mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a hybrid drive device for a motor vehicle, which has a drive unit , an electric machine coupled to the drive unit via an epicyclic gear transmission and an output shaft which can be operatively connected to the epicyclic gear transmission via a clutch , wherein for providing electric power the electric machine is driven via the drive unit , wherein the epicyclic gear transmission has a first transmission element , a second transmission element and a third transmission element , wherein the first transmission element and the second transmission element are coupled to one another via at least one planet gear rotatably mounted on the third transmission element , wherein the drive unit , the electric machine and the output shaft are coupled or can be coupled to different transmission elements , characterised in that during the provision of electric power, the output shaft is braked or driven at least sometimes via a hydraulic unit .
A wireless communications apparatus, comprising an antenna module , wherein the antenna module is connected to a radio frequency module : the antenna module is configured to transmit a wide beam and transmit at least two narrow beams to a coverage area of the wide beam; and wherein the antenna module is further configured to send, through at least one of the beams transmitted by the antenna module , data processed by the radio frequency module to a user equipment, UE, when there is first data sent to the UE within the coverage area of the wide beam, or, wherein the antenna module is further configured to receive, through at least one of the beams transmitted by the antenna module when second data is received by the apparatus within the coverage area of the wide beam, characterized in that the narrow beam and the wide beam have different radio frequency channels . the antenna module is configured to transmit a wide beam and transmit at least two narrow beams to a coverage area of the wide beam; and wherein the antenna module is further configured to send, through at least one of the beams transmitted by the antenna module , data processed by the radio frequency module to a user equipment, UE, when there is first data sent to the UE within the coverage area of the wide beam, or, wherein the antenna module is further configured to receive, through at least one of the beams transmitted by the antenna module when second data is received by the apparatus within the coverage area of the wide beam, characterized in that the narrow beam and the wide beam have different radio frequency channels .
A system for optical transmission over a multimode fiber, comprising: - an encoder , referred to as a space/time encoder, transforming each block of symbols to be transmitted into a code matrix, each element of the matrix relating to a time of use and a propagation mode of the fiber; - a plurality of modulators (125 n ), respectively associated with different propagation modes of the fiber, each modulator modulating a laser beam during a time of use using a corresponding element of the matrix, each laser beam thus modulated being injected into the fiber in order to propagate therethrough in accordance with a different mode; the transmission system being characterised in that : - the fiber comprises a plurality of slices (130 l), an amplifier (140 l) being provided between any two consecutive slices in order to amplify the intensity of the beams being propagated in accordance with the modes; - a mode scrambler (150 l) is associated with the amplifier in order to carry out a permutation of the modes between at least two consecutive slices, the transmission system comprising P mode scramblers which are provided every Q amplifiers, the ratio P / Q being selected so that the gain mode dispersion of the fiber is substantially equal to the value Δ G .√ L , where L refers to the number of slices of the optical fiber and Δ G refers to the maximum gain offset of the Q amplifiers. - an encoder , referred to as a space/time encoder, transforming each block of symbols to be transmitted into a code matrix, each element of the matrix relating to a time of use and a propagation mode of the fiber; - a plurality of modulators (125 n ), respectively associated with different propagation modes of the fiber, each modulator modulating a laser beam during a time of use using a corresponding element of the matrix, each laser beam thus modulated being injected into the fiber in order to propagate therethrough in accordance with a different mode; - the fiber comprises a plurality of slices (130 l), an amplifier (140 l) being provided between any two consecutive slices in order to amplify the intensity of the beams being propagated in accordance with the modes; - a mode scrambler (150 l) is associated with the amplifier in order to carry out a permutation of the modes between at least two consecutive slices, the transmission system comprising P mode scramblers which are provided every Q amplifiers, the ratio P / Q being selected so that the gain mode dispersion of the fiber is substantially equal to the value Δ G .√ L , where L refers to the number of slices of the optical fiber and Δ G refers to the maximum gain offset of the Q amplifiers.
