mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional printing apparatus (10, 100, 200, 300) for manufacturing a three-dimensional part (26, 126, 226, 326), the apparatus comprising: a controller (50, 150, 250, 350) having a signal generator; a three-dimensional printer (20, 120, 220, 320) having a print head (222, 322), a part carrier (24, 124, 224, 324), and a plasma field applicator (32, 132, 232, 332, 532), the print head including a print head nozzle (22 122, 222, 322, 522), and wherein the plasma field applicator (32, 132, 232, 332, 532) is disposed on an end of the print head, the print head nozzle (22, 122 222, 322, 522) is grounded, the part carrier (24, 124, 224, 324) is grounded, the controller (50, 150, 250, 350) is in communication with the print head, part carrier (24, 124, 224, 324), and plasma field applicator (32, 132, 232, 332, 532), and the three dimensional printer (20, 120, 220, 320) is configured to build the three-dimensional part onto the part carrier (24, 124, 224, 324); and wherein the signal generator is configured to output a signal to the plasma field applicator (32, 132, 232, 332, 532) and the plasma field applicator (32, 132, 232, 332, 532) is configured to generate an electromagnetic field and induced current pathway incident to the three-dimensional object on the part carrier (24, 124, 224, 324). a controller (50, 150, 250, 350) having a signal generator; a three-dimensional printer (20, 120, 220, 320) having a print head (222, 322), a part carrier (24, 124, 224, 324), and a plasma field applicator (32, 132, 232, 332, 532), the print head including a print head nozzle (22 122, 222, 322, 522), and wherein the plasma field applicator (32, 132, 232, 332, 532) is disposed on an end of the print head, the print head nozzle (22, 122 222, 322, 522) is grounded, the part carrier (24, 124, 224, 324) is grounded, the controller (50, 150, 250, 350) is in communication with the print head, part carrier (24, 124, 224, 324), and plasma field applicator (32, 132, 232, 332, 532), and the three dimensional printer (20, 120, 220, 320) is configured to build the three-dimensional part onto the part carrier (24, 124, 224, 324); and wherein the signal generator is configured to output a signal to the plasma field applicator (32, 132, 232, 332, 532) and the plasma field applicator (32, 132, 232, 332, 532) is configured to generate an electromagnetic field and induced current pathway incident to the three-dimensional object on the part carrier (24, 124, 224, 324).
A method implemented by an electronic processing apparatus (16, 20, 24) for responding to a request for a mobile terminal's geographic position, the method characterized by: determining a joint quality of service, QoS, metric for each of a plurality of candidate sequences, wherein each candidate sequence includes a plurality of candidate positioning methods, and wherein each sequence-specific joint QoS metric is a single metric representing joint effect of multiple positioning methods in the respective sequence on the overall QoS for the sequence and jointly depending on two or more positioning methods in the respective candidate sequence; and based on said joint QoS metric, selecting a candidate sequence of positioning methods from said plurality of sequences for determining the mobile terminal's position responsive to the request. determining a joint quality of service, QoS, metric for each of a plurality of candidate sequences, wherein each candidate sequence includes a plurality of candidate positioning methods, and wherein each sequence-specific joint QoS metric is a single metric representing joint effect of multiple positioning methods in the respective sequence on the overall QoS for the sequence and jointly depending on two or more positioning methods in the respective candidate sequence; and based on said joint QoS metric, selecting a candidate sequence of positioning methods from said plurality of sequences for determining the mobile terminal's position responsive to the request.
