mhurhangee/ep-ind-claims huggingface dataset:
A system for use with an implantable medical device for detecting hypoglycemia in a patient in which the device is implanted, said system comprising: a timing unit operative to track repolarization peak-based intervals representative of intervals between depolarization events and peaks of corresponding repolarization events within electrical cardiac signals, to track repolarization end-based intervals representative of intervals between depolarization events and ends of corresponding repolarization events within electrical cardiac signals and to track elevations of segments of the cardiac signals between depolarization events and corresponding repolarization events; and a hypoglycemia detection unit operative to detect an episode of hypoglycemia based on a change in the elevations of the segments combined with an increase in both the repolarization peak-based intervals and the repolarization end-based intervals. a timing unit operative to track repolarization peak-based intervals representative of intervals between depolarization events and peaks of corresponding repolarization events within electrical cardiac signals, to track repolarization end-based intervals representative of intervals between depolarization events and ends of corresponding repolarization events within electrical cardiac signals and to track elevations of segments of the cardiac signals between depolarization events and corresponding repolarization events; and a hypoglycemia detection unit operative to detect an episode of hypoglycemia based on a change in the elevations of the segments combined with an increase in both the repolarization peak-based intervals and the repolarization end-based intervals.
Catalyst arrangement for preparing phthalic anhydride by gas-phase oxidation of aromatic hydrocarbons, which comprises a reactor having a gas inlet end for a feed gas and a gas outlet end for a product gas and also a first catalyst zone made up of catalyst bodies and at least one second catalyst zone made up of catalyst bodies, where the first catalyst zone is arranged at the gas inlet end and the second catalyst zone is arranged downstream of the first catalyst zone in the gas flow direction and the length of the first catalyst zone in the gas flow direction is less than the length of the second catalyst zone in the gas flow direction, characterized in that the first catalyst zone has a higher gap content compared to the second catalyst zone.
A phase tracking reference signal, PTRS, sending method, comprising: obtaining, by a communications apparatus, uplink grant information, wherein the uplink grant information comprises precoding matrix information; determining, by the communications apparatus based on the uplink grant information and a preset rule, an antenna port associated with a to-be-sent PTRS, wherein the antenna port associated with the to-be-sent PTRS is selected from an antenna port set, wherein the antenna port set is a scheduling antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, wherein the preset rule comprises: each column of a precoding matrix corresponding to the precoding matrix information and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding matrix are located correspond to a same PTRS; and sending, by the communications apparatus, the to-be-sent PTRS on the antenna port. obtaining, by a communications apparatus, uplink grant information, wherein the uplink grant information comprises precoding matrix information; determining, by the communications apparatus based on the uplink grant information and a preset rule, an antenna port associated with a to-be-sent PTRS, wherein the antenna port associated with the to-be-sent PTRS is selected from an antenna port set, wherein the antenna port set is a scheduling antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, wherein the preset rule comprises: each column of a precoding matrix corresponding to the precoding matrix information and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding matrix are located correspond to a same PTRS; and sending, by the communications apparatus, the to-be-sent PTRS on the antenna port.
Method for organising on-chip data memory in an embedded system-on-chip platform whereon a deterministic application is run that has to produce an intended functional system behaviour and has to meet at least one guaranteed constraint on its functional system behaviour, the method comprising the steps of - dividing said deterministic application into a plurality of blocks, at least one block corresponding to at least a part of a subtask of said deterministic application, said at least one block receiving input data and generating output data and comprising internal intermediate data for transforming said input data into said output data, - splitting said internal intermediate data into state data and non-state data, said state data depending on previous internal intermediate data and non-state data being directly used in the execution of one subtask, and - putting at least a part of said state data in protected buffering means (L1') being part of the data memory, said protected buffering means (L1') provided with means for error detection and correction, so that said at least part of said state data is available for mitigating the effect of faults on the functional system behaviour on-line and said intended functional system behaviour is produced while meeting said at least one guaranteed constraint. - dividing said deterministic application into a plurality of blocks, at least one block corresponding to at least a part of a subtask of said deterministic application, said at least one block receiving input data and generating output data and comprising internal intermediate data for transforming said input data into said output data, - splitting said internal intermediate data into state data and non-state data, said state data depending on previous internal intermediate data and non-state data being directly used in the execution of one subtask, and - putting at least a part of said state data in protected buffering means (L1') being part of the data memory, said protected buffering means (L1') provided with means for error detection and correction, so that said at least part of said state data is available for mitigating the effect of faults on the functional system behaviour on-line and said intended functional system behaviour is produced while meeting said at least one guaranteed constraint.
