mhurhangee/patent-ind-claim-en huggingface dataset:
A transcription system with a selectable speech model used in automatic speech recognition comprising: an event detector configured to determine one of a number of flight events that comprise flight plan changes and a flight phase transition based on event data received from a set of inputs; an intelligent keyword generator in operable communication with the event detector and configured to collate a set of keywords associated with at least flight plan information to generate a wordlist in response to a determination by the event detector of the flight plan changes or the flight phase transition wherein the wordlist contains keywords associated with the flight plan changes and the flight phase transition; characterized in that the transcription system further comprises: a processor in operable communication with the intelligent keyword generator and configured to determine, based on the wordlist from the intelligent keyword generator, whether the wordlist is covered by a current speech model implemented in the automatic speech recognition of the transcription system, wherein if the wordlist is not covered by the current speech model, then the processor is further configured to communicate with a database storing one or more pre-built speech models to select a pre-built speech model that covers the wordlist for use as the current speech model in the automatic speech recognition of the transcription system. an event detector configured to determine one of a number of flight events that comprise flight plan changes and a flight phase transition based on event data received from a set of inputs; an intelligent keyword generator in operable communication with the event detector and configured to collate a set of keywords associated with at least flight plan information to generate a wordlist in response to a determination by the event detector of the flight plan changes or the flight phase transition wherein the wordlist contains keywords associated with the flight plan changes and the flight phase transition; characterized in that the transcription system further comprises: a processor in operable communication with the intelligent keyword generator and configured to determine, based on the wordlist from the intelligent keyword generator, whether the wordlist is covered by a current speech model implemented in the automatic speech recognition of the transcription system, wherein if the wordlist is not covered by the current speech model, then the processor is further configured to communicate with a database storing one or more pre-built speech models to select a pre-built speech model that covers the wordlist for use as the current speech model in the automatic speech recognition of the transcription system.
A rack comprising: a shelf having a support surface made of sheet steel for supporting goods, a bead made of sheet steel being formed on the front edge of the support surface and projecting upwards beyond the support surface , characterized by a grid shelf including a support surface having a wire grid and having along its front edge a first round bar (44-1) attached to it from above and a second round bar (44-2) attached to it from below, wherein, when viewed from the side, the bead of said shelf on the one hand and the total of the first and the second round bars (44-1, 44-2) at the front edge of the support surface of the grid shelf on the other hand have substantially the same contour. a shelf having a support surface made of sheet steel for supporting goods, a bead made of sheet steel being formed on the front edge of the support surface and projecting upwards beyond the support surface , characterized by a grid shelf including a support surface having a wire grid and having along its front edge a first round bar (44-1) attached to it from above and a second round bar (44-2) attached to it from below, wherein, when viewed from the side, the bead of said shelf on the one hand and the total of the first and the second round bars (44-1, 44-2) at the front edge of the support surface of the grid shelf on the other hand have substantially the same contour.
A wireless transmit/receive unit, WTRU, that comprises: a processor configured to: receive a communication from a network entity, wherein the communication comprises a first traffic type and a control channel; monitor the communication for an indicator, wherein to monitor the communication for the indicator comprises being configured to monitor the control channel in the communication for the indicator; determine that the indicator is included in the communication; determine, based on the indicator, that the first traffic type is punctured; determine, based on the indicator, at least one of a symbol or frequency associated with the puncturing; and decode the first traffic type. receive a communication from a network entity, wherein the communication comprises a first traffic type and a control channel; monitor the communication for an indicator, wherein to monitor the communication for the indicator comprises being configured to monitor the control channel in the communication for the indicator; determine that the indicator is included in the communication; determine, based on the indicator, that the first traffic type is punctured; determine, based on the indicator, at least one of a symbol or frequency associated with the puncturing; and decode the first traffic type.
Method for operating a cornering light of a vehicle , wherein a light-emission characteristic of the cornering light is controlled on the basis of at least one parameter to set a light cone that is able to be generated by means of the cornering light , wherein at least one environment parameter describing a property of an environment of the vehicle is ascertained as a parameter and wherein a light-emission characteristic of the cornering light is controlled on the basis of the ascertained environment parameter to set a light cone that is able to be generated by means of the cornering light , characterized in that the environment parameter is a slope and/or a cross slope of a road into which the vehicle is intending to turn and is a slope and/or a cross slope of a street on which the vehicle is currently driving.
