mhurhangee/ep-ind-claims huggingface dataset:
A method for processing message overload, comprising: receiving, by a base station, a downlink Non-Access Stratum, NAS, transmission message transmitted by a network device, wherein the downlink NAS transmission message comprises indication information indicating whether the downlink NAS transmission message is configured to transmit an SMS; in case that the base station is congested, determining, by the base station, based on the indication information, that the downlink NAS transmission message is configured to transmit the SMS from the received downlink NAS transmission message, and processing, by the base station, the downlink NAS transmission message configured to transmit the SMS, wherein the processing, by the base station, the downlink NAS transmission message configured to transmit the SMS comprises: discarding the downlink NAS transmission message configured to transmit the SMS; or delaying transmission of the downlink NAS transmission message configured to transmit the SMS by a preset time period. receiving, by a base station, a downlink Non-Access Stratum, NAS, transmission message transmitted by a network device, wherein the downlink NAS transmission message comprises indication information indicating whether the downlink NAS transmission message is configured to transmit an SMS; in case that the base station is congested, determining, by the base station, based on the indication information, that the downlink NAS transmission message is configured to transmit the SMS from the received downlink NAS transmission message, and processing, by the base station, the downlink NAS transmission message configured to transmit the SMS, wherein the processing, by the base station, the downlink NAS transmission message configured to transmit the SMS comprises: discarding the downlink NAS transmission message configured to transmit the SMS; or delaying transmission of the downlink NAS transmission message configured to transmit the SMS by a preset time period. discarding the downlink NAS transmission message configured to transmit the SMS; or delaying transmission of the downlink NAS transmission message configured to transmit the SMS by a preset time period.
An additive feeder for an internal combustion engine, comprising: a catalyst configured to purify NOx in the exhaust gas that is generated by combustion of an air-fuel mixture in a cylinder (#1 to #4); an injection valve configured to inject an additive in form of a reducing agent and to add the additive to the catalyst; a detection portion configured to detect an amount of the NOx that is generated; and a control portion configured to control an amount of the additive injected through the injection valve, wherein the catalyst is a SCR catalyst configured to adsorb an exhaust gas purifying component that is generated from the reducing agent and reduces NOx and to use the adsorbed purifying component to purify the NOx, characterized in that the control portion is further configured to, when an engine operation state is not in a transition state but in a normal operation state (S110: YES), compute an integrated value of the amount of the generated NOx from when the additive was injected previously, and to perform an addition process in which the control portion causes the injection valve to inject the additive after the integrated value has become greater than or equal to a reference value (β; S130: YES), wherein, when the engine operation state is in a transition state (S110: NO), the control portion stops computation of the integrated value of the amount of generated NOx and causes (S170, S160) an amount of the additive in accordance with the amount of the generated NOx detected by the detection portion to be injected through the injection valve. a catalyst configured to purify NOx in the exhaust gas that is generated by combustion of an air-fuel mixture in a cylinder (#1 to #4); an injection valve configured to inject an additive in form of a reducing agent and to add the additive to the catalyst; a detection portion configured to detect an amount of the NOx that is generated; and a control portion configured to control an amount of the additive injected through the injection valve, wherein the catalyst is a SCR catalyst configured to adsorb an exhaust gas purifying component that is generated from the reducing agent and reduces NOx and to use the adsorbed purifying component to purify the NOx, characterized in that the control portion is further configured to, when an engine operation state is not in a transition state but in a normal operation state (S110: YES), compute an integrated value of the amount of the generated NOx from when the additive was injected previously, and to perform an addition process in which the control portion causes the injection valve to inject the additive after the integrated value has become greater than or equal to a reference value (β; S130: YES), wherein, when the engine operation state is in a transition state (S110: NO), the control portion stops computation of the integrated value of the amount of generated NOx and causes (S170, S160) an amount of the additive in accordance with the amount of the generated NOx detected by the detection portion to be injected through the injection valve.