A method for manufacturing a circuit-board structure including a component having contact areas, the method comprising: - making a conductor layer by growing a conductor pattern on the surface of a conductor foil, such that the thickness of the conductor layer is greater at the location of the conductor pattern; - providing contact openings in the conductor layer extending through the conductor foil and the conductor pattern for the electrical contacts to be formed between the contact areas of the component and the conductor layer; - then attaching the component onto the surface of the conductor pattern with the aid of an adhesive such that the component is aligned in a correct position relative to the conductor pattern and the contact openings; - making conductor vias in the contact openings of the conductor layer from a conductor material to form a contact between the conductor pattern and the component; and - after having made the conductor vias, removing the conductor foil. - making a conductor layer by growing a conductor pattern on the surface of a conductor foil, such that the thickness of the conductor layer is greater at the location of the conductor pattern; - providing contact openings in the conductor layer extending through the conductor foil and the conductor pattern for the electrical contacts to be formed between the contact areas of the component and the conductor layer; - then attaching the component onto the surface of the conductor pattern with the aid of an adhesive such that the component is aligned in a correct position relative to the conductor pattern and the contact openings; - making conductor vias in the contact openings of the conductor layer from a conductor material to form a contact between the conductor pattern and the component; and - after having made the conductor vias, removing the conductor foil.
Method for activating or deactivating functions in a motor vehicle, wherein at least one communication interface can be used to input a control signal for activating or deactivating at least one function, wherein at least one function comprises timer programming and/or at least one function can be activated or deactivated from outside the motor vehicle by remote control via the communication interface, wherein at least one interface is used to input at least one control command that is used to disable activation or deactivation of the function (F1, F1) via the timer programming and/or via the communication interface, characterized in that a stored module is used in the motor vehicle and/or in the vehicle diagnosis system to ascertain functions with the timer programming and/or functions that are activable via the communication interface.
Securing device for a vehicle, in particular for a bicycle, comprising: - a connecting element which forms a first connecting member for a connecting unit, the connecting element having a locking segment in order to fasten the connecting element to a complementary connecting element which forms a second connecting member of the connecting unit, and - a transmission unit, which is associated with the connecting element, in order to transmit signals, wherein the connecting unit is designed as a plug-in connection, wherein the transmission unit is designed as a radio transmission unit in order to transmit the signals as radio signals, wherein the securing device comprises a control unit that is connected to the transmission unit in order to control the signal transmission, wherein the transmission unit comprises a coil that is designed to transmit the radio signals, characterised in that the coil is electrically connected to the control unit in order to supply the control unit with electrical energy, that an elongate securing element is provided which is connected to the connecting element by means of a first end segment and to a connecting segment by means of a second end segment and forms a mechanical connection between the connecting element and the connecting segment, that the connecting segment comprises a complementary connecting element comprising a locking device in order to fasten the locking segment of the connecting element to the connecting segment, and in that the connecting segment comprises a radio receiving unit in order to receive radio signals, and/or in that the locking device is designed as an electrically actuable locking device. - a connecting element which forms a first connecting member for a connecting unit, the connecting element having a locking segment in order to fasten the connecting element to a complementary connecting element which forms a second connecting member of the connecting unit, and - a transmission unit, which is associated with the connecting element, in order to transmit signals,
