mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving an electronic business card, comprising: receiving an electronic business card from a sending instant messaging, IM, client, wherein the electronic business card is generated by the sending IM client using basic information of a to-be-shared user identified in an address book in the sending IM client; displaying contents of the electronic business card; judging whether the to-be-shared user corresponding to the electronic business card is in a local address book; selectively updating buddy information in the local address book based on information in the electronic business card if the to-be-shared user is in the local address book; adding a user corresponding to the electronic business card into a local address book if the to-be-shared user is not in the local address book and the to-be-shared user meets a condition of adding the user as buddy; and closing the electronic business card being displayed in response to a determination that the user corresponding to the electronic business card is not in the local address book and the to-be-shared user does not meet a condition of adding the to-be-shared user as buddy. receiving an electronic business card from a sending instant messaging, IM, client, wherein the electronic business card is generated by the sending IM client using basic information of a to-be-shared user identified in an address book in the sending IM client; displaying contents of the electronic business card; judging whether the to-be-shared user corresponding to the electronic business card is in a local address book; selectively updating buddy information in the local address book based on information in the electronic business card if the to-be-shared user is in the local address book; adding a user corresponding to the electronic business card into a local address book if the to-be-shared user is not in the local address book and the to-be-shared user meets a condition of adding the user as buddy; and closing the electronic business card being displayed in response to a determination that the user corresponding to the electronic business card is not in the local address book and the to-be-shared user does not meet a condition of adding the to-be-shared user as buddy.
Hybrid helicopter having: - a fuselage , - a lift rotor comprising two diametrically opposed blades , - a mechanism for varying the pitch of said blades about respective pitch axes (AXPAS), - a wing composed of two half-wings arranged on either side of said fuselage , - at least one propulsion propeller , - a powerplant connected to the rotor by a first mechanical transmission chain and - a stopping and positioning system configured to stop the rotation of said rotor about a rotational axis (AXROT) in cruise flight and to position said blades in a stop position, perpendicularly to a direction parallel to a roll axis (X) of said hybrid helicopter , wherein said stopping and positioning system has an angle of attack determination device for determining an angle of attack of said hybrid helicopter and a pitch variation device controlling said mechanism to move said blades about said respective pitch axes (AXPAS) according to said angle of attack when the rotation of said blades about said rotational axis (AXROT) is stopped. - a fuselage , - a lift rotor comprising two diametrically opposed blades , - a mechanism for varying the pitch of said blades about respective pitch axes (AXPAS), - a wing composed of two half-wings arranged on either side of said fuselage , - at least one propulsion propeller , - a powerplant connected to the rotor by a first mechanical transmission chain and - a stopping and positioning system configured to stop the rotation of said rotor about a rotational axis (AXROT) in cruise flight and to position said blades in a stop position, perpendicularly to a direction parallel to a roll axis (X) of said hybrid helicopter ,
A method for controlling an alternating current electric machine with a frequency converter including a controllable machine bridge and a controllable line bridge , the method comprising: - calculating a line bridge control signal , - controlling line current through the line bridge using the line bridge control signal , - measuring or estimating rotor pole position (θ) of the electric machine , - calculating a machine bridge control signal as a function of the rotor pole position (θ), - updating the machine bridge control signal when the rotor pole position (θ) changes, - controlling current of the electric machine through the machine bridge using the machine bridge control signal , characterized in that : - taking samples of d-axis and q-axis components of the line current and indexing them as a function of the concurrent rotor pole position (θ) of the electric machine to gather a first sampled data , - determining from the first sampled data a compensation term for removing the harmonics caused by the electric machine , and including the compensation term in the line bridge control signal and / or the machine bridge control signal , and - if the compensation term is included in the line bridge control signal , then controlling line current through the line bridge using the line bridge control signal including the compensation term , - if the compensation term is included in the machine bridge control signal , then controlling current of the electric machine through the machine bridge using the machine bridge control signal including the compensation term . - calculating a line bridge control signal , - controlling line current through the line bridge using the line bridge control signal , - measuring or estimating rotor pole position (θ) of the electric machine , - calculating a machine bridge control signal as a function of the rotor pole position (θ), - updating the machine bridge control signal when the rotor pole position (θ) changes, - controlling current of the electric machine through the machine bridge using the machine bridge control signal , - taking samples of d-axis and q-axis components of the line current and indexing them as a function of the concurrent rotor pole position (θ) of the electric machine to gather a first sampled data , - determining from the first sampled data a compensation term for removing the harmonics caused by the electric machine , and including the compensation term in the line bridge control signal and / or the machine bridge control signal , and - if the compensation term is included in the line bridge control signal , then controlling line current through the line bridge using the line bridge control signal including the compensation term , - if the compensation term is included in the machine bridge control signal , then controlling current of the electric machine through the machine bridge using the machine bridge control signal including the compensation term .
