mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission control method of a central management apparatus (530; 800), the method comprising: receiving transmission control-related information from a plurality of base stations (510, 520; 900); determining transmission power of the plurality of base stations (510, 520; 900) and a transmission point for a terminal based on the transmission control-related information, wherein the determining of the transmission power of the plurality of base stations (510, 520; 900) comprises maintaining the transmission power for a cell-specific reference signal, CRS, or a channel state information-reference signal, CSI-RS, of the plurality of base stations (510, 520; 900) and adjusting the transmission power for data, and the transmission point indicates which of the plurality of base stations transmits the data to the terminal; and transmitting information on the determined transmission power for the data and the transmission point of the terminal to the plurality of base stations (510, 520; 900), wherein the transmission control-related information includes information on an active terminal list or downlink filtered perceived, DL FP, throughput. receiving transmission control-related information from a plurality of base stations (510, 520; 900); determining transmission power of the plurality of base stations (510, 520; 900) and a transmission point for a terminal based on the transmission control-related information, wherein the determining of the transmission power of the plurality of base stations (510, 520; 900) comprises maintaining the transmission power for a cell-specific reference signal, CRS, or a channel state information-reference signal, CSI-RS, of the plurality of base stations (510, 520; 900) and adjusting the transmission power for data, and the transmission point indicates which of the plurality of base stations transmits the data to the terminal; and transmitting information on the determined transmission power for the data and the transmission point of the terminal to the plurality of base stations (510, 520; 900), wherein the transmission control-related information includes information on an active terminal list or downlink filtered perceived, DL FP, throughput.
Display system for displaying glasses with position functions for holding products being pairs of glasses, arranged in distinct positions, comprising: - at least one position assembly holder for holding a plurality of position assemblies , - the plurality of position assemblies each arranged to hold one pair of glasses at the position, wherein: - each of the plurality of position assemblies is provided with at least two position functions, the at least two position functions comprising a detection function and a feedback function providing the detection function and the feedback function per position, wherein - each of the plurality of position assemblies comprises: - for the detection function, a detection unit arranged in the position assembly for detecting continously a remotely readable product identifier of the one pair of glasses for the whole period of time of remaining held in the position assembly, - for the feedback function, a feedback member for feedback information relating to the continuously detected product identifier of the pair of glasses held in the position assembly. - at least one position assembly holder for holding a plurality of position assemblies , - the plurality of position assemblies each arranged to hold one pair of glasses at the position, - each of the plurality of position assemblies is provided with at least two position functions, the at least two position functions comprising a detection function and a feedback function providing the detection function and the feedback function per position, wherein - each of the plurality of position assemblies comprises: - for the detection function, a detection unit arranged in the position assembly for detecting continously a remotely readable product identifier of the one pair of glasses for the whole period of time of remaining held in the position assembly, - for the feedback function, a feedback member for feedback information relating to the continuously detected product identifier of the pair of glasses held in the position assembly. - for the detection function, a detection unit arranged in the position assembly for detecting continously a remotely readable product identifier of the one pair of glasses for the whole period of time of remaining held in the position assembly, - for the feedback function, a feedback member for feedback information relating to the continuously detected product identifier of the pair of glasses held in the position assembly.
A method for estimating a distance of an object from a Light Detection and Ranging, LIDAR, system , comprising: transmitting a first light signal towards the object using the LIDAR system; detecting a second light signal by a light sensor to generate a detected signal, the second light signal comprising a reflection of the first light signal from the object; generating a filtered signal by applying a time-dependent adjustable filter to the detected signal, wherein the time-dependent adjustable filter is a variable frequency low-pass filter; and estimating the distance of the object from the LIDAR system based at least on the filtered signal. transmitting a first light signal towards the object using the LIDAR system; detecting a second light signal by a light sensor to generate a detected signal, the second light signal comprising a reflection of the first light signal from the object; generating a filtered signal by applying a time-dependent adjustable filter to the detected signal, wherein the time-dependent adjustable filter is a variable frequency low-pass filter; and estimating the distance of the object from the LIDAR system based at least on the filtered signal.
