mhurhangee/ep-ind-claims huggingface dataset:
Measuring device, particularly a Coriolis measuring device, for measuring the flow velocity or volume flow or density of a medium flowing through at least one measuring tube, comprising: the at least one measuring tube to conduct the medium; a transducer, which is designed to capture at least a measured variable and to output at least a first measured value representing the measured variable; at least a temperature sensor, which is designed to measure a temperature of the measuring tube, an electronic measuring/operating circuit, which is designed to operate the transducer and the temperature sensor and to provide flow or density measured values, wherein the temperature sensor has a sensor element and at least two electrically conductive supply lines to establish electric contact between the sensor element and the electronic measuring/operating circuit, wherein each supply line is connected to the sensor element in the area of a connection point of the sensor element, wherein the supply lines each have a first section (132.1) that follows on from the corresponding connection point, wherein the sensor element has a maximum circumference, wherein the first section has a distance of less than 5% of a measuring tube radius to a measuring tube wall, wherein a length of the supply line in the first section is at least 25% of the maximum circumference of the sensor element, wherein, in their first section, the supply lines are guided, at least in sections, along the maximum circumference of the sensor element, wherein, in their first section, the supply lines are in thermal contact with the measuring tube at least in sections. the at least one measuring tube to conduct the medium; a transducer, which is designed to capture at least a measured variable and to output at least a first measured value representing the measured variable; at least a temperature sensor, which is designed to measure a temperature of the measuring tube, an electronic measuring/operating circuit, which is designed to operate the transducer and the temperature sensor and to provide flow or density measured values, wherein the temperature sensor has a sensor element and at least two electrically conductive supply lines to establish electric contact between the sensor element and the electronic measuring/operating circuit, wherein each supply line is connected to the sensor element in the area of a connection point of the sensor element, wherein the supply lines each have a first section (132.1) that follows on from the corresponding connection point, wherein the sensor element has a maximum circumference, wherein the first section has a distance of less than 5% of a measuring tube radius to a measuring tube wall, wherein a length of the supply line in the first section is at least 25% of the maximum circumference of the sensor element, wherein, in their first section, the supply lines are guided, at least in sections, along the maximum circumference of the sensor element, wherein, in their first section, the supply lines are in thermal contact with the measuring tube at least in sections.
A method of matching a virtual map, the method comprising: receiving Global Positioning System information; generating a basic map matching result using the GPS information, wherein the basic map matching is defined as map matching of a GPS location; generating a virtual map matching location based on the basic map matching result, wherein the virtual map matching is defined as map matching of an expected movement distance, a location, and a vehicle direction based on the map matching result; and displaying the virtual map matching location, characterized in that, when a route exists, the generating of the virtual map matching location divides an angle of a vehicle corresponding to a difference between an angle with respect to a first link and an angle with respect to a second link from a map database by a predetermined number, and generates a plurality of virtual map matching locations on the route at different points in time. receiving Global Positioning System information; generating a basic map matching result using the GPS information, wherein the basic map matching is defined as map matching of a GPS location; generating a virtual map matching location based on the basic map matching result, wherein the virtual map matching is defined as map matching of an expected movement distance, a location, and a vehicle direction based on the map matching result; and displaying the virtual map matching location,
A method for heat treating long products, particularly metallic long products, such as wires, metal sheets or the like, made from steel, the long product being guided through a furnace using at least one heating device for heating an atmosphere and an inlet and an outlet, it being possible to insert the long product into the furnace through the inlet and guide the long product out of the same through the outlet, and the long product guided through the furnace being heated using the heated atmosphere, the atmosphere in the furnace being guided in a circuit, with lateral flow around the long product guided through the furnace, characterized in that the atmosphere is guided in a meandering loop around the long product, wherein the long product is flowed around from above and below.
An agent for use in the treatment of diabetes comprising a polypeptide having an amino acid sequence selected from the group consisting of SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, and SEQ ID NO: 5.
A method of preventing marine biofouling of a substrate by a marine biofouling organism, with an even release of an imidazole-containing compound comprising applying a protective coating to the substrate, said coating containing an imidazole-containing compound bound to metal nanoparticles.
