mhurhangee/patent-ind-claim-en huggingface dataset:
A respiratory humidification system comprising: a flow generator configured to deliver a flow of breathing gas; a humidifier configured to receive a flow of gas from a flow generator and to output a humidified flow of gas; and a communication connection between the humidifier and the flow generator ; wherein, the communication connection is configured to permit electronic communication between the humidifier and the flow generator ; wherein the respiratory humidification system further comprises a second communication connection between the humidifier and a breathing circuit , the second communication connection being configured to permit electronic communication between the humidifier and the breathing circuit ; wherein the communication connection and the second communication connection allow control signals to be transmitted between various components of the respiratory humidification system to permit the flow generator to control the humidifier; and wherein the flow generator sets an operating mode of the humidifier based on data related to the flow generator received by the humidifier from the flow generator through the communication connection , the data related to the flow generator comprising at least data related to a type of flow generator. a flow generator configured to deliver a flow of breathing gas; a humidifier configured to receive a flow of gas from a flow generator and to output a humidified flow of gas; and a communication connection between the humidifier and the flow generator ; wherein, the communication connection is configured to permit electronic communication between the humidifier and the flow generator ; wherein the respiratory humidification system further comprises a second communication connection between the humidifier and a breathing circuit , the second communication connection being configured to permit electronic communication between the humidifier and the breathing circuit ; wherein the communication connection and the second communication connection allow control signals to be transmitted between various components of the respiratory humidification system to permit the flow generator to control the humidifier; and wherein the flow generator sets an operating mode of the humidifier based on data related to the flow generator received by the humidifier from the flow generator through the communication connection , the data related to the flow generator comprising at least data related to a type of flow generator.
A Mobile Element Insertion (MEI) monitoring method comprising the steps of (a) obtaining genome sequence information by DNA sequencing_from a biological sample comprising a tumor nucleic acid from an individual at a first time point wherein the genome sequence information comprises a plurality of MEI insertion borders; (b) reviewing the plurality of MEI insertion borders to identify at least one MEI border adjacent to an oncogene; and (c) monitoring a quantitative abundance of the at least one MEI border adjacent to the oncogene over time, wherein (d) the monitoring the quantitative abundance of the at least one MEI border adjacent to the oncogene over time comprises obtaining a first blood sample at the first time point, determining the quantitative abundance of the at least one MEI border in the first blood sample at the first time point, obtaining a second blood sample at a second time point, and determining the quantitative abundance of the at least one MEI border in the second blood sample at the second time point, or wherein (e) said monitoring the quantitative abundance of the at least one MEI border adjacent to the oncogene over time comprises employing a nucleic acid sample from a first tissue sample obtained at a first time point, determining the quantitative abundance of the at least one MEI border in the first nucleic acid sample at the first time point, employing a second nucleic acid sample from a second tissue sample obtained at a second time point, and determining the quantitative abundance of the at least one MEI border in the second nucleic acid sample at the second time point. (a) obtaining genome sequence information by DNA sequencing_from a biological sample comprising a tumor nucleic acid from an individual at a first time point wherein the genome sequence information comprises a plurality of MEI insertion borders; (b) reviewing the plurality of MEI insertion borders to identify at least one MEI border adjacent to an oncogene; and (c) monitoring a quantitative abundance of the at least one MEI border adjacent to the oncogene over time,
A method for ingesting data records, the method comprising: retrieving (S1) content-related descriptors, each descriptor being associated with a value classification; retrieving (S2) a data record to be ingested; assigning (S3) a value classification to the data record based on the descriptors, wherein the descriptors and the associated value classifications are obtained by analyzing usage of previously ingested data records; and ingesting (S4) the data record in accordance with the assigned value classification, wherein ingesting the data record comprises selecting one of a plurality of transmission channels for the data record based on the value classification, wherein the transmission channels differ in bandwidth and transportation time. retrieving (S1) content-related descriptors, each descriptor being associated with a value classification; retrieving (S2) a data record to be ingested; assigning (S3) a value classification to the data record based on the descriptors, wherein the descriptors and the associated value classifications are obtained by analyzing usage of previously ingested data records; and ingesting (S4) the data record in accordance with the assigned value classification, wherein ingesting the data record comprises selecting one of a plurality of transmission channels for the data record based on the value classification, wherein the transmission channels differ in bandwidth and transportation time.