Peptide for use in the treatment, amelioration or prevention of osteoarthritis, wherein the peptide consists of an amino acid sequence selected from the group consisting of SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO:8, SEQ ID NO: 9, SEQ ID NO: 10, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, SEQ ID NO: 16, SEQ ID NO: 17 and SEQ ID NO: 18.
A female or a male coupling device having a centre axis A for connection with at least a first medical device, said coupling device comprising a connection site comprising; a cylinder member having threads for providing a threaded coupling with a first medical device by means of a rotational motion in a first direction, said cylinder member comprising an inner and an outer surface , a fluid transfer channel for enabling a fluid connection, wherein said cylinder member is arranged to at least partly encompass said fluid transfer channel , and a body , said fluid transfer channel extending inside of said body , wherein said coupling device further comprises a supportive housing , wherein said cylinder member is connected to said body via at least one designated ruptureable retaining member integrally formed with the body, wherein said at least one designated ruptureable retaining member is arranged to rupture at a predetermined rotational breaking force around said centre axis A whereafter said cylinder member can be freely rotated around said centre axis (A) and with respect to said body and wherein said supportive housing prevents said cylinder member from motion in a direction along said centre axis A, characterized in that said at least one designated ruptureable retaining member is further integrally formed with said cylinder member . a cylinder member having threads for providing a threaded coupling with a first medical device by means of a rotational motion in a first direction, said cylinder member comprising an inner and an outer surface , a fluid transfer channel for enabling a fluid connection, wherein said cylinder member is arranged to at least partly encompass said fluid transfer channel , and a body , said fluid transfer channel extending inside of said body ,
An electronic apparatus comprising: a user interface ; a camera ; a memory configured to store a first artificial intelligence model trained to obtain information on an emotion based on an input image; and a processor , connected to the user interface , the camera , and the memory , configured to control the electronic apparatus , wherein the processor is configured to: based on text being input through the user interface , identify whether the text includes first information on a user's emotion, characterised in that the processor is further configured to: based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image. a user interface ; a camera ; a memory configured to store a first artificial intelligence model trained to obtain information on an emotion based on an input image; and a processor , connected to the user interface , the camera , and the memory , configured to control the electronic apparatus , wherein the processor is configured to: based on text being input through the user interface , identify whether the text includes first information on a user's emotion, characterised in that the processor is further configured to: based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image. based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image.
A reduced pressure treatment apparatus comprising: a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between an extended position and a compressed position; a charging chamber disposed between the piston and the closed end; a biasing member adapted to bias the piston toward the extended position; a valve member adapted to allow fluid to exit the charging chamber as the piston moves toward the compressed position and to prevent fluid from entering the charging chamber as the piston moves toward the extended position; a regulated chamber ; a passage between the regulated chamber and the charging chamber ; and a regulator member configured to regulate fluid communication through the passage ; characterized in that the passage has a bore size adapted to deflect the regulator member to cause an audible indication of a leak greater than a predetermined leak threshold. a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between an extended position and a compressed position; a charging chamber disposed between the piston and the closed end; a biasing member adapted to bias the piston toward the extended position; a valve member adapted to allow fluid to exit the charging chamber as the piston moves toward the compressed position and to prevent fluid from entering the charging chamber as the piston moves toward the extended position; a regulated chamber ; a passage between the regulated chamber and the charging chamber ; and a regulator member configured to regulate fluid communication through the passage ; characterized in that the passage has a bore size adapted to deflect the regulator member to cause an audible indication of a leak greater than a predetermined leak threshold.
An agricultural vehicle , in particular a tractor or self-propelled harvesting machine , comprising a driver's cabin disposed on a vehicle chassis as well as a drive assembly , characterized in that the agricultural vehicle has at least one actuator for the production of oscillations and for coupling the oscillations into at least one bodywork component , wherein the actuator can be managed or controlled as a function of at least one acceleration value which is detected in at least the drive assembly .