A brake control device of a vehicle , the vehicle including a wheel , a brake mechanism that applies braking force to the wheel , a drive source that drives the wheel , and a braking force adjustment mechanism that adjusts the braking force to be applied to the wheel , the brake control device comprising: a detection unit configured to detect an ON operation for turning power of the vehicle on and an OFF operation for turning the power off, the ON operation and the OFF operation each being executed via a first operation input unit provided on the vehicle , and an actuation operation for actuating the drive source and a stop operation for stopping actuation of the drive source , the actuation operation and the stop operation each being executed via a second operation input unit provided on the vehicle separately from the first operation input unit ; and a control unit configured to selectively execute, by controlling the braking force adjustment mechanism , either antilock control for suppressing lock of the wheel or antilock reduction control for reducing a suppression degree of lock of the wheel more than that in the antilock control, wherein the control unit executes the antilock control by switching over from the antilock reduction control when the stop operation is detected during execution of the antilock reduction control, the drive source stops, and the vehicle stops. a detection unit configured to detect an ON operation for turning power of the vehicle on and an OFF operation for turning the power off, the ON operation and the OFF operation each being executed via a first operation input unit provided on the vehicle , and an actuation operation for actuating the drive source and a stop operation for stopping actuation of the drive source , the actuation operation and the stop operation each being executed via a second operation input unit provided on the vehicle separately from the first operation input unit ; and an ON operation for turning power of the vehicle on and an OFF operation for turning the power off, the ON operation and the OFF operation each being executed via a first operation input unit provided on the vehicle , and an actuation operation for actuating the drive source and a stop operation for stopping actuation of the drive source , the actuation operation and the stop operation each being executed via a second operation input unit provided on the vehicle separately from the first operation input unit ; and a control unit configured to selectively execute, by controlling the braking force adjustment mechanism , either antilock control for suppressing lock of the wheel or antilock reduction control for reducing a suppression degree of lock of the wheel more than that in the antilock control, wherein the control unit executes the antilock control by switching over from the antilock reduction control when the stop operation is detected during execution of the antilock reduction control, the drive source stops, and the vehicle stops.
An apparatus for providing power to a down-hole pulsed power system for an electrocrushing or electrohydraulic drill, said apparatus comprising: an above-ground power supply ; a down-hole electrocrushing or electrohydraulic pulsed power system comprising one or more capacitors which are directly charged from said power supply ; a cable directly connected to said above-ground power supply and said down-hole pulsed power system; wherein the power supply comprises switching power supply which utilizes controlled high-frequency current pulses to progressively increase a voltage of the one or more capacitors and wherein said switching power supply is configured to measure the voltage and adjust the current to achieve a desired end state voltage on said capacitors . an above-ground power supply ; a down-hole electrocrushing or electrohydraulic pulsed power system comprising one or more capacitors which are directly charged from said power supply ; a cable directly connected to said above-ground power supply and said down-hole pulsed power system; wherein the power supply comprises switching power supply which utilizes controlled high-frequency current pulses to progressively increase a voltage of the one or more capacitors and wherein said switching power supply is configured to measure the voltage and adjust the current to achieve a desired end state voltage on said capacitors .
A method in a network virtualization scenario, wherein a virtualized network function is utilized by a first virtualized network service managed by a first network component and a second virtualized network service managed by a second network component , comprising: requesting, by the first network component , an alteration of the virtualized network function, transmitting information indicative of the alteration of the virtualized network function to the second network component , determining whether the alteration of the virtualized network function impacts the second virtualized network service, and at least one of the following, when the alteration of the virtualized network function impacts the second virtualized network service: - approving the alteration of the virtualized network function - rejecting the alteration of the virtualized network function - offering an alternative alteration of the virtualized network function. requesting, by the first network component , an alteration of the virtualized network function, transmitting information indicative of the alteration of the virtualized network function to the second network component , determining whether the alteration of the virtualized network function impacts the second virtualized network service, and at least one of the following, when the alteration of the virtualized network function impacts the second virtualized network service: - approving the alteration of the virtualized network function - rejecting the alteration of the virtualized network function - offering an alternative alteration of the virtualized network function. - approving the alteration of the virtualized network function - rejecting the alteration of the virtualized network function - offering an alternative alteration of the virtualized network function.
