mhurhangee/patent-ind-claim-en huggingface dataset:
A process for applying a topcoat to at least one side of a substrate, comprising at least one step (a) of (a) at least partly coating at least one substrate metal surface, at least partly coated with at least one primer coat, with an aqueous coating composition, the aqueous coating composition comprising (A) at least one polymer dissolved or dispersed therein and (B) optionally at least one crosslinking agent dissolved or dispersed therein, wherein the aqueous coating composition further comprises at least one mixed hydroxide of the general formula (I) below {[(M 2+ (1-x) )(M 3+ (x) )(OH) 2 ][A y- (x/y) ]}·(H 2 O) n (I), in which M 2+ stands for divalent metallic cations, M 3+ stands for trivalent metallic cations, A y- stands for anions of average valence y, x stands for a value in the range from 0.05 to 0.50, and n stands for a value in the range from 0 to 10, wherein the anions A y- are selected from the group consisting of CO 3 2- , HCO 3 - , F - , Cl - , Br - , BO 3 3- , PO 4 3- , H 2 PO 4 - , HPO 4 2- , SO 4 2- , HSO 4 - , SO 3 2- , HSO 3 - , NO 3 - and OH - , and wherein the process is a coil coating process. (a) at least partly coating at least one substrate metal surface, at least partly coated with at least one primer coat, with an aqueous coating composition, the aqueous coating composition comprising (A) at least one polymer dissolved or dispersed therein and (B) optionally at least one crosslinking agent dissolved or dispersed therein, wherein the aqueous coating composition further comprises at least one mixed hydroxide of the general formula (I) below {[(M 2+ (1-x) )(M 3+ (x) )(OH) 2 ][A y- (x/y) ]}·(H 2 O) n (I), in which M 2+ stands for divalent metallic cations, M 3+ stands for trivalent metallic cations, A y- stands for anions of average valence y, x stands for a value in the range from 0.05 to 0.50, and n stands for a value in the range from 0 to 10, (A) at least one polymer dissolved or dispersed therein and (B) optionally at least one crosslinking agent dissolved or dispersed therein, M 2+ stands for divalent metallic cations, M 3+ stands for trivalent metallic cations, A y- stands for anions of average valence y, x stands for a value in the range from 0.05 to 0.50, and n stands for a value in the range from 0 to 10,
A rotary blade , comprising: a blade tip assembly connected to a main blade assembly ; a first bus bar segment connected to the blade tip assembly; a second bus bar segment connected to the main blade assembly, the first and second bus bar segments being longitudinally offset from one another; and an interconnect (100; 200) spanning the first and second bus bar segments; characterized in that the interconnect (100; 200) is configured for resistively generating less heat than each of the bus bar segments at a predetermined current flow; and in that the interconnect includes a foil conductive body or a mesh conductive body spanning a gap between the first and second bus bar segments. a blade tip assembly connected to a main blade assembly ; a first bus bar segment connected to the blade tip assembly; a second bus bar segment connected to the main blade assembly, the first and second bus bar segments being longitudinally offset from one another; and an interconnect (100; 200) spanning the first and second bus bar segments; characterized in that the interconnect (100; 200) is configured for resistively generating less heat than each of the bus bar segments at a predetermined current flow; and in that the interconnect includes a foil conductive body or a mesh conductive body spanning a gap between the first and second bus bar segments.
An apparatus, placed in a customer premise equipment, CPE, , comprising: means for sending a feedback error message , through digital subscriber line, DSL, , to a first transceiver coupled to a crosstalk precoder for training the crosstalk precoder ; characterized in that the feedback error message comprises a first field for carrying a plurality of error components , wherein the error components correspond to a plurality of tones in a received pilot symbol, and a second field for carrying information which indicates a quantity of bits per error component; wherein the error message further carries information which indicate the quantization accuracy per error component. means for sending a feedback error message , through digital subscriber line, DSL, , to a first transceiver coupled to a crosstalk precoder for training the crosstalk precoder ; characterized in that the feedback error message comprises a first field for carrying a plurality of error components , wherein the error components correspond to a plurality of tones in a received pilot symbol, and a second field for carrying information which indicates a quantity of bits per error component; wherein the error message further carries information which indicate the quantization accuracy per error component.
