mhurhangee/ep-ind-claims 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 recessed head screw comprising a shank, a head disposed at one end of said shank, and a plurality of threads spirally disposed on said shank, said head including a top face and a bottom face connected between said top face and said shank, said top face having a socket portion formed thereon suitable for engaging a driving tool; wherein said socket portion has a driving recess, with a converged point, formed therein and a driving socket formed between said driving recess and said top face, said driving socket communicating with said driving recess, said driving recess having a driving recess depth and said driving socket having a driving socket depth, characterized in that: a drilling portion is disposed at another end of said shank; and said driving recess is enclosed by a plurality of interconnected walls (a) extending from the converged point to said driving socket and defining said driving recess depth, said driving socket defining a peripheral wall extending from said interconnected walls (a) of said driving recess to said top face and defining said driving socket depth for being in close-fitting engagement with a partial wall portion of said driving tool, with a shape enclosed by the peripheral wall of said driving socket being different than a shape enclosed by the plurality of interconnected walls (a) of said driving recess, said driving socket depth being smaller than said driving recess depth, said driving socket having a circumscribed circle diameter value greater than a maximum circumscribed circle diameter value of said driving recess and less than or equal to 1.2 times the maximum circumscribed circle diameter value of said driving recess. a drilling portion is disposed at another end of said shank; and said driving recess is enclosed by a plurality of interconnected walls (a) extending from the converged point to said driving socket and defining said driving recess depth, said driving socket defining a peripheral wall extending from said interconnected walls (a) of said driving recess to said top face and defining said driving socket depth for being in close-fitting engagement with a partial wall portion of said driving tool, with a shape enclosed by the peripheral wall of said driving socket being different than a shape enclosed by the plurality of interconnected walls (a) of said driving recess, said driving socket depth being smaller than said driving recess depth, said driving socket having a circumscribed circle diameter value greater than a maximum circumscribed circle diameter value of said driving recess and less than or equal to 1.2 times the maximum circumscribed circle diameter value of said driving recess.
A method of mapping parameters acquired by a robotic system which uses a SLAM (Simultaneous Location and Mapping) module in an environment, the method comprising: driving the robotic system in the environment; measuring a first set of parameters that characterize the environment; estimating a first pose of the robotic system; defining a first anchor node associated to an estimate of the first pose, wherein the first anchor node is one of a plurality of anchor nodes; generating a first grid associated with the first anchor node, wherein the first grid comprises a map of the first set of measured parameters, wherein the first set of measured parameters are mapped relative to the first pose; after driving a determined period of time, determining an estimate of a second pose of the robotic system; determining an uncertainty between the estimate of the second pose and the estimate of the first pose; and if the uncertainty is greater than a first threshold, then: a) defining second anchor node associated to the estimate of the second pose of the robotic system; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose. driving the robotic system in the environment; measuring a first set of parameters that characterize the environment; estimating a first pose of the robotic system; defining a first anchor node associated to an estimate of the first pose, wherein the first anchor node is one of a plurality of anchor nodes; generating a first grid associated with the first anchor node, wherein the first grid comprises a map of the first set of measured parameters, wherein the first set of measured parameters are mapped relative to the first pose; after driving a determined period of time, determining an estimate of a second pose of the robotic system; determining an uncertainty between the estimate of the second pose and the estimate of the first pose; and if the uncertainty is greater than a first threshold, then: a) defining second anchor node associated to the estimate of the second pose of the robotic system; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose. a) defining second anchor node associated to the estimate of the second pose of the robotic system; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose.
A method for polymerizing an aromatic multi-functional carbodiimide; said method comprising contacting the aromatic multi-functional carbodiimide with a carboxylic acid salt at a temperature from 15 °C to 90 °C; wherein the aromatic multi-functional carbodiimide is a carbodiimide prepolymer having an average carbodiimide functionality from 1.3 to 6; the carbodiimide prepolymer contains: (i) polymerized residues of diphenyl methane diisocyanate and from 31 wt% to 45 wt% of polymerized residues of an aliphatic polyol; (ii) carbodiimide groups; and (iii) urethane groups having aliphatic substituents; and the carbodiimide prepolymer has a carbodiimide content from 2 wt% to 5 wt%.