A method by an apparatus for distance determination, comprising: detecting at the apparatus a range request transmitted between a second apparatus and a third apparatus, wherein the third apparatus is geographically fixed, and wherein the second apparatus is movable; detecting at the apparatus a range response transmitted between the second apparatus and the third apparatus; determining whether the detected range response was transmitted in response to the detected range request; and if the detected range response was transmitted in response to the detected range request, determining by the apparatus a distance between the apparatus and the second apparatus based on a time of arrival of the detected range request and a time of arrival of the detected range response and based on a known distance between the third apparatus and the apparatus and based on a transmission time between the second apparatus and the third apparatus, wherein information representing the transmission time between the second apparatus and the third apparatus is received from the third apparatus. detecting at the apparatus a range request transmitted between a second apparatus and a third apparatus, wherein the third apparatus is geographically fixed, and wherein the second apparatus is movable; detecting at the apparatus a range response transmitted between the second apparatus and the third apparatus; determining whether the detected range response was transmitted in response to the detected range request; and if the detected range response was transmitted in response to the detected range request, determining by the apparatus a distance between the apparatus and the second apparatus based on a time of arrival of the detected range request and a time of arrival of the detected range response and based on a known distance between the third apparatus and the apparatus and based on a transmission time between the second apparatus and the third apparatus, wherein information representing the transmission time between the second apparatus and the third apparatus is received from the third apparatus.
A method of manufacturing a rotor for an electric motor, comprising the steps of: a) providing a magnet of a sintered magnetic material, said magnet having a first diameter; b) providing a radial holding sheath of a composite material, said sheath having an inner diameter which is smaller than said first diameter; c) reducing said first diameter of said magnet to a second diameter by lowering the temperature of said magnet; d) fitting said radial holding sheath onto said magnet when said magnet has the second diameter; and e) letting the cylindrical magnet with the sheath fitted thereon interfere, thus allowing the sheath to exert inward pressures on the cylindrical magnet. a) providing a magnet of a sintered magnetic material, said magnet having a first diameter; b) providing a radial holding sheath of a composite material, said sheath having an inner diameter which is smaller than said first diameter; c) reducing said first diameter of said magnet to a second diameter by lowering the temperature of said magnet; d) fitting said radial holding sheath onto said magnet when said magnet has the second diameter; and e) letting the cylindrical magnet with the sheath fitted thereon interfere, thus allowing the sheath to exert inward pressures on the cylindrical magnet.
A method for processing at least one article in a pressing arrangement comprising a pressure vessel comprising a pressure cylinder, a furnace chamber arranged within the pressure vessel for heating a pressure medium, wherein the furnace chamber comprises at least one heating element, and a load compartment for holding the at least one article, wherein the load compartment is arranged inside the furnace chamber, and at least one flow generator (30, 32) for circulating pressure medium within the pressure vessel, wherein the method comprises the steps of: increasing the temperature in the load compartment by the at least one heating element in the furnace chamber; maintaining the increased temperature at a predetermined temperature level, T 1, for a selected period of time, t 1; and during the steps of increasing the temperature and maintaining the increased temperature, circulating the pressure medium within the pressure vessel by the at least one flow generator, wherein the method is further characterised in that it comprises during the step of increasing the temperature, circulating the pressure medium within the pressure vessel by operating the at least one flow generator at a first rate R 1; and during the step of maintaining the increased temperature, circulating the pressure medium within the pressure vessel by operating the at least one flow generator at a second rate R 2, wherein the second rate is lower than the first rate. increasing the temperature in the load compartment by the at least one heating element in the furnace chamber; maintaining the increased temperature at a predetermined temperature level, T 1, for a selected period of time, t 1; and during the steps of increasing the temperature and maintaining the increased temperature, circulating the pressure medium within the pressure vessel by the at least one flow generator, during the step of increasing the temperature, circulating the pressure medium within the pressure vessel by operating the at least one flow generator at a first rate R 1; and during the step of maintaining the increased temperature, circulating the pressure medium within the pressure vessel by operating the at least one flow generator at a second rate R 2, wherein the second rate is lower than the first rate.
