mhurhangee/ep-ind-claims huggingface dataset:
Method for oscillating a mould of a continuous casting machine, the mould comprising two narrow-side plates and two broad-side plates (3, 3a, 3b), and the mould oscillating with respect to a positionally fixed supporting structure in the vertical direction with a first frequency f V, characterized in that at least one broad-side plate (3, 3a, 3b) of the mould oscillates horizontally in the direction of the width of the broad-side plate (3, 3a, 3b) with a second frequency f H, where f V ≠ f H, and in that, for all points of the locus of the broad-side plate, the magnitude of the velocity | v | is greater than 0.
A vacuum pump comprising a housing, in which a pump system and a motor are accommodated, having a gas inlet and a gas outlet, wherein a hood at least partly surrounds the housing, wherein the housing has a plurality of sections which are associated with a control section, with a peripheral section and with a pump section, wherein the peripheral section is arranged between the control section and the pump section, wherein the pump system is arranged in the pump section; the peripheral section has the gas inlet, the gas outlet and the motor; and control electronics are arranged in the control section, and wherein the housing section of the pump section has cooling fins and the hood covers at least some of the cooling fins of the pump section, characterized in that the housing additionally has a section which is associated with an intermediate section arranged between the control section and the peripheral section; in that the intermediate section has a fan and seals (13, 14) which are respectively provided between the intermediate section and the control section as well as between the intermediate section and the peripheral section and which represent a thermal barrier; in that the housing section of the control section has cooling fins; and in that the cooling fins of the control section are not covered by the hood. wherein a hood at least partly surrounds the housing, wherein the housing has a plurality of sections which are associated with a control section, with a peripheral section and with a pump section, wherein the peripheral section is arranged between the control section and the pump section, wherein the pump system is arranged in the pump section; the peripheral section has the gas inlet, the gas outlet and the motor; and control electronics are arranged in the control section, and wherein the housing section of the pump section has cooling fins and the hood covers at least some of the cooling fins of the pump section, characterized in that the housing additionally has a section which is associated with an intermediate section arranged between the control section and the peripheral section; in that the intermediate section has a fan and seals (13, 14) which are respectively provided between the intermediate section and the control section as well as between the intermediate section and the peripheral section and which represent a thermal barrier; in that the housing section of the control section has cooling fins; and in that the cooling fins of the control section are not covered by the hood.
An electrophile represented by the following general formula: wherein R A 1a and R A 1b each independently represent Si(R 1) 3, wherein each R 1 independently represents a linear monovalent hydrocarbon group having 1 to 6 carbon atoms, or a branched or cyclic monovalent hydrocarbon group having 3 to 6 carbon atoms, and each R 1 may bind to each other to form a 3 to 6 membered ring together with a silicon atom having bonds with R 1; R A 2 represents a linear divalent hydrocarbon group having 1 to 6 carbon atoms, or a branched or cyclic divalent hydrocarbon group having 3 to 6 carbon atoms; and X represents a leaving group selected from p -toluenesulfonate, methanesulfonate or trifluoromethanesulfonate. wherein R A 1a and R A 1b each independently represent Si(R 1) 3, wherein each R 1 independently represents a linear monovalent hydrocarbon group having 1 to 6 carbon atoms, or a branched or cyclic monovalent hydrocarbon group having 3 to 6 carbon atoms, and each R 1 may bind to each other to form a 3 to 6 membered ring together with a silicon atom having bonds with R 1; R A 2 represents a linear divalent hydrocarbon group having 1 to 6 carbon atoms, or a branched or cyclic divalent hydrocarbon group having 3 to 6 carbon atoms; and X represents a leaving group selected from p -toluenesulfonate, methanesulfonate or trifluoromethanesulfonate.
A method of performing speaker recognition, the method comprising: prompting a user to speak a single phrase including a personal identifier and a common phrase component, the common phrase component being the same amongst a plurality of users; decomposing a spoken phrase received from by the prompted user in response to the prompting, the received spoken phrase being the phrase including the personal identifier and the common phrase component, and the decomposing including locating the personal identifier within the spoken phrase; and identifying and verifying the user based on results of the decomposing. prompting a user to speak a single phrase including a personal identifier and a common phrase component, the common phrase component being the same amongst a plurality of users; decomposing a spoken phrase received from by the prompted user in response to the prompting, the received spoken phrase being the phrase including the personal identifier and the common phrase component, and the decomposing including locating the personal identifier within the spoken phrase; and identifying and verifying the user based on results of the decomposing.
