mhurhangee/ep-ind-claims huggingface dataset:
A method for authorizing a virtual key, implemented in a server, comprising: Receiving an authorization command sent from a first mobile terminal, wherein the authorization command comprises identity information of the first mobile terminal and a plurality of authorization function codes, and the plurality of authorization function codes have one-to-one corresponding to a plurality of functions of a vehicle; after the identity information of the first mobile terminal passes verification, integrating the plurality of authorization function codes to generate a code set, and sending the code set to a second mobile terminal of a user to be authorized through the first mobile terminal, such that the second mobile terminal confirms the code set; receiving identity information of the second mobile terminal and the code set sent from the second mobile terminal; and after the identity information of the second mobile terminal passes verification, generating virtual keys of the plurality of functions of the vehicle corresponding to the plurality of authorization function codes, and sending the virtual keys to the second mobile terminal, such that the second mobile terminal enables performing corresponding control on the vehicle. Receiving an authorization command sent from a first mobile terminal, wherein the authorization command comprises identity information of the first mobile terminal and a plurality of authorization function codes, and the plurality of authorization function codes have one-to-one corresponding to a plurality of functions of a vehicle; after the identity information of the first mobile terminal passes verification, integrating the plurality of authorization function codes to generate a code set, and sending the code set to a second mobile terminal of a user to be authorized through the first mobile terminal, such that the second mobile terminal confirms the code set; receiving identity information of the second mobile terminal and the code set sent from the second mobile terminal; and after the identity information of the second mobile terminal passes verification, generating virtual keys of the plurality of functions of the vehicle corresponding to the plurality of authorization function codes, and sending the virtual keys to the second mobile terminal, such that the second mobile terminal enables performing corresponding control on the vehicle.
An indoor asphalt plant for producing a high performance hot mix asphalt product, comprising: a recycled pavement material RAP storage area; a RAP processing area for sizing, crushing oversized RAP, and screening the RAP; an injector for injecting an asphalt emulsion into the sized and screened RAP to produce RAP injected with emulsion IRAP; a pug mill for mixing the asphalt emulsion and the RAP; an IRAP storage area; two microwave parallel heating systems for heating the IRAP between 105°C and 143°C (220°F and 290°F), each system operating at a power level between 300kW and 800kW and at a wave length of 915 MHZ, and each system comprising 4 microwave transmitter units with a wave guide, so as to convert the IRAP into a hot mix asphalt product; a conveyor for conveying the IRAP through the microwave heating systems, wherein the IRAP is at a depth slightly greater than 7.62 cm (3 inches) on the conveyor; a storage area for storing the hot mix asphalt product, wherein the hot mix asphalt product comprises about between 92 and 96 percent of RAP and about between 4 and 8 percent of asphalt emulsion; and wherein the entire plant is indoors. a recycled pavement material RAP storage area; a RAP processing area for sizing, crushing oversized RAP, and screening the RAP; an injector for injecting an asphalt emulsion into the sized and screened RAP to produce RAP injected with emulsion IRAP; a pug mill for mixing the asphalt emulsion and the RAP; an IRAP storage area; two microwave parallel heating systems for heating the IRAP between 105°C and 143°C (220°F and 290°F), each system operating at a power level between 300kW and 800kW and at a wave length of 915 MHZ, and each system comprising 4 microwave transmitter units with a wave guide, so as to convert the IRAP into a hot mix asphalt product; a conveyor for conveying the IRAP through the microwave heating systems, wherein the IRAP is at a depth slightly greater than 7.62 cm (3 inches) on the conveyor; a storage area for storing the hot mix asphalt product, wherein the hot mix asphalt product comprises about between 92 and 96 percent of RAP and about between 4 and 8 percent of asphalt emulsion; and wherein the entire plant is indoors.
Actuator for clutch actuation, comprising a motor module and an actuation module (4, 5), characterized in that the actuation module may be a mechanical module or a hydraulics module, and the motor module and the actuation module (4, 5) have a motor flange for selective connection to one another, such that the motor module is selectively connectable to the hydraulics module or to the mechanical module.
A heater comprising a ceramic structure, and a heating resistor embedded in the ceramic structure and including a folded portion, wherein the ceramic structure includes, in an outer surface facing the folded portion, a groove portion that surrounds the folded portion in opposing relation, characterized in that a wall surface of the groove portion is inclined more moderately at an inner peripheral side than at an outer peripheral side.
