mhurhangee/ep-ind-claims huggingface dataset:
A reception device comprising: a content reception unit configured to receive AV content, the AV content being broadcast content transmitted by a broadcast wave; an application acquisition unit configured to acquire an application that operates together with the AV content; an application control unit configured to control operation of the application according to a verification result of whether or not the application is trustworthy, an electronic certificate acquisition unit configured to acquire an electronic certificate, transmitted by the broadcast wave, for verifying an electronic signature attached to the application, and an electronic signature verification unit configured to use the electronic certificate to verify the electronic signature attached to the application, wherein an electronic program guide transmitted by the broadcast wave associates an identifier of the electronic certificate, and wherein the electronic certificate acquisition unit is configured to acquire, on the basis of the electronic program guide, the electronic certificate from a broadcast wave of a channel corresponding to the identifier of the electronic certificate obtained from the electronic signature attached to the application. a content reception unit configured to receive AV content, the AV content being broadcast content transmitted by a broadcast wave; an application acquisition unit configured to acquire an application that operates together with the AV content; an application control unit configured to control operation of the application according to a verification result of whether or not the application is trustworthy, an electronic certificate acquisition unit configured to acquire an electronic certificate, transmitted by the broadcast wave, for verifying an electronic signature attached to the application, and an electronic signature verification unit configured to use the electronic certificate to verify the electronic signature attached to the application, wherein an electronic program guide transmitted by the broadcast wave associates an identifier of the electronic certificate, and wherein the electronic certificate acquisition unit is configured to acquire, on the basis of the electronic program guide, the electronic certificate from a broadcast wave of a channel corresponding to the identifier of the electronic certificate obtained from the electronic signature attached to the application.
A process for preparing salts K + X -, where K + is an organic cation having a heterocyclic ring system and at least one nitrogen atom as constituent of the ring system and X - is an anion, by anion exchange, wherein - a salt K + Y -, where K + is as defined above and Y - is an organic anion having a carboxylate, sulfonate or sulfate group, the anion Y - comprises a total of at least 4 carbon atoms, is used as starting material and - K + Y - is reacted with a hydrogen acid HX whose pK a is less than the pK a of the hydrogen acid HY and HX is selected from among HCl, HBr, HBF 4, H 3 C-COOH, HCOOH, H 3 C-O-SO 3 H, H 3 C-SO 3 H, F 3 C-O-SO 3 H, HPF 6, CH 3 -CH 2 -COOH, HSCN, H 2 SO 3, HNO 3, HClO 4, - after the reaction, the salt K + X - obtained and the hydrogen acid HY obtained are present in separate liquid phases. - a salt K + Y -, where K + is as defined above and Y - is an organic anion having a carboxylate, sulfonate or sulfate group, the anion Y - comprises a total of at least 4 carbon atoms, is used as starting material and - K + Y - is reacted with a hydrogen acid HX whose pK a is less than the pK a of the hydrogen acid HY and HX is selected from among HCl, HBr, HBF 4, H 3 C-COOH, HCOOH, H 3 C-O-SO 3 H, H 3 C-SO 3 H, F 3 C-O-SO 3 H, HPF 6, CH 3 -CH 2 -COOH, HSCN, H 2 SO 3, HNO 3, HClO 4, - after the reaction, the salt K + X - obtained and the hydrogen acid HY obtained are present in separate liquid phases.
