mhurhangee/ep-ind-claims huggingface dataset:
A streaming end-to-end speech recognition method, comprising: extracting and encoding speech acoustic features of a received voice stream in units of frames; performing block processing on encoded frames, and predicting a number of activation points included in a same block that need to be encoded and outputted; and determining position(s) of activation point(s) that need(s) to be decoded and outputted according to a prediction result, to allow a decoder to perform decoding at the position(s) of the activation point(s) and output a recognition result. extracting and encoding speech acoustic features of a received voice stream in units of frames; performing block processing on encoded frames, and predicting a number of activation points included in a same block that need to be encoded and outputted; and determining position(s) of activation point(s) that need(s) to be decoded and outputted according to a prediction result, to allow a decoder to perform decoding at the position(s) of the activation point(s) and output a recognition result.
Method for an optimized operation of real-time embedded solutions, in particular control applications and systems, in industrial automation identifying and processing recurring code sequences in control applications to quantify the execution time of control applications, characterized in that for each set up and control application a timing data structure is generated to determine the execution time of control applications in industrial automation, busying domain-specific properties and characterizing and/or determining execution times of control applications based on recurring code sequences by considering single instructions of an executable program code of a control application or application component to create an initial timing data structure and wherein the initial timing data structure is refined using a set of control training applications to train and approve the initial timing structure or model by extending the timing model to longer sequences of machine instructions and wherein for generating the timing data structure recurring code sequences are automatically extracted from a set of training applications and/or identified in the respective application and wherein for refinement of the timing data structure steps of automatically generating test data to determine their on-target execution times and comparing model predictions and measurements and depending on the results a further refinement of the time execution model or data structure is performed and wherein comparing and refining are performed on a cyclic basis as long as a desired accuracy is achieved, and wherein further steps of decomposing the structure of the respective control application into code sequences for which the created data timing structure and timing model respectively provide execution time estimates, which then may be accessed and processed, in particular by an accumulation in a bottom up fashion, are performed and at least in a further step an estimate for the best-case execution time and/or the worst-case execution time of the control application is determined and/or reported and used to optimize the real time operation of the respective industrial control solution.
LED luminaire, at least comprising one lamp socket, at least one heat sink, and a plurality of LED light-emitting units, characterized in that - the at least one heat sink, which starts at the lamp socket, itself forms the physical contour of the LED luminaire, - wherein LED light-emitting units are arranged, distributed over the heat sink or sinks, in receptacles in the heat sink, which, in terms of their different emission angles, follow the contour profile of the heat sink or sinks, - as a result of which a multiplicity of light emissions having different emission angles occur distributed around the heat sink or sinks of the LED luminaire, - wherein dispersing lenses for a uniform distribution of light are arranged in front of the light-emitting units. - the at least one heat sink, which starts at the lamp socket, itself forms the physical contour of the LED luminaire, - wherein LED light-emitting units are arranged, distributed over the heat sink or sinks, in receptacles in the heat sink, which, in terms of their different emission angles, follow the contour profile of the heat sink or sinks, - as a result of which a multiplicity of light emissions having different emission angles occur distributed around the heat sink or sinks of the LED luminaire, - wherein dispersing lenses for a uniform distribution of light are arranged in front of the light-emitting units.
Notification management method between a user agent installed in a mobile terminal and a web server, the method comprising the following steps, carried out by an intermediate equipment (NotifProxy): reception, from the mobile terminal, of a notification message in accordance with a first protocol suitable for transmission in a signalling channel, said notification message comprising notification data emanating from the user agent and at least one compact access parameter inserted by the mobile terminal, said at least one compact access parameter corresponding to at least one access parameter to an application (WebApp) installed in the web server, the size of said at least one compact access parameter being less than the size of said at least one access parameter to the application (WebApp) installed in the web server; retrieval of said at least one access parameter to the application from said at least one compact access parameter; generation of a notification message in accordance with a second protocol suitable for transmission in the internet network, in which are inserted the notification data and said at least one access parameter to the application; and transmission, to the web server, of the notification message according to the second protocol. reception, from the mobile terminal, of a notification message in accordance with a first protocol suitable for transmission in a signalling channel, said notification message comprising notification data emanating from the user agent and at least one compact access parameter inserted by the mobile terminal, said at least one compact access parameter corresponding to at least one access parameter to an application (WebApp) installed in the web server, the size of said at least one compact access parameter being less than the size of said at least one access parameter to the application (WebApp) installed in the web server; retrieval of said at least one access parameter to the application from said at least one compact access parameter; generation of a notification message in accordance with a second protocol suitable for transmission in the internet network, in which are inserted the notification data and said at least one access parameter to the application; and transmission, to the web server, of the notification message according to the second protocol.
