mhurhangee/ep-ind-claims huggingface dataset:
A securing method, comprising: providing an optical waveguide made of a material having a first melting temperature, wherein a sensor region of the optical waveguide comprises at least one integrated temperature sensor element; providing a capillary made of a material having a second melting temperature in such a manner that the capillary surrounds at least regions of the sensor region of the optical waveguide, and that a securing region of the capillary is arranged spaced apart from the sensor region, wherein the second melting temperature is lower than the first melting temperature, wherein the temperature sensor element is arranged in an end region of the optical waveguide, and the end region is inserted into the capillary so that an end of the capillary is exposed; securing the securing region of the capillary to the optical waveguide, comprising a heating of the securing region of the capillary to a heating temperature that is equal to or higher than the second melting temperature; heating the exposed end of the capillary to a heating temperature that is equal to or higher than the second melting temperature. providing an optical waveguide made of a material having a first melting temperature, wherein a sensor region of the optical waveguide comprises at least one integrated temperature sensor element; providing a capillary made of a material having a second melting temperature in such a manner that the capillary surrounds at least regions of the sensor region of the optical waveguide, and that a securing region of the capillary is arranged spaced apart from the sensor region, wherein the second melting temperature is lower than the first melting temperature, wherein the temperature sensor element is arranged in an end region of the optical waveguide, and the end region is inserted into the capillary so that an end of the capillary is exposed; securing the securing region of the capillary to the optical waveguide, comprising a heating of the securing region of the capillary to a heating temperature that is equal to or higher than the second melting temperature; heating the exposed end of the capillary to a heating temperature that is equal to or higher than the second melting temperature.
A method for managing a communication between a calling user and a called user, wherein said communication takes place in real time through the Internet network, comprising the steps of: - receiving (201, 301, 401, 501, 601) from said calling user a request to initiate said communication with said called user; - requesting (202, 302, 402, 502, 603) said calling user to provide an identity element; - validating (203, 503) said identity element of said calling user; - transmitting (204, 305, 406, 504, 606) said validated identity element to said called user. - receiving (201, 301, 401, 501, 601) from said calling user a request to initiate said communication with said called user; - requesting (202, 302, 402, 502, 603) said calling user to provide an identity element; - validating (203, 503) said identity element of said calling user; - transmitting (204, 305, 406, 504, 606) said validated identity element to said called user.
An antenna system for an outer panel of a vehicle, the outer panel being in the form of a roof, having an antenna assembly (4, 34) with a housing (10, 40), a base body (8, 38) made of electrically insulating material, and a support plate (6, 36), wherein electronic components for a plurality of antenna modules are arranged on the base body (8, 38), wherein the antenna assembly (4, 34) has fastening elements (20, 50, 51) that fasten the support plate (6, 36) to the outer panel during mounting, wherein the support plate (6, 36) is designed to be accommodated within a recess in the outer panel, wherein, during mounting, the support plate (6, 36) is fastened within the outer panel from an inside of the outer panel on the outer panel, and couples the antenna assembly to the outer panel galvanically and/or capacitively, wherein the support plate (6, 36) is made of metal in order to serve as a counterweight and/or ground plane of the antenna assembly.
A system comprising: a pumping device configured to clean an internal structure of a turbine engine by directing a foam detergent into the turbine engine to reduce an amount of one or more contaminants inside the turbine machine, the foam detergent directed into the turbine engine such that an effluent portion of the foam detergent exits from the turbine engine with at least some of the contaminants; one or more sensors configured to measure a turbidity of the effluent portion of the foam detergent that exits from inside the turbine engine and/or a salinity of the effluent portion of the foam detergent, that exits from inside the turbine engine; and a controller configured to determine a cleaning time period during which the foam detergent is to be directed into the turbine engine by the pumping device based on the turbidity and/or the salinity that is measured from the effluent portion of the foam detergent, the controller configured to direct the pumping device to continue directing the foam detergent into the turbine engine during the cleaning time period, the controller also configured to direct the pumping device to stop flow of the foam detergent into the turbine engine responsive to expiration of the cleaning time period. a pumping device configured to clean an internal structure of a turbine engine by directing a foam detergent into the turbine engine to reduce an amount of one or more contaminants inside the turbine machine, the foam detergent directed into the turbine engine such that an effluent portion of the foam detergent exits from the turbine engine with at least some of the contaminants; one or more sensors configured to measure a turbidity of the effluent portion of the foam detergent that exits from inside the turbine engine and/or a salinity of the effluent portion of the foam detergent, that exits from inside the turbine engine; and a controller configured to determine a cleaning time period during which the foam detergent is to be directed into the turbine engine by the pumping device based on the turbidity and/or the salinity that is measured from the effluent portion of the foam detergent, the controller configured to direct the pumping device to continue directing the foam detergent into the turbine engine during the cleaning time period, the controller also configured to direct the pumping device to stop flow of the foam detergent into the turbine engine responsive to expiration of the cleaning time period.