A method for antigen-specific immunostaining of T-cells, wherein - a polyelectrolyte micro-capsule, which comprises an antigen-presenting MHC class I molecule on the outside and a first fluorescent dye on the inside, is brought into contact with a T-cell carrying a T-cell receptor under conditions that allow an interaction between the T-cell receptor and the antigen-presenting MHC class I molecule, so that a complex consisting of the T-cell, the antigen-presenting MHC class I molecule and the polyelectrolyte micro-capsule can be formed, - an antibody marked with a second fluorescent dye is bound directly or indirectly to the T-cell in the complex consisting of the T-cell, the antigen-presenting MHC class I molecule and the polyelectrolyte micro-capsule, - the first and the second fluorescent dye are different and can serve as donor and acceptor fluorescent dyes, and - a donor and acceptor fluorescent dye, a polyelectrolyte micro-capsule, an antigen-presenting MHC class I molecule and an antibody marked with a second fluorescent dye are used, so that a Forster resonance energy transfer is made possible in the complex consisting of the polyelectrolyte micro-capsule, the antigen-presenting MHC class I molecule, the T-cell and the antibody marked with a second fluorescent dye. - a polyelectrolyte micro-capsule, which comprises an antigen-presenting MHC class I molecule on the outside and a first fluorescent dye on the inside, is brought into contact with a T-cell carrying a T-cell receptor under conditions that allow an interaction between the T-cell receptor and the antigen-presenting MHC class I molecule, so that a complex consisting of the T-cell, the antigen-presenting MHC class I molecule and the polyelectrolyte micro-capsule can be formed, - an antibody marked with a second fluorescent dye is bound directly or indirectly to the T-cell in the complex consisting of the T-cell, the antigen-presenting MHC class I molecule and the polyelectrolyte micro-capsule, - the first and the second fluorescent dye are different and can serve as donor and acceptor fluorescent dyes, and - a donor and acceptor fluorescent dye, a polyelectrolyte micro-capsule, an antigen-presenting MHC class I molecule and an antibody marked with a second fluorescent dye are used, so that a Forster resonance energy transfer is made possible in the complex consisting of the polyelectrolyte micro-capsule, the antigen-presenting MHC class I molecule, the T-cell and the antibody marked with a second fluorescent dye.
A data logger device for connection to an air line to an air motor driving a flexible cleaning lance hose drive apparatus, the device comprising: a cylindrical housing having a central axis and removably fastenable to a line to an air motor driving a hose drive apparatus via a quick disconnect fitting connector; a circuit board mounted in the housing parallel to the axis; a pressure transducer mounted on the circuit board in the housing operable to sense pressure within the air line, wherein the pressure transducer is a piezoelectric pressure cell operable to continuously monitor air pressure in the air line in real time; and a datalogging processor and memory on the circuit board in the housing communicating with the transducer for recording clock time of sensed pressure from the transducer, characterized in that the data logging processor provides an input to automated lance hose drive control circuitry and wherein the automated control circuitry: anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event. a cylindrical housing having a central axis and removably fastenable to a line to an air motor driving a hose drive apparatus via a quick disconnect fitting connector; a circuit board mounted in the housing parallel to the axis; a pressure transducer mounted on the circuit board in the housing operable to sense pressure within the air line, wherein the pressure transducer is a piezoelectric pressure cell operable to continuously monitor air pressure in the air line in real time; and a datalogging processor and memory on the circuit board in the housing communicating with the transducer for recording clock time of sensed pressure from the transducer, characterized in that the data logging processor provides an input to automated lance hose drive control circuitry and wherein the automated control circuitry: anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event. anticipates and senses obstacles in tubes being cleaned; initiates automated lance reversal operations upon sensing an obstacle; and initiates cleaning fluid pressure dump operations upon sensing an unexpected event.
Nucleic acid sequence comprising or coding for a) a coding region, encoding at least one peptide or protein; b) at least one histone stem-loop derived from a histone gene, comprising an intramolecular base pairing of two neighbored entirely or partially reverse complementary sequences, and c) a poly sequence or a polyadenylation signal; wherein said protein or peptide antigen is an allergenic antigen or a fragment, variant or derivative of said allergenic antigen, having the specific antigenic property of the full-length native peptide or protein antigen, wherein the allergenic antigen is derived from a source selected from the list consisting of: grass pollen, tree pollen, flower pollen, herb pollen, dust mite, mold, animals, food, and insect venom. a) a coding region, encoding at least one peptide or protein; b) at least one histone stem-loop derived from a histone gene, comprising an intramolecular base pairing of two neighbored entirely or partially reverse complementary sequences, and c) a poly sequence or a polyadenylation signal; wherein said protein or peptide antigen is an allergenic antigen or a fragment, variant or derivative of said allergenic antigen, having the specific antigenic property of the full-length native peptide or protein antigen, wherein the allergenic antigen is derived from a source selected from the list consisting of: grass pollen, tree pollen, flower pollen, herb pollen, dust mite, mold, animals, food, and insect venom.