An array substrate, comprising a base substrate, a plurality of scan lines (Ga, 21) and a plurality of data lines (Dr, 4) that are provided on the base substrate and intersect with each other, and a plurality of sub-pixel regions arranged evenly, each of which comprises one thin film transistor, wherein, sub-pixel regions in two adjacent rows are configured as one pixel row group, so that a plurality of pixel row groups are arranged longitudinally, and there are provided a first and a second scan lines (Ga, 21) between every two adjacent pixel row groups, each of the first and the second scan lines (Ga, 21) is electrically connected to gate electrodes of thin film transistors within one of sub-pixel regions of the two rows of sub-pixel regions that are adjacent to them, respectively, and the first and the second scan line (Ga, 21) overlap in partial and are insulated from each other; each of the sub-pixel regions further includes a pixel electrode; the first scan line (Ga, 21) and the gate electrodes of thin film transistors connected to the first scan line (Ga, 21) are located in a same layer; the second scan line comprises at least one overlapping section, at least one non-overlapping section and a plurality of extension sections; the overlapping section is a portion of the second scan line that overlaps the first scan line (Ga, 21), and the overlapping section and a data line (Dr, 4) or the overlapping section and the pixel electrode are located in a same layer; the non-overlapping section is a portion of the second scan line that does not overlap the first scan line (Ga, 21), and is electrically connected to a gate electrode of a thin film transistor corresponding to the second scan line, and the non-overlapping section and the gate electrode of the thin film transistor corresponding to the second scan line are located in a same layer; each of the plurality of extension sections is a portion that extends from one overlapping section to overlap with one non-overlapping section adjacent to the overlapping section; a width of the overlapping section is same as a width of the first scan line (Ga, 21); and the overlapping section and the non-overlapping section of the second scan line are electrically connected so as to provide a continuous scan line capable of transmitting signals.
Housing for a rotor of an engine, wherein the housing forms an internal space defined by a housing wall for the accommodation of the rotor, and the rotor accommodated in the housing is surrounded circumferentially by the housing wall, and wherein the housing has at least one service opening provided in the housing wall for maintenance and/or repair work, through which the internal space is accessible from outside, characterized in that the service opening is provided in the region of two mutually opposite flange sections (FA1, FA2) of the housing and the service opening is closed by at least one closure part (2; 2A-2C), which is at least partly accommodated and detachably fixed in a gap formed between the opposite flange sections (FA1, FA2).
A method performed by a network node of a radio network, for enabling a wireless device to access the radio network, wherein system signatures transmitted by the network node are associated with corresponding system information configurations used by the wireless device for accessing the radio network in a first area, and wherein at least some of the system signatures are reused in a second area as associated with system information configurations which are different than in the first area, the method comprising: - indicating that at least one system information configuration associated with one signature and stored in the wireless device is invalid and should not be used, wherein said indicating is performed by transmitting at least one new system information configuration associated with another signature and to be stored in the wireless device. - indicating that at least one system information configuration associated with one signature and stored in the wireless device is invalid and should not be used, wherein said indicating is performed by transmitting at least one new system information configuration associated with another signature and to be stored in the wireless device.
An authentication method for wireless distribution system comprising: receiving, by an unregistered base station (321, 521), an authentication request from a mobile station (310, 510) multicasting, by the unregistered base station an identity request for identifying the mobile station to a plurality of base stations in the wireless distribution system; receiving, by the unregistered base station, an identity response from at least one base station (322, 522) among the plurality of base stations in response to the identity request; and performing, by the unregistered base station, authentication of the mobile station on the basis of the identity response, wherein performing the authentication of the mobile station includes: determining whether the at least one base station is one-hop-away from the unregistered base station; performing a neighbor-supported authentication if the at least one base station is an one-hop-away base station; and performing multi-hop-supported authentication if the at least one base station is a more than two hops away base station. receiving, by an unregistered base station (321, 521), an authentication request from a mobile station (310, 510) multicasting, by the unregistered base station an identity request for identifying the mobile station to a plurality of base stations in the wireless distribution system; receiving, by the unregistered base station, an identity response from at least one base station (322, 522) among the plurality of base stations in response to the identity request; and performing, by the unregistered base station, authentication of the mobile station on the basis of the identity response, wherein performing the authentication of the mobile station includes: determining whether the at least one base station is one-hop-away from the unregistered base station; performing a neighbor-supported authentication if the at least one base station is an one-hop-away base station; and performing multi-hop-supported authentication if the at least one base station is a more than two hops away base station. determining whether the at least one base station is one-hop-away from the unregistered base station; performing a neighbor-supported authentication if the at least one base station is an one-hop-away base station; and performing multi-hop-supported authentication if the at least one base station is a more than two hops away base station.
