mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle tire comprising: a tread portion ; a carcass ; and a breaker layer disposed outwardly of the carcass and inwardly of the tread portion in a tire radial direction, wherein the tread portion includes a pair of shoulder regions (Sh) disposed on both outermost sides, respectively, in a tire axial direction, a pair of middle regions (Mi) disposed adjacent to inner sides of the pair of shoulder regions (Sh), respectively, in the tire axial direction, and a crown region (Cr) disposed between the pair of middle regions (Mi) by dividing a tread development width (TWe) into five equal portions, the breaker layer is formed of a breaker ply in which a plurality of breaker cords are aligned, a pair of end portions of the breaker ply are disposed in the pair of shoulder regions (Sh), respectively, the plurality of breaker cords have an angle θc relative to a tire circumferential direction at positions Pc of end portions of the crown region (Cr), and an angle θs relative to the tire circumferential direction at positions Ps that are distant from the end portions of the breaker ply by 5 mm in an axially inward direction of the tire , on both sides of a tire equator (C), and an angle (θ2) relative to the tire circumferential direction of the plurality of breaker cords is gradually increased from the angle θc to the angle θs, and a change rate ((θs-θc)/θc) between the angle θc and the angle θs is not less than 15%, characterized in that at each breaker cord , the angle (θ2) is gradually increased from the tire equator (C) to the position (Pc). a tread portion ; a carcass ; and a breaker layer disposed outwardly of the carcass and inwardly of the tread portion in a tire radial direction, wherein the tread portion includes a pair of shoulder regions (Sh) disposed on both outermost sides, respectively, in a tire axial direction, a pair of middle regions (Mi) disposed adjacent to inner sides of the pair of shoulder regions (Sh), respectively, in the tire axial direction, and a crown region (Cr) disposed between the pair of middle regions (Mi) by dividing a tread development width (TWe) into five equal portions, the breaker layer is formed of a breaker ply in which a plurality of breaker cords are aligned, a pair of end portions of the breaker ply are disposed in the pair of shoulder regions (Sh), respectively, the plurality of breaker cords have an angle θc relative to a tire circumferential direction at positions Pc of end portions of the crown region (Cr), and an angle θs relative to the tire circumferential direction at positions Ps that are distant from the end portions of the breaker ply by 5 mm in an axially inward direction of the tire , on both sides of a tire equator (C), and an angle (θ2) relative to the tire circumferential direction of the plurality of breaker cords is gradually increased from the angle θc to the angle θs, and a change rate ((θs-θc)/θc) between the angle θc and the angle θs is not less than 15%, characterized in that at each breaker cord , the angle (θ2) is gradually increased from the tire equator (C) to the position (Pc).
A method comprising: receiving, by a wireless device , one or more configuration parameters for one or more secondary cells, wherein the one or more configuration parameters indicate a plurality of beam failure recovery request, BFRQ, resources; receiving a medium access control, MAC, control element, CE comprising: a first field indicating a cell of the one or more secondary cells; and a second field indicating at least one BFRQ resource of the plurality of BFRQ resources; determining to perform a random access procedure for a beam failure recovery of the cell; determining, based on the at least one BFRQ resource and for the random access procedure, at least one preamble and at least one random access channel resource; and transmitting, via the at least one random access channel, the at least one preamble. receiving, by a wireless device , one or more configuration parameters for one or more secondary cells, wherein the one or more configuration parameters indicate a plurality of beam failure recovery request, BFRQ, resources; receiving a medium access control, MAC, control element, CE comprising: a first field indicating a cell of the one or more secondary cells; and a second field indicating at least one BFRQ resource of the plurality of BFRQ resources; a first field indicating a cell of the one or more secondary cells; and a second field indicating at least one BFRQ resource of the plurality of BFRQ resources; determining to perform a random access procedure for a beam failure recovery of the cell; determining, based on the at least one BFRQ resource and for the random access procedure, at least one preamble and at least one random access channel resource; and transmitting, via the at least one random access channel, the at least one preamble.