Gap bridging for a rail vehicle for bridging the gap between a platform and a floor of the rail vehicle, comprising a step plate mounted in a moveable manner and a cover plate that is arranged above the step plate and at least partially covers the step plate, characterised in that a wiper manufactured from spring steel is provided, which is fastened to a lower side of the cover plate and which is pressed onto the step plate by means of spring force in any position of the step plate.
A method for reconfiguring, by a user equipment, UE, multimedia broadcast multicast service, MBMS, minimization of drive test, MDT, in a wireless communication system, the method comprising: receiving, by the UE, a value tag for MBMS-MDT; determining, by the UE, whether to receive MBMS-MDT configuration by comparing the received value tag for MBMS-MDT with a stored value tag for MBMS-MDT; and if the received value tag for MBMS-MDT and the stored value tag for MBMS-MDT are different from each other: receiving, by the UE, the MBMS-MDT configuration which corresponds to the received value tag, from a network in a next modification period; and performing, by the UE, MBMS-MDT reconfiguration based on the received MBMS-MDT configuration, and if the received value tag for MBMS-MDT and the stored value tag for MBMS-MDT are identical: ignoring, by the UE, the received value tag for MBMS-MDT, wherein the MBMS-MDT configuration is received via a broadcast control channel, BCCH, wherein the value tag for MBMS-MDT is received via a multicast-broadcast single-frequency network, MBSFN, area configuration message or a new multicast control channel, MCCH, message. receiving, by the UE, a value tag for MBMS-MDT; determining, by the UE, whether to receive MBMS-MDT configuration by comparing the received value tag for MBMS-MDT with a stored value tag for MBMS-MDT; and if the received value tag for MBMS-MDT and the stored value tag for MBMS-MDT are different from each other: receiving, by the UE, the MBMS-MDT configuration which corresponds to the received value tag, from a network in a next modification period; and performing, by the UE, MBMS-MDT reconfiguration based on the received MBMS-MDT configuration, receiving, by the UE, the MBMS-MDT configuration which corresponds to the received value tag, from a network in a next modification period; and performing, by the UE, MBMS-MDT reconfiguration based on the received MBMS-MDT configuration, and if the received value tag for MBMS-MDT and the stored value tag for MBMS-MDT are identical: ignoring, by the UE, the received value tag for MBMS-MDT, wherein the MBMS-MDT configuration is received via a broadcast control channel, BCCH, wherein the value tag for MBMS-MDT is received via a multicast-broadcast single-frequency network, MBSFN, area configuration message or a new multicast control channel, MCCH, message.
A method for processing network communication data, comprising: determining a media server and parent peers of a client in a Peer To Peer, P2P, system according to a channel selected by a user; determining a start slice group ID for current data processing according to related information of the parent peers; sending a message to the media server to request data of the channel, wherein the message carries the start slice group ID; and receiving data of the channel, wherein the data of the channel is transmitted by the media server at a start rate which is higher than the bit rate of the channel according to the start slice group ID, and receiving data of the channel transmitted by the parent peers; when detecting that a latest transmission point of the media server in a local buffer is the same as a latest transmission point of a designated parent peer in the local buffer, notifying the media server to change the data transmission rate to the same as the bit rate of the channel; wherein the local buffer is in the client; and when detecting that the latest transmission point of the media server in the local buffer is the same as a start transmission point of any parent peer in the local buffer, notifying the media server to stop transmitting a data substream corresponding to the parent peer to the client. determining a media server and parent peers of a client in a Peer To Peer, P2P, system according to a channel selected by a user; determining a start slice group ID for current data processing according to related information of the parent peers; sending a message to the media server to request data of the channel, wherein the message carries the start slice group ID; and receiving data of the channel, wherein the data of the channel is transmitted by the media server at a start rate which is higher than the bit rate of the channel according to the start slice group ID, and receiving data of the channel transmitted by the parent peers; when detecting that a latest transmission point of the media server in a local buffer is the same as a latest transmission point of a designated parent peer in the local buffer, notifying the media server to change the data transmission rate to the same as the bit rate of the channel; wherein the local buffer is in the client; and when detecting that the latest transmission point of the media server in the local buffer is the same as a start transmission point of any parent peer in the local buffer, notifying the media server to stop transmitting a data substream corresponding to the parent peer to the client.