mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, comprising: determining, by a terminal device, a plurality of search spaces for transmitting same downlink control information, DCI; and detecting, by the terminal device, the DCI in the plurality of search spaces, wherein the method is characterized in that the determining, by the terminal device, the plurality of search spaces for transmitting the same DCI comprises: determining, by the terminal device, a second search space that transmits the same DCI as a first search space according to search space identity information comprised in the first search space, wherein the first search space and the second search space belong to the plurality of search spaces, wherein the plurality of search spaces occupy different time domain resources. determining, by a terminal device, a plurality of search spaces for transmitting same downlink control information, DCI; and detecting, by the terminal device, the DCI in the plurality of search spaces, wherein the method is characterized in that the determining, by the terminal device, the plurality of search spaces for transmitting the same DCI comprises: determining, by the terminal device, a second search space that transmits the same DCI as a first search space according to search space identity information comprised in the first search space, wherein the first search space and the second search space belong to the plurality of search spaces, wherein the plurality of search spaces occupy different time domain resources. determining, by the terminal device, a second search space that transmits the same DCI as a first search space according to search space identity information comprised in the first search space, wherein the first search space and the second search space belong to the plurality of search spaces, wherein the plurality of search spaces occupy different time domain resources.
A method comprising: determining, by a first wireless access point during a plurality of time periods, one or more utilization metric measurements; storing, by the first wireless access point, a history of utilization metric measurements comprising the one or more utilization metric measurements; receiving, by the first wireless access point and from a second wireless access point, utilization information indicating utilization of the second wireless access point; and receiving, by the first wireless access point, status information from a computing device, wherein the status information comprises activation or setting information over one or more second time periods; and adjusting, by the first wireless access point, a value for an operating parameter based, at least in part, on the history of utilization metric measurements, the utilization information, and the status information. determining, by a first wireless access point during a plurality of time periods, one or more utilization metric measurements; storing, by the first wireless access point, a history of utilization metric measurements comprising the one or more utilization metric measurements; receiving, by the first wireless access point and from a second wireless access point, utilization information indicating utilization of the second wireless access point; and receiving, by the first wireless access point, status information from a computing device, wherein the status information comprises activation or setting information over one or more second time periods; and adjusting, by the first wireless access point, a value for an operating parameter based, at least in part, on the history of utilization metric measurements, the utilization information, and the status information.
Method for coating workpieces, preferably consisting at least in portions of wood, wood materials, plastics material or the like, with a coating material, wherein the method comprises the steps of: providing a functional layer that can be made adhesive by inputting energy, supplying the coating material to a workpiece to be coated, at least partially activating the functional layer by gassing the functional layer with a heated gas, wherein the heated gas is discharged onto the functional layer via at least one discharge opening and a pressure of at least 1.5 bar in the region of the at least one discharge opening, and joining the coating material to the workpiece by means of the activated functional layer, characterised in that the at least one discharge opening is at a distance of at most 10 mm from the functional layer. providing a functional layer that can be made adhesive by inputting energy, supplying the coating material to a workpiece to be coated, at least partially activating the functional layer by gassing the functional layer with a heated gas, wherein the heated gas is discharged onto the functional layer via at least one discharge opening and a pressure of at least 1.5 bar in the region of the at least one discharge opening, and joining the coating material to the workpiece by means of the activated functional layer, characterised in that the at least one discharge opening is at a distance of at most 10 mm from the functional layer.
