mhurhangee/ep-ind-claims huggingface dataset:
Method for generating fail-silent synchronization messages in a distributed real-time system, wherein the method uses the following functional units: a satellite receiver for receiving a time signal from a navigation satellite system, a precise reference clock which generates a periodic time signal, hereinafter referred to as R-signal, a central computer, a monitor with a periodic time source, and a data block for storing configuration parameters, wherein the satellite receiver periodically generates an S-signal, wherein the frequency and phase of the nominal R-signal is identical to the frequency and phase of the S-signal, and wherein the difference between the nominal and actual R-signal is used to minimize this difference in the future, and wherein - in the normal case of the satellite receiver, a periodic synchronization message, which is to be generated by the central computer in accordance with the configuration parameters, is generated based on the S-signal and the difference between the nominal and actual R-signal is used to adapt the state and rate of the reference clock to the S-signal, and wherein - in the event of an anomaly of the satellite receiver, adapting the rate of the reference clock is suspended, and wherein - in the event of a fault in the satellite receiver, the periodic synchronization message, which is to be generated by the central computer in accordance with the configuration parameters, is generated based on the actual R-signal, and wherein using the periodic time source of the monitor the time interval between two successive synchronization messages is measured and the monitor checks whether the time of transmission contained in the synchronization message corresponds to the actual transmission time and the distance between two successive synchronization messages is within a tolerance interval defined a priori, and, if this is not the case, modifies the synchronization message in such a way that each receiver recognizes the synchronization message as faulty. - in the normal case of the satellite receiver, a periodic synchronization message, which is to be generated by the central computer in accordance with the configuration parameters, is generated based on the S-signal and the difference between the nominal and actual R-signal is used to adapt the state and rate of the reference clock to the S-signal, and wherein - in the event of an anomaly of the satellite receiver, adapting the rate of the reference clock is suspended, and wherein - in the event of a fault in the satellite receiver, the periodic synchronization message, which is to be generated by the central computer in accordance with the configuration parameters, is generated based on the actual R-signal,
Method for the computer-assisted modeling of a technical system, in which: - one or more output vectors are modeled on the basis of one or more input vectors by means of the learning process of a neural network based on training data comprising known input vectors and output vectors, a respective output vector comprising one or more operating variables of the technical system and a respective input vector comprising one or more input variables which influence the operating variable(s); - the neural network is a feed-forward network having a plurality of layers (I, H1, H2, H3, O) which are connected to one another and comprise an input layer, a plurality of hidden layers (H1, H2, H3) and an output layer, the input layer containing a number of input neurons for describing the input vector(s), and a respective hidden layer (H1, H2, H3) containing a number of hidden neurons, and the output layer containing a number of output neurons for describing the output vector(s); characterized in that the output layer comprises a plurality of output clusters (O1, O2, O3) each comprising one or more output neurons, said plurality of output clusters corresponding to the plurality of hidden layers (H1, H2, H3), and each output cluster (O1, O2, O3) describing the same output vector and being connected to another hidden layer (H1, H2, H3), in that the input layer of the neural network is connected to each of the hidden layers (H1, H2, H3) and in that, for predicting one or more operating parameters of the technical system, one or more input variables are supplied to the neural network which has learnt, via the input layer, whereupon the neural network determines a corresponding output vector having one or more operating parameters of the technical system for at least one output cluster (O1, O2, O3) of the output layer. - one or more output vectors are modeled on the basis of one or more input vectors by means of the learning process of a neural network based on training data comprising known input vectors and output vectors, a respective output vector comprising one or more operating variables of the technical system and a respective input vector comprising one or more input variables which influence the operating variable(s); - the neural network is a feed-forward network having a plurality of layers (I, H1, H2, H3, O) which are connected to one another and comprise an input layer, a plurality of hidden layers (H1, H2, H3) and an output layer, the input layer containing a number of input neurons for describing the input vector(s), and a respective hidden layer (H1, H2, H3) containing a number of hidden neurons, and the output layer containing a number of output neurons for describing the output vector(s);