Passenger car - with a front end carrier having at least one crossmember element and at least two lateral front strut elements joined to each other by way of the crossmember element and extending downwards away from the crossmember element in the vertical direction of the vehicle, - with a first side member plane located below the front end carrier in the vertical direction of the vehicle, in which first side member plane there are located lateral side members and associated energy absorption elements joined at least indirectly to a bending crossmember of a bumper extending at least substantially in the transverse direction of the vehicle, wherein the front end carrier is supported on the first side member plane by way of the front strut elements , - with lateral energy absorption elements serving to form a further load plane and provided above the first side member plane and below the crossmember elements , one each of which lateral energy absorption elements is connected to the respective front strut element or integrated into the respective front strut element and each of which has a support region extending beyond the respective front strut element towards the rear in the longitudinal direction of the vehicle, - with at least one structural component , which can be placed behind the respective energy absorption element and on which the energy absorption element can be or is supported with its support region . - with a front end carrier having at least one crossmember element and at least two lateral front strut elements joined to each other by way of the crossmember element and extending downwards away from the crossmember element in the vertical direction of the vehicle, - with a first side member plane located below the front end carrier in the vertical direction of the vehicle, in which first side member plane there are located lateral side members and associated energy absorption elements joined at least indirectly to a bending crossmember of a bumper extending at least substantially in the transverse direction of the vehicle, wherein the front end carrier is supported on the first side member plane by way of the front strut elements , - with lateral energy absorption elements serving to form a further load plane and provided above the first side member plane and below the crossmember elements , one each of which lateral energy absorption elements is connected to the respective front strut element or integrated into the respective front strut element and each of which has a support region extending beyond the respective front strut element towards the rear in the longitudinal direction of the vehicle, - with at least one structural component , which can be placed behind the respective energy absorption element and on which the energy absorption element can be or is supported with its support region .
An ink jet recording method for recording an image on a recording medium (108; 208) by making use of an aqueous reaction liquid and a water-based ink comprising a first ink, comprising: a reaction liquid applying step for applying a reaction liquid comprising a reactant and resin particles to a first recording medium (101; 208); an image formation step for applying a first ink comprising a coloring material to the first recording medium (101; 208) to form a first image; and a liquid absorption step for bringing a porous layer possessed by a liquid absorption member (105; 205) into contact with a portion including the first image on the first recording medium (101; 208) and thereby absorbing a liquid component from the first image, characterized in that a volume-based cumulative pore size at 10% of the porous layer is greater than a volume-based cumulative particle size at 90% of the resin particles. a reaction liquid applying step for applying a reaction liquid comprising a reactant and resin particles to a first recording medium (101; 208); an image formation step for applying a first ink comprising a coloring material to the first recording medium (101; 208) to form a first image; and a liquid absorption step for bringing a porous layer possessed by a liquid absorption member (105; 205) into contact with a portion including the first image on the first recording medium (101; 208) and thereby absorbing a liquid component from the first image, characterized in that a volume-based cumulative pore size at 10% of the porous layer is greater than a volume-based cumulative particle size at 90% of the resin particles.
Secateurs (1; 100) for removing buds of tree shoots, comprising a grip portion (2; 200) and a cut portion (3; 300) both arranged along a longitudinal axis (X-X; A-A) and connected to each other through a joint (4; 400), said joint having a rotation axis (Y-Y; B-B) orthogonal to said longitudinal axis (X-X; A-A), wherein the cut portion (3; 300) comprises two blades (30; 330) extending along said longitudinal axis (X-X; A-A) in a substantially symmetrical way from said joint (4; 400) in order to form a first face (31; 331) opposite to a second face (32; 332), wherein said two blades (30; 300) have at least a concavity (33; 333) on said first face (31; 331) lying onto the plane of the longitudinal axis (X-X; A-A), i.e. orthogonally to the rotation axis (Y-Y; B-B) of the joint (4; 400) and a convexity onto said second face (32; 332) of the blades, characterised in that said concavity has a curvature radius along the longitudinal axis (X-X; A-A) in correspondence of its cutting edge between 30 mm and 70 mm, and said convexity has a curvature radius transversal to said longitudinal axis (X-X; A-A) between 40 mm and 60 mm.