A method, comprising: checking, at a new node having joined a distributed ledger network operating according to a voting-based consensus algorithm based on an invitation by an existing node of the distributed ledger network, whether one or more predetermined conditions are met for the new node to invite another node into the distributed ledger network; characterised in that : the checking comprises: checking whether the number of invitations made by a preceding generation of nodes including the existing node that invited the new node to join the network, exceeds a predetermined percentage of the maximum number of invitations available to all nodes in said preceding generation.
A rapid semiquantitative method for determining ADAMTS-13 activity in a patient plasma sample, comprising the steps of: a) pre-incubating said patient sample with an ADAMTS-13-cleavable peptide, b) applying the pre-treated sample of step a) to a single test unit which comprises a membrane with an immobilized capture antibody specific for the ADAMTS-13-cleaved peptide, wherein the sample flows through said membrane into an absorbent pad, c) binding of said ADAMTS-13-cleaved peptide to the capture antibody thereby forming an immobilized complex, d) adding a solution comprising a secondary biotin labelled antibody thereby forming a three-membered complex with the immobilized complex of step c), e) adding a solution comprising a chromogenic substance thereby causing a visible color change indicative of the presence of ADAMTS-13, wherein said chromogenic substance is a streptavidin-gold, and determining ADAMTS-13 activity in said patient sample by comparing the signal intensity to a color standard card. a) pre-incubating said patient sample with an ADAMTS-13-cleavable peptide, b) applying the pre-treated sample of step a) to a single test unit which comprises a membrane with an immobilized capture antibody specific for the ADAMTS-13-cleaved peptide, wherein the sample flows through said membrane into an absorbent pad, c) binding of said ADAMTS-13-cleaved peptide to the capture antibody thereby forming an immobilized complex, d) adding a solution comprising a secondary biotin labelled antibody thereby forming a three-membered complex with the immobilized complex of step c), e) adding a solution comprising a chromogenic substance thereby causing a visible color change indicative of the presence of ADAMTS-13, wherein said chromogenic substance is a streptavidin-gold, and
A computer-implemented method for automatic determination of the change of a hollow organ (O) comprising the steps: - providing a first medical image (P1) of the organ (O) recorded at a first point of time (T1), - computing a first representation (R1) of the organ (O) in the first image (P1), - computing a first reference-line (L1) of the organ (O) based on the first representation (R1) of the organ (O), - providing a second medical image (P2) of the organ (O) recorded at a second point of time (T2), - computing a second representation (R2) of the organ (O) in the second image (P2), - computing a second reference-line (L2) of the organ (O) based on the second representation (R2) of the organ (O), - registering of the first reference-line (L1) and the second reference-line (L2) to obtain a matching of the two representations (R1, R2) of the organ (O) and/or features (D1, D2) derived from the representations (R1, R2), - comparing the matched representations (R1, R2) of the organ (O) and/or the features (D1, D2) derived from these representations (R1, R2), wherein the reference-lines (L1, L2) are centerlines (L1, L2) of the hollow organ (O), wherein the reference-lines (L1, L2) are determined by an iterative calculation of the next point d of a centerline (L1, L2) based on a known or predefined point d prev on the centerline (L1, L2) with a predefined distance between points d and d prev and points p on the surface S of the hollow organ (O) by solving the optimization problem min d max p∈S ||d-p||, wherein the hollow organ (O) is an aorta, a vessel, an airway or a trachea. - providing a first medical image (P1) of the organ (O) recorded at a first point of time (T1), - computing a first representation (R1) of the organ (O) in the first image (P1), - computing a first reference-line (L1) of the organ (O) based on the first representation (R1) of the organ (O), - providing a second