mhurhangee/ep-ind-claims huggingface dataset:
A method for determining life expectancy information of an LED module having a plurality of LEDs, the method comprising the steps of - detecting forward voltages of the LED module at times less than 100 ms apart, - comparing (S80, S90) a currently detected forward voltage with one or more previously detected forward voltages to detect a voltage jump (322, 323, 421-425, 521) that reaches a minimum jump voltage within a predetermined jump duration, wherein the minimum jump voltage is at least 60 mV and the predetermined jump duration is less than 100 ms long, and - determining (S92, S94) a life expectancy information based on one or more detected voltage jumps, wherein the life expectancy information comprises - first alarm information which is output if an initial voltage jump (322, 421, 521) is detected, and characterized by - a second alarm information which is output if more than a predetermined number of voltage jumps are detected within a predetermined period of time, in particular within a predetermined period of time of the LED module when switched on. - detecting forward voltages of the LED module at times less than 100 ms apart, - comparing (S80, S90) a currently detected forward voltage with one or more previously detected forward voltages to detect a voltage jump (322, 323, 421-425, 521) that reaches a minimum jump voltage within a predetermined jump duration, wherein the minimum jump voltage is at least 60 mV and the predetermined jump duration is less than 100 ms long, and - determining (S92, S94) a life expectancy information based on one or more detected voltage jumps, wherein the life expectancy information comprises - first alarm information which is output if an initial voltage jump (322, 421, 521) is detected, and characterized by - a second alarm information which is output if more than a predetermined number of voltage jumps are detected within a predetermined period of time, in particular within a predetermined period of time of the LED module when switched on.
A method, comprising: receiving a plurality of microphone signals ( X̃ m ( l, k)); for each channel (m) in the microphone signals, transforming the microphone signals into the frequency subband domain, performing speaker activity detection, and determining a noise power spectral density; characterised by performing frequency-based channel selection using speaker activity detection information, microphone signal spectra and noise PSD information, to provide mixed values of signal spectra, signal power and noise power; and using the mixed values to perform noise reduction on the signal for the selected channel after signal mixing. receiving a plurality of microphone signals ( X̃ m ( l, k)); for each channel (m) in the microphone signals, transforming the microphone signals into the frequency subband domain, performing speaker activity detection, and determining a noise power spectral density; characterised by performing frequency-based channel selection using speaker activity detection information, microphone signal spectra and noise PSD information, to provide mixed values of signal spectra, signal power and noise power; and using the mixed values to perform noise reduction on the signal for the selected channel after signal mixing.
A support (30;30A;30B;30C;30D;30E) for the wall assembly of a cantilever cupboard of the type comprising at least one fixing means and a plaque (31;31A;31B;31C;31D;31E) suitable for being fixed to said wall by said fixing means (34;34A;34B,134B;34C;34D;34E,134E,234E), said plaque (31;31A;31B;31C;31D;31E) also having at least one raised section (32;32A;32B;32C;32D;32E) with respect to said wall with at least one window (33;33A;33B;33C;33D;33E) for the connection of a hook of a hanging bracket device fixed to said cupboard, wherein said fixing means comprises a dowel to be inserted in a hole of the wall and expanded by a screw (38;38A;38B,138B;38C;38D;38E, 138E,238E) passing through a hole of the plaque, characterized in comprising at least one pin (35;35A,135A;35B,135B;35C;35D;35E) extending integrally from said plaque (31;31A;31B;31C;31D;31E), wherein said pin is suitable for being introduced into a hole of said wall and cooperates with said at least one fixing means (34;34A;34B,134B;34C;34D;34E,134E,234E) for resisting to forces applied to the plaque in vertical and horizontal directions.
Device for attaching an arm support structure for supporting the movement of an arm, for example an orthosis or an arm exoskeleton, to a wheelchair or the like, having a connecting element for connection to the arm support structure, and having a connecting element for connection to the wheelchair or the like, the connecting element for connection to the arm support structure being formed by a connecting rod which is arranged substantially vertically and is rotatable by an angle β, and the connecting element for connection to the wheelchair or the like being formed by a connecting rod which is arranged substantially vertically and is rotatable, and the connecting rods (7, 8) being movably interconnected by two parallel transverse rods (9, 10) via pivot joints (11, 12, 13, 14), characterised in that the connecting rods (7, 8) and the transverse rods (9, 10) form an adjustable parallelogram, so that the connecting rod that can be connected to the arm support structure is adjustable both in height (h) and at an angle δ relative to the connecting rod for connection to the wheelchair or the like.
