mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving data by a of a user equipment, UE, operating in a wireless communication system using carrier aggregation and a coordinated multi-point transmission/reception, CoMP, scheme, the method comprising: receiving downlink control information, DCI, including CoMP-related control information and indicating information related to starting position of a data channel, cell-specific reference signal, CRS, resource information and multicast broadcast single frequency network, MBSFN, subframe configuration information; determining a resource for the data channel based on the information related to the starting position of the data channel, the CRS resource information, and the MBSFN subframe configuration information indicated by the DCI; and receiving data based on the determined resource for the data channel. receiving downlink control information, DCI, including CoMP-related control information and indicating information related to starting position of a data channel, cell-specific reference signal, CRS, resource information and multicast broadcast single frequency network, MBSFN, subframe configuration information; determining a resource for the data channel based on the information related to the starting position of the data channel, the CRS resource information, and the MBSFN subframe configuration information indicated by the DCI; and receiving data based on the determined resource for the data channel.
A system for removing unwanted material from the body of a patient, the system comprising: an aspiration catheter insertable into the patient comprising a distal end having a steerable tip configured to bend in one or more directions, wherein the distal end of the aspiration catheter comprises neither a funnel nor a cup; a controller mechanically coupled to the aspiration catheter and operable by a user to bend the steerable tip in the one or more directions; a pump comprising an inlet port and a discharge port , the inlet port being in fluid communication with the aspiration catheter , the pump configured to generate a negative pressure at the inlet port and a positive pressure at the discharge port during use; and a return catheter in fluid communication with the discharge port of the pump and configured to be inserted into the patient, wherein the unwanted material comprises one or more of emboli, thrombi, tumors, or debris.
Linear drive system , comprising a primary part and a secondary part that is magnetically coupled to the primary part, wherein the primary part includes at least one first electrically conductive reaction rail , and the secondary part includes a number of magnets , wherein the secondary part includes a first magnetic wheel and at least one second magnetic wheel arranged parallel to the first, with the number of magnets positioned on both the first magnetic wheel and the second magnetic wheel , wherein the at least one first reaction rail is arranged between the first magnetic wheel and the second magnetic wheel and magnetically connected to them, wherein the secondary part is mechanically connected to a rotary drive , so that, upon activation of the linear drive system , eddy currents are generated in the reaction rail by the rotation of the secondary part, resulting in a driving force , wherein the secondary part is driven translationally relative to the primary part , characterized in that the secondary part , as well as the first magnetic wheel and the second magnetic wheel , are arranged horizontally, so that, upon activation of the linear drive system , in addition to the translational driving force , an additional lifting force is generated, causing the first and second wheels to lift relative to the primary part .
A user-input device comprising: a user-actuatable trigger ; a posture sensor configured to determine a posture of the user-actuatable trigger ; a force sensor configured to determine an actuation force applied to the user-actuatable trigger ; and a force-feedback motor operatively coupled to the user-actuatable trigger and configured to selectively drive the user-actuatable trigger based on at least a force feedback signal; wherein the user-actuatable trigger includes a finger-interface portion and a motor-interface portion, and wherein the force sensor is operatively intermediate the finger-interface portion and the motor-interface portion. a user-actuatable trigger ; a posture sensor configured to determine a posture of the user-actuatable trigger ; a force sensor configured to determine an actuation force applied to the user-actuatable trigger ; and a force-feedback motor operatively coupled to the user-actuatable trigger and configured to selectively drive the user-actuatable trigger based on at least a force feedback signal; wherein
A gas combustion type driving tool comprising: a combustion portion ; a tubular fuel container filled with a fuel to be supplied to the combustion portion ; an electromagnetic valve device adapted to measure the fuel supplied from the fuel container and to inject the fuel into the combustion portion ; and a grip portion , wherein the fuel container and the electromagnetic valve device are respectively disposed on an outer peripheral portion of the combustion portion at a same cross-section perpendicular to a driving direction of the tool, wherein the fuel container is disposed not on a line connecting the combustion portion and the grip portion with the shortest distance, and wherein a distance from the fuel container to the combustion portion is set substantially equal to or less than a distance from the electromagnetic valve device to the combustion portion . a combustion portion ; a tubular fuel container filled with a fuel to be supplied to the combustion portion ; an electromagnetic valve device adapted to measure the fuel supplied from the fuel container and to inject the fuel into the combustion portion ; and a grip portion , wherein the fuel container and the electromagnetic valve device are respectively disposed on an outer peripheral portion of the combustion portion at a same cross-section perpendicular to a driving direction of the tool, wherein the fuel container is disposed not on a line connecting the combustion portion and the grip portion with the shortest distance, and wherein a distance from the fuel container to the combustion portion is set substantially equal to or less than a distance from the electromagnetic valve device to the combustion portion .