A method of pre-conditioning a poly(ethylene furanoate) or poly(ethylene furanoate) co-polymer (PEF co-polymer) preform for stretch blow-molding, characterized in that the method comprises: contacting the PEF or PEF co-polymer preform with: ambient temperature water for a time period from about 3 h to at least 48 h, wherein the ambient temperature is room temperature, or water at a temperature of about 80°C for up to about 15 h, or at least about 65% relative humidity air at a temperature greater than about 45°C for a time period from about 0.25 h to at least 72 h, or at least about 85% relative humidity air at a temperature greater than about 35°C for a time period from about 0.5 h to at least 44 h. ambient temperature water for a time period from about 3 h to at least 48 h, wherein the ambient temperature is room temperature, or water at a temperature of about 80°C for up to about 15 h, or at least about 65% relative humidity air at a temperature greater than about 45°C for a time period from about 0.25 h to at least 72 h, or at least about 85% relative humidity air at a temperature greater than about 35°C for a time period from about 0.5 h to at least 44 h.
A method of calibrating an optical absorption gas sensor for detecting an analyte gas, the sensor comprising a gas sample receiving chamber, a light emitting diode and a photodiode having an output signal sensitive to the amount of light received by the photodiode, the method being characterised by measuring the photodiode output signal at a first concentration and a different second concentration of the analyte gas within the gas sample receiving chamber, determining photodiode calibration data usable to compensate a measurement of photodiode signal for photodiode temperature, determining LED calibration data usable to compensate a measurement of photodiode signal for LED temperature, wherein the photodiode calibration data and the LED calibration data are based on the measured photodiode output signal at the first concentration and the different second concentration of the analyte gas within the gas sample receiving chamber, making measurements of the output signal at a range of temperatures of the sensor as a whole or specifically the photodiode or specifically the LED, at the first concentration of analyte gas within the gas sample receiving chamber, and making measurements of the output signal at a range of temperatures of the sensor as a whole or specifically the photodiode or specifically the LED, at the second concentration of analyte gas within the gas sample receiving chamber.
A method for evaluating Dry Eye Disease in a human or animal subject, the method including the steps of: determining thread thinning dynamics of a tear sample of the subject using an acoustically-driven microfluidic extensional rheometry instrument, wherein the determined thread thinning dynamics comprise at least one extensional measurement of the tear sample; calculating at least one physical parameter value of the tear sample based at least in part on the at least one extensional measurement of the determined thread thinning dynamics of the tear sample, wherein the at least one physical parameter value is an extensional viscosity; and evaluating Dry Eye Disease based at least in part on the calculated at least one physical parameter value of the tear sample; wherein the acoustically-driven microfluidic extensional rheometry instrument includes opposing plates (202, 204) and an acoustic wave actuator having a working surface located on one of the plates and configured to be energized to produce a fluid capillary bridge of the tear sample between the opposing plates (202, 204) for determining thread thinning dynamics of the tear sample. determining thread thinning dynamics of a tear sample of the subject using an acoustically-driven microfluidic extensional rheometry instrument, wherein the determined thread thinning dynamics comprise at least one extensional measurement of the tear sample; calculating at least one physical parameter value of the tear sample based at least in part on the at least one extensional measurement of the determined thread thinning dynamics of the tear sample, wherein the at least one physical parameter value is an extensional viscosity; and evaluating Dry Eye Disease based at least in part on the calculated at least one physical parameter value of the tear sample; wherein the acoustically-driven microfluidic extensional rheometry instrument includes opposing plates (202, 204) and an acoustic wave actuator having a working surface located on one of the plates and configured to be energized to produce a fluid capillary bridge of the tear sample between the opposing plates (202, 204) for determining thread thinning dynamics of the tear sample.