A tibial implant comprising: a metal baseplate having a bottom bone contacting surface; an at least partially porous metal spacer section fused to the bone contacting surface of the baseplate; characterized in that: the tibial implant comprises a fully dense stem portion made of fused metal powder having a proximal surface fused to the at least partially porous metal spacer section of the baseplate, wherein the at least partially porous metal spacer section consists of fused metal powder and extends between the entire proximal surface of the fully dense stem portion and the bottom bone contacting surface of the metal baseplate, the fully dense stem portion proximal surface being spaced at least 2 mm from the baseplate bone contacting surface by the at least partially porous fused metal powder spacer section. a metal baseplate having a bottom bone contacting surface; an at least partially porous metal spacer section fused to the bone contacting surface of the baseplate; characterized in that: the tibial implant comprises a fully dense stem portion made of fused metal powder having a proximal surface fused to the at least partially porous metal spacer section of the baseplate, wherein the at least partially porous metal spacer section consists of fused metal powder and extends between the entire proximal surface of the fully dense stem portion and the bottom bone contacting surface of the metal baseplate, the fully dense stem portion proximal surface being spaced at least 2 mm from the baseplate bone contacting surface by the at least partially porous fused metal powder spacer section. the tibial implant comprises a fully dense stem portion made of fused metal powder having a proximal surface fused to the at least partially porous metal spacer section of the baseplate, wherein the at least partially porous metal spacer section consists of fused metal powder and extends between the entire proximal surface of the fully dense stem portion and the bottom bone contacting surface of the metal baseplate, the fully dense stem portion proximal surface being spaced at least 2 mm from the baseplate bone contacting surface by the at least partially porous fused metal powder spacer section.
A method comprising: receiving an indication associated with an initial observation setup of a set of transmission units of an audiovisual presentation, wherein the initial observation setup comprises: multiple observation points, and multiple observation orientations associated with the multiple observation points, receiving an indication associated with an intended behavior of a playback device; determining the intended behavior of the playback device; and in response to determining the intended behavior of the playback device, causing a control signal to be generated, wherein the control signal is associated with a rendering operation of the audiovisual presentation on the playback device, characterised in that: the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point. receiving an indication associated with an initial observation setup of a set of transmission units of an audiovisual presentation, wherein the initial observation setup comprises: multiple observation points, and multiple observation orientations associated with the multiple observation points, multiple observation points, and multiple observation orientations associated with the multiple observation points, receiving an indication associated with an intended behavior of a playback device; determining the intended behavior of the playback device; and in response to determining the intended behavior of the playback device, causing a control signal to be generated, wherein the control signal is associated with a rendering operation of the audiovisual presentation on the playback device, characterised in that: the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point. the multiple observation points are categorized by one or more observation groups, and each observation group comprises one default observation point and one origin point.
A midspan device for connecting an Ethernet one-pair power sourcing equipment, PSE, to a two-pair powered device, PD,, the midspan device comprising: a first port configured to receive a power voltage and a one-pair data signal from a PSE on one wire pair; a second port configured to transfer the power voltage in a common mode arrangement and a two-pair data signal to a PD on two wire pairs (16, 17); a direct current, DC, path for coupling DC voltages between the first port and the second port such that a probe voltage from a PSE is coupled between the first port and the second port and received by a PD from the second port; a power supply configured to provide a supply voltage in response to the power voltage from a PSE; and a converter powered by the supply voltage, wherein the converter converts the one-pair data signal to the two-pair data signal, characterized in that the power supply further comprises: a current sensor configured to turn off the power supply of the midspan device when a current flowing through the DC path is below a current threshold value. a first port configured to receive a power voltage and a one-pair data signal from a PSE on one wire pair; a second port configured to transfer the power voltage in a common mode arrangement and a two-pair data signal to a PD on two wire pairs (16, 17); a direct current, DC, path for coupling DC voltages between the first port and the second port such that a probe voltage from a PSE is coupled between the first port and the second port and received by a PD from the second port; a power supply configured to provide a supply voltage in response to the power voltage from a PSE; and a converter powered by the supply voltage, wherein the converter converts the one-pair data signal to the two-pair data signal, a current sensor configured to turn off the power supply of the midspan device when a current flowing through the DC path is below a current threshold value.