A method performed by a terminal in a wireless communication system, the method comprising: receiving channel state information reference signal, CSI-RS, configuration information from a base station; receiving a CSI-RS for tracking based on the CSI-RS configuration information from the base station; and acquiring at least one of downlink frequency or time synchronization associated with the base station based on the CSI-RS for tracking, wherein a number of an antenna port corresponding to the CSI-RS for tracking is 1, and wherein a difference between subcarrier indices of resource elements, REs, for the CSI-RS for tracking is 4 in an orthogonal frequency division multiplexing, OFDM, symbol, and a difference between OFDM symbol indices of the REs for the CSI-RS is 4. receiving channel state information reference signal, CSI-RS, configuration information from a base station; receiving a CSI-RS for tracking based on the CSI-RS configuration information from the base station; and acquiring at least one of downlink frequency or time synchronization associated with the base station based on the CSI-RS for tracking, wherein a number of an antenna port corresponding to the CSI-RS for tracking is 1, and wherein a difference between subcarrier indices of resource elements, REs, for the CSI-RS for tracking is 4 in an orthogonal frequency division multiplexing, OFDM, symbol, and a difference between OFDM symbol indices of the REs for the CSI-RS is 4.
A system for sensing a temperature of a fluid within a hydraulic vessel, the system comprising: a temperature sensor; a barrier wall having an exterior surface thermally coupled to the temperature sensor, and an interior surface, opposite the exterior surface, configured to directly contact the fluid within the hydraulic vessel; and a vessel connector configured so as to present the exterior surface to the fluid within the hydraulic vessel via an aperture in a vessel wall extending between an exterior surface of the vessel wall to an interior surface of the vessel wall, an aperture volume defined between an exterior spanning plane extending the exterior surface of the vessel wall so as to span the aperture and an interior spanning plane extending the interior surface of the vessel wall so as to span the aperture, the vessel connector further configured to circumferentially seal the hydraulic vessel about the aperture, and characterized in that the barrier wall has an annular recessed portion circumscribing a projecting portion, the annular recessed portion configured to form, when coupled to the hydraulic vessel via the vessel connector, an annular recess into a portion of the aperture volume, the projecting portion projecting from the annular recessed portion in a projection direction substantially perpendicular to the interior spanning plane, a cavity being formed on an exterior side of the projecting portion of the barrier wall within which the temperature sensor is located. a temperature sensor; a barrier wall having an exterior surface thermally coupled to the temperature sensor, and an interior surface, opposite the exterior surface, configured to directly contact the fluid within the hydraulic vessel; and a vessel connector configured so as to present the exterior surface to the fluid within the hydraulic vessel via an aperture in a vessel wall extending between an exterior surface of the vessel wall to an interior surface of the vessel wall, an aperture volume defined between an exterior spanning plane extending the exterior surface of the vessel wall so as to span the aperture and an interior spanning plane extending the interior surface of the vessel wall so as to span the aperture, the vessel connector further configured to circumferentially seal the hydraulic vessel about the aperture, and characterized in that the barrier wall has an annular recessed portion circumscribing a projecting portion, the annular recessed portion configured to form, when coupled to the hydraulic vessel via the vessel connector, an annular recess into a portion of the aperture volume, the projecting portion projecting from the annular recessed portion in a projection direction substantially perpendicular to the interior spanning plane, a cavity being formed on an exterior side of the projecting portion of the barrier wall within which the temperature sensor is located.
