mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding video data, the method comprising: decoding, by a video decoder from a slice segment header of a slice of a coded picture, data representative of a value for a picture order count resetting period identifier, wherein a POC resetting period identifier identifies a POC resetting period, and a POC resetting period comprises a sequence of pictures, each having the same value of POC resetting period identifier, wherein the data is associated with the coded picture of a layer of the video data, wherein the value of the POC resetting period identifier indicates a POC resetting period including the coded picture, wherein the coded picture comprises a POC anchor picture of the POC resetting period, and wherein the POC anchor picture corresponds to a first picture of the POC resetting period; and based at least in part on the POC resetting period identifier, resetting, by the video decoder, at least part of a POC value for the coded picture wherein resetting comprises: resetting all bits of the POC value for the POC anchor picture when an indication of a POC resetting type for the POC anchor picture indicates that the POC value for the POC anchor picture is to be fully reset; or resetting most significant bits of the POC value when the indication of the POC resetting type for the POC anchor picture indicates that the MSB of the POC value for the POC anchor picture are to be reset. resetting all bits of the POC value for the POC anchor picture when an indication of a POC resetting type for the POC anchor picture indicates that the POC value for the POC anchor picture is to be fully reset; or resetting most significant bits of the POC value when the indication of the POC resetting type for the POC anchor picture indicates that the MSB of the POC value for the POC anchor picture are to be reset.
A device for generating a secondary timing signal that is synchronous with a primary timing signal, the device comprising a processing system configured to: - receive an auxiliary signal received at a first site from a source of the auxiliary signal, - derive an auxiliary timing signal from the auxiliary signal, a first timing phase (φ1) being a timing phase of the auxiliary timing signal with respect to the primary timing signal, - receive, from one or more second sites, correction data expressing one or more second timing phases (φ2, φ3), and - correct the first timing phase (φ1) of the auxiliary timing signal so as to obtain a timing phase (φg) for the secondary timing signal based on: - a corrective timing phase (tpc) based on the received one or more second timing phases (φ2, φ3), and - a corrective constant being an estimate of a difference between the first timing phase of the auxiliary timing signal and the corrective timing phase, wherein the processing system is configured to compute the corrective constant on the basis of one or more instantaneous values of the first timing phase of the auxiliary timing signal and respective one or more instantaneous values of the corrective timing phase taken at one or more time instants when the primary timing signal is available to the device. - receive an auxiliary signal received at a first site from a source of the auxiliary signal, - derive an auxiliary timing signal from the auxiliary signal, a first timing phase (φ1) being a timing phase of the auxiliary timing signal with respect to the primary timing signal, - receive, from one or more second sites, correction data expressing one or more second timing phases (φ2, φ3), and - correct the first timing phase (φ1) of the auxiliary timing signal so as to obtain a timing phase (φg) for the secondary timing signal based on: - a corrective timing phase (tpc) based on the received one or more second timing phases (φ2, φ3), and - a corrective constant being an estimate of a difference between the first timing phase of the auxiliary timing signal and the corrective timing phase, - a corrective timing phase (tpc) based on the received one or more second timing phases (φ2, φ3), and - a corrective constant being an estimate of a difference between the first timing phase of the auxiliary timing signal and the corrective timing phase,
A furniture control for the installation into an electrically adjustable piece of seating furniture, the furniture control comprising - a control housing, that contains control components for the activation of motors of the piece of seating furniture, and that features a recess, into which an operating part can be inserted; - the operating part that features a flat sensor module with a touch-sensitive surface and is designed for detecting a respective position-dependent touch actuation of the surface of the sensor module and for generating a respective actuation signal for the control components based on a detected touch actuation; and - a sensor for detecting whether the operating part is inserted into the control housing; - wherein the operating part is designed for generating a first number of different actuation signals for the control components when the operating part is inserted into the control housing and for generating a second number of different actuation signals for the control components when the operating part is not inserted into the control housing, and wherein the second number is greater than the first number. - a control housing, that contains control components for the activation of motors of the piece of seating furniture, and that features a recess, into which an operating part can be inserted; - the operating part that features a flat sensor module with a touch-sensitive surface and is designed for detecting a respective position-dependent touch actuation of the surface of the sensor module and for generating a respective actuation signal for the control components based on a detected touch actuation; and - a sensor for detecting whether the operating part is inserted into the control housing; - wherein the operating part is designed for generating a first number of different actuation signals for the control components when the operating part is inserted into the control housing and for generating a second number of different actuation signals for the control components when the operating part is not inserted into the control housing, and wherein the second number is greater than the first number.