A composition comprising treated endothelial progenitor cells (EPCs) for use in a method for treating pulmonary arterial hypertension, wherein the EPCs exhibit a hyperproliferative phenotype with enhanced angiogenic activity and are obtained by treating a culture of EPCs ex vivo during expansion of EPCs with a prostacyclin, the method comprising: administering a composition comprising the treated EPCs together with a mesenchymal stem cell or a MSC-conditioned culture medium to a subject suffering from PAH, wherein the MSC or the MSC-conditioned culture medium is obtained by treating the MSC ex vivo with a prostacyclin.
A compound having the formula: wherein R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl, and aryl; wherein at least one of R 1 and R 2 is an alkyl having four or more atoms, the alkyl having four or more atoms containing only carbon atoms or being a heteroalkyl that contains at least one of an oxygen atom, a nitrogen atom, or a sulfur atom; wherein R 3, R 4, and R 5 may represent mono, di, tri, or tetra substitutions; and wherein R 3, R 4, and R 5 are independently selected from the group consisting of hydrogen, alkyl, and aryl. wherein R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl, and aryl; wherein at least one of R 1 and R 2 is an alkyl having four or more atoms, the alkyl having four or more atoms containing only carbon atoms or being a heteroalkyl that contains at least one of an oxygen atom, a nitrogen atom, or a sulfur atom; wherein R 3, R 4, and R 5 may represent mono, di, tri, or tetra substitutions; and wherein R 3, R 4, and R 5 are independently selected from the group consisting of hydrogen, alkyl, and aryl.
A medical system for predicting a disease pathology in a subject having an uncertain cognitive status, the system comprising: a computer system arranged to receive first medical data for the subject and configured at least in part as a trained learning machine trained on second medical data, the computer system being adapted to use the trained learning machine to provide a prediction of the disease pathology, wherein the second medical data used to train the trained learning machine comprises an amyloid positron emission tomography, PET, scan for each of a plurality of subjects, wherein a subset of the plurality of subjects are amyloid beta, Aβ, positive; and a display for displaying an indication of the prediction, wherein the first medical data does not comprise data obtained from a molecular imaging procedure on the subject; wherein the disease pathology is Aβ positivity in the subject's brain. a computer system arranged to receive first medical data for the subject and configured at least in part as a trained learning machine trained on second medical data, the computer system being adapted to use the trained learning machine to provide a prediction of the disease pathology, wherein the second medical data used to train the trained learning machine comprises an amyloid positron emission tomography, PET, scan for each of a plurality of subjects, wherein a subset of the plurality of subjects are amyloid beta, Aβ, positive; and a display for displaying an indication of the prediction, wherein the first medical data does not comprise data obtained from a molecular imaging procedure on the subject; wherein the disease pathology is Aβ positivity in the subject's brain.
A data interface device for data transmission between a numerically controlled machine tool comprising a control device for controlling a plurality of actuators of said machine tool and an external data processing device (400; 500), said data interface device comprising: - a control interface unit for data transmission with said control device of said machine tool, - a communication unit for data transmission with said external data processing device (400; 500), characterized in that said data interface device comprises: - a data processing device for processing of data received at least via said control interface unit, - a data storage device having a first storage medium for storing data received via said control interface unit and/or data processed by said data processing device, and a second storage medium for storing configuration data, wherein the configuration data indicate a communication protocol used by said control device of said machine tool from a first group of communication protocols, and a communication protocol used by said external data processing device (400; 500) from a second group of communication protocols, wherein said control interface unit is configured to use each of the communication protocols from the first group of communication protocols for data transmission and to select the communication protocol used by said control device of said machine tool for data transmission with the control device of said machine tool based on the configuration data, and wherein said communication unit is configured to use each of the communication protocols from the second group of communication protocols for data transmission and to select the communication protocol used by said external data processing device (400; 500) for data transmission with said external data processing device (400; 500) based on the configuration data. - a control interface unit for data transmission with said control device of said machine tool, - a communication unit for data transmission with said external data processing device (400; 500), - a data processing device for processing of data received at least via said control interface unit, - a data storage device having a first storage medium for storing data received via said control interface unit and/or data processed by said data processing device, and a second storage medium for storing configuration data,
Assembly comprising a holder (1, 61) for a fibre optic cable (5, 6), which holder is be buried in the ground, and a splice box (2, 63) in which two or more cable ends (10, 11) can be connected to one another, in which the holder (1, 61) has a lower side (15, 64) and top side (97, 65); in which the splice box (2, 63) is delimited by a bottom side, a ceiling and a housing wall which extends between the bottom side and the ceiling; in which a removable cover (3, 62) is provided in the top side (97, 65) of the holder (1, 61) for providing access to the interior of the holder; wherein the ceiling and the housing wall form a chamber which is airtight and watertight at the sides and from above; wherein the splice box (2, 63) is accommodated in the holder (1, 61) with the bottom side turned downwards; wherein the splice box is attached on that side of the cover which is turned towards the interior of the holder, so that the splice box can be removed from the holder at the same time as the cover; and wherein the top side of the cover is situated underground.