A sensor structure comprising: a housing made of a resin and including a connector for inputting and outputting a signal to and from an outside; a sensor for detecting a first physical quantity; and a sensor for detecting a second physical quantity, the sensors being mounted in the housing, wherein the sensor for detecting the second physical quantity is integrally formed with a sensor casing in such a manner that a plurality of input/output terminals electrically connected to the connector project from the sensor casing made of a resin, and a chip-shaped electronic component is electrically connected to bridge the plurality of input/output terminals of the sensor casing, characterized in that the resin forming the sensor casing has a linear expansion coefficient smaller than a linear expansion coefficient of the resin forming the housing; and the housing includes a space filled with a cast resin, the space including an interspace disposed below the input/output terminals in the region where the chip-shaped electronic component is mounted, wherein the space is located such that the entirety of the chip-shaped electronic component and the input/output terminals is covered by the cast resin. a housing made of a resin and including a connector for inputting and outputting a signal to and from an outside; a sensor for detecting a first physical quantity; and a sensor for detecting a second physical quantity, the sensors being mounted in the housing, wherein the sensor for detecting the second physical quantity is integrally formed with a sensor casing in such a manner that a plurality of input/output terminals electrically connected to the connector project from the sensor casing made of a resin, and a chip-shaped electronic component is electrically connected to bridge the plurality of input/output terminals of the sensor casing, characterized in that the resin forming the sensor casing has a linear expansion coefficient smaller than a linear expansion coefficient of the resin forming the housing; and the housing includes a space filled with a cast resin, the space including an interspace disposed below the input/output terminals in the region where the chip-shaped electronic component is mounted, wherein the space is located such that the entirety of the chip-shaped electronic component and the input/output terminals is covered by the cast resin.
An audio processing unit (100, 200) comprising: a buffer memory (110, 201) for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder (101, 202) coupled to the buffer memory (110, 201) for decoding the audio data; and a parser (111, 205) coupled to or integrated with the audio decoder (101, 202) for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment. a buffer memory (110, 201) for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder (101, 202) coupled to the buffer memory (110, 201) for decoding the audio data; and a parser (111, 205) coupled to or integrated with the audio decoder (101, 202) for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment.
A navigation system comprising: a processor; and a memory including computer program code, the memory and the computer program code configured, with the processor, to cause the system to perform at least the following: provide a photographic image (900, 1200) of a geographic area, wherein the image is obtained from a geographic database representing the geographic area; overlay a route highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, wherein the route highlight is based on the line-of sight of the image and is determined using overlay data from the geographic database. a processor; and a memory including computer program code, the memory and the computer program code configured, with the processor, to cause the system to perform at least the following: provide a photographic image (900, 1200) of a geographic area, wherein the image is obtained from a geographic database representing the geographic area; overlay a route highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, wherein the route highlight is based on the line-of sight of the image and is determined using overlay data from the geographic database. provide a photographic image (900, 1200) of a geographic area, wherein the image is obtained from a geographic database representing the geographic area; overlay a route highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, wherein the route highlight is based on the line-of sight of the image and is determined using overlay data from the geographic database.
A dielectric fluid comprising. a mixture comprising polyol esters derived from a reaction of: a) a polyol comprising pentaerythritol, trimethylolpropane, neopentyl glycol, or combinations thereof; and b) a mixture of fatty acid esters derived from a high oleic soybean oil comprising fatty acid moieties, wherein the high oleic soybean oil has i) a C18:1 content of greater than 65% of the fatty acid moieties in the oil; and ii) a combined C18:2 and C183 content of less than 20% of the fatty acid moieties in the oil. a) a polyol comprising pentaerythritol, trimethylolpropane, neopentyl glycol, or combinations thereof; and b) a mixture of fatty acid esters derived from a high oleic soybean oil comprising fatty acid moieties, wherein the high oleic soybean oil has i) a C18:1 content of greater than 65% of the fatty acid moieties in the oil; and ii) a combined C18:2 and C183 content of less than 20% of the fatty acid moieties in the oil. i) a C18:1 content of greater than 65% of the fatty acid moieties in the oil; and ii) a combined C18:2 and C183 content of less than 20% of the fatty acid moieties in the oil.