Steering axle having steering arms which are mounted in a pivotably movable manner in the region of the two ends of an axle beam, with in each case one wheel support for a vehicle wheel, having a single-piece or multiple-piece push/pull linkage which connects the steering arms in an articulated manner, and a hydraulic cylinder which is fixed at least in the longitudinal direction with respect to the axle beam for actuating the push/pull linkage, which hydraulic cylinder is provided with pressure connectors on its cylinder housing and on its end caps (15A, 15B) for the supply with hydraulic pressure, the interior space of the hydraulic cylinder receiving a longitudinal section of the push/pull linkage, which longitudinal section is composed of a piston which divides the interior space into two pressure spaces (A1, A2) with piston rods (17A, 17B) which lead out of the hydraulic cylinder on both sides, characterized in that the hydraulic cylinder is provided with a total of three pressure connectors, a first pressure connector leading through a first one of the end caps into the first pressure space, a second pressure connector leading into the second pressure space, and a third pressure connector leading through the other one of the end caps into a third pressure space which is situated in that part of the interior space which is furthest away from the first pressure space, and a stop element which can be moved longitudinally between two end positions being arranged in the interior space, which stop element, in its one end position, blocks the longitudinal section of the push/pull linkage on one side in a position, in which the push/pull linkage assumes a neutral central position, and further characterized in that, in its other end position, the stop element is supported on the end cap of the hydraulic cylinder, through which end cap one of the two piston rods is led through, in that a constituent part of the stop element is a further piston which can be moved with respect to the inner wall of the hydraulic cylinder and the piston rod which leads through the pressure space, which further piston is sealed with respect to the said parts (36, 17B), and in that the hydraulically active area of the piston is smaller than the hydraulically active area of the further piston.
A method comprising: receiving a system management request at one of a first service controller and a second service controller of a computing device, wherein the computing device comprises at least the first service controller and a second service controller; determining, by the first service controller receiving the system management request or the second service controller receiving the system management request, whether the system management request is of a first type management or a second type management, when the system management request is of the first type management and received by the second service controller, communicating the system management request to the first service controller; when the system management request is of the second type management and received by the first service controller, communicating the system management request to the second service controller; retrieving a response to the system management request, wherein the response is retrieved from the first service controller using the second service controller based on determining that the system management request is of the second type management or retrieved from the second service controller using the first service controller based on determining that the system management request is of the first type management; and communicating the response using the first service controller when the system management request is received by the first service controller or using the second service controller when the system management request is received by the second service controller. receiving a system management request at one of a first service controller and a second service controller of a computing device, wherein the computing device comprises at least the first service controller and a second service controller; determining, by the first service controller receiving the system management request or the second service controller receiving the system management request, whether the system management request is of a first type management or a second type management, when the system management request is of the first type management and received by the second service controller, communicating the system management request to the first service controller; when the system management request is of the second type management and received by the first service controller, communicating the system management request to the second service controller; retrieving a response to the system management request, wherein the response is retrieved from the first service controller using the second service controller based on determining that the system management request is of the second type management or retrieved from the second service controller using the first service controller based on determining that the system management request is of the first type management; and communicating the response using the first service controller when the system management request is received by the first service controller or using the second service controller when the system management request is received by the second service controller.
