mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a battery; a first sensor configured to generate a movement signal corresponding to a user movement; a second sensor configured to physically contact the user to generate a user bio-signal; a processor configured to determine a user sleeping state using the generated movement signal and the generated user bio-signal in each of time periods, and determine an operation state of another electronic device based on the determined sleeping state in respective time periods; and a communicator configured to transmit a control command corresponding to the determined operation state to the another electronic device ; wherein the second sensor comprises a heartbeat sensor configured to measure a heartbeat of the user, and the heartbeat sensor is a sensor configured to emit light to generate a photoplethysmography, PPG, signal; wherein the processor is configured to control the heartbeat sensor to emit the light periodically; and characterised in that the periodic light emission time is adjusted by the processor corresponding to the battery charging state of the electronic device. a battery; a first sensor configured to generate a movement signal corresponding to a user movement; a second sensor configured to physically contact the user to generate a user bio-signal; a processor configured to determine a user sleeping state using the generated movement signal and the generated user bio-signal in each of time periods, and determine an operation state of another electronic device based on the determined sleeping state in respective time periods; and a communicator configured to transmit a control command corresponding to the determined operation state to the another electronic device ; wherein the second sensor comprises a heartbeat sensor configured to measure a heartbeat of the user, and the heartbeat sensor is a sensor configured to emit light to generate a photoplethysmography, PPG, signal; wherein the processor is configured to control the heartbeat sensor to emit the light periodically; and characterised in that the periodic light emission time is adjusted by the processor corresponding to the battery charging state of the electronic device.
A method comprising: flowing a polymer through a slim tube comprising porous media until steady state is achieved; adjusting a temperature of the porous media with the polymer to emulate a reservoir temperature; flowing a slug of a gel solution through the porous media in the slim tube, wherein the gel solution comprises the polymer and a crosslinker, the gel solution 2. at least partially solidifying at the adjusted temperature; measuring a plurality of pressure drops across the porous media in the slim tube at a corresponding plurality of locations along a length of the slim tube while flowing the slug through the porous media in the slim tube, wherein the slug at least partially solidifies within the slim tube causing an increase in pressure; and determining a location of gelation of the slug of gel solution within the slim tube based on the increase in pressure. flowing a polymer through a slim tube comprising porous media until steady state is achieved; adjusting a temperature of the porous media with the polymer to emulate a reservoir temperature; flowing a slug of a gel solution through the porous media in the slim tube, wherein the gel solution comprises the polymer and a crosslinker, the gel solution 2. at least partially solidifying at the adjusted temperature; measuring a plurality of pressure drops across the porous media in the slim tube at a corresponding plurality of locations along a length of the slim tube while flowing the slug through the porous media in the slim tube, wherein the slug at least partially solidifies within the slim tube causing an increase in pressure; and determining a location of gelation of the slug of gel solution within the slim tube based on the increase in pressure.
Apparatus for securing together two closure members which are slidable within a frame towards and away from each other to provide a respective open and closed mode, comprising securing devices adapted to secure the members in a closed mode, a control unit adapted to operate the securing devices , a keeper element , ,(503 mountable on a lintel of the frame of the apparatus and comprising a channel section member ; and a security device which is adapted to be releasably engagable with the keeper element in the closed mode to maintain engagement of one of the slidable closure members with the frame , characterised in that in use the channel section member is open upwardly and the device comprises a bracket securable to an upper trailing edge of the closure member and an extension that is adapted to be received in the channel section member in the closed mode to thereby provide a positive engagement between the frame and the upper edge of the closure member . securing devices adapted to secure the members in a closed mode, a control unit adapted to operate the securing devices , a keeper element , ,(503 mountable on a lintel of the frame of the apparatus and comprising a channel section member ; and a security device which is adapted to be releasably engagable with the keeper element in the closed mode to maintain engagement of one of the slidable closure members with the frame , characterised in that in use the channel section member is open upwardly and the device comprises a bracket securable to an upper trailing edge of the closure member and an extension that is adapted to be received in the channel section member in the closed mode to thereby provide a positive engagement between the frame and the upper edge of the closure member .
