mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a reverberation controller operable to: pre-process one or more predetermined characteristics of a first audio signal to produce a pre-processed signal; generate a plurality of delayed outputs from the pre-processed signal, each output having a predetermined delay; and produce a plurality of reflection outputs from the plurality of delayed outputs; and combine the plurality of reflection outputs to produce a second audio signal having a desired reverberation response, wherein the reverberation controller is operable to produce the plurality of reflection outputs by: summing a plurality of feedback outputs and the plurality of delayed outputs to produce a plurality of summed outputs; characterized in that the reverberation controller is operable to produce the plurality of feedback outputs and the plurality of reflection outputs from the plurality of summed outputs by: filtering the summed outputs to produce the reflection outputs; filtering the reflection outputs to produce filtered reflection outputs; delaying the filtered reflection outputs to produce delayed filtered reflection outputs; and controlling respective gains of the delayed filtered reflection outputs to produce the plurality of feedback outputs. pre-process one or more predetermined characteristics of a first audio signal to produce a pre-processed signal; generate a plurality of delayed outputs from the pre-processed signal, each output having a predetermined delay; and produce a plurality of reflection outputs from the plurality of delayed outputs; and combine the plurality of reflection outputs to produce a second audio signal having a desired reverberation response, wherein the reverberation controller is operable to produce the plurality of reflection outputs by: summing a plurality of feedback outputs and the plurality of delayed outputs to produce a plurality of summed outputs; summing a plurality of feedback outputs and the plurality of delayed outputs to produce a plurality of summed outputs; the reverberation controller is operable to produce the plurality of feedback outputs and the plurality of reflection outputs from the plurality of summed outputs by: filtering the summed outputs to produce the reflection outputs; filtering the reflection outputs to produce filtered reflection outputs; delaying the filtered reflection outputs to produce delayed filtered reflection outputs; and controlling respective gains of the delayed filtered reflection outputs to produce the plurality of feedback outputs. filtering the summed outputs to produce the reflection outputs; filtering the reflection outputs to produce filtered reflection outputs; delaying the filtered reflection outputs to produce delayed filtered reflection outputs; and controlling respective gains of the delayed filtered reflection outputs to produce the plurality of feedback outputs.
A method of equipping a vehicle to prevent unintended vehicle movement arising from a false-neutral indication for the vehicle, the method comprising: providing at least one wheel speed sensor in the vehicle, the at least one wheel speed sensor configured to output a plurality of wheel speed signals; and characterized by coupling the at least one wheel speed sensor with a processor configured to process the plurality of wheel speed signals to determine whether the vehicle is moving during a vehicle start-up process, the processor further configured to output a termination signal if the vehicle is determined to be moving during the vehicle start-up process; and coupling the processor output with a vehicle control system to shut-down the vehicle upon receipt of the termination signal. providing at least one wheel speed sensor in the vehicle, the at least one wheel speed sensor configured to output a plurality of wheel speed signals; and characterized by coupling the at least one wheel speed sensor with a processor configured to process the plurality of wheel speed signals to determine whether the vehicle is moving during a vehicle start-up process, the processor further configured to output a termination signal if the vehicle is determined to be moving during the vehicle start-up process; and coupling the processor output with a vehicle control system to shut-down the vehicle upon receipt of the termination signal.
A method of controlling transmit power in a femto node comprising: receiving at least one indication regarding pilot strength of at least one neighboring femto node from an associated access terminal; identifying, based on the at least one indication, a neighboring femto node of the at least one neighboring femto node that should reduce transmit power, and wherein identifying comprises excluding a neighboring femto node that responds with a negative acknowledgement to a request to reduce transmit power as long as a timer associated with the negative acknowledgement has not expired; and transmitting a message requesting the identified neighboring femto node to reduce transmit power. receiving at least one indication regarding pilot strength of at least one neighboring femto node from an associated access terminal; identifying, based on the at least one indication, a neighboring femto node of the at least one neighboring femto node that should reduce transmit power, and wherein identifying comprises excluding a neighboring femto node that responds with a negative acknowledgement to a request to reduce transmit power as long as a timer associated with the negative acknowledgement has not expired; and transmitting a message requesting the identified neighboring femto node to reduce transmit power.