medical image (P2) of the organ (O) recorded at a second point of time (T2), - computing a second representation (R2) of the organ (O) in the second image (P2), - computing a second reference-line (L2) of the organ (O) based on the second representation (R2) of the organ (O), - registering of the first reference-line (L1) and the second reference-line (L2) to obtain a matching of the two representations (R1, R2) of the organ (O) and/or features (D1, D2) derived from the representations (R1, R2), - comparing the matched representations (R1, R2) of the organ (O) and/or the features (D1, D2) derived from these representations (R1, R2), wherein the reference-lines (L1, L2) are centerlines (L1, L2) of the hollow organ (O), wherein the reference-lines (L1, L2) are determined by an iterative calculation of the next point d of a centerline (L1, L2) based on a known or predefined point d prev on the centerline (L1, L2) with a predefined distance between points d and d prev and points p on the surface S of the hollow organ (O) by solving the optimization problem min d max p∈S ||d-p||, wherein the hollow organ (O) is an aorta, a vessel, an airway or a trachea.
A charge system , adapted to a bicycle , the charge system comprising: a hub dynamo ; a power apparatus ; a sensor , adapted to sense a riding condition of the bicycle ; and a control apparatus , coupled to the hub dynamo , the power apparatus and the sensor , and selecting a power supply pattern of the hub dynamo according to the riding condition of the bicycle , wherein when the power supply pattern of the hub dynamo is selected to be a stop pattern, the control apparatus turns off a connection loop between the hub dynamo and the power apparatus , and when the power supply pattern of the hub dynamo is selected to be a first pattern, the control apparatus turns on the connection loop between the hub dynamo and the power apparatus , such that the hub dynamo supplies power to the power apparatus at a first rate, the charge system being characterised in that when the riding condition indicates that the bicycle is accelerated, the control apparatus selects the power supply pattern of the hub dynamo to be the stop pattern; and when the riding condition indicates that the bicycle is decelerated, the control apparatus selects the power supply pattern of the hub dynamo to be the first pattern. a hub dynamo ; a power apparatus ; a sensor , adapted to sense a riding condition of the bicycle ; and a control apparatus , coupled to the hub dynamo , the power apparatus and the sensor , and selecting a power supply pattern of the hub dynamo according to the riding condition of the bicycle , wherein when the power supply pattern of the hub dynamo is selected to be a stop pattern, the control apparatus turns off a connection loop between the hub dynamo and the power apparatus , and when the power supply pattern of the hub dynamo is selected to be a first pattern, the control apparatus turns on the connection loop between the hub dynamo and the power apparatus , such that the hub dynamo supplies power to the power apparatus at a first rate, the charge system being characterised in that when the riding condition indicates that the bicycle is accelerated, the control apparatus selects the power supply pattern of the hub dynamo to be the stop pattern; and when the riding condition indicates that the bicycle is decelerated, the control apparatus selects the power supply pattern of the hub dynamo to be the first pattern.
A superconducting current limiter having at least one superconducting conductor wound so as to form a coil extending in a single plane and connecting a first electrical connection terminal (T1) to a second electrical connection terminal (T2), an electrically insulating spacer being arranged between two turns of the coil , the superconducting conductor consists of at least two separate superconducting cables wound in parallel and whose ends are electrically connected by the first electrical connection terminal (T1) and by the second electrical connection terminal (T2), and an electrically conductive spacer arranged between two of said separate superconducting cables , this electrically conductive spacer being able to be traversed by a cooling fluid, characterized by the electrically conductive spacer providing an electrical continuity between these two superconducting cables .