A three-dimensional measuring device, comprising an arm made up of articulated elements including a fastener base , a first segment connected to the base by a first hinge , a second segment connected to the first segment by a second hinge , an interface body connected to the second segment by a third hinge , and position sensors associated with the hinges and electrically connected to an electronic acquisition unit for supplying the electronic acquisition unit with position measurement signals measuring the positions of the segments relative to one another, the interface body carrying a measuring member and a grip member enabling an operator to point the measuring member at a zone of the object that is to be measured, the measuring device including a male cylindrical portion having a portion engaged in a tubular coupling part secured to the interface body, being characterized in that the tubular coupling part is provided with a coupling locking mechanism comprising a tab mounted on a pin provided with a first annular sealing gasket bearing against a surface of the tubular coupling part, and a second annular sealing gasket is mounted between the tubular coupling part and the male cylindrical portion to be deformed between them when the male cylindrical portion is mounted in the tubular coupling part secured to the interface body.
A method of cooling an array of battery cells within a chamber in a housing , the battery cells being electrically connected via a busbar having at least one terminal tab for connection to an electrical terminal in the housing, the method comprising the steps of: supplying coolant through an opening in the housing into the chamber; and diverting at least a part of the coolant flow from its inlet flow path due to impingement of the flow upon a body portion of the terminal tab, the body portion being angled relative to an inlet flow axis of the coolant flow. supplying coolant through an opening in the housing into the chamber; and diverting at least a part of the coolant flow from its inlet flow path due to impingement of the flow upon a body portion of the terminal tab, the body portion being angled relative to an inlet flow axis of the coolant flow.
A method, performed by a User Equipment, UE, for handling discontinuous reception, DRX, operation, wherein the method comprises: receiving a wake up message from a network node while the UE is in a sleeping state, wherein the wake up message indicates that the UE is required to exit the sleeping state and entering an awake state within a certain period of time after receiving or decoding the wake up message introducing a delay of time, T WU , from the point in time where the UE receives the wake up message until the UE actually wakes up.
An apparatus configured to detect website-based phishing attacks, the apparatus comprising: a plurality of website analyzers configured to analyze a requested website for evidence of a phishing attack, the plurality of website analyzers including a first website analyzer and a second website analyzer ; an analysis selector configured: to select the first website analyzer to analyze the requested website ; and in response to an execution duration of the first website analyzer not satisfying an execution duration threshold, to select the second website analyzer to analyze the requested website ; and a website classifier configured to, in response to the execution duration satisfying the execution duration threshold, classify the requested website as a benign site or presenting a phishing attack. a plurality of website analyzers configured to analyze a requested website for evidence of a phishing attack, the plurality of website analyzers including a first website analyzer and a second website analyzer ; an analysis selector configured: to select the first website analyzer to analyze the requested website ; and in response to an execution duration of the first website analyzer not satisfying an execution duration threshold, to select the second website analyzer to analyze the requested website ; and a website classifier configured to, in response to the execution duration satisfying the execution duration threshold, classify the requested website as a benign site or presenting a phishing attack. to select the first website analyzer to analyze the requested website ; and in response to an execution duration of the first website analyzer not satisfying an execution duration threshold, to select the second website analyzer to analyze the requested website ; and a website classifier configured to, in response to the execution duration satisfying the execution duration threshold, classify the requested website as a benign site or presenting a phishing attack.
A method for manufacturing a plurality of light distribution members , comprising: preparing a joined body in which a plurality of transmissive plates are joined with a light shield part being interposed between adjacent ones of the transmissive plates, the light shield part comprising a layer composed of a metal, a multilayer film composed of metal, or a multilayer film composed of dielectric in which two or more types of dielectric are laminated; fixing a light-shielding frame to the joined body so as to surround an outer periphery of the joined body as seen from one direction, the light-shielding frame being made of light reflective ceramic; and cutting the joined body and the light-shielding frame perpendicularly to a surface of the joined body to which the light-shielding frame is fixed thereby obtaining the plurality of the light distribution members each having a plurality of transmissive pieces . preparing a joined body in which a plurality of transmissive plates are joined with a light shield part being interposed between adjacent ones of the transmissive plates, the light shield part comprising a layer composed of a metal, a multilayer film composed of metal, or a multilayer film composed of dielectric in which two or more types of dielectric are laminated; fixing a light-shielding frame to the joined body so as to surround an outer periphery of the joined body as seen from one direction, the light-shielding frame being made of light reflective ceramic; and cutting the joined body and the light-shielding frame perpendicularly to a surface of the joined body to which the light-shielding frame is fixed thereby obtaining the plurality of the light distribution members each having a plurality of transmissive pieces .
