mhurhangee/ep-ind-claims huggingface dataset:
A method for determining mileage-related data of at least one vehicle, comprising the steps of: - determining or collecting data on the mileage of the vehicle by at least one facility of the vehicle, wherein at least the length of a distance driven is included in the data on the mileage; - transmitting the data on the mileage, which have been determined or collected since a most recent transmission, to a central electronic facility via a communication connection by means of a communication facility in the vehicle, wherein the data on the mileage are transmitted to the central electronic facility at least at predefined time intervals; and - determining the mileage-related data of the vehicle by the central electronic facility at least as a function of the transmitted data on the mileage; characterised by: - retrieving the data on the mileage of the vehicle by the central electronic facility via the communication connection or a further communication connection not immediately at the time when the predefined time interval is exceeded but only when an absence time since the last time the data on the mileage of the vehicle were received is exceeded, wherein the absence time since the last time the data on the mileage of the vehicle were received is checked by the central electronic facility, and wherein the absence time is longer than the predefined time interval; and - generating a warning if the data on the mileage of the vehicle have not been received by the communication facility after the data were retrieved by the central electronic facility or fail to be consistent with the intended use of the vehicle. - determining or collecting data on the mileage of the vehicle by at least one facility of the vehicle, wherein at least the length of a distance driven is included in the data on the mileage; - transmitting the data on the mileage, which have been determined or collected since a most recent transmission, to a central electronic facility via a communication connection by means of a communication facility in the vehicle, wherein the data on the mileage are transmitted to the central electronic facility at least at predefined time intervals; and - determining the mileage-related data of the vehicle by the central electronic facility at least as a function of the transmitted data on the mileage; - retrieving the data on the mileage of the vehicle by the central electronic facility via the communication connection or a further communication connection not immediately at the time when the predefined time interval is exceeded but only when an absence time since the last time the data on the mileage of the vehicle were received is exceeded, wherein the absence time since the last time the data on the mileage of the vehicle were received is checked by the central electronic facility, and wherein the absence time is longer than the predefined time interval; and - generating a warning if the data on the mileage of the vehicle have not been received by the communication facility after the data were retrieved by the central electronic facility or fail to be consistent with the intended use of the vehicle.
An oxytocin receptor antagonist for use in increasing ongoing implantation rate, increasing ongoing pregnancy rate, increasing clinical pregnancy rate, and/or increasing live birth rate, in a female subject undergoing embryo transfer as part of an assisted reproductive technology, wherein the antagonist is provided to the female such that the effect of the antagonist overlaps with the receptive endometrium stage in said female and the effect of the antagonist is present when the embryo has reached the blastocyst-stage.
A process for the preparation of a random copolymer from a vinyl halide monomer and an acrylate monomer by reversible-deactivation radical polymerization in aqueous medium, wherein at least 90% of the macromolecular chains of said copolymer contain essentially the same content of each of the two constituent monomers along the entire length of the chains, namely the content of each of the monomers does not vary more than 10% by weight relative to the average content of the respective monomer for all of the macromolecular chains; the process comprising the following steps: a) for a targeted amount and composition of the random copolymer, loading in the reactor: water, an amphiphilic substance, a buffer, a reversible-deactivation radical initiator, optionally, a phase transfer catalyst, from 0.2 to 8 mol% of acrylate monomer in respect to the amount of vinyl halide loaded in this step a), from a 110 to a 200 wt% of the total amount of vinyl halide necessary to obtain the targeted amount of the copolymer of the targeted composition, and adding a non-metallic catalyst and, optionally, a phase transfer catalyst, in order to initiate de polymerization reaction; and b) adding the amount of the acrylate monomer necessary to obtain the targeted amount of the copolymer of the targeted composition, wherein the addition is carried out at a decreasing flow rate, thereby the composition of the formed copolymer remaining essentially constant throughout the whole reaction process. a) for a targeted amount and composition of the random copolymer, loading in the reactor: water, an amphiphilic substance, a buffer, a reversible-deactivation radical initiator, optionally, a phase transfer catalyst, from 0.2 to 8 mol% of acrylate monomer in respect to the amount of vinyl halide loaded in this step a), from a 110 to a 200 wt% of the total amount of vinyl halide necessary to obtain the targeted amount of the copolymer of the targeted composition, and adding a non-metallic catalyst and, optionally, a phase transfer catalyst, in order to initiate de polymerization reaction; and b) adding the amount of the acrylate monomer necessary to obtain the targeted amount of the copolymer of the targeted composition, wherein the addition is carried out at a decreasing flow rate, thereby the composition of the formed copolymer remaining essentially constant throughout the whole reaction process.