A composite pavement structure comprising: a wearing course layer comprising aggregate and an elastomeric composition comprising the reaction product of an isocyanate component comprising; a polymeric isocyanate, and optionally, an isocyanate-prepolymer, and an isocyanate-reactive component comprising a hydrophobic polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; wherein said hydrophobic polyol comprises a natural oil polyol, and a base course layer disposed below said wearing course layer, said base course layer comprising aggregate the same as or different than said aggregate of said wearing course layer; wherein said aggregate of said wearing course layer comprises from 30 to 100 wt. % glass and from 0 to 70 wt. % rock, each based on 100 parts by weight of said aggregate of said wearing course layer and wherein said glass includes a surface treatment comprising at least one functional group reactive with an isocyanate function group of said elastomeric composition, wherein preferably said surface treatment comprises at least one amine and/or amino functional group. a wearing course layer comprising aggregate and an elastomeric composition comprising the reaction product of an isocyanate component comprising; a polymeric isocyanate, and optionally, an isocyanate-prepolymer, and an isocyanate-reactive component comprising a hydrophobic polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; an isocyanate component comprising; a polymeric isocyanate, and optionally, an isocyanate-prepolymer, and a polymeric isocyanate, and optionally, an isocyanate-prepolymer, and an isocyanate-reactive component comprising a hydrophobic polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; a hydrophobic polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; wherein said hydrophobic polyol comprises a natural oil polyol, and a base course layer disposed below said wearing course layer, said base course layer comprising aggregate the same as or different than said aggregate of said wearing course layer;
A wireless power transfer system including a power transmitter arranged to provide a power transfer to a power receiver via a wireless inductive power signal, the wireless power transfer system comprising: a parasitic power loss detector arranged to perform a parasitic power loss detection operation to generate a parasitic power loss detection for the power transfer if a parasitic power loss estimate is outside a range; a user indicator for initializing a user alert in response to the parasitic power loss detection; an input for, in response to the parasitic power loss detection, receiving a user input indicating a presence of a foreign object or an absence of a foreign object; and a controller arranged to initiate an adaptation of a parasitic power loss detection operation performed by the parasitic power loss detector to generate the parasitic power loss detection if the user input indicates an absence of a foreign object, and to not initiate the adaptation of the parasitic power loss detection operation if the user input indicates a presence of a foreign object, the adaptation comprising a modification of a parameter of the parasitic power loss detection operation. a parasitic power loss detector arranged to perform a parasitic power loss detection operation to generate a parasitic power loss detection for the power transfer if a parasitic power loss estimate is outside a range; a user indicator for initializing a user alert in response to the parasitic power loss detection; an input for, in response to the parasitic power loss detection, receiving a user input indicating a presence of a foreign object or an absence of a foreign object; and a controller arranged to initiate an adaptation of a parasitic power loss detection operation performed by the parasitic power loss detector to generate the parasitic power loss detection if the user input indicates an absence of a foreign object, and to not initiate the adaptation of the parasitic power loss detection operation if the user input indicates a presence of a foreign object, the adaptation comprising a modification of a parameter of the parasitic power loss detection operation.
Dishwasher for the batch washing of wash items, wherein the dishwasher comprises a wash chamber, which is arranged to accommodate wash items and in which spray members (34a-b) for spraying out washing liquid and rinsing liquid are disposed; a wash tank, which is arranged to contain washing liquid which during a wash phase shall be supplied to the wash chamber via the spray members (34a-b); a recirculating rinse tank, which is arranged to contain used rinsing liquid which during a rinse phase shall be supplied to the wash chamber via the spray members (34a-b); members for supplying final-rinse liquid which during a final-rinse phase shall be supplied to the wash chamber via the spray members (34a-b); and a collecting device (42, 46), which is arranged to collect liquid which has been sprayed out into the wash chamber via the spray members (34a-b), the dishwasher being characterized by a pump, which is arranged to pump used rinsing liquid from the collecting device (42, 46) to the recirculating rinse tank. a wash chamber, which is arranged to accommodate wash items and in which spray members (34a-b) for spraying out washing liquid and rinsing liquid are disposed; a wash tank, which is arranged to contain washing liquid which during a wash phase shall be supplied to the wash chamber via the spray members (34a-b); a recirculating rinse tank, which is arranged to contain used rinsing liquid which during a rinse phase shall be supplied to the wash chamber via the spray members (34a-b); members for supplying final-rinse liquid which during a final-rinse phase shall be supplied to the wash chamber via the spray members (34a-b); and a collecting device (42, 46), which is arranged to collect liquid which has been sprayed out into the wash chamber via the spray members (34a-b), the dishwasher being characterized by a pump, which is arranged to pump used rinsing liquid from the collecting device (42, 46) to the recirculating rinse tank.