An Internet of Things (IOT) ecosystem for building or home automation, comprising: at least one Cloud Device implementing lightweight functionality provided by a physical device, said Cloud Device residing in a IOT Hub and representing a local compute component; a backend Cloud implementing heavy-duty computing functionality; a first software program residing on the Cloud Device and communicating with the backend Cloud using a context switching event-based low latency connection; and a second software program residing on the backend Cloud and implementing heavy-duty computing functionality; wherein the ecosystem partitions full-functional specifications of the Cloud Device to two process spaces such that the Cloud Device implements the lightweight functionality and the backend Cloud implements the heaving-duty functionality; wherein the Cloud Device is a fully functional standalone software service application programing interface and works as a counterpart of the backend Cloud; wherein the Cloud Device is powered by the compute and storage power of the backend Cloud to service the network-connected Cloud-enabled system with minimal to no manual intervention; wherein data generated by the backend Cloud is accessed by the Cloud Device via a low latency Cloud Client Access application programming interface, CAPI; and wherein the IOT Hub allows the Cloud Device to act as an end point for issuing commands if the connection to the backend Cloud is lost. at least one Cloud Device implementing lightweight functionality provided by a physical device, said Cloud Device residing in a IOT Hub and representing a local compute component; a backend Cloud implementing heavy-duty computing functionality; a first software program residing on the Cloud Device and communicating with the backend Cloud using a context switching event-based low latency connection; and a second software program residing on the backend Cloud and implementing heavy-duty computing functionality; wherein the ecosystem partitions full-functional specifications of the Cloud Device to two process spaces such that the Cloud Device implements the lightweight functionality and the backend Cloud implements the heaving-duty functionality; wherein the Cloud Device is a fully functional standalone software service application programing interface and works as a counterpart of the backend Cloud; wherein the Cloud Device is powered by the compute and storage power of the backend Cloud to service the network-connected Cloud-enabled system with minimal to no manual intervention; wherein data generated by the backend Cloud is accessed by the Cloud Device via a low latency Cloud Client Access application programming interface, CAPI; and wherein the IOT Hub allows the Cloud Device to act as an end point for issuing commands if the connection to the backend Cloud is lost.
Stop damper for a piece of furniture having a hinged flap, door or the like, having a housing in which an actuator is displaceable against the bias of a spring element , a plunger being connected or connectable to the actuator , the plunger having an adjustment portion which is adjustable between a maximum adjustment position and a minimum adjustment position, which is extended with respect to the housing characterized in that the plunger is held captive in the maximum adjustment position by means of a stop connection, and in that the actuator has an external thread onto which the plunger is screwed with an internal thread to form the threaded connection.
An electrical contact comprising: a mating portion for mating with a mating contact, the mating portion having a contact portion at a front and a retention portion at a back; the mating portion having a mating portion bottom wall , a mating portion top wall and mating portion side walls , a respective mating portion side wall having an upper portion which extends beyond the top wall , the upper portion extends to form the retention portion ; the retention portion having a retention portion top wall , a retention portion side wall and a retention portion back wall , the retention portion back wall is disposed in the space between the mating portion top wall , the upper portion of the respective mating portion side wall , the retention portion top wall and a retention portion side wall ; wherein the retention portion back wall cooperates with one or more of the mating portion top wall , the upper portion of the respective mating portion side wall , the retention portion top wall and a retention portion side wall to prevent damage or deformation of the retention portion as a force is applied to the retention portion , characterised in that a detent is provided on the retention portion side wall , the detent extends from a free end of the retention portion side wall , the detent has an engagement shoulder provided proximate the free end of the retention portion side wall , and a detent receiving opening is provided on the mating portion top wall , the detent receiving opening positioned in alignment with the detent . a mating portion for mating with a mating contact, the mating portion having a contact portion at a front and a retention portion at a back; the mating portion having a mating portion bottom wall , a mating portion top wall and mating portion side walls , a respective mating portion side wall having an upper portion which extends beyond the top wall , the upper portion extends to form the retention portion ; the retention portion having a retention portion top wall , a retention portion side wall and a retention portion back wall , the retention portion back wall is disposed in the space between the mating portion top wall , the upper portion of the respective mating portion side wall , the retention portion top wall and a retention portion side wall ; wherein the retention portion back wall cooperates with one or more of the mating portion top wall , the upper portion of the respective mating portion side wall , the retention portion top wall and a retention portion side wall to prevent damage or deformation of the retention portion as a force is applied to the retention portion ,
A system for detecting a heat exchanger blockage, comprising: - a heat exchanger and a bypass for the heat exchanger ; - a temperature sensor for measuring a temperature of a fluid (F1, F2) downstream the heat exchanger ; the system being characterized by - a control system adapted to determine a gradient of the fluid temperature, to detect a bypass opening based on the gradient of the fluid temperature, and to provide a signal indicating the bypass opening in response to the detection of the bypass opening. - a heat exchanger and a bypass for the heat exchanger ; - a temperature sensor for measuring a temperature of a fluid (F1, F2) downstream the heat exchanger ; the system being characterized by - a control system adapted to determine a gradient of the fluid temperature, to detect a bypass opening based on the gradient of the fluid temperature, and to provide a signal indicating the bypass opening in response to the detection of the bypass opening.