A temperature sensor supplying a measurement signal (V ddosc ) of the temperature, comprising a controllable current source, an oscillator and a circuit controlling the controllable current source, characterized in that the control circuit is configured to control the equivalent resistance of the oscillator to be equal to a reference resistance, the oscillator being supplied by the controllable current source at a first node (N 1 ) having a supply voltage (V ddosc ) , the oscillator supplying a first oscillating signal (V osc ) having a dynamic equal to the supply voltage (V ddosc ) , the measuring signal corresponding to the supply voltage.
A method of transmitting a signal to a base station by a user equipment configured to use 2 antennas, the method comprising: obtaining transmission rank information; generating a precoded signal by precoding layer signals, of which number corresponds to the transmission rank, using a specific precoding matrix corresponding to the transmission rank, wherein the specific precoding matrix is selected from a 2-antenna codebook; and transmitting the precoded signal to the base station, wherein the 2-antenna codebook includes 6 precoding matrixes 1 2 1 0 , 1 2 1 1 , 1 2 1 − 1 , 1 2 1 j , 1 2 1 − j , 1 2 0 1 for the rank 1 and 1 precoding matrix 1 2 1 0 0 1 for rank 2. obtaining transmission rank information; generating a precoded signal by precoding layer signals, of which number corresponds to the transmission rank, using a specific precoding matrix corresponding to the transmission rank, wherein the specific precoding matrix is selected from a 2-antenna codebook; and transmitting the precoded signal to the base station, wherein the 2-antenna codebook includes 6 precoding matrixes 1 2 1 0 , 1 2 1 1 , 1 2 1 − 1 , 1 2 1 j , 1 2 1 − j , 1 2 0 1 for the rank 1 and 1 precoding matrix 1 2 1 0 0 1 for rank 2.
A method of manufacturing a foam molded article , comprising: a parison formation step of forming a foam parison by extruding a molten, kneaded resin containing a foaming agent through an annular slit in an extrusion direction in which a molding region (U) between a pair of split molds lies, and a molding step of molding a foam molded article by closing the split molds with respect to the foam parison located in the molding region (U), wherein the parison formation step includes performing pre-blowing by injecting air toward an inner surface of the foam parison in a direction which forms an angle of 45° or more and 135° or less with the extrusion direction (B 0 ), characterized in that in the parison formation step, the pre-blowing is started before a lower end of the foam parison reaches a lower end of the molding region (U). a parison formation step of forming a foam parison by extruding a molten, kneaded resin containing a foaming agent through an annular slit in an extrusion direction in which a molding region (U) between a pair of split molds lies, and a molding step of molding a foam molded article by closing the split molds with respect to the foam parison located in the molding region (U), wherein the parison formation step includes performing pre-blowing by injecting air toward an inner surface of the foam parison in a direction which forms an angle of 45° or more and 135° or less with the extrusion direction (B 0 ), characterized in that in the parison formation step, the pre-blowing is started before a lower end of the foam parison reaches a lower end of the molding region (U).
An audio signal rendering method comprising: receiving multichannel signals including a height input channel signal, a horizontal input channel signal, and flag information; obtaining a first downmix matrix for three-dimensional rendering over an output layout; obtaining a second downmix matrix for two-dimensional rendering over the output layout; and rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using at least one of the first downmix matrix or the second downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the multichannel signals include a first frame having an applause sound and a second frame having a general sound, the first frame being next to the second frame in time unit, and wherein the first frame is rendered using the second downmix matrix and the second frame is rendered using the first downmix matrix based on the flag information. receiving multichannel signals including a height input channel signal, a horizontal input channel signal, and flag information; obtaining a first downmix matrix for three-dimensional rendering over an output layout; obtaining a second downmix matrix for two-dimensional rendering over the output layout; and rendering the multichannel signals including the height input channel signal and the horizontal input channel signal, using at least one of the first downmix matrix or the second downmix matrix, so as to provide a sound image having a sense of elevation via a plurality of output channel signals according to the output layout, wherein the output layout is 5.1 channel format, wherein the multichannel signals include a first frame having an applause sound and a second frame having a general sound, the first frame being next to the second frame in time unit, and wherein the first frame is rendered using the second downmix matrix and the second frame is rendered using the first downmix matrix based on the flag information.
