mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display ; a communication circuit ; a battery ; a current sensor configured to measure a charge current used for charging the battery; and a processor, wherein the processor is configured to: measure the charge current using the current sensor; determine a leakage state of the battery based on at least a part of the charge current; and provide a notification corresponding to the leakage state through the display and/or perform a specified function corresponding to the leakage state based on at least a part of the leakage state; characterized in further comprising: a memory configured to store a charging profile, wherein the processor is configured to measure the charge current during a period of time specified based on at least a part of the charging profile. a display ; a communication circuit ; a battery ; a current sensor configured to measure a charge current used for charging the battery; and a processor, wherein the processor is configured to: measure the charge current using the current sensor; determine a leakage state of the battery based on at least a part of the charge current; and provide a notification corresponding to the leakage state through the display and/or perform a specified function corresponding to the leakage state based on at least a part of the leakage state; characterized in further comprising: a memory configured to store a charging profile, wherein the processor is configured to measure the charge current during a period of time specified based on at least a part of the charging profile. measure the charge current using the current sensor; determine a leakage state of the battery based on at least a part of the charge current; and provide a notification corresponding to the leakage state through the display and/or perform a specified function corresponding to the leakage state based on at least a part of the leakage state; characterized in further comprising: a memory configured to store a charging profile, wherein the processor is configured to measure the charge current during a period of time specified based on at least a part of the charging profile. a memory configured to store a charging profile, wherein the processor is configured to measure the charge current during a period of time specified based on at least a part of the charging profile.
A hydraulic system comprising a hydraulic device ; a hydraulic pump in fluid connection with the hydraulic device; an electric motor arranged to drive the hydraulic pump; a motor drive unit configured to control the operation of the electric motor; characterized in that the hydraulic system further comprises a control unit configured to provide a desired motor torque value to the motor drive unit , the desired motor torque value corresponding to a desired pressure value in the hydraulic device , wherein the motor drive unit is configured to control a torque of the electric motor to a desired torque based on the desired motor torque value, and wherein the motor drive unit gets feedback of a present torque in the electric motor by the current consumption of the electric motor .
An antibody or fragment thereof that specifically binds to SEQ ID NO: 1 of the presenilin for use in the prevention and/or treatment of cancer.
Amplifier device for high frequency signals comprising: a) a high frequency input and a low or intermediate frequency input for different incoming signals, wherein the incoming signals have low, intermediate frequency incoming signals and high frequency incoming signals, b) an incoming line , c) a pre-distortion unit , d) an amplifier unit , e) a transmission line , f) a feedback unit , and g) an output , wherein the output is connected to the amplifier unit via the transmission line , wherein the inputs are connected to the pre-distortion unit such that two incoming branch lines are provided, wherein the two incoming branch lines are interconnected by a switching unit , wherein the high frequency input is connected to a first branch line , wherein the low or intermediate frequency input is connected to a second branch line , wherein the first incoming branch line of the incoming branch lines comprises a down-converter , wherein the down-converter is arranged between the high frequency input and the switching unit , wherein both of said incoming branch lines are configured to process said different incoming signals fed into the high frequency input and the low or intermediate frequency input , and wherein the first incoming branch line is configured to process the high frequency incoming signals and the second incoming branch line is configured to process low or intermediate frequency incoming signals. a) a high frequency input and a low or intermediate frequency input for different incoming signals, wherein the incoming signals have low, intermediate frequency incoming signals and high frequency incoming signals, b) an incoming line , c) a pre-distortion unit , d) an amplifier unit , e) a transmission line , f) a feedback unit , and g) an output ,
An apparatus for wireless communication at a wireless device , comprising: means for receiving a first set of control information in a first stage of sidelink control information, SCI, the first set of control information indicating a modulation and coding scheme, MCS, table; receiving a second set of control information in a second stage of the SCI associated with the first stage, the second set of control information triggering a channel state information, CSI, report without indicating a channel quality indicator, CQI, table; determining the CQI table from multiple CQI tables based on a defined association between the MCS table indicated in the first stage of the SCI and the CQI table; and transmitting the CSI report triggered by the second stage of the SCI, the CSI report including a CQI that is based on the CQI table associated with the MCS table indicated in the first set of control information indicated in the first stage of the SCI. means for receiving a first set of control information in a first stage of sidelink control information, SCI, the first set of control information indicating a modulation and coding scheme, MCS, table; receiving a second set of control information in a second stage of the SCI associated with the first stage, the second set of control information triggering a channel state information, CSI, report without indicating a channel quality indicator, CQI, table; determining the CQI table from multiple CQI tables based on a defined association between the MCS table indicated in the first stage of the SCI and the CQI table; and transmitting the CSI report triggered by the second stage of the SCI, the CSI report including a CQI that is based on the CQI table associated with the MCS table indicated in the first set of control information indicated in the first stage of the SCI.
