mhurhangee/patent-ind-claim-en huggingface dataset:
A charging method comprising: activating, by the power supply device, a handshake communication between a terminal device and the power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; communicating with the terminal device to receive from the terminal device an instruction indicating to activate a quick charging mode, to determine to charge a battery of the terminal device in the quick charging mode; communicating with the terminal device through the USB interface to inform the terminal device of an output voltage of the power supply device; communicating with the terminal device through the USB interface to receive a reply from the terminal device, wherein the reply is determined according to the output voltage of the power supply device; adjusting the output voltage of the power supply device according to the reply, wherein the adjusted output voltage of the power supply device is a charging voltage of the quick charging mode; and communicating with the terminal device to inform the terminal device of the adjusted output voltage of the power supply device, such that the battery of the terminal device is charged according to the adjusted output voltage of the power supply device. activating, by the power supply device, a handshake communication between a terminal device and the power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; communicating with the terminal device to receive from the terminal device an instruction indicating to activate a quick charging mode, to determine to charge a battery of the terminal device in the quick charging mode; communicating with the terminal device through the USB interface to inform the terminal device of an output voltage of the power supply device; communicating with the terminal device through the USB interface to receive a reply from the terminal device, wherein the reply is determined according to the output voltage of the power supply device; adjusting the output voltage of the power supply device according to the reply, wherein the adjusted output voltage of the power supply device is a charging voltage of the quick charging mode; and communicating with the terminal device to inform the terminal device of the adjusted output voltage of the power supply device, such that the battery of the terminal device is charged according to the adjusted output voltage of the power supply device.
An image zooming method, comprising the steps: providing (S1) image data captured by a camera ; projecting (S2) the provided image data on a predetermined three-dimensional surface, wherein the predetermined three-dimensional surface comprises a semi-cylindrical surface or surface of a polygon; transforming (S3) the projected image data to a regular and planar standardized grid to obtain transformed image data; applying (S4) a predefined zoom function to the transformed image data to obtain zoomed image data, wherein the predefined zoom function is precomputed in advance and keeps the outer borders of the image at a constant coordinate, such that the zoomed image has a same width or a same height; and rendering (S5) the zoomed image data to a predetermined screen area. providing (S1) image data captured by a camera ; projecting (S2) the provided image data on a predetermined three-dimensional surface, wherein the predetermined three-dimensional surface comprises a semi-cylindrical surface or surface of a polygon; transforming (S3) the projected image data to a regular and planar standardized grid to obtain transformed image data; applying (S4) a predefined zoom function to the transformed image data to obtain zoomed image data, wherein the predefined zoom function is precomputed in advance and keeps the outer borders of the image at a constant coordinate, such that the zoomed image has a same width or a same height; and rendering (S5) the zoomed image data to a predetermined screen area.
Rotorcraft comprising an aerodynamic device arranged below a rotor which contributes at least to the lift of said rotorcraft in the air, said rotor rotating about a first axis of rotation (OZ), said aerodynamic device comprising a fairing having at least one air inlet to allow a flow of fresh air to flow from a zone located outside said rotorcraft to another zone located inside said rotorcraft , wherein, at least at a mouth of said at least one air inlet of said fairing , said aerodynamic device comprises at least one flap (V1, V2, V3, V1', V2', V3'), characterised in that said at least one flap can move in rotation, said at least one movable flap (V1, V2, V3, V1', V2', V3') having at least one degree of rotational freedom about a second axis of rotation (O 1 Y 1 , O 2 Y 2 , O 3 Y 3 ) relative to said fairing , said at least one movable flap (V1, V2, V3, V1', V2', V3') orienting itself automatically and passively according to a current orientation of said flow of fresh air at said mouth of said air inlet , said second axis of rotation (O 1 Y 1 , O 2 Y 2 , O 3 Y 3 ) being arranged in a plane (X 1 O 1 Y 1 , X 2 O 2 Y 2 , X 3 O 3 Y 3 ) oriented perpendicularly relative to said first axis of rotation (OZ).
An aqueous dispersion comprising a fluorinated polymer comprising: (a) an aqueous continuous phase; and (b) a plurality of fluorinated polymer particles, wherein the fluorinated polymer particle comprises interpolymerized units of (i) a fluorinated terminal alkene monomer and (ii) a tertiary amine-containing fluorinated monomer comprising at least one of a vinyl amine, a substituted vinyl amine, an allyl amine, a substituted allyl amine, and combinations thereof. (a) an aqueous continuous phase; and (b) a plurality of fluorinated polymer particles, wherein the fluorinated polymer particle comprises interpolymerized units of (i) a fluorinated terminal alkene monomer and (ii) a tertiary amine-containing fluorinated monomer comprising at least one of a vinyl amine, a substituted vinyl amine, an allyl amine, a substituted allyl amine, and combinations thereof.