An additive manufacturing system comprising: a build chamber; a powder bed additive manufacturing device disposed in the build chamber; and a powder contamination detection system in communication with an atmosphere in the build chamber; and characterized by a manufacturing controller adapted to operate the powder bed additive manufacturing device during a build process, wherein, upon detection of powder contamination by the powder contamination detection system, the manufacturing controller is adapted to provide spatial coordinates of a build location targeted by the powder bed additive manufacturing device, the spatial coordinates corresponding to a potential contamination location, wherein the potential contamination location and the one or more aspects of the powder contamination are combined in real time to evaluate repairability of an object being formed in the build chamber during the build process. a build chamber; a powder bed additive manufacturing device disposed in the build chamber; and a powder contamination detection system in communication with an atmosphere in the build chamber; and characterized by a manufacturing controller adapted to operate the powder bed additive manufacturing device during a build process, wherein, upon detection of powder contamination by the powder contamination detection system, the manufacturing controller is adapted to provide spatial coordinates of a build location targeted by the powder bed additive manufacturing device, the spatial coordinates corresponding to a potential contamination location, wherein the potential contamination location and the one or more aspects of the powder contamination are combined in real time to evaluate repairability of an object being formed in the build chamber during the build process.
A lighting control method, comprising: polling, by a network node, a lighting unit for data indicative of a lighting state of the lighting unit, wherein the lighting state transitions in response to activation of a legacy switch or sensor; determining, by the network node based on the polling, that the lighting state of the lighting unit corresponds to a predetermined lighting state; characterized in that the method further comprises the following steps: identifying, by the network node based on the determining, a predetermined lighting scene triggered by transition of the lighting unit into the predetermined lighting state; causing, by the network node, one or more other lighting units to implement the predetermined lighting scene; determining, by the network node based on the polling, that the lighting unit has been transitioned from the predetermined lighting state into another lighting state; and causing, by the network node, the one or more other lighting units to cease implementation of the predetermined lighting scene in response to determining that the lighting unit has been transitioned from the predetermined lighting state into the another lighting state. polling, by a network node, a lighting unit for data indicative of a lighting state of the lighting unit, wherein the lighting state transitions in response to activation of a legacy switch or sensor; determining, by the network node based on the polling, that the lighting state of the lighting unit corresponds to a predetermined lighting state; causing, by the network node, one or more other lighting units to implement the predetermined lighting scene; determining, by the network node based on the polling, that the lighting unit has been transitioned from the predetermined lighting state into another lighting state; and causing, by the network node, the one or more other lighting units to cease implementation of the predetermined lighting scene in response to determining that the lighting unit has been transitioned from the predetermined lighting state into the another lighting state.
A system for cleaning an environment, comprising at least one self-propelled cleaning device having a status detection means for detecting an operating status of the cleaning device, at least one environment detection means (2, 3, 4, 5) for detecting an environmental parameter of the environment, a computing means for defining a work activity to be performed in dependence on the detected environmental parameter and/or the detected operating status, and a database for storing the work activity to be performed, characterized in that the system has an input/output interface which is in communication with the computing device, characterized in that the input/output interface is set up to receive at least one work order relating to a work activity to be performed from a user of the system, the computing device being set up to analyze a totality of the work activities defined on the basis of the environment parameters and/or operating status and of the work orders received via the input/output interface with regard to an execution time of the work activities to be executed, and to generate a work schedule which defines work activities to be executed manually by a user in a specific time period, and to output it to the user by means of the input/output interface, the computing device being set up to filter the totality of the work activities and to define a first set of activities which comprises at least one work activity which can be carried out automatically by the at least one cleaning device, and to define a second set of activities which comprises at least one work activity which is to be carried out exclusively manually by a user.