A merging unit for a substation automation system, the merging unit comprising: one or more input interfaces for receiving, from a plurality of measurement devices of the substation automation system, a plurality of input signals comprising current signals characterizing currents measured by the plurality of measurement devices and optionally one or more voltage signals characterizing one or more voltages measured by the plurality of measurement devices ; digital processing means for high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and one or more output interfaces for outputting the output signal. one or more input interfaces for receiving, from a plurality of measurement devices of the substation automation system, a plurality of input signals comprising current signals characterizing currents measured by the plurality of measurement devices and optionally one or more voltage signals characterizing one or more voltages measured by the plurality of measurement devices ; digital processing means for high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and one or more output interfaces for outputting the output signal.
A safety device for a vehicle, in particular a motor vehicle, comprising a cross member , a load path expansion element attached to the cross member and a component of the vehicle differing from the load path expansion element , which is attached to the load path expansion element , the load path expansion element having a protruding section which is designed in such a way that, when used properly, in the event of a frontal impact of the vehicle with an obstacle with a lateral overlap of the vehicle with the obstacle within a predetermined range with respect to vehicle width, it absorbs an impact force occurring due to the frontal impact, and which protrudes out vis-à-vis the cross member transversely to a vehicle longitudinal direction (X) in the direction of a lateral vehicle outer edge which is near to the obstacle , and the safety device being designed in such a way that part of the absorbed impact force is channelled into the cross member and another part of the absorbed impact force is channelled into the component of the vehicle, characterised in that the safety device has a supporting element which is attached to the load path expansion element and the component of the vehicle and is designed in such a way that the other part of the absorbed impact force is transferred from the load path expansion element to the component of the vehicle.
A break-in resistant lock cylinder for a cylinder lock, of the type comprising a stator which is provided with a substantially cylindrical accommodation for a rotor , said rotor and said stator being affected by at least one channel for at least one respective pin , which is slideably moveable inside it, the arrangement, for locking, of said at least one pin partly in said rotor and partly in said stator resulting in the immobilization of said rotor , the arrangement, for opening, with the alignment of an end edge of said at least one pin with the interface surface between stator and rotor , which is obtained by way of the insertion of an adapted key with a contoured profile into an opening of the rotor facing onto the at least one channel , resulting in the free rotation of said rotor with respect to said stator , said at least one pin comprising an ogive which is provided with a contoured cavity and a peg which is provided with two mutually opposite protruding appendages and with a central rim acting as an abutment shoulder, said at least one channel of said rotor comprising a first section with a substantially larger diameter than the diameter of said central rim and a second section with a substantially smaller diameter than the diameter of said central rim and larger than the diameter of a first protruding appendage , the front of said first protruding appendage , upon the insertion of said key into said opening of said rotor , being accommodated in a respective profiled groove , which has different depths at different longitudinal sections of said key , with consequent substantially complete insertion of the second protruding appendage into the cavity of said ogive according to said open arrangement, said central rim acting as an abutment shoulder comprising a substantially spherical lower portion with a maximum diameter which is not less than the maximum diameter of said rim , said at least one channel of said rotor comprising a first section with a diameter which is substantially larger than the diameter of said central rim and of its spherical lower portion and a second section with a diameter which is substantially smaller than the diameter of said central rim and of its spherical lower portion and larger than the diameter of a first protruding appendage , and interposed between said ogive and an upper planar surface of said central rim of said peg there being arranged elastic means for mutually spacing apart, with consequent arrangement of said at least one pin in said locked arrangement, in the absence of said key inside said opening .
