mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an electrical apparatus , such as a measurement or protection or control apparatus of an electrical installation , the electrical apparatus comprising an electronic control unit which can be connected to a communication gateway by a local data exchange link via a communication interface of the electrical apparatus; the control unit receiving one or more executable software applications , each application generating data according to one or more predefined data types when it is executed by the control unit , the control unit sending the data generated by the applications installed in the control unit to the communication gateway by means of the local data exchange link only if those data correspond to a data type to which the communication gateway is subscribed; this method comprising steps of auto-configuration of the communication interface which are carried out automatically following the installation of a new application in the course of the operation of the electrical apparatus , wherein: - the control unit broadcasts , on the local data link , a notification of the installation of a new application ; - the control unit receives, in response, a request from the communication gateway for subscription to data types to which the gateway is not yet subscribed and, in response, compares the types listed in the subscription request with the data types generated by the newly installed application , the request for subscription to a data type being accepted if data corresponding to that data type have been generated , the request for subscription to a data type otherwise being refused; - the control unit sends a response to the communication gateway for updating of the accepted or refused subscription status for each data type for which the subscription request has been accepted or refused. - the control unit broadcasts , on the local data link , a notification of the installation of a new application ; - the control unit receives, in response, a request from the communication gateway for subscription to data types to which the gateway is not yet subscribed and, in response, compares the types listed in the subscription request with the data types generated by the newly installed application , the request for subscription to a data type being accepted if data corresponding to that data type have been generated , the request for subscription to a data type otherwise being refused; - the control unit sends a response to the communication gateway for updating of the accepted or refused subscription status for each data type for which the subscription request has been accepted or refused.
Audio encoder for encoding an audio signal, comprising: a time warper ; a time-frequency converter for performing a time/frequency conversion of a time-warped audio signal into a spectral representation; a quantizer for quantizing audio values, wherein the quantizer is configured to quantize to zero audio values below a quantization threshold; a noise filling calculator for estimating a measure of an energy of audio values quantized to zero for a time frame of the audio signal to obtain a noise filling measure; an audio signal analyzer for analyzing, whether the time frame of the audio signal has a harmonic or speech characteristic, wherein the audio signal analyzer provides a time warping information at an output , which is connected to the time warper ; a manipulator for manipulating the noise filling measure depending on a harmonic or a speech characteristic of the audio signal to obtain a manipulated noise filling measure; and an output interface for generating an encoded signal for transmission or storage, the encoded signal comprising the manipulated noise filling measure ; wherein the manipulator is configured to apply a normal noise level when the signal does not have a harmonic or speech characteristic and when no time warp is applied, and to manipulate the noise filling level to be lower than in the normal case when a pitch contour was found by the audio signal analyzer, which indicates a harmonic content, and the time warp is active. a time warper ; a time-frequency converter for performing a time/frequency conversion of a time-warped audio signal into a spectral representation; a quantizer for quantizing audio values, wherein the quantizer is configured to quantize to zero audio values below a quantization threshold; a noise filling calculator for estimating a measure of an energy of audio values quantized to zero for a time frame of the audio signal to obtain a noise filling measure; an audio signal analyzer for analyzing, whether the time frame of the audio signal has a harmonic or speech characteristic, wherein the audio signal analyzer provides a time warping information at an output , which is connected to the time warper ; a manipulator for manipulating the noise filling measure depending on a harmonic or a speech characteristic of the audio signal to obtain a manipulated noise filling measure; and an output interface for generating an encoded signal for transmission or storage, the encoded signal comprising the manipulated noise filling measure ; wherein the manipulator is configured to apply a normal noise level when the signal does not have a harmonic or speech characteristic and when no time warp is applied, and to manipulate the noise filling level to be lower than in the normal case when a pitch contour was found by the audio signal analyzer, which indicates a harmonic content, and the time warp is active.
A method performed by a receiving device for handling signalling in a wireless communication network , the method comprising: - measuring a strength, or a complex amplitude, of one or more signals over a signal path to a transmitting device , which measured strength or complex amplitude forms a signal pattern over a time; - performing a pattern recognition by comparing the signal pattern with a stored ripple pattern in physical properties caused by a blocking edge prior to blocking of the signal path between the receiving device and the transmitting device; and, in case the signal pattern matches the stored ripple pattern: - determining that an object will block the signal path between the receiving device and the transmitting device; and - triggering a signal process to avoid signal interruption by taking into account that the object will block the signal path. - measuring a strength, or a complex amplitude, of one or more signals over a signal path to a transmitting device , which measured strength or complex amplitude forms a signal pattern over a time; - performing a pattern recognition by comparing the signal pattern with a stored ripple pattern in physical properties caused by a blocking edge prior to blocking of the signal path between the receiving device and the transmitting device; and, in case the signal pattern matches the stored ripple pattern: - determining that an object will block the signal path between the receiving device and the transmitting device; and - triggering a signal process to avoid signal interruption by taking into account that the object will block the signal path.