A method comprising: burying plural seismic sources (16; 410a, 410b) at plural depths below a geophysical surface, said geophysical surface being an earth surface or a seabed or a river bed, said plural depths comprising at least a first depth and a second depth, wherein the second depth is below the first depth; and acquiring seismic data with at least one seismic receiver (12; 420) located below the geophysical surface in conjunction with activating said plural seismic sources, wherein seismic data comprise, for each of said plural seismic sources, a trace including primary reflections (432a, 432b) and ghost reflections (434a, 434b); characterized in that said method further comprises aligning primary reflections within the seismic data to provide improved seismic data, wherein aligning comprises phase-shifting or time shifting said traces by an amount depending on a difference between said first depth and said second depth. burying plural seismic sources (16; 410a, 410b) at plural depths below a geophysical surface, said geophysical surface being an earth surface or a seabed or a river bed, said plural depths comprising at least a first depth and a second depth, wherein the second depth is below the first depth; and acquiring seismic data with at least one seismic receiver (12; 420) located below the geophysical surface in conjunction with activating said plural seismic sources, wherein seismic data comprise, for each of said plural seismic sources, a trace including primary reflections (432a, 432b) and ghost reflections (434a, 434b);
A fruit pitter (100; 400) comprising: a supporting frame (104; 404); a fruit holder (106; 406) supported by the frame (104; 404), the fruit holder (106; 406) has a hole formed therethrough; a lid (102; 402) pivotally attached to the frame (104; 404), the lid (102; 402) moveable between a fully closed position adjacent to the fruit holder (106; 406) and a fully open position away from the fruit holder (106; 406); a cutting rod (116; 416) depending from the lid (102; 402), the cutting rod (116; 416) passing through the fruit holder hole when the lid (102; 402) is moved from the fully open position to the fully closed position; and a pusher plate (120; 420) pivotally attached to the frame (104; 404), the lid (102; 402) and the pusher plate (120; 420) adapted to rotate relative to the frame about a common rotational axis, the pusher plate (120; 420) located between the fruit holder (106; 406) and the lid, and the cutting rod (116; 416) adapted to pass through the pusher plate (120; 420) as the lid (102; 402) is moved between the fully closed position and the fully open position, characterized in that the frame (104; 404) includes a stop member (310; 610) configured to preclude movement of the pusher plate (120; 420) past a predetermined orientation relative to the frame (104; 404) as the lid (102; 402) is moved to the fully open position where the lid (102; 402) is angularly offset from the pusher plate (120; 420). a supporting frame (104; 404); a fruit holder (106; 406) supported by the frame (104; 404), the fruit holder (106; 406) has a hole formed therethrough; a lid (102; 402) pivotally attached to the frame (104; 404), the lid (102; 402) moveable between a fully closed position adjacent to the fruit holder (106; 406) and a fully open position away from the fruit holder (106; 406); a cutting rod (116; 416) depending from the lid (102; 402), the cutting rod (116; 416) passing through the fruit holder hole when the lid (102; 402) is moved from the fully open position to the fully closed position; and a pusher plate (120; 420) pivotally attached to the frame (104; 404), the lid (102; 402) and the pusher plate (120; 420) adapted to rotate relative to the frame about a common rotational axis, the pusher plate (120; 420) located between the fruit holder (106; 406) and the lid, and the cutting rod (116; 416) adapted to pass through the pusher plate (120; 420) as the lid (102; 402) is moved between the fully closed position and the fully open position, characterized in that the frame (104; 404) includes a stop member (310; 610) configured to preclude movement of the pusher plate (120; 420) past a predetermined orientation relative to the frame (104; 404) as the lid (102; 402) is moved to the fully open position where the lid (102; 402) is angularly offset from the pusher plate (120; 420).
A method of a base station for handling a call in case of packet loss in a mobile communication network, the method comprising: receiving an uplink packet from a user equipment, UE; deciphering the packet based on a first hyper frame number, HFN; changing an HFN value from the first HFN to a second HFN when a failure of the deciphering based on the first HFN occurs; further deciphering the packet based on the second HFN; and when the deciphering failure occurs, determining whether there is a history of deciphering the packet with the changed HFN, and if the packet has previously been deciphered using the changed HFN, discarding the packet when a failure of the deciphering based on the second HFN occurs. receiving an uplink packet from a user equipment, UE; deciphering the packet based on a first hyper frame number, HFN; changing an HFN value from the first HFN to a second HFN when a failure of the deciphering based on the first HFN occurs; further deciphering the packet based on the second HFN; and when the deciphering failure occurs, determining whether there is a history of deciphering the packet with the changed HFN, and if the packet has previously been deciphered using the changed HFN, discarding the packet when a failure of the deciphering based on the second HFN occurs.
A security and/or valuable document comprising an electronic transponder circuit, the transponder circuit being connected to a transponder antenna, the transponder antenna being connected to means for displaying an activation of the transponder antenna from the group consisting of "electro-optic converter, electro-acoustic converter, and electro-mechanical converter" generating an optic, acoustic, or mechanical signal at or after activation of the transponder antenna, the transponder antenna being attached in or on the document by means of a printing technology, characterized by that the transponder antenna is configured as an antenna printing layer with electrically conductive pigment particles, and wherein the electro-optic converter is formed by a display printing layer, or wherein the electro-acoustic converter is formed by a piezo sound generator, or wherein the electro-mechanical converter comprises a piezo element, preferably a piezo-electric polymer layer, said piezo element being arranged and adapted such that an activation of the electro-mechanical converter will lead to a change of the shape of the document or of part of the document.