A data sending apparatus applicable to a User Equipment, UE, in a Cell_Forward Access Channel, Cell_FACH, state, characterized by comprising: a data sending module, adapted to send data of the UE to a Node B; and a notification message sending module, adapted to send a notification message to the Node B after a specific event occurs on the UE; wherein the notification message carries UE ID information so that the Node B searches buffered data of the corresponding UE according to the UE ID information carried in the notification message and releases the found data. a data sending module, adapted to send data of the UE to a Node B; and a notification message sending module, adapted to send a notification message to the Node B after a specific event occurs on the UE; wherein the notification message carries UE ID information so that the Node B searches buffered data of the corresponding UE according to the UE ID information carried in the notification message and releases the found data.
Filter system, comprising - a housing with housing wall and at least one cover, - an inlet port disposed on the housing for supplying a fluid to be filtered, in particular air, - an outlet port disposed on the housing for discharging the filtered fluid, - a support tube disposed inside the housing for accommodating a filter element, wherein the support tube extends along a housing axis and is connected to the housing via a latching connection on a receiving side so as to be angularly mountable only in one angular direction relative to the housing axis, wherein the latching connection is formed from corresponding latching elements (18, 20, 24, 26) on the housing and on the support tube, and the latching elements (18, 20, 24, 26) are designed in such a way that corresponding latching elements (18, 20, 24, 26) can only be latched to one another in a fixed manner. - a housing with housing wall and at least one cover, - an inlet port disposed on the housing for supplying a fluid to be filtered, in particular air, - an outlet port disposed on the housing for discharging the filtered fluid, - a support tube disposed inside the housing for accommodating a filter element, wherein the support tube extends along a housing axis and is connected to the housing via a latching connection on a receiving side so as to be angularly mountable only in one angular direction relative to the housing axis, wherein the latching connection is formed from corresponding latching elements (18, 20, 24, 26) on the housing and on the support tube, and the latching elements (18, 20, 24, 26) are designed in such a way that corresponding latching elements (18, 20, 24, 26) can only be latched to one another in a fixed manner.
An auto-splicing device for an electrode, comprising: an electrode supply unit; a first electrode conveying unit comprising a first unwinding unit which is configured to unwind a first electrode; a first conveying unit which is configured to convey the unwound first electrode; and a first splicing unit which is configured to connect a second electrode to the first electrode when unwinding of the conveyed first electrode is completed; and a second electrode conveying unit comprising a second unwinding unit which is configured to unwind the second electrode; a second conveying unit which is configured to convey the unwound second electrode; and a second splicing unit which is configured to connect the second electrode to the first electrode, the first splicing unit or the second splicing unit comprises a first Edge Position Control sensor and a second Edge Position Control sensor facing side surfaces of the first electrode or the second electrode, characterized in that: the first Edge Position Control sensor and the second Edge Position Control sensor face the same direction to sense one electrode surface of the first electrode and one electrode surface of the second electrode located on the same plane when the first electrode and the second electrode are connected, and the first Edge Position Control sensor is configured to sense a coating line formed on one electrode surface of the first electrode, and the second Edge Position Control sensor is configured to sense a coating line formed on one electrode surface of the second electrode. an electrode supply unit; a first electrode conveying unit comprising a first unwinding unit which is configured to unwind a first electrode; a first conveying unit which is configured to convey the unwound first electrode; and a first splicing unit which is configured to connect a second electrode to the first electrode when unwinding of the conveyed first electrode is completed; and a second electrode conveying unit comprising a second unwinding unit which is configured to unwind the second electrode; a second conveying unit which is configured to convey the unwound second electrode; and a second splicing unit which is configured to connect the second electrode to the first electrode, the first splicing unit or the second splicing unit comprises a first Edge Position Control sensor and a second Edge Position Control sensor facing side surfaces of the first electrode or the second electrode, the first Edge Position Control sensor and the second Edge Position Control sensor face the same direction to sense one electrode surface of the first electrode and one electrode surface of the second electrode located on the same plane when the first electrode and the second electrode are connected, and the first Edge Position Control sensor is configured to sense a coating line formed on one electrode surface of the first electrode, and the second Edge Position Control sensor is configured to sense a coating line formed on one electrode surface of the second electrode.