A canister configured to house a balloon and a radiosonde to be released into the atmosphere, the canister comprising: a case ; a balloon detaching mechanism connected to the balloon, and configured to detach the balloon when the balloon is released; and a gas passage configured to introduce a gas into the balloon, characterized in that : the case includes a first housing chamber (S1), a second housing chamber (S2), and a third housing chamber (S3) arranged side by side in a horizontal direction, the first housing chamber (S1), the second housing chamber (S2), and the third housing chamber (S3) being in communication with one another in an upper part of the case ; the balloon detaching mechanism is provided in the second housing chamber (S2); the gas passage is provided in the second housing chamber (S2) ; the second housing chamber (S2) is disposed between the first housing chamber (S1) and the third housing chamber (S3), the first housing chamber (S1) houses the radiosonde connected to the balloon via a rope, and the third housing chamber (S3) houses part of the balloon connected to the balloon detaching mechanism . a case ; a balloon detaching mechanism connected to the balloon, and configured to detach the balloon when the balloon is released; and a gas passage configured to introduce a gas into the balloon, characterized in that : the case includes a first housing chamber (S1), a second housing chamber (S2), and a third housing chamber (S3) arranged side by side in a horizontal direction, the first housing chamber (S1), the second housing chamber (S2), and the third housing chamber (S3) being in communication with one another in an upper part of the case ; the balloon detaching mechanism is provided in the second housing chamber (S2); the gas passage is provided in the second housing chamber (S2) ; the second housing chamber (S2) is disposed between the first housing chamber (S1) and the third housing chamber (S3), the first housing chamber (S1) houses the radiosonde connected to the balloon via a rope, and the third housing chamber (S3) houses part of the balloon connected to the balloon detaching mechanism . the case includes a first housing chamber (S1), a second housing chamber (S2), and a third housing chamber (S3) arranged side by side in a horizontal direction, the first housing chamber (S1), the second housing chamber (S2), and the third housing chamber (S3) being in communication with one another in an upper part of the case ; the balloon detaching mechanism is provided in the second housing chamber (S2); the gas passage is provided in the second housing chamber (S2) ; the second housing chamber (S2) is disposed between the first housing chamber (S1) and the third housing chamber (S3), the first housing chamber (S1) houses the radiosonde connected to the balloon via a rope, and the third housing chamber (S3) houses part of the balloon connected to the balloon detaching mechanism .
A multilayer container comprising: a polyester layer containing a polyester resin (X); and a polyamide layer containing a polyamide resin (Y) and a yellowing inhibitor (A); a content of the polyamide resin (Y) being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor (A) being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers. a polyester layer containing a polyester resin (X); and a polyamide layer containing a polyamide resin (Y) and a yellowing inhibitor (A); a content of the polyamide resin (Y) being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor (A) being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers. a content of the polyamide resin (Y) being from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers; and a content of the yellowing inhibitor (A) being from 1 to 30 ppm relative to the total amount of all polyamide layers and all polyester layers.
A method for producing and filling beverage containers that are thin-walled and/or that are at least partly dimensionally unstable under heat exposure, in particular, PET bottles or the like containers with low thermal stability, in which method the containers are produced by way of blow moulding preforms , are subsequently filled with a liquid, hot content , then impinged with a pressurised gas , and subsequently closed, wherein - the preforms and the containers formed therefrom are impinged during the blow moulding process with a blow moulding temperature of at least 80 °C and below 110 °C, wherein - the containers are treated and stretched during the blow moulding process by means of a liquid-cooled or by means of a gas-cooled stretching rod , wherein - gaseous or liquid nitrogen is used as pressurised gas , and wherein - the filling pressure is over 2 bar with the pressurised gas having been introduced. - the preforms and the containers formed therefrom are impinged during the blow moulding process with a blow moulding temperature of at least 80 °C and below 110 °C, wherein - the containers are treated and stretched during the blow moulding process by means of a liquid-cooled or by means of a gas-cooled stretching rod , wherein - gaseous or liquid nitrogen is used as pressurised gas , and wherein - the filling pressure is over 2 bar with the pressurised gas having been introduced.
