mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine having; a plurality of blades mounted on a rotor, said rotor having a rotatable shaft with a drivewheel extending outward therefrom, said drivewheel rotating with said shaft and said rotor as said blades rotate in response to a wind speed, a plurality of wheels , said wheels being connected to drive a plurality of generators to produce energy, said rotor having a broad range of speed means for controlling a speed of the blades comprising at least two selected from the group of pitch control, yaw control and brakes; and a controller being connected to control the number of generators that are generating between zero and all of said generators based on the speed of said blades , while controlling at least two of a pitch, a yaw and the brakes, and monitoring parameters relating to said speed of said blades , said controller being programmed to increase or decrease the number of generators generating based on a torque of said rotatable shaft , characterized in that the plurality of wheels are in continuous rotatable friction contact with said drivewheel , the plurality of wheels and said drivewheel being friction coupled components allowing torque peaks to be avoided by slippage between the friction coupled components when torque exceeds a prescribed level. a plurality of blades mounted on a rotor, said rotor having a rotatable shaft with a drivewheel extending outward therefrom, said drivewheel rotating with said shaft and said rotor as said blades rotate in response to a wind speed, a plurality of wheels , said wheels being connected to drive a plurality of generators to produce energy, said rotor having a broad range of speed means for controlling a speed of the blades comprising at least two selected from the group of pitch control, yaw control and brakes; and a controller being connected to control the number of generators that are generating between zero and all of said generators based on the speed of said blades , while controlling at least two of a pitch, a yaw and the brakes, and monitoring parameters relating to said speed of said blades , said controller being programmed to increase or decrease the number of generators generating based on a torque of said rotatable shaft ,
Fixing device having a panel edge and nut clamp engaging on the edge of the panel, the panel edge being conformed for approval on an axis of commitment (A) of the nut clamp with a U-shaped nut clip of the type having a first and a second branch connected by a base , a platelet made by cutting in at least that first branch connected to that branch near its free end and bearing a threaded screw drum axial aligned e with a hole housed in that second branch , the panel edge comprising a cheek straddled by the said nut clip and having an opening arranged so as to be axially aligned with the said tarauded drum and the said hole after the nut clip has been installed, the said cheek having a first face 25) and a second face intended to co-slide with the said platelet and the second branch of the nut clip respectively when it is installed; characterized that the edge of the panel has an initial torque of lateral pilasters protruding from the first face of the cheek and extending parallel to the axis of commitment (A) of the nut clamp by being separated from each other by a distance slightly greater than the width of the platelet 4) but less than that of that second branch . with a U-shaped nut clip of the type having a first and a second branch connected by a base , a platelet made by cutting in at least that first branch connected to that branch near its free end and bearing a threaded screw drum axial aligned e with a hole housed in that second branch , the panel edge comprising a cheek straddled by the said nut clip and having an opening arranged so as to be axially aligned with the said tarauded drum and the said hole after the nut clip has been installed, the said cheek having a first face 25) and a second face intended to co-slide with the said platelet and the second branch of the nut clip respectively when it is installed; characterized that the edge of the panel has an initial torque of lateral pilasters protruding from the first face of the cheek and extending parallel to the axis of commitment (A) of the nut clamp by being separated from each other by a distance slightly greater than the width of the platelet 4) but less than that of that second branch .
An injection head for liquid fire extinguishing agent, in a fire extinguishing equipment using a liquid fire extinguishing agent, the injection head arranged for releasing the liquid fire extinguishing agent to a fire extinguishing area, wherein the injection head comprising of: an injection head body for connecting with a pipe providing the liquid fire extinguishing agent; an orifice plate arranged in the injection head body and forming with an orifice through which flowing the liquid fire extinguishing agent; a porous member having a block shape arranged in an exiting part of the orifice ; and a baffle plate contacting with an end surface of said porous member opposite side of the exiting part of the orifice ; wherein said baffle plate covers at least a projected area of a circumscribed circle of the orifice of an end surface of the porous member and, as well as the liquid fire extinguishing agent is released via a gap formed between the injection head body and the baffle plate , and/or, a through hole formed outside of the projected area of the circumscribed circle of the orifice of the injection head body and/or the baffle plate , characterised in that a release form of said liquid fire extinguishing agent has a fan shape having a predetermined angle in a direction orthogonal to an axial direction of the orifice .
