mhurhangee/patent-ind-claim-en huggingface dataset:
A tower, in particular for a wind turbine, comprising an upper tubular tower portion and a lower lattice-like tower portion having at least three support members , and comprising a transition piece connecting the upper tower portion to the lower tower portion , wherein the support members in an upper support member portion have connection profiles for connecting the support members to the transition piece, and the support members are arranged substantially around a vertical tower longitudinal axis (T), preferably rotationally symmetrically, wherein each of the support members has at least two portions inclined relative to the perpendicular and in a first, upper of the portions (a1) encloses an angle α with the perpendicular, in a second, lower of the portions (a2) encloses an angle β with the perpendicular, and the angle β is smaller than the angle α, and wherein the transition piece for connection of the upper tower portion to the lower tower portion has an upper connection element for connecting the transition piece to the upper tower portion , characterized in that the transition piece for connection of the upper tower portion to the lower tower portion has an inner lateral surface widening upwardly in the form of a frustum of a cone and comprises at least three outer connection faces , which are arranged on an outer side of the transition piece substantially rotationally symmetrically about a cone frustum longitudinal axis and at which the transition piece is connected to one each of the support members , wherein a cross-section of each of the connection profiles changes continuously along an elongate extent along a connection profile longitudinal axis (L) of the connection profile . characterized in that the transition piece for connection of the upper tower portion to the lower tower portion has an inner lateral surface widening upwardly in the form of a frustum of a cone and comprises at least three outer connection faces , which are arranged on an outer side of the transition piece substantially rotationally symmetrically about a cone frustum longitudinal axis and at which the transition piece is connected to one each of the support members , wherein a cross-section of each of the connection profiles changes continuously along an elongate extent along a connection profile longitudinal axis (L) of the connection profile .
A method for sending tailored calling party data from a mobile client device in connection with a voice call , the method comprising: initiating , by a calling mobile client , the voice call; sending a pre-call message from the calling mobile client to a library server , the pre-call message concerning identification information of a called mobile client whereto the calling mobile client is starting to establish a voice call; informing , by the library server, the called mobile client of a forthcoming call from the calling mobile client ; checking from the called mobile client if it accepts to receive tailored calling party data of the calling mobile client and, if allowed, sending , by the library server, the tailored calling party data of the calling mobile client to the called mobile client and sending to the calling mobile client an OK message depicting that the tailored calling party data of the calling mobile client is sent to the called mobile client ; sending a voice call initiation message from the calling mobile client to the called mobile client , if the calling mobile client has received the OK message from the library server; connecting the voice call from the calling mobile client to the called mobile client ; and presenting , during alerting the incoming voice call on a display of the called mobile client , tailored pre-call calling party data that is at least a part of the tailored calling party data. initiating , by a calling mobile client , the voice call; sending a pre-call message from the calling mobile client to a library server , the pre-call message concerning identification information of a called mobile client whereto the calling mobile client is starting to establish a voice call; informing , by the library server, the called mobile client of a forthcoming call from the calling mobile client ; checking from the called mobile client if it accepts to receive tailored calling party data of the calling mobile client and, if allowed, sending , by the library server, the tailored calling party data of the calling mobile client to the called mobile client and sending to the calling mobile client an OK message depicting that the tailored calling party data of the calling mobile client is sent to the called mobile client ; sending a voice call initiation message from the calling mobile client to the called mobile client , if the calling mobile client has received the OK message from the library server; connecting the voice call from the calling mobile client to the called mobile client ; and presenting , during alerting the incoming voice call on a display of the called mobile client , tailored pre-call calling party data that is at least a part of the tailored calling party data.
