mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: receiving , at a user equipment UE, radio resource control RRC, message comprising an indication of an assignment of the UE to an uplink group, the uplink group associated with one or more uplink subframes available for use by UEs belonging to the uplink group for unscheduled data transmission; transmitting , by the UE, uplink control information for the one or more uplink subframes associated with the uplink group of the UE; and transmitting unscheduled uplink data during at least one of the one or more uplink subframes based at least in part on the uplink group of the UE and the uplink control information. receiving , at a user equipment UE, radio resource control RRC, message comprising an indication of an assignment of the UE to an uplink group, the uplink group associated with one or more uplink subframes available for use by UEs belonging to the uplink group for unscheduled data transmission; transmitting , by the UE, uplink control information for the one or more uplink subframes associated with the uplink group of the UE; and transmitting unscheduled uplink data during at least one of the one or more uplink subframes based at least in part on the uplink group of the UE and the uplink control information.
An agricultural working vehicle , in particular a tractor , comprising - a cabin which has a front window and an opposite, openable rear window which can be transposed from a closed position into an open position by pivoting about a pivot axis , - an attaching device for connecting an implement to the working vehicle , as well as - a camera system with a control unit which is configured to monitor the connection procedure, wherein the camera system comprises at least one camera , characterized in that the at least one camera is disposed on the rear window , and in that the camera disposed on the rear window is orientated onto the attaching device when the rear window is open. - a cabin which has a front window and an opposite, openable rear window which can be transposed from a closed position into an open position by pivoting about a pivot axis , - an attaching device for connecting an implement to the working vehicle , as well as - a camera system with a control unit which is configured to monitor the connection procedure, wherein the camera system comprises at least one camera , characterized in that the at least one camera is disposed on the rear window , and in that the camera disposed on the rear window is orientated onto the attaching device when the rear window is open.
A method for using a pharmaceutical composition for endogenous urine sample marking, wherein the pharmaceutical composition contains no active ingredient, but merely a combination of at least two marker substances, and wherein the marker substances are polyethylene glycols with different molecular weights, characterised by the following steps: - registering, in a blockchain , each individual dose of the pharmaceutical composition during its preparation and subsequent packaging, wherein all relevant actions of the parties involved in the process regarding this pharmaceutical composition are registered in the blockchain for complete logging from the time of preparation to the time of ingestion of the pharmaceutical composition; - marking an outer packaging with a first digital code ; - scanning the first digital code from a dispensary ; - linking patient data of a patient with data of an authorised person , wherein the blockchain links the units involved so that a coherent information chain is created; - starting an application software by the patient ; - scanning the first digital code by the application software ; - starting a video capture ; - demonstrating that the outer packaging is intact; - removing a container containing the pharmaceutical composition from the outer packaging ; - scanning a second digital code, which is located on the container containing the pharmaceutical composition ; - opening the container ; - removing the pharmaceutical composition from the container ; - ingesting the pharmaceutical composition ; - ending the video capture ; - transmitting the video capture to the authorised person and by the application software to the blockchain ; - validating the documented ingestion by the authorised person . - registering, in a blockchain , each individual dose of the pharmaceutical composition during its preparation and subsequent packaging, wherein all relevant actions of the parties involved in the process regarding this pharmaceutical composition are registered in the blockchain for complete logging from the time of preparation to the time of ingestion of the pharmaceutical composition; - marking an outer packaging with a first digital code ; - scanning the first digital code from a dispensary ; - linking patient data of a patient with data of an authorised person , wherein the blockchain links the units involved so that a coherent information chain is created; - starting an application software by the patient ; - scanning the first digital code by the application software ; - starting a video capture ; - demonstrating that the outer packaging is intact; - removing a container containing the pharmaceutical composition from the outer packaging ; - scanning a second digital code, which is located on the container containing the pharmaceutical composition ; - opening the container ; - removing the pharmaceutical composition from the container ; - ingesting the pharmaceutical composition ; - ending the video capture ; - transmitting the video capture to the authorised person and by the application software to the blockchain ; - validating the documented ingestion by the authorised person .