A refrigerant compressor for refrigeration plants, comprising a compressor unit driven by a drive unit , wherein at least one of these units is provided with a control unit , which is controllable by a delivery volume controller , in order to control the refrigerant compressor with differing delivery volumes (FV), wherein an external delivery volume desired value (EFVS) is communicated to the delivery volume controller , wherein the delivery volume controller detects, by means of a sensor , a compressor reference temperature (RT) of the compressor unit , characterised in that the delivery volume controller , based on the detected compressor reference temperature (RT) and the delivery volume (FV), determines an operation status value group (BZW) for detecting an operation status of the refrigerant compressor and, taking into account predetermined reference values (GF) for distinguishing between non-critical (UB) and critical operation statuses (KB) for the refrigerant compressor , when the value of the determined operation status value group (BZW) based on the compressor reference temperature (RT) permits a critical operation status of the refrigerant compressor , sets a delivery volume (FV), that results in an operation of the refrigerant compressor outside the critical operation statuses (KB). wherein the delivery volume controller detects, by means of a sensor , a compressor reference temperature (RT) of the compressor unit , characterised in that the delivery volume controller , based on the detected compressor reference temperature (RT) and the delivery volume (FV), determines an operation status value group (BZW) for detecting an operation status of the refrigerant compressor and, taking into account predetermined reference values (GF) for distinguishing between non-critical (UB) and critical operation statuses (KB) for the refrigerant compressor , when the value of the determined operation status value group (BZW) based on the compressor reference temperature (RT) permits a critical operation status of the refrigerant compressor , sets a delivery volume (FV), that results in an operation of the refrigerant compressor outside the critical operation statuses (KB).
Method of human body recognition by analysing a detected object (P) in a monitored area and deciding whether or not the detected object is a human being with a laser scanner comprising: the laser scanner generates at least one laser curtain , where each laser curtain is generated by multiple pulses evaluated by time of flight (TOF) measurement of single pulses to generate the distance of the points of reflection with respect to the laser scanner position; combination of distances of the points of reflection with the direction of the pulse to retrieve a position in a predefined detection zone within a monitored area; projecting the points of reflection belonging to a detected object into an evaluation plane (EP) as evaluation objects (O1, O2), where the evaluation plane (EP) has a Z-axis that is related to the height and an axis perpendicular to the Z-axis that is related to the width in the direction of the lateral extension of the laser curtain , characterized in that the evaluation plane (EP) is evaluated based on a density distribution of the points of reflection along the Z-axis, where a head height (H1) and a shoulder height (H2) are derived by evaluating the peaks of the density distribution and the evaluation result is compared to anthropometric parameters. the laser scanner generates at least one laser curtain , where each laser curtain is generated by multiple pulses evaluated by time of flight (TOF) measurement of single pulses to generate the distance of the points of reflection with respect to the laser scanner position; combination of distances of the points of reflection with the direction of the pulse to retrieve a position in a predefined detection zone within a monitored area; projecting the points of reflection belonging to a detected object into an evaluation plane (EP) as evaluation objects (O1, O2), where the evaluation plane (EP) has a Z-axis that is related to the height and an axis perpendicular to the Z-axis that is related to the width in the direction of the lateral extension of the laser curtain , characterized in that the evaluation plane (EP) is evaluated based on a density distribution of the points of reflection along the Z-axis, where a head height (H1) and a shoulder height (H2) are derived by evaluating the peaks of the density distribution and the evaluation result is compared to anthropometric parameters.
