mhurhangee/patent-ind-claim-en huggingface dataset:
A system for controlling a combustion process of a gas turbine , the gas turbine comprising a combustor and a fuel feeding system configured to control a first parameter ω defined as a ratio between NOx water and fuel oil mass flows, said system comprising: - an apparatus for measuring NOx emission levels in the exhaust of the combustor ; - a measurement arrangement for measuring combustion process variables; - a controller configured to receive input signals corresponding to measured NOx and process variables respectively from said apparatus and from said measurement arrangement and to elaborate a value for the first parameter ω based on said input signals; the system being characterised in that said controller is configured to generate and send a fuel oil mass flow command and a NOx water mass flow command to the fuel feeding system ; the fuel oil mass flow command and the NOx water mass flow command being calculated on the basis of the elaborated value of the first parameter ω. - an apparatus for measuring NOx emission levels in the exhaust of the combustor ; - a measurement arrangement for measuring combustion process variables; - a controller configured to receive input signals corresponding to measured NOx and process variables respectively from said apparatus and from said measurement arrangement and to elaborate a value for the first parameter ω based on said input signals;
A pump comprising: an impeller ; a pump main shaft to which the impeller is attached; and a pump main shaft hub that is detachably attached to an end of the pump main shaft , wherein the pump main shaft hub is a tubular member, into which a motor main shaft is able to be inserted, the pump being characterised in that , the pump main shaft hub is configured to be coupled to the motor main shaft via transition fitting; and wherein the pump main shaft hub has, in an outer peripheral surface, a locked portion configured to engage with a locking portion of a pulley removing device. an impeller ; a pump main shaft to which the impeller is attached; and a pump main shaft hub that is detachably attached to an end of the pump main shaft , wherein the pump main shaft hub is a tubular member, into which a motor main shaft is able to be inserted, the pump being characterised in that , the pump main shaft hub is configured to be coupled to the motor main shaft via transition fitting; and wherein the pump main shaft hub has, in an outer peripheral surface, a locked portion configured to engage with a locking portion of a pulley removing device.
A mobile measurement system for the three-dimensional optical measurement of vehicles and vehicle parts , comprising: - an auxiliary measurement device , which can be attached with repeat accuracy to the vehicle or vehicle part or on which the vehicle or vehicle part can be arranged with repeat accuracy; and - a mobile measurement trolley , on which a robot which bears at least one measuring sensor for the three-dimensional optical measurement is arranged, and which further has a coupling means for mechanical coupling with the auxiliary measurement device , as a result of which positioning of the measurement trolley relative to the auxiliary measurement device and thereby relative to the vehicle or vehicle part with repeat accuracy is made possible. - an auxiliary measurement device , which can be attached with repeat accuracy to the vehicle or vehicle part or on which the vehicle or vehicle part can be arranged with repeat accuracy; and - a mobile measurement trolley , on which a robot which bears at least one measuring sensor for the three-dimensional optical measurement is arranged, and which further has a coupling means for mechanical coupling with the auxiliary measurement device , as a result of which positioning of the measurement trolley relative to the auxiliary measurement device and thereby relative to the vehicle or vehicle part with repeat accuracy is made possible.
A post system intended to be installed in a soil (S), wherein said post system comprises: - a post of generally elongated shape, delimited by a lower post end , an upper post end and a post body between both, said post body comprising a lower post portion intended to be located under the level of the surface (Su) of the soil (S), an upper post portion intended to be located above the level of the surface (Su) of said soil (S), an external surface of the post body , and - a protective sleeve that covers part of said post body from said lower post end , said protective sleeve comprises a longitudinal sleeve axis (L2) and an end provided with an opening forming the sleeve mouth , said protective sleeve being made in one piece from plastic and comprising: - a lower sleeve portion that covers said lower post portion , - an upper sleeve portion that covers a lower section of said upper post portion , the post system being characterized in that the protective sleeve also comprises a sleeve bottom that seals said sleeve lower portion on the side of said lower post end . - a post of generally elongated shape, delimited by a lower post end , an upper post end and a post body between both, said post body comprising a lower post portion intended to be located under the level of the surface (Su) of the soil (S), an upper post portion intended to be located above the level of the surface (Su) of said soil (S), an external surface of the post body , and - a protective sleeve that covers part of said post body from said lower post end , said protective sleeve comprises a longitudinal sleeve axis (L2) and an end provided with an opening forming the sleeve mouth , - a lower sleeve portion that covers said lower post portion , - an upper sleeve portion that covers a lower section of said upper post portion , the post system being characterized in that the protective sleeve also comprises a sleeve bottom that seals said sleeve lower portion on the side of said lower post end .