Method for preparing bitumen- and/or tar-containing solids , in particular road demolition material consisting of split and bitumen and/or tar, comprising the steps of: a) Providing the bitumen and/or tar-containing solids to be processed; b) Feeding the bitumen- and/or tar-containing solids to be processed to a plant , in particular a rotary kiln, in which the bitumen- and/or tar-containing solids are heated until solid and gaseous products are present; c) Providing of the remaining solids, in particular the split , for further utilisation, wherein the steps are carried out after step a) and before step b): A) Breaking up the bitumen- and/or tar-containing solids , in particular in a roller crusher or in an impact mill, so that particles of different sizes are present; B) Sieving of the particles in at least two size classes; C) Mixing the particles of at least two size classes in a predetermined ratio; D) Feeding the mixture of particles into the plant , in particular into the rotary kiln, characterized in that the bitumen and/or tar-containing solids to be prepared are heated in the plant to a temperature of between 600 °C and 800 °C. a) Providing the bitumen and/or tar-containing solids to be processed; b) Feeding the bitumen- and/or tar-containing solids to be processed to a plant , in particular a rotary kiln, in which the bitumen- and/or tar-containing solids are heated until solid and gaseous products are present; c) Providing of the remaining solids, in particular the split , for further utilisation, A) Breaking up the bitumen- and/or tar-containing solids , in particular in a roller crusher or in an impact mill, so that particles of different sizes are present; B) Sieving of the particles in at least two size classes; C) Mixing the particles of at least two size classes in a predetermined ratio; D) Feeding the mixture of particles into the plant , in particular into the rotary kiln,
A network node comprising: a memory; and a processor coupled to the memory, the processor configured to receive instructions from the memory which, when executed by the processor, cause the network node to: receive a path computation request; calculate a first path from a first ingress node to an egress node; calculate a second path from a second ingress node to a destination node; transmit a first message comprising the first path to the first ingress node; and transmit a second message comprising the second path to the second ingress node, characterised by the network node being further configured to receive a third message from the second ingress node, the third message indicating the second ingress node supports ingress protection; and wherein the third message comprises a first flag, the first flag indicating the second ingress node is configured to detect an adjacent node failure. a memory; and a processor coupled to the memory, the processor configured to receive instructions from the memory which, when executed by the processor, cause the network node to: receive a path computation request; calculate a first path from a first ingress node to an egress node; calculate a second path from a second ingress node to a destination node; transmit a first message comprising the first path to the first ingress node; and transmit a second message comprising the second path to the second ingress node, characterised by the network node being further configured to receive a third message from the second ingress node, the third message indicating the second ingress node supports ingress protection; and wherein the third message comprises a first flag, the first flag indicating the second ingress node is configured to detect an adjacent node failure. receive a path computation request; calculate a first path from a first ingress node to an egress node; calculate a second path from a second ingress node to a destination node; transmit a first message comprising the first path to the first ingress node; and transmit a second message comprising the second path to the second ingress node, characterised by the network node being further configured to receive a third message from the second ingress node, the third message indicating the second ingress node supports ingress protection; and wherein the third message comprises a first flag, the first flag indicating the second ingress node is configured to detect an adjacent node failure.
Method for controlling traffic within a car park , comprising the following steps: - subdividing the car park into a plurality of tiles , - detecting the plurality of tiles by means of one or a plurality of environment sensors in order to determine environment sensor data corresponding to the detection, - determining a respective occupancy state of the plurality of tiles on the basis of the environment sensor data, - controlling traffic within the car park on the basis of the determined occupancy states, - wherein a respective occupancy state of one or a plurality of the tiles is predicted on the basis of the environment sensor data, wherein the traffic is furthermore controlled on the basis of the respective predicted occupancy state, - wherein predicting a respective occupancy state of one or a plurality of the tiles comprises determining, for a currently occupied tile, when the latter will be free again, wherein the point in time at which a currently occupied tile will be free again is then used for controlling the traffic, - wherein predicting a respective occupancy state of one or a plurality of the tiles comprises determining, for a currently free tile, when the latter will be occupied again, wherein the point in time at which a currently free tile will be occupied again is then used for controlling the traffic. - subdividing the car park into a plurality of tiles , - detecting the plurality of tiles by means of one or a plurality of environment sensors in order to determine environment sensor data corresponding to the detection, - determining a respective occupancy state of the plurality of tiles on the basis of the environment sensor data, - controlling traffic within the car park on the basis of the determined occupancy states, - wherein a respective occupancy state of one or a plurality of the tiles is predicted on the basis of the environment sensor data, wherein the traffic is furthermore controlled on the basis of the respective predicted occupancy state, - wherein predicting a respective occupancy state of one or a plurality of the tiles comprises determining, for a currently occupied tile, when the latter will be free again, wherein the point in time at which a currently occupied tile will be free again is then used for controlling the traffic, - wherein predicting a respective occupancy state of one or a plurality of the tiles comprises determining, for a currently free tile, when the latter will be occupied again, wherein the point in time at which a currently free tile will be occupied again is then used for controlling the traffic.