A printing apparatus comprising: a printing portion which is able to print on a medium; a transport portion which transports the medium; and a transport guiding portion on which a transport surface (510, 610) on which the medium is transported is formed and which has a plurality of bent portions (502, 602), wherein the transport guiding portion is provided with a first guiding member which has a bent portion and forms the transport surface on a transport direction upstream side of the medium and a second guiding member which has a bent portion and forms the transport surface on a transport direction downstream side of the medium, wherein the first guiding member and the second guiding member are supported by a common member at an end portion in a direction which intersects with the transport direction, and characterized in that a flat portion of a second transport surface of the second guiding member has a lower height in a direction normal to the transport surface (510, 610) than an adjacent flat portion of a first transport surface of the first guiding member. a printing portion which is able to print on a medium; a transport portion which transports the medium; and a transport guiding portion on which a transport surface (510, 610) on which the medium is transported is formed and which has a plurality of bent portions (502, 602), wherein the transport guiding portion is provided with a first guiding member which has a bent portion and forms the transport surface on a transport direction upstream side of the medium and a second guiding member which has a bent portion and forms the transport surface on a transport direction downstream side of the medium, wherein the first guiding member and the second guiding member are supported by a common member at an end portion in a direction which intersects with the transport direction, and characterized in that a flat portion of a second transport surface of the second guiding member has a lower height in a direction normal to the transport surface (510, 610) than an adjacent flat portion of a first transport surface of the first guiding member.
A method comprising, at a tyre monitoring device: receiving a configuration request from a first device (12,14), the configuration request indicating that the tyre monitoring device is to operate in a configuration mode, the configuration request provided using a first wireless communication protocol; responsive to receipt of the configuration request, initiating communication using a second wireless communication protocol; establishing successful communication using the second wireless protocol; and entering the configuration mode responsive to establishing successful communication using the second wireless communication protocol; the method further comprising rejecting a configuration request when received via the second wireless communication protocol. receiving a configuration request from a first device (12,14), the configuration request indicating that the tyre monitoring device is to operate in a configuration mode, the configuration request provided using a first wireless communication protocol; responsive to receipt of the configuration request, initiating communication using a second wireless communication protocol; establishing successful communication using the second wireless protocol; and entering the configuration mode responsive to establishing successful communication using the second wireless communication protocol; the method further comprising rejecting a configuration request when received via the second wireless communication protocol.
A radio module comprising: a baseband device arranged to perform digital modulation and/or demodulation, wherein the baseband device provides a data connection available to a digital system using the radio module for radio communication; a layer device; and at least one multi radio antenna comprising: an analogue radio device arranged to perform analogue signal processing; wherein each at least one multi radio antenna further comprises an antenna array connected to the analogue radio device; wherein the layer device is arranged to map the baseband device to one or more of the at least one multi radio antennas, and the radio module is connectable to a second equivalent radio module; and wherein each one of the at least one multi radio antenna further comprises a digital radio device arranged to perform digital signal processing, the digital radio device being connected to the baseband device and the analogue radio device, characterized in that the digital radio device is configurable to be in one of two modes of a controlling master mode and controlled slave mode, for cooperation with the second equivalent radio module such that the radio module and the second equivalent radio module work collectively to provide a radio assembly to function as an antenna array. a baseband device arranged to perform digital modulation and/or demodulation, wherein the baseband device provides a data connection available to a digital system using the radio module for radio communication; a layer device; and at least one multi radio antenna comprising: an analogue radio device arranged to perform analogue signal processing; wherein each at least one multi radio antenna further comprises an antenna array connected to the analogue radio device; wherein the layer device is arranged to map the baseband device to one or more of the at least one multi radio antennas, and the radio module is connectable to a second equivalent radio module; and wherein each one of the at least one multi radio antenna further comprises a digital radio device arranged to perform digital signal processing, the digital radio device being connected to the baseband device and the analogue radio device, characterized in that the digital radio device is configurable to be in one of two modes of a controlling master mode and controlled slave mode, for cooperation with the second equivalent radio module such that the radio module and the second equivalent radio module work collectively to provide a radio assembly to function as an antenna array.