A method for selecting a new serving base station by a mobile subscriber station in a broadband wireless access communication system, the method comprising the steps of: 1) receiving information related to n neighbor base stations from a serving base station and monitoring frequency bands of the n neighbor base stations; 2) determining a handover operation and detecting m neighbor base stations, where m ≤ n, capable of serving as a new serving base station according to a monitoring result for the frequency bands of the n neighbor base stations; 3) transmitting a handover request message including information on the m neighbor base stations to the serving base station; 4) detecting a drop after transmitting the handover request message; 5) monitoring frequency bands of the m neighbor base stations; 6) detecting at least one target base station capable of serving as a new serving base station according to a monitoring result for the frequency bands of the m neighbor base stations; and 7) selecting the new serving base station from the at least one target base station detected in step 6). 1) receiving information related to n neighbor base stations from a serving base station and monitoring frequency bands of the n neighbor base stations; 2) determining a handover operation and detecting m neighbor base stations, where m ≤ n, capable of serving as a new serving base station according to a monitoring result for the frequency bands of the n neighbor base stations; 3) transmitting a handover request message including information on the m neighbor base stations to the serving base station; 4) detecting a drop after transmitting the handover request message; 5) monitoring frequency bands of the m neighbor base stations; 6) detecting at least one target base station capable of serving as a new serving base station according to a monitoring result for the frequency bands of the m neighbor base stations; and 7) selecting the new serving base station from the at least one target base station detected in step 6).
A method for measuring a pre-twist amount (θ) of a blade included in a plurality of rotor blades attached to an outer circumferential portion of a disc rotatable about an axis (O), the method comprising: a spreading dimension acquiring step (S12) of attaching two rotor blades adjacent to each other in a circumferential direction to the disc by causing the two adjacent rotor blades to slide in a direction of an axis (O) so that contact surfaces of shrouds formed at blade tips of each blade come into contact with each other, and acquiring a spreading dimension (H) in the circumferential direction of each shroud of the two rotor blades attached to the disc ; a misalignment acquiring step (S13) of measuring a misalignment amount (G) in the direction of the axis (O) between the shrouds of the two rotor blades adjacent to each other in the circumferential direction; a correcting step (S14) of correcting a spreading dimension (H) acquired in the spreading dimension acquiring step (S12) on the basis of the misalignment amount (G) acquired in the misalignment acquiring step (S13); and a pre-twist amount acquiring step (S15) of acquiring a pre-twist amount (θ) of the blade on the basis of the spreading dimension (H') corrected in the correcting step (S14). a spreading dimension acquiring step (S12) of attaching two rotor blades adjacent to each other in a circumferential direction to the disc by causing the two adjacent rotor blades to slide in a direction of an axis (O) so that contact surfaces of shrouds formed at blade tips of each blade come into contact with each other, and acquiring a spreading dimension (H) in the circumferential direction of each shroud of the two rotor blades attached to the disc ; a misalignment acquiring step (S13) of measuring a misalignment amount (G) in the direction of the axis (O) between the shrouds of the two rotor blades adjacent to each other in the circumferential direction; a correcting step (S14) of correcting a spreading dimension (H) acquired in the spreading dimension acquiring step (S12) on the basis of the misalignment amount (G) acquired in the misalignment acquiring step (S13); and a pre-twist amount acquiring step (S15) of acquiring a pre-twist amount (θ) of the blade on the basis of the spreading dimension (H') corrected in the correcting step (S14).
Motor vehicle which has at least one front seat and/or one rear seat made up of a substantially horizontal seat cushion and a substantially vertical backrest that is substantially transverse to the longitudinal direction (X) of the vehicle, at least one seat having a backrest that is mounted so as to be movable, independently of the seat cushion, between a first, substantially vertical travel position, in which the backrest is substantially transverse to the longitudinal direction (X) of the vehicle and a second, retracted position, in which the backrest forms an angle ( α ) with respect to the first position, characterized in that the backrest combines a rotation and a movement in lateral translation as it moves between the first position and the second position such that, in its second position, the backrest is offset laterally.
A hydrophilic substrate in which a hydrophilic polymer layer is formed on a substrate surface having undergone a hydrophilization treatment, wherein the hydrophilic polymer layer is formed of a hydrophilic polymer represented by the following formula (I): wherein R 1 represents a hydrogen atom or a methyl group, R 2 represents an alkyl group, m represents 1 to 5, and n represents a number of repetitions.