mhurhangee/ep-ind-claims huggingface dataset:
A method for a first electronic device to process data, the method comprising: determining a loss of data when data that are transmitted to a plurality of electronic devices have not been received by the first device; identifying a neighbouring terminal that is capable of retransmitting the lost data, based on retrieved information about neighbouring terminals; requesting retransmission of the lost data from the identified neighbouring terminal; receiving the data whose loss is determined, in response to the request; setting a transmission or reception power based on the location of the identified neighbouring terminal; and requesting transmission of the lost data, at the set transmission or reception power wherein the data transmitted to the plurality of electronic devices corresponds to at least one of broadcasting data or multicasting data. determining a loss of data when data that are transmitted to a plurality of electronic devices have not been received by the first device; identifying a neighbouring terminal that is capable of retransmitting the lost data, based on retrieved information about neighbouring terminals; requesting retransmission of the lost data from the identified neighbouring terminal; receiving the data whose loss is determined, in response to the request; setting a transmission or reception power based on the location of the identified neighbouring terminal; and requesting transmission of the lost data, at the set transmission or reception power wherein the data transmitted to the plurality of electronic devices corresponds to at least one of broadcasting data or multicasting data.
A method for transmitting a signal based on a plurality of spatial streams, SSs, in a wireless LAN, WLAN, system, the method comprising: determining, by a first station, STA, Modulation and Coding Scheme, MCS, information for the plurality of SSs, wherein a maximum number of the plurality of SSs is eight, wherein the MCS information includes first information related to a reference MCS and second information related to modulation order differential information for the plurality of SSs, wherein the plurality of SSs have a same code rate as the reference MCS, and wherein a plurality of MCSs for the plurality of SSs are determined based on the first information and the second information; and transmitting, by the first STA, the signal including the determined MCS information to a second STA based on the plurality of SSs. determining, by a first station, STA, Modulation and Coding Scheme, MCS, information for the plurality of SSs, wherein a maximum number of the plurality of SSs is eight, wherein the MCS information includes first information related to a reference MCS and second information related to modulation order differential information for the plurality of SSs, wherein the plurality of SSs have a same code rate as the reference MCS, and wherein a plurality of MCSs for the plurality of SSs are determined based on the first information and the second information; and transmitting, by the first STA, the signal including the determined MCS information to a second STA based on the plurality of SSs.
Safety link for ship to shore-, shore to ship- and/or ship to ship-communications comprising a control module or control modules (1 - 4) to arrange for emergency shutdown ESD communication between an unloading storage facility for hazardous goods on either ship or shore and a loading storage facility for hazardous goods on either ship or shore, and comprising at least one of pneumatic -, electrical -, and/or fiber-optic - umbilical lines, wherein the control module is, or the control modules (1 - 4) are provided with connectors for coupling the control module or control modules with said pneumatic -, electrical -,and/or fiber-optic - umbilical lines, wherein the said control modules to which said umbilical lines are coupled are designed for birectional communication on each umbilical line between a ship type control module and a shore type control module, characterized in that the control module is or the control modules (1 - 4) are equipped with a transfer switch to switch the communication mode of the concerning control module between acting as a ship type control module and acting as a shore type control module.
A method of generating haptic effects, the method comprising: receiving a haptic effect primitive comprising a plurality of input parameters wherein one of the parameters is a frequency; receiving an input from a sensor; characterized by the further steps of: generating a haptic effect signal based on the haptic effect primitive, wherein the haptic effect signal comprises a plurality of output parameters, and at least one of the output parameters is varied based on the sensor input by varying the frequency based on the sensor input; and applying the haptic effect signal to an actuator. receiving a haptic effect primitive comprising a plurality of input parameters wherein one of the parameters is a frequency; receiving an input from a sensor; characterized by the further steps of: generating a haptic effect signal based on the haptic effect primitive, wherein the haptic effect signal comprises a plurality of output parameters, and at least one of the output parameters is varied based on the sensor input by varying the frequency based on the sensor input; and applying the haptic effect signal to an actuator. generating a haptic effect signal based on the haptic effect primitive, wherein the haptic effect signal comprises a plurality of output parameters, and at least one of the output parameters is varied based on the sensor input by varying the frequency based on the sensor input; and applying the haptic effect signal to an actuator.