A computer-readable medium having computer-executable instructions for causing a computer to perform steps comprising: providing (206, 242) a transactional debugger application for debugging programs running under a transactional memory system; receiving (244, 272, 292, 452) a user input to assign at least one conflictpoint to a particular program running under the transactional memory system, wherein the at least one conflictpoint is assigned to a region of source code in a transaction in the particular program, or wherein the at least one conflictpoint is assigned to a particular variable in the particular program; receiving a user input to customize the settings for the at least one conflictpoint that specify when conflicts should be detected; running (246, 274, 294) the particular program in a debug mode using the transactional debugger application, wherein the customized settings for the at least one conflictpoint are used to determine when a conflict occurs; detecting (212, 248) an occurrence of a conflict on the at least one conflictpoint set in the particular program; and displaying (214, 250) information related to the detected conflict. providing (206, 242) a transactional debugger application for debugging programs running under a transactional memory system; receiving (244, 272, 292, 452) a user input to assign at least one conflictpoint to a particular program running under the transactional memory system, wherein the at least one conflictpoint is assigned to a region of source code in a transaction in the particular program, or wherein the at least one conflictpoint is assigned to a particular variable in the particular program; receiving a user input to customize the settings for the at least one conflictpoint that specify when conflicts should be detected; running (246, 274, 294) the particular program in a debug mode using the transactional debugger application, wherein the customized settings for the at least one conflictpoint are used to determine when a conflict occurs; detecting (212, 248) an occurrence of a conflict on the at least one conflictpoint set in the particular program; and displaying (214, 250) information related to the detected conflict.
A nuclear medicine imaging system comprising: an array of radiation detectors configured to detect, in terms of time and energy, radiation events; a coincidence processing unit configured to dynamically adjust an energy window and a time window and to select, from the detected radiation events, radiation events that satisfy the dynamically adjusted energy and time windows to define coincident pairs of events; a list memory (110, 410, 510) configured to record the coincident event pairs; and a reconstruction processor configured to reconstruct the coincident pairs into an image representation, and characterized in that the coincidence processing unit further comprises an interface for receiving a current operating temperature sensable by a sensor; wherein the coincidence processing unit is configured to dynamically adjust the time window and/or energy window settings using the current operating temperature. an array of radiation detectors configured to detect, in terms of time and energy, radiation events; a coincidence processing unit configured to dynamically adjust an energy window and a time window and to select, from the detected radiation events, radiation events that satisfy the dynamically adjusted energy and time windows to define coincident pairs of events; a list memory (110, 410, 510) configured to record the coincident event pairs; and a reconstruction processor configured to reconstruct the coincident pairs into an image representation, and characterized in that the coincidence processing unit further comprises an interface for receiving a current operating temperature sensable by a sensor;
A device for determining the coefficient of dynamic friction of flexible planar and/or linear textiles (1a, 1b), wherein it comprises a sensor of tensile force acting in the first flexible planar or linear textile, a tensioning means for tensioning the first flexible planar or linear textile by tension force (F n), wherein between the sensor of tensile force (Ft) and the tensioning means, a transversely rotatably mounted friction drum is coupled to a drive for rotational movement about the longitudinal axis of the friction drum at a constant speed of 50 to 5000 revolutions per minute in a direction (d) away from the sensor of tensile force (Ft) towards the tensioning means, wherein the friction drum is provided with means for temporarily arranging a second flexible planar or linear textile on its surface, in such a manner that it covers at least a part of the friction drum surface around its entire circumference, the sensor of tensile force being connected to a computing unit provided with means for determining the coefficient (f) of dynamic friction of the surfaces of the two flexible planar or linear textiles (1a, 1b).
Clutch device, having the following features: a hydraulically actuable piston which can be moved in an axial direction as a result of a piston volume being filled with a liquid; a multiple disc assembly which can be actuated by the piston and has at least one friction lining; a closed compensation space which is arranged on a side of the piston, which side lies opposite the piston volume, and can be filled with a liquid, a dead space being arranged in the axial direction between the piston volume and the compensation space, characterized in that the dead space is sealed both with regard to the compensation space and with regard to the piston volume. a hydraulically actuable piston which can be moved in an axial direction as a result of a piston volume being filled with a liquid; a multiple disc assembly which can be actuated by the piston and has at least one friction lining; a closed compensation space which is arranged on a side of the piston, which side lies opposite the piston volume, and can be filled with a liquid, a dead space being arranged in the axial direction between the piston volume and the compensation space, characterized in that the dead space is sealed both with regard to the compensation space and with regard to the piston volume.