An elevator cabin comprising: an elevator cabin structural plate ; and an elevator cabin seal system; the elevator cabin structural plate has a bottom surface, a top surface and an edge that integrates the top surface with the bottom surface, and the elevator cabin structural plate being attached to a top portion of an elevator cabin lateral surface; the elevator cabin seal system comprises a first liner comprising a bumper ; characterized in that the first liner is attached to the edge of the elevator cabin structural plate wherein the bumper impacts an internal surface of an elevator cylinder ; the first liner has a cutout on its back side having a lip directly attached to the edge of the elevator cabin structural plate ; and a ledge of the first liner is attached to the bottom surface of the elevator cabin structural plate , the ledge being proximal to the lip . an elevator cabin structural plate ; and an elevator cabin seal system; the elevator cabin structural plate has a bottom surface, a top surface and an edge that integrates the top surface with the bottom surface, and the elevator cabin structural plate being attached to a top portion of an elevator cabin lateral surface; the elevator cabin seal system comprises a first liner comprising a bumper ; characterized in that the first liner is attached to the edge of the elevator cabin structural plate wherein the bumper impacts an internal surface of an elevator cylinder ; the first liner has a cutout on its back side having a lip directly attached to the edge of the elevator cabin structural plate ; and a ledge of the first liner is attached to the bottom surface of the elevator cabin structural plate , the ledge being proximal to the lip .
A method for producing a coil , in which, by way of casting, a semi-finished product in the form of an elongate conductor is formed in a cavity of a casting mould and, following a demoulding of the semi-finished product , the coil is formed by reshaping this semi-finished product , wherein the form of the semi-finished product is derivable from a shape of the finished coil by stretching along a longitudinal axis of the coil and/or by bending this longitudinal axis, wherein the semi-finished product is bent and compressed during the reshaping, such that turns of the coil already present in the semi-finished product are brought closer towards one another, at least in regions, during the reshaping and are brought into an arrangement along the longitudinal axis of the finished coil , wherein the conductor, during the reshaping, is twisted or bent by no more than a right angle in a course of each individual turn, wherein the semi-finished product is formed as a rosette, so that the turns are arranged fanned out around a centre prior to the reshaping. wherein the form of the semi-finished product is derivable from a shape of the finished coil by stretching along a longitudinal axis of the coil and/or by bending this longitudinal axis, wherein the semi-finished product is bent and compressed during the reshaping, such that turns of the coil already present in the semi-finished product are brought closer towards one another, at least in regions, during the reshaping and are brought into an arrangement along the longitudinal axis of the finished coil , wherein the conductor, during the reshaping, is twisted or bent by no more than a right angle in a course of each individual turn, wherein the semi-finished product is formed as a rosette, so that the turns are arranged fanned out around a centre prior to the reshaping.
A method for offloading non-voice traffic, the method comprising: receiving, at a user equipment, UE, not supporting Voice over LTE, VoLTE, and being connected to an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, policy for priority/preference for an access network, ISRP, from an Access Network Discovery and Selection Function, ANDSF, wherein the policy is set in order of the E-UTRAN > a wireless local area network, WLAN, > a UTRAN for an affected IP traffic by a Circuit-Switched Fall-Back, CSFB; progressing, by the UE, a data traffic through an eNodeB, eNB, of the E-UTRAN; sending, by the UE, an extended service request message to a Mobility Management Entity, MME; receiving, by the UE, a CCO/NACC message, sent by the eNB in order to notify the CSFB; determining, by the UE, based on the policy to offload the data traffic to the WLAN; running, by the UE, a timer; offloading, by the UE, the data traffic onto the WLAN; returning, by the UE, to the E-UTRAN, after the call is terminated; and performing, by the UE, a handover procedure for transferring the data traffic offloaded onto the WLAN to the E-UTRAN according to the policy when the timer expires. receiving, at a user equipment, UE, not supporting Voice over LTE, VoLTE, and being connected to an Evolved Universal Terrestrial Radio Access Network, E-UTRAN, policy for priority/preference for an access network, ISRP, from an Access Network Discovery and Selection Function, ANDSF, wherein the policy is set in order of the E-UTRAN > a wireless local area network, WLAN, > a UTRAN for an affected IP traffic by a Circuit-Switched Fall-Back, CSFB; progressing, by the UE, a data traffic through an eNodeB, eNB, of the E-UTRAN; sending, by the UE, an extended service request message to a Mobility Management Entity, MME; receiving, by the UE, a CCO/NACC message, sent by the eNB in order to notify the CSFB; determining, by the UE, based on the policy to offload the data traffic to the WLAN; running, by the UE, a timer; offloading, by the UE, the data traffic onto the WLAN; returning, by the UE, to the E-UTRAN, after the call is terminated; and performing, by the UE, a handover procedure for transferring the data traffic offloaded onto the WLAN to the E-UTRAN according to the policy when the timer expires.