A method of forming a multi-layered paperboard comprising a bottom layer, a top layer and a middle layer arranged between the top layer and the bottom layer, wherein the middle layer is formed from a middle layer furnish comprising at least 30% by dry weight of a high-temperature chemithermomechanical pulp (HT-CTMP) from a mixture of hardwood and softwood, which middle layer furnish is fed to a wire from a middle layer head box in which the consistency is above 0.30%, such as above 0.40%, such as at least 0.43%, wherein the term HT-CTMP refers to CTMP that has, during the production thereof, been heated to a temperature of at least 140 °C, preferably of at least 150 °C, more preferably of at least 160 °C, prior to the refining step.
A system for automatically detecting a stent within an intraluminal image, comprising: a processing unit; and a storage device coupled to the processing unit and having stored therein information for configuring the processing unit to: generate a first training set of pre-defined intraluminal images known to contain a stent and a second training set of pre-defined intraluminal images known to contain tissue, wherein the training sets are defined by a region around a lumen border, generate principal components for both training sets to compute a tissue space and a stent space; project a region of an A-line input intraluminal image around the lumen border onto the stent space and tissue space; compute a tissue error and a stent error by comparing the projected region of the input intraluminal image to the tissue space and the stent space; detect the stent within the input intraluminal image at locations at which the stent error is lower than the tissue error. a processing unit; and a storage device coupled to the processing unit and having stored therein information for configuring the processing unit to: generate a first training set of pre-defined intraluminal images known to contain a stent and a second training set of pre-defined intraluminal images known to contain tissue, wherein the training sets are defined by a region around a lumen border, generate principal components for both training sets to compute a tissue space and a stent space; project a region of an A-line input intraluminal image around the lumen border onto the stent space and tissue space; compute a tissue error and a stent error by comparing the projected region of the input intraluminal image to the tissue space and the stent space; detect the stent within the input intraluminal image at locations at which the stent error is lower than the tissue error. generate a first training set of pre-defined intraluminal images known to contain a stent and a second training set of pre-defined intraluminal images known to contain tissue, wherein the training sets are defined by a region around a lumen border, generate principal components for both training sets to compute a tissue space and a stent space; project a region of an A-line input intraluminal image around the lumen border onto the stent space and tissue space; compute a tissue error and a stent error by comparing the projected region of the input intraluminal image to the tissue space and the stent space; detect the stent within the input intraluminal image at locations at which the stent error is lower than the tissue error.
A method of controlling reverse link transmission power in a wireless communications network, comprising: measuring a signal-to-interference+noise (SINR) for a plurality of mobile stations; determining a power control adjustment for each of the mobile stations based on the measured SINR for the mobile station, a fixed target SINR and a variable traffic-to-pilot ratio, TPR, that is adjusted based on actual operating conditions for each served mobile station, the fixed target SINR being used for power control adjustment of a plurality of mobile stations; and sending the power control adjustments to the mobile stations. measuring a signal-to-interference+noise (SINR) for a plurality of mobile stations; determining a power control adjustment for each of the mobile stations based on the measured SINR for the mobile station, a fixed target SINR and a variable traffic-to-pilot ratio, TPR, that is adjusted based on actual operating conditions for each served mobile station, the fixed target SINR being used for power control adjustment of a plurality of mobile stations; and sending the power control adjustments to the mobile stations.
A method of determining whether a cylinder (1, 2, 3, 4) in an engine system comprising a plurality of cylinders is ready for injection/ignition, the method comprising: monitoring the in-cylinder pressure of each of the plurality of cylinders within the engine system while the engine is cranking; determining a pressure related parameter for each cylinder within the engine system; wherein, in the event that the pressure related parameter in a given cylinder exceeds a first threshold, during cranking, the method further comprises performing a diagnostic test in order to determine whether the given cylinder is ready for a first injection/ignition; characterised in that the pressure related parameter is the rate of change of pressure within the cylinders with respect to time or crank angle.