A SUR1-TRPM4 channel inhibitor for use in a method of reducing late neurological deterioration or death in a subject following an injury or condition related to CNS edema, wherein the method comprises administering the SUR1-TRPM4 channel inhibitor to the subject following the subject experiencing the injury or condition related to CNS edema, wherein the administering includes one or more continuous infusions of the SUR1-TRPM4 channel inhibitor lasting cumulatively for at least 96 hours after starting the one or more continuous infusions, wherein the SUR1-TRPM4 channel inhibitor reduces late neurological deterioration, and wherein the first administration of the SUR1-TRPM4 channel inhibitor is within the first hour, first 2 hours, first 3 hours, first 4 hours, first 6 hours, first 8 hours or first 10 hours of the injury or condition occurring.
A method for facilitating output to the visually impaired on a touch-sensitive device using tactile feedback to identify Braille characters , the method comprising: detecting a sheet on a touch-sensitive input device , the sheet comprising a plurality of sets of raised bumps or dots each representing one of a plurality of Braille characters ; detecting , by the touch-sensitive input device , a touch on the sheet; determining a next character output within a sequence of character outputs; and in response to determining that the touch is associated with a location on the sheet , which location is associated with the set of raised bumps or dots that represents the Braille character corresponding to the next character, providing tactile feedback to identify the next character. detecting a sheet on a touch-sensitive input device , the sheet comprising a plurality of sets of raised bumps or dots each representing one of a plurality of Braille characters ; detecting , by the touch-sensitive input device , a touch on the sheet; determining a next character output within a sequence of character outputs; and in response to determining that the touch is associated with a location on the sheet , which location is associated with the set of raised bumps or dots that represents the Braille character corresponding to the next character, providing tactile feedback to identify the next character.
A method of fabricating a semiconductor structure, the method comprising: forming a first patterned hardmask on a semiconductor substrate , the first patterned hardmask having features spaced apart by a pitch ; forming a second hardmask layer on the semiconductor substrate , between the features of the first patterned hardmask ; forming a segregated di-block co-polymer on the first patterned hardmask and on the second hardmask layer , the segregated di-block co-polymer comprising alternating first and second polymer blocks having a pitch between first blocks approximately equal to half the pitch of the features of the first patterned hardmask ; removing the second polymer blocks from the segregated di-block co-polymer; subsequent to removing the second polymer blocks , forming a second patterned hardmask from the second hardmask layer and forming a plurality of semiconductor fins in the semiconductor substrate using the first polymer blocks as a mask, the semiconductor fins having a pitch approximately equal to half the pitch of the features of the first patterned hardmask , wherein alternating fins of the plurality of semiconductor fins have corresponding alternating portions of the first patterned hardmask and the second patterned hardmask , respectively; removing a first fin of the plurality of semiconductor fins , the first fin having a portion of the first patterned hardmask thereon; and subsequent to removing the first fin, removing a second fin of the plurality of semiconductor fins , the second fin having a portion of the second patterned hardmask thereon. forming a first patterned hardmask on a semiconductor substrate , the first patterned hardmask having features spaced apart by a pitch ; forming a second hardmask layer on the semiconductor substrate , between the features of the first patterned hardmask ; forming a segregated di-block co-polymer on the first patterned hardmask and on the second hardmask layer , the segregated di-block co-polymer comprising alternating first and second polymer blocks having a pitch between first blocks approximately equal to half the pitch of the features of the first patterned hardmask ; removing the second polymer blocks from the segregated di-block co-polymer; subsequent to removing the second polymer blocks , forming a second patterned hardmask from the second hardmask layer and forming a plurality of semiconductor fins in the semiconductor substrate using the first polymer blocks as a mask, the semiconductor fins having a pitch approximately equal to half the pitch of the features of the first patterned hardmask , wherein alternating fins of the plurality of semiconductor fins have corresponding alternating portions of the first patterned hardmask and the second patterned hardmask , respectively; removing a first fin of the plurality of semiconductor fins , the first fin having a portion of the first patterned hardmask thereon; and subsequent to removing the first fin, removing a second fin of the plurality of semiconductor fins , the second fin having a portion of the second patterned hardmask thereon.