A two-shaft gas turbine comprising: a compressor having an intake equipped with an inlet guide vane; a combustor having a plurality of fuel systems capable of being supplied with fuels independently of one another and generating combustion gas by combusting the fuels from the fuel systems and air compressed by the compressor ; a high-pressure turbine coupled coaxially with the compressor and rotated by the combustion gas from the combustor to drive the compressor ; a low-pressure turbine having a shaft structure independent of the high-pressure turbine and rotated by exhaust gas from the high-pressure turbine to drive a load; an air extraction channel for extracting the air compressed by the compressor to outside the gas turbine; an injection flow channel for feeding the air extracted through the air extraction channel back to the combustor; and a controller configured to control a flow rate of the fuel supplied to each of the fuel systems based on an air flow rate of the compressor , on a flow rate of the fuel supplied to the combustor, and on a temperature of the air in the injection flow channel wherein, at the time of start-up that is a stage of operation at partial rotating speed under no load condition of the gas turbine, the controller controls a timing at which a fuel system starting to be supplied anew with the fuel is added from among the fuel systems based on the air flow rate of the compressor , on the flow rate of the fuel supplied to the combustor , and on the temperature of the air in the injection flow channel. a compressor having an intake equipped with an inlet guide vane; a combustor having a plurality of fuel systems capable of being supplied with fuels independently of one another and generating combustion gas by combusting the fuels from the fuel systems and air compressed by the compressor ; a high-pressure turbine coupled coaxially with the compressor and rotated by the combustion gas from the combustor to drive the compressor ; a low-pressure turbine having a shaft structure independent of the high-pressure turbine and rotated by exhaust gas from the high-pressure turbine to drive a load; an air extraction channel for extracting the air compressed by the compressor to outside the gas turbine; an injection flow channel for feeding the air extracted through the air extraction channel back to the combustor; and a controller configured to control a flow rate of the fuel supplied to each of the fuel systems based on an air flow rate of the compressor , on a flow rate of the fuel supplied to the combustor, and on a temperature of the air in the injection flow channel wherein, at the time of start-up that is a stage of operation at partial rotating speed under no load condition of the gas turbine, the controller controls a timing at which a fuel system starting to be supplied anew with the fuel is added from among the fuel systems based on the air flow rate of the compressor , on the flow rate of the fuel supplied to the combustor , and on the temperature of the air in the injection flow channel.
Air suspension device comprising an ultrasonic transducer device , the ultrasonic transducer device comprising a piezoelectric element , a damping device and a carrier element , the carrier element being a main printed circuit board comprising connectors for supplying energy to the piezoelectric element , the ultrasonic transducer device further comprising a damping plate , and - the damping plate comprises a damping printed circuit board , the damping printed circuit board comprises an amplifying circuit , configured to amplify signals of the piezoelectric element , wherein the damping plate is electrically connected to the piezoelectric element and the carrier element by means of wires , wherein the wires are embedded in the damping device , - the damping device is separated into a first damping element and a second damping element by the damping plate , and - the piezoelectric element is mechanically coupled to the damping plate by means of the first damping element of the damping device , and - the damping plate is mechanically coupled to the carrier element by means of the second damping element of the damping device . - the damping plate comprises a damping printed circuit board , the damping printed circuit board comprises an amplifying circuit , configured to amplify signals of the piezoelectric element , wherein the damping plate is electrically connected to the piezoelectric element and the carrier element by means of wires , wherein the wires are embedded in the damping device , - the damping device is separated into a first damping element and a second damping element by the damping plate , and - the piezoelectric element is mechanically coupled to the damping plate by means of the first damping element of the damping device , and - the damping plate is mechanically coupled to the carrier element by means of the second damping element of the damping device .