A swallowable capsule for providing phototherapy to a patient's gastrointestinal tract, the capsule comprising: a power supply; one or more phototherapeutic light sources (21 22); a speed determination unit for determining speed of movement of the capsule along the GI tract at a target site; and a controller unit for controlling illumination by said one or more phototherapeutic light sources so as to provide an effective phototherapeutic illumination dose to said target site based, at least in part, on said determined speed of movement of the capsule along the GI tract at said target site. a power supply; one or more phototherapeutic light sources (21 22); a speed determination unit for determining speed of movement of the capsule along the GI tract at a target site; and a controller unit for controlling illumination by said one or more phototherapeutic light sources so as to provide an effective phototherapeutic illumination dose to said target site based, at least in part, on said determined speed of movement of the capsule along the GI tract at said target site.
A method of reducing heating at an electrode of an implantable medical system during an MRI scan, comprising: monitoring a temperature at the electrode during an MRI scan; and upon detecting that the temperature being monitored exceeds a threshold, then reducing the current reaching the electrode, wherein reducing the current reaching the electrode comprises opening a switch in series with the electrode or activating a shunt in parallel with the electrode. monitoring a temperature at the electrode during an MRI scan; and upon detecting that the temperature being monitored exceeds a threshold, then reducing the current reaching the electrode, wherein reducing the current reaching the electrode comprises opening a switch in series with the electrode or activating a shunt in parallel with the electrode.
A pull-out guide for a furniture part, in particular a drawer, able to be pulled out from a furniture carcass and pushed therein again, wherein the pull-out guide has at least one carcass rail for securing to the furniture carcass and at least one drawer rail for securing to the furniture part and at least one middle rail, wherein the middle rail is mounted in a longitudinally displaceable manner on the carcass rail and the drawer rail is mounted in a longitudinally displaceable manner on the middle rail, and wherein the pull-out guide has at least one damper for damping a push-in motion of the furniture part, characterized in that the at least one damper is mounted in a floating manner on the middle rail.
A method for detecting at least one endometrial marker associated with an endometrium phase in a human subject, wherein the at least one endometrial marker comprises WAP four-disulfide core domain 2 polypeptide (WFDC2), the method comprising: (a) in a biological sample obtained from the subject, the biological sample being derived from endometrial tissue or blood, measuring the amount of the at least one endometrial marker in the biological sample; and, (b) comparing the measured amount with a standard amount, wherein a difference between the measured amount and the standard amount is indicative of the presence of the endometrium phase. (a) in a biological sample obtained from the subject, the biological sample being derived from endometrial tissue or blood, measuring the amount of the at least one endometrial marker in the biological sample; and, (b) comparing the measured amount with a standard amount, wherein a difference between the measured amount and the standard amount is indicative of the presence of the endometrium phase.
A bike trailer comprising a main frame comprising a lower frame portion, a rear frame portion and two side frame portions (5,6) provided on opposite lateral sides of the lower frame portion, the main frame defining an accommodation space for a passenger, wherein the bike trailer has an extension in a longitudinal direction, in a transverse direction and in a height direction, the bike trailer comprising a seat structure forming a seating area for the passenger, the seat structure comprising a seat back and a seat bottom, wherein the seat back is configured for releasable connection to the bike trailer in a first position and in a second position, the first position providing a first lateral seating area for the passenger, and the second position providing a centralized seating area for the passenger, as seen in the transverse direction, characterized in that the rear frame portion comprises an upper cross bar having a central portion and first and second lateral portions (8b,8c) provided on opposite sides of the central portion, as seen in the transverse direction, wherein the seat back is releasably connected to the upper cross bar at an upper end section of the seat back, and wherein the seat back is configured for releasable connection to the upper cross bar in the first position and in the second position, the first position being arranged on the first lateral portion of the cross bar, thus forming the first lateral seating area for the passenger, and the second position being arranged on the central portion of the upper cross bar, thus forming the centralized seating area for the passenger.