Device for comminuting material, comprising - a grinding container , which has end faces opposite each other in the axial direction, between which there extends at least one screen basket which, together with other screen baskets or an outer wall likewise extending between the end faces , defines at least one annular space , the one or an innermost screen basket delimiting a grinding space , in which grinding elements are arranged, - a bearing for holding the grinding container rotatably on a foundation , and - drive means for rotating the grinding container about a horizontal axis in a grinding direction, characterized in that the bearing has rotatably fixed rollers and the grinding container rests on the rollers , wherein a maintenance opening which permits a view into the grinding container is formed on at least one end face , wherein the end faces are formed as end discs and each delimit a hollow space , which is connected to the grinding container via an inlet opening and is equipped with conveying means for discharging ground material out of an outlet opening . - a grinding container , which has end faces opposite each other in the axial direction, between which there extends at least one screen basket which, together with other screen baskets or an outer wall likewise extending between the end faces , defines at least one annular space , the one or an innermost screen basket delimiting a grinding space , in which grinding elements are arranged, - a bearing for holding the grinding container rotatably on a foundation , and - drive means for rotating the grinding container about a horizontal axis in a grinding direction,
A method of operating a first cellular telephone that is coupled to a second cellular telephone over a connection , the method comprising: delivering power to the second cellular telephone from the first cellular telephone over the connection ; determining, at the first cellular telephone , whether power is being transferred from the second cellular telephone to the first cellular telephone over the connection ; and preventing, at the first cellular telephone , the delivery of power to the second cellular telephone in response to determining that power is being transferred from the second cellular telephone to the first cellular telephone over the connection ; the method being characterized by : diverting, with control circuitry at the first cellular telephone , power delivered to the first cellular telephone over a path that is separate from the connection by providing a control signal to a sink transistor in response to detecting that the second cellular telephone is delivering power to the first cellular telephone over the connection . delivering power to the second cellular telephone from the first cellular telephone over the connection ; determining, at the first cellular telephone , whether power is being transferred from the second cellular telephone to the first cellular telephone over the connection ; and preventing, at the first cellular telephone , the delivery of power to the second cellular telephone in response to determining that power is being transferred from the second cellular telephone to the first cellular telephone over the connection ;
A method of wireless communication performed by a user equipment, UE, comprising: determining that a physical uplink shared channel, PUSCH, communication, scheduled by an uplink grant, and a physical uplink control channel, PUCCH, communication, corresponding to a physical downlink shared channel, PDSCH, communication scheduled by a downlink grant, are scheduled to overlap in one or more symbols; determining a threshold time based at least in part on an earliest scheduled starting time of the PUSCH communication or the PUCCH communication; selectively multiplexing the PUSCH communication and the PUCCH communication based at least in part on whether the uplink grant, the downlink grant, and the PDSCH communication are received before the threshold time, wherein the PUSCH communication and the PUCCH communication are multiplexed by multiplexing uplink control information, UCI, in the PUSCH communication by puncturing the PUSCH communication or by rate-matching the PUSCH communication; and transmitting the PUSCH communication, the PUCCH communication, or both the PUSCH communication and the PUCCH communication based at least in part on the selective multiplexing. determining that a physical uplink shared channel, PUSCH, communication, scheduled by an uplink grant, and a physical uplink control channel, PUCCH, communication, corresponding to a physical downlink shared channel, PDSCH, communication scheduled by a downlink grant, are scheduled to overlap in one or more symbols; determining a threshold time based at least in part on an earliest scheduled starting time of the PUSCH communication or the PUCCH communication; selectively multiplexing the PUSCH communication and the PUCCH communication based at least in part on whether the uplink grant, the downlink grant, and the PDSCH communication are received before the threshold time, wherein the PUSCH communication and the PUCCH communication are multiplexed by multiplexing uplink control information, UCI, in the PUSCH communication by puncturing the PUSCH communication or by rate-matching the PUSCH communication; and transmitting the PUSCH communication, the PUCCH communication, or both the PUSCH communication and the PUCCH communication based at least in part on the selective multiplexing.
