mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an optical lens comprising at least one electronic component , the method comprising: - providing (S2) a mechanical reference system on an optical lens blank, the optical lens blank being configured to be processed to form the optical lens; - providing (S4) edging data configured to be used to edge the optical lens blank to form the optical lens; - embedding (S6) the at least one electronic component in the optical lens based on edging data and on the mechanical reference system. - providing (S2) a mechanical reference system on an optical lens blank, the optical lens blank being configured to be processed to form the optical lens; - providing (S4) edging data configured to be used to edge the optical lens blank to form the optical lens; - embedding (S6) the at least one electronic component in the optical lens based on edging data and on the mechanical reference system.
A blade for a gas turbine engine, comprising: an airfoil body including a first section and a second section that differ by coefficient of thermal expansion, the second section being arranged in thermomechanical juxtaposition with the first section such that the first section and the second section cooperatively thermomechanically control a profile of the airfoil body responsive to varying thermal conditions; characterized in that at least one of the first section and the second section includes a cross-pattern, and wherein one of the first section and the second section has a pressure side surface and an opposed suction side surface, and the other of the first section and the second section including the cross-pattern partially covers at least one of the pressure side surface and the suction side surface. an airfoil body including a first section and a second section that differ by coefficient of thermal expansion, the second section being arranged in thermomechanical juxtaposition with the first section such that the first section and the second section cooperatively thermomechanically control a profile of the airfoil body responsive to varying thermal conditions; characterized in that at least one of the first section and the second section includes a cross-pattern, and wherein one of the first section and the second section has a pressure side surface and an opposed suction side surface, and the other of the first section and the second section including the cross-pattern partially covers at least one of the pressure side surface and the suction side surface.
A coating composition comprising an autoxidizable alkyd-based resin and a drier composition, the drier composition comprising: a) an iron-ligand complex comprising iron and at least one bispidine ligand; and b) a vanadium compound, wherein the amount of the vanadium compound is such that the coating composition comprises vanadium in a concentration in the range of from 0.01 wt% to 1.0 wt%, based on the solid weight of alkyd-based resin and wherein the amount of iron-ligand complex is such that the coating composition comprises iron in a concentration in the range of from 0.5·10 -4 wt% to 5·10 -3 wt %, based on the solid weight of alkyd-based resin. a) an iron-ligand complex comprising iron and at least one bispidine ligand; and b) a vanadium compound, wherein the amount of the vanadium compound is such that the coating composition comprises vanadium in a concentration in the range of from 0.01 wt% to 1.0 wt%, based on the solid weight of alkyd-based resin and wherein the amount of iron-ligand complex is such that the coating composition comprises iron in a concentration in the range of from 0.5·10 -4 wt% to 5·10 -3 wt %, based on the solid weight of alkyd-based resin.
An injection method for the injection of water in an internal combustion engine ; the injection method comprises the steps of: operating, when the internal combustion engine is turned on, a reversible pump in order to suck water from a tank and feed the water under pressure to at least one injector through a feeding duct ; cyclically opening, when the internal combustion engine is turned on, the injector in order to inject the water towards at least one cylinder of the internal combustion engine ; and draining the water, when the internal combustion engine is turned off, from the injector and the feeding duct by operating the pump in order to suck the water from the feeding duct and feed the water into the tank and by opening a release valve , which is arranged along the feeding duct and connects the feeding duct to an outside; the injection method is characterized in that it comprises the further step of: measuring a pressure (P H2O ) of the water inside a common rail to which the injector is connected; waiting a first amount (T1) of time between the activation of the pump to suck the water from the feeding duct and the opening of the release valve ; and determining the end of the first amount (T1) of time as a function of the pressure (P H2O ) of the water inside the common rail . operating, when the internal combustion engine is turned on, a reversible pump in order to suck water from a tank and feed the water under pressure to at least one injector through a feeding duct ; cyclically opening, when the internal combustion engine is turned on, the injector in order to inject the water towards at least one cylinder of the internal combustion engine ; and draining the water, when the internal combustion engine is turned off, from the injector and the feeding duct by operating the pump in order to suck the water from the feeding duct and feed the water into the tank and by opening a release valve , which is arranged along the feeding duct and connects the feeding duct to an outside; the injection method is characterized in that it comprises the further step of: measuring a pressure (P H2O ) of the water inside a common rail to which the injector is connected; waiting a first amount (T1) of time between the activation of the pump to suck the water from the feeding duct and the opening of the release valve ; and determining the end of the first amount (T1) of time as a function of the pressure (P H2O ) of the water inside the common rail . measuring a pressure (P H2O ) of the water inside a common rail to which the injector is connected; waiting a first amount (T1) of time between the activation of the pump to suck the water from the feeding duct and the opening of the release valve ; and determining the end of the first amount (T1) of time as a function of the pressure (P H2O ) of the water inside the common rail .