Shelf box having at least two first locking stops arranged on a side wall of the shelf box , in that wherein the first locking stops are arranged in the upper third of the side wall , characterised in that it has on each of its side walls additionally at least two second locking stops which are arranged in the lower third of the side wall .
Device for splicing and continuously providing an outgoing film web , which device comprises a first film supply for feeding in a first incoming film web , a second film supply for feeding in a second incoming film web , a splicing unit for splicing the first or the second incoming film web to the outgoing film web , and a clamping unit and an intermediate film storage means , downstream of the clamping unit , for the outgoing film web , wherein the splicing unit comprises a first sealing jaw with a first holding device for the outgoing film web , and a first cutting device for severing the outgoing film web in the region of the first sealing jaw , characterized in that the splicing unit furthermore comprises a second sealing jaw with a second holding device alternately for the first or the second incoming film web , and a second cutting device for severing the first or the second incoming film web , wherein the first sealing jaw with the first holding device and the second sealing jaw with the second holding device can be displaced relative to one another out of the region of action of their first and second cutting devices into their mutual region of action.
A brush making machine comprising a holder for holding a bundle carrier , a bristle supply container , a bundle remover having an outer edge provided with at least two bundle receiving notches that are associated with a bundle carrier , the bundle remover cooperating with the bristle supply container , and comprising a mechanical insertion device adapted to displace bundles of bristles from the bundle receiving notches towards the holder in a direction that is generally perpendicular to the direction of displacement of the outer edge of the bundle remover , characterized in that a plurality of bundle removers are provided and a plurality of holders as well as a holder drive which is adapted to displace the holders relative to the bundle remover , wherein the holder is displaceably attached to the holder drive and/or a bundle remover positioning drive is provided by means of which the bundle remover is displaced relative to the holder or to the position of the holder .
A positive electrode active material for a lithium ion secondary battery containing lithium nickel manganese complex oxide particles, wherein the lithium nickel manganese complex oxide particles are composed of secondary particles formed of aggregated primary particles of a lithium nickel manganese complex oxide represented by a general formula Li d Ni 1-a-b-c Mn a M b Zr c O 2+α , where M is at least one element selected from Co, W, Mo, Mg, Ca, Al, Ti, Cr, and Ta, and where 0.05 ≦ a < 0.60, 0 ≦ b < 0.60, 0.00003 ≦ c ≦ 0.03, 0.05 ≦ a + b + c ≦ 0.60, 0.95≦d≦1.20, and -0.2 ≦ α ≦ 0.2, wherein at least a portion of zirconium is dispersed in the primary particle, wherein at least one selected from Li 2 ZrO 3 and Li 4 ZrO 4 is present on the surface of the primary particle of the lithium nickel manganese complex oxide particles, and wherein the positive electrode active material for the lithium ion secondary battery contains an amount of excessive lithium obtained by a neutralization titration method of 0.02 mass% or more and 0.09 mass% or less. wherein the lithium nickel manganese complex oxide particles are composed of secondary particles formed of aggregated primary particles of a lithium nickel manganese complex oxide represented by a general formula Li d Ni 1-a-b-c Mn a M b Zr c O 2+α , where M is at least one element selected from Co, W, Mo, Mg, Ca, Al, Ti, Cr, and Ta, and where 0.05 ≦ a < 0.60, 0 ≦ b < 0.60, 0.00003 ≦ c ≦ 0.03, 0.05 ≦ a + b + c ≦ 0.60, 0.95≦d≦1.20, and -0.2 ≦ α ≦ 0.2, wherein at least a portion of zirconium is dispersed in the primary particle, wherein at least one selected from Li 2 ZrO 3 and Li 4 ZrO 4 is present on the surface of the primary particle of the lithium nickel manganese complex oxide particles, and wherein the positive electrode active material for the lithium ion secondary battery contains an amount of excessive lithium obtained by a neutralization titration method of 0.02 mass% or more and 0.09 mass% or less.
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism consisting substantially of a catch and a pawl , and comprising a ratchet element which is arranged in the engagement region between two locking mechanism components (1, 2; 1, 3; 2, 3) and which is pivotably mounted on the catch and/or the pawl , mainly in a plane (E) of the locking mechanism, characterized in that the ratchet element has a guide projection which protrudes relative to the locking mechanism plane (E) for additional axial and/or radial guidance.