A method for restoring service within an electrical power system, the method comprising: identifying a restoration path for an outage area within the power system; selecting a mobile energy resource connection site that is electrically connected to at least one of the restoration path and the outage area; sending power injection requests to a plurality of mobile energy resources, at least some of which are proximate the connection site, the power injection request including a request to the mobile energy resources proximate the connection site to proceed to the connection site; receiving power injection acceptances from participating ones of the plurality of mobile energy resources; and implementing the restoration path . identifying a restoration path for an outage area within the power system; selecting a mobile energy resource connection site that is electrically connected to at least one of the restoration path and the outage area; sending power injection requests to a plurality of mobile energy resources, at least some of which are proximate the connection site, the power injection request including a request to the mobile energy resources proximate the connection site to proceed to the connection site; receiving power injection acceptances from participating ones of the plurality of mobile energy resources; and implementing the restoration path .
Method for treating soil and groundwater comprising alternating soil heating and nanoparticle injection comprising: - a set of at least one soil heating tube combined with at least one perforated tube to extract volatile and semi-volatile vapors and to inject nanoparticles; - a surface-connected heating system to raise the temperature of the heating elements; - injection of nanoparticles in colloidal form into the soil matrix at selected times depending on the temperature; - injection of nanoparticles at different depths depending on the heating phase; - vapor recovery at specific depths depending on the nanoparticle injections, to promote stabilization of heavy metals. - a set of at least one soil heating tube combined with at least one perforated tube to extract volatile and semi-volatile vapors and to inject nanoparticles; - a surface-connected heating system to raise the temperature of the heating elements; - injection of nanoparticles in colloidal form into the soil matrix at selected times depending on the temperature; - injection of nanoparticles at different depths depending on the heating phase; - vapor recovery at specific depths depending on the nanoparticle injections, to promote stabilization of heavy metals.
A system for polishing capsules comprising: - an inlet ; - an outlet ; - a wall arranged around an axis (Z) extending from said inlet to said outlet ; - a brush located at least partially inside the wall and comprising bristles arranged around said axis (Z) so as to form a helical conveying ramp for said capsules , from said inlet to said outlet ; each of said bristles comprising a free end facing an inner face of said wall ; - a mechanical unit arranged to generate a rotational movement of said brush around said axis (Z) to convey said capsules from said inlet to said outlet ; said system comprising at least one protrusion at said inner face of said wall , and arranged to bend at least some of said bristles of said brush during said rotational movement of said brush around said axis (Z) ; characterised in that : - a distance between said axis (Z) and said free end of a first bristle of said brush , and a distance between said axis (Z) and said free end of a second bristle of said brush differ by at least 2 mm. - an inlet ; - an outlet ; - a wall arranged around an axis (Z) extending from said inlet to said outlet ; - a brush located at least partially inside the wall and comprising bristles arranged around said axis (Z) so as to form a helical conveying ramp for said capsules , from said inlet to said outlet ; each of said bristles comprising a free end facing an inner face of said wall ; - a mechanical unit arranged to generate a rotational movement of said brush around said axis (Z) to convey said capsules from said inlet to said outlet ; said system comprising at least one protrusion at said inner face of said wall , and arranged to bend at least some of said bristles of said brush during said rotational movement of said brush around said axis (Z) ; characterised in that : - a distance between said axis (Z) and said free end of a first bristle of said brush , and a distance between said axis (Z) and said free end of a second bristle of said brush differ by at least 2 mm.
An acoustic stringed instrument comprising: a top plate ; a back plate ; and a rib provided between the top plate and the back plate , and wherein at least one of the top plate or the back plate comprises a board having a purfling , the purfling comprising: a groove formed in the board; and a resin filled in the groove , characterized in that the resin has a degree of elongation of 20% or more, the resin includes colored particles having a diameter of 3 μm or more and less than 70 μm, and the colored particles are dispersed in the resin . a top plate ; a back plate ; and a rib provided between the top plate and the back plate , and wherein at least one of the top plate or the back plate comprises a board having a purfling , the purfling comprising: a groove formed in the board; and a resin filled in the groove , characterized in that the resin has a degree of elongation of 20% or more, the resin includes colored particles having a diameter of 3 μm or more and less than 70 μm, and the colored particles are dispersed in the resin . a groove formed in the board; and a resin filled in the groove , characterized in that the resin has a degree of elongation of 20% or more, the resin includes colored particles having a diameter of 3 μm or more and less than 70 μm, and the colored particles are dispersed in the resin .