System for determining the position of objects that are movable with respect to one another, comprising: a field generator unit for generating an electric and/or magnetic positioning field, said field generator unit being assigned to a first object ; a field measuring unit for measuring the electric and/or magnetic positioning field, said field measuring unit being assigned to a second object and ascertaining position-dependent field information, wherein the field information comprises a field strength and a field direction; and a position determining unit for determining a relative position of the objects depending on the field strength and the field direction, wherein a first field concentrator (F1) is arranged between the first object and the field generator unit and/or a second field concentrator (F2) is arranged between the second object and the field measuring unit , and wherein the field concentrator (F1, F2) comprises a ferromagnetic substance having a relative permeability μ R > 100. a field generator unit for generating an electric and/or magnetic positioning field, said field generator unit being assigned to a first object ; a field measuring unit for measuring the electric and/or magnetic positioning field, said field measuring unit being assigned to a second object and ascertaining position-dependent field information, wherein the field information comprises a field strength and a field direction; and a position determining unit for determining a relative position of the objects depending on the field strength and the field direction, wherein a first field concentrator (F1) is arranged between the first object and the field generator unit and/or a second field concentrator (F2) is arranged between the second object and the field measuring unit , and wherein the field concentrator (F1, F2) comprises a ferromagnetic substance having a relative permeability μ R > 100.
A light microscope comprising a scanner for scanning a sample with illuminating light ; a light detector for measuring sample light ; a microlens array , which comprises a plurality of microlenses (51-54) and is arranged in the area of a pupil plane; wherein a plurality of detector elements (61-65) of the light detector are respectively arranged behind each microlens (51-54); an electronics unit configured to: - for each or at least a plurality of the microlenses (51-54), measure a respective intensity distribution with the detector elements (61-65) arranged behind the respective microlens (51-54) and derive a wavefront datum regarding the sample light therefrom, characterized in that the light detector has a complete readout frequency of at least 100 kHz; the electronics unit is configured to - add or integrate signals of the plurality of detector elements (61-65) to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined. a scanner for scanning a sample with illuminating light ; a light detector for measuring sample light ; a microlens array , which comprises a plurality of microlenses (51-54) and is arranged in the area of a pupil plane; wherein a plurality of detector elements (61-65) of the light detector are respectively arranged behind each microlens (51-54); an electronics unit configured to: - for each or at least a plurality of the microlenses (51-54), measure a respective intensity distribution with the detector elements (61-65) arranged behind the respective microlens (51-54) and derive a wavefront datum regarding the sample light therefrom, characterized in that the light detector has a complete readout frequency of at least 100 kHz; the electronics unit is configured to - add or integrate signals of the plurality of detector elements (61-65) to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined. - add or integrate signals of the plurality of detector elements (61-65) to form a sample point signal, - successively direct illuminating light onto different sample points with the scanner and capture corresponding sample point signals from which a sample image is formed, wherein, for at least some of the different sample points, a corresponding wavefront datum regarding the sample light is determined.