An apparatus of a high-efficiency, HE, access point, AP, the apparatus comprising: memory; and processing circuitry coupled to the memory, the processing circuitry configured to: encode a HE physical layer convergence procedure, PLCP, protocol data unit, PPDU, the HE PPDU comprising a multi-user, MU, request-to-send, RTS, trigger frame, the MU-RTS trigger frame comprising a type field, wherein a value of the type field indicates that the MU-RTS trigger frame is a trigger frame of type MU-RTS, wherein the MU-RTS trigger frame further comprises a plurality of HE station information fields, wherein each of the plurality of HE station information fields comprises an association identification, AID, field and an indication of a bandwidth of a clear-to-send, CTS, frame, wherein the MU-RTS trigger frame indicates that a HE station identified by the AID field is to transmit the CTS frame with the bandwidth, and generate signaling to cause the HE AP to wirelessly transmit the HE PPDU, and characterized in that: the MU-RTS trigger frame further comprises a common field including information common to the HE stations identified by the AID fields, the common field including a medium checking rule to be applied by the identified HE stations. encode a HE physical layer convergence procedure, PLCP, protocol data unit, PPDU, the HE PPDU comprising a multi-user, MU, request-to-send, RTS, trigger frame, the MU-RTS trigger frame comprising a type field, wherein a value of the type field indicates that the MU-RTS trigger frame is a trigger frame of type MU-RTS, wherein the MU-RTS trigger frame further comprises a plurality of HE station information fields, wherein each of the plurality of HE station information fields comprises an association identification, AID, field and an indication of a bandwidth of a clear-to-send, CTS, frame, wherein the MU-RTS trigger frame indicates that a HE station identified by the AID field is to transmit the CTS frame with the bandwidth, and generate signaling to cause the HE AP to wirelessly transmit the HE PPDU, and characterized in that: the MU-RTS trigger frame further comprises a common field including information common to the HE stations identified by the AID fields, the common field including a medium checking rule to be applied by the identified HE stations.
Automated method for configuring an industrial communication network, comprising the steps of: - deploying an application, which is deployable to the industrial communication network, to a digital twin, whereby the digital twin is set up to represent the application, to represent a digital representation of an industrial communication system which is comprising the industrial communication network, devices connected to the industrial communication network, and processes, and to represent physical interactions in the industrial communication system, - running the application on the digital twin, whereby - data of the application's communication traffic is collected, - application's end points and their corresponding communication characteristics in the industrial communication network are initially detected and classified based on the collected application's communication traffic, - the initially detected communication characteristics of the communication links used by the application are changed until reaching limits of pre-defined application performance quality, and - from thereof determined communication characteristics network parameters for the communication service required by the application are derived, - and configuring the industrial communication network based on the determined network parameters. - deploying an application, which is deployable to the industrial communication network, to a digital twin, whereby the digital twin is set up to represent the application, to represent a digital representation of an industrial communication system which is comprising the industrial communication network, devices connected to the industrial communication network, and processes, and to represent physical interactions in the industrial communication system, - running the application on the digital twin, whereby - data of the application's communication traffic is collected, - application's end points and their corresponding communication characteristics in the industrial communication network are initially detected and classified based on the collected application's communication traffic, - the initially detected communication characteristics of the communication links used by the application are changed until reaching limits of pre-defined application performance quality, and - from thereof determined communication characteristics network parameters for the communication service required by the application are derived, - data of the application's communication traffic is collected, - application's end points and their corresponding communication characteristics in the industrial communication network are initially detected and classified based on the collected application's communication traffic, - the initially detected communication characteristics of the communication links used by the application are changed until reaching limits of pre-defined application performance quality, and - from thereof determined communication characteristics network parameters for the communication service required by the application are derived, - and configuring the industrial communication network based on the determined network parameters.
