor, a downstream end of which is attached to said rotor and an upstream end of which is attached to the fan disc, characterised in that the support is attached to the disc by means of fusible screws which are configured to break when a torsional torque transmitted from the disc to the support exceeds a predetermined threshold. - a fan comprising a disc carrying fan vanes, - a rotor of an electric machine, this rotor being generally annular in shape and being mounted coaxially downstream of the fan, - an annular support for the rotor, a downstream end of which is attached to said rotor and an upstream end of which is attached to the fan disc, characterised in that the support is attached to the disc by means of fusible screws which are configured to break when a torsional torque transmitted from the disc to the support exceeds a predetermined threshold.
A vision system for an aircraft, comprising: - a display; - an assembly for dynamically generating synthetic images, the synthetic images comprising at least one synthetic surface representation of the terrain situated facing the aircraft; - a management assembly for the graphic interface of the display, capable of controlling the display, on at least a first region of the display, of a peripheral area formed from a synthetic image comprising at least one synthetic surface representation of the terrain coming from the synthetic image generating assembly; the management assembly being capable of maintaining at least one area representative of the position of a landing runway, centered on the landing runway and at least one front area, adjacent to the centered area, substantially with no synthetic surface representation of the terrain, the peripheral area extending at least partially around the centered area and/or the front area, characterized in that the management assembly includes means for dynamically defining the length of the front area of the display as a function of a vertical decision position associated with a chosen approach for said landing runway and as a function of the aircraft position. - a display; - an assembly for dynamically generating synthetic images, the synthetic images comprising at least one synthetic surface representation of the terrain situated facing the aircraft; - a management assembly for the graphic interface of the display, capable of controlling the display, on at least a first region of the display, of a peripheral area formed from a synthetic image comprising at least one synthetic surface representation of the terrain coming from the synthetic image generating assembly;
Portable and versatile device for nondestructive examination of an object, characterised in that it comprises: - an X or gamma radiation source, adapted to radiography, - at least one matrix detector (6, 18, 20), sensitive to X rays or gamma rays, that is large and finely pixelated, adapted to radiography, this detector having a large useful detection zone in which a square with sides of at least 20 cm will be inscribed, this useful zone being composed of small detection pixels, smaller than 300 μm, - a removable shielding and collimation accessory, fitted on the X or gamma radiation source, to adapt it to backscattering imaging, - at least one removable image formation accessory (10, 22), based on the coded aperture imaging technique, this image formation accessory including a mechanical structure, preferably motor driven, comprising a large and finely pixelated coded mask on which a square with sides of at least 6 cm can be inscribed, this coded mask comprising small pixels smaller than 1000 μm, the structure being designed to be placed in contact with the detector for backscattering imaging or radioactive source imaging, and - a system for the synchronised control of the X or gamma radiation source, the detector and the image formation accessory, and for data acquisition and processing in order to display an image in real time, which enables radiography of the object and/or backscattering imaging thereof and/or detection and localization of a radioactive source present in the object. - an X or gamma radiation source, adapted to radiography, - at least one matrix detector (6, 18, 20), sensitive to X rays or gamma rays, that is large and finely pixelated, adapted to radiography, this detector having a large useful detection zone in which a square with sides of at least 20 cm will be inscribed, this useful zone being composed of small detection pixels, smaller than 300 μm, - a removable shielding and collimation accessory, fitted on the X or gamma radiation source, to adapt it to backscattering imaging, - at least one removable image formation accessory (10, 22), based on the coded aperture imaging technique, this image formation accessory including a mechanical structure, preferably motor driven, comprising a large and finely pixelated coded mask on which a square with sides of at least 6 cm can be inscribed, this coded mask comprising small pixels smaller than 1000 μm, the structure being designed to be placed in contact with the detector for backscattering imaging or radioactive source imaging, and - a system for the synchronised control of the X or gamma radiation source, the detector and the image formation accessory, and for data acquisition and processing in order to display an image in real time,
A pharmaceutical composition for use in a method of preventing or treating malaria, said composition comprising: artemether or arteether; and a pharmaceutically-acceptable excipient selected from the group consisting of: medium chain length triglycerides; short chain triglycerides; omega-3-marine triglycerides; and fish oil, rich in omega-3-acids said composition formulated for transmucosal sublingual, buccal or nasal dosage; wherein said composition is substantially free of water. artemether or arteether; and a pharmaceutically-acceptable excipient selected from the group consisting of: medium chain length triglycerides; short chain triglycerides; omega-3-marine triglycerides; and fish oil, rich in omega-3-acids medium chain length triglycerides; short chain triglycerides; omega-3-marine triglycerides; and fish oil, rich in omega-3-acids said composition formulated for transmucosal sublingual, buccal or nasal dosage; wherein said composition is substantially free of water.