An apparatus for cooking food and blast chilling the temperature of said food, comprising a main compartment in which there is introduced at least one cooking vessel in which a food, preferably vacuum packed, is submersed or immersed in a first fluid forming a hot bath for cooking said food for a given time, the apparatus being configured so that the blast chilling of the temperature of the food after the cooking thereof is also performed in the main compartment inside the cooking vessel , the apparatus comprising to that end hydraulic means for replacing the first fluid in the cooking vessel with a second fluid forming a cold bath, wherein the hydraulic means comprise a first conduit for emptying the cooking vessel , a second conduit for filling the cooking vessel , a third conduit for removing the second fluid from an auxiliary vessel where the second fluid is stored, and a hydraulic unit communicated with the first conduit , the second conduit and the third conduit , the first conduit and the second conduit cooperating with the cooking vessel and the third conduit with the auxiliary vessel , and the second conduit being communicated with the third conduit through the hydraulic unit for filling the cooking vessel with the second fluid contained in the auxiliary vessel after the cooking vessel has been emptied through the hydraulic unit , characterized in that the apparatus comprises a mobile device , with the first conduit and the second conduit being coupled to said mobile device , the mobile device being configured for being arranged in a removal position in which one end of the first conduit is introduced inside the cooking vessel for removing the fluid contained in the cooking vessel through the hydraulic unit , in a filling position in which one end of the second conduit is introduced inside the cooking vessel for filling the cooking vessel through the hydraulic unit , and in an inactive position in which the end of the first conduit and the end of the second conduit are arranged outside the cooking vessel ,
Road finisher with at least one limiting plate ,said limiting plate being detachably fastened, in driving direction in front of a screw conveyor , to the road finisher on a traverse or on the chassis of the road finisher in order to increase the basic working width , the limiting plate being arranged at variable spacing from a subgrade , characterized in that a limiting plate extension is arranged on the limiting plate so as to be adjustable in the direction of the subgrade .
A method of fastening a second object to a first object the method comprising the steps of: - Providing the first object comprising a first attachment surface; - Providing the second object ; - Placing the second object relative to the first object , with a resin between the first attachment surface and a second attachment surface of the second object; - While the resin is in contact with the first attachment surface and the second attachment surface, causing mechanical vibration to act on the second object or the first object or both, thereby activating the resin to cross-link; - Whereby the resin , after cross-linking, secures the second object to the first object, - the second object is a fastener comprising an anchoring plate having the second attachment surface, and a fastening element secured to the anchoring plate , characterized in that the anchoring plate has at least one through opening , wherein the anchoring plate comprises a spacer protruding from a distal anchoring plate surface that forms the second attachment surface, and wherein portions of the resin are caused to penetrate into the at least one through opening to thereby contribute to fastening. - Providing the first object comprising a first attachment surface; - Providing the second object ; - Placing the second object relative to the first object , with a resin between the first attachment surface and a second attachment surface of the second object; - While the resin is in contact with the first attachment surface and the second attachment surface, causing mechanical vibration to act on the second object or the first object or both, thereby activating the resin to cross-link; - Whereby the resin , after cross-linking, secures the second object to the first object, - the second object is a fastener comprising an anchoring plate having the second attachment surface, and a fastening element secured to the anchoring plate , characterized in that the anchoring plate has at least one through opening , wherein the anchoring plate comprises a spacer protruding from a distal anchoring plate surface that forms the second attachment surface, and wherein portions of the resin are caused to penetrate into the at least one through opening to thereby contribute to fastening.
Membrane for compensating for the pressure difference between the exterior and the interior of a free ink reservoir of a pen or the like , said membrane comprising a first part having a first stiffness, and a second part having a second stiffness, the first stiffness being lower than the second stiffness, characterized in that a weight is arranged between the first part and the second part .