A method of processing telephone calls by a call processor comprising the steps of: a) receiving a call from a customer via a telephone network at the call processor ; b) connecting the call to an agent via the call processor ; c) connecting to a secure data collection server via the Internet and receiving a unique identifier from the secure data collection server , the identifier identifying the agent session; d) transferring the call to the secure data collection server whilst the agent remains connected to the call processor by sending a command to the telephone network to divert the call to the secure data collection server and passing the unique identifier to the secure data collection server ; and e) receiving said call and unique identifier from the secure data collection server and re-connecting the call to the agent via the call processor using the unique identifier received from the secure data collection server to connect the customer call back to the agent, the secure data collection server being arranged to remove sensitive data from the transmitted data such that the agent cannot perceive or record any sensitive data entered; the step of transferring the call to the secure data collection server comprising the sub-steps of: connecting to an on demand appliance ; sending the unique identifier to the on demand appliance ; the on demand appliance connecting to the secure data collection server ; the on demand appliance sending the unique identifier to the secure data collection server . a) receiving a call from a customer via a telephone network at the call processor ; b) connecting the call to an agent via the call processor ; c) connecting to a secure data collection server via the Internet and receiving a unique identifier from the secure data collection server , the identifier identifying the agent session; d) transferring the call to the secure data collection server whilst the agent remains connected to the call processor by sending a command to the telephone network to divert the call to the secure data collection server and passing the unique identifier to the secure data collection server ; and e) receiving said call and unique identifier from the secure data collection server and re-connecting the call to the agent via the call processor using the unique identifier received from the secure data collection server to connect the customer call back to the agent, the secure data collection server being arranged to remove sensitive data from the transmitted data such that the agent cannot perceive or record any sensitive data entered; connecting to an on demand appliance ; sending the unique identifier to the on demand appliance ; the on demand appliance connecting to the secure data collection server ; the on demand appliance sending the unique identifier to the secure data collection server .
A method for the synthesis of a stereodefined phosphorothioate oligonucleotide, comprising the step of: a) deprotecting a protected 5'-hydroxy terminus of a nucleoside, or oligonucleotide, attached to a solid support, b) coupling an oxazaphospholidine phosphoramidite monomer to the deprotected 5'-hydroxy terminus of a nucleoside or oligonucleotide, to form a phosphite triester intermediate, c) oxidizing the phosphite triester intermediate with a sulfurizing reagent, followed by an optional washing step, d) repeating steps b) and c) within the same elongation cycle, e) optionally repeating steps a) - d) for one or more further elongation cycles, and f) deprotecting and cleavaging the oligonucleotide from the solid support. a) deprotecting a protected 5'-hydroxy terminus of a nucleoside, or oligonucleotide, attached to a solid support, b) coupling an oxazaphospholidine phosphoramidite monomer to the deprotected 5'-hydroxy terminus of a nucleoside or oligonucleotide, to form a phosphite triester intermediate, c) oxidizing the phosphite triester intermediate with a sulfurizing reagent, followed by an optional washing step, d) repeating steps b) and c) within the same elongation cycle, e) optionally repeating steps a) - d) for one or more further elongation cycles, and f) deprotecting and cleavaging the oligonucleotide from the solid support.