An asymmetric inlet particle separator for a gas turbine engine, comprising: an inlet having a first cross-sectional shape; a duct downstream of the inlet, the duct including a bend upstream from a splitter, a scavenge branch and an engine airflow branch, the splitter outside of a line of sight from the inlet and the splitter separates the scavenge branch from the engine airflow branch; and an annulus downstream of the engine airflow branch configured to be coupled to the gas turbine engine, the annulus having a second cross-sectional shape, and the engine airflow branch transitions from the first cross-sectional shape to the second cross-sectional shape, wherein the annulus defines an annulus centerline, and at least the inlet is offset from and asymmetric relative to the annulus centerline and does not surround the annulus centerline, wherein the first cross-sectional shape is rectangular, and the second cross-sectional shape is annular, and wherein the engine air flow branch transitions to the second annular cross-section shape downstream from the splitter and downstream from the scavenge branch. an inlet having a first cross-sectional shape; a duct downstream of the inlet, the duct including a bend upstream from a splitter, a scavenge branch and an engine airflow branch, the splitter outside of a line of sight from the inlet and the splitter separates the scavenge branch from the engine airflow branch; and an annulus downstream of the engine airflow branch configured to be coupled to the gas turbine engine, the annulus having a second cross-sectional shape, and the engine airflow branch transitions from the first cross-sectional shape to the second cross-sectional shape, wherein the annulus defines an annulus centerline, and at least the inlet is offset from and asymmetric relative to the annulus centerline and does not surround the annulus centerline, wherein the first cross-sectional shape is rectangular, and the second cross-sectional shape is annular, and wherein the engine air flow branch transitions to the second annular cross-section shape downstream from the splitter and downstream from the scavenge branch.
A convertible wheelchair ramp system for a vehicle, characterized in that the convertible wheelchair ramp system includes a manual ramp configuration and a power ramp configuration, the convertible wheelchair ramp system comprising: a first spindle when the convertible wheelchair ramp system is in the manual ramp configuration and a second spindle when the convertible wheelchair ramp system is in the power ramp configuration; a bimodal bracket including a spindle aperture configured to engage the first spindle in a manual ramp mode and to engage the second spindle in a power ramp mode; a common ramp assembly for use in both the manual ramp mode and the power ramp mode, the common ramp assembly including a first ramp plate rotatably coupled to the first spindle in the manual ramp mode and through the second spindle in the power ramp mode, the first ramp plate including a chain wheel mounting location; a common ramp fold arm for use in both of the manual ramp mode and the power ramp mode, the common ramp fold arm fixedly coupled to the first ramp plate and rotatably coupled to the bimodal bracket; and a common fold arm collar configured to separately mount to either of the first spindle in the manual ramp mode or to the second spindle in the power ramp mode, wherein mounting of the common fold arm collar to the first spindle provides for the manual ramp configuration and the mounting of the common fold arm collar to the second spindle provides for the power ramp configuration. a first spindle when the convertible wheelchair ramp system is in the manual ramp configuration and a second spindle when the convertible wheelchair ramp system is in the power ramp configuration; a bimodal bracket including a spindle aperture configured to engage the first spindle in a manual ramp mode and to engage the second spindle in a power ramp mode; a common ramp assembly for use in both the manual ramp mode and the power ramp mode, the common ramp assembly including a first ramp plate rotatably coupled to the first spindle in the manual ramp mode and through the second spindle in the power ramp mode, the first ramp plate including a chain wheel mounting location; a common ramp fold arm for use in both of the manual ramp mode and the power ramp mode, the common ramp fold arm fixedly coupled to the first ramp plate and rotatably coupled to the bimodal bracket; and a common fold arm collar configured to separately mount to either of the first spindle in the manual ramp mode or to the second spindle in the power ramp mode, wherein mounting of the common fold arm collar to the first spindle provides for the manual ramp configuration and the mounting of the common fold arm collar to the second spindle provides for the power ramp configuration.