Luggage bin, intended in particular for an aircraft cabin, comprising a compartment having a lower outer face, an upper face, an open face arranged between the lower outer face and the upper face and allowing access to the compartment for depositing and retrieving luggage or the like within said compartment, and also an end face opposite to the open face of the compartment, this bin being pivotably mounted about a pivot axis and being movable about this axis between an open position, in which the open face of the compartment is accessible from the cabin and in which a rear part of the lower outer face is concealed, and a closed position, in which the open face of the compartment is retracted and in which said rear part of the lower outer face is visible, wherein said rear part, which is concealed when the bin is open, has a cylindrical shape comprising generatrices (34, 36) substantially parallel to the pivot axis of the bin, and the distance (R1, R2) from the pivot axis to the generatrices (34, 36) increases from the end face of the compartment towards the open face thereof, characterized in that the compartment comprises a lower inner face forming a floor in this compartment, in that the lower inner face of the compartment is substantially planar on the open face side, in that the lower inner face of the compartment rises in the vicinity of the end face, and in that a groove whose concavity is oriented towards the upper face of the compartment is formed in the junction region between the raised part of the lower face and the end face.
A method for producing hydrocarbon oil, comprising: a step of obtaining a hydrocarbon oil containing a catalyst fine powder derived from a catalyst by a Fischer-Tropsch synthesis reaction using a slurry bed reactor in which the catalyst is suspended in a liquid hydrocarbon; a step of fractionating the hydrocarbon oil into at least one distilled oil and a column bottom oil containing the catalyst fine powder using a rectifying column; a step of flowing at least part of the column bottom oil through a second transfer line to capture the catalyst fine powder in the column bottom oil flowing through the second transfer line by a detachable filter while flowing the remaining column bottom oil through a first transfer line to transfer the column bottom oil to a hydrocracker in a transfer device comprising the first transfer line that connects a column bottom of the rectifying column to the hydrocracker, and the second transfer line branched from a branching point of the first transfer line, provided with the filter halfway, and connected to the first transfer line downstream of the branching point; a step of monitoring an amount of the catalyst fine powder captured by the filter; and a step of hydrocracking the column bottom oil in the hydrocracker. a step of obtaining a hydrocarbon oil containing a catalyst fine powder derived from a catalyst by a Fischer-Tropsch synthesis reaction using a slurry bed reactor in which the catalyst is suspended in a liquid hydrocarbon; a step of fractionating the hydrocarbon oil into at least one distilled oil and a column bottom oil containing the catalyst fine powder using a rectifying column; a step of flowing at least part of the column bottom oil through a second transfer line to capture the catalyst fine powder in the column bottom oil flowing through the second transfer line by a detachable filter while flowing the remaining column bottom oil through a first transfer line to transfer the column bottom oil to a hydrocracker in a transfer device comprising the first transfer line that connects a column bottom of the rectifying column to the hydrocracker, and the second transfer line branched from a branching point of the first transfer line, provided with the filter halfway, and connected to the first transfer line downstream of the branching point; a step of monitoring an amount of the catalyst fine powder captured by the filter; and a step of hydrocracking the column bottom oil in the hydrocracker.
A recombinant DNA molecule comprising a nucleotide sequence selected from SEQ ID NO:1-8 and 10, and complements thereof, wherein the recombinant DNA molecule comprises an integrated transgenic expression cassette that confers tolerance to applications of dicamba and glufosinate herbicides to a cotton plant.