Induction cooking hob (111, 311) having: - a cooking hob plate (113, 313) with a top side (114, 314) and with a bottom side (115,315), - at least one induction heating coil (117, 317) underneath the cooking hob plate (113, 313), - a cover (138, 338) underneath the cooking hob plate (113, 313), wherein the cover covers the induction heating coil (117, 317) towards the bottom, characterized in that a spacer is a physical unit with the induction heating coil (117, 317) and the induction heating coil itself is adhesively bonded directly to the bottom side (115, 315) of the cooking hob plate (113, 313) by means of the spacer. - a cooking hob plate (113, 313) with a top side (114, 314) and with a bottom side (115,315), - at least one induction heating coil (117, 317) underneath the cooking hob plate (113, 313), - a cover (138, 338) underneath the cooking hob plate (113, 313), wherein the cover covers the induction heating coil (117, 317) towards the bottom,
A system for providing an interface for a blockchain cloud service, comprising: at least one instance of a container runtime service; a storage cloud service; a distributed ledger component in the at least one instance of the container runtime service, wherein the distributed ledger is provisioned as a blockchain cloud service, the blockchain cloud service comprising; a peer container, an ordering container, and a chaincode container; wherein the peer container maintains a blockchain ledger; wherein the ordering container orders transactions within the blockchain ledger; and wherein the chaincode container comprises a chaincode execution unit that encodes assets in the ledger; wherein the blockchain ledger is backed-up to the storage cloud service and the storage cloud service is configured to persist the blockchain ledger of the ordering container and to allow recovery of the blockchain ledger on restart of at least the ordering container, and the peer container is configured to retrieve the blockchain ledger from the ordering container in response to the blockchain ledger being lost at the peer container; and wherein the at least one instance of the container runtime service is configured to receive an incoming call from a client application, the incoming call requesting an entry into the blockchain ledger. at least one instance of a container runtime service; a storage cloud service; a distributed ledger component in the at least one instance of the container runtime service, wherein the distributed ledger is provisioned as a blockchain cloud service, the blockchain cloud service comprising; a peer container, an ordering container, and a chaincode container; a peer container, an ordering container, and a chaincode container; wherein the peer container maintains a blockchain ledger; wherein the ordering container orders transactions within the blockchain ledger; and wherein the chaincode container comprises a chaincode execution unit that encodes assets in the ledger; wherein the blockchain ledger is backed-up to the storage cloud service and the storage cloud service is configured to persist the blockchain ledger of the ordering container and to allow recovery of the blockchain ledger on restart of at least the ordering container, and the peer container is configured to retrieve the blockchain ledger from the ordering container in response to the blockchain ledger being lost at the peer container; and wherein the at least one instance of the container runtime service is configured to receive an incoming call from a client application, the incoming call requesting an entry into the blockchain ledger.
Process for preparing polyether carbonate polyols by addition of alkylene oxides and carbon dioxide onto H-functional starter compounds, characterized in that at least one alcohol containing at least two urethane groups is used as the H-functional starter compound.
Knife with a housing and with a blade holder for holding a blade, the blade holder being movable between a safety position in which the blade is disposed inside the housing so as to be inaccessible and a cutting position in which the blade extends at least partially out of the housing, the cutting position being defined by the interaction of at least one stop surface (32a, 32b) associated with the housing and at least one counterpart surface (23a, 23b) associated with the blade holder, characterised in that one module out of a set of at least two modules (14, 25) is releasably secured to the knife, the module is provided with a retaining surface which forms the stop surface (32a, 32b) or the counterpart surface, and the position of the retaining surface on the module defines a first blade extension length and the module is interchangeable with at least one other module of the set of modules (14, 25), the position of the retaining surface on the other module defining a second blade extension length which is different from the first blade extension length.
A method for operating an electroacoustic device configured to operate in a gas filled space and from a first side of an object to be measured for making a non-contact ultrasonic thickness measurement of said object, said device comprising an electro acoustic transducer device (307; 500; 600; 702; 801, 802, 804, 805; 904), an electronic transceiver device connected to the electro acoustic transducer device and being configured to excite the electroacoustic transducer device to emit an acoustic signal towards said object and to receive an acoustic response signal therefrom, and a signal processor configured to process the response signal and to determine on basis of the acoustic response signal the thickness characteristic of said object to be measured, the electroacoustic transducer device having an acoustic transducer-to-gas interface, and the transceiver device being configured to drive the electroacoustic transducer device to emit into a gas filled space between the electroacoustic transducer device and said object to be measured an acoustic broadband pulse towards said object and to receive an acoustic resonance response signal in the acoustic response signal at a level allowing acquisition of the resonance response signal above a predetermined signal/noise level, characterized in outputting from the transceiver said received acoustic response signal as a digitized time vector, providing said signal processor with an input for said time vector and an input for input parameters, performing in the signal processor a time frequency analysis on basis of the time vector for identifying the time of the maximum energy and from this and a length of time window for spectral estimation determining the start time of the resonance tail, and a matrix of power, a vector of times, and a vector of frequencies, and to generate a thickness estimate on basis of the vector of time, input parameters and an output from the time frequency analyses, by performing in the signal processor the steps of: a) identification of primary echo, b) spectral estimation by estimating frequency power contents of the time signal, c) identification of resonance frequencies by identification of harmonic frequencies and assigning the correct harmonic order to them, and d) characterization of the object by computing object thickness on basis of the speed of sound in said object, the integers indicating the harmonic order, and the resonance frequencies of the harmonic order, and averaging. a) identification of primary echo, b) spectral estimation by estimating frequency power contents of the time signal, c) identification of resonance frequencies by identification of harmonic frequencies and assigning the correct harmonic order to them, and d) characterization of the object by computing object thickness on basis of the speed of sound in said object, the integers indicating the harmonic order, and the resonance frequencies of the harmonic order, and averaging.