A coil arrangement, in particular a measuring coil arrangement for detecting a magnetic field, comprising: a first cylindrical coil with a first winding direction; a second cylindrical coil with a second winding direction; wherein the first and second cylindrical coils are arranged longitudinally one behind the other aligned on a common axis; wherein mutually adjacent ends of the first and second solenoids are electrically connected to each other; and wherein the second winding direction is opposed to the first winding direction; characterized in that the first cylindrical coil is provided with a first ferromagnetic coil core and the second cylindrical coil is provided with a second ferromagnetic coil core, wherein the first and second coil cores are arranged longitudinally one behind the other and aligned spaced apart on the common axis, and wherein the first coil core is at least partially within the first cylindrical coil and the second coil core is at least partially within the second cylindrical coil. a first cylindrical coil with a first winding direction; a second cylindrical coil with a second winding direction; wherein the first and second cylindrical coils are arranged longitudinally one behind the other aligned on a common axis; wherein mutually adjacent ends of the first and second solenoids are electrically connected to each other; and wherein the second winding direction is opposed to the first winding direction; characterized in that the first cylindrical coil is provided with a first ferromagnetic coil core and the second cylindrical coil is provided with a second ferromagnetic coil core, wherein the first and second coil cores are arranged longitudinally one behind the other and aligned spaced apart on the common axis, and wherein the first coil core is at least partially within the first cylindrical coil and the second coil core is at least partially within the second cylindrical coil.
Switching device for conducting and interrupting electrical currents, having - a first mechanical contact assembly, - a semiconductor switch connected in parallel to the first mechanical contact assembly, - a second mechanical contact assembly connected in series to the first mechanical contact assembly, and - a switching electronics system designed to switch the semiconductor switch on and off, characterised in that the switching electronics system is designed, during a closing process of the first mechanical contact assembly, to switch on the semiconductor switch at the end of a first specified time period t-0 after initialisation of the switching electronics system, and to switch same off again at the end of a second specified time period t-1, wherein the first specified time period t-0 is set by the switching electronics system depending on the first mechanical contact assembly. - a first mechanical contact assembly, - a semiconductor switch connected in parallel to the first mechanical contact assembly, - a second mechanical contact assembly connected in series to the first mechanical contact assembly, and - a switching electronics system designed to switch the semiconductor switch on and off,
A toner transfer roller comprising a shaft and an electroconductive elastic layer made of a urethane foam and supported on the circumference of the shaft by means of an adhesive layer in between, wherein the resistance of the roller at an applied voltage of 100 V is 10 5 Ω or lower and the resistance of the roller at an applied voltage of 5 V is 10 6 to 10 8 Ω.
Panel dividing system for dividing panel shaped workpieces, comprising a first feed table, at least one first dividing device having a first dividing line, a first removal table and at least one first conveying device, a workpiece lying on the feed table being movable toward the first dividing line by the first conveying device, the panel dividing system having at least one handling device for handling workpieces which have already been machined or are intended for machining, the handling device comprising a robot and the robot having a base and a working region, characterized in that there is a passive intermediate storage means above the first dividing line, onto which a workpiece machined or separated by the dividing device may be placed by the robot for intermediate storage, and in that the working region of the robot at least partially covers a region of the passive intermediate storage means in plan view.