A compound of Formula: or a pharmaceutically acceptable salt thereof; wherein: n is 0 or 1; ----- represents a single or double bond; X is carbon; Y, Z, and U are independently carbon or nitrogen; provided that, when Y is carbon and both of Z and U are nitrogen, the bond between C6 and C7 is a double bond; R 1, R 2, R 3, R 4, R 5, and R 6 are independently selected from the group consisting of null, H, C 1-6 alkyl, alkenyl, alkynyl, fluoroalkyl, chloroalkyl, bromoalkyl, iodoalkyl, perfluoroalkyl, aryl, heteroaryl, cycloalkyl, cycloalkenyl, aralkyl, aralkenyl, aralkynyl, heteroaralkyl, heteroaralkenyl, heteroaralkynyl, heterocyclyl, acyl, aminocarbonyl, amino, hydroxyl, alkoxy, acyloxy, silyloxy, amido, carbamoyl, and sulfonamido; and R 3 is connected with R 2 or R 4 to form carbocycle or heterocycle. n is 0 or 1; ----- represents a single or double bond; X is carbon; Y, Z, and U are independently carbon or nitrogen; provided that, when Y is carbon and both of Z and U are nitrogen, the bond between C6 and C7 is a double bond; R 1, R 2, R 3, R 4, R 5, and R 6 are independently selected from the group consisting of null, H, C 1-6 alkyl, alkenyl, alkynyl, fluoroalkyl, chloroalkyl, bromoalkyl, iodoalkyl, perfluoroalkyl, aryl, heteroaryl, cycloalkyl, cycloalkenyl, aralkyl, aralkenyl, aralkynyl, heteroaralkyl, heteroaralkenyl, heteroaralkynyl, heterocyclyl, acyl, aminocarbonyl, amino, hydroxyl, alkoxy, acyloxy, silyloxy, amido, carbamoyl, and sulfonamido; and R 3 is connected with R 2 or R 4 to form carbocycle or heterocycle.
An apparatus, e.g. a user device, UE, for a wireless communication network, comprising one or more antennas for receiving a radio signal, wherein the apparatus is configured or preconfigured to measure, for a position measurement, one or more first radio resources and one or more second radio resources, wherein the one or more first radio resources and the one or more second radio resources are for transmitting positioning reference signals, characterized in that the apparatus is configured to activate or deactivate, in response to a certain event, a measuring of the one or more second radio resources in addition to, or instead of, the one or more first radio resources for the position measurement, wherein the certain event is a measurement of a predetermined positioning reference signal. wherein the apparatus is configured or preconfigured to measure, for a position measurement, one or more first radio resources and one or more second radio resources, wherein the one or more first radio resources and the one or more second radio resources are for transmitting positioning reference signals, characterized in that the apparatus is configured to activate or deactivate, in response to a certain event, a measuring of the one or more second radio resources in addition to, or instead of, the one or more first radio resources for the position measurement, wherein the certain event is a measurement of a predetermined positioning reference signal.
A cooling controller for a vehicle including an engine in an engine compartment, comprising: an electric water pump causing flow of a coolant for said engine; a drive component (151, 152) for driving said electric water pump, mounted in said engine compartment; an electric fan for cooling said drive component (151, 152); and a control unit controlling said electric water pump and said electric fan; wherein said control unit drives said electric water pump after said engine is stopped, estimates a temporal transition value of an internal temperature of said engine compartment after said engine is stopped, determines whether or not said temporal transition value exceeds a threshold value set based on a heatproof temperature of said drive component (151, 152), and drives said fan when said electric water pump is driven after said engine is stopped and it is determined that said temporal transition value exceeds said threshold value, from a time point when said temporal transition value exceeds said threshold value. an electric water pump causing flow of a coolant for said engine; a drive component (151, 152) for driving said electric water pump, mounted in said engine compartment; an electric fan for cooling said drive component (151, 152); and a control unit controlling said electric water pump and said electric fan; wherein said control unit drives said electric water pump after said engine is stopped, estimates a temporal transition value of an internal temperature of said engine compartment after said engine is stopped, determines whether or not said temporal transition value exceeds a threshold value set based on a heatproof temperature of said drive component (151, 152), and drives said fan when said electric water pump is driven after said engine is stopped and it is determined that said temporal transition value exceeds said threshold value, from a time point when said temporal transition value exceeds said threshold value.