A method for printing a three-dimensional article, comprising the steps of: a) providing a tank comprising an optically transparent portion located on the bottom wall of the tank and forming at least one compartment for holding a liquid resin; b) providing a volume of the liquid resin comprising cyanoacrylate-based monomers, a photoinitiator, and a source of acidic inhibitors held in the at least one compartment of the tank for holding the liquid resin; c) providing a movable platform, which is submerged in the liquid resin; d) providing an additional source of acidic inhibitors located below the compartment holding the liquid resin; e) defining a zone between the bottom surface of the platform and the bottom of the compartment holding the liquid resin, which is divided into a first dead zone located in the vicinity of the bottom of the compartment holding the liquid resin, and a second polymerization zone atop of it; f) emitting and controlling light and transmitting it to the liquid resin through the optically transparent portion for selectively polymerizing the liquid resin in the polymerization zone; g) concurrently preventing the polymerization of the monomers using acidic inhibitors outside the polymerization zone including in the first dead zone; h) obtaining a three-dimensional article made of polymerized resin. a) providing a tank comprising an optically transparent portion located on the bottom wall of the tank and forming at least one compartment for holding a liquid resin; b) providing a volume of the liquid resin comprising cyanoacrylate-based monomers, a photoinitiator, and a source of acidic inhibitors held in the at least one compartment of the tank for holding the liquid resin; c) providing a movable platform, which is submerged in the liquid resin; d) providing an additional source of acidic inhibitors located below the compartment holding the liquid resin; e) defining a zone between the bottom surface of the platform and the bottom of the compartment holding the liquid resin, which is divided into a first dead zone located in the vicinity of the bottom of the compartment holding the liquid resin, and a second polymerization zone atop of it; f) emitting and controlling light and transmitting it to the liquid resin through the optically transparent portion for selectively polymerizing the liquid resin in the polymerization zone; g) concurrently preventing the polymerization of the monomers using acidic inhibitors outside the polymerization zone including in the first dead zone; h) obtaining a three-dimensional article made of polymerized resin.
A method for determining the epitope of an anti-drug antibody, which is specifically binding to a therapeutic antibody specifically binding to a therapeutic target, comprising the following steps: a) separately incubating aliquots of a sample, which comprises the anti-drug antibody, with i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, and detecting the binding or non-binding of the anti-drug antibody to the at least a Fab fragment in any of i) to ii), and b) determining the epitope of the anti-drug antibody to be - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii). a) separately incubating aliquots of a sample, which comprises the anti-drug antibody, with i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, and detecting the binding or non-binding of the anti-drug antibody to the at least a Fab fragment in any of i) to ii), and i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, b) determining the epitope of the anti-drug antibody to be - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii). - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii).
A radar level gauge system , comprising: an antenna system comprising an imaging phased array in an isolated antenna arrangement, the antenna system configured for monopulse processing for radar image resolution and mapping of a surface of a material ; wherein the imaging phased array provides a narrow-beam with beam scanning/steering and emits at least one transmit beam that scans the surface of the material and forms the mapping of the surface , the mapping comprising a 3D volumetric model that includes an image of a surface profile of the surface based on signals returned from the surface , wherein the imaging phase array and the antenna system are protected from condensation and contamination from chemicals and viscous materials, and wherein the antenna system is configured to: measure, based on the monopulse processing and range processing, a position of at least one obstruction that interferes with the at least one transmit beam; optimize scan angles of the at least one transmit beam based on the position of the at least one obstruction ; and calculate the 3D volumetric model based on multiple measurement points associated with the at least one transmit beam that is transmitted at the optimized scan angle. wherein the imaging phased array provides a narrow-beam with beam scanning/steering and emits at least one transmit beam that scans the surface of the material and forms the mapping of the surface , the mapping comprising a 3D volumetric model that includes an image of a surface profile of the surface based on signals returned from the surface , wherein the imaging phase array and the antenna system are protected from condensation and contamination from chemicals and viscous materials, and wherein the antenna system is configured to: measure, based on the monopulse processing and range processing, a position of at least one obstruction that interferes with the at least one transmit beam; optimize scan angles of the at least one transmit beam based on the position of the at least one obstruction ; and calculate the 3D volumetric model based on multiple measurement points associated with the at least one transmit beam that is transmitted at the optimized scan angle. measure, based on the monopulse processing and range processing, a position of at least one obstruction that interferes with the at least one transmit beam; optimize scan angles of the at least one transmit beam based on the position of the at least one obstruction ; and calculate the 3D volumetric model based on multiple measurement points associated with the at least one transmit beam that is transmitted at the optimized scan angle.