A computer-implemented method for the identification of a situation of interest in an industrial process of an industrial plant comprising: activating a set of industrial process fingerprints, wherein the set of industrial process fingerprints comprises hulls representing bounds of a set of reference process variables from a plurality of sensors monitoring the industrial process over a set of reference time periods, wherein the hulls are replaced by smoothed hulls, wherein the reference process variables are smoothed based on a smoothing parameter ρ for creating the smoothed hulls prior to creating the set of industrial process fingerprints, wherein the industrial process data is at least one of discrete data sets, categorical data sets, ordinal data sets or continuous data sets; loading the activated set of industrial process fingerprints into a processor; acquiring industrial process data by a management device from one or more of the plurality of sensors monitoring the industrial process; calculating a smoothed distance between the acquired industrial process data and one or more of the activated set of industrial process fingerprints by replacing the hulls with the smoothed hulls; comparing the calculated distance to a threshold value to determine whether a situation of interest in the industrial process of the industrial plant represented by one or more of the activated set of industrial process fingerprints is present; and initiating an action by a feedback device on detection of the threshold value by the management device based on the industrial process fingerprint. activating a set of industrial process fingerprints, wherein the set of industrial process fingerprints comprises hulls representing bounds of a set of reference process variables from a plurality of sensors monitoring the industrial process over a set of reference time periods, wherein the hulls are replaced by smoothed hulls, wherein the reference process variables are smoothed based on a smoothing parameter ρ for creating the smoothed hulls prior to creating the set of industrial process fingerprints, wherein the industrial process data is at least one of discrete data sets, categorical data sets, ordinal data sets or continuous data sets; loading the activated set of industrial process fingerprints into a processor; acquiring industrial process data by a management device from one or more of the plurality of sensors monitoring the industrial process; calculating a smoothed distance between the acquired industrial process data and one or more of the activated set of industrial process fingerprints by replacing the hulls with the smoothed hulls; comparing the calculated distance to a threshold value to determine whether a situation of interest in the industrial process of the industrial plant represented by one or more of the activated set of industrial process fingerprints is present; and initiating an action by a feedback device on detection of the threshold value by the management device based on the industrial process fingerprint.
A cluster arbitration method, comprising: detecting whether a fault has occurred in a first cluster group or a second cluster group, wherein the first cluster group comprises one portion of nodes of a first cluster and one portion of nodes of a second cluster, the second cluster group comprises another portion of nodes of the first cluster and another portion of nodes of the second cluster, and the first cluster and the second cluster cooperate with each other; and when detecting that a fault has occurred, determining respectively, by the first cluster group and the second cluster group, respective preemption representatives, wherein both the preemption representative of the first cluster group and the preemption representative of the second cluster group respectively perform the following steps: determining whether a fault has occurred in the respective cluster group; and if no fault has occurred in the respective cluster group, attempting to preempt an arbitration device, if a fault has occurred in the respective cluster group, quitting to preempt the arbitration device, wherein a cluster group whose preemption representative has successfully preempted the arbitration device according to a preset arbitration mechanism survives and continues service provision. detecting whether a fault has occurred in a first cluster group or a second cluster group, wherein the first cluster group comprises one portion of nodes of a first cluster and one portion of nodes of a second cluster, the second cluster group comprises another portion of nodes of the first cluster and another portion of nodes of the second cluster, and the first cluster and the second cluster cooperate with each other; and when detecting that a fault has occurred, determining respectively, by the first cluster group and the second cluster group, respective preemption representatives, wherein both the preemption representative of the first cluster group and the preemption representative of the second cluster group respectively perform the following steps: determining whether a fault has occurred in the respective cluster group; and if no fault has occurred in the respective cluster group, attempting to preempt an arbitration device, if a fault has occurred in the respective cluster group, quitting to preempt the arbitration device, wherein a cluster group whose preemption representative has successfully preempted the arbitration device according to a preset arbitration mechanism survives and continues service provision. determining whether a fault has occurred in the respective cluster group; and if no fault has occurred in the respective cluster group, attempting to preempt an arbitration device, if a fault has occurred in the respective cluster group, quitting to preempt the arbitration device, wherein a cluster group whose preemption representative has successfully preempted the arbitration device according to a preset arbitration mechanism survives and continues service provision.
A dyeable polyolefin fiber being a polymer alloy fiber having an islands-in-the-sea structure comprising a polyolefin as a sea component and a copolymerized polyester with cyclohexanedicarboxylic acid copolymerized as an island component, wherein a dispersion diameter of the island component in a lateral fiber cross section of the fiber is 30 to 1000 nm; wherein cyclohexanedicarboxylic acid is copolymerized at a ratio of 10 to 100 mol% relative to all dicarboxylic acid components in the copolymerized polyester.