A device for combined use in propelling a watercraft through water and fishing, comprising: an elongated shaft having a first end and a second end; at least a first oar blade attached to one of said first end and said second end of said elongated shaft; a flexible rod having a rearward portion connected to an outside surface of said elongated shaft proximate to a connection point between said elongated shaft and said first oar blade, said flexible rod having at least first and second eyelets; a fishing reel mount disposed along the length of said elongated shaft and positioned to permit fishing line extending from a fishing reel mounted to said fishing reel mount to extend through said first and second eyelets, said device being characterized in that it further comprises: a socket having an at least partially hollow interior fixedly attached to said elongated shaft proximate to said first oar blade, wherein said rearward portion of said flexible rod is sized for at least partial receipt within said hollow interior of said socket; wherein a tip end of said flexible rod extends over at least a portion of said first oar blade free of connection to said one of said first end and said second end of said elongated shaft when said flexible rod is received in the socket. an elongated shaft having a first end and a second end; at least a first oar blade attached to one of said first end and said second end of said elongated shaft; a flexible rod having a rearward portion connected to an outside surface of said elongated shaft proximate to a connection point between said elongated shaft and said first oar blade, said flexible rod having at least first and second eyelets; a fishing reel mount disposed along the length of said elongated shaft and positioned to permit fishing line extending from a fishing reel mounted to said fishing reel mount to extend through said first and second eyelets, said device being characterized in that it further comprises: a socket having an at least partially hollow interior fixedly attached to said elongated shaft proximate to said first oar blade, wherein said rearward portion of said flexible rod is sized for at least partial receipt within said hollow interior of said socket; wherein a tip end of said flexible rod extends over at least a portion of said first oar blade free of connection to said one of said first end and said second end of said elongated shaft when said flexible rod is received in the socket. a socket having an at least partially hollow interior fixedly attached to said elongated shaft proximate to said first oar blade, wherein said rearward portion of said flexible rod is sized for at least partial receipt within said hollow interior of said socket; wherein a tip end of said flexible rod extends over at least a portion of said first oar blade free of connection to said one of said first end and said second end of said elongated shaft when said flexible rod is received in the socket.
A motorized toothbrush comprising: a head carrying cleaning elements; a handle configured to connect to a power source; a motorized device; and electrical conducting elements; wherein the electrical conducting elements form an anode and a cathode and are exposed to an exterior surface of the toothbrush at either the head or a neck that is located between the handle and the head; wherein the motorized device is activated upon exposure of the electrical conducting elements to a threshold conductivity of an electrolyte solution. a head carrying cleaning elements; a handle configured to connect to a power source; a motorized device; and electrical conducting elements; wherein the electrical conducting elements form an anode and a cathode and are exposed to an exterior surface of the toothbrush at either the head or a neck that is located between the handle and the head; wherein the motorized device is activated upon exposure of the electrical conducting elements to a threshold conductivity of an electrolyte solution.
A piston pump for pumping pumped material, wherein the piston pump comprises a main body, a first chamber, a second chamber and a piston which is movable relative to the main body and relative to the first chamber, wherein the first chamber comprises a first chamber opening for a filling of the first chamber with pumped material from outside the piston pump and the second chamber comprises a second chamber opening for a filling of the second chamber with pumped material from the first chamber, and wherein the piston pump comprises a pump outlet, from which pumped material is capable of exiting from the second chamber out of the piston pump, and the piston pump comprises a positive control element (14, 15) for the positive control of the second chamber opening by the piston, wherein in a first pump configuration the second chamber opening is configured to be impenetrable to the pumped material on account of the positive control element (14, 15), and wherein in a second pump configuration the second chamber opening is configured to be penetrable by the pumped material on account of the positive control element (14, 15), characterised in that the piston pump comprises a shape-stable, separately designed first chamber element which is movable relative to the main body, wherein the first chamber element comprises a first chamber opening and is capable of assuming a first first chamber configuration in which the first chamber opening is configured to be penetrable by the pumped material, as well as capable of assuming a second first chamber configuration in which the first chamber opening is configured to be impenetrable to the pumped material.