A method for controlling a lock-up clutch of an automatic transmission, the method comprising: a detecting step of detecting, by a controller, an electric current signal applied to a solenoid valve of an engaging element when starting a gear change operation, the solenoid valve of the engaging element being used to form a gear stage, and a first increasing control step of increasing, by the controller, an amount of electric current that is applied to a solenoid valve (DCCSV) of a lock-up clutch during an initial fill time period of the engaging element with a predetermined delay time after the electric current signal is applied to the solenoid valve of the engaging element, wherein the controller increases the amount of electric current to a predetermined level for a predetermined period of time, characterized in that in the first increasing control step, the increased amount of electric current applied to the solenoid valve (DCCSV) of the lock-up clutch and the predetermined period of time in which the amount of electric current is increased are determined by a first map data that forms a relationship between an oil temperature, a target gear stage, and an engine rpm. a detecting step of detecting, by a controller, an electric current signal applied to a solenoid valve of an engaging element when starting a gear change operation, the solenoid valve of the engaging element being used to form a gear stage, and a first increasing control step of increasing, by the controller, an amount of electric current that is applied to a solenoid valve (DCCSV) of a lock-up clutch during an initial fill time period of the engaging element with a predetermined delay time after the electric current signal is applied to the solenoid valve of the engaging element, wherein the controller increases the amount of electric current to a predetermined level for a predetermined period of time, characterized in that in the first increasing control step, the increased amount of electric current applied to the solenoid valve (DCCSV) of the lock-up clutch and the predetermined period of time in which the amount of electric current is increased are determined by a first map data that forms a relationship between an oil temperature, a target gear stage, and an engine rpm.
A drug delivery system comprising; a. a protein polymer, wherein the protein polymer comprises a silk-elastin-like copolymer comprising one or more matrix metalloproteinase cleavage sites and wherein the polymer is produced using recombinant methods; and b. a polynucleotide for delivery in the protein polymer, wherein the polynucleotide encodes an enzyme that converts a prodrug to a therapeutically active compound. a. a protein polymer, wherein the protein polymer comprises a silk-elastin-like copolymer comprising one or more matrix metalloproteinase cleavage sites and wherein the polymer is produced using recombinant methods; and b. a polynucleotide for delivery in the protein polymer, wherein the polynucleotide encodes an enzyme that converts a prodrug to a therapeutically active compound.
A weighing device, comprising a load-bearing portion for supporting an object to be weighed wherein said weighing device comprising a plurality of transition portions and a separation portion, the transition portions are positioned on the separation portion, the load-bearing portion positioned on the transition portions respectively, and the transition portions are connected to the load-bearing portion and the separation portion; said weighing device further comprising a plurality of weighing sensors positioned below the separation portion, and a support portion positioned below the weighing sensors for supporting said weighing sensors characterized in that the separation portion is of a hollow frame structure.
A handover processing method for digital trunking communication, wherein the method comprises: transmitting, by a base station, a System Parameter and Neighbor Channel Assignment Message, SNCAM, to a terminal at a normal period (S 102); receiving, by the base station, a handover request from the terminal (S 104); characterized in that after receiving the handover request from the terminal, adjusting, by the base station, itself to transmit the SNCAM to the terminal at a preset period, wherein the preset period is set to be shorter than the normal period and ensures that power consumption of the base station is lower than a threshold which leads to power overload; recervmg, by the base station, a handover completion request from the terminal; and after receiving the handover completion request from the terminal, adjusting, by the base station, itself to transmit the SNCAM to the terminal at the normal period. transmitting, by a base station, a System Parameter and Neighbor Channel Assignment Message, SNCAM, to a terminal at a normal period (S 102); receiving, by the base station, a handover request from the terminal (S 104); characterized in that after receiving the handover request from the terminal, adjusting, by the base station, itself to transmit the SNCAM to the terminal at a preset period, wherein the preset period is set to be shorter than the normal period and ensures that power consumption of the base station is lower than a threshold which leads to power overload; recervmg, by the base station, a handover completion request from the terminal; and after receiving the handover completion request from the terminal, adjusting, by the base station, itself to transmit the SNCAM to the terminal at the normal period.