A method comprising: receiving, at a plurality of orthogonal subchannel multi-input comparators (MICs), a set of wire-specific inputs, each wire-specific input carrying a combination of a respective baseband symbol of a baseband codeword and at least one respective carrier-modulated symbol of at least one carrier-modulated codeword; generating a plurality of superposition subchannel signals, each superposition subchannel signal generated by a corresponding orthogonal subchannel MIC forming a respective subchannel-specific linear combination of the set of wire-specific inputs, each superposition subchannel signal comprising a respective superposition of (i) a baseband subchannel signal and (ii) one or more carrier-modulated subchannel signals, the baseband subchannel signal and the one or more carrier-modulated subchannel signals associated with the baseband codeword and the at least one respective carrier-modulated codeword, respectively; filtering each superposition subchannel signal of the plurality of superposition subchannel signals into the baseband subchannel signal and the at least one carrier-modulated subchannel signal; generating, for each of the at least one carrier-modulated subchannel signal, a corresponding demodulated-baseband subchannel signal using a balanced mixer circuit of a set of at least one balanced mixer circuit; and generating a set of decoded output bits based on the baseband subchannel signals and each of the demodulated-baseband subchannel signals. receiving, at a plurality of orthogonal subchannel multi-input comparators (MICs), a set of wire-specific inputs, each wire-specific input carrying a combination of a respective baseband symbol of a baseband codeword and at least one respective carrier-modulated symbol of at least one carrier-modulated codeword; generating a plurality of superposition subchannel signals, each superposition subchannel signal generated by a corresponding orthogonal subchannel MIC forming a respective subchannel-specific linear combination of the set of wire-specific inputs, each superposition subchannel signal comprising a respective superposition of (i) a baseband subchannel signal and (ii) one or more carrier-modulated subchannel signals, the baseband subchannel signal and the one or more carrier-modulated subchannel signals associated with the baseband codeword and the at least one respective carrier-modulated codeword, respectively; filtering each superposition subchannel signal of the plurality of superposition subchannel signals into the baseband subchannel signal and the at least one carrier-modulated subchannel signal; generating, for each of the at least one carrier-modulated subchannel signal, a corresponding demodulated-baseband subchannel signal using a balanced mixer circuit of a set of at least one balanced mixer circuit; and generating a set of decoded output bits based on the baseband subchannel signals and each of the demodulated-baseband subchannel signals.
A vessel with a guardrail and a safety device for the guardrail in use in shipyards - said guardrail including a plurality of stanchions attached to the edge of the vessel's hull and at least one lifeline , and - said device comprising - a plurality of rods each defining an extension axis and designed to be arranged along at least part of said guardrail , and - one or more nets attached in succession to said rods in such a way as to define a containment bulkhead , characterised in that - each rod is detachably attached to at least one corresponding said stanchion at at least two attachment zones mutually spaced apart along said extension axis in such a way as to prevent said rod moving in relation to said stanchion along at least one plane that is skew in relation to said guardrail . - said guardrail including a plurality of stanchions attached to the edge of the vessel's hull and at least one lifeline , and - said device comprising - a plurality of rods each defining an extension axis and designed to be arranged along at least part of said guardrail , and - one or more nets attached in succession to said rods in such a way as to define a containment bulkhead , characterised in that - each rod is detachably attached to at least one corresponding said stanchion at at least two attachment zones mutually spaced apart along said extension axis in such a way as to prevent said rod moving in relation to said stanchion along at least one plane that is skew in relation to said guardrail .
A method for controlling a water current turbine arrangement which includes first and second pluralities of water current turbines operable to generate electricity from a water current, the first plurality of water current turbines being upstream of at least one of the turbines in the second plurality, the water current turbines having respective individual power generation characteristics, the method comprising: controlling the power generation characteristics of the water current turbines in the first plurality independently of turbines in the second plurality; receiving measurement information for the turbines across the whole arrangement; using effects and conditions placed on the second plurality of water current turbines by the first plurality of turbines in the arrangement as a source of control information, and then using that information to control the first and second pluralities of water current turbines wherein each plurality is controlled separately, such that the overall output of the arrangement as a whole is optimized for prevailing conditions. controlling the power generation characteristics of the water current turbines in the first plurality independently of turbines in the second plurality; receiving measurement information for the turbines across the whole arrangement; using effects and conditions placed on the second plurality of water current turbines by the first plurality of turbines in the arrangement as a source of control information, and then using that information to control the first and second pluralities of water current turbines wherein each plurality is controlled separately, such that the overall output of the arrangement as a whole is optimized for prevailing conditions.