Methodology for labeling of neurons characterized by combining simultaneously the Golgi-Cox impregnation technique and the technique of immunohistochemistry for bromodeoxyuridine (BrdU) on the same sample.
Medico-surgical apparatus (20, 120) adapted for fitting with the machine end of a tracheostomy tube, the apparatus including a housing having both a one-way speaking valve (30, 130) and two HME elements (28, 29, 126), the housing including a coupling adapted for fitting with the machine end of the tracheostomy tube, a body portion extending transversely of the coupling, an HME element (28 and 29) at opposite ends of the body portion and a cavity aligned with the coupling, characterized in that the speaking valve is angularly displaceably received in the cavity for displacement between a first position where flow through the HME elements (28, 29, 126) is enabled preferentially to flow through the speaking valve (30, 130) and a second position in which flow through the speaking valve (30, 130) is enabled preferentially to flow through the HME elements (28, 29, 126).
Data transmission method comprising: providing a motor power supply via at least one motor cable to a motor; determining sensor data related to the motor; determining a sensor signal based on the sensor data using a plurality of carrier frequencies (812, 814, 822, 824); and transmitting or receiving the sensor signal via at least one data line provided in a common cable jacket with the at least one motor cable; characterized by: the motor power supply comprising rising edges with a pre-determined rise time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the rise time; and/or the motor power supply comprising falling edges with a pre-determined fall time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the fall time. providing a motor power supply via at least one motor cable to a motor; determining sensor data related to the motor; determining a sensor signal based on the sensor data using a plurality of carrier frequencies (812, 814, 822, 824); and transmitting or receiving the sensor signal via at least one data line provided in a common cable jacket with the at least one motor cable; characterized by: the motor power supply comprising rising edges with a pre-determined rise time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the rise time; and/or the motor power supply comprising falling edges with a pre-determined fall time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the fall time. the motor power supply comprising rising edges with a pre-determined rise time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the rise time; and/or the motor power supply comprising falling edges with a pre-determined fall time, wherein the plurality of carrier frequencies (812, 814, 822, 824) comprises respective frequencies which are selected based on the inverse of the fall time.
Sliding door which has, extending along its lower edge, a lowerable bottom seal, wherein a further bottom seal, which can likewise be lowered and extends transversely with respect to the lowerable bottom seal, is arranged in a lower region of an end side of the sliding door, characterized in that the further lowerable floor seal has a cross member which carries a further seal, wherein the cross member and/or the further seal extends at least over the thickness of the sliding door.
A hub arrangement for twin wheels comprising two hubs (8, 12) which are rotatable relative to one another and which are each assigned a braking arrangement (16, 17) which is actuable jointly with the respective other braking arrangement, characterized in that axial end sections of the two hubs (8, 12) which are coaxial with respect to one another axially project into a brake housing, with a first brake disc pack being arranged radially between the one end section and an inner circumference of the brake housing, and with a second brake disc pack which is axially adjacent to the first brake disc pack being arranged radially between the other end section and the inner circumference of the brake housing; and in that both brake disc packs (16, 17) can be shifted in an axial direction against an abutment wall of the brake housing by means of a pressure unit (20, 21, 22) at the brake housing side.
