mhurhangee/ep-ind-claims huggingface dataset:
Guide vane device for a turbine, the guide vane device comprising: an inner platform with a through hole forming a fluid channel for a cooling fluid, wherein the inner platform extends in a circumferential direction around a shaft of the turbine, a hollow aerofoil with a cooling opening for exchanging the cooling fluid passing the through hole into or from the hollow aerofoil, wherein the hollow aerofoil is fixed to a first surface of the inner platform, and a rail comprising a recess with a cooling fluid passage forming a passage for the cooling fluid to the through hole, wherein the rail is fixed to a second surface of the inner platform and the rail extends along the second surface in the circumferential direction around the shaft, characterized in that the cooling fluid passage comprises in the circumferential direction at least the dimension of the through hole and that the cooling fluid passage is free of further conduit elements such that the cooling fluid streaming through the cooling fluid passage is in direct contact with a surface of the rail. an inner platform with a through hole forming a fluid channel for a cooling fluid, wherein the inner platform extends in a circumferential direction around a shaft of the turbine, a hollow aerofoil with a cooling opening for exchanging the cooling fluid passing the through hole into or from the hollow aerofoil, wherein the hollow aerofoil is fixed to a first surface of the inner platform, and a rail comprising a recess with a cooling fluid passage forming a passage for the cooling fluid to the through hole, wherein the rail is fixed to a second surface of the inner platform and the rail extends along the second surface in the circumferential direction around the shaft, characterized in that the cooling fluid passage comprises in the circumferential direction at least the dimension of the through hole and that the cooling fluid passage is free of further conduit elements such that the cooling fluid streaming through the cooling fluid passage is in direct contact with a surface of the rail.
Surface acoustic wave component consisting at least of a piezoelectric material, interdigital transducers and electrical contacts, wherein at least one strain-absorbing, elastic layer is present between the piezoelectric material and the interdigital transducers, at least partly in the region of the aperture of the interdigital transducers, wherein the strain-absorbing, elastic layer is defined at least by the roughness of the surfaces of the interdigital transducers and of the piezoelectric material and at most by a spacing of 1000 nm, and wherein the strain-absorbing, elastic layer consists of a polymer or a photoresist, and wherein the strain-absorbing, elastic layer consists of a material with a lower average modulus of elasticity than that of the material of the interdigital transducers.
An ethylene-based polymer composition characterized by a Comonomer Distribution Constant greater than about 45 and as high as 400, wherein the composition has less than 120 total unsaturation unit/1,000,000C, wherein the composition is further characterized as comprising a MW Ratio (measured with cross fractionation, TREF followed by GPC) at each temperature is less than or equal to 1.00 for each fraction comprising more than 1.0 wt% which represents the area of the fraction divided by the total area of all fractions and wherein the composition is further characterized by having a melt index (measured with ASTM D 1238, Condition 190°C/2.16kg) of less than or equal to 0.90 g/10 min.
Use of pea proteins to replace milk proteins in confectionery products traditionally made with milk selected from soft or hard caramels, toffees, fudges, milk candies, crumbs, cooked milk fillings for confectionery, milk fat fillings, sweet sauces cooked with milk for coulis or toppings, milk jams, milk-based spreads, white chocolate or milk chocolate and products derived from white chocolates or milk chocolates selected from ganaches, pralines, couverture chocolates, bars, candies, bouchées, truffles, lentils, sprinkles and white-chocolate or milk-chocolate fillings.
Device for manoeuvring an actuation cable, comprising a ring that is mounted so as to slide on a lever and is connected to one end of the actuation cable returned by a spring into an idle position in which the ring is in abutment on a part of the lever through a first resilient member that is mounted fixed with respect to either the ring or the lever and on which there bears a first stop carried by the other one of the ring or lever, a device comprising a second resilient member that is fixed to either the ring or the lever while being spaced apart from the first resilient member in an axial direction of the lever, and is mounted so as to slide freely with respect to the other one of the ring or lever, characterised in that the first resilient member is an O-ring seal with a circular cross-section, and in that the first stop is conical.