An introduction arrangement for a bifurcated stent graft intended for deployment into the lumen of a vessel having a branch vessel extending therefrom, the arrangement comprising: an introducer comprising: a proximal end and a distal end; a nose cone dilator ; a first guide wire catheter extending from the distal end of the introducer to the nose cone dilator , the first guide wire catheter having a proximal end, a distal end and a lumen therethrough configured to receive a first guide wire; a bifurcated stent graft retained at its proximal end by a proximal stent graft end retention arrangement onto the introducer immediately distal of the nose cone dilator and at its distal end by a distal stent graft end retention arrangement onto the introducer; the stent graft comprising a main body, a main lumen through the main body , a branch and a side lumen through the branch; a sleeve extending over the stent graft; a second guide wire catheter having a guide wire lumen configured to receive a second guide wire , wherein the second guide wire catheter passes outside the main body, then enters the side lumen from a distal end thereof, then exits from the main body adjacent the nose cone dilator , and wherein the second guide wire catheter is removable from the introducer. a proximal end and a distal end; a nose cone dilator ; a first guide wire catheter extending from the distal end of the introducer to the nose cone dilator , the first guide wire catheter having a proximal end, a distal end and a lumen therethrough configured to receive a first guide wire; a bifurcated stent graft retained at its proximal end by a proximal stent graft end retention arrangement onto the introducer immediately distal of the nose cone dilator and at its distal end by a distal stent graft end retention arrangement onto the introducer; the stent graft comprising a main body, a main lumen through the main body , a branch and a side lumen through the branch; a sleeve extending over the stent graft; a second guide wire catheter having a guide wire lumen configured to receive a second guide wire , wherein the second guide wire catheter passes outside the main body, then enters the side lumen from a distal end thereof, then exits from the main body adjacent the nose cone dilator , and wherein the second guide wire catheter is removable from the introducer.
A method in a network comprising a plurality of nodes for monitoring an object, wherein a first node of the plurality of nodes performs or triggers the steps of: • providing , in the network , a first rank value for monitoring the object by the first node ; • determining a comparison result by comparing the first rank value with at least a second rank value provided by another node of the plurality of nodes, or receiving the comparison result from a server , wherein the first rank value and the second rank value are based on a monitoring capability and a communication capability of the first node and the another node, wherein the monitoring capability comprises a precision and reliability of measurements by the first node and the another node, and wherein the communication capability comprises: a bandwidth, latency, and a reliability of a communication link involving the first node or the another node; and • transferring or assuming a monitoring responsibility based on the comparison result. • providing , in the network , a first rank value for monitoring the object by the first node ; • determining a comparison result by comparing the first rank value with at least a second rank value provided by another node of the plurality of nodes, or receiving the comparison result from a server , wherein the first rank value and the second rank value are based on a monitoring capability and a communication capability of the first node and the another node, wherein the monitoring capability comprises a precision and reliability of measurements by the first node and the another node, and wherein the communication capability comprises: a bandwidth, latency, and a reliability of a communication link involving the first node or the another node; and • transferring or assuming a monitoring responsibility based on the comparison result.
A diluted liquid seasoning comprising oil, sodium chloride, and an emulsifier, the ratio of the emulsifier to the oil being 0.1 weight % or more, wherein the liquid seasoning has a pH of from 4.0 to 7.0, a Brix of from 1 to 15, an oil concentration of from 0.1 weight % to 4 weight %, an emulsifier concentration of 1 weight % or less, and a static viscosity of 100mPa·s·g/cm 3 or less measured at 80°C.
An organ retention device , comprising: a biologically compatible flexible barrier configured to restrain one or more organs; a first anchor string extending from a first connection region of the flexible barrier; a second anchor string extending from a second connection region of the flexible barrier, wherein the first and second connection regions are proximate two adjacent vertices along a top peripheral edge of the flexible barrier ; and at least one expansion element coupled to the flexible barrier at a weighted peripheral region proximal to or at a bottom peripheral edge opposite the top peripheral edge to expand the flexible barrier generally perpendicularly to the top peripheral edge , wherein the at least one expansion element comprises supplementary weighting along the weighted peripheral region of the flexible barrier and spaced from the top peripheral edge to cause the weighted peripheral region to hang down from the top peripheral edge when the first connection region and the second connection region are held apart in tension. a biologically compatible flexible barrier configured to restrain one or more organs; a first anchor string extending from a first connection region of the flexible barrier; a second anchor string extending from a second connection region of the flexible barrier, wherein the first and second connection regions are proximate two adjacent vertices along a top peripheral edge of the flexible barrier ; and at least one expansion element coupled to the flexible barrier at a weighted peripheral region proximal to or at a bottom peripheral edge opposite the top peripheral edge to expand the flexible barrier generally perpendicularly to the top peripheral edge , wherein the at least one expansion element comprises supplementary weighting along the weighted peripheral region of the flexible barrier and spaced from the top peripheral edge to cause the weighted peripheral region to hang down from the top peripheral edge when the first connection region and the second connection region are held apart in tension.