Parking device for temporarily parking a connector (C') associated with a patch cord (K'), wherein the parking device comprises a parking panel and a base for supporting the parking panel , wherein the parking panel comprises a parking panel body extending in a parking plane (A) and one or more parking sockets provided at said parking panel body for receiving the connector (C') from a parking side (S1) of said parking plane (A), the parking device characterized in that the parking panel is movable relative to the base in a retraction direction (R) facing away from the parking side (S1) from a parking position (P1) to a retraction position (P2) spaced apart from said parking position (P1), wherein the parking device further comprises one or more linear guides for guiding the movement of the parking panel relative to the base in the retraction direction (R) between the parking position (P1) and the retraction position (P2).
Retaining wall system comprising basis stones (B) having a length (L), a height (H), wherein said basis stones (B) are configured to be stacked and hereby constitute a retaining wall that is angled with a non-zero angle (α) relative to vertical, characterised in that the relationship between the angle (α), the height (H) and the length (L) is selected in such a manner that: tan α = L 6 H , hereby - when three or more layers of basis stones (B) are stacked on top of each other, laid in stretcher bond and - a cutting line is drawn along the facade of the retaining wall , wherein the cutting line is angled with the angle (α) relative to vertical and - wherein the cutting line intersects a first basis stone (B) positioned in a first layer in a marking point (P) relative to said first basis stone (B), then the cutting line will intersect a second basis stone (B') positioned three layers above the first layer and being horizontally displaced half the length of a stone (L/2) in the same marking point (P) relative to said second basis stone (B'). - when three or more layers of basis stones (B) are stacked on top of each other, laid in stretcher bond and - a cutting line is drawn along the facade of the retaining wall , wherein the cutting line is angled with the angle (α) relative to vertical and - wherein the cutting line intersects a first basis stone (B) positioned in a first layer in a marking point (P) relative to said first basis stone (B),
An LED module comprising: - a thermally conductive substrate made of a multilayer ceramic, - at least two LEDs on a top side of the substrate, - passive SMD components arranged on the top side of the substrate, - a passive component integrated in the substrate - means for dissipating waste heat in horizontal and vertical directions, - terminals arranged on the bottom side of the substrate, wherein above the at least two LEDs a light conversion layer is applied, over part of the passive components , comprising at least one capacitor and a temperature sensor , a reflecting layer is applied. - a thermally conductive substrate made of a multilayer ceramic, - at least two LEDs on a top side of the substrate, - passive SMD components arranged on the top side of the substrate, - a passive component integrated in the substrate - means for dissipating waste heat in horizontal and vertical directions, - terminals arranged on the bottom side of the substrate, above the at least two LEDs a light conversion layer is applied, over part of the passive components , comprising at least one capacitor and a temperature sensor , a reflecting layer is applied.
Spectacle lens blank , with - an optical front surface , which is intended for the object-side arrangement for a spectacle wearer and is optically finished, - an optical rear surface, which is intended for the opposing eye-side arrangement for a spectacle wearer, and - a cylinder edge surface lying in between, either forming an edge directly or indirectly via an edge surface at one end adjoining the front surface and at the other end adjoining the rear surface, and with a protective film on the optically finished surface , wherein the protective film has on the side facing the front surface of the spectacle lens blank a pressure-sensitive adhesive , which brings about a detachable connection between the front surface and the protective film ; characterized in that the protective film is also arranged on the cylinder edge surface , and in that the pressure-sensitive adhesive also brings about a detachable connection between the cylinder edge surface and the protective film . - an optical front surface , which is intended for the object-side arrangement for a spectacle wearer and is optically finished, - an optical rear surface, which is intended for the opposing eye-side arrangement for a spectacle wearer, and - a cylinder edge surface lying in between, either forming an edge directly or indirectly via an edge surface at one end adjoining the front surface and at the other end adjoining the rear surface, and