An expanded PVC foam having a compressive modulus (MPa) to density ratio of at least 1.28 for foams with a density of 25-40 kg/m 3 , or at least 1.40 for foams with a density of 41-115 kg/m 3 , or at least 1.69 for foams with a density of 116-420 kg/m 3 , wherein the foam has a cell size of 350μm or less.
Method for carbonation of biomass inside a reaction chamber by the use of steam for providing the required temperature and pressure values, said reaction chamber being operated with at least two fluidically connectable Ruths accumulators , wherein steam from the reaction chamber is fed into one said Ruths accumulators or from at least one of said Ruths accumulators into the reaction chamber , depending on the stage of the process, said at least two Ruths accumulators being operated at a different pressure.
A variant of Homo sapiens acetylserotonin O-methyltransferase (ASMT), the variant having at least 92% sequence identity to SEQ ID NO:1 and comprising a mutation in a residue selected from A258, G260, and T272 in SEQ ID NO: 1, the mutation providing for an increased catalytic activity in converting N-acetylserotonin to melatonin as compared to SEQ ID NO:1, wherein the variant has at least 50% increased catalytic activity in converting N-acetylserotonin to melatonin as compared to SEQ ID NO:1, and wherein the mutation is an amino acid substitution selected from A258E, G260D, T272A and T272G.
A fiber blend comprising: (a) a staple fiber formed from cellulose acetate; and (b) a binder fiber, wherein the staple fiber has a crimp frequency of 10 to 30 crimps per inch (CPI) measured according to ASTM D3937, a cut length of 55 mm or less, and a non-round cross-sectional shape; wherein the amount of cellulose acetate staple fiber is at least 40 wt.% relative to the weight of all fibers in the blend; wherein the amount of the binder fiber is in the range from 10 to 30 wt% of the blend; wherein the staple fiber has a denier per filament of less than 2.0. (a) a staple fiber formed from cellulose acetate; and (b) a binder fiber, wherein the staple fiber has a crimp frequency of 10 to 30 crimps per inch (CPI) measured according to ASTM D3937, a cut length of 55 mm or less, and a non-round cross-sectional shape; wherein the amount of cellulose acetate staple fiber is at least 40 wt.% relative to the weight of all fibers in the blend; wherein the amount of the binder fiber is in the range from 10 to 30 wt% of the blend; wherein the staple fiber has a denier per filament of less than 2.0. wherein the staple fiber has a crimp frequency of 10 to 30 crimps per inch (CPI) measured according to ASTM D3937, a cut length of 55 mm or less, and a non-round cross-sectional shape; wherein the amount of cellulose acetate staple fiber is at least 40 wt.% relative to the weight of all fibers in the blend; wherein the amount of the binder fiber is in the range from 10 to 30 wt% of the blend; wherein the staple fiber has a denier per filament of less than 2.0.
Medical device including a plurality of leg portions that lift up a main body from a floor surface and support the main body, comprising: a load detection means that is provided between the main body and each of the leg portions, and detects a load in a vertical direction that is received by the leg portion from the floor surface; wherein the leg portion includes a caster capable of moving the main body, and an extension and contraction unit that brings the caster into contact with the floor surface, or lifts up the caster and the main body from the floor surface, by extending or contracting a rod , and the load detection means is provided between the main body and the extension and contraction unit; and wherein a guide that is capable of moving the extension and contraction unit in the vertical direction is provided, and the medical device being characterised in that in a state where the caster is in contact with the floor surface and the rod is not in contact with the floor, the extension and contraction unit is held by the guide in a state where contact of the load detection means and the extension and contraction unit is broken. a load detection means that is provided between the main body and each of the leg portions, and detects a load in a vertical direction that is received by the leg portion from the floor surface; wherein the leg portion includes a caster capable of moving the main body, and an extension and contraction unit that brings the caster into contact with the floor surface, or lifts up the caster and the main body from the floor surface, by extending or contracting a rod , and the load detection means is provided between the main body and the extension and contraction unit; and wherein a guide that is capable of moving the extension and contraction unit in the vertical direction is provided, and the medical device being characterised in that in a state where the caster is in contact with the floor surface and the rod is not in contact with the floor, the extension and contraction unit is held by the guide in a state where contact of the load detection means and the extension and contraction unit is broken.