An evolved Node B comprising processing circuitry configured to: establish connections with a plurality of mobility management entities, MMEs ; characterized in that the processing circuitry is further configured to: determine, from among the plurality of MMEs , a MME that is of a first category dedicated to handle machine-type communications traffic; and select the determined MME for a user equipment, UE , based on an indication that the UE is configured to generate machine-type communications traffic. establish connections with a plurality of mobility management entities, MMEs ; characterized in that the processing circuitry is further configured to: determine, from among the plurality of MMEs , a MME that is of a first category dedicated to handle machine-type communications traffic; and select the determined MME for a user equipment, UE , based on an indication that the UE is configured to generate machine-type communications traffic. determine, from among the plurality of MMEs , a MME that is of a first category dedicated to handle machine-type communications traffic; and select the determined MME for a user equipment, UE , based on an indication that the UE is configured to generate machine-type communications traffic.
A blood pump-oxygenator system for increasing perfusion and oxygen level in a patient, comprising at least one blood pump , an oxygenator , an inflow cannula , and an outflow cannula , which are connected so as to form a closed series circuit to be operable as a cardiopulmonary bypass system adapted for extracorporeal processing of the patient's blood, wherein the blood pump is configured to convey blood through the circuit from the patient into the inflow cannula , through the oxygenator and out of the outflow cannula back into the patient, wherein the system further comprises a manifold connected between the inflow cannula and the outflow cannula so that the blood passes through the manifold , wherein the manifold accommodates the blood pump and the oxygenator and is designed so as to form a recirculation loop configured to recirculate at least part of the blood in the circuit such that the blood passes over the oxygenator multiple times, characterized in that the system further comprises an extra blood pump positioned at the outflow cannula and configured to deliver a set volume to the patient, wherein the extra pump is configured to be controlled independently from the blood pump that circulates the blood in the manifold including the oxygenator , and in that the blood pump and the oxygenator are modular components to allow replacement of at least one of the blood pump and the oxygenator . wherein the system further comprises a manifold connected between the inflow cannula and the outflow cannula so that the blood passes through the manifold , wherein the manifold accommodates the blood pump and the oxygenator and is designed so as to form a recirculation loop configured to recirculate at least part of the blood in the circuit such that the blood passes over the oxygenator multiple times, characterized in that the system further comprises an extra blood pump positioned at the outflow cannula and configured to deliver a set volume to the patient, wherein the extra pump is configured to be controlled independently from the blood pump that circulates the blood in the manifold including the oxygenator , and in that the blood pump and the oxygenator are modular components to allow replacement of at least one of the blood pump and the oxygenator .
An epoxy resin composition comprising: (a) an epoxy component containing at least an epoxy compound of formula ; and (b) a curing agent: wherein R 1 to R 3 each independently are a hydrogen atom or methyl group, and L 1 to L 3 each independently are pentamethylene group, hexamethylene group or heptamethylene group.
A method for estimating a position where noise enters a telecommunications transmission line said line having first DSL communications equipment connected to a first end of the line and second DSL communications equipment connected to a second, opposite end of the line the method comprising the following steps receiving , via the line, a first result of a measurement of a noise level at the first end of the transmission line made by the first DSL equipment receiving a second result of a measurement of a noise level at the second end of the transmission line made by the second DSL equipment characterized by a step of generating an estimate of a position where noise enters the transmission line in dependence of the relationship between the first and the second noise level measurement results where the first and second noise level measurements are made at the same frequency or frequency band and said frequency or frequency band falls within a transmit band of at least one of said first and second DSL equipments wherein said relationship is a difference between the first and the second noise measurement results.