Method for making a decision about the collection of a waste container by a vehicle , the vehicle following a fixed collection route, the method comprising: - passing near a waste container equipped with a fill level detection device for measuring the fill level of the waste container; - receiving information from the device, which includes a fill level of the waste container ; characterized in that the method comprises: - taking note of information relating to predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle, - deciding whether to collect the waste container based on the information received from the device and the information relating to the predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle. - passing near a waste container equipped with a fill level detection device for measuring the fill level of the waste container; - receiving information from the device, which includes a fill level of the waste container ; - taking note of information relating to predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle, - deciding whether to collect the waste container based on the information received from the device and the information relating to the predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle.
A method for decoding video data, the method comprising: receiving a slice of a current picture of the video data; parsing an intra block copy (IBC) syntax element to determine that an IBC mode is enabled for the slice; receiving a syntax element indicating a number of reference pictures in a reference picture list for the slice of video data; responsive to the syntax element indicating the number of reference pictures in the reference picture list is equal to one and the determination that the IBC mode is enabled for the slice, constructing the reference picture list for the slice of the video data without receiving reference picture list modification information by adding the current picture comprising the slice as the first entry in the reference picture list. receiving a slice of a current picture of the video data; parsing an intra block copy (IBC) syntax element to determine that an IBC mode is enabled for the slice; receiving a syntax element indicating a number of reference pictures in a reference picture list for the slice of video data; responsive to the syntax element indicating the number of reference pictures in the reference picture list is equal to one and the determination that the IBC mode is enabled for the slice, constructing the reference picture list for the slice of the video data without receiving reference picture list modification information by adding the current picture comprising the slice as the first entry in the reference picture list.
Method for de-interleaving electromagnetic signals received on an array of sensors positioned on a carrier , said array of sensors being associated with a signal processing module comprising, in combination, at least the following steps: • acquiring electromagnetic signals from a plurality of distinct sources, • determining a similarity criterion from the measurement of the polarization of said electromagnetic signals from two measurements of detection D 1 and D 2 of the electromagnetic signals received on the array of sensors by using the Mahalanobis statistical distance d 2 M = V i − V j T M i + M j − 1 V i − V j where V i , V j are parameters of polarization of the detection D i , D j ; M i , M j are the associated covariance matrices; the polarization measurements corresponding to D i , D j are given by a complex polarization vector (α, φ): V i = α i φ i polarization parameters of the detection D i V j = α j φ j polarization parameters of the detection D j the exponent T is the transposed sign and the index M is the Mahalanobis significance and then by computing a measurement of similarity in polarization by the formula: s V 1 V 2 = max 0 , 1 − β . V 1 − V 2 T M 1 + M 2 − 1 V 1 − V 2 where β is an adjustment coefficient fixed by choosing a threshold on the Mahanalobis distance, • using said similarity criterion in an unsupervised data classification method so as to separate the sources. • acquiring electromagnetic signals from a plurality of distinct sources, • determining a similarity criterion from the measurement of the polarization of said electromagnetic signals from two measurements of detection D 1 and D 2 of the electromagnetic signals received on the array of sensors by using the Mahalanobis statistical distance d 2 M = V i − V j T M i + M j − 1 V i − V j where V i , V j are parameters of polarization of the detection D i , D j ; M i , M j are the associated covariance matrices; the polarization measurements corresponding to D i , D j are given by a complex polarization vector (α, φ): V i = α i φ i polarization parameters of the detection D i V j = α j φ j polarization parameters of the detection D j the exponent T is the transposed sign and the index M is the Mahalanobis significance and then by computing a measurement of similarity in polarization by the formula: s V 1 V 2 = max 0 , 1 − β . V 1 − V 2 T M 1 + M 2 − 1 V 1 − V 2 where β is an adjustment coefficient fixed by choosing a threshold on the Mahanalobis distance, • using said similarity criterion in an unsupervised data classification method so as to separate the sources.