A method for a Media Server in a telecommunication network of delivering media streams received from a multi-party call to a participating Client User Equipment for local audio or video media rendering, the method comprising: - Determining a maximum number of media streams to be delivered simultaneously, based on a negotiation with the Client User Equipment; - Regularly receiving an updated request for media streams from the Client User Equipment, the request indicating a client priority for each media stream; - Selecting media streams from the request, the selection based on the client priority of the requested media streams, and on that the number of selected media streams shall not exceed the determined maximum number of media streams, and - Sending the selected media streams to the Client User Equipment for local rendering of the multi-party call, wherein the rendering is based on rendering information transmitted separately from the media streams. - Determining a maximum number of media streams to be delivered simultaneously, based on a negotiation with the Client User Equipment; - Regularly receiving an updated request for media streams from the Client User Equipment, the request indicating a client priority for each media stream; - Selecting media streams from the request, the selection based on the client priority of the requested media streams, and on that the number of selected media streams shall not exceed the determined maximum number of media streams, and - Sending the selected media streams to the Client User Equipment for local rendering of the multi-party call, wherein the rendering is based on rendering information transmitted separately from the media streams.
A method for obtaining an angle-Doppler signature for a target using multiple-input-multiple-output (MIMO) radar, the MIMO radar including a transmit antenna array, the transmit antenna array being at least one-dimensional and having a plurality of antenna elements, the method comprising: - generating transmit signals for transmission by the transmit antenna array, the transmit signals defining at least a first transmit trajectory of a phase center within the transmit antenna array; and - transmitting the transmit signals using the transmit antenna array; - receiving receive signals from the target, the receive signals resulting from the incidence of the transmit signals upon the target; and - determining the angle-Doppler signature from the receive signals; characterised in that the first transmit trajectory corresponds to an amplitude modulation of the transmit signals such that, in operation, the phase center undergoes non-linear motion within the transmit antenna array. - generating transmit signals for transmission by the transmit antenna array, the transmit signals defining at least a first transmit trajectory of a phase center within the transmit antenna array; and - transmitting the transmit signals using the transmit antenna array; - receiving receive signals from the target, the receive signals resulting from the incidence of the transmit signals upon the target; and - determining the angle-Doppler signature from the receive signals; characterised in that the first transmit trajectory corresponds to an amplitude modulation of the transmit signals such that, in operation, the phase center undergoes non-linear motion within the transmit antenna array.
A method of sharing content, the method comprising: performing authentication of a remote access service for sharing content of a first device with a second device, based on a call connection state between the first device and the second device; remotely accessing the second device according to a result of the performed authentication; and sharing the content based on the remote access. performing authentication of a remote access service for sharing content of a first device with a second device, based on a call connection state between the first device and the second device; remotely accessing the second device according to a result of the performed authentication; and sharing the content based on the remote access.
A method for providing interface tools for manipulating a source document on a display, comprising processing an input byte stream representative of the source document to generate a content document file representative of an internal representation of the content of the source document, said internal representation describing the source document as a collection of pre-defined document objects and parameters defining properties of specific instances of the document objects within the source document; providing a stored tool document file containing, according to the internal representation, a document providing an image that is representative of a graphical tool; providing tool code associated with the tool document file and capable of processing the content document file to create an internal representation of the content that presents the content in a manner that achieves a display effect associated with the tool; and processing the content document file, the tool document file, and the processed internal representation to generate a screen document for display on the display in a manner that portrays the display effect.