An inkjet ink comprising: an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a tri- or higher functionality (meth)acrylate monomer in which the only radiation-curable functional groups present in the monomer are acrylate groups; and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 10% by weight of mono- and di-functional monomers in total, other than the α,β-unsaturated ether monomer, where the amounts by weight are based on the total weight of the ink, wherein the ink has a viscosity of less than 100 mPas at 25°C, and wherein the ink further comprises a photoinitiator package comprising two or more free-radical photoinitiators. an α,β-unsaturated ether monomer in which the only radiation-curable functional groups present in the monomer are α,β-unsaturated ether groups; a tri- or higher functionality (meth)acrylate monomer in which the only radiation-curable functional groups present in the monomer are acrylate groups; and a colouring agent; wherein the ink contains less than 5% by weight of water and volatile organic solvents in total, and less than 10% by weight of mono- and di-functional monomers in total, other than the α,β-unsaturated ether monomer, where the amounts by weight are based on the total weight of the ink, wherein the ink has a viscosity of less than 100 mPas at 25°C, and wherein the ink further comprises a photoinitiator package comprising two or more free-radical photoinitiators.
An internal gear machining method which performs internal gear machining on a to-be-machined internal gear by synchronously rotating the to-be-machined internal gear and a barrel-shaped threaded tool having a tool diameter gradually decreasing from an axially intermediate portion of the threaded tool toward axially opposite end portions thereof in mesh with each other, wherein the to-be-machined internal gear is rotated about a workpiece rotation axis, the barrel-shaped threaded tool is rotated about a tool rotation axis having a predetermined crossed axes angle (Σ) to the workpiece rotation axis, characterised in that the crossed axes angle (Σ) is set based on an amount of difference in a tool radius of the barrel-shaped threaded tool, and the amount of difference in the tool radius is found from a tool diameter of the axially intermediate portion of the threaded tool and tool diameters of the axially opposite end portions thereof, wher ein the crossed axes angle (Σ) is increased as the amount of difference in the tool radius is increased.
A lane detection method, comprising: sensing magnetic fields corresponding to magnetic particles included in multiple lane lines based on a magnetic sensor attached to a vehicle; setting at least one of magnetic field correction intervals (1301, 1302, 1303, 1304) with reference to a first rate of change in the magnetic field intensity for the sensed magnetic fields; correcting data corresponding to the magnetic field correction intervals (1301, 1302, 1303, 1304); and detecting multiple lane lines based on the corrected data corresponding to the magnetic fields, wherein the at least one of magnetic field correction intervals (1301, 1302, 1303, 1304) are set with reference to a second rate of change in vehicle sensor data as well as the first rate of change in the magnetic field intensity for the sensed magnetic fields. sensing magnetic fields corresponding to magnetic particles included in multiple lane lines based on a magnetic sensor attached to a vehicle; setting at least one of magnetic field correction intervals (1301, 1302, 1303, 1304) with reference to a first rate of change in the magnetic field intensity for the sensed magnetic fields; correcting data corresponding to the magnetic field correction intervals (1301, 1302, 1303, 1304); and detecting multiple lane lines based on the corrected data corresponding to the magnetic fields, wherein the at least one of magnetic field correction intervals (1301, 1302, 1303, 1304) are set with reference to a second rate of change in vehicle sensor data as well as the first rate of change in the magnetic field intensity for the sensed magnetic fields.
Sensor device, in particular a rod sensor, for measuring the rotational speed on a wheel of a vehicle, wherein the sensor device has a sensor carrier, in particular a rod, with a sensor integrated in the sensor carrier, in order to sense, for the measurement of the rotational speed, the rotation of a pole wheel which rotates along with the wheel, having clamping means which are integrated in the sensor carrier and by means of which, for the measurement of the rotational speed, the sensor carrier can be clamped in an axially displaceable fashion in a holding opening in the region of the wheel and can be clamped in any desired orientation with respect to rotations about the longitudinal axis of the sensor carrier, wherein the clamping means have at least one, in particular precisely three or precisely four, clamping strips (8, 8', 8", 8"') which extend in the axial direction laterally on the sensor carrier and have a plurality of spring elements (10, 10', 10", 10"'), in order to bring about a defined friction connection between the sensor carrier and the holding opening in the axial direction of the sensor carrier, wherein the clamping strip (8, 8', 8", 8"') has in each case a plurality of spring elements (10, 10', 10", 10"') which are arranged axially one behind the other.
A method by a terminal in a mobile communication system, the method comprising: identifying a configured downlink scheduling for a certain transmission time interval, TTI; identifying whether the terminal is configured with a transmission mode 9 and a subframe corresponding to the TTI is a multimedia broadcast/multicast service frequency network, MBSFN, subframe; and if the terminal is configured with the transmission mode 9 and the subframe corresponding to the TTI is the MBSFN subframe, processing the subframe based on the downlink scheduling for the TTI. identifying a configured downlink scheduling for a certain transmission time interval, TTI; identifying whether the terminal is configured with a transmission mode 9 and a subframe corresponding to the TTI is a multimedia broadcast/multicast service frequency network, MBSFN, subframe; and if the terminal is configured with the transmission mode 9 and the subframe corresponding to the TTI is the MBSFN subframe, processing the subframe based on the downlink scheduling for the TTI.