A system for determining alignment angles for prosthetic components, the system comprising: a first prosthetic component and a second prosthetic component that are joinable together in a fixed orientation relative to each other, wherein the fixed orientation include a first angle and a second angle that are perpendicular to each other, and wherein the first and second angles are selectable from a range of angles to provide a desired fixed orientation between the two prosthetic components; a magnet fixedly coupled to the first prosthetic component; one or more magnetic intensity sensors configured to be coupled to the second prosthetic component in a fixed orientation relative to the second prosthetic component such that the one or more magnetic intensity sensors are operable to sense a magnetic field strength of the magnet and produce an output signal corresponding to the sensed magnetic field strength; and a processor operable to receive the output signal from the one or more magnetic intensity sensors and determine the first and/or second angles based on the received output signals from the one or more magnetic intensity sensors and the positions of the one or more magnetic intensity sensors relative to the magnet, characterized in that the system includes a removable sleeve or wrap or clamp that includes the one or more magnetic intensity sensors, and the sleeve or wrap is configured to be secured around the second prosthetic component temporarily to determine the orientation between the two prosthetic devices.. a first prosthetic component and a second prosthetic component that are joinable together in a fixed orientation relative to each other, wherein the fixed orientation include a first angle and a second angle that are perpendicular to each other, and wherein the first and second angles are selectable from a range of angles to provide a desired fixed orientation between the two prosthetic components; a magnet fixedly coupled to the first prosthetic component; one or more magnetic intensity sensors configured to be coupled to the second prosthetic component in a fixed orientation relative to the second prosthetic component such that the one or more magnetic intensity sensors are operable to sense a magnetic field strength of the magnet and produce an output signal corresponding to the sensed magnetic field strength; and a processor operable to receive the output signal from the one or more magnetic intensity sensors and determine the first and/or second angles based on the received output signals from the one or more magnetic intensity sensors and the positions of the one or more magnetic intensity sensors relative to the magnet, characterized in that the system includes a removable sleeve or wrap or clamp that includes the one or more magnetic intensity sensors, and the sleeve or wrap is configured to be secured around the second prosthetic component temporarily to determine the orientation between the two prosthetic devices..
A tracked vehicle (20; 20'; 20"; 1020; 3020a, 3020b) encompassing: - a load subassembly ; - a drive track that is retained movably on the load subassembly in order to execute a motion along a circulation path (U) of the drive track ; - a linear motor , a stator of the linear motor being arranged in stationary fashion with respect to the load subassembly , and a rotor of the linear motor being arranged for motion together with the drive track , wherein the rotor comprises permanent magnets which are embodied for motion together with the drive track , characterized in that the rotor is embodied in the drive track , wherein the permanent magnets embodied for motion together with the drive track are arranged in the drive track . - a load subassembly ; - a drive track that is retained movably on the load subassembly in order to execute a motion along a circulation path (U) of the drive track ; - a linear motor , a stator of the linear motor being arranged in stationary fashion with respect to the load subassembly , and a rotor of the linear motor being arranged for motion together with the drive track , wherein the rotor comprises permanent magnets which are embodied for motion together with the drive track ,
An optical module comprising: a semiconductor substrate ; an electrostatic actuator including a fixed portion fixed to the semiconductor substrate and a movable portion moved with respect to the fixed portion by an electrostatic force generated between the movable portion and the fixed portion ; a first spring portion ; a connection portion ; a second spring portion ; an optical component ; and a fixed mirror, wherein the first spring portion extends between and is connected to the movable portion and the connection portion and has a first spring constant, wherein the connection portion is arranged between the first spring portion and the second spring portion , wherein the second spring portion extends between and is connected to the connection portion and the semiconductor substrate and has a second spring constant greater than the first spring constant, wherein the optical component is connected to the connection portion , wherein the fixed mirror is arranged opposite to the optical component , wherein the optical component is a movable mirror, and wherein the optical component and the fixed mirror constitute a Fabry-Perot interference filter. a semiconductor substrate ; an electrostatic actuator including a fixed portion fixed to the semiconductor substrate and a movable portion moved with respect to the fixed portion by an electrostatic force generated between the movable portion and the fixed portion ; a first spring portion ; a connection portion ; a second spring portion ; an optical component ; and a fixed mirror, wherein the first spring portion extends between and is connected to the movable portion and the connection portion and has a first spring constant, wherein the connection portion is arranged between the first spring portion and the second spring portion , wherein the second spring portion extends between and is connected to the connection portion and the semiconductor substrate and has a second spring constant greater than the first spring constant, wherein the optical component is connected to the connection portion , wherein the fixed mirror is arranged opposite to the optical component , wherein the optical component is a movable mirror, and wherein the optical component and the fixed mirror constitute a Fabry-Perot interference filter.