A mobile station comprising: a transmission unit configured, when carrier aggregation is performed by using a component carrier under a first radio base station and a component carrier under a second radio base station, to send to the first radio base station a first buffer status report to notify a buffer residence-volume to be notified to the first radio base station, out of a buffer residence-volume which is a data volume of uplink signals stagnant in the mobile station, in a bearer involved in the carrier aggregation, and then to send to the second radio base station a second buffer status report to notify a buffer residence-volume other than the buffer residence-volume notified to the first radio base station out of a buffer residence-volume which is the data volume of uplink signals stagnant in the mobile station, in the bearer, wherein the transmission unit is configured to use the second buffer status report to further notify the second radio base station of the buffer residence-volume notified to the first radio base station. a transmission unit configured, when carrier aggregation is performed by using a component carrier under a first radio base station and a component carrier under a second radio base station, to send to the first radio base station a first buffer status report to notify a buffer residence-volume to be notified to the first radio base station, out of a buffer residence-volume which is a data volume of uplink signals stagnant in the mobile station, in a bearer involved in the carrier aggregation, and then to send to the second radio base station a second buffer status report to notify a buffer residence-volume other than the buffer residence-volume notified to the first radio base station out of a buffer residence-volume which is the data volume of uplink signals stagnant in the mobile station, in the bearer, wherein the transmission unit is configured to use the second buffer status report to further notify the second radio base station of the buffer residence-volume notified to the first radio base station.
Detection system intended for a motor vehicle, the detection system comprising at least one sensor delimited by at least one curved outer surface and at least one device for cleaning the outer surface, wherein the cleaning device comprises a boom for dispensing at least one cleaning and/or drying fluid, the dispensing boom having a curved form whose curvature (C') is substantially equal to the curvature of at least a portion (201, 202) of the outer surface and extending to a downstream end of a conveying body of axis of extension, in particular substantially symmetrically on either side of said axis of extension, the dispensing boom being movable between a first position and a second position, characterized in that the conveying boom comprises a telescopic portion at the free end of which the dispensing boom is mounted.
A method of making a cesium salt comprising: a) reacting a cesium sulfate containing solution with lime to form 1) a solution comprising at least cesium hydroxide and 2) a residue comprising calcium sulfate; b) removing the residue from the solution; adding at least one soluble carbonate source to the solution from step b), to precipitate impurities, and removing said impurities before proceeding with step c); and c) converting the cesium hydroxide in said solution to at least one type of cesium salt. a) reacting a cesium sulfate containing solution with lime to form 1) a solution comprising at least cesium hydroxide and 2) a residue comprising calcium sulfate; b) removing the residue from the solution; adding at least one soluble carbonate source to the solution from step b), to precipitate impurities, and removing said impurities before proceeding with step c); and c) converting the cesium hydroxide in said solution to at least one type of cesium salt.
A method for producing plastic moulded parts, with a plasticizing unit, which has a cylinder, and in the cylinder a rotatably and linearly drivable plasticizing screw, wherein via an opening in the cylinder a plastic material which is to be melted, preferably as granulate, powder, bars or liquid silicone, is fed into the cylinder, wherein the plastic material is fed into the cylinder by means of a volumetric dosing device, wherein the volumetric dosing device has a storage container for receiving plastic material, a rotatable dosing member and a rotary drive for actuating the dosing member, and wherein melted plastic material is injected by means of an injection stroke of the plasticizing screw into a mould, characterized in that the actual mass flow of the plastic material is calculated, wherein the actual mass flow is calculated from the return speed v screw,back,n of the plasticizing screw during a melt dosing process, the nominal diameter of the plasticizing screw and the melt density, that the actual mass flow of the plastic material is compared with a nominal mass flow of the plastic material, and that with a predefinable differential value between the actual mass flow of the plastic material and the nominal mass flow of the plastic material the rotational speed n d of the rotary drive of the dosing member is altered in such a way that the differential value is reduced, wherein the differential value is preferably to reach zero.
A cathodic electrocoating composition comprising: an aqueous carrier; a film forming binder dispersed in the carrier, wherein the film forming binder comprises an epoxy-amine adduct and a blocked polyisocyanate crosslinking agent; and, an edge protective agent comprising guar gum. an aqueous carrier; a film forming binder dispersed in the carrier, wherein the film forming binder comprises an epoxy-amine adduct and a blocked polyisocyanate crosslinking agent; and, an edge protective agent comprising guar gum.