A compression apparatus comprising: a compressor including a cylinder for compressing a gas; a heat exchanger for cooling the gas compressed in the cylinder; and a circulation passage for guiding the gas compressed in the cylinder into the heat exchanger, whereby the circulation passage extends through an area in which the heat exchanger and the cylinder face each other, characterized in that the heat exchanger is solid-phase bonded to the cylinder; and the area is surrounded by a surface at which the heat exchanger and the cylinder are solid-phase bonded. a compressor including a cylinder for compressing a gas; a heat exchanger for cooling the gas compressed in the cylinder; and a circulation passage for guiding the gas compressed in the cylinder into the heat exchanger, whereby the circulation passage extends through an area in which the heat exchanger and the cylinder face each other, characterized in that the heat exchanger is solid-phase bonded to the cylinder; and the area is surrounded by a surface at which the heat exchanger and the cylinder are solid-phase bonded.
A method (40, 60) of differentiating web content, comprising: receiving (42, 62) web content; determining (44, 64) a trust level associated with the web content; and mapping (46, 70, 72) the web content to an execution environment (30; 30a-30d) based at least in part on the trust level, mapping the web content to the execution environment (30, 56) further includes: sending at least a portion of the web content to an offload container associated with one or more of a provider of the web content, an emulation module of a local computing device, an enterprise data center, a private cloud and a third party service provider; and receiving a result associated with the offload container, wherein: in response to determining that the trust level is not below a threshold, the web content is mapped to a local execution environment (30; 30a-30d), characterized in that: in response to determining that the trust level is below the threshold, it is identified how much execution latency will result from offloading at least a portion of the web content to the offload container, and in response to determining that a latency tolerance condition is not satisfied, the web content is mapped to the local execution environment (30; 30a-30d), whereas, in response to determining that the latency tolerance condition is satisfied, the at least a portion of the web content is sent to the offload container. receiving (42, 62) web content; determining (44, 64) a trust level associated with the web content; and sending at least a portion of the web content to an offload container associated with one or more of a provider of the web content, an emulation module of a local computing device, an enterprise data center, a private cloud and a third party service provider; and receiving a result associated with the offload container, in response to determining that the trust level is not below a threshold, the web content is mapped to a local execution environment (30; 30a-30d), characterized in that: in response to determining that the trust level is below the threshold, it is identified how much execution latency will result from offloading at least a portion of the web content to the offload container, and in response to determining that a latency tolerance condition is not satisfied, the web content is mapped to the local execution environment (30; 30a-30d), whereas, in response to determining that the latency tolerance condition is satisfied, the at least a portion of the web content is sent to the offload container.