A compound selected from a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof.
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station, an indication of a set of component carriers that the UE can use to transmit beam-failure recovery requests to a base station; wherein the indication of the set of component carriers reserves the set of component carriers for the UE to use to transmit beam-failure recovery requests to the base station; and transmitting , based at least in part on the received indication and using one or more component carriers of the indicated set of component carriers, a beam-failure recovery request to the base station. receiving , from a base station, an indication of a set of component carriers that the UE can use to transmit beam-failure recovery requests to a base station; wherein the indication of the set of component carriers reserves the set of component carriers for the UE to use to transmit beam-failure recovery requests to the base station; and transmitting , based at least in part on the received indication and using one or more component carriers of the indicated set of component carriers, a beam-failure recovery request to the base station.
A polypeptide comprising a fibronectin based scaffold moiety that comprises a modified 10 th fibronectin type III ( 10 Fn3) domain, wherein the modified 10 Fn3 domain comprises an amino acid sequence wherein the amino acid corresponding to position 58 of SEQ ID NO: 1 is a hydrophilic amino acid that is not a threonine residue, wherein the solubility of the modified 10 Fn3 domain is enhanced relative to the solubility of a 10 Fn3 domain comprising the same amino acid sequence as the modified 10 Fn3 domain, except that the amino acid residue at position 58 of SEQ ID NO: 1 is threonine; and wherein the modified 10 Fn3 domain binds specifically to a target that is not bound by a human Fn3 domain selected from those set forth in SEQ ID NOs: 1-16, 65, and 66.
A fruit harvester comprising a cleaning fan system , said system comprising: at least one cleaning fan , each said cleaning fan including and inlet and an outlet ; and at least one intake duct is provided in association with the at least one cleaning fan , each said intake duct including at least one inlet and an outlet , each said inlet being suitable for positioning in association with an area to be cleaned on the fruit harvester, the outlet being coupled with an inlet of a corresponding said cleaning fan ; characterized in that: the at least one cleaning fan is configured as a mixed flow fan with a rotor having a frustoconically shaped hub and a plurality of blades , the hub including a smaller diameter inlet end and a larger diameter outlet end , each of the blades being attached to the hub and curving forward from the inlet end toward the outlet end , relative to a direction of rotation of the rotor , whereby air is blown during operation both axially and radially. at least one cleaning fan , each said cleaning fan including and inlet and an outlet ; and at least one intake duct is provided in association with the at least one cleaning fan , each said intake duct including at least one inlet and an outlet , each said inlet being suitable for positioning in association with an area to be cleaned on the fruit harvester, the outlet being coupled with an inlet of a corresponding said cleaning fan ; characterized in that: the at least one cleaning fan is configured as a mixed flow fan with a rotor having a frustoconically shaped hub and a plurality of blades , the hub including a smaller diameter inlet end and a larger diameter outlet end , each of the blades being attached to the hub and curving forward from the inlet end toward the outlet end , relative to a direction of rotation of the rotor , whereby air is blown during operation both axially and radially.
A rotor assembly for an electric machine , the rotor assembly comprising: a rotor support hub having a plurality of first connection parts arranged about a periphery the rotor support hub; a plurality of rotor segments each having a second connection part , each of the second connection parts being cooperable with at least one of the plurality of first connection parts to connect each of the rotor segments about the periphery the rotor support hub, each of the plurality of first connection parts having a fir tree profile; and a plurality of fixing parts each configured to be received between cooperating first and second connection parts and to form an interference fit therebetween and urge the first and second connection parts against one another so as to secure the rotor segments to the rotor support hub, characterised in that the rotor support hub comprises a plurality of laminations and is formed of non-magnetic steel. a rotor support hub having a plurality of first connection parts arranged about a periphery the rotor support hub; a plurality of rotor segments each having a second connection part , each of the second connection parts being cooperable with at least one of the plurality of first connection parts to connect each of the rotor segments about the periphery the rotor support hub, each of the plurality of first connection parts having a fir tree profile; and a plurality of fixing parts each configured to be received between cooperating first and second connection parts and to form an interference fit therebetween and urge the first and second connection parts against one another so as to secure the rotor segments to the rotor support hub, characterised in that the rotor support hub comprises a plurality of laminations and is formed of non-magnetic steel.
