mhurhangee/patent-ind-claim-en huggingface dataset:
Turbine blade having an internally cooled turbine blade aerofoil in which a cavity is subdivided into at least one cooling channel , which carries coolant , by at least one rib element , wherein the respective rib element extends longitudinally as far as a rib element end which ends freely in the cooling channel , wherein, on an inner side of a turbine blade aerofoil wall , a material cutout arranged next to the rib element end of the respective rib element is formed in such a way that stresses arising within the turbine blade aerofoil during operation are reducible in a surrounding region of the at least one rib element , wherein the material cutout is in the form of at least one partial wall-thickness reduction of a turbine blade aerofoil wall , and/or is in the form of at least one concave hollow in a turbine blade aerofoil wall , wherein the rib element end comprises a head side and the material cutout is arranged next to the head side in a turning region of the cooling channel in such a way that the material cutout is arranged in an imaginary extension of the rib element along the longitudinal extent thereof, characterized in that the material cutout is arranged in a turbine blade aerofoil wall so as to be spaced less than 30 mm apart from the at least one rib element . wherein the respective rib element extends longitudinally as far as a rib element end which ends freely in the cooling channel , wherein, on an inner side of a turbine blade aerofoil wall , a material cutout arranged next to the rib element end of the respective rib element is formed in such a way that stresses arising within the turbine blade aerofoil during operation are reducible in a surrounding region of the at least one rib element , wherein the material cutout is in the form of at least one partial wall-thickness reduction of a turbine blade aerofoil wall , and/or is in the form of at least one concave hollow in a turbine blade aerofoil wall , wherein the rib element end comprises a head side and the material cutout is arranged next to the head side in a turning region of the cooling channel in such a way that the material cutout is arranged in an imaginary extension of the rib element along the longitudinal extent thereof, characterized in that the material cutout is arranged in a turbine blade aerofoil wall so as to be spaced less than 30 mm apart from the at least one rib element .
An injectable pharmaceutical composition comprising a compound of formula (I): , wherein R1 represents polyethylene glycol (PEG) having repeating units -(CH2-CH2-O)n-, wherein the PEG moiety is PEG-1000 having n=21-25, PEG-2000 having n=43-48, PEG-3000 having n=65-71, or PEG-5000, having n=112-117.
Streptomyces albidoflavus strain deposited under the Budapest Treaty at Leibniz Institut DSMZ-Deutsche Sammlung von Mikroorganismen und Zellkulturen Gmbh in Braunschweig DE and identified by the reference DH12 DSM 34155.
Structural reinforcement for a frame of a door of a motor vehicle, said reinforcement comprises a first longitudinal component and a second longitudinal component attached to one another, forming a variable-inertia hollow-section beam, at least one of the two longitudinal components has a variable curved portion in the longitudinal direction of the reinforcement such that the hollow section of the beam is variable in the longitudinal direction of the reinforcement, characterized in that the first longitudinal component has at least two pilot holes each being inserted in a guide rod forming a projection from the frame , and in that at least one of said first and second longitudinal components has fixing tabs arranged along the first and second longitudinal components extending substantially perpendicular to the longitudinal direction (x) substantially in a plane (x-z).
An optical phased array having a design wavelength between about 100 nm and about 1 mm and a design bandwidth, the optical phased array comprising: a wafer; a first plurality of optical couplers disposed in a predefined array, relative to the wafer; a first optical port disposed in a predefined location, relative to the wafer; and a first plurality of optical waveguides disposed relative to the wafer and optically connecting the first plurality of optical couplers to the first port via respective first optical paths, one first optical path per first optical coupler, such that optical lengths of all the first optical paths are equal, within one coherence length at a bandwidth greater than about 0.1% plus a spacing between two maximally spaced-apart optical couplers of the first plurality of optical couplers . a wafer; a first plurality of optical couplers disposed in a predefined array, relative to the wafer; a first optical port disposed in a predefined location, relative to the wafer; and a first plurality of optical waveguides disposed relative to the wafer and optically connecting the first plurality of optical couplers to the first port via respective first optical paths, one first optical path per first optical coupler, such that optical lengths of all the first optical paths are equal, within one coherence length at a bandwidth greater than about 0.1% plus a spacing between two maximally spaced-apart optical couplers of the first plurality of optical couplers .