A controller for controlling a multi-path mobile communication flow, comprising: a processor configured to: receive Internet Protocol, IP, flow association information from a source of a multipath-IP-flow, wherein the IP flow association information indicates at least two associated sub-flows of a multi-path protocol originating from said source to a destination, wherein a first associated sub-flow is associated with a first Radio Access Technology, RAT, of the multi-path mobile communication flow, and a second associated sub-flow is associated with a second RAT of the multi-path mobile communication flow, wherein the first RAT and the second RAT are different RATs; characterized in that the processor is configured to determine based on the flow association information that the first associated sub-flow and the second associated sub-flow share a router; modify a routing table for the multi-path mobile communication flow so that the first associated sub-flow uses a different router; and send the modified routing table to at least one router upstream from the shared router. receive Internet Protocol, IP, flow association information from a source of a multipath-IP-flow, wherein the IP flow association information indicates at least two associated sub-flows of a multi-path protocol originating from said source to a destination, wherein a first associated sub-flow is associated with a first Radio Access Technology, RAT, of the multi-path mobile communication flow, and a second associated sub-flow is associated with a second RAT of the multi-path mobile communication flow, wherein the first RAT and the second RAT are different RATs; characterized in that the processor is configured to determine based on the flow association information that the first associated sub-flow and the second associated sub-flow share a router; modify a routing table for the multi-path mobile communication flow so that the first associated sub-flow uses a different router; and send the modified routing table to at least one router upstream from the shared router.
A computer-implemented method, in a content delivery, CD, network, wherein said CD network delivers content on behalf of multiple content providers , the method comprising: receiving, at a server in said CD network, multiple requests for content from a plurality of distinct clients ; determining, by the server , utilization of at least one capacity of said server ; the method being characterized in that : based on determining that the utilization of the at least one capacity of said server is not below a predetermined threshold, degrading processing of a most recently arrived non-degraded client request, wherein degrading processing of the most recently arrived non-degraded client request comprises throttling processing of the most recently arrived non-degraded client request; and in response to determining that the utilization of the at least one capacity of the server is below the predetermined threshold by a predetermined margin, un-degrading, by the server , the processing of an oldest degraded client request if any degraded client requests exist. receiving, at a server in said CD network, multiple requests for content from a plurality of distinct clients ; determining, by the server , utilization of at least one capacity of said server ; the method being characterized in that : based on determining that the utilization of the at least one capacity of said server is not below a predetermined threshold, degrading processing of a most recently arrived non-degraded client request, wherein degrading processing of the most recently arrived non-degraded client request comprises throttling processing of the most recently arrived non-degraded client request; and in response to determining that the utilization of the at least one capacity of the server is below the predetermined threshold by a predetermined margin, un-degrading, by the server , the processing of an oldest degraded client request if any degraded client requests exist. based on determining that the utilization of the at least one capacity of said server is not below a predetermined threshold, degrading processing of a most recently arrived non-degraded client request, wherein degrading processing of the most recently arrived non-degraded client request comprises throttling processing of the most recently arrived non-degraded client request; and in response to determining that the utilization of the at least one capacity of the server is below the predetermined threshold by a predetermined margin, un-degrading, by the server , the processing of an oldest degraded client request if any degraded client requests exist.
A method performed by a terminal in a communication system, the method comprising: performing a communication on at least one serving cell of a master cell group, MCG, associated with a first base station and at least one serving cell of a secondary cell group, SCG, associated with a second base station; determining whether a number of retransmissions of a radio link control, RLC, data for the SCG is equal to a maximum number of retransmissions; in case that the number of retransmissions of the RLC data for the SCG is equal to the maximum number of retransmissions, releasing physical uplink control channel, PUCCH, and sounding reference signal, SRS, for the at least one serving cell of the SCG; and transmitting, to the first base station, information regarding detected radio link failure for the SCG on the at least one serving cell of the MCG, wherein the information further includes a measurement result of each serving cell of the SCG. performing a communication on at least one serving cell of a master cell group, MCG, associated with a first base station and at least one serving cell of a secondary cell group, SCG, associated with a second base station; determining whether a number of retransmissions of a radio link control, RLC, data for the SCG is equal to a maximum number of retransmissions; in case that the number of retransmissions of the RLC data for the SCG is equal to the maximum number of retransmissions, releasing physical uplink control channel, PUCCH, and sounding reference signal, SRS, for the at least one serving cell of the SCG; and transmitting, to the first base station, information regarding detected radio link failure for the SCG on the at least one serving cell of the MCG, wherein the information further includes a measurement result of each serving cell of the SCG.