A transporter apparatus comprising: a chassis mounted upon at least two drive units , the drive units being arranged in parallel and defining a space therebetween; a motor providing drive to at least one drive unit ; and a lifting mechanism adapted to receive a load and move the load between the ground and a lifted position, the lifting mechanism comprising: first and second guide bars , each guide bar having a first end attached to a drive unit and a second end attached to the chassis ; characterised in that it comprises: If first and second lifting carriages , each lifting carriage slidingly mounted on a respective guide bar and adapted to receive a portion of the load; and first and second hydraulic rams , each ram having a first end attached to the chassis and a second end attached to a respective lifting carriage . a chassis mounted upon at least two drive units , the drive units being arranged in parallel and defining a space therebetween; a motor providing drive to at least one drive unit ; and a lifting mechanism adapted to receive a load and move the load between the ground and a lifted position, the lifting mechanism comprising: first and second guide bars , each guide bar having a first end attached to a drive unit and a second end attached to the chassis ; characterised in that it comprises: If first and second lifting carriages , each lifting carriage slidingly mounted on a respective guide bar and adapted to receive a portion of the load; and first and second hydraulic rams , each ram having a first end attached to the chassis and a second end attached to a respective lifting carriage . first and second guide bars , each guide bar having a first end attached to a drive unit and a second end attached to the chassis ; characterised in that it comprises: If first and second lifting carriages , each lifting carriage slidingly mounted on a respective guide bar and adapted to receive a portion of the load; and first and second hydraulic rams , each ram having a first end attached to the chassis and a second end attached to a respective lifting carriage .
A method for finishing an edged fabric , said method comprising: - providing an edged fabric , said edged fabric being obtained after edging through serging or binding, and comprising one or more loose ends of cut edging material, said edging material being thread that was used for serging or binding respectively; - fixing said loose ends to the bottom side of said fabric , CHARACTERIZED IN THAT: - said fixing of said loose ends comprises successively performing: ∘ a heating step , comprising heating said bottom side of said fabric , resulting in a molten structure; ∘ a swiping step , comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element , such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure. - providing an edged fabric , said edged fabric being obtained after edging through serging or binding, and comprising one or more loose ends of cut edging material, said edging material being thread that was used for serging or binding respectively; - fixing said loose ends to the bottom side of said fabric , - said fixing of said loose ends comprises successively performing: ∘ a heating step , comprising heating said bottom side of said fabric , resulting in a molten structure; ∘ a swiping step , comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element , such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure. ∘ a heating step , comprising heating said bottom side of said fabric , resulting in a molten structure; ∘ a swiping step , comprising sliding a swiping element and said bottom side of said fabric over each other, thereby rubbing said loose ends into said molten structure by said swiping element , such that said loose ends are fixed to the bottom side of said fabric after hardening of said molten structure.
A circuit for preventing power off of a contactor, the circuit comprising: a battery management system which controls power supplied to a contactor , and includes a first battery management system (BMS) positive electrode terminal and a second BMS positive electrode terminal connected to a positive electrode of a power supply and a first BMS negative electrode terminal and a second BMS negative electrode terminal connected to a ground or a negative electrode of the power supply ; a contactor which makes a connection between a battery pack and a load be on/off and includes a first contactor positive terminal connected to the first BMS positive electrode terminal and a second contactor positive electrode terminal connected to the second BMS positive electrode terminal , and a first contactor negative electrode terminal connected to the first BMS negative electrode terminal and a second contactor negative electrode terminal connected to the second BMS negative electrode terminal , thereby making a plurality of connections between the battery management system and the contactor through a plurality of positive electrode terminals and the plurality of negative electrode terminals, characterised in that when any one connection among connections of the plurality of positive electrode terminals and the plurality of negative electrode terminals is disconnected, supplying power from the battery management system to the contactor is maintained through another connection. a battery management system which controls power supplied to a contactor , and includes a first battery management system (BMS) positive electrode terminal and a second BMS positive electrode terminal connected to a positive electrode of a power supply and a first BMS negative electrode terminal and a second BMS negative electrode terminal connected to a ground or a negative electrode of the power supply ; a contactor which makes a connection between a battery pack and a load be on/off and includes a first contactor positive terminal connected to the first BMS positive electrode terminal and a second contactor positive electrode terminal connected to the second BMS positive electrode terminal , and a first contactor negative electrode terminal connected to the first BMS negative electrode terminal and a second contactor negative electrode terminal connected to the second BMS negative electrode terminal , thereby making a plurality of connections between the battery management system and the contactor through a plurality of positive electrode terminals and the plurality of negative electrode terminals, characterised in that when any one connection among connections of the plurality of positive electrode terminals and the plurality of negative electrode terminals is disconnected, supplying power from the battery management system to the contactor is maintained through another connection.