A replaceable blade for attachment to a mounting member of a lawn mower, said blade comprising: a central portion having an upper surface, a lower surface, and opposing side edges; a tip portion extending from said central portion; a plurality of locking apertures, characterized in that said plurality of locking apertures includes three locking apertures forming a pattern, and wherein a line extending between of any two of said three locking apertures is not parallel to a longitudinal axis or a lateral axis of said central portion. a central portion having an upper surface, a lower surface, and opposing side edges; a tip portion extending from said central portion; a plurality of locking apertures, characterized in that said plurality of locking apertures includes three locking apertures forming a pattern, and wherein a line extending between of any two of said three locking apertures is not parallel to a longitudinal axis or a lateral axis of said central portion.
A method for producing an insulation element for a stator base body or rotor base body or single tooth base body, including the steps: • providing an insulation material, and • processing the insulation material to produce the insulation element from the insulation material, and • receiving or generating or retrieving of processing data using a control unit, by which the insulation material has to be processed in order to produce the insulation element before the insulation element can be inserted into a groove in the stator base body or rotor base body or single tooth base body, wherein • the step of processing the insulation material is performed using a laser device and in accordance with the processing data, • the processing data define at least one weakening area of the insulation material for weakening the insulation material or at least one cutting area of the insulation material for cutting the insulation material and at least one weakening area of the insulation material for weakening the insulation material, and • processing includes weakening the insulation material along the weakening point, or cutting the insulation material along the interface and weakening the insulation material along the weakening point. • providing an insulation material, and • processing the insulation material to produce the insulation element from the insulation material, and • receiving or generating or retrieving of processing data using a control unit, by which the insulation material has to be processed in order to produce the insulation element before the insulation element can be inserted into a groove in the stator base body or rotor base body or single tooth base body, • the step of processing the insulation material is performed using a laser device and in accordance with the processing data, • the processing data define at least one weakening area of the insulation material for weakening the insulation material or at least one cutting area of the insulation material for cutting the insulation material and at least one weakening area of the insulation material for weakening the insulation material, and • processing includes weakening the insulation material along the weakening point, or cutting the insulation material along the interface and weakening the insulation material along the weakening point.
A computer-implemented method of detecting a need for maintenance of an exercise machine which comprises a time-of-flight sensor configured to measure distance in the exercise machine by transmitting a signal and receiving a reflection of the signal against a reflective element, the method comprising: obtaining a measurement signal from the time-of-flight sensor at a predefined operating condition of the exercise machine; determining, based on the measurement signal, a measured distance (Dc) between the time-of-flight sensor and the reflective element in the exercise machine; and evaluating (304, 305) the measured distance (Dc) for detection of the need for maintenance. obtaining a measurement signal from the time-of-flight sensor at a predefined operating condition of the exercise machine; determining, based on the measurement signal, a measured distance (Dc) between the time-of-flight sensor and the reflective element in the exercise machine; and evaluating (304, 305) the measured distance (Dc) for detection of the need for maintenance.
One or more computer-readable media having instructions stored thereon, that when executed by one or more processors of a user equipment, cause the user equipment to: obtain, from an evolved Node B, eNB of a wireless communication network, a time domain averaging indicator having a single bit to indicate whether the user equipment is to restrict interference measurement to a number of recently received channel state information interference measurement, CSI-IM resources in a single subframe or not; derive an interference measurement based on said indicated number of recently received CSI-IM resources in said single subframe; compute a channel quality indicator, CQI value based on the derived interference measurement; and report the CQI value to the eNB; characterized in that the single bit of the time domain averaging indicator is to have a first value to indicate that the user equipment is to restrict interference measurement to said number of recently received CSI-IM resources in the single subframe, or a second value to indicate that time domain averaging is unrestricted in a time domain. obtain, from an evolved Node B, eNB of a wireless communication network, a time domain averaging indicator having a single bit to indicate whether the user equipment is to restrict interference measurement to a number of recently received channel state information interference measurement, CSI-IM resources in a single subframe or not; derive an interference measurement based on said indicated number of recently received CSI-IM resources in said single subframe; compute a channel quality indicator, CQI value based on the derived interference measurement; and report the CQI value to the eNB; characterized in that the single bit of the time domain averaging indicator is to have a first value to indicate that the user equipment is to restrict interference measurement to said number of recently received CSI-IM resources in the single subframe, or a second value to indicate that time domain averaging is unrestricted in a time domain.