A spun yarn drawing apparatus comprising: a thermal insulation box in which a wall surface on one side in a predetermined direction is arranged to be a door member; at least one heating roller which is housed in the thermal insulation box so that an axis of the at least one heating roller is parallel to the predetermined direction, yarns being wound onto an outer circumferential surface of the at least one heating roller while being lined up in a direction along the axis; at least one plate member which protrudes toward the one side from a wall surface on the other side in the predetermined direction of the thermal insulation box, the plate member being separated from the door member in a closed state; and a sealing member closing a gap between one end on the one side of the plate member and the door member in the closed state, characterized in that the sealing member is attached to the at least one plate member. a thermal insulation box in which a wall surface on one side in a predetermined direction is arranged to be a door member; at least one heating roller which is housed in the thermal insulation box so that an axis of the at least one heating roller is parallel to the predetermined direction, yarns being wound onto an outer circumferential surface of the at least one heating roller while being lined up in a direction along the axis; at least one plate member which protrudes toward the one side from a wall surface on the other side in the predetermined direction of the thermal insulation box, the plate member being separated from the door member in a closed state; and a sealing member closing a gap between one end on the one side of the plate member and the door member in the closed state, characterized in that the sealing member is attached to the at least one plate member.
Reactor for an adsorption heat pump or an absorption heat pump or for a sorption heat storage device, comprising at least one hollow body for receiving sorbent as well as an input and an output for a fluid carrying the sorbent, wherein the hollow body for receiving the sorbent in divided into multiple chambers, wherein guiding means are provided which guide the fluid through the chambers such that the chambers are connected in parallel with respect to the fluid flow, characterized in that adjustable closing means are provided which cooperate with the guiding means and are adjustable so that no fluid is passed through a selectable number of chambers, and the chambers are arranged in the reactor spaced apart from each other and in parallel, wherein input gaps are arranged between two respective chambers and connected with the input channel to the input and output gaps are connected with the output channel to the output, wherein the gaps (8, 9) between the chambers are alternately closed to the output and the input by the guide means, such that the fluid coming from the input can flow in input gaps, connected to the input, through the chambers in output gaps connected to the output, to the output.
An apparatus comprising means for: determining, for an audio signal, if sound energy in at least one first direction is different to sound energy in at least one second direction by at least a threshold amount; and controlling, before an audio zoom function is selected, an amount of headroom provided in the audio signal so as to enable audio zooming at a later time when the zoom function is selected, based on whether or not sound energy in at least one first direction is different to the sound energy in at least one second direction by at least a threshold amount. determining, for an audio signal, if sound energy in at least one first direction is different to sound energy in at least one second direction by at least a threshold amount; and controlling, before an audio zoom function is selected, an amount of headroom provided in the audio signal so as to enable audio zooming at a later time when the zoom function is selected, based on whether or not sound energy in at least one first direction is different to the sound energy in at least one second direction by at least a threshold amount.
A method for producing surface modified multicomponent aerosol particles comprising one or more active agents and one or more surface agents involving the steps of: - Introducing an aerosol consisting of one or more carrier gases and one or more surface agents and one or more active agents in the same aerosol particles into an aerosolreactor; - Maintaining the aerosol, for a period of time, in conditions wherein all or part of the surface agent is in the vapor phase while the active agent is largely in the liquid and/or solid phase; - Altering the conditions of the aerosol by increasing the saturation ratio of surface agent in the reactor such that all or part of the surface agent is fully or partially deposited on the surface of the active agent containing aerosol particles through cooling, adiabatic expansion or elevating the pressure, or by chemically reaction or by thermal or ultraviolet decomposition of surface agent precursor gas in the vapor phase or at the particle surface. - Introducing an aerosol consisting of one or more carrier gases and one or more surface agents and one or more active agents in the same aerosol particles into an aerosolreactor; - Maintaining the aerosol, for a period of time, in conditions wherein all or part of the surface agent is in the vapor phase while the active agent is largely in the liquid and/or solid phase; - Altering the conditions of the aerosol by increasing the saturation ratio of surface agent in the reactor such that all or part of the surface agent is fully or partially deposited on the surface of the active agent containing aerosol particles through cooling, adiabatic expansion or elevating the pressure, or by chemically reaction or by thermal or ultraviolet decomposition of surface agent precursor gas in the vapor phase or at the particle surface.