A user interface of a control strategy evaluation tool configured for designing, configuring and/or editing a control flow representing a to be evaluated control strategy configured to control a semiconductor manufacturing process, the user interface comprising: a library of control elements comprising at least a control element representing a task of simulation (Sim), each control element being selectable by a user; a control flow editor configured to organize said control elements into a control flow representing the control strategy, the control flow comprising at least a control element representing a task of simulation (Sim); and a communication interface for communicating the control flow to a calculation engine configured to evaluate the control flow. a library of control elements comprising at least a control element representing a task of simulation (Sim), each control element being selectable by a user; a control flow editor configured to organize said control elements into a control flow representing the control strategy, the control flow comprising at least a control element representing a task of simulation (Sim); and a communication interface for communicating the control flow to a calculation engine configured to evaluate the control flow.
A component for a rotary drill stem for a well, comprising a central tubular element and a first and a second connector each comprising a threaded portion (2a, 3a) for connecting the component to another component, at least one of said connectors further comprises: • a chamber; and • an annular signal transmission coupler, the annular coupler comprising: ∘ a ring having an annular coupling surface; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface, the annular coupler forming a piston, the piston surface defining the chamber; characterized in that the chamber is in communication with a pressure external to the component or a space in a bore of the component. • a chamber; and • an annular signal transmission coupler, the annular coupler comprising: ∘ a ring having an annular coupling surface; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface, the annular coupler forming a piston, the piston surface defining the chamber; characterized in that the chamber is in communication with a pressure external to the component or a space in a bore of the component. ∘ a ring having an annular coupling surface; ∘ an insulating support leaving the annular coupling surface free; and ∘ a piston surface axially opposed to the annular coupling surface, the annular coupler forming a piston, the piston surface defining the chamber;
A method for repairing a manhole comprising a manhole frame and a manhole cover, comprising following steps, where: into the manhole frame with removed manhole cover, a levelling core is inserted and centred, then a machining unit comprising a cutting unit is attached to said levelling core, characterized in that a measuring device is installed to the machining unit and the manhole frame seating area surface smoothness is measured, where during the measurement said machining unit is levelled in relation to the manhole frame seating area, then the measuring device is detached from the levelling core and a cutting blade is attached to the cutting unit, then said seating area is evened by removing material by cutting from said seating area by moving said machining unit along said seating area on a circular path until the required surface smoothness of said seating area surface has been achieved by the amount of material removed from said seating area, then said levelling core and machining unit comprising the cutting unit are removed from the manhole frame. into the manhole frame with removed manhole cover, a levelling core is inserted and centred, then a machining unit comprising a cutting unit is attached to said levelling core, characterized in that a measuring device is installed to the machining unit and the manhole frame seating area surface smoothness is measured, where during the measurement said machining unit is levelled in relation to the manhole frame seating area, then the measuring device is detached from the levelling core and a cutting blade is attached to the cutting unit, then said seating area is evened by removing material by cutting from said seating area by moving said machining unit along said seating area on a circular path until the required surface smoothness of said seating area surface has been achieved by the amount of material removed from said seating area, then said levelling core and machining unit comprising the cutting unit are removed from the manhole frame.
Use of a tall-oil pitch product which is saponified and hydrolysed with an alkali, and which comprises a stable emulsion or micelle-water mixture, at pulp mills for clarifying soap and/or reducing the foam in the treatment of black lye.
A data processing apparatus comprising: branch prediction circuitry adapted to store at least one branch prediction state entry in relation to a stream of instructions; input circuitry to receive at least one input to generate a new branch prediction state entry, wherein the at least one input comprises a plurality of bits; and coding circuitry (52, 174) adapted to perform an encoding operation to encode at least some of the plurality of bits based on a value associated with a current execution environment in which the stream of instructions is being executed; wherein the encoding operation comprises encoding the at least some of the bits by using a key, wherein the key is based on the current execution environment in which the stream of instructions is being executed, and wherein the at least one input comprises an indication of a destination address of a branch instruction; the branch prediction circuitry is adapted to receive a query value comprising an indication of an instruction address of an instruction and to perform a search using the query value; and the apparatus comprises reverse encoding circuitry (56, 176) to perform a reverse encoding operation on an output of the branch prediction circuitry output in response to receiving the query value. branch prediction circuitry adapted to store at least one branch prediction state entry in relation to a stream of instructions; input circuitry to receive at least one input to generate a new branch prediction state entry, wherein the at least one input comprises a plurality of bits; and coding circuitry (52, 174) adapted to perform an encoding operation to encode at least some of the plurality of bits based on a value associated with a current execution environment in which the stream of instructions is being executed; wherein the encoding operation comprises encoding the at least some of the bits by using a key, wherein the key is based on the current execution environment in which the stream of instructions is being executed, and wherein the at least one input comprises an indication of a destination address of a branch instruction; the branch prediction circuitry is adapted to receive a query value comprising an indication of an instruction address of an instruction and to perform a search using the query value; and the apparatus comprises reverse encoding circuitry (56, 176) to perform a reverse encoding operation on an output of the branch prediction circuitry output in response to receiving the query value.