mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a lock state of a charging cable connected to a power inlet of an electrical vehicle , said vehicle comprising an energy storage device electrically connected to said power inlet , a lock unit for locking said charging cable to said power inlet , and a control unit for controlling a lock state of said lock unit , wherein said method comprises the steps of: in said control unit, receiving (S301, S12) an unlock request for unlocking a charging cable locked to said power inlet by said lock unit , the unlock request being received from a remote unit for generating said unlock request based on a user input; breaking an electrical connection between said charging cable and said energy storage device such that charging is aborted; unlocking the cable from said power inlet within a first predetermined time (S305, S14) after receiving said unlock request; characterized in that , if said cable is not removed from said power inlet within a second predetermined time (S307, S17) after receiving said unlock request, locking said cable to said power inlet and forming an electrical connection between said charging cable and said energy storage device ; and restarting charging of said energy storage device. in said control unit, receiving (S301, S12) an unlock request for unlocking a charging cable locked to said power inlet by said lock unit , the unlock request being received from a remote unit for generating said unlock request based on a user input; breaking an electrical connection between said charging cable and said energy storage device such that charging is aborted; unlocking the cable from said power inlet within a first predetermined time (S305, S14) after receiving said unlock request; characterized in that , if said cable is not removed from said power inlet within a second predetermined time (S307, S17) after receiving said unlock request, locking said cable to said power inlet and forming an electrical connection between said charging cable and said energy storage device ; and restarting charging of said energy storage device.
Filter converter for converting an impulse response signal indicative of an amplitude/frequency filter characteristic in a time domain into filter definition signal, the converter comprising: a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter , wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter, wherein the complex modulated filter bank is adapted to output, as the plurality of complex valued subband signals, L complex valued subband signals, wherein L is a positive integer greater than 1. a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter , wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter,
Air mass flow meter with a housing which has an air-guiding path in which an air mass sensor element is arranged, wherein the air mass sensor element is arranged on a sensor element carrier which is arranged in the housing of the air mass flow meter and which is electrically connected to a circuit carrier by way of connection wires, wherein the circuit carrier is likewise arranged in the housing of the air mass flow meter , characterized in that , on the housing of the air mass flow meter , there is formed a positioning element of conical form which engages into a positioning element receptacle which is formed in the sensor element carrier , as a result of which the air mass sensor element is positioned precisely in the air-guiding path .
A glenoid implant comprising: an articulating surface ; a bone contacting surface opposite the articulating surface, the bone contacting surface having a first portion and a second portion ; and at least one first anchor extending from the first portion of the bone contacting surface and having a first substantially planar surface , and at least one second anchor extending from the second portion of the bone contacting surface and having a second substantially planar surface , wherein the first and second substantially planar surfaces are parallel to each other, and are substantially orthogonal to a third axis extending in a lateral-anterior to medial-posterior direction; the glenoid implant characterized in that : the first portion of the bone contacting surface has a first convexity configured to contact an anterior portion of the glenoid, the second portion of the bone contacting surface has a second convexity configured to contact a posterior portion of the glenoid, the first convexity being different than the second convexity. an articulating surface ; a bone contacting surface opposite the articulating surface, the bone contacting surface having a first portion and a second portion ; and at least one first anchor extending from the first portion of the bone contacting surface and having a first substantially planar surface , and at least one second anchor extending from the second portion of the bone contacting surface and having a second substantially planar surface , wherein the first and second substantially planar surfaces are parallel to each other, and are substantially orthogonal to a third axis extending in a lateral-anterior to medial-posterior direction; the glenoid implant characterized in that : the first portion of the bone contacting surface has a first convexity configured to contact an anterior portion of the glenoid, the second portion of the bone contacting surface has a second convexity configured to contact a posterior portion of the glenoid, the first convexity being different than the second convexity.