An anti-vehicle-theft device adapted to be carried on a vehicle for preventing theft of the vehicle, the device comprising: a box-shaped case body having one open side; a lid member detachably attached to the case body and closing an opening of the case body, the lid member having a circumferential wall projecting into the case body; a circuit board removably inserted through the opening of the case body into the case body and having electronic components mounted thereon; a sub-battery removably inserted through the opening of the case body into the case body for feeding an electric power to the circuit board when a main battery carried on the vehicle for feeding an electric power to the circuit board runs out, characterized by a seal member fitting in the opening of the case body, the seal member having a groove into which the circumferential wall of the lid member is inserted, the seal member including a circuit board stopper portion for preventing the circuit board from coming out of the case body, and a sub-battery stopper portion for preventing the sub-battery from coming out of the case body. a box-shaped case body having one open side; a lid member detachably attached to the case body and closing an opening of the case body, the lid member having a circumferential wall projecting into the case body; a circuit board removably inserted through the opening of the case body into the case body and having electronic components mounted thereon; a sub-battery removably inserted through the opening of the case body into the case body for feeding an electric power to the circuit board when a main battery carried on the vehicle for feeding an electric power to the circuit board runs out, characterized by a seal member fitting in the opening of the case body, the seal member having a groove into which the circumferential wall of the lid member is inserted, the seal member including a circuit board stopper portion for preventing the circuit board from coming out of the case body, and a sub-battery stopper portion for preventing the sub-battery from coming out of the case body.
A door drive for arrangement on or in connection with a door system, with which at least one leaf element of the door system can be moved, having a motor unit with a housing, in which a stator is received in a stationary manner and wherein a rotor is arranged in the housing so as to be rotationally movable, wherein the stator has an annular basic structure, and the rotor is received within the annular shape so as to be rotationally movable via an output shaft, wherein the output shaft can be brought into operative connection in a driving manner with the leaf element, characterised in that the housing is formed from interconnected housing halves (14, 15), wherein the first housing half and/or the second housing half has an internal receiving section into which the stator is inserted, wherein the stator is arranged in a retained manner with first fastening elements inside of a first housing half and wherein second fastening elements are provided, with which the second housing half is arranged on the first housing half, and wherein an at least partially circumferential heat transfer gap is formed between an outer side of the stator and an inner side of the receiving section in order to serve as such for heat transfer from the stator into the at least one or into both housing halves (14, 15).
A catheter assembly comprising: an introducer needle coupled to a needle hub; an intermediate member comprising a contact surface disposed at a distal end of the intermediate member, the intermediate member configured to slidably receive the introducer needle therethrough; a resilient member (300, 400, 741, 742) coupled to one of the needle hub and the intermediate member; a ramp member (220, 500, 750) is coupled to the other one of the needle hub and the intermediate member, characterized in that the resilient member (300, 400, 741, 742) is configured to be loaded onto the ramp member (220, 500, 750) and engage at least one ramp surface of the ramp member (220, 500, 750) and impart a force on the intermediate member to urge the intermediate member in a distal direction relative to the needle hub; the contact surface of the intermediate member engages a proximal surface (165, 765) of a catheter adapter body (160, 760) and urges the catheter adapter body (160, 760) in the distal direction relative to the needle hub; and a catheter projecting from a distal end of the catheter adapter body (160, 760) is urged in the distal direction relative to the introducer needle. an introducer needle coupled to a needle hub; an intermediate member comprising a contact surface disposed at a distal end of the intermediate member, the intermediate member configured to slidably receive the introducer needle therethrough; a resilient member (300, 400, 741, 742) coupled to one of the needle hub and the intermediate member; a ramp member (220, 500, 750) is coupled to the other one of the needle hub and the intermediate member, characterized in that the resilient member (300, 400, 741, 742) is configured to be loaded onto the ramp member (220, 500, 750) and engage at least one ramp surface of the ramp member (220, 500, 750) and impart a force on the intermediate member to urge the intermediate member in a distal direction relative to the needle hub; the contact surface of the intermediate member engages a proximal surface (165, 765) of a catheter adapter body (160, 760) and urges the catheter adapter body (160, 760) in the distal direction relative to the needle hub; and a catheter projecting from a distal end of the catheter adapter body (160, 760) is urged in the distal direction relative to the introducer needle. the resilient member (300, 400, 741, 742) is configured to be loaded onto the ramp member (220, 500, 750) and engage at least one ramp surface of the ramp member (220, 500, 750) and impart a force on the intermediate member to urge the intermediate member in a distal direction relative to the needle hub; the contact surface of the intermediate member engages a proximal surface (165, 765) of a catheter adapter body (160, 760) and urges the catheter adapter body (160, 760) in the distal direction relative to the needle hub; and a catheter projecting from a distal end of the catheter adapter body (160, 760) is urged in the distal direction relative to the introducer needle.