A MEMS component, comprising: a substrate having a first coefficient of thermal expansion; a support extending from the substrate, and having a second coefficient of thermal expansion; the MEMS component further comprising an expansion modification structure (160, 162) formed at or adjacent an interface between the substrate and the support, and having a third coefficient of expansion greater than the first coefficient of expansion, and arranged to exert a thermal expansion force on the substrate in the vicinity of the interface so as to simulate a fourth coefficient of expansion different from the first coefficient in the substrate in the vicinity of the interface. a substrate having a first coefficient of thermal expansion; a support extending from the substrate, and having a second coefficient of thermal expansion; the MEMS component further comprising an expansion modification structure (160, 162) formed at or adjacent an interface between the substrate and the support, and having a third coefficient of expansion greater than the first coefficient of expansion, and arranged to exert a thermal expansion force on the substrate in the vicinity of the interface so as to simulate a fourth coefficient of expansion different from the first coefficient in the substrate in the vicinity of the interface.
A method performed by an electronic device, comprising: generating a plurality of bounding regions based on an image; determining a subset of the plurality of bounding regions based on a color difference criterion and a selected area in the image, wherein the color difference criterion distinguishes between bounding regions based on a color distance between a bounding region and a respective surrounding region, whereby any of the plurality of bounding regions that do not meet the color difference criterion are rejected; and processing the image based on the subset of the plurality of bounding regions. generating a plurality of bounding regions based on an image; determining a subset of the plurality of bounding regions based on a color difference criterion and a selected area in the image, wherein the color difference criterion distinguishes between bounding regions based on a color distance between a bounding region and a respective surrounding region, whereby any of the plurality of bounding regions that do not meet the color difference criterion are rejected; and processing the image based on the subset of the plurality of bounding regions.
A method for producing an engine block, comprising the steps: - producing a feeder core, - inserting the feeder core into a casting mould, - filling the casting mould with a liquid metal, characterised in that - the feeder core is positioned in the interior of the casting mould, wherein a feeder is provided in the feeder core and the feeder is arranged inside at least one cylinder of the engine block, wherein the feeder is connected to a predetermined region on an inner wall of the cylinder, the feeder core has a sleeve form with an inner cavity, wherein a feeder connection to the engine block is provided at the height of the tie rod. - producing a feeder core, - inserting the feeder core into a casting mould, - filling the casting mould with a liquid metal, - the feeder core is positioned in the interior of the casting mould, wherein a feeder is provided in the feeder core and the feeder is arranged inside at least one cylinder of the engine block, wherein the feeder is connected to a predetermined region on an inner wall of the cylinder, the feeder core has a sleeve form with an inner cavity, wherein
An apparatus for multi-channel metering of electricity, comprising: a meter head located on a secondary side of a transformer, said meter head in communication with a transponder located on a primary side of the transformer operable to transmit data to and receive data from said transponder via power line communication, said transponder operable to transmit data to and receive data from a remotely located computer; characterised in that: the meter head is operable to separately measure electricity usage for each of a plurality of electricity consumer lines; and the apparatus further comprises: one or more load control modules in communication with said meter head and operable to actuate connection and disconnection of each of a plurality of relays, each relay of said plurality of relays corresponding to one of said plurality of electricity consumer lines; and a box containing said meter head, said load control module, and said relays. a meter head located on a secondary side of a transformer, said meter head in communication with a transponder located on a primary side of the transformer operable to transmit data to and receive data from said transponder via power line communication, said transponder operable to transmit data to and receive data from a remotely located computer; characterised in that: the meter head is operable to separately measure electricity usage for each of a plurality of electricity consumer lines; and the apparatus further comprises: one or more load control modules in communication with said meter head and operable to actuate connection and disconnection of each of a plurality of relays, each relay of said plurality of relays corresponding to one of said plurality of electricity consumer lines; and a box containing said meter head, said load control module, and said relays. the meter head is operable to separately measure electricity usage for each of a plurality of electricity consumer lines; and the apparatus further comprises: one or more load control modules in communication with said meter head and operable to actuate connection and disconnection of each of a plurality of relays, each relay of said plurality of relays corresponding to one of said plurality of electricity consumer lines; and a box containing said meter head, said load control module, and said relays. one or more load control modules in communication with said meter head and operable to actuate connection and disconnection of each of a plurality of relays, each relay of said plurality of relays corresponding to one of said plurality of electricity consumer lines; and a box containing said meter head, said load control module, and said relays.