Hydronic control valve for a hydronic installation, comprising: a valve unit, the valve unit having a valve housing providing a valve inlet for a hydronic medium and a valve outlet for the hydronic medium, said valve inlet and valve outlet being connectable into a pipe of the hydronic installation, a valve seat, a valve body acting together with the valve seat, a temperature sensor measuring the temperature of the hydronic medium, an actuator unit, the actuator unit having an electrical or electronic actuator for operating the valve body of the valve unit as a function of the temperature of a hydronic medium measured by the temperature sensor, characterized in that the valve unit comprises a RFID transmitter, the temperature sensor being connected to RFID transmitter, wherein the temperature sensor and the RFID transmitter are both provided by printed circuit board, a first section of the printed circuit board providing the temperature sensor, a second section of the printed circuit board providing the RFID transmitter, a third section of the printed circuit board connecting the temperature sensor and RFID transmitter, the actuator unit comprises a RFID receiver, the electrical or electronic actuator being connected to RFID receiver, the temperature measurement signals provided by the temperature sensor of the valve unit are wirelessly transmitted from the RFID transmitter of the valve unit to the RFID receiver of the actuator unit. a valve unit, the valve unit having a valve housing providing a valve inlet for a hydronic medium and a valve outlet for the hydronic medium, said valve inlet and valve outlet being connectable into a pipe of the hydronic installation, a valve seat, a valve body acting together with the valve seat, a temperature sensor measuring the temperature of the hydronic medium, a valve housing providing a valve inlet for a hydronic medium and a valve outlet for the hydronic medium, said valve inlet and valve outlet being connectable into a pipe of the hydronic installation, a valve seat, a valve body acting together with the valve seat, a temperature sensor measuring the temperature of the hydronic medium, an actuator unit, the actuator unit having an electrical or electronic actuator for operating the valve body of the valve unit as a function of the temperature of a hydronic medium measured by the temperature sensor, characterized in that the valve unit comprises a RFID transmitter, the temperature sensor being connected to RFID transmitter, wherein the temperature sensor and the RFID transmitter are both provided by printed circuit board, a first section of the printed circuit board providing the temperature sensor, a second section of the printed circuit board providing the RFID transmitter, a third section of the printed circuit board connecting the temperature sensor and RFID transmitter, the actuator unit comprises a RFID receiver, the electrical or electronic actuator being connected to RFID receiver, the temperature measurement signals provided by the temperature sensor of the valve unit are wirelessly transmitted from the RFID transmitter of the valve unit to the RFID receiver of the actuator unit.
A pressure tank for use in a modular tank system, the pressure tank comprises a pressure vessel and a protection frame within which the pressure vessel and a tank process line are arranged, the pressure vessel comprises a vent outlet and a first inlet, wherein ∘ the vent outlet is arranged in an upper half of the pressure vessel, the first inlet is arranged in a lower half of the pressure vessel and fluidly connected to the tank process line, characterized in that the tank process line comprises a first fluid connector and a second fluid connector on opposite ends of the tank process line, and the tank process line is arranged such that the first fluid connector of the tank process line is arranged at a bottom section of the pressure tank and the second fluid connector of the tank process line is arranged at a top section of the pressure tank. characterized in that the tank process line comprises a first fluid connector and a second fluid connector on opposite ends of the tank process line, and the tank process line is arranged such that the first fluid connector of the tank process line is arranged at a bottom section of the pressure tank and the second fluid connector of the tank process line is arranged at a top section of the pressure tank.
