mhurhangee/patent-ind-claim-en huggingface dataset:
Method for implementing a starting device for a thermal engine fitted to a motor vehicle comprising an electric starter , an electric power supply network interposed between the electric starter and an electric power source , a set of super-capacitors connected to the electric power supply network forming an energy store capable of being called upon to support the electrical power source during a first start or a restart of the heat engine , the method comprising a step of detecting an undervoltage, characterized in that the method comprises a step of calculating a theoretical support time Tt by a supervision computer during which the set of super-capacitors is placed in series with the electrical power source to support said electrical power source , this calculation step comprising: • a first phase of calculation of a first intermediate support time Ti determined according to a water-engine temperature hem, • a second phase of calculation of a second support time intermediate Ti. determined as a function of a state of charge E of an electric power source of the heat engine , and • a third phase of calculation of a third intermediate support time Ti- determined according to a temperature es of a electrical power source for the heat engine , • a step for comparing intermediate support times to identify the longest intermediate support time that constitutes the theoretical support time Tt, - a step of supporting the set of super-capacitors to the electrical power source for the theoretical support time Tt, if an undervoltage is detected. • a first phase of calculation of a first intermediate support time Ti determined according to a water-engine temperature hem, • a second phase of calculation of a second support time intermediate Ti. determined as a function of a state of charge E of an electric power source of the heat engine , and • a third phase of calculation of a third intermediate support time Ti- determined according to a temperature es of a electrical power source for the heat engine , • a step for comparing intermediate support times to identify the longest intermediate support time that constitutes the theoretical support time Tt, - a step of supporting the set of super-capacitors to the electrical power source for the theoretical support time Tt, if an undervoltage is detected.
A retractable needle assembly of a retractable syringe , comprising a needle hub having a first end to receive and hold a needle extending distally, a first guiding means on an external side wall of the needle hub , and a second end being opposite to the first end ; a hollow barrel having an internal surface defining a chamber allowing the needle hub to be releasably disposed in the chamber of the hollow barrel , a distal open end allowing the first end of the needle hub to protrude distally, and a proximal open end being opposite to the distal open end ; and a spring disposed between the needle hub and the internal surface of the hollow barrel , such that the decompression of the spring drives the needle hub to move into the hollow barrel ; characterised in that the hollow barrel has a second guiding means, which is a curved track formed on a sidewall of the hollow barrel , wherein the second guiding means has an anchoring portion , a first curved site and a second curved site ; wherein the first guiding means of the needle hub is a protrusion and the second guiding means is configured to receive the protrusion , the first guiding means releasably engages with the anchoring portion of the second guiding means, so that the first and the second guiding means are capable of releasably holding the needle hub against an expansion force of the spring until the first guiding means disengages from the anchoring portion and moves toward the first curved site and then veers at the second curved site to retract the needle hub .
Combination comprising or made from a) an oligopeptide with a length of 2-100 amino acids comprising at least two reactive groups selected from a group consisting of hydroxyl and/or amino, b) a reactive terminally functionalized oligolactone, wherein the oligolactone has terminal isocyanate groups, and c) optionally, a filler or additive. a) an oligopeptide with a length of 2-100 amino acids comprising at least two reactive groups selected from a group consisting of hydroxyl and/or amino, b) a reactive terminally functionalized oligolactone, wherein the oligolactone has terminal isocyanate groups, and c) optionally, a filler or additive.
A heat exchanger comprising a plurality of plate-like fins arranged at predetermined intervals, and a plurality of flat tubes having a plurality of refrigerant flow paths , each of the fins including a flat portion , tube insertion cutouts formed to be parallel to each other to allow insertion of the flat tubes on an airflow downstream side, and collar portions with which the respective flat tubes are in contact, characterized in that the plate-like fins further comprise front edge cutouts extending from at least part of airflow upstream side surfaces of the flat tubes inserted in the tube insertion cutouts to the flat portion.