An air data probe comprising: a housing; a sensor; and a wireless interface in operable communication with the sensor, the wireless interface comprising a transmitter and a receiver; the wireless interface being configured to: receive a first request to test the transmitter; characterized in that the wireless interface is further configured to: transmit a test message to one or more other air data probes associated with an aircraft; listen to an additional transmitter associated with each of the one or more other air data probes to determine a health status of the air data probe, wherein the health status may be a pass status based on receiving a confirmation from at least one of the one or more other air data probes or may be a fail status based on not receiving a confirmation from any of the one or more other air data probes; and provide the health status to a health management system by creating an encrypted message with the transmitter status and wirelessly transmitting to the encrypted message to the health management system. a housing; a sensor; and a wireless interface in operable communication with the sensor, the wireless interface comprising a transmitter and a receiver; the wireless interface being configured to: receive a first request to test the transmitter;
Wristwatch case comprising an upper member, a lower member, a middle part situated between the upper and lower members (2, 3) and protruding members for attachment to a bracelet, first portions of these protruding attachment members being defined by the upper member and second portions of these protruding attachment members being defined by the lower member, said first and second portions (19, 17) respectively comprising first and second retaining members (20, 21) which cooperate, characterised in that the first and second retaining members (20, 21) are arranged to prevent the first and second portions (19, 17) of the protruding attachment members from separating in the direction of the axis of the case, and in that the upper and lower members (2, 3) are arranged to, when assembling the case, be able to rotate relative to each other about the axis of the case from a position where the first and second retaining members (20, 21) do not cooperate to a position where they cooperate.
Fence base adapted to be positioned between two fence posts, which fence base is in the shape of an elongated plate whose opposite side edges are each intended to be engaged in a longitudinal rebate of a fence post disposed facing the plate, characterised in that the thickness of the plate at the opposite side edges can be adapted to that of the longitudinal rebate of a post by means of two foldable tabs (34, 35) disposed respectively in the upper part and in the lower part of each of the opposite side edges and configured to engage in a unfolded position or at least partially folded with the walls of the rebate.
A method of assembling a pharmaceutical product having at least three independently formed solid tablet components (420, 430, 440), the method characterised by: supplying a separate one of said at least three solid tablet components (420, 430, 440) from a separate one of at least three component magazines (12, 14, 16), dispensing said at least three solid tablet components (420, 430, 440) from said at least three component magazines (12, 14, 16); applying a bonding liquid to at least one of said three solid tablet components (420, 430, 440); positioning said at least three solid tablet components (420, 430, 440) that are dispensed from said at least three component magazines (12, 14, 16); connecting together said at least three solid tablet components (420, 430, 440) by pressing said three solid tablet components (420, 430, 440) together. supplying a separate one of said at least three solid tablet components (420, 430, 440) from a separate one of at least three component magazines (12, 14, 16), dispensing said at least three solid tablet components (420, 430, 440) from said at least three component magazines (12, 14, 16); applying a bonding liquid to at least one of said three solid tablet components (420, 430, 440); positioning said at least three solid tablet components (420, 430, 440) that are dispensed from said at least three component magazines (12, 14, 16); connecting together said at least three solid tablet components (420, 430, 440) by pressing said three solid tablet components (420, 430, 440) together.
A radio base station apparatus (20A, 20B), comprising: a mapping section configured to map an enhanced Physical Downlink Control Channel, enhanced PDCCH, for a user terminal (10A, 10B) to a radio resource for the enhanced PDCCH; and a transmission section configured to transmit the enhanced PDCCH mapped to the radio resource, wherein the radio resource and an antenna port of a DeModulation-Reference Signal, DM-RS, are in association with each other, and an enhanced Control Channel Element, eCCE, is divided and the radio resource is formed with the divided eCCEs, and divided eCCEs from a same eCCE are assigned with a same index number and are distributed-mapped to different resource blocks which are allocated to the enhanced PDCCH. a mapping section configured to map an enhanced Physical Downlink Control Channel, enhanced PDCCH, for a user terminal (10A, 10B) to a radio resource for the enhanced PDCCH; and a transmission section configured to transmit the enhanced PDCCH mapped to the radio resource, wherein the radio resource and an antenna port of a DeModulation-Reference Signal, DM-RS, are in association with each other, and an enhanced Control Channel Element, eCCE, is divided and the radio resource is formed with the divided eCCEs, and divided eCCEs from a same eCCE are assigned with a same index number and are distributed-mapped to different resource blocks which are allocated to the enhanced PDCCH.
Method for rapid heating of steel sheet profiles or steel pipes with subsequent quench hardening, wherein heating devices (1, 20, 21) are present and the heating devices (1, 20, 21) respectively act on the steel sheet profile or steel pipe to a limited extent in terms of area, causing the steel sheet profile or steel pipe to heat up, wherein the heating devices (1, 20, 21) oscillate relative to the steel sheet profile or to the steel pipe, wherein the frequency range of the oscillation is 0.46 to 4.7 Hz, wherein a superimposed oscillation is performed in which a fundamental is superimposed by a higher-frequency harmonic, wherein the oscillation is translational, rotational or a combination of both.