A robot cleaner comprising: a main body configured to travel in a zone to be cleaned and to suction foreign substances from a floor in the zone to be cleaned; an image acquisition unit provided on the main body , the image acquisition unit being configured to capture an image of a predetermined area ahead of the main body ; a first pattern emission unit provided on the main body , the first pattern emission unit being configured to emit a first pattern of light downwards to the predetermined area; a second pattern emission unit provided on the main body at a position below the first pattern emission unit , the second pattern emission unit being configured to emit a second pattern of light upwards to the predetermined area; and a controller configured to detect an obstacle based on at least one of the first pattern and the second pattern included in the captured image, wherein the controller is configured to determine whether the detected obstacle is an obstacle spaced apart at least partially from the floor based on a position where the second pattern is detected, when the first pattern is detected at a reference position. a main body configured to travel in a zone to be cleaned and to suction foreign substances from a floor in the zone to be cleaned; an image acquisition unit provided on the main body , the image acquisition unit being configured to capture an image of a predetermined area ahead of the main body ; a first pattern emission unit provided on the main body , the first pattern emission unit being configured to emit a first pattern of light downwards to the predetermined area; a second pattern emission unit provided on the main body at a position below the first pattern emission unit , the second pattern emission unit being configured to emit a second pattern of light upwards to the predetermined area; and a controller configured to detect an obstacle based on at least one of the first pattern and the second pattern included in the captured image, wherein the controller is configured to determine whether the detected obstacle is an obstacle spaced apart at least partially from the floor based on a position where the second pattern is detected, when the first pattern is detected at a reference position.
A polypeptide comprising an amino acid sequence having at least 95% sequence identity to the amino acid sequence of SEQ ID NO: 18, wherein said polypeptide has protease activity and wherein said polypeptide has cleaning activity in a detergent composition.
An endoscopic device including an endoscopic scope which irradiates illumination light from a tip of an insertion unit which is inserted in a subject and outputs a frame image signal which is captured by an image capturing unit mounted in the tip of the insertion unit and a processor device which is connected to the endoscopic scope and includes an image processing unit which performs image processing on the frame image signal, the device comprising: a light source unit configured to repeat for every frame period, an operation of emitting the illumination light during a front period obtained by dividing a frame period of the frame image signal by two and turning off the illumination light during a back period of the frame period; a buffer memory mounted in the endoscopic scope and configured to store image information of the frame image signal output from the image capturing unit; and an information transmitting unit configured to read out the image information of the frame image signal from the buffer memory and transmit the image information to the image processing unit, wherein the image capturing unit considers the front period of the frame period as an exposure period and reads out signals of the exposed accumulated charges within the back period to output the signal to the buffer memory as the image information of the frame image signal, and the information transmitting unit reads out the image information of the frame image signal from the buffer memory within the frame period, and wherein the buffer memory and the information transmitting unit are mounted in the tip of the insertion unit of the endoscopic scope. a light source unit configured to repeat for every frame period, an operation of emitting the illumination light during a front period obtained by dividing a frame period of the frame image signal by two and turning off the illumination light during a back period of the frame period; a buffer memory mounted in the endoscopic scope and configured to store image information of the frame image signal output from the image capturing unit; and an information transmitting unit configured to read out the image information of the frame image signal from the buffer memory and transmit the image information to the image processing unit, wherein the image capturing unit considers the front period of the frame period as an exposure period and reads out signals of the exposed accumulated charges within the back period to output the signal to the buffer memory as the image information of the frame image signal, and the information transmitting unit reads out the image information of the frame image signal from the buffer memory within the frame period, and wherein the buffer memory and the information transmitting unit are mounted in the tip of the insertion unit of the endoscopic scope.
A histidine-rich glycoprotein or a composition comprising a histidine-rich glycoprotein for use as a neutrophil activation inhibitor and / or a neutrophil vascular endothelial cell interaction depressant in treating diseases caused by neutrophil activation and / or inflammatory diseases accompanied by neutrophil activation, wherein said diseases are selected from sepsis, acute respiratory distress syndrome, acute pancreatitis, and acute pulmonary disorder.
An automated method of manufacturing a laminated heat exchanger, wherein a plurality of unassembled parts are provided, said unassembled parts comprising a plurality of laminate members , the method comprising: identifying the correct laminate member to be stacked using an identification system ; stacking the laminate members using a robot to form a stack comprising the laminate members ; checking the quality of the stack using a quality checking system ; and joining the laminate members of the stack together. identifying the correct laminate member to be stacked using an identification system ; stacking the laminate members using a robot to form a stack comprising the laminate members ; checking the quality of the stack using a quality checking system ; and joining the laminate members of the stack together.