An air conditioning device for a motor vehicle, comprising - a refrigerant circuit with a refrigerant main circuit having a compressor , a capacitor/gas cooler , a first expansion organ and an air/refrigerant heat exchanger operable as a first evaporator that are arranged in the direction of flow of the refrigerant in this sequence in the refrigerant main circuit , as well as - a cooling agent circuit with a cooling agent pump and a receiver heat exchanger thermally coupled with a heat source, wherein the refrigerant circuit and the cooling agent circuit are thermally intercoupled by means of a coupling heat exchanger configured as cooling agent/refrigerant-heat exchanger that is downstream refrigerant-side in the direction of flow of the first evaporator and also operable as evaporator, characterised in that a branch line branching before the first expansion organ in the flow of direction of the refrigerant off the refrigerant main circuit, opens up between the first evaporator and the coupling heat exchanger into the refrigerant main circuit , and having a controllable branch line expansion organ . - a refrigerant circuit with a refrigerant main circuit having a compressor , a capacitor/gas cooler , a first expansion organ and an air/refrigerant heat exchanger operable as a first evaporator that are arranged in the direction of flow of the refrigerant in this sequence in the refrigerant main circuit , as well as - a cooling agent circuit with a cooling agent pump and a receiver heat exchanger thermally coupled with a heat source,
A computer-implemented method, comprising: obtaining a global map for an area and a first local map built at a first time for a first sub-area in the area, wherein the area comprises a plurality of sub-areas including the first sub-area and at least one second sub-area, and wherein the global map is a two-dimensional occupancy grid map pre-built in a global coordinate system; determining an environmental change in the first sub-area by comparing the first local map and the global map and determining a first probability of the environmental change; obtaining at least one third local map built for the at least one second sub-area; determining, by comparing the at least one third local map with the global map respectively, a respective third probability of environmental change in each of the at least one second sub-area; determining whether the global map is to be updated based on at least the first probability and the respective third probability; and in response to determining that the global map is to be updated, updating the global map with at least part of the first local map and the at least one third local map, characterized in that the determining whether the global map is to be updated comprises: determining a set of sub-areas from the plurality of sub-areas, wherein a probability of an environmental change in each of the set of sub-areas exceeds a threshold probability; and in response to a dimension of a connected area that contains at least part of the set of sub-areas exceeding a threshold dimension, determining that the global map is to be updated. obtaining a global map for an area and a first local map built at a first time for a first sub-area in the area, wherein the area comprises a plurality of sub-areas including the first sub-area and at least one second sub-area, and wherein the global map is a two-dimensional occupancy grid map pre-built in a global coordinate system; determining an environmental change in the first sub-area by comparing the first local map and the global map and determining a first probability of the environmental change; obtaining at least one third local map built for the at least one second sub-area; determining, by comparing the at least one third local map with the global map respectively, a respective third probability of environmental change in each of the at least one second sub-area; determining whether the global map is to be updated based on at least the first probability and the respective third probability; and in response to determining that the global map is to be updated, updating the global map with at least part of the first local map and the at least one third local map, characterized in that the determining whether the global map is to be updated comprises: determining a set of sub-areas from the plurality of sub-areas, wherein a probability of an environmental change in each of the set of sub-areas exceeds a threshold probability; and in response to a dimension of a connected area that contains at least part of the set of sub-areas exceeding a threshold dimension, determining that the global map is to be updated.
Refrigerator , comprising a coolant compressor which comprises a hermetically sealed housing as well as a drive unit arranged inside said housing with a unit for cyclic compression of a coolant and an electric motor for driving said unit, whereby said coolant compressor further comprises at least one connecting part for connecting said compressor to a mounting structure of said refrigerator , whereby said connecting part comprises an inner element and an outer element encompassing said inner element , whereby said inner element has a larger stiffness compared to said outer element , characterized in that both said inner element and said outer element are built as having respective elastic elements .
An isolated variant Factor VII polypeptide produced in a mammalian host cell, the polypeptide comprising an amino acid sequence at least 90% identical to the amino acid sequence of the entire length of wild type human Factor VII (SEQ ID NO: 16) and being modified from SEQ ID NO: 16 by having at least two sequence alterations relative to the amino acid sequence of SEQ ID NO: 16, wherein the at least two sequence alterations are a glutamine residue substituted for the proline residue in position 10, and a glutamic acid residue substituted for the lysine residue in position 32, and the polypeptide has a ratio of moles of conjugated sialic acid to moles of N-linked glycan between 0 and 2.0.
A dishwasher , comprising: a tub at least partially defining a treating chamber with an access opening ; a closure selectively closing the access opening ; and a base supporting the tub and having a set of spaced panels characterised in that the base has a set of spaced beams connecting the set of panels , wherein a middle portion of the beams connects terminal ends of the beams and wherein sockets are provided on the panels that receive the terminal ends . a tub at least partially defining a treating chamber with an access opening ; a closure selectively closing the access opening ; and a base supporting the tub and having a set of spaced panels wherein a middle portion of the beams connects terminal ends of the beams and wherein sockets are provided on the panels that receive the terminal ends .
Application unit for coating a substrate (B) with a fluid (L), comprising a first cylinder which, together with a second cylinder , forms an application nip in which the substrate (B) that is to be guided through the application nip and coated is or can be acted upon with the fluid (L) on the side facing toward the first cylinder , wherein the first cylinder can be directly or indirectly acted upon, on the lateral surface thereof, by a supply device with the fluid (L) to be applied, wherein the supply device comprises a first roller and a downstream second roller , which between them form a first nip with a gusset located thereabove, wherein a fluid reservoir is provided in the gusset between two axially spaced-apart side walls , and wherein the respective side wall laterally delimiting the fluid reservoir comprises, toward one of the two rollers (07; 06) that together form the first nip , a sealing surface (18.1) facing toward the roller lateral surface, which sealing surface has a contour corresponding to the roller lateral surface and together with the roller lateral surface forms a seal against lateral passage of the fluid (L), wherein the supply device comprises, downstream of the second roller , a third roller which forms a second nip with the second roller , characterized in that the side wall comprises a sealing surface (18.1; 18.3), which cooperates as a seal with the roller lateral surface of the second roller above the second nip and has a contour corresponding to the roller curvature, and/or comprises a sealing surface (19.3), which faces toward the end face of the third roller and cooperates as a seal with the end face of the barrel of the third roller above the second nip .