A method for transmitting an uplink signal in a wireless communication system supporting multiple antenna transmission by a User Equipment, UE, the method comprising: receiving a Physical Downlink Control Channel, PDCCH, that includes uplink grant information indicating a first rank value; precoding uplink data using a first precoding matrix corresponding to the first rank value; and when the uplink control information to be transmitted on a Physical Uplink Shared Channel, PUSCH, is channel state information, CSI, precoding the CSI using the first precoding matrix corresponding to the first rank value; and when the uplink control information is ACKnowledgment/Negative ACKnowledgment, ACK/NACK, or rank indicator, RI, precoding the ACK/NACK or RI using a second precoding matrix corresponding to a second rank value, the second rank value being smaller than the first rank value; multiplexing the precoded uplink data and the precoded uplink control information on PUSCH; and transmitting the multiplexed uplink data and uplink control information on the PUSCH. receiving a Physical Downlink Control Channel, PDCCH, that includes uplink grant information indicating a first rank value; precoding uplink data using a first precoding matrix corresponding to the first rank value; and when the uplink control information to be transmitted on a Physical Uplink Shared Channel, PUSCH, is channel state information, CSI, precoding the CSI using the first precoding matrix corresponding to the first rank value; and when the uplink control information is ACKnowledgment/Negative ACKnowledgment, ACK/NACK, or rank indicator, RI, precoding the ACK/NACK or RI using a second precoding matrix corresponding to a second rank value, the second rank value being smaller than the first rank value; multiplexing the precoded uplink data and the precoded uplink control information on PUSCH; and transmitting the multiplexed uplink data and uplink control information on the PUSCH.
A method for monitoring usage of a hearing device, said method comprising the steps of c) checking whether or not a message (m) comprising identification data has been received within a time period (dt) shorter than a pre-defined time period (Dt) via a long-distance communication network in a remote device remote from said hearing device and connected to said long-distance communication network, said time period (dt) starting from a start event, and said identification data identifying said hearing device or a user of said hearing device; and d) generating usage status data dependent on the result of said checking addressed in step c), wherein said usage status data are indicative of said usage of said hearing device, indicating "use" if said time period (dt) is smaller than said pre-defined time period (Dt) and indicating "non-use" if said time period (dt) is larger than said pre-defined time period (Dt). c) checking whether or not a message (m) comprising identification data has been received within a time period (dt) shorter than a pre-defined time period (Dt) via a long-distance communication network in a remote device remote from said hearing device and connected to said long-distance communication network, said time period (dt) starting from a start event, and said identification data identifying said hearing device or a user of said hearing device; and d) generating usage status data dependent on the result of said checking addressed in step c), wherein said usage status data are indicative of said usage of said hearing device, indicating "use" if said time period (dt) is smaller than said pre-defined time period (Dt) and indicating "non-use" if said time period (dt) is larger than said pre-defined time period (Dt).
Device for measuring the quality of a process material and/or auxiliary material, in particular a reducing agent, stored in a tank, wherein a reference container is connected to the process material and/or auxiliary material via a semi-permeable membrane, and the reference material is filled with a medium which has a known osmotic pressure relative to the process material and/or auxiliary material used, characterized in that the device also comprises a) a control unit which is configured, in the event of a limiting value for the pressure in the reference container being exceeded, to prevent the operation of an internal combustion engine, to throttle the power thereof and/or to deactivate a metering module for injecting the process material and/or auxiliary material, or b) a flexible material (36, 37) which is configured to close off a tank outflow of the tank by pressure-induced deformation. a) a control unit which is configured, in the event of a limiting value for the pressure in the reference container being exceeded, to prevent the operation of an internal combustion engine, to throttle the power thereof and/or to deactivate a metering module for injecting the process material and/or auxiliary material, or b) a flexible material (36, 37) which is configured to close off a tank outflow of the tank by pressure-induced deformation.