Disc brake, preferably pneumatic, in particular for a motor vehicle, comprising a brake application device, preferably with a pivoted brake lever, at least one spindle unit (5, 5') having at least one threaded tube (6, 6') with an external thread (6a, 6'a) cooperating with an internal thread (7a, 7'a) of a bridge, and at least one bidirectional wear adjustment device, which is coupled to the brake application device, preferably to the pivoted brake lever, characterized in that the bidirectional wear adjustment device comprises an adjusting arrangement and at least one preloading arrangement (20, 20'), wherein the preloading arrangement (20, 20') is designed to influence a flank position of a thread pairing of the external thread (6a, 6'a) of the at least one threaded tube (6, 6') and the associated internal thread (7a, 7'a) of the bridge.
A vehicle compartment monitoring device, comprising: - a first electronic unit, configured to be installed in an openable compartment (102; 103) of a vehicle and comprising a receiver module configured to receive a radio signal from a remotely positioned second electronic unit; - said first electronic unit being configured to detect, in a detection mode, whether the openable compartment (102; 103) is in a closed or open configuration, and being configured to calculate or measure a signal strength for the received radio signal and to calculate or measure a further signal strength for the received radio signal, and to electronically and to automatically compare the measured signal strength, the further measured signal strength and a predefined threshold of radio signal strength, and to identify an increase or decrease in the signal strength based on the comparison, said signal strength being used as an indicator of at least said open or closed configuration for said openable compartment (102; 103); - said first electronic unit being further configured to trigger an activation of an alarm signal based on the identified increase or decrease in the signal strength; and - said first electronic unit being configured to record a measurement of signal strength for said openable compartment (102; 103) in the closed configuration and the open configuration and to determine whether to trigger activation of the alarm signal in response to an increase or decrease in the signal strength. - a first electronic unit, configured to be installed in an openable compartment (102; 103) of a vehicle and comprising a receiver module configured to receive a radio signal from a remotely positioned second electronic unit; - said first electronic unit being configured to detect, in a detection mode, whether the openable compartment (102; 103) is in a closed or open configuration, and being configured to calculate or measure a signal strength for the received radio signal and to calculate or measure a further signal strength for the received radio signal, and to electronically and to automatically compare the measured signal strength, the further measured signal strength and a predefined threshold of radio signal strength, and to identify an increase or decrease in the signal strength based on the comparison, said signal strength being used as an indicator of at least said open or closed configuration for said openable compartment (102; 103); - said first electronic unit being further configured to trigger an activation of an alarm signal based on the identified increase or decrease in the signal strength; and - said first electronic unit being configured to record a measurement of signal strength for said openable compartment (102; 103) in the closed configuration and the open configuration and to determine whether to trigger activation of the alarm signal in response to an increase or decrease in the signal strength.
Jewel and/or jewellery item including a frame and at least one shutter mobile with respect to the frame, with the item being configured to accept a first configuration in which the shutter at least partially covers the frame and at least one ornamental element that it includes, and a second configuration in which the shutter at least partially exposes the frame and said at least one ornamental element, the item being characterised in that it includes a drive mechanism configured to make the at least one shutter slide on the frame, in a first sliding direction, between a first position in the first configuration of the item and a second position in the second configuration of the item, and an actuation mechanism configured to act on the drive mechanism when the actuation mechanism is stressed in a second actuation direction different from the first sliding direction.
A master chip, wherein the master chip is connected to a slave chip through at least one first transmission channel, and is connected to the slave chip through a second transmission channel; and the master chip comprises a DMA controller and a MCU, the MCU is connected to the DMA controller; the MCU is configured to configure a certain first peripheral of a plurality of first peripherals of the slave chip into a DMA mode when it is detected that a certain first transmission channel of the at least one first transmission channels is in an idle state, and to allocate the certain first transmission channel to the certain first peripheral, so that the certain first transmission channel is occupied by the certain first peripheral and is released and returns to the idle state after DMA data of the certain first peripheral is transmitted completely; and the DMA controller is configured to: receive a DMA request generated by the respective first peripheral in the DMA mode through the respective first transmission channel that is occupied by the respective first peripheral in the DMA mode, and obtains DMA data of the respective first peripheral in the DMA mode through the second transmission channel when receiving the DMA request. the MCU is configured to configure a certain first peripheral of a plurality of first peripherals of the slave chip into a DMA mode when it is detected that a certain first transmission channel of the at least one first transmission channels is in an idle state, and to allocate the certain first transmission channel to the certain first peripheral, so that the certain first transmission channel is occupied by the certain first peripheral and is released and returns to the idle state after DMA data of the certain first peripheral is transmitted completely; and the DMA controller is configured to: receive a DMA request generated by the respective first peripheral in the DMA mode through the respective first transmission channel that is occupied by the respective first peripheral in the DMA mode, and obtains DMA data of the respective first peripheral in the DMA mode through the second transmission channel when receiving the DMA request.