A securing mechanism for a roof rack assembly comprising: a track that extends in a longitudinal direction, the track comprising an upper lip, a lower lip, and at least one notch that is positioned on the lower lip and that extends downward in a vertical direction through the lower lip; a support portion of a sliding crossbar assembly that is configured to translate along the track, the support portion comprising; a lower surface; a rib positioned on the lower surface, wherein the rib is configured to engage the at least one notch of the track; a release member that is positioned at least partially within the support portion; characterized by a securing latch that is positioned at least partially within the support portion, wherein the securing latch is repositionable between a latched position, in which the securing latch is engaged with the upper lip of the track and the rib is engaged with the at least one notch, and a unlatched position, in which the securing latch is detached from the upper lip of the track and the rib is detached from the at least one notch. a track that extends in a longitudinal direction, the track comprising an upper lip, a lower lip, and at least one notch that is positioned on the lower lip and that extends downward in a vertical direction through the lower lip; a support portion of a sliding crossbar assembly that is configured to translate along the track, the support portion comprising; a lower surface; a rib positioned on the lower surface, wherein the rib is configured to engage the at least one notch of the track; a lower surface; a rib positioned on the lower surface, wherein the rib is configured to engage the at least one notch of the track; a release member that is positioned at least partially within the support portion; characterized by a securing latch that is positioned at least partially within the support portion, wherein the securing latch is repositionable between a latched position, in which the securing latch is engaged with the upper lip of the track and the rib is engaged with the at least one notch, and a unlatched position, in which the securing latch is detached from the upper lip of the track and the rib is detached from the at least one notch.
A technique simulator for training a user to introduce a medical device into a radial artery of a human body, the technique simulator comprising: an arm model possessing an appearance that imitates portions of a human arm, the portions of the human arm including at least a wrist, the arm model comprising a storage groove; a simulated human subcutaneous region arranged in the storage groove formed in the wrist of the arm model; a simulated human skin that covers a simulated human blood vessel (22 or 22a), the simulated human blood vessel (22 or 22a) configured to be inserted in the simulated human subcutaneous region, characterized by a simulated human radial styloid process arranged in a bone arranging hole formed in the simulated human subcutaneous region; and the simulated human blood vessel (22 or 22a) being configured to be also inserted in the simulated human radial styloid process; a discharge hole in a groove bottom surface of the storage groove, the discharge hole being configured to allow simulated human blood in the simulated human blood vessel (22 or 22a) to pass therethrough, and a tray configured to receive the simulated human blood that passes through the discharge hole, configured to be inserted into the arm model and detachably connected to the arm model. an arm model possessing an appearance that imitates portions of a human arm, the portions of the human arm including at least a wrist, the arm model comprising a storage groove; a simulated human subcutaneous region arranged in the storage groove formed in the wrist of the arm model; a simulated human skin that covers a simulated human blood vessel (22 or 22a), the simulated human blood vessel (22 or 22a) configured to be inserted in the simulated human subcutaneous region, a simulated human radial styloid process arranged in a bone arranging hole formed in the simulated human subcutaneous region; and the simulated human blood vessel (22 or 22a) being configured to be also inserted in the simulated human radial styloid process; a discharge hole in a groove bottom surface of the storage groove, the discharge hole being configured to allow simulated human blood in the simulated human blood vessel (22 or 22a) to pass therethrough, and a tray configured to receive the simulated human blood that passes through the discharge hole, configured to be inserted into the arm model and detachably connected to the arm model.
Method for processing a signal comprising a succession of samples distributed into successive frames, the method being implemented during a decoding of said signal so as to replace at least one lost signal frame on decoding, the method comprising the steps: a) searching, in a valid signal available on decoding, for a signal segment of duration corresponding to a period determined as a function of said valid signal, b) spectral analysis of the segment, for a determination of spectral components of the segment, c) synthesis of at least one replacement frame to replace the lost frame, by construction of a synthesis signal on the basis of part at least of the spectral components. a) searching, in a valid signal available on decoding, for a signal segment of duration corresponding to a period determined as a function of said valid signal, b) spectral analysis of the segment, for a determination of spectral components of the segment, c) synthesis of at least one replacement frame to replace the lost frame, by construction of a synthesis signal on the basis of part at least of the spectral components.