A variable displacement rotary pump for fluids, comprising: - a rotor arranged to eccentrically rotate within a chamber defined by a regulation ring , with a relative eccentricity that is variable depending on operating conditions of the pump ; - moving means arranged to make the regulation ring move within a cavity formed in a pump body in order to vary said relative eccentricity, and hence the displacement of the pump , as the operating conditions vary; and - opposing means arranged to oppose the movement of the regulation ring comprising a spring and having a given longitudinal axis of symmetry (S); characterised in that the opposing means have: - a first end, wherein the spring is wound on a first tappet to which a first roller is fixedly connected, said roller engaging a complementary recess in the pump body thereby forming an articulation for said first end so that the opposing means can perform an oscillatory movement about the first roller during the movement of the ring ; and - a second end , wherein said spring is received, in a spring-guiding sleeve , associated with a second tappet bearing a second roller arranged, during said oscillatory movement, to roll along a track formed on the surface of the ring and consisting of an arc of a curve such that a tangent to the curve in each contact position of the second roller with the track is perpendicular to the longitudinal axis of symmetry (S) of the opposing means , said axis of symmetry passing through said first and second rollers . - a rotor arranged to eccentrically rotate within a chamber defined by a regulation ring , with a relative eccentricity that is variable depending on operating conditions of the pump ; - moving means arranged to make the regulation ring move within a cavity formed in a pump body in order to vary said relative eccentricity, and hence the displacement of the pump , as the operating conditions vary; and - opposing means arranged to oppose the movement of the regulation ring comprising a spring and having a given longitudinal axis of symmetry (S); - a first end, wherein the spring is wound on a first tappet to which a first roller is fixedly connected, said roller engaging a complementary recess in the pump body thereby forming an articulation for said first end so that the opposing means can perform an oscillatory movement about the first roller during the movement of the ring ; and - a second end , wherein said spring is received, in a spring-guiding sleeve , associated with a second tappet bearing a second roller arranged, during said oscillatory movement, to roll along a track formed on the surface of the ring and consisting of an arc of a curve such that a tangent to the curve in each contact position of the second roller with the track is perpendicular to the longitudinal axis of symmetry (S) of the opposing means , said axis of symmetry passing through said first and second rollers .
Downdraft fan comprising at least one housing device for installation in at least one furniture body below at least one worktop , at least one vapour screen device having at least one suction opening for vapours, the vapour screen device in the installed state extending at least partially through at least one opening in a worktop , and at least one installation frame for insertion into the at least one opening of the worktop, the installation frame comprising at least one recess for the vapour screen device , characterised in that at least one support device having at least one support element is provided, the support device being received on the housing device and the support element at least partially supporting the installation frame and/or an adjacently arranged hob device , the support device comprising at least one height adjustment device . and at least one installation frame for insertion into the at least one opening of the worktop, the installation frame comprising at least one recess for the vapour screen device , characterised in that at least one support device having at least one support element is provided, the support device being received on the housing device and the support element at least partially supporting the installation frame and/or an adjacently arranged hob device , the support device comprising at least one height adjustment device .