A processing device configured to process physiological information of a subject, the processing device comprising: a reception interface configured to receive first data corresponding to a measurement waveform of a first physiological parameter of the subject, and second data related to an acquisition environment of the first physiological parameter; a predictor configured to predict a first probability of correctly calculating a value of the first physiological parameter, based on the first data; and a processor configured to identify, of the first data, a part in which the first probability is higher than a first threshold, wherein the processor is configured to identify the part as a waveform data part corresponding to an abnormal measurement waveform when the first physiological parameter is determined to be abnormally acquired based on the second data, wherein the second data corresponds to a measurement waveform of a second physiological parameter of the subject different from the first physiological parameter; wherein the predictor is configured to predict a second probability of correctly calculating a value of the second physiological parameter, based on the second data; and wherein the processor is configured to determine that the first physiological parameter is abnormally acquired when the second probability is lower than a second threshold; wherein the first data is impedance respiration waveform data; and wherein the second data is electrocardiogram waveform data. a reception interface configured to receive first data corresponding to a measurement waveform of a first physiological parameter of the subject, and second data related to an acquisition environment of the first physiological parameter; a predictor configured to predict a first probability of correctly calculating a value of the first physiological parameter, based on the first data; and a processor configured to identify, of the first data, a part in which the first probability is higher than a first threshold, wherein the processor is configured to identify the part as a waveform data part corresponding to an abnormal measurement waveform when the first physiological parameter is determined to be abnormally acquired based on the second data, wherein the second data corresponds to a measurement waveform of a second physiological parameter of the subject different from the first physiological parameter; wherein the predictor is configured to predict a second probability of correctly calculating a value of the second physiological parameter, based on the second data; and wherein the processor is configured to determine that the first physiological parameter is abnormally acquired when the second probability is lower than a second threshold; wherein the first data is impedance respiration waveform data; and wherein the second data is electrocardiogram waveform data.
A remotely administered computing device, comprising: a processor; a first memory location on the computer device storing a supervisor system comprising instructions to launch and monitor an operating system; and a second memory location on the same computer device storing the operating system to control the computing device; wherein the operating system is executable by the processor and the processor is to boot the computing device by executing instructions of the supervisor system, wherein the supervisor system is to transfer control of the computing device to the operating system, and the supervisor system is to resume control of the computing device when a crash occurs in the operating system, wherein: the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system, and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt. a processor; a first memory location on the computer device storing a supervisor system comprising instructions to launch and monitor an operating system; and a second memory location on the same computer device storing the operating system to control the computing device; wherein the operating system is executable by the processor and the processor is to boot the computing device by executing instructions of the supervisor system, wherein the supervisor system is to transfer control of the computing device to the operating system, and the supervisor system is to resume control of the computing device when a crash occurs in the operating system, wherein: the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system, and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt. the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system, and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt.
A decorative material comprising: a substrate formed of paper; a first sealer layer provided on the substrate; a print layer provided on the first sealer layer; a second sealer layer provided on the print layer; a top coat provided on the second sealer layer, the top coat comprising a crosslinked resin, the total thickness of the layers being not more than 50 μm. a substrate formed of paper; a first sealer layer provided on the substrate; a print layer provided on the first sealer layer; a second sealer layer provided on the print layer; a top coat provided on the second sealer layer, the top coat comprising a crosslinked resin, the total thickness of the layers being not more than 50 μm.
A data storage device, comprising: a main body, having a first connecting part and a second connecting part, for being separately or simultaneously connected to a first electronic device and a second electronic device; a storage element, disposed at the main body; and a control device, disposed at the main body and electrically connected among the first connecting part, the second connecting part and the storage element to receive data from the first electronic device, the data storage device being characterized in that the control device being adapted to selectively store the data into the storage element through a transmission path between the control device and the storage element and blocking a transmission path between the control device and the second electronic device, or to transmit the data to the second electronic device through the transmission path between the control device and the second electronic device and blocking the transmission path between the control device and the storage element, or to store the data into the storage element and transmit the data to the second electronic device simultaneously through the a transmission path between the control device and the storage element and through the transmission path between the control device and the second electronic device. a main body, having a first connecting part and a second connecting part, for being separately or simultaneously connected to a first electronic device and a second electronic device; a storage element, disposed at the main body; and a control device, disposed at the main body and electrically connected among the first connecting part, the second connecting part and the storage element to receive data from the first electronic device, the data storage device being characterized in that the control device being adapted to selectively store the data into the storage element through a transmission path between the control device and the storage element and blocking a transmission path between the control device and the second electronic device, or to transmit the data to the second electronic device through the transmission path between the control device and the second electronic device and blocking the transmission path between the control device and the storage element, or to store the data into the storage element and transmit the data to the second electronic device simultaneously through the a transmission path between the control device and the storage element and through the transmission path between the control device and the second electronic device.