An information processing apparatus, comprising: a data processor configured to input MPEG media transport, MMT, format data, and to generate recording data according to a BDAV format or an SPAV format that is a data recording format with respect to an information recording medium, wherein the data processor, is configured to generate a stream file in which the MMT format data is stored as reproduction data, and a reproduction control information file in which reproduction control information of the stream file is stored, to store copy control information of a block unit configuring the stream file in an additional header, to perform block encryption of the block unit by an encryption key that is generated by using configuration data of the additional header as a seed, and generates the stream file including the additional header and encryption block data as a constituent, to generate random access reproduction control information as the configuration data of the reproduction control information file, and to record position identification information capable of determining a position of the reproduction data that is random access reproduction start data in the stream file, and a position of the seed that is applied to decoding of the reproduction data, in the random access reproduction control information. a data processor configured to input MPEG media transport, MMT, format data, and to generate recording data according to a BDAV format or an SPAV format that is a data recording format with respect to an information recording medium, wherein the data processor, is configured to generate a stream file in which the MMT format data is stored as reproduction data, and a reproduction control information file in which reproduction control information of the stream file is stored, to store copy control information of a block unit configuring the stream file in an additional header, to perform block encryption of the block unit by an encryption key that is generated by using configuration data of the additional header as a seed, and generates the stream file including the additional header and encryption block data as a constituent, to generate random access reproduction control information as the configuration data of the reproduction control information file, and to record position identification information capable of determining a position of the reproduction data that is random access reproduction start data in the stream file, and a position of the seed that is applied to decoding of the reproduction data, in the random access reproduction control information.
Method for controlling the temperature of a vehicle with at least a partially electric drive while the vehicle is connected to a charging station, wherein the plug of a charging cable of the charging station is plugged into the charging socket of the vehicle, comprising the following steps: setting up a data link for bidirectional communication between the vehicle and the charging station via a radio link or a data cable, acquiring vehicle-side data with vehicle-side means for acquiring data and acquiring charging-station-side data with charging-station-side means for acquiring data, wherein all types of sensors, a navigation device or the Internet serve for acquiring data, determining optimum temperature control parameters of the battery and passenger cell by means of a logic means by processing the acquired vehicle-side and charging-station-side data (D10, D12), and carrying out the temperature control of the battery and of the passenger compartment of the vehicle with temperature control means on the basis of the optimum temperature control parameters, wherein the energy necessary for temperature control originates from the charging station, characterized in that the temperature control parameters are considered to be optimum when they can be used as a basis for controlling the temperature of the battery and the passenger compartment of the vehicle in such a way that the expected expenditure of energy for temperature control during travel is minimized, in that the temperature control of the passenger compartment includes the temperature control of the air in the passenger compartment and the temperature control of installation components which are in thermal contact with the air, and in that the vehicle-side data and the charging-station-side data comprise temperature and weather at the destination at the arrival time and during the course of the journey from a weather forecast from the Internet. setting up a data link for bidirectional communication between the vehicle and the charging station via a radio link or a data cable, acquiring vehicle-side data with vehicle-side means for acquiring data and acquiring charging-station-side data with charging-station-side means for acquiring data, wherein all types of sensors, a navigation device or the Internet serve for acquiring data, determining optimum temperature control parameters of the battery and passenger cell by means of a logic means by processing the acquired vehicle-side and charging-station-side data (D10, D12), and carrying out the temperature control of the battery and of the passenger compartment of the vehicle with temperature control means on the basis of the optimum temperature control parameters, wherein the energy necessary for temperature control originates from the charging station,
An oligomeric aminoketone of the general Formula I for use as a photoinitiator in a UV-curable composition: wherein R 1 and R 2 are each independently selected from the group consisting of H, a branched or unbranched C 1-12 alkyl, and a C 3-12 aryl radical; each R 3 is independently selected from a branched or unbranched C 1-12 alkyl, or C 3-12 cycloalkyl radical; R 4 is selected from the group consisting of a branched or unbranched C 1-12 alkyl, C 3-12 aryl, and C 3-12 cycloalkyl radical; each Y is a chain ending group, independently selected from H, or a methylol group; n denotes an integer from 1-50; and m denotes an integer from 0-50; and wherein the compounds of Formula I have a weight-average molecular weight within the range of 500 to 3000. R 1 and R 2 are each independently selected from the group consisting of H, a branched or unbranched C 1-12 alkyl, and a C 3-12 aryl radical; each R 3 is independently selected from a branched or unbranched C 1-12 alkyl, or C 3-12 cycloalkyl radical; R 4 is selected from the group consisting of a branched or unbranched C 1-12 alkyl, C 3-12 aryl, and C 3-12 cycloalkyl radical; each Y is a chain ending group, independently selected from H, or a methylol group; n denotes an integer from 1-50; and m denotes an integer from 0-50; and wherein the compounds of Formula I have a weight-average molecular weight within the range of 500 to 3000.