A composition characterized in that it comprises the association of: a) Melaleuca alternifolia oil extract, b) mandelic acid, c) α-Tocopherol polyethylene glycol succinate, in the presence of at least an hygroscopic agent, wherein said three components of the association respectively are in weight ratio: tea tree oil/mandelic acid/Vit. E TPGS of 12/0.5/0.5 and the hygroscopic agent is a metal silicate between 1 and 10 % by total weigh of composition. a) Melaleuca alternifolia oil extract, b) mandelic acid, c) α-Tocopherol polyethylene glycol succinate,
An object detection device comprising: a map generator configured to generate, based on a distance image that includes distance information for each coordinate, the distance image being output from a stereo camera , a first U-disparity map and a second U-disparity map, the second U-disparity map having a lower resolution than the first U-disparity map by thinning out every other pixel in the horizontal direction or the width direction of the first U-disparity map; and an object detector configured to detect an object based on the first U-disparity map and the second U-disparity map generated by the map generator , characterised in that the object detector includes a merging part configured to execute merging the first U-disparity map and the second U-disparity map, wherein the merging part executes the merging by selecting the first U-disparity map when a distance from the stereo camera to the object, the distance being represented by the distance information, is within a predetermined first range, and selecting the second U-disparity map when the distance from the stereo camera to the object, the distance being represented by the distance information, is within a predetermined second range out of the first range, the second range being located farther away from the stereo camera than the first range. a map generator configured to generate, based on a distance image that includes distance information for each coordinate, the distance image being output from a stereo camera , a first U-disparity map and a second U-disparity map, the second U-disparity map having a lower resolution than the first U-disparity map by thinning out every other pixel in the horizontal direction or the width direction of the first U-disparity map; and an object detector configured to detect an object based on the first U-disparity map and the second U-disparity map generated by the map generator , characterised in that
A method of additive manufacture, the method comprising: distributing a layer of a material over a substrate, wherein the material comprises at least two chemical reactants; directing first radiant energy at a first portion of the layer; amalgamating, by the first radiant energy, the first portion with the substrate; and overcoming, after the amalgamating, an activation energy barrier of a reaction between the at least two chemical reactants corresponding to the first portion by directing second radiant energy thereat, wherein the material comprises silicon carbide; the amalgamating the first portion with the substrate comprises liquefying silicon within the first portion; the overcoming the activation energy barrier comprises liquefying carbon within the first portion; the directing the first radiant energy at the first portion occurs for a first period of time; and the directing the second radiant energy at the first portion occurs for a second period of time. distributing a layer of a material over a substrate, wherein the material comprises at least two chemical reactants; directing first radiant energy at a first portion of the layer; amalgamating, by the first radiant energy, the first portion with the substrate; and overcoming, after the amalgamating, an activation energy barrier of a reaction between the at least two chemical reactants corresponding to the first portion by directing second radiant energy thereat, wherein the material comprises silicon carbide; the amalgamating the first portion with the substrate comprises liquefying silicon within the first portion; the overcoming the activation energy barrier comprises liquefying carbon within the first portion; the directing the first radiant energy at the first portion occurs for a first period of time; and the directing the second radiant energy at the first portion occurs for a second period of time.
A method of color calibrating a display device , the method comprising: estimating a real-world illuminance; capturing an image of a real-world object, identifying the object and accessing known color characteristics of the real-world object; estimating RGB data of the real-world object based on the color characteristics of the real-world object and an inverse display model ; computing a first candidate color rendering of a synthetic version of the real-world object by selecting first alternative RGB coordinates; computing a second candidate color rendering of a synthetic version of the real-world object by selecting second alternative RGB coordinates; displaying (312, 518-520) both candidate color renderings beside the real-world object using an AR display and prompting a user to indicate a preferred color rendering; and in response to the user indication , updating a display color model used for producing future candidate renderings and synthetic AR content based on the RGB data of the indicated color rendering and the RGB data of the real-world object. estimating a real-world illuminance; capturing an image of a real-world object, identifying the object and accessing known color characteristics of the real-world object; estimating RGB data of the real-world object based on the color characteristics of the real-world object and an inverse display model ; computing a first candidate color rendering of a synthetic version of the real-world object by selecting first alternative RGB coordinates; computing a second candidate color rendering of a synthetic version of the real-world object by selecting second alternative RGB coordinates; displaying (312, 518-520) both candidate color renderings beside the real-world object using an AR display and prompting a user to indicate a preferred color rendering; and in response to the user indication , updating a display color model used for producing future candidate renderings and synthetic AR content based on the RGB data of the indicated color rendering and the RGB data of the real-world object.