A device for controlling the release of gas from a pressurised container, the device comprising: a plug comprising a passage therethrough; a diaphragm within said passage, wherein said diaphragm is configured to initially prevent flow of gas through said passage, and is rupturable or displaceable to allow gas to flow through said passage once said diaphragm is ruptured or displaced; a screw located within said plug and comprising a lance configured to move towards said diaphragm upon rotation of said screw, wherein said lance is configured to rupture or displace said diaphragm so as to allow flow of gas through said passage and out of said plug, once said screw is rotated a predetermined amount; characterised in that said plug, screw and diaphragm form a single unit and are removeable or replaceable as a single unit; and in that said lance comprises a non-circular transverse cross-section. a plug comprising a passage therethrough; a diaphragm within said passage, wherein said diaphragm is configured to initially prevent flow of gas through said passage, and is rupturable or displaceable to allow gas to flow through said passage once said diaphragm is ruptured or displaced; a screw located within said plug and comprising a lance configured to move towards said diaphragm upon rotation of said screw, wherein said lance is configured to rupture or displace said diaphragm so as to allow flow of gas through said passage and out of said plug, once said screw is rotated a predetermined amount; characterised in that said plug, screw and diaphragm form a single unit and are removeable or replaceable as a single unit; and in that said lance comprises a non-circular transverse cross-section.
Method for displaying at least one navigation indication from a navigation system in a vehicle, wherein a detail from the vehicle surroundings is recorded by a camera and displayed as a surroundings image sequence by means of a display unit, the navigation indication likewise being displayed by means of the display unit, characterized in that when the vehicle is moving, the positon of the at least one navigation indication is altered within the surroundings image sequence on the basis of the movement of the surroundings taking place relative to the vehicle and the at least one navigation indication is moved along with the surroundings image sequence.
A method for receiving a multimedia broadcast and multicast service, MBMS, by a user equipment in a wireless communication system, the method comprising: obtaining a predetermined system information block from a base station; wherein the predetermined system information block includes information related to MBMS continuity, and wherein information as to whether the transmission of the MBMS interest indication message by the UE is allowed is provided to the UE through the predetermined SIB; and based on the information as to whether transmission of the MBMS interest indication message by the user equipment is allowed, transmitting by the user equipment an MBMS interest indication message to the base station in response to the predetermined system information block. obtaining a predetermined system information block from a base station; wherein the predetermined system information block includes information related to MBMS continuity, and wherein information as to whether the transmission of the MBMS interest indication message by the UE is allowed is provided to the UE through the predetermined SIB; and based on the information as to whether transmission of the MBMS interest indication message by the user equipment is allowed, transmitting by the user equipment an MBMS interest indication message to the base station in response to the predetermined system information block.
Device for checking a drilling jig for implementation of an implant drilling for a dental implant, wherein the drilling jig has at least one guidance channel, wherein the device has at least one pin and one plate, wherein the pin can be inserted into the guidance channel, wherein markings for reading off the position are provided on the plate, wherein the pin and the plate are designed and arranged relative to one another so that the pin indicates a position on the plate that can be read off by means of the markings on said plate, characterized in that the plate is arranged at an adjustable distance above the drilling jig, wherein the plate is produced from a semi-transparent material, and in that the pin has a laser aligned along an axis of the pin, which laser projects a light dot onto the plate so that, if the pin is inserted into the guidance channel, the laser of the pin indicates a position on the plate that can be read off by means of the markings on said plate.
A smoking article (10, 20, 30) comprising a plurality of flavour granules formed of a compacted herbaceous plant material capable of releasing flavour into the smoke produced by the smoking article (10, 20, 30), wherein the herbaceous plant material is compacted by increasing the bulk density so that the bulk density of the flavour granules is at least 1.5 times the bulk density of the original herbaceous plant material, the bulk density of the flavour granules is at least 0.35 grams per cubic centimetre and no more than 2.0 grams per cubic centimetre and wherein the flavour granules are free from non-aqueous binder.
Sweeper of the pushed or pulled type, comprising two main wheels (210a, 210b), at least one accessory (410, 420, 440) designed principally for sweeping or for suction, a means for driving said accessory via the main wheels, a trough for collecting dust, said accessory consisting of a horizontal-axis brush designed to send dust to the collecting trough, the horizontal-axis brush being driven in rotation by a hydraulic motor, characterized in that the hydraulic motor is connected to two hydraulic pumps (560a, 560b) which are connected in parallel and are respectively driven in rotation by the two main wheels (210a, 210b).