An apparatus for measuring binding kinetics of an interaction of an analyte material present in a fluid sample, comprising: a sensing resonator comprising binding sites for the analyte material; actuation circuitry configured to drive the sensing resonator into an oscillating motion; measurement circuitry arranged to be coupled to the sensing resonator and configured to measure one or more resonator output signals representing resonance characteristics of the oscillating motion of the sensing resonator ; and a controller configured to: adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic. a sensing resonator comprising binding sites for the analyte material; actuation circuitry configured to drive the sensing resonator into an oscillating motion; measurement circuitry arranged to be coupled to the sensing resonator and configured to measure one or more resonator output signals representing resonance characteristics of the oscillating motion of the sensing resonator ; and a controller configured to: adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic. adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic.
A terminal apparatus , comprising: a first control unit configured to select a first frequency band for a first cellular system and a second frequency band of a second cellular system different from the first cellular system, said second frequency band being different from the first frequency band, when said terminal apparatus is in an idle mode; and a second control unit configured to control said terminal apparatus , when said terminal apparatus is in the idle mode, to receive a paging message transmitted in the first frequency band and to receive a multicast signal transmitted from a base station of the second cellular system, in the second frequency band, wherein the first control unit is configured to select the second frequency band using a criterion different from a criterion for selecting the first frequency band. a first control unit configured to select a first frequency band for a first cellular system and a second frequency band of a second cellular system different from the first cellular system, said second frequency band being different from the first frequency band, when said terminal apparatus is in an idle mode; and a second control unit configured to control said terminal apparatus , when said terminal apparatus is in the idle mode, to receive a paging message transmitted in the first frequency band and to receive a multicast signal transmitted from a base station of the second cellular system, in the second frequency band, wherein the first control unit is configured to select the second frequency band using a criterion different from a criterion for selecting the first frequency band.
A semiconductor device comprising a support, an adhesive resin layer formed on the support, an insulating layer formed on the resin layer, a redistribution layer, a chip layer, and a mold resin layer, said adhesive resin layer consisting of a resin layer (A) and a resin layer (B) disposed in order from the support side, the resin layer (A) comprising a photo-decomposable resin containing a fused ring in the main chain, the resin layer (B) comprising a non-silicone base thermoplastic resin and having a storage elastic modulus E' of 1 to 500 MPa at 25°C and a tensile break strength of 5 to 50 MPa, wherein storage elastic modulus E' and tensile break strength are measured according to the methods specified in the description.
A network processing element for use in a cluster comprising a plurality of network processing elements, wherein said network processing element is configured to: enable provisioning of a plurality of different services, wherein said network processing element is configured to store state data associated with one or more network functions required for carrying out each of said plurality of different services and wherein upon receiving by said network processing element a request for provisioning of a service at any port from among the ports associated with said network processing element and irrespective of whether said service can be provided via said receiving port, said network processing element is further configured to: establish which resources are required for provisioning the required service, and based on state data associated with instantaneous availability of processing resources of the network processing element, to determine if said network processing element may be used for the provisioning of the requested service.
A fastener for the temporary connection of at least two structures comprising a bore , said fastener comprising: - a tubular body , extending along a main axis , between a first end and a second end comprising at least two longitudinal tongues ; - a latching element , prevented from rotating with respect to the body and able to slide axially in the body; said latching element comprising: a tubular base ; and a plurality of resilient clamps connected to one end of said base, each clamp comprising a hooking beak ; - a drive device for the latching element ; and - a spacer fixed with respect to the body , the plurality of elastic clamps being arranged around said spacer; where - the tubular base comprises: a substantially cylindrical outer surface ; and at least two grooves formed longitudinally in said outer surface; and - the fixing is configured so that each tongue of the body is able to slide axially in one of the grooves of the tubular base. - a tubular body , extending along a main axis , between a first end and a second end comprising at least two longitudinal tongues ; - a latching element , prevented from rotating with respect to the body and able to slide axially in the body; said latching element comprising: a tubular base ; and a plurality of resilient clamps connected to one end of said base, each clamp comprising a hooking beak ; - a drive device for the latching element ; and - a spacer fixed with respect to the body , the plurality of elastic clamps being arranged around said spacer; where - the tubular base comprises: a substantially cylindrical outer surface ; and at least two grooves formed longitudinally in said outer surface; and - the fixing is configured so that each tongue of the body is able to slide axially in one of the grooves of the tubular base.