A yarn winding machine comprising: a plurality of winding units to which a yarn supplying bobbin around which a yarn is wound is supplied, adapted to unwind the yarn wound around the yarn supplying bobbin to form a package; a plurality of yarn defect detecting sections, each of the plurality of the yarn defect detecting sections is mounted in each of the plurality of the winding units and adapted to detect a yarn defect of the yarn that is wound by each of the winding units; and a comparing section (42, 43) adapted to compare detection results of the plurality of the yarn defect detecting sections, wherein the winding unit includes a winding section adapted to form the package and an information reading device adapted to read information for specifying the yarn supplying bobbin; and the comparing section (42, 43) adapted to calculate a tendency of occurrence of the yarn defect in accordance with the detection results of the plurality of the yarn defect detecting sections and the read information for specifying the yarn supplying bobbin, and to compare the tendency of occurrence with the detection result of the yarn defect detecting section. a plurality of winding units to which a yarn supplying bobbin around which a yarn is wound is supplied, adapted to unwind the yarn wound around the yarn supplying bobbin to form a package; a plurality of yarn defect detecting sections, each of the plurality of the yarn defect detecting sections is mounted in each of the plurality of the winding units and adapted to detect a yarn defect of the yarn that is wound by each of the winding units; and a comparing section (42, 43) adapted to compare detection results of the plurality of the yarn defect detecting sections, wherein the winding unit includes a winding section adapted to form the package and an information reading device adapted to read information for specifying the yarn supplying bobbin; and the comparing section (42, 43) adapted to calculate a tendency of occurrence of the yarn defect in accordance with the detection results of the plurality of the yarn defect detecting sections and the read information for specifying the yarn supplying bobbin, and to compare the tendency of occurrence with the detection result of the yarn defect detecting section.
An Apparatus for continuous malt production, comprising a circular ring building, comprising a floor, walls and a ceiling, which is arranged opposite the floor, wherein a movable circular ring-shaped germination box is arranged in the circular ring building, which is designed to move forward permanently without interruption, wherein the germination box has a tray floor and side walls, wherein a germination box turner is arranged on an upper side of the side walls facing away from the tray floor, wherein the germination box turner is carried along by the germination box and is movable relative to the germination box. a circular ring building, comprising a floor, walls and a ceiling, which is arranged opposite the floor, wherein a movable circular ring-shaped germination box is arranged in the circular ring building, which is designed to move forward permanently without interruption, wherein the germination box has a tray floor and side walls, wherein a germination box turner is arranged on an upper side of the side walls facing away from the tray floor, wherein the germination box turner is carried along by the germination box and is movable relative to the germination box.
An authentication method oriented to a heterogeneous network, comprising steps of: after receiving a service request sent by a terminal in the heterogeneous network, generating, by a unified authentication platform, a service token according to the service request, and sending the service token to the terminal and a target network (S501-S502, S601-S602, S701-S702); submitting, by the terminal, the service token to the target network (S503, S603, S703), and requesting the target network to provide service data; and comparing, by the target network, the service token submitted by the terminal with the service token sent to the target network by the unified authentication platform, and providing the service data to the terminal when the service token submitted by the terminal is consistent with the service token sent to the target network by the unified authentication platform (S504, S604, S704), characterized in that the terminal is a virtual terminal; in that the unified authentication platform is located at a core network layer of a ubiquitous network; and in that the service token comprises at least information on: a name of a user, an identifier of the virtual terminal to which the service token belongs, an identifier of a member terminal device in the virtual terminal, a capability of the member terminal device, a radio resource accessed by the member terminal device, a name of a service being performed, a type of the service, a service data identifier, and authorization to download the service data. after receiving a service request sent by a terminal in the heterogeneous network, generating, by a unified authentication platform, a service token according to the service request, and sending the service token to the terminal and a target network (S501-S502, S601-S602, S701-S702); submitting, by the terminal, the service token to the target network (S503, S603, S703), and requesting the target network to provide service data; and comparing, by the target network, the service token submitted by the terminal with the service token sent to the target network by the unified authentication platform, and providing the service data to the terminal when the service token submitted by the terminal is consistent with the service token sent to the target network by the unified authentication platform (S504, S604, S704), characterized in that the terminal is a virtual terminal; in that the unified authentication platform is located at a core network layer of a ubiquitous network; and in that the service token comprises at least information on: a name of a user, an identifier of the virtual terminal to which the service token belongs, an identifier of a member terminal device in the virtual terminal, a capability of the member terminal device, a radio resource accessed by the member terminal device, a name of a service being performed, a type of the service, a service data identifier, and authorization to download the service data.