A method for reporting, by a terminal, a channel state regarding a downlink channel transmitted through N t antenna ports arranged in a two-dimensional shape, the method comprising: receiving (S1410), by the terminal from a serving cell , a channel state information - reference signal, CSI-RS, configuration for reporting the channel state regarding the N t antenna ports, wherein the CSI-RS configuration includes information related to a plurality of CSI-RS antenna port groups, wherein Nt antenna port CSI-RSs are grouped into the plurality of groups, and the CSI-RSs of the antenna ports belonging to the same group are transmitted at the same OFDM symbol; calculating (S1420) channel state information regarding a downlink channel through received CSI-RSs using the received CSI-RS configuration, wherein the channel state information includes a first precoding matrix for selecting a CSI-RS antenna port group and a second precoding matrix to be applied to the selected CSI-RS antenna port group; and reporting (S1430) the calculated channel state information to the serving cell , wherein the CSI-RS configuration includes information on a number of the plurality of CSI-RS antenna port groups and a number of antenna ports of each CSI-RS antenna port group. receiving (S1410), by the terminal from a serving cell , a channel state information - reference signal, CSI-RS, configuration for reporting the channel state regarding the N t antenna ports, wherein the CSI-RS configuration includes information related to a plurality of CSI-RS antenna port groups, wherein Nt antenna port CSI-RSs are grouped into the plurality of groups, and the CSI-RSs of the antenna ports belonging to the same group are transmitted at the same OFDM symbol; calculating (S1420) channel state information regarding a downlink channel through received CSI-RSs using the received CSI-RS configuration, wherein the channel state information includes a first precoding matrix for selecting a CSI-RS antenna port group and a second precoding matrix to be applied to the selected CSI-RS antenna port group; and reporting (S1430) the calculated channel state information to the serving cell , wherein the CSI-RS configuration includes information on a number of the plurality of CSI-RS antenna port groups and a number of antenna ports of each CSI-RS antenna port group.
Device for preventing the output of collision warnings and/or distance warnings during the towing procedure in the case of towed motor vehicles with collision warning output means and/or distance warning output means , wherein the device comprises a switching means , which is designed in such a way as to allow the output of collision and/or distance warnings in a first state and to prevent collision and/or distance warnings in a second state , and the device has an actuating means , wherein the actuating means is designed in such a way as to transfer the switching means from the first state into the second state and from the second state into the first state by manual actuation of the actuating means , characterized in that the switching means is coupled to the hazard warning system of the motor vehicle , in order to activate the hazard warning system in the second state and/or when switching over the switching means from the first state into the second state .
A method in a first radio network node serving a first user equipment, UE, in a first mobile radio network for enabling a Device-to-Device, D2D, communication over a radio link with a second UE served by a second radio network node in a second radio network , the method comprising: establishing a connection with the second radio network node; receiving a request from the first UE for enabling the communication with the second UE ; sending a first message comprising information related to the first UE to the second radio network node to be used by the second radio network node for configuration of the second UE in response to the received request and via the established connection ; receiving a second message comprising information related to the second UE from the second radio network node to be used by the first radio network node for configuration of the first UE in response to the first message and via the established connection ; sending to the first UE a third message comprising the received information related to the second UE and a command to transmit a beacon for enabling the communication with the second UE , wherein the first message and second message, each further comprises information on one or more Physical Resource Blocks, PRBs, that are used by the first UE and the second UE , respectively. establishing a connection with the second radio network node; receiving a request from the first UE for enabling the communication with the second UE ; sending a first message comprising information related to the first UE to the second radio network node to be used by the second radio network node for configuration of the second UE in response to the received request and via the established connection ; receiving a second message comprising information related to the second UE from the second radio network node to be used by the first radio network node for configuration of the first UE in response to the first message and via the established connection ; sending to the first UE a third message comprising the received information related to the second UE and a command to transmit a beacon for enabling the communication with the second UE , wherein the first message and second message, each further comprises information on one or more Physical Resource Blocks, PRBs, that are used by the first UE and the second UE , respectively.