Filling unit for filling cavities in a tablet press with a feedstock to be pressed, particularly a powder, having a filling assembly comprising a fill chamber , wherein the fill chamber is arranged in an installed condition between a die containing the cavities and a punch support comprising at least one punch , and wherein the fill chamber has at least one inlet opening for filling the fill chamber with raw materials and at least one outlet opening for filling the cavities of the tablet press with feedstock to be pressed, wherein the fill chamber comprises at least one mixing unit arranged in the fill chamber , for mixing the raw material of the feedstock to be pressed and at least one delivery unit for filling the cavities of the tablet press with feedstock to be pressed, characterized in that the mixing unit for mixing the raw materials and the delivery unit for filling the cavities of the tablet press with feedstock to be pressed lie in a horizontal plane.
A fill valve assembly for inclusion into a cistern flushing system, the assembly comprising a float operated equilibrium valve for refilling the cistern and a branch element fluidly connected upstream the float operated equilibrium valve , wherein the branch element includes an outlet for providing, in use, fluid flow to a hydraulic actuator of the cistern flushing system.
A method for operating a glass furnace , the method comprising the steps of: feeding a non-pre-reformed hydrocarbon fuel gas stream to a pre-reformer forming, in the presence of steam, a pre-reformed hydrocarbon fuel gas stream; feeding the pre-reformed hydrocarbon fuel gas stream to burners of the furnace ; combusting oxidant and the pre-reformed hydrocarbon fuel gas with the burners to produce flue gas; heating air through heat exchange with the flue gas at a recuperator ; and transferring heat from the heated air to pre-reformer tubes of the pre-reformer . feeding a non-pre-reformed hydrocarbon fuel gas stream to a pre-reformer forming, in the presence of steam, a pre-reformed hydrocarbon fuel gas stream; feeding the pre-reformed hydrocarbon fuel gas stream to burners of the furnace ; combusting oxidant and the pre-reformed hydrocarbon fuel gas with the burners to produce flue gas; heating air through heat exchange with the flue gas at a recuperator ; and transferring heat from the heated air to pre-reformer tubes of the pre-reformer .
An electronic cooking system , comprising: a continuous cooking surface comprising a plurality of individually controllable, adjacent heating zones ; for each heating zone , a temperature sensor configured to detect a temperature for the heating zone separately from the temperatures of other heating zones , and a heating element disposed beneath the heating zone and configured to provide heat to the heating zone ; a controller configured to individually control the heating element of each heating zone ; characterized in that : the heating element comprises a first resistive circuit configured to output a higher power density and a second resistive circuit configured to output a lower power density, the resistive circuits being positioned between insulating layers , the second resistive circuit being positioned below the first resistive circuit and separated from the first resistive circuit by one of the insulating layers . a continuous cooking surface comprising a plurality of individually controllable, adjacent heating zones ; for each heating zone , a temperature sensor configured to detect a temperature for the heating zone separately from the temperatures of other heating zones , and a heating element disposed beneath the heating zone and configured to provide heat to the heating zone ; a controller configured to individually control the heating element of each heating zone ; characterized in that : the heating element comprises a first resistive circuit configured to output a higher power density and a second resistive circuit configured to output a lower power density, the resistive circuits being positioned between insulating layers , the second resistive circuit being positioned below the first resistive circuit and separated from the first resistive circuit by one of the insulating layers . a temperature sensor configured to detect a temperature for the heating zone separately from the temperatures of other heating zones , and a heating element disposed beneath the heating zone and configured to provide heat to the heating zone ; a controller configured to individually control the heating element of each heating zone ; characterized in that : the heating element comprises a first resistive circuit configured to output a higher power density and a second resistive circuit configured to output a lower power density, the resistive circuits being positioned between insulating layers , the second resistive circuit being positioned below the first resistive circuit and separated from the first resistive circuit by one of the insulating layers .