A method for transmitting a downlink control channel in a Long Term Evolution, LTE, communication system using Orthogonal Frequency Division Multiplexing, OFDM, the method comprising: mapping the downlink control channel to mini control channel elements, mini-CCEs, in a plurality of control resource blocks, wherein each control resource block consists of L OFDM symbols; and transmitting downlink control information via the mapped downlink control channel, wherein each of the mini- CCEs comprises a plurality of resource elements, REs, and one RE is expressed with a time index indicating an OFDM symbol on a time domain and a frequency index indicating a subcarrier on a frequency domain, and wherein, when the plurality of control resource blocks uses 4 antenna ports for transmission of a reference signal and L=3 OFDM symbols, seven mini-CCEs included in each control resource block are indexed sequentially based on the following order: the first indexed mini-CCE and the fifth indexed mini-CCE among the seven mini-CCEs are arranged in the first OFDM symbol, the second indexed mini-CCE and the sixth indexed mini-CCE among the seven mini-CCEs are arranged in the second OFDM symbol, and the third indexed mini-CCE, the fourth indexed mini-CCE, and the seventh indexed mini-CCE among the seven mini-CCEs are arranged in the third OFDM symbol, wherein the downlink control channel is mapped to the mini-CCEs based on the order of the mini-CCE indexing. mapping the downlink control channel to mini control channel elements, mini-CCEs, in a plurality of control resource blocks, wherein each control resource block consists of L OFDM symbols; and transmitting downlink control information via the mapped downlink control channel, wherein each of the mini- CCEs comprises a plurality of resource elements, REs, and one RE is expressed with a time index indicating an OFDM symbol on a time domain and a frequency index indicating a subcarrier on a frequency domain, and wherein, when the plurality of control resource blocks uses 4 antenna ports for transmission of a reference signal and L=3 OFDM symbols, seven mini-CCEs included in each control resource block are indexed sequentially based on the following order: the first indexed mini-CCE and the fifth indexed mini-CCE among the seven mini-CCEs are arranged in the first OFDM symbol, the second indexed mini-CCE and the sixth indexed mini-CCE among the seven mini-CCEs are arranged in the second OFDM symbol, and the third indexed mini-CCE, the fourth indexed mini-CCE, and the seventh indexed mini-CCE among the seven mini-CCEs are arranged in the third OFDM symbol, wherein the downlink control channel is mapped to the mini-CCEs based on the order of the mini-CCE indexing.
A method of following the crystallization of a substance in solution in a solvent, comprising the following steps: - droplets of said solution, optionally with different concentrations of said substance, are formed in an inert phase; - the droplets are produced and stored in at least one storage microchannel; - crystals are formed in all the droplets by cooling these droplets below the solubility temperature of said substance; - the temperature is increased so as to dissolve at least some of the crystals in at least some droplets; and - the crystallization and dissolution process is observed by analyzing means. - droplets of said solution, optionally with different concentrations of said substance, are formed in an inert phase; - the droplets are produced and stored in at least one storage microchannel; - crystals are formed in all the droplets by cooling these droplets below the solubility temperature of said substance; - the temperature is increased so as to dissolve at least some of the crystals in at least some droplets; and - the crystallization and dissolution process is observed by analyzing means.
A titanium alloy member consisting of, in mass%, Al: more than or equal to 4.5% and less than 5.5%, Fe: more than or equal to 1.3% and less than 2.3%, Si: more than or equal to 0.25% and less than 0.50%, O: more than or equal to 0.05% and less than 0.25%, and the balance: titanium and unavoidable impurities, wherein the titanium alloy member has a microscopic structure that is an acicular structure having an acicular α phase with a mean width of less than 5 μm. Al: more than or equal to 4.5% and less than 5.5%, Fe: more than or equal to 1.3% and less than 2.3%, Si: more than or equal to 0.25% and less than 0.50%, O: more than or equal to 0.05% and less than 0.25%, and the balance: titanium and unavoidable impurities,
A method for controlling a target switch assembly in a chain of switch assemblies (232A to 232M), the method comprising: distributing the chain of switch assemblies (232A to 232M) in a wellbore; placing a controller at a head of the wellbore; making a first decision, at the controller, to actuate a corresponding detonator of the target switch assembly; transmitting, from the controller to the target switch assembly, a fire command to activate the corresponding detonator; and characterised by: making a second decision, locally, at the target switch assembly, whether or not to activate the detonator, after the fire command from the controller is received, based on whether or not a voltage of a thru-line that extends from the controller to the target switch assembly, measured by the target switch assembly, is larger than a threshold voltage. distributing the chain of switch assemblies (232A to 232M) in a wellbore; placing a controller at a head of the wellbore; making a first decision, at the controller, to actuate a corresponding detonator of the target switch assembly; transmitting, from the controller to the target switch assembly, a fire command to activate the corresponding detonator; and characterised by: making a second decision, locally, at the target switch assembly, whether or not to activate the detonator, after the fire command from the controller is received, based on whether or not a voltage of a thru-line that extends from the controller to the target switch assembly, measured by the target switch assembly, is larger than a threshold voltage.
Device for the degassing and dispensing of bone cement, with a dispensing tube, whereby the dispensing tube comprises at least one region that is gas-permeable, but impermeable to bone cement, characterised in that the gas-permeable region is formed by a porous filter material, which is provided integrated with the dispensing tube or covers openings in the dispensing tube.