Apparatus for grinding a product initially in the form of granules, grains or suchlike, comprising: a receptacle to contain the product to be ground and provided with an unloading aperture; a fixed grinder; a mobile grinder connectable to a drive motor; a grinding chamber in which the fixed grinder and the mobile grinder are located and provided with an discharge aperture to discharge the ground product, said grinding chamber, said fixed grinder and said mobile grinder defining a reception compartment, put in communication with said unloading aperture, and an unloading compartment, separated from said reception compartment by means of grinding teeth (19, 20) of the fixed and mobile grinders (13, 14) and put in communication with the discharge aperture, said grinding apparatus furthermore comprising at least a cleaning device, associated with the mobile grinder, and at least a control unit, being characterized in that the control unit is provided with commutation means, and associated with the drive motor so as to make said mobile grinder rotate in a first direction of rotation which is mainly for grinding and, alternatively, in a second direction of rotation for cleaning, opposite to the first direction of rotation and suitable to allow the discharge of ground residues present in the unloading chamber by means of said cleaning device.
A method (900, 1000, 1100) of validating the flow calibration factor of a Coriolis flowmeter adapted to process a material flow; said method comprising the steps of defining a reference density at a reference temperature of said material flow and measuring a line density and line temperature of said material flow, with the method being characterized by: comparing said reference density to said line density when said line temperature corresponds to said reference temperature. comparing said reference density to said line density when said line temperature corresponds to said reference temperature.
Paper coating compositions comprising a) from 30 to 80% by weight of inorganic pigment; b) from 0.05 to 3.0 parts by weight each 100 parts by weight of pigment of at least one water soluble nonionic comb polyurethane containing polyoxyethylene side-chains having each molecular weight higher than 500 and ethylene oxide content from 80 to 99.9% by weight; c) at least 15% by weight of water d) from 0.01 to 3% by weight of a dispersing agent; e) from 1 to 15% by weight of a binder, the paper coating compositions having Brookfield® viscosity at 25°C and 100 rpm of less than 3,000 mPa∗s.
A signal driver circuit, comprising: an input configured to receive an input signal (im, ip); an output configured to transmit an output signal (om, op); a low drop-out voltage regulator, LDO, having a regulated voltage output (V_LDO); a set of voltage-modulated amplifiers (708, 710) having a first input coupled to the regulated voltage output, and a second input configured to receive the input signal; wherein each voltage-modulated amplifier is configured to amplify the input signal and transmit an amplified input signal on the output of the signal driver circuit; a de-emphasis controller, including a set of de-emphasis levels; wherein the de-emphasis controller is configured to selectively switch-on a first subset of the set of voltage-modulated amplifiers and switch-off a second subset of the set of voltage-modulated amplifiers based on the de-emphasis levels. an input configured to receive an input signal (im, ip); an output configured to transmit an output signal (om, op); a low drop-out voltage regulator, LDO, having a regulated voltage output (V_LDO); a set of voltage-modulated amplifiers (708, 710) having a first input coupled to the regulated voltage output, and a second input configured to receive the input signal; wherein each voltage-modulated amplifier is configured to amplify the input signal and transmit an amplified input signal on the output of the signal driver circuit; a de-emphasis controller, including a set of de-emphasis levels; wherein the de-emphasis controller is configured to selectively switch-on a first subset of the set of voltage-modulated amplifiers and switch-off a second subset of the set of voltage-modulated amplifiers based on the de-emphasis levels.
A method of controlling media presentation at a media presentation system, the method being performed by a server system which is distinct from the media presentation system, wherein the server system comprises one or more processors and memory storing instructions for execution by the one or more processors, and the method comprising: authorizing a first electronic device associated with a first user to control the media presentation system; receiving, from the first electronic device, an authentication token for the media presentation system, wherein the authentication token is generated by the first electronic device; receiving, from a second electronic device that received the authentication token from the first electronic device in response to a request from the second electronic device for access to the media presentation system, a media control request including the authentication token; and in accordance with a determination that the authentication token permits access to the media presentation system, sending a command corresponding to the media control request to the media presentation system. authorizing a first electronic device associated with a first user to control the media presentation system; receiving, from the first electronic device, an authentication token for the media presentation system, wherein the authentication token is generated by the first electronic device; receiving, from a second electronic device that received the authentication token from the first electronic device in response to a request from the second electronic device for access to the media presentation system, a media control request including the authentication token; and in accordance with a determination that the authentication token permits access to the media presentation system, sending a command corresponding to the media control request to the media presentation system.