A variable-speed constant-frequency, VSCF, power converter arranged to receive power from a variable frequency generator, VFG, and control a main line contactor of a point-of-regulation , the VSCF power converter comprising: a generator control operable to regulate an output voltage of the VFG at a variable frequency; and an inverter control operable to regulate a VSCF output voltage at the point-of-regulation at a constant frequency, and characterized in that the generator control and the inverter control are configured to independently control the main line contactor of the point-of-regulation as an AND-gate function to provide redundant fault protection for an aircraft use, wherein the VSCF power converter is configured to open the main line contactor with a command of either the generator control or the inverter control , and close the main line contactor with a command of both of the generator control and the inverter control . a generator control operable to regulate an output voltage of the VFG at a variable frequency; and an inverter control operable to regulate a VSCF output voltage at the point-of-regulation at a constant frequency, and characterized in that the generator control and the inverter control are configured to independently control the main line contactor of the point-of-regulation as an AND-gate function to provide redundant fault protection for an aircraft use, wherein the VSCF power converter is configured to open the main line contactor with a command of either the generator control or the inverter control , and close the main line contactor with a command of both of the generator control and the inverter control .
Test tape cassette for insertion into a hand-held device , in particular for blood sugar tests, comprising a cassette housing for storing tape spools , an analytical test tape that can be wound forwards by means of the tape spools , a plurality of analytical test elements stored on the test tape which have a spreading fabric for applying body fluid and an underlying reagent layer for detecting an analyte in the body fluid, wherein the cassette housing has an application tip that deflects the test tape in order to provide the test elements , characterized in that the application tip has a guide path which extends in an arch shape longitudinally to the test tape and is uncurved at right angles thereto for supporting the test tape in a kink-free manner, that the apex area of the guide path delimits a central opening as a measuring window for an optical measurement on the test elements and that the test tape under tension is supported in a planar fashion on the guide path such that the spreading fabric lies gap-free on the reagent layer , wherein a housing wall of the application tip forming the guide path is bevelled on the rear side towards the measuring window .
Device for winding a thread on a winding machine having at least one bobbin tube and a bobbin holder , which bobbin holder comprises two opposing centering disks , adjustable in their axial distance from one another, for tensioning the bobbin tube , the centering disks each having a centering cone that engages in an open bobbin tube end , and a fixed catching hook for catching the thread , said catching hook being provided on one of the centering disks and being aligned in the circumferential direction of this centering disk , characterized in that the centering disk comprising the catching hook comprises an outer cone that overlaps the outer diameter (d) of the bobbin tube end , an inner face of the catching hook is formed by at least one nose-shaped recess provided in the outer cone , and, when the bobbin tube is clamped on the device , an edge between lateral face and end face of the bobbin tube end rests on an inner wall of the outer cone .
A rotor blade for a wind turbine using hot-air for preventing and/or eliminating ice accretion on the rotor blade , the rotor blade comprising: - a root section and an airfoil section , - the airfoil section comprising a cavity and having a leading edge section , a trailing edge section , a pressure side , a suction side , and a tip section , - a flow path for the hot-air , wherein the flow path at least partially extends within the cavity of the airfoil section and extends from the root section towards the tip section , and wherein the flow path is configured to receive the hot-air , - one or more exhaust holes located at an outer surface of the airfoil section and fluidly connected to the flow path for the hot-air , wherein the one or more exhaust holes are configured to emit the hot-air to exit the airfoil section , characterized in that , the rotor blade further comprises at least one cover plate positioned at the outer surface of the airfoil section and masking the one or more exhaust holes , wherein an external flow space is created between the one or more exhaust holes and an inner surface of the cover plate such that the hot-air exiting the airfoil section is directed by the cover plate towards an outside of the rotor blade . - a root section and an airfoil section , - the airfoil section comprising a cavity and having a leading edge section , a trailing edge section , a pressure side , a suction side , and a tip section , - a flow path for the hot-air , wherein the flow path at least partially extends within the cavity of the airfoil section and extends from the root section towards the tip section , and wherein the flow path is configured to receive the hot-air , - one or more exhaust holes located at an outer surface of the airfoil section and fluidly connected to the flow path for the hot-air , wherein the one or more exhaust holes are configured to emit the hot-air to exit the airfoil section ,