A superabsorbent complexed with aluminium ions, where the aluminium ions are applied in the form of an aqueous solution comprising aluminium ions, which has the feature that it comprises aluminium ions in a proportion within the range of 0.5%-15% by weight (optionally converted to Al 3+ ), based on the total mass of the solution, and further comprises anions of lactic acid (lactate ions) and phosphoric acid (phosphate ions), where the molar proportion of the lactate ions is within the range of 0.01-2.99 times the molar amount of Al 3+ and the molar proportion of the phosphate ions is within the range of 0.01-2.99 times the molar amount of Al 3+ .
A vehicle approach notification device comprising: an illumination part that is disposed at a driving cab provided in a vehicle and irradiates a notification light toward a road surface near the vehicle; an irradiation direction change part that changes an irradiation direction by changing a configuration angle of the illumination part with respect to the driving cab ; and a control part that sends a first command associated with the configuration angle to the irradiation direction change part and sends a second command associated with an illumination state to the illumination part , characterised in that the driving cab is capable of being lifted and lowered, wherein with the control part changing contents of the first command and the second command according to a lifting position of the driving cab , both the irradiation direction and the illumination state change according to the lifting position. an illumination part that is disposed at a driving cab provided in a vehicle and irradiates a notification light toward a road surface near the vehicle; an irradiation direction change part that changes an irradiation direction by changing a configuration angle of the illumination part with respect to the driving cab ; and a control part that sends a first command associated with the configuration angle to the irradiation direction change part and sends a second command associated with an illumination state to the illumination part , characterised in that the driving cab is capable of being lifted and lowered, wherein with the control part changing contents of the first command and the second command according to a lifting position of the driving cab , both the irradiation direction and the illumination state change according to the lifting position.
A communication method used for Long Term Evolution, LTE, Wireless Local Area Network, WLAN, Aggregation, LWA, comprising: setting, by a first LTE base station (200-1), a WLAN mobility set that is a set of one or more WLAN identifiers to a user equipment ; deciding, by the first LTE base station (200-1), a handover of the user equipment to a second LTE base station (200-2); including, by the first LTE base station (200-1), in a handover request message for the user equipment , an identifier of a WLAN termination device associated with the one or more WLAN identifiers; transmitting, by the first LTE base station (200-1), the handover request message including the identifier of the WLAN termination device to the second LTE base station (200-2); and receiving, by the first LTE base station (200-1), a handover request acknowledge message from the second LTE base station (200-2), wherein the handover request acknowledge message includes holding information indicating that the WLAN termination device holds a context of the user equipment . setting, by a first LTE base station (200-1), a WLAN mobility set that is a set of one or more WLAN identifiers to a user equipment ; deciding, by the first LTE base station (200-1), a handover of the user equipment to a second LTE base station (200-2); including, by the first LTE base station (200-1), in a handover request message for the user equipment , an identifier of a WLAN termination device associated with the one or more WLAN identifiers; transmitting, by the first LTE base station (200-1), the handover request message including the identifier of the WLAN termination device to the second LTE base station (200-2); and receiving, by the first LTE base station (200-1), a handover request acknowledge message from the second LTE base station (200-2), wherein the handover request acknowledge message includes holding information indicating that the WLAN termination device holds a context of the user equipment .
An infrared light shielding laminate comprising: an ITO particle-containing layer; and an overcoat layer which covers an upper surface of the ITO particle-containing layer, wherein core shell particles are present in a state of being in contact with each other in the ITO particle-containing layer, and the core shell particle includes an ITO particle serving as a core and an insulating material serving as a shell that covers the core, an average value of a distance between the ITO particles in a state in which the core shell particles are in contact with each other is in a range of 0.5 to 10 nm, as measured with a method disclosed herein, the insulating material is silica, alumina, or an organic protective agent, and the overcoat layer infiltrates into the gap between the core shell particles in the surface portion of the upper surface of the ITO particle-containing layer. an ITO particle-containing layer; and an overcoat layer which covers an upper surface of the ITO particle-containing layer, wherein core shell particles are present in a state of being in contact with each other in the ITO particle-containing layer, and the core shell particle includes an ITO particle serving as a core and an insulating material serving as a shell that covers the core, an average value of a distance between the ITO particles in a state in which the core shell particles are in contact with each other is in a range of 0.5 to 10 nm, as measured with a method disclosed herein, the insulating material is silica, alumina, or an organic protective agent, and the overcoat layer infiltrates into the gap between the core shell particles in the surface portion of the upper surface of the ITO particle-containing layer.