An apparatus for program management of PLC, Programme Logic Controller, the apparatus comprising: a compile means configured to generate an execution code by compiling a source code ; a block allocation means configured to allocate a memory block adequate to size of execution code, based on memory configuration information as to what memory blocks a memory is formed with; and link means configured to arrange the execution code at a position of a memory block allocated through the block allocation means, wherein, the apparatus is characterized by : execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC. a compile means configured to generate an execution code by compiling a source code ; a block allocation means configured to allocate a memory block adequate to size of execution code, based on memory configuration information as to what memory blocks a memory is formed with; and link means configured to arrange the execution code at a position of a memory block allocated through the block allocation means, wherein, the apparatus is characterized by : execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC. execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC.
Use of a sulfonamide compound metal salt for improving the electrical insulating properties and fogging resistance of a polyester resin composition, such that the polyester resin composition comprises 0.001 to 1.0 part by mass of said sulfonamide compound metal salt with respect to 100 parts by mass of a polyester resin, wherein the polyester resin comprises not less than 50% by mass of a polybutylene terephthalate.
A sector mold constituted by attaching a pattern block to a sector , comprising: the sector including an embedding groove and holes for positioning pins ; and the pattern block including a convex portion for the embedding groove and the positioning pins , on a back body surface , corresponding to the embedding groove and the holes for the positioning pins, respectively, characterised in that the pattern block includes a lug-groove forming bone and a circumferential narrow-groove forming bone connected to the lug-groove forming bone, and the pattern block is divided at a portion of the circumferential narrow-groove forming bone. the sector including an embedding groove and holes for positioning pins ; and the pattern block including a convex portion for the embedding groove and the positioning pins , on a back body surface , corresponding to the embedding groove and the holes for the positioning pins, respectively, characterised in that the pattern block includes a lug-groove forming bone and a circumferential narrow-groove forming bone connected to the lug-groove forming bone, and the pattern block is divided at a portion of the circumferential narrow-groove forming bone.
A method of wireless communication by a base station (no), comprising: identifying a first region of a first frequency spectrum assigned to a first operator, wherein uplink and downlink subframe configurations for Time Division Duplex, TDD, communications using the first region and a first region of a second frequency spectrum assigned to a second operator are synchronized between the first and second operator; identifying a second region of the first frequency spectrum, wherein uplink and downlink subframe configurations for TDD communications using the second region and a second region of the second frequency spectrum are not synchronized between the first and second operators; and communicating with one or more user equipments, UEs , using the first and second regions of the first frequency spectrum. identifying a first region of a first frequency spectrum assigned to a first operator, wherein uplink and downlink subframe configurations for Time Division Duplex, TDD, communications using the first region and a first region of a second frequency spectrum assigned to a second operator are synchronized between the first and second operator; identifying a second region of the first frequency spectrum, wherein uplink and downlink subframe configurations for TDD communications using the second region and a second region of the second frequency spectrum are not synchronized between the first and second operators; and communicating with one or more user equipments, UEs , using the first and second regions of the first frequency spectrum.
A method performed by a terminal in a wireless communication system, the method comprising: identifying that a scheduling request, SR, is triggered ; identifying whether a resource for an SR transmission associated with the triggered SR overlaps with an uplink grant received in a random access response, RAR, in case that the SR is triggered and a medium access control, MAC, entity of the terminal is configured with a logical channel, LCH,-based prioritization ; identifying whether a counter for the SR transmission is less than a threshold for SR, in case that the resource for the SR transmission does not overlap with the uplink grant received in the RAR ; and transmitting the SR based on the resource for the SR transmission, in case that the counter for the SR transmission is less than the threshold for SR . identifying that a scheduling request, SR, is triggered ; identifying whether a resource for an SR transmission associated with the triggered SR overlaps with an uplink grant received in a random access response, RAR, in case that the SR is triggered and a medium access control, MAC, entity of the terminal is configured with a logical channel, LCH,-based prioritization ; identifying whether a counter for the SR transmission is less than a threshold for SR, in case that the resource for the SR transmission does not overlap with the uplink grant received in the RAR ; and transmitting the SR based on the resource for the SR transmission, in case that the counter for the SR transmission is less than the threshold for SR .