A computer-implemented method comprising: receiving , from a first microphone disposed on an in-ear audio device , first audio data corresponding to a first representation of first audio; receiving , from a second microphone disposed on the in-ear audio device , second audio data corresponding to a second representation of the first audio; receiving, from a third microphone disposed on an inner-lobe insert of the in-ear audio device , third audio data corresponding to a third representation of the first audio; generating first output audio data by combining the first audio data with at least a portion of the third audio data; generating reference audio data by subtracting at least a portion of the first audio data and at least a portion of the third audio data from the second audio data; and generating second output audio data by subtracting at least a portion of the reference audio data from the first output audio data. receiving , from a first microphone disposed on an in-ear audio device , first audio data corresponding to a first representation of first audio; receiving , from a second microphone disposed on the in-ear audio device , second audio data corresponding to a second representation of the first audio; receiving, from a third microphone disposed on an inner-lobe insert of the in-ear audio device , third audio data corresponding to a third representation of the first audio; generating first output audio data by combining the first audio data with at least a portion of the third audio data; generating reference audio data by subtracting at least a portion of the first audio data and at least a portion of the third audio data from the second audio data; and generating second output audio data by subtracting at least a portion of the reference audio data from the first output audio data.
A device for receiving and positioning a workpiece for processing, the device comprising: a segmented workpiece receiving plate for the workpiece , wherein the segmented workpiece receiving plate comprises at least two separate workpiece receiving plate segments which neither are nor can be coupled to each other; and at least one actuator which is coupled to the workpiece receiving plate segments , characterised in that the at least one actuator is a robot which comprises a robot arm and a connecting element for each workpiece receiving plate segment borne by it, wherein the workpiece receiving plate segments can be moved freely in space, independently of each other, by the at least one actuator .
An orthogonal frequency division multiplexing, OFDM, transmission device which transmits OFDM symbols to at least one reception device, the OFDM transmission device comprising: an OFDM transmission processing unit which is arranged to generate a plurality of OFDM symbols which are transmitted in sequence across time; a pilot insertion unit which is arranged to insert pilot tones into some of the plurality of OFDM symbols; and a control unit which is arranged to control the pilot insertion unit to insert the pilot tones according to a first pilot insertion pattern which is selected to correspond to a communication environment from among a plurality of pilot insertion patterns, wherein, in the first pilot insertion pattern, pilot tones are inserted in a first OFDM symbol and a second OFDM symbol from every three OFDM symbols, and on every twelfth tone within the first OFDM symbol and the second OFDM symbol, wherein a pilot tone inserted in the second OFDM symbol is spaced apart from a pilot tone inserted in the first OFDM symbol by six tones, and wherein, in the first pilot insertion pattern, pilot tones are not inserted in a third OFDM symbol between the first OFDM symbol and the second OFDM symbol. an OFDM transmission processing unit which is arranged to generate a plurality of OFDM symbols which are transmitted in sequence across time; a pilot insertion unit which is arranged to insert pilot tones into some of the plurality of OFDM symbols; and a control unit which is arranged to control the pilot insertion unit to insert the pilot tones according to a first pilot insertion pattern which is selected to correspond to a communication environment from among a plurality of pilot insertion patterns, wherein, in the first pilot insertion pattern, pilot tones are inserted in a first OFDM symbol and a second OFDM symbol from every three OFDM symbols, and on every twelfth tone within the first OFDM symbol and the second OFDM symbol, wherein a pilot tone inserted in the second OFDM symbol is spaced apart from a pilot tone inserted in the first OFDM symbol by six tones, and wherein, in the first pilot insertion pattern, pilot tones are not inserted in a third OFDM symbol between the first OFDM symbol and the second OFDM symbol.