A system comprising: a compressor having a shell , a compression mechanism disposed within the shell, and a motor configured to drive the compression mechanism; a first heat exchanger configured to receive compressed working fluid from the compressor; a second heat exchanger in fluid communication with the compressor and the first heat exchanger; a first sensor configured to detect an electrical operating parameter of the motor; a second sensor configured to detect a discharge temperature of working fluid discharged from the compressor; a third sensor configured to detect a suction temperature of working fluid upstream of the compression mechanism and downstream of the first and second heat exchangers; and characterized by : processing circuitry in communication with the first, second, and third sensors and configured to determine whether a refrigerant floodback condition is occurring based on data received from the first, second, and third sensors, wherein the refrigerant floodback condition is a condition where liquid working fluid flows into a suction line from the second heat exchanger. a compressor having a shell , a compression mechanism disposed within the shell, and a motor configured to drive the compression mechanism; a first heat exchanger configured to receive compressed working fluid from the compressor; a second heat exchanger in fluid communication with the compressor and the first heat exchanger; a first sensor configured to detect an electrical operating parameter of the motor; a second sensor configured to detect a discharge temperature of working fluid discharged from the compressor; a third sensor configured to detect a suction temperature of working fluid upstream of the compression mechanism and downstream of the first and second heat exchangers; and characterized by : processing circuitry in communication with the first, second, and third sensors and configured to determine whether a refrigerant floodback condition is occurring based on data received from the first, second, and third sensors, wherein the refrigerant floodback condition is a condition where liquid working fluid flows into a suction line from the second heat exchanger. processing circuitry in communication with the first, second, and third sensors and configured to determine whether a refrigerant floodback condition is occurring based on data received from the first, second, and third sensors, wherein the refrigerant floodback condition is a condition where liquid working fluid flows into a suction line from the second heat exchanger.
A compound for use in a method for treating an individual in need of treatment for intoxication from ingestion of a drug, wherein the drug is selected from the group consisting of cocaine, fentanyl, methamphetamine, and combinations therof, the use comprising administering to the individual a composition comprising the compound having the following structure, or a salt thereof, a partial salt thereof, a hydrate thereof, a polymorph or a mixture thereof, a stereoisomer thereof, or combinations thereof: wherein each R is independently hydrogen, C 1 to C 20 alkyl group, C 3 to C 20 carbocyclic group, C 1 to C 20 heterocyclic group, carboxylic acid group, ester group, amide group, hydroxy group or ether group; wherein, optionally, adjacent R groups form a C 3 to C 20 carbocyclic ring or heterocyclic ring; wherein each is independently a C 5 to C 20 carbocyclic ring system having one of the following structures: wherein, at each occurrence of R 1 to R 16 is independently hydrogen, C 1 to C 20 alkyl group, halo group, hydroxyl group, nitro group, carboxylic acid group, ester group, amide group, ether group, C 3 to C 20 carbocyclic group, or C 1 to C 20 heterocyclic group, provided that at least one of R 1 to R 16 in the compound has the following structure: wherein each i is 1 to 20;and X is a solubilizing group selected from sulfonic acid group, sulfonate salt group, phosphonic acid group, phosphonate salt group, and polyethylene glycol group; and wherein n is 1 to 5. wherein each R is independently hydrogen, C 1 to C 20 alkyl group, C 3 to C 20 carbocyclic group, C 1 to C 20 heterocyclic group, carboxylic acid group, ester group, amide group, hydroxy group or ether group; wherein, optionally, adjacent R groups form a C 3 to C 20 carbocyclic ring or heterocyclic ring; wherein each is independently a C 5 to C 20 carbocyclic ring system having one of the following structures: wherein, at each occurrence of R 1 to R 16 is independently hydrogen, C 1 to C 20 alkyl group, halo group, hydroxyl group, nitro group, carboxylic acid group, ester group, amide group, ether group, C 3 to C 20 carbocyclic group, or C 1 to C 20 heterocyclic group, provided that at least one of R 1 to R 16 in the compound has the following structure: wherein each i is 1 to 20;and X is a solubilizing group selected from sulfonic acid group, sulfonate salt group, phosphonic acid group, phosphonate salt group, and polyethylene glycol group; and wherein n is 1 to 5.
A device arranged to measure turbidity of a fluid flowing in a flow tube, the device comprising: - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet and comprising a turbidity measurement section (TMS) between a first section end and a second section end, - a first transducer (T1) arranged for transmitting ultrasonic signals through the fluid in the turbidity measurement section so as to provide a first ultrasonic wave between the first and second section ends, and - a receiver transducer (R1) arranged for receiving ultrasonic signals scattered on particles in the fluid flowing through the turbidity measurement section, characterized in that the receiver transducer has a receiving surface which is parallel to a direction of the first ultrasonic wave and in that the device further comprises a control circuit (CC) connected to the first transducer and the receiver transducer, the control circuit being arranged for operating the first transducer and to generate a signal indicative of the turbidity (TB) of the fluid in response to signals received from the receiver transducer. - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet and comprising a turbidity measurement section (TMS) between a first section end and a second section end, - a first transducer (T1) arranged for transmitting ultrasonic signals through the fluid in the turbidity measurement section so as to provide a first ultrasonic wave between the first and second section ends, and - a receiver transducer (R1) arranged for receiving ultrasonic signals scattered on particles in the fluid flowing through the turbidity measurement section,