A method for manufacturing a dental dual-structured membrane , the dental dual-structured membrane comprising a shielding portion in contact with a bone grafting material to prevent infiltration of other tissue cells toward a bone grafting material and an alveolar bone , and an insertion and fixing portion connected to the shielding portion , having a higher tensile strength than the shielding portion , and configured to be P inserted between a gum and the alveolar bone to fix the shielding portion , the method comprising: - a biodegradable polymer providing step (S100) of providing a biodegradable polymer; - a molding material providing step (S200) of providing a molding material comprising the biodegradable polymer; - a molding material input step (S300) of inputting the molding material into a sheet type mold to mold the molding material in a form of a sheet; - a membrane sheet molding step (S400) of molding the molding material input into the sheet type mold in a membrane sheet by drying the molding material; and characterized in that the method comprises - a membrane sheet compression step (S600) of compressing a part of the membrane sheet to provide the insertion and fixing portion having a reinforced tensile strength and the shielding portion that is the other part of the membrane sheet. - a biodegradable polymer providing step (S100) of providing a biodegradable polymer; - a molding material providing step (S200) of providing a molding material comprising the biodegradable polymer; - a molding material input step (S300) of inputting the molding material into a sheet type mold to mold the molding material in a form of a sheet; - a membrane sheet molding step (S400) of molding the molding material input into the sheet type mold in a membrane sheet by drying the molding material; and characterized in that the method comprises - a membrane sheet compression step (S600) of compressing a part of the membrane sheet to provide the insertion and fixing portion having a reinforced tensile strength and the shielding portion that is the other part of the membrane sheet.
A sub-assembly (10 a - c) for an electrochemical stack comprising, a) a bipolar plate having upper and lower faces and an edge between the upper and lower faces , the upper and lower faces both containing flow fields , wherein the bipolar plate comprises an anode plate and a cathode plate bonded together and a coolant flow field between the anode plate and the cathode plate , and having a step or key in the edge of the bipolar plate around the entire periphery of the plates; and, b) sealing material bonded to the bipolar plate and extending from the upper face of the bipolar plate, around the edge of the bipolar plate, onto the lower face of the plate and into the step or key . a) a bipolar plate having upper and lower faces and an edge between the upper and lower faces , the upper and lower faces both containing flow fields , wherein the bipolar plate comprises an anode plate and a cathode plate bonded together and a coolant flow field between the anode plate and the cathode plate , and having a step or key in the edge of the bipolar plate around the entire periphery of the plates; and, b) sealing material bonded to the bipolar plate and extending from the upper face of the bipolar plate, around the edge of the bipolar plate, onto the lower face of the plate and into the step or key .
A cart and mount secure coupling and receiver system comprising: a secure receiver and a cart , said cart including: a top deck assembly having a carrying portion, a mount secure coupling and a secure coupling lock assembly ; an undercarriage assembly capable of supporting and adjusting the height of the top deck assembly so that the mount secure coupling is capable of being attached to the secure receiver by the engagement of both the mount secure coupling and the secure coupling lock assembly ; characterized in that the mount secure coupling comprises at least one mount secure coupling top tine ; in that the secure receiver comprises at least one upper tine retention slot capable of receiving the corresponding at least one mount secure coupling top tine ; and in that the secure receiver further comprises: at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine ; and an opening capable of receiving a latch bolt . a top deck assembly having a carrying portion, a mount secure coupling and a secure coupling lock assembly ; an undercarriage assembly capable of supporting and adjusting the height of the top deck assembly so that the mount secure coupling is capable of being attached to the secure receiver by the engagement of both the mount secure coupling and the secure coupling lock assembly ; characterized in that the mount secure coupling comprises at least one mount secure coupling top tine ; in that the secure receiver comprises at least one upper tine retention slot capable of receiving the corresponding at least one mount secure coupling top tine ; and in that the secure receiver further comprises: at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine ; and an opening capable of receiving a latch bolt . at least one lower tine reception slot capable of receiving a corresponding at least one mount secure coupling lower tine ; and an opening capable of receiving a latch bolt .