Cogeneration system comprising: - a boiler able to heat water for domestic use; - a combustor of liquid or gaseous fuel, placed into the boiler from which combustion fumes come out; - a compressor for a gaseous fluid; - a heat exchanger able to exchange thermal energy between combustion fumes generated in the combustor and a fluid coming from the compressor ; - a gas turbine receiving the fluid compressed and heated from the heat exchanger ; - a current generator and a current converter connected to the gas turbine able to generate electrical energy; - a main fumes / water exchanger placed after the heat exchanger able to recover thermal energy between fumes generated in the combustor and water; - a by-pass valve placed before the turbine , configured to adjust the flow rate of a portion of the fluid entering the gas turbine and the remaining flow of the fluid to be redirected; characterized in comprising an additional heat exchanger arranged to recover remaining thermal energy of the portion of the fluid sent out from the turbine and of the remaining flow of the fluid redirected by the by-pass valve and arranged to preheat water entering in the main heat exchanger . - a boiler able to heat water for domestic use; - a combustor of liquid or gaseous fuel, placed into the boiler from which combustion fumes come out; - a compressor for a gaseous fluid; - a heat exchanger able to exchange thermal energy between combustion fumes generated in the combustor and a fluid coming from the compressor ; - a gas turbine receiving the fluid compressed and heated from the heat exchanger ; - a current generator and a current converter connected to the gas turbine able to generate electrical energy; - a main fumes / water exchanger placed after the heat exchanger able to recover thermal energy between fumes generated in the combustor and water; - a by-pass valve placed before the turbine , configured to adjust the flow rate of a portion of the fluid entering the gas turbine and the remaining flow of the fluid to be redirected;
A door lock device comprising: a housing ; electric components housed in the housing ; first and second terminals , each of which being electrically conductive and connected to the electric components ; a plate configured to hold the first terminal and the second terminal and having holes formed at positions corresponding to positions between the first terminal and the second terminal ; bent pieces configured to protrude from the first terminal and being bent at edges of the holes ; characterized in that the door lock device further comprises insulating pins configured to protrude from the housing, being positioned inside of the respective holes , and being interposed between the respective bent pieces and the second terminal . a housing ; electric components housed in the housing ; first and second terminals , each of which being electrically conductive and connected to the electric components ; a plate configured to hold the first terminal and the second terminal and having holes formed at positions corresponding to positions between the first terminal and the second terminal ; bent pieces configured to protrude from the first terminal and being bent at edges of the holes ; characterized in that the door lock device further comprises insulating pins configured to protrude from the housing, being positioned inside of the respective holes , and being interposed between the respective bent pieces and the second terminal .
A method for determining an adaptive hysteresis for inter-channel time difference , ICTD, parameter, the method comprising: obtaining an ICTD estimate between a channel pair of a multi-channel audio signal; the method is further characterised in that : when a reliable ICTD estimate is obtained for a frame m, low-pass filtering an inter-channel correlation , ICC, measure to obtain a long term estimate of a stability , ICC LP (m), of an ICTD parameter; using said stability estimate , ICC LP (m), to determine a hysteresis period, during which a previously obtained reliable ICTD estimate is used , when reliable ICTD estimates are not obtained; and setting the ICTD to zero if reliable ICTD estimates are not obtained within the hysteresis period. obtaining an ICTD estimate between a channel pair of a multi-channel audio signal; the method is further characterised in that : when a reliable ICTD estimate is obtained for a frame m, low-pass filtering an inter-channel correlation , ICC, measure to obtain a long term estimate of a stability , ICC LP (m), of an ICTD parameter; using said stability estimate , ICC LP (m), to determine a hysteresis period, during which a previously obtained reliable ICTD estimate is used , when reliable ICTD estimates are not obtained; and setting the ICTD to zero if reliable ICTD estimates are not obtained within the hysteresis period.
A WO phage transformation system, said system comprising: a) a protein with WO phage integrase activity, and b) a DNA vector comprising an attachment site (attP) recognized by the WO phage integrase protein. a) a protein with WO phage integrase activity, and b) a DNA vector comprising an attachment site (attP) recognized by the WO phage integrase protein.
A vehicle body part comprising a support , an uncured sealer and an uncured primer , the uncured sealer being interposed between the support and the uncured primer , the uncured sealer and the uncured primer each comprising a compatible solvent, each compatible solvent having a log P ow value and an absolute value of a difference between the log P ow value of the compatible solvent of the uncured primer and the compatible solvent of the uncured sealer being equal to or smaller than 3,0, the uncured sealer being configured to prevent water from entering into a finished vehicle comprising the vehicle body part once cured.
An electrophotographic member comprising a base layer (a1) and a surface layer (a2), wherein the surface layer (a2) contains a heteroaggregate of: inorganic oxide particles, electro-conductive metal oxide particles different from the inorganic oxide particles, and an ionic liquid. inorganic oxide particles, electro-conductive metal oxide particles different from the inorganic oxide particles, and an ionic liquid.