Method for controlling a rotary electric machine for a motor vehicle, which includes a stator and a rotor , the rotary electric machine including a control module , which is able to generate a stator command (Comm_stat) on the basis of a torque and a torque gradient to be applied to the rotary electric machine , characterized in that : - following a request to activate a motor mode of the rotary electric machine , in particular when a motor vehicle combustion engine is started, said method includes a step of applying a setpoint torque (T_cons_ecu) and a setpoint torque gradient (G_cons_ecu) transmitted by an engine computer of the motor vehicle, and - following a request (D) to stop the previously activated motor mode, and independently of the torque (T_cons_ecu) and of the torque gradient (G_cons_ecu) required by the engine computer of the motor vehicle, said method includes a step of applying a setpoint torque (T_cons_mel) equal to zero and a predetermined torque gradient (G_cons_mel) to the rotary electric machine . - following a request to activate a motor mode of the rotary electric machine , in particular when a motor vehicle combustion engine is started, said method includes a step of applying a setpoint torque (T_cons_ecu) and a setpoint torque gradient (G_cons_ecu) transmitted by an engine computer of the motor vehicle, and - following a request (D) to stop the previously activated motor mode, and independently of the torque (T_cons_ecu) and of the torque gradient (G_cons_ecu) required by the engine computer of the motor vehicle, said method includes a step of applying a setpoint torque (T_cons_mel) equal to zero and a predetermined torque gradient (G_cons_mel) to the rotary electric machine .
A vehicle lighting fixture , having an optical axis (X) in which light is emitted therefrom, comprising: a plurality of light sources arranged in a predetermined arrangement direction orthogonal to the optical axis (X); and at least one projector lens that is arranged forward of the plurality of light sources along the optical axis (X) and is configured to project light emitted from the plurality of light sources forward, wherein the at least one projector lens includes a rear surface and a front surface ; the at least one projector lens has a basic shape with a focal point near the plurality of light sources ; characterized in that at least part of the front surface of the at least one projector lens includes at least two surfaces (711B, 712B; 713B, 714B), each of the surfaces (711B, 712B; 713B, 714B) is formed by rotating a corresponding portion of the front surface having the basic shape by a respective angle about an axis passing through an optical center of the front surface of the basic shape and substantially orthogonal to the predetermined arrangement direction and to the optical axis (X), so that the at least two surfaces are rotated by two respective different angles; and one of the respective different angles is approximately three times the other one of the respective different angles. a plurality of light sources arranged in a predetermined arrangement direction orthogonal to the optical axis (X); and at least one projector lens that is arranged forward of the plurality of light sources along the optical axis (X) and is configured to project light emitted from the plurality of light sources forward, wherein the at least one projector lens includes a rear surface and a front surface ; the at least one projector lens has a basic shape with a focal point near the plurality of light sources ; characterized in that at least part of the front surface of the at least one projector lens includes at least two surfaces (711B, 712B; 713B, 714B), each of the surfaces (711B, 712B; 713B, 714B) is formed by rotating a corresponding portion of the front surface having the basic shape by a respective angle about an axis passing through an optical center of the front surface of the basic shape and substantially orthogonal to the predetermined arrangement direction and to the optical axis (X), so that the at least two surfaces are rotated by two respective different angles; and one of the respective different angles is approximately three times the other one of the respective different angles.
A quantum communications system comprising: a communications system ; and a quantum key distribution, QKD, system operable with the communications system and comprising a transmitter node , a receiver node , and a quantum communications channel coupling the transmitter node and receiver node; the transmitter node cooperating with the quantum communications channel defining at least one Talbot effect image position along the quantum communications channel; and the receiver node being located along the quantum communications channel at the at least one Talbot effect image position, wherein the receiver node comprises a single photon detector , a phase detector and a beam splitter that is configured to randomly direct an incoming photon to either the single photon detector or the phase detector , and wherein the receiver node further includes a controller which is configured the process signals generated by the photon detector and the phase detector based on a communications protocol. a communications system ; and a quantum key distribution, QKD, system operable with the communications system and comprising a transmitter node , a receiver node , and a quantum communications channel coupling the transmitter node and receiver node; the transmitter node cooperating with the quantum communications channel defining at least one Talbot effect image position along the quantum communications channel; and the receiver node being located along the quantum communications channel at the at least one Talbot effect image position, wherein the receiver node comprises a single photon detector , a phase detector and a beam splitter that is configured to randomly direct an incoming photon to either the single photon detector or the phase detector , and wherein the receiver node further includes a controller which is configured the process signals generated by the photon detector and the phase detector based on a communications protocol.