Insulation system r for covering a façade of a building consisting of at least one insulation element , at least one mechanical fastener , which fastener fixes the insulation element to the façade of the building, and a rendering system being arranged on the outer surface of the insulation element whereby the insulation element has at least a first and a second layer being connected to each other, the first layer being directed to the façade having a bulk density being lower than the bulk density of the second layer , at least one layer is made of mineral fibres, especially stone wool fibres and a binding agent, or of cellular plastic, especially expanded polystyrene (EPS), wherein the insulation element has a third layer made of mineral fibres in an amount of 90 wt.-% to 99 wt.-% of the total weight of starting materials in the form of a collected web and a binding agent in an amount of 1 wt.-% to 10 wt.-% of the total weight of starting materials, whereby the collected web of mineral fibres is subjected to a disentanglement process, whereby the mineral fibres are suspended in a primary air flow, whereby the mineral fibers are mixed with the binding agent before, during or after the disentanglement process to form a mixture of mineral fibres and binding agent and whereby the mixture of mineral fibres and binding agent is pressed and cured to provide a consolidated composition with a bulk density of 190 kg/m 3 to 390 kg/m 3 , and in that the third layer has a high receptiveness and/or adhesion for the rendering system without using any surface primer, coating and/or an additive due to a specific homogeneity based on an even distribution of the constituents mineral fibres and binding agent achieved by mixing the fibres of the collected web of mineral fibres subjected to a disentanglement process as a suspension in an air flow, which third layer has a bulk density being higher than the bulk density of the second layer and in that the adhesion between the third layer and the rendering system has a bond strength between 0,010 N/mm 2 and 0,080 N/mm 2 , especially between 0,010 N/mm 2 and 0,030 N/mm 2 , preferably between 0,015 N/mm 2 and 0,025 N/mm 2 , for example 0,020 N/mm 2 .
An inlet air heating system for a gas turbine system , comprising: an inlet heat exchanger configured to be positioned upstream of a compressor of the gas turbine system ; a heating loop fluidly coupled to the inlet heat exchanger , wherein the heating loop is configured to provide heating fluid to the inlet heat exchanger , and the inlet heat exchanger is configured to facilitate transfer of heat from the heating fluid to an airflow into the compressor ; a first heat transfer assembly configured to receive cooling tower fluid from a fluid pathway extending between a steam condenser and a cooling tower, wherein the first heat transfer assembly is configured to facilitate transfer of heat from the cooling tower fluid to the heating fluid ; and a second heat transfer assembly configured to receive heated fluid from a steam turbine system , wherein the second heat transfer assembly is configured to facilitate transfer of heat from the heated fluid to the heating fluid , characterized in that second heat transfer assembly is positioned downstream from the first heat transfer assembly along a fluid flow path extending through the heating loop from the first heat transfer assembly to an inlet of the inlet heat exchanger . an inlet heat exchanger configured to be positioned upstream of a compressor of the gas turbine system ; a heating loop fluidly coupled to the inlet heat exchanger , wherein the heating loop is configured to provide heating fluid to the inlet heat exchanger , and the inlet heat exchanger is configured to facilitate transfer of heat from the heating fluid to an airflow into the compressor ; a first heat transfer assembly configured to receive cooling tower fluid from a fluid pathway extending between a steam condenser and a cooling tower, wherein the first heat transfer assembly is configured to facilitate transfer of heat from the cooling tower fluid to the heating fluid ; and a second heat transfer assembly configured to receive heated fluid from a steam turbine system , wherein the second heat transfer assembly is configured to facilitate transfer of heat from the heated fluid to the heating fluid , characterized in that second heat transfer assembly is positioned downstream from the first heat transfer assembly along a fluid flow path extending through the heating loop from the first heat transfer assembly to an inlet of the inlet heat exchanger .