A manufacturing method of a bearing cage that is to be formed by injecting melted resin (G) from one resin injection gate , which is provided at a peripheral edge part of a substantially circular ring-shaped cavity formed in an injection mold, into the cavity , wherein the bearing cage includes: a substantially circular ring-shaped base part , a plurality and an odd or even number of pillar parts spaced with predetermined intervals in a circumferential direction and protruding axially from one axial end side surface of the base part , and pockets whose number is equal to a number of the pillars formed by facing surfaces of a pair of the pillar parts adjacent to each other and one axial end side surface of the base part , wherein the resin injection gate is disposed at the pillar part , wherein when the bearing cage is divided into first and second regions (S1, S2) by an imaginary line (M) connecting the resin injection gate and a weld line (W) to be formed at a position radially facing the resin injection gate , a resin reservoir that can store therein the melted resin (G) is formed at the pillar part in only one of the regions (S1, S2), wherein a circumferential distance between the resin reservoir and the weld line (W) is smaller than a circumferential distance between the resin reservoir and the resin injection gate , and wherein a cross-sectional area of a communicating part of the resin reservoir , which is configured to communicate with the pillar part , is equal to or less than a quarter of a cross-sectional area of the resin injection gate . wherein the bearing cage includes: a substantially circular ring-shaped base part , a plurality and an odd or even number of pillar parts spaced with predetermined intervals in a circumferential direction and protruding axially from one axial end side surface of the base part , and pockets whose number is equal to a number of the pillars formed by facing surfaces of a pair of the pillar parts adjacent to each other and one axial end side surface of the base part , wherein the resin injection gate is disposed at the pillar part , wherein when the bearing cage is divided into first and second regions (S1, S2) by an imaginary line (M) connecting the resin injection gate and a weld line (W) to be formed at a position radially facing the resin injection gate , a resin reservoir that can store therein the melted resin (G) is formed at the pillar part in only one of the regions (S1, S2), wherein a circumferential distance between the resin reservoir and the weld line (W) is smaller than a circumferential distance between the resin reservoir and the resin injection gate , and wherein a cross-sectional area of a communicating part of the resin reservoir , which is configured to communicate with the pillar part , is equal to or less than a quarter of a cross-sectional area of the resin injection gate .
A dissolved oxygen removal system comprising: a deoxygenator ; a flow portion defining a flow passage for delivering a fuel downstream into said deoxygenator; an ultrasound transducer and a control , said ultrasonic transducer being upstream of the deoxygenator and the flow portion, and being operable to direct ultrasonic waves into the flow passage; wherein the control for said transducer periodically creates bursts of ultrasonic waves and then stops the ultrasonic waves for a break period, wherein the bursts of ultrasonic waves occur for between 10 and 20 seconds, and wherein the break occurs for less than or equal to 1 second. a deoxygenator ; a flow portion defining a flow passage for delivering a fuel downstream into said deoxygenator; an ultrasound transducer and a control , said ultrasonic transducer being upstream of the deoxygenator and the flow portion, and being operable to direct ultrasonic waves into the flow passage; wherein the control for said transducer periodically creates bursts of ultrasonic waves and then stops the ultrasonic waves for a break period, wherein the bursts of ultrasonic waves occur for between 10 and 20 seconds, and wherein the break occurs for less than or equal to 1 second.
A method for automatically switching a Bluetooth audio coding scheme of a first Bluetooth device , comprising: when a first application is running, using a first Bluetooth coding scheme to encode an audio data packet that is of the first application and that is sent by the first Bluetooth device to a second Bluetooth device ; and when a second application is running, using a second Bluetooth coding scheme to encode an audio data packet that is of the second application and that is sent by the first Bluetooth device to the second Bluetooth device , wherein the first Bluetooth coding scheme is different from the second Bluetooth coding scheme, the method further comprising; in response to detecting audio type of the first application changes, using a third Bluetooth coding scheme to encode an audio data packet that is of the first application and that is sent by the first Bluetooth device to the second Bluetooth device , wherein the third Bluetooth coding scheme is different from the first Bluetooth coding scheme, and the audio type includes background audio, voice audio, or system message audio. when a first application is running, using a first Bluetooth coding scheme to encode an audio data packet that is of the first application and that is sent by the first Bluetooth device to a second Bluetooth device ; and when a second application is running, using a second Bluetooth coding scheme to encode an audio data packet that is of the second application and that is sent by the first Bluetooth device to the second Bluetooth device , wherein the first Bluetooth coding scheme is different from the second Bluetooth coding scheme, the method further comprising; in response to detecting audio type of the first application changes, using a third Bluetooth coding scheme to encode an audio data packet that is of the first application and that is sent by the first Bluetooth device to the second Bluetooth device , wherein the third Bluetooth coding scheme is different from the first Bluetooth coding scheme, and the audio type includes background audio, voice audio, or system message audio.