A movement-limiting device for a turbine engine , comprising: a first fitting including a retention member which comprises a support ledge , a ramp portion extending to the support ledge , and a detent between the ramp portion and the support ledge , the first fitting being configured to be engaged with a fancase surrounding a turbine engine fan blade system ; and a second fitting configured to be engaged with a fancowl disposed radially outward of the fancase , the second fitting including a constraint member arranged to be received by the retention member of the first fitting , the retention member being arranged to limit radially outward movement of the fancowl via engagement with the constraint member , and the constraint member comprising: a laterally-extending shaft having opposed ends and a flange engaged with one or more of the opposed ends , the shaft being arranged to be received by the support ledge and the flange being arranged to limit lateral movement between the shaft and the support ledge . a first fitting including a retention member which comprises a support ledge , a ramp portion extending to the support ledge , and a detent between the ramp portion and the support ledge , the first fitting being configured to be engaged with a fancase surrounding a turbine engine fan blade system ; and a second fitting configured to be engaged with a fancowl disposed radially outward of the fancase , the second fitting including a constraint member arranged to be received by the retention member of the first fitting , the retention member being arranged to limit radially outward movement of the fancowl via engagement with the constraint member , and the constraint member comprising: a laterally-extending shaft having opposed ends and a flange engaged with one or more of the opposed ends , the shaft being arranged to be received by the support ledge and the flange being arranged to limit lateral movement between the shaft and the support ledge .
A valve breaking device for breaking a breaking valve of a medical hose line , comprising: a first rotary member movable relative to a central longitudinal axis (A) of the valve breaking device , and a second rotary member movable relative to the central longitudinal axis (A) of the valve breaking device ; and a recording means for monitoring and recording the process of breaking the breaking valve , characterized in that the second rotary member is engaged with the first rotary member such that a movement of the first rotary member in a first direction causes a movement of the second rotary member in a second direction, the first direction being opposite to the second direction. a first rotary member movable relative to a central longitudinal axis (A) of the valve breaking device , and a second rotary member movable relative to the central longitudinal axis (A) of the valve breaking device ; and a recording means for monitoring and recording the process of breaking the breaking valve , characterized in that the second rotary member is engaged with the first rotary member such that a movement of the first rotary member in a first direction causes a movement of the second rotary member in a second direction, the first direction being opposite to the second direction.
A reinforcement structure comprising: (a) a base reinforcement structure , including: (i) a plurality of ribs ; (ii) a first surface having a first portion; (iii) a second surface substantially free of the plurality of ribs and including a second portion ; (b) an expandable adhesive material located on the first portion; and (c) a sealant material located along an edge of the second surface, wherein the first portion is in a plane that is substantially perpendicular to a plane of the second portion; and wherein the expandable adhesive material is free of direct contact with the sealant material in a green state. (a) a base reinforcement structure , including: (i) a plurality of ribs ; (ii) a first surface having a first portion; (iii) a second surface substantially free of the plurality of ribs and including a second portion ; (i) a plurality of ribs ; (ii) a first surface having a first portion; (iii) a second surface substantially free of the plurality of ribs and including a second portion ; (b) an expandable adhesive material located on the first portion; and (c) a sealant material located along an edge of the second surface,
Airplane seat device with at least one functional unit (20a; 20b; 20c; 20d; 20e; 20g; 20h) which is configured at least for a locking, a controlling and/or a movement of at least one airplane seat element (14a; 14b; 14c; 14e; 14g; 14h), the functional unit (20a; 20b; 20c; 20d; 20e; 20g; 20h) comprising at least one actuatable shape-memory element (22a, 24a, 26a, 28a; 22b, 24b, 26b; 22c; 22d; 22e; 22g; 22h, 24h), characterised in that the functional unit (20b; 20c) comprises at least one locking element (42b, 44b, 46b; 42c, 44c) which is traversable between at least two positions and is adjustable at least substantially by the at least one actuatable shape-memory element (22b, 24b, 26b; 22c), the at least one shape-memory element (22b, 24b, 26b; 22c) being configured for a locking of the airplane seat element (14b; 14c) that is embodied as a dining table. with at least one functional unit (20a; 20b; 20c; 20d; 20e; 20g; 20h) which is configured at least for a locking, a controlling and/or a movement of at least one airplane seat element (14a; 14b; 14c; 14e; 14g; 14h), the functional unit (20a; 20b; 20c; 20d; 20e; 20g; 20h) comprising at least one actuatable shape-memory element (22a, 24a, 26a, 28a; 22b, 24b, 26b; 22c; 22d; 22e; 22g; 22h, 24h), characterised in that the functional unit (20b; 20c) comprises at least one locking element (42b, 44b, 46b; 42c, 44c) which is traversable between at least two positions and is adjustable at least substantially by the at least one actuatable shape-memory element (22b, 24b, 26b; 22c), the at least one shape-memory element (22b, 24b, 26b; 22c) being configured for a locking of the airplane seat element (14b; 14c) that is embodied as a dining table.