A battery pack comprising: a unit cell; a bus bar electrically connected to the unit cell, wherein said bus bar has a notch part disposed at its center reducing a cross-sectional area of said bus bar by the depth of said notch part, wherein said notch part is adapted to be short-circuited to block an overcurrent when said overcurrent flows through said battery pack; and a protection part disposed in the bus bar to absorb spark occurring when the notch part of said bus bar is short-circuited, wherein said protection part comprises: an absorption member surrounding said notch part to absorb said spark; a case member sealing said absorption member therein to protect a portion of said bus bar; and an endothermic agent injected into the case member and accommodated in a space between said absorption member and said case member, wherein said endothermic agent comprises silica and water. a unit cell; a bus bar electrically connected to the unit cell, wherein said bus bar has a notch part disposed at its center reducing a cross-sectional area of said bus bar by the depth of said notch part, wherein said notch part is adapted to be short-circuited to block an overcurrent when said overcurrent flows through said battery pack; and a protection part disposed in the bus bar to absorb spark occurring when the notch part of said bus bar is short-circuited, wherein said protection part comprises: an absorption member surrounding said notch part to absorb said spark; a case member sealing said absorption member therein to protect a portion of said bus bar; and an endothermic agent injected into the case member and accommodated in a space between said absorption member and said case member, wherein said endothermic agent comprises silica and water. an absorption member surrounding said notch part to absorb said spark; a case member sealing said absorption member therein to protect a portion of said bus bar; and
A method of serializing video data based on frequency domain representations of the video data, the method comprising: compiling at least one group of the video data that may be represented as a block of video data; dividing the block of video data into groups that may be represented as a plurality of first subdivided blocks of data; dividing at least one of the plurality of first subdivided blocks into two or more second subdivided blocks; evaluating one or more values within each of the plurality of first subdivided blocks to determine a scanning scheme of serializing for each of the plurality of first subdivided blocks; and serializing independently transform coefficients of each of the plurality of first subdivided blocks according to the determined scheme without independently serializing transform coefficients of each of the two or more second subdivided blocks. compiling at least one group of the video data that may be represented as a block of video data; dividing the block of video data into groups that may be represented as a plurality of first subdivided blocks of data; dividing at least one of the plurality of first subdivided blocks into two or more second subdivided blocks; evaluating one or more values within each of the plurality of first subdivided blocks to determine a scanning scheme of serializing for each of the plurality of first subdivided blocks; and serializing independently transform coefficients of each of the plurality of first subdivided blocks according to the determined scheme without independently serializing transform coefficients of each of the two or more second subdivided blocks.
A syringe assembly comprising: a barrel comprising an open proximal end, a sidewall having an inside surface defining a fluid chamber for retaining fluid and having a first cross-sectional width and a needle chamber for housing a needle hub assembly, the fluid chamber and the needle chamber being divided by a barrier wall having a first aperture permitting fluid communication between the fluid chamber and the needle chamber; a needle hub assembly disposed within the needle chamber, the needle hub assembly comprising a needle hub, a needle cannula supported within the needle hub by a frangible connection, the needle cannula in fluid communication with the first aperture and biased to move in a proximal direction; a plunger rod disposed within the fluid chamber comprising a distal end, a proximal end, a stopper disposed at the distal end of the plunger rod for forming a fluid-tight seal with the inside surface of the barrel and a plunger rod body extending from the distal end to the proximal end; and a trigger element disposed within the needle chamber, the trigger element including a proximal end and an open distal end for breaking the frangible connection of the needle hub assembly upon application of a distally directed force to the trigger element and causing the needle cannula to retract and be retracted within the trigger element. a barrel comprising an open proximal end, a sidewall having an inside surface defining a fluid chamber for retaining fluid and having a first cross-sectional width and a needle chamber for housing a needle hub assembly, the fluid chamber and the needle chamber being divided by a barrier wall having a first aperture permitting fluid communication between the fluid chamber and the needle chamber; a needle hub assembly disposed within the needle chamber, the needle hub assembly comprising a needle hub, a needle cannula supported within the needle hub by a frangible connection, the needle cannula in fluid communication with the first aperture and biased to move in a proximal direction; a plunger rod disposed within the fluid chamber comprising a distal end, a proximal end, a stopper disposed at the distal end of the plunger rod for forming a fluid-tight seal with the inside surface of the barrel and a plunger rod body extending from the distal end to the proximal end; and a trigger element disposed within the needle chamber, the trigger element including a proximal end and an open distal end for breaking the frangible connection of the needle hub assembly upon application of a distally directed force to the trigger element and causing the needle cannula to retract and be retracted within the trigger element.