A replaceable sensor cartridge comprising: a frame having a desiccant material capable of reducing humidity within the frame and configured to house a plurality of biosensors ; and a strip picker configured and arranged to slide along a top portion of the frame in a forward stroke to deploy a top biosensor from the plurality of biosensors and a reverse stroke to its home position , the strip picker including a flexible pawl for providing a ratchet action along the top portion of the frame; characterized in that : the flexible pawl is formed of a laterally flexible ratchet material; and the sensor cartridge includes at least one anti-jamming feature including a deflecting portion attached at a hinge on the replaceable sensor cartridge and configured to rotate about the hinge to open and provide access to an interior of the replaceable sensor cartridge, the deflecting portion configured to create a temporary allowance of more than one biosensor to clear a jam in the replaceable sensor cartridge. a frame having a desiccant material capable of reducing humidity within the frame and configured to house a plurality of biosensors ; and a strip picker configured and arranged to slide along a top portion of the frame in a forward stroke to deploy a top biosensor from the plurality of biosensors and a reverse stroke to its home position , the strip picker including a flexible pawl for providing a ratchet action along the top portion of the frame; characterized in that : the flexible pawl is formed of a laterally flexible ratchet material; and the sensor cartridge includes at least one anti-jamming feature including a deflecting portion attached at a hinge on the replaceable sensor cartridge and configured to rotate about the hinge to open and provide access to an interior of the replaceable sensor cartridge, the deflecting portion configured to create a temporary allowance of more than one biosensor to clear a jam in the replaceable sensor cartridge. the flexible pawl is formed of a laterally flexible ratchet material; and the sensor cartridge includes at least one anti-jamming feature including a deflecting portion attached at a hinge on the replaceable sensor cartridge and configured to rotate about the hinge to open and provide access to an interior of the replaceable sensor cartridge, the deflecting portion configured to create a temporary allowance of more than one biosensor to clear a jam in the replaceable sensor cartridge.
A method for generating a guide for the connection of an implement with an agricultural vehicle , the method comprising the steps of: a) providing an image of a connection area of an agricultural vehicle , the connection area for connection with an implement having implement connectors to be coupled with an agricultural vehicle ; b) analysing the image to identify at least one connection point of the connection area ; c) providing an implement connection map which details how respective implement connectors are coupled with individual connection points of the connection area ; d) generating an augmented image of the connection area based on the implement connection map; wherein, in the augmented image , the at least one connection point of the connection area is provided with an indication of the particular implement connector to be coupled with one or each of the at least one connection point ; and wherein providing an implement connection map comprises receiving an implement connection list detailing a preferred coupling configuration of respective implement connectors with one or each of the at least one connection point of the connection area . a) providing an image of a connection area of an agricultural vehicle , the connection area for connection with an implement having implement connectors to be coupled with an agricultural vehicle ; b) analysing the image to identify at least one connection point of the connection area ; c) providing an implement connection map which details how respective implement connectors are coupled with individual connection points of the connection area ; d) generating an augmented image of the connection area based on the implement connection map;
A method for sending a Session Initiation Protocol, or SIP, protocol conforming response by a first node (BCS2-A) of a telecommunication network, the method comprising: - receiving (E10) by the first node (BCS2-A) a SIP request (S) sent by a second node (BCS1-A) of the network; - detecting (E20) an event preventing a processing of this request by the first node; - sending (E80) to the second node a SIP response notifying this prevention; characterized in that it further comprises, before sending: - checking (E50) the capacity of the second node (BCS1-A) to interpret and process a parameter (P), - activating (E70) the parameter (P) in the SIP response, the parameter (P) authorizing a rerouting of the request by the second node (BCS1-A). - receiving (E10) by the first node (BCS2-A) a SIP request (S) sent by a second node (BCS1-A) of the network; - detecting (E20) an event preventing a processing of this request by the first node; - sending (E80) to the second node a SIP response notifying this prevention; - checking (E50) the capacity of the second node (BCS1-A) to interpret and process a parameter (P), - activating (E70) the parameter (P) in the SIP response, the parameter (P) authorizing a rerouting of the request by the second node (BCS1-A).
A turbomachine air intake casing comprising an inner annular wall and an outer annular wall defining an air passage and at least two cleaning agent injection nozzles, a first nozzle directed towards the outer wall and a second nozzle directed towards the inner wall , the first nozzle being arranged on the inner wall , said casing being characterized in that the second nozzle is also arranged on the inner wall .