Device for controlling an electric machine , with: a provision apparatus that is designed to provide a desired torque value for a torque to be exerted by the electric machine ; a monitoring apparatus that is designed to determine a fault signal that indicates a fault state of the electric machine ; a determination apparatus that is designed to determine a current rotor angle value of the electric machine ; a computing apparatus that is designed to determine at least one fault state operating point (62; 62') and a fault state operating point trajectory on the basis of the provided desired torque value , the determined fault signal and the determined current rotor angle value ; and a control apparatus that is designed to shift an operating point at which the electric machine is operated from a normal state operating point to the determined fault state operating point (62; 62') along the fault state operating point trajectory. a provision apparatus that is designed to provide a desired torque value for a torque to be exerted by the electric machine ; a monitoring apparatus that is designed to determine a fault signal that indicates a fault state of the electric machine ; a determination apparatus that is designed to determine a current rotor angle value of the electric machine ; a computing apparatus that is designed to determine at least one fault state operating point (62; 62') and a fault state operating point trajectory on the basis of the provided desired torque value , the determined fault signal and the determined current rotor angle value ; and a control apparatus that is designed to shift an operating point at which the electric machine is operated from a normal state operating point to the determined fault state operating point (62; 62') along the fault state operating point trajectory.
A method for detecting a wearable device, comprising: detecting (S101), by a distance sensor , a value of a distance between the wearable device and a user; determining (S102), by a processor , whether the value of the distance between the wearable device and the user exceeds a preset distance threshold; if the value of the distance between the wearable device and the user does not exceed the preset distance threshold, detecting (S103), by a human body feature sensor , a body feature value of the user; and if the body feature value of the user does not exceed a preset threshold range of the body feature value of the user, determining (S104) that the user has worn the wearable device; wherein the preset distance threshold is greater than or equal to 0 cm and less than or equal to 2 cm; and wherein the body feature value of the user comprises one or more of: - a temperature value, and the preset threshold value range of the temperature value of the user is 36°C to 38°C; - a heart rate value, and the preset threshold value range of the heart rate value of the user is 60 beats to 100 beats per minute; - blood flow velocity value, and the preset threshold value range of a forearm blood flow velocity of the user is 6 ml/min/100 g to 10 ml/min/100 g. detecting (S101), by a distance sensor , a value of a distance between the wearable device and a user; determining (S102), by a processor , whether the value of the distance between the wearable device and the user exceeds a preset distance threshold; if the value of the distance between the wearable device and the user does not exceed the preset distance threshold, detecting (S103), by a human body feature sensor , a body feature value of the user; and if the body feature value of the user does not exceed a preset threshold range of the body feature value of the user, determining (S104) that the user has worn the wearable device; wherein the preset distance threshold is greater than or equal to 0 cm and less than or equal to 2 cm; and wherein the body feature value of the user comprises one or more of: - a temperature value, and the preset threshold value range of the temperature value of the user is 36°C to 38°C; - a heart rate value, and the preset threshold value range of the heart rate value of the user is 60 beats to 100 beats per minute; - blood flow velocity value, and the preset threshold value range of a forearm blood flow velocity of the user is 6 ml/min/100 g to 10 ml/min/100 g. - a temperature value, and the preset threshold value range of the temperature value of the user is 36°C to 38°C; - a heart rate value, and the preset threshold value range of the heart rate value of the user is 60 beats to 100 beats per minute; - blood flow velocity value, and the preset threshold value range of a forearm blood flow velocity of the user is 6 ml/min/100 g to 10 ml/min/100 g.
Method for managing a remote communication service (S) offered by an object of a local area network to at least one terminal of a communications network , the terminal and the object being capable of communicating via a gateway of the local area network , said method being characterized in that it comprises the following steps executed by a service provision device providing the service (2, DMAS) for supplying the terminal with at least one service address (IP_X) for accessing the service of the object: - establishing (E1) a list of associations (AS_X) between at least one service address (IP_X) and at least one feature (STR, COD, BR, L/D) associated with the service; - obtaining (E6, E'6) at least one criterion (STR, COD, BR, L/D) linked to the terminal; - selecting (E6) at least one association (AS_X) in the list of associations according to said criterion linked to the terminal (STR, COD, BR, L/D); - sending to the terminal (E7, E'4) at least one address of the service (IP_X) associated with said at least one selected association (AS_X). - establishing (E1) a list of associations (AS_X) between at least one service address (IP_X) and at least one feature (STR, COD, BR, L/D) associated with the service; - obtaining (E6, E'6) at least one criterion (STR, COD, BR, L/D) linked to the terminal; - selecting (E6) at least one association (AS_X) in the list of associations according to said criterion linked to the terminal (STR, COD, BR, L/D); - sending to the terminal (E7, E'4) at least one address of the service (IP_X) associated with said at least one selected association (AS_X).