A method of processing data from a distributed fibre-optic interferometric sensor system for measuring a measurand, the system comprising multiple interferometric sensors, the method comprising: - Interrogating two or more of the multiple interferometric sensors to record a raw measurement time series for each of the sensors, - calculating a common reference time series as a measure of central tendency of the raw measurement time series from two or more reference sensors, the reference sensors being selected from the multiple interferometric sensors, and - compensating at least one raw measurement time series from a measurement sensor selected from the multiple interferometric sensors with the common reference time series to produce a compensated measurement time series, the measurement sensor being configured to be sensitive to the measurand. - Interrogating two or more of the multiple interferometric sensors to record a raw measurement time series for each of the sensors, - calculating a common reference time series as a measure of central tendency of the raw measurement time series from two or more reference sensors, the reference sensors being selected from the multiple interferometric sensors, and - compensating at least one raw measurement time series from a measurement sensor selected from the multiple interferometric sensors with the common reference time series to produce a compensated measurement time series, the measurement sensor being configured to be sensitive to the measurand.
A broker adapted to control an application session of an application managed by an application server session on a remote application server and streamed to a client browser, wherein said broker is adapted to mediate between said remote application server and said client browser, said broker comprising: - a receiving module, adapted to receive from said application session a request for accessing to more than one storage services in relation to said application session of said application; - a connecting module, configured to receive said request from said receiving module and to connect with one or more storage services according to said request; CHARACTERIZED IN THAT said broker further comprises: - a selected content determining unit adapted to determine based on one or more rules selected content in said one or more storage services which may be visualized by said application server session on said remote application server; - a session controlling unit, adapted to provide to said application server session on said remote application server visibility on said selected content such that said selected content may be visualized by said application server session; and - an application streamer adapted to: ∘ generate a representation of a web page incorporating said application session managed by said application server session; and ∘ stream said representation of said web page incorporating said application session to said client browser. - a receiving module, adapted to receive from said application session a request for accessing to more than one storage services in relation to said application session of said application; - a connecting module, configured to receive said request from said receiving module and to connect with one or more storage services according to said request; - a selected content determining unit adapted to determine based on one or more rules selected content in said one or more storage services which may be visualized by said application server session on said remote application server; - a session controlling unit, adapted to provide to said application server session on said remote application server visibility on said selected content such that said selected content may be visualized by said application server session; and - an application streamer adapted to: ∘ generate a representation of a web page incorporating said application session managed by said application server session; and ∘ stream said representation of said web page incorporating said application session to said client browser. ∘ generate a representation of a web page incorporating said application session managed by said application server session; and ∘ stream said representation of said web page incorporating said application session to said client browser.
A method of manufacturing a dynamic power cable comprising the steps of; - providing a cable core comprising; an electrical conductor and an electrically insulating layer arranged radially outside of the electrical conductor, - wrapping a metallic sheet radially around the cable core, the metallic sheet comprising a copper-nickel alloy, - welding together opposing edges of the metallic sheet to form a continuous water barrier layer around the cable core, characterized in that - the welding is performed by autogenous welding. - providing a cable core comprising; an electrical conductor and an electrically insulating layer arranged radially outside of the electrical conductor, - wrapping a metallic sheet radially around the cable core, the metallic sheet comprising a copper-nickel alloy, - welding together opposing edges of the metallic sheet to form a continuous water barrier layer around the cable core, characterized in that - the welding is performed by autogenous welding.
A method carried out on a computer, for operating a user interface designed for calling, representing and/or managing files, the user interface having a graphic user surface, GUI, wherein the computer comprises means for having access to a communication network providing files, wherein the user interface enables an access to files (18, 19, 20) provided by a communication network by using at least one addressing information item, URL, of a file (18, 19) in the communication network and the user interface generates selectable fields (11, 12, 13, 14, 15) via an input means of the computer for activating the call, which fields will be reproduced by the graphic user surface, GUI, of the user interface, characterized in that the contents of files (18, 19, 20) that can be called by means of the user interface will be at least partially gathered and at least a part of the gathered contents will be converted into a format that can be used by terminals operable in mobile radio networks.