A method for performing wireless communication by a first device , the method comprising: transmitting sidelink control information, SCI, to a second device through a physical sidelink control channel, PSCCH; transmitting, to the second device , a physical sidelink shared channel, PSSCH; obtaining a reference signal power value for obtaining a sidelink, SL, pathloss from transmit power values for transmitting the PSSCH layer 3, L3, filtered using L3 filter coefficient information of 5G-NR; receiving, from the second device , a reference signal received power, RSRP, value; obtaining the SL pathloss by subtracting the received RSRP value from the reference signal power value; and determining first transmit power based on the SL pathloss, wherein the L3 filter coefficient information used for obtaining the RSRP value and the reference signal power value corresponds to a same filter coefficient value. transmitting sidelink control information, SCI, to a second device through a physical sidelink control channel, PSCCH; transmitting, to the second device , a physical sidelink shared channel, PSSCH; obtaining a reference signal power value for obtaining a sidelink, SL, pathloss from transmit power values for transmitting the PSSCH layer 3, L3, filtered using L3 filter coefficient information of 5G-NR; receiving, from the second device , a reference signal received power, RSRP, value; obtaining the SL pathloss by subtracting the received RSRP value from the reference signal power value; and determining first transmit power based on the SL pathloss, wherein the L3 filter coefficient information used for obtaining the RSRP value and the reference signal power value corresponds to a same filter coefficient value.
A gearwheel for reducing the backlash, comprising: a first wheel part ; a second wheel part which is provided next to the first wheel part in an axially aligned manner with respect to the first wheel part ; and at least one elastic connecting element which connects the first wheel part to the second wheel part in a torque-transmitting manner: the at least one elastic connecting element being connected fixedly to the first wheel part , in particular being adhesively bonded, pressed and/or screwed into the first wheel part , and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element , and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle , characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential. a first wheel part ; a second wheel part which is provided next to the first wheel part in an axially aligned manner with respect to the first wheel part ; and at least one elastic connecting element which connects the first wheel part to the second wheel part in a torque-transmitting manner: the at least one elastic connecting element being connected fixedly to the first wheel part , in particular being adhesively bonded, pressed and/or screwed into the first wheel part , and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element , and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle , characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential. the at least one elastic connecting element being connected fixedly to the first wheel part , in particular being adhesively bonded, pressed and/or screwed into the first wheel part , and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element , and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle , - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element , and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle , characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential.
Machine for the production of coiled gaskets from continuous strips, i.e. a master backing strip and a sealing filler strip , to be spirally wound onto rings, templates or inner rings , comprising at least: means for feeding the strips to be wound, a unit for straightening and forming the backing strip , a unit for making incisions in and cutting the backing strip , arranged downstream of the forming unit , a unit for joining together the master strip and filler strip so as to form a combined strip and cutting the filler strip , a spindle unit arranged downstream of the strip joining unit and able to be rotationally operated by means of a gearmotor for winding the combined strip until a predefined maximum diameter of the gasket is reached; characterized in that it comprises a device for moving the spindle unit in the transverse direction (Y-Y) and a unit for rotationally driving the template or the innerring , which is arranged downstream of the spindle and is mounted on the said device for performing a movement in the transverse direction (Y-Y), so as to form gaskets with a diameter greater than the predefined maximum diameter, and a unit for welding the master strip , said units being designed to produce automatically and in sequence a finished gasket, in accordance with a program managed by means for programming, controlling and actuating the operations.
A lyase, wherein the amino acid isoleucine in the protein Ap PDC-E469G, which is modified compared to the wild type from Acetobacterpasteurianus, in position no. 468 is replaced by an amino acid which is less space-filling than isoleucine, characterized in that it has an amino acid sequence according to one of the sequences no. 1 or 2.