A diesel engine including: a combustion chamber; a fuel charging means for charging a fuel oil serving as an ignition source, and gaseous ammonia into the combustion chamber, wherein the fuel charging means forms an ammonia premixed gas in the combustion chamber by the fuel oil and gaseous ammonia introduced into the combustion chamber and perform mixed combustion, further including a setting means capable of setting a plurality of different ammonia mixing ratio values, and a control means for adjusting an air excess ratio value in a total sum of the fuel oil and the ammonia to be introduced by the charging means based on the ammonia mixing ratio value set by the setting means, wherein the ammonia mixing ratio value set by the setting means is set between 15% and 85% inclusive, wherein when the ammonia mixing ratio value set by the setting means is changed from a first value to a second value having an ammonia mixing ratio higher than the first value, the control means changes the first air excess ratio value adjusted corresponding to the first value to a second air excess ratio value smaller than the first air excess ratio value, wherein when the ammonia mixing ratio value set by the setting means is set to a value of 65% or more, the air excess ratio value is adjusted to 1.0 or less, wherein when the ammonia mixing ratio value set by the setting means is set to a value of 15% or more and 25% or less, the control means adjusts the air excess ratio value to be 1.0 to 1.5 lower than the air excess ratio value during operation using only fuel oil, and wherein a required air amount is determined as a supply air pressure. further including a setting means capable of setting a plurality of different ammonia mixing ratio values, and a control means for adjusting an air excess ratio value in a total sum of the fuel oil and the ammonia to be introduced by the charging means based on the ammonia mixing ratio value set by the setting means, wherein the ammonia mixing ratio value set by the setting means is set between 15% and 85% inclusive, wherein when the ammonia mixing ratio value set by the setting means is changed from a first value to a second value having an ammonia mixing ratio higher than the first value, the control means changes the first air excess ratio value adjusted corresponding to the first value to a second air excess ratio value smaller than the first air excess ratio value, wherein when the ammonia mixing ratio value set by the setting means is set to a value of 65% or more, the air excess ratio value is adjusted to 1.0 or less, wherein when the ammonia mixing ratio value set by the setting means is set to a value of 15% or more and 25% or less, the control means adjusts the air excess ratio value to be 1.0 to 1.5 lower than the air excess ratio value during operation using only fuel oil, and wherein a required air amount is determined as a supply air pressure.
Manually guided hand-operated power tool for producing a centre cut in a workpiece along a working direction by means of a cutting tool, which cuts into the workpiece as the hand-operated power tool is guided along the workpiece, wherein the hand-operated power tool has a drive with a drive motor and a tool holder for holding the cutting tool, which tool holder can be driven by the drive in a reciprocating motion to oscillate with respect to a drive axis, wherein the drive motor is accommodated in a machine housing of the hand-operated power tool, wherein the tool holder is located on a base side of the machine housing, from which the cutting tool projects in a position of use when located at the tool holder and from which a cutting contour of the cutting tool is oriented towards the front in the working direction, and wherein the hand-operated power tool has an extraction port for connecting an extraction device, in particular a suction device, for extracting particles arising during a machining of the workpiece by means of the cutting tool, wherein the extraction port is in flow connection with an extraction region of the hand-operated power tool, at or in which the tool holder is located, wherein the extraction port is located at a drive section of the machine housing located in front in the working direction, wherein it has an in particular attachable guide body, in particular a guide plate, wherein the guide body has a guide surface, in particular a plane surface, averted from the machine housing for guiding on a base, and wherein the extraction port and/or a covering device at least partially covering the extraction region can be adjusted by means of a bearing device between a covering position moved closer to the tool holder and at least one release position more distant from the tool holder than the covering position, wherein the extraction port or the covering device remains at the machine housing during the adjustment between the covering position and the at least one release position, characterised in that the bearing device is located at the machine housing and holds the extraction port or the covering device between the covering position and the release position relative to the guide body.
Method of manufacturing a lining plate for lining a mould chamber in a sand moulding machine comprising a base unit, said base unit preferably being equipped with functional openings for injection of particle material and/or air exhaust openings as wall as fastening means for reliable fastening to the moulding machine, characterized in that a cover layer of a synthetic resin material is cast-on integral onto said base unit.
A transmission control method of multimedia broadcast multicast service data, comprising: according to a reference time, determining(11;44;84;104), by a base station, a scheduling period of suspending or resuming sending multimedia broadcast multicast service data; and suspending or resuming(12;45;85;105), by the base station, sending the multimedia broadcast multicast service data in the determined scheduling period; characterized by the reference time comprises: a start time of a multicast control modification period when a multicast control channel message is updated. according to a reference time, determining(11;44;84;104), by a base station, a scheduling period of suspending or resuming sending multimedia broadcast multicast service data; and suspending or resuming(12;45;85;105), by the base station, sending the multimedia broadcast multicast service data in the determined scheduling period; characterized by the reference time comprises: a start time of a multicast control modification period when a multicast control channel message is updated.