A method of selectively coordinating a solid-state circuit breaker, SSCB, among one or more downstream mechanical circuit breakers, CBs, in an electrical distribution system, comprising: determining whether a short circuit current is flowing through the SSCB and one or more downstream mechanical CBs in the electrical distribution system; if a short circuit current is determined to be flowing, pulsing the short circuit current by repeatedly switching a solid-state switching device, through which the short circuit current is flowing in the SSCB, ON and OFF; limiting a root-mean-square value of the pulsed short circuit current to a value low enough to prevent the SSCB from tripping prematurely and high enough to allow one of the downstream mechanical CBs to trip and isolate the short circuit; and switching the solid-state switching device in the SSCB OFF permanently if none of the downstream mechanical CBs trips to isolate the short circuit after a predetermined short circuit pulsing time. determining whether a short circuit current is flowing through the SSCB and one or more downstream mechanical CBs in the electrical distribution system; if a short circuit current is determined to be flowing, pulsing the short circuit current by repeatedly switching a solid-state switching device, through which the short circuit current is flowing in the SSCB, ON and OFF; limiting a root-mean-square value of the pulsed short circuit current to a value low enough to prevent the SSCB from tripping prematurely and high enough to allow one of the downstream mechanical CBs to trip and isolate the short circuit; and switching the solid-state switching device in the SSCB OFF permanently if none of the downstream mechanical CBs trips to isolate the short circuit after a predetermined short circuit pulsing time.
Thermoelectric transducer having p-doped and n-doped thermoelectric elements (12, 14) which are arranged alternately and connected electrically to one another by means of electrically conductive annular conductors (28, 30), wherein the thermoelectric elements (12, 14) are formed essentially in the shape of a ring, characterised in that the ring-shaped thermoelectric elements (12, 14) are each provided with a recess which individually interrupts the ring structure and embodied in an accordingly slotted manner.
An ultrasonic meter having a meter housing in which an ultrasonic transducer is fixed, the ultrasonic transducer being fixed to the meter housing by means of a casting compound converted from the liquid state into an elastic or solid state, and the casting compound being supported on a circumferential surface region of the ultrasonic transducer and on the meter housing, wherein the ultrasonic transducer is fixed with an angle (α) of its transducer surface (4, 4') to a detection plane for objects in the meter housing, characterised in that the angle (α) is 1° to 20°, and in that the ultrasonic meter has a resonant frequency of 300 to 500 kHz, and/or in that the casting compound causes an attenuation of the ultrasonic waves of at least 40 dB at a temperature of approximately - 20°C.
A surface cleaning apparatus, comprising: a housing; a fluid container provided with the housing; and a fluid distributor provided with the housing and in fluid communication with the fluid container, the fluid distributor comprising a spray bar assembly having a body with a fluid inlet, characterized by the body defining an internal cavity including a set of reservoirs (524, 528, 530), channels formed by internal baffling (514, 520, 522) fluidly coupling the sets of reservoirs (524, 528, 530), a plurality of outlets included along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs (524, 528, 530) and the channels, the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation when fluid is supplied to the fluid inlet via the fluid container. a housing; a fluid container provided with the housing; and a fluid distributor provided with the housing and in fluid communication with the fluid container, the fluid distributor comprising a spray bar assembly having a body with a fluid inlet, characterized by the body defining an internal cavity including a set of reservoirs (524, 528, 530), channels formed by internal baffling (514, 520, 522) fluidly coupling the sets of reservoirs (524, 528, 530), a plurality of outlets included along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs (524, 528, 530) and the channels, the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation when fluid is supplied to the fluid inlet via the fluid container.