An operation method of a first terminal in a communication system supporting sidelink communication, the operation method comprising: receiving, from a base station , sidelink configuration information including a preset threshold used for declaring a radio link failure, RLF, and a discontinuous transmission-negative acknowledgement, DTX-NACK, indicator by a radio resource control, RRC, signaling; transmitting (S701) one or more sidelink data to a second terminal ; performing a monitoring operation to receive one or more hybrid automatic repeat request, HARQ, responses for the one or more sidelink data from the second terminal ; comparing a number of the one or more HARQ responses indicating a DTX with the preset threshold indicated by the sidelink configuration information; and declaring the RLF for a radio link between the first terminal and the second terminal when the number of the one or more HARQ responses is greater than or equal to the preset threshold, wherein the DTX-NACK indicator indicates to transmit a NACK when a DTX situation occurs between the first terminal and the second terminal , and each of the one or more HARQ responses is the NACK set to indicate the DTX. receiving, from a base station , sidelink configuration information including a preset threshold used for declaring a radio link failure, RLF, and a discontinuous transmission-negative acknowledgement, DTX-NACK, indicator by a radio resource control, RRC, signaling; transmitting (S701) one or more sidelink data to a second terminal ; performing a monitoring operation to receive one or more hybrid automatic repeat request, HARQ, responses for the one or more sidelink data from the second terminal ; comparing a number of the one or more HARQ responses indicating a DTX with the preset threshold indicated by the sidelink configuration information; and declaring the RLF for a radio link between the first terminal and the second terminal when the number of the one or more HARQ responses is greater than or equal to the preset threshold, wherein the DTX-NACK indicator indicates to transmit a NACK when a DTX situation occurs between the first terminal and the second terminal , and each of the one or more HARQ responses is the NACK set to indicate the DTX.
A method for transmitting a source data stream from a source device to a sink device , the method comprising: forming a logical channel from the source device to the sink device, the logical channel being configured to carry (i) the source data stream, and (ii) two rate parameters, wherein the rate parameters relate a data rate of the source data stream to a data rate of the logical channel and wherein each of the two rate parameters are recoverable from one or more packets transmitted in the logical channel; and transmitting the logical channel over a transmission link . forming a logical channel from the source device to the sink device, the logical channel being configured to carry (i) the source data stream, and (ii) two rate parameters, wherein the rate parameters relate a data rate of the source data stream to a data rate of the logical channel and wherein each of the two rate parameters are recoverable from one or more packets transmitted in the logical channel; and transmitting the logical channel over a transmission link .
An associative tracking apparatus for tracking a first object (402 , 1206) using tracking information for the first object (402 , 1206) and tracking information for a second object (402 , 1204), comprising: a tracking reliability monitor (TRM) for determining when the tracking information for the first object (402 , 1206) is not reliable; characterized by further comprising: a proximity detector for identifying the second object (402 , 1204) as closest to the first object (402 , 1206) when the tracking information for the first object (402 , 1206) is not reliable; and an associative tracker for associating a location of the first object (402 , 1206) with a location of the second object (402 , 1204) when the tracking information for the first object (402 , 1206) is not reliable. a tracking reliability monitor (TRM) for determining when the tracking information for the first object (402 , 1206) is not reliable; characterized by further comprising: a proximity detector for identifying the second object (402 , 1204) as closest to the first object (402 , 1206) when the tracking information for the first object (402 , 1206) is not reliable; and an associative tracker for associating a location of the first object (402 , 1206) with a location of the second object (402 , 1204) when the tracking information for the first object (402 , 1206) is not reliable. a proximity detector for identifying the second object (402 , 1204) as closest to the first object (402 , 1206) when the tracking information for the first object (402 , 1206) is not reliable; and an associative tracker for associating a location of the first object (402 , 1206) with a location of the second object (402 , 1204) when the tracking information for the first object (402 , 1206) is not reliable.