A method for receiving subframe configuration in a time division duplex system, said method being performed by a user equipment, the method comprising the steps of: • receiving downlink control information via a physical downlink control channel, PDCCH, within a common search space from a base station, wherein the downlink control information is scrambled using a radio network temporary identifier, RNTI, and the RNTI used to scramble the downlink control information is the same for each UE, including said UE; • obtaining, from the PDCCH, a feature of a flexible subframe according to the downlink control information, o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink. • receiving downlink control information via a physical downlink control channel, PDCCH, within a common search space from a base station, wherein the downlink control information is scrambled using a radio network temporary identifier, RNTI, and the RNTI used to scramble the downlink control information is the same for each UE, including said UE; • obtaining, from the PDCCH, a feature of a flexible subframe according to the downlink control information, o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink. o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink.
A traceable footwear, particularly for children, comprising • a circuit terminal mounted permanently in said footwear; • a housing comprising a first electrical contact connected to said circuit terminal; • a movable component removably inserted in said housing, wherein the movable component is provided with a second electrical contact, said first and second electrical contacts being configured to come into contact with one another depending on the insertion of said movable component in said housing; • a position detection system configured for detecting a position (Pos) of said footwear; characterised in that said movable component further comprises: ▪ a detection system for detecting the presence of a human being; ▪ at least one detection sensor for detecting the presence of a part of a living body; wherein said detection system for detecting the presence of a human being is configured for detecting a parameter (Pres) representative of the presence of a human being when said first and second electrical contacts are in contact with one another, and depending on a first detection signal (S_IR1) indicative of the presence or absence of an object in proximity to said detection sensor for detecting the presence of a part of a living body; ▪ said position detection system is configured for detecting the position (Pos) of said footwear depending on said parameter (Pres). • a circuit terminal mounted permanently in said footwear; • a housing comprising a first electrical contact connected to said circuit terminal; • a movable component removably inserted in said housing, wherein the movable component is provided with a second electrical contact, said first and second electrical contacts being configured to come into contact with one another depending on the insertion of said movable component in said housing; • a position detection system configured for detecting a position (Pos) of said footwear; ▪ a detection system for detecting the presence of a human being; ▪ at least one detection sensor for detecting the presence of a part of a living body; ▪ said position detection system is configured for detecting the position (Pos) of said footwear depending on said parameter (Pres).
A tie-in system (47, 48) for tie-in of a transfer pipe (13, 14) to a support unit, where the transfer pipe (13, 14) is arranged at least partly in a body of water, the tie-in system (47, 48) comprising: - a spool piece (61, 71) that in one end is adapted to be attached to the transfer pipe (13, 14) and in the other end to be connected to a pipe element (58, 68), arranged on the support unit, with a flange connection (73, 74), - a chute device (59, 69) that is adapted to be attached to the support unit and to accommodate the transfer pipe (13, 14) such that the chute device (59, 69) supports the transfer pipe (13, 14) and takes up and transfers vertical and transverse forces from the transfer pipe (13, 14) to the support unit, - a tie-in support, - a tie-in device (77, 79) that is connected to the spool piece (61, 71) and is adapted to be connected to a tie-in member (76, 78) on said tie-in support which is securely attached to the support unit such that tension loads are transferred from the transfer pipe (13, 14) to the support unit through the tie-in device (77, 79) and such that the flange connection (73, 74) will not take up any substantial tension loads from the transfer pipe (13, 14) when the transfer pipe (13, 14) and the pipe element (58, 68) are fluidly connected. - a spool piece (61, 71) that in one end is adapted to be attached to the transfer pipe (13, 14) and in the other end to be connected to a pipe element (58, 68), arranged on the support unit, with a flange connection (73, 74), - a chute device (59, 69) that is adapted to be attached to the support unit and to accommodate the transfer pipe (13, 14) such that the chute device (59, 69) supports the transfer pipe (13, 14) and takes up and transfers vertical and transverse forces from the transfer pipe (13, 14) to the support unit, - a tie-in support, - a tie-in device (77, 79) that is connected to the spool piece (61, 71) and is adapted to be connected to a tie-in member (76, 78) on said tie-in support which is securely attached to the support unit such that tension loads are transferred from the transfer pipe (13, 14) to the support unit through the tie-in device (77, 79) and such that the flange connection (73, 74) will not take up any substantial tension loads from the transfer pipe (13, 14) when the transfer pipe (13, 14) and the pipe element (58, 68) are fluidly connected.