A system for removing a blood clot from a blood vessel of a patient, comprising: a catheter having a distal end portion, a radially expandable distal seal deployable from the distal end portion of the catheter and open at its proximal end portion, wherein the radially expandable distal seal is configured to expand radially in use and provide a fluid pressure seal against and engage with the interior wall surface of the blood vessel when radially expanded to allow pressure to be applied to the blood clot, a fluid pressure delivery apparatus for applying fluid pressure intravascularly through the catheter to an area of the blood vessel between the radially expandable distal seal and the blood clot to (a) radially expand the radially expandable distal seal to form and maintain a fluid pressure seal against the interior wall surface of the blood vessel, and (b) apply a pressure on the blood clot in a proximal direction, and a blood clot retrieval element to be disposed proximal to the blood clot and for capturing the blood clot in the blood vessel. a catheter having a distal end portion, a radially expandable distal seal deployable from the distal end portion of the catheter and open at its proximal end portion, wherein the radially expandable distal seal is configured to expand radially in use and provide a fluid pressure seal against and engage with the interior wall surface of the blood vessel when radially expanded to allow pressure to be applied to the blood clot, a fluid pressure delivery apparatus for applying fluid pressure intravascularly through the catheter to an area of the blood vessel between the radially expandable distal seal and the blood clot to (a) radially expand the radially expandable distal seal to form and maintain a fluid pressure seal against the interior wall surface of the blood vessel, and (b) apply a pressure on the blood clot in a proximal direction, and a blood clot retrieval element to be disposed proximal to the blood clot and for capturing the blood clot in the blood vessel.
A computer-implemented method for matching features in an image with landmark representations in a landmark map, the method comprising: - providing at least one image; - extracting from the image one or more features; - providing a landmark map comprising a list of landmark representations, wherein each landmark representation is a representation of a respective physical landmark; - creating a plurality of policies, each policy comprising at least one matching decision of the feature and the landmark representation, each matching decision having a stage cost; - assigning a policy cost to each of the policies, wherein the policy cost is a function of the stage costs of the matching decisions the policy is comprised of; - selecting from the plurality of the policies the policy with a policy cost, characterized in that the method further comprises the steps of, - (a) if no additional feature is to be matched then finish the matching process; - (b) select the next feature and remove the policy with the lowest policy cost from the collection of the policies and create at least one new policy by adding one matching decision to the policy with the lowest policy cost, provided that there is at least one additional feature to be matched; - (c) assigning the policy cost to each new policy; - (d) adding each new policy to the collection of policies; - (e) selecting from the collection of the policies the policy with the smallest policy cost. - providing at least one image; - extracting from the image one or more features; - providing a landmark map comprising a list of landmark representations, wherein each landmark representation is a representation of a respective physical landmark; - creating a plurality of policies, each policy comprising at least one matching decision of the feature and the landmark representation, each matching decision having a stage cost; - assigning a policy cost to each of the policies, wherein the policy cost is a function of the stage costs of the matching decisions the policy is comprised of; - selecting from the plurality of the policies the policy with a policy cost, characterized in that the method further comprises the steps of, - (a) if no additional feature is to be matched then finish the matching process; - (b) select the next feature and remove the policy with the lowest policy cost from the collection of the policies and create at least one new policy by adding one matching decision to the policy with the lowest policy cost, provided that there is at least one additional feature to be matched; - (c) assigning the policy cost to each new policy; - (d) adding each new policy to the collection of policies; - (e) selecting from the collection of the policies the policy with the smallest policy cost.
Use of a composition comprising (a) at least one amino acid of each group of, (aa) an amino acid with non polar, aliphatic R groups; (ab) an amino acid with polar, uncharged R groups; (ac) an amino acid with positively charged R groups; (ad) an amino acid with negatively charged R groups; and (ae) an amino acid with aromatic R groups, or (b) at least two different amino acids and a saponin for stabilizing biomolecules immobilized on a solid carrier. (a) at least one amino acid of each group of, (aa) an amino acid with non polar, aliphatic R groups; (ab) an amino acid with polar, uncharged R groups; (ac) an amino acid with positively charged R groups; (ad) an amino acid with negatively charged R groups; and (ae) an amino acid with aromatic R groups, or (aa) an amino acid with non polar, aliphatic R groups; (ab) an amino acid with polar, uncharged R groups; (ac) an amino acid with positively charged R groups; (ad) an amino acid with negatively charged R groups; and (ae) an amino acid with aromatic R groups, or (b) at least two different amino acids and a saponin for stabilizing biomolecules immobilized on a solid carrier.