An absorbent article comprising: a topsheet that is joined, on a non-skin-facing surface thereof, to a member in contact with the non-skin-facing surface, wherein: a region, within the topsheet's non-skin-facing surface, that is joined to the member in contact with the non-skin-facing surface includes a weakly-joined central region located in a central area, in a width direction (Y), of the topsheet , and having a relatively low joining strength, and a pair of firmly-joined side regions respectively located in side areas, in the width direction (Y), of the topsheet and adjacent to the weakly-joined central region , and having a relatively high joining strength, wherein the joining strength is measured according to the method of the description; wherein in the weakly-joined central region , the topsheet is peelable from the member in contact with the topsheet according to a crease-flex test evaluation; and in the firmly-joined side regions , the topsheet is not peelable from the member in contact with the topsheet according to abrasion under same conditions, wherein the crease-flex test evaluation is performed according to the method of the description; and a skincare agent is provided to the topsheet . a region, within the topsheet's non-skin-facing surface, that is joined to the member in contact with the non-skin-facing surface includes a weakly-joined central region located in a central area, in a width direction (Y), of the topsheet , and having a relatively low joining strength, and a pair of firmly-joined side regions respectively located in side areas, in the width direction (Y), of the topsheet and adjacent to the weakly-joined central region , and having a relatively high joining strength, wherein the joining strength is measured according to the method of the description; a weakly-joined central region located in a central area, in a width direction (Y), of the topsheet , and having a relatively low joining strength, and a pair of firmly-joined side regions respectively located in side areas, in the width direction (Y), of the topsheet and adjacent to the weakly-joined central region , and having a relatively high joining strength, wherein the joining strength is measured according to the method of the description; wherein in the weakly-joined central region , the topsheet is peelable from the member in contact with the topsheet according to a crease-flex test evaluation; and in the firmly-joined side regions , the topsheet is not peelable from the member in contact with the topsheet according to abrasion under same conditions, wherein the crease-flex test evaluation is performed according to the method of the description; and a skincare agent is provided to the topsheet .
A peptide consisting of an amino acid sequence as set out in SEQ ID No: 30, 32, 40, 42, 48, 51 or 53.
Sterile gelled composition comprising at least a tetrazolium salt, a buffer and gellan gum.
A method for fabricating a luminescent structure comprising: a. depositing an intermediate phosphor layer on a supporting structure , the intermediate phosphor layer comprising phosphor powder mixed with a first binder , wherein depositing the intermediate phosphor layer on the supporting structure comprises depositing a mixture of an organic polymer binder and a phosphor powder on the support structure by screen printing, spray coating, dip coating or spinning; b. removing the first binder , leaving a porous phosphor layer on the supporting structure ; c. infusing the porous phosphor layer with liquid glass; and d. curing the liquid glass to form an inorganic transparent glass binder . a. depositing an intermediate phosphor layer on a supporting structure , the intermediate phosphor layer comprising phosphor powder mixed with a first binder , wherein depositing the intermediate phosphor layer on the supporting structure comprises depositing a mixture of an organic polymer binder and a phosphor powder on the support structure by screen printing, spray coating, dip coating or spinning; b. removing the first binder , leaving a porous phosphor layer on the supporting structure ; c. infusing the porous phosphor layer with liquid glass; and d. curing the liquid glass to form an inorganic transparent glass binder .
A transmission apparatus comprising: a signal generation circuit for generating one or more transmission signals by performing processing on data according to a transmission scheme indicated by a control signal; and a transmission circuit (6324_1, 6324_2) for transmitting the control signal and the transmission signals, characterized in that the control signal includes information indicating the transmission scheme selected among: i) a single-antenna transmission scheme; ii) a multi-antenna transmission scheme with a fixed precoding matrix; iii) a multi-antenna transmission scheme of selecting one precoding matrix from among precoding matrices while regularly hopping between the precoding matrices, and using the selected precoding matrix, where the precoding matrices include variables representing phase change amount as elements; and iv) a multi-antenna transmission scheme with complex conjugate pairs of signals. a signal generation circuit for generating one or more transmission signals by performing processing on data according to a transmission scheme indicated by a control signal; and a transmission circuit (6324_1, 6324_2) for transmitting the control signal and the transmission signals, characterized in that the control signal includes information indicating the transmission scheme selected among: i) a single-antenna transmission scheme; ii) a multi-antenna transmission scheme with a fixed precoding matrix; iii) a multi-antenna transmission scheme of selecting one precoding matrix from among precoding matrices while regularly hopping between the precoding matrices, and using the selected precoding matrix, where the precoding matrices include variables representing phase change amount as elements; and iv) a multi-antenna transmission scheme with complex conjugate pairs of signals. i) a single-antenna transmission scheme; ii) a multi-antenna transmission scheme with a fixed precoding matrix; iii) a multi-antenna transmission scheme of selecting one precoding matrix from among precoding matrices while regularly hopping between the precoding matrices, and using the selected precoding matrix, where the precoding matrices include variables representing phase change amount as elements; and iv) a multi-antenna transmission scheme with complex conjugate pairs of signals.