A multi-component force measurement spindle unit of a tire testing machine, comprising: a spindle shaft on which a tire can be mounted; an inner sleeve that rotatably supports the spindle shaft via a bearing part; an outer sleeve arranged on an outside of the inner sleeve along an axial center direction of the spindle shaft; a multi-component force measurement sensor that connects an end of the inner sleeve and an end of the outer sleeve to each other and is configured to measure a load acting on the outer sleeve from the inner sleeve; and a cooling part configured to cool the inner sleeve, the cooling part includes a cooling medium path through which a cooling medium for cooling flows, characterized in that the cooling medium path is formed along an outer peripheral surface of the inner sleeve and spirally formed along an axial direction of the inner sleeve, the inner sleeve configured to be cooled when the cooling medium flows through the cooling medium path. a spindle shaft on which a tire can be mounted; an inner sleeve that rotatably supports the spindle shaft via a bearing part; an outer sleeve arranged on an outside of the inner sleeve along an axial center direction of the spindle shaft; a multi-component force measurement sensor that connects an end of the inner sleeve and an end of the outer sleeve to each other and is configured to measure a load acting on the outer sleeve from the inner sleeve; and a cooling part configured to cool the inner sleeve, the cooling part includes a cooling medium path through which a cooling medium for cooling flows,
A dispersible non-woven fabric, comprising natural pulp fibers in an amount of from 70 to 90 wt.-% based on the total weight of the non-woven fabric, wherein at least 50% of the natural pulp fibers have a fiber coarseness of from 1.1 to 1.8 dtex; and cellulosic fibers in an amount of from 10 to 30 wt.-% based on the total weight of the non-woven fabric, wherein the cellulosic fibers have a fiber length of from 8 to 14 mm, wherein at least a part of the pulp fibers and of the cellulosic fibers are entangled with each other.
A frame loss concealment method performed by an audio decoder, the method comprising: analyzing sign changes of transform coefficients in received frames by determining a number of sign changes between corresponding transform coefficients in corresponding sub-vectors of consecutive non-erroneous frames that do not contain a transient, each sub-vector comprising multiple coefficients of a frequency band; accumulating the number of sign changes in corresponding sub-vectors over a predetermined number of consecutive non-erroneous frames that do not contain a transient; and reconstructing a lost frame by copying the transform coefficients from a previous non-erroneous frame that does not contain a transient, but with reversed signs of transform coefficients in sub-vectors having an accumulated number of sign changes that exceeds a predetermined threshold. analyzing sign changes of transform coefficients in received frames by determining a number of sign changes between corresponding transform coefficients in corresponding sub-vectors of consecutive non-erroneous frames that do not contain a transient, each sub-vector comprising multiple coefficients of a frequency band; accumulating the number of sign changes in corresponding sub-vectors over a predetermined number of consecutive non-erroneous frames that do not contain a transient; and reconstructing a lost frame by copying the transform coefficients from a previous non-erroneous frame that does not contain a transient, but with reversed signs of transform coefficients in sub-vectors having an accumulated number of sign changes that exceeds a predetermined threshold.
A switch comprising: a pair of electrodes serving as a stationary electrode and a movable electrode; a handler including a first mover (18, 19) to operate in withdrawing the movable electrode from the stationary electrode and closing the movable electrode toward the stationary electrode; a second mover connected to the movable electrode; an elastic connected between the first mover (18, 19) and the second mover to press the movable electrode against the stationary electrode; an attenuator to attenuate contraction of the elastic when the movable electrode is withdrawn from the stationary electrode; a permanent magnet at one of the first mover (18, 19) and the second mover; and a magnetic substance at another of the first mover (18, 19) and the second mover, and wherein the attenuator attenuates contraction of the elastic by attracting the magnetic substance to the permanent magnet. a pair of electrodes serving as a stationary electrode and a movable electrode; a handler including a first mover (18, 19) to operate in withdrawing the movable electrode from the stationary electrode and closing the movable electrode toward the stationary electrode; a second mover connected to the movable electrode; an elastic connected between the first mover (18, 19) and the second mover to press the movable electrode against the stationary electrode; an attenuator to attenuate contraction of the elastic when the movable electrode is withdrawn from the stationary electrode; a permanent magnet at one of the first mover (18, 19) and the second mover; and a magnetic substance at another of the first mover (18, 19) and the second mover, and wherein the attenuator attenuates contraction of the elastic by attracting the magnetic substance to the permanent magnet.
A composition comprising a dendritic cell-targeting lentiviral vector particle wherein the particle comprises a lentiviral vector genome comprising a polynucleotide sequence encoding IL-12, for use in the treatment of cancer wherein the composition is administered intratumorally.