A method for making a modified polymer composition, comprising (a) feeding (i) a heterophasic thermoplastic polymer composition which comprises a propylene continuous phase and an ethylene discontinuous phase, and has a melt flow rate (MFR, expressed in g/10 min), a soluble fraction (SF, expressed in wt.%), and an ethylene content of the soluble fraction (C2 SF , expressed in wt.%) and wherein MFR, SF and C2 SF were determined according to the methods described in the description and satisfying the following inequality: 0 < − 0.29 × MFR + 1.269 × SF − 0.626 × C 2 SF + 5.9 ; (ii) a compatibilizing agent comprising an ester compound formally derived from a polyol comprising three or more hydroxy groups and an aliphatic carboxylic acid comprising one or more carbon-carbon double bonds; and (iii) a peroxide compound to a melt mixing apparatus; and (b) processing the same in the melt mixing apparatus at a temperature exceeding the melting point of the composition (i) to form a polymer composition. (a) feeding (i) a heterophasic thermoplastic polymer composition which comprises a propylene continuous phase and an ethylene discontinuous phase, and has a melt flow rate (MFR, expressed in g/10 min), a soluble fraction (SF, expressed in wt.%), and an ethylene content of the soluble fraction (C2 SF , expressed in wt.%) and wherein MFR, SF and C2 SF were determined according to the methods described in the description and satisfying the following inequality: 0 < − 0.29 × MFR + 1.269 × SF − 0.626 × C 2 SF + 5.9 ; (ii) a compatibilizing agent comprising an ester compound formally derived from a polyol comprising three or more hydroxy groups and an aliphatic carboxylic acid comprising one or more carbon-carbon double bonds; and (iii) a peroxide compound to a melt mixing apparatus; and (i) a heterophasic thermoplastic polymer composition which comprises a propylene continuous phase and an ethylene discontinuous phase, and has a melt flow rate (MFR, expressed in g/10 min), a soluble fraction (SF, expressed in wt.%), and an ethylene content of the soluble fraction (C2 SF , expressed in wt.%) and wherein MFR, SF and C2 SF were determined according to the methods described in the description and satisfying the following inequality: 0 < − 0.29 × MFR + 1.269 × SF − 0.626 × C 2 SF + 5.9 ; (ii) a compatibilizing agent comprising an ester compound formally derived from a polyol comprising three or more hydroxy groups and an aliphatic carboxylic acid comprising one or more carbon-carbon double bonds; and (iii) a peroxide compound (b) processing the same in the melt mixing apparatus at a temperature exceeding the melting point of the composition (i) to form a polymer composition.
A system for audio sharing comprising: at least one of a plurality of headphones adapted to be paired to a mobile device, and the at least one of the plurality of headphones configured to create a network for wirelessly connecting the plurality of wireless headphones amongst one another to stream music and to talk to other headphone users over the network by a communication protocol for allowing users to share music amongst the plurality of wireless headphones while using a single audio source ; wherein audio from the mobile device can be shared between the headphones connected to the network , wherein voice data is sendable from each of the wireless headphones to all other wireless headphones in the network , in particular by sending a voice data block. at least one of a plurality of headphones adapted to be paired to a mobile device, and the at least one of the plurality of headphones configured to create a network for wirelessly connecting the plurality of wireless headphones amongst one another to stream music and to talk to other headphone users over the network by a communication protocol for allowing users to share music amongst the plurality of wireless headphones while using a single audio source ; wherein audio from the mobile device can be shared between the headphones connected to the network , wherein voice data is sendable from each of the wireless headphones to all other wireless headphones in the network , in particular by sending a voice data block.
A fluid control device comprising: a vibrating plate unit including: a vibrating plate including a first main surface and a second main surface; and a frame plate that surrounds the vibrating plate; and a driver that is provided on the first main surface of the vibrating plate, and vibrates the vibrating plate; and characterised by : a flexible plate that includes a hole , that faces the second main surface of the vibrating plate, and is fixed to the frame plate, by an adhesive agent that contains a plurality of particles , with the plurality of particles interposed between the flexible plate and the frame plate, and forming a gap between the flexible plate and the vibrating plate. a vibrating plate including a first main surface and a second main surface; and a frame plate that surrounds the vibrating plate; and a driver that is provided on the first main surface of the vibrating plate, and vibrates the vibrating plate; and characterised by : a flexible plate that includes a hole , that faces the second main surface of the vibrating plate, and is fixed to the frame plate, by an adhesive agent that contains a plurality of particles , with the plurality of particles interposed between the flexible plate and the frame plate, and forming a gap between the flexible plate and the vibrating plate.