A data transmission method, comprising: determining (S401), by a first device , a super frame, wherein the super frame comprises one idle period and one or two active periods, and the idle period is continuous with the one or two active periods; and sending (S402), by the first device , data to a second device only in the one or two active periods, and entering (S402) a sleep state in the idle period; wherein determining (S401), by the first device , the super frame comprises determining, based on a service type of to-be-sent data, a maximum latency corresponding to the to-be-sent data, determining a smaller value in the maximum latency and a link refresh cycle as a maximum frame length of the super frame, and determining an actual frame length, a timeslot length of time slots in the super frame, and a quantity of timeslots of the super frame based on a data packet size of the to-be-sent data and the maximum frame length. determining (S401), by a first device , a super frame, wherein the super frame comprises one idle period and one or two active periods, and the idle period is continuous with the one or two active periods; and sending (S402), by the first device , data to a second device only in the one or two active periods, and entering (S402) a sleep state in the idle period; wherein determining (S401), by the first device , the super frame comprises determining, based on a service type of to-be-sent data, a maximum latency corresponding to the to-be-sent data, determining a smaller value in the maximum latency and a link refresh cycle as a maximum frame length of the super frame, and determining an actual frame length, a timeslot length of time slots in the super frame, and a quantity of timeslots of the super frame based on a data packet size of the to-be-sent data and the maximum frame length.
A method for controlling drainage of a dehumidifier, comprising: detecting, when a compressor of the dehumidifier is powered on, whether the compressor operates or not (S102); controlling, when it is detected that the compressor stops operating, a power device of the dehumidifier to start draining water off after a first preset period (S104); detecting an operation period of the power device ; judging whether the operation period reaches a second preset period or not ; and controlling, when it is determined that the operation period reaches the second preset period, the power device to stop operating . detecting, when a compressor of the dehumidifier is powered on, whether the compressor operates or not (S102); controlling, when it is detected that the compressor stops operating, a power device of the dehumidifier to start draining water off after a first preset period (S104); detecting an operation period of the power device ; judging whether the operation period reaches a second preset period or not ; and controlling, when it is determined that the operation period reaches the second preset period, the power device to stop operating .
A data interface device for data transmission between a numerically controlled machine tool comprising a control device for controlling a plurality of actuators of said machine tool and an external data processing device (400; 500), said data interface device comprising: - a control interface unit for data transmission with said control device of said machine tool , - a communication unit for data transmission with said external data processing device (400; 500), characterized in that said data interface device comprises: - a data processing device for processing of data received at least via said control interface unit , - a data storage device having a first storage medium for storing data received via said control interface unit and/or data processed by said data processing device , and a second storage medium for storing configuration data , wherein the configuration data indicate a communication protocol used by said control device of said machine tool from a first group of communication protocols, and a communication protocol used by said external data processing device (400; 500) from a second group of communication protocols, wherein said control interface unit is configured to use each of the communication protocols from the first group of communication protocols for data transmission and to select the communication protocol used by said control device of said machine tool for data transmission with the control device of said machine tool based on the configuration data , and wherein said communication unit is configured to use each of the communication protocols from the second group of communication protocols for data transmission and to select the communication protocol used by said external data processing device (400; 500) for data transmission with said external data processing device (400; 500) based on the configuration data. - a control interface unit for data transmission with said control device of said machine tool , - a communication unit for data transmission with said external data processing device (400; 500), - a data processing device for processing of data received at least via said control interface unit , - a data storage device having a first storage medium for storing data received via said control interface unit and/or data processed by said data processing device , and a second storage medium for storing configuration data ,
A medical examination system , comprising: a breathing guiding apparatus configured to guide a breathing of a subject an imaging device configured to scan the subject; and a controller coupled to the breathing guiding apparatus and configured to cause the breathing guiding apparatus to generate a breath guiding state for guiding the breathing of the subject by generating a first light pattern guiding the subject to inhale and a second light pattern guiding the subject to exhale, wherein the imaging device includes an X-ray generator, the controller is coupled to the X-ray generator, and the X-ray generator is configured for emitting X-rays at a time point when an inhalation or an exhalation of the subject ends, wherein the controller is adapted to control the X-ray generator to generate X-rays at the time when the first light pattern or the second light pattern ends. a breathing guiding apparatus configured to guide a breathing of a subject an imaging device configured to scan the subject; and a controller coupled to the breathing guiding apparatus and configured to cause the breathing guiding apparatus to generate a breath guiding state for guiding the breathing of the subject by generating a first light pattern guiding the subject to inhale and a second light pattern guiding the subject to exhale, wherein the imaging device includes an X-ray generator, the controller is coupled to the X-ray generator, and the X-ray generator is configured for emitting X-rays at a time point when an inhalation or an exhalation of the subject ends, wherein the controller is adapted to control the X-ray generator to generate X-rays at the time when the first light pattern or the second light pattern ends.
A device for determining an optical power of an optical test system , wherein the device comprises an optical object generator assembly for generating an optical object along an optical axis ; a support for the optical test system , such that when the optical test system is located on the support , said optical test system is aligned with the optical axis , and when the optical object is generated, the optical test system projects an initial optical image of the optical object; a digital image detector ; a deflector assembly located between the optical object generator assembly and the digital image detector , characterized in that said deflector assembly is intended to produce a lateral displacement at least in one part of the initial optical image , thus simultaneously generating a displaced optical image and a reference optical image in one digital image, the digital image detector being located to capture the displaced optical image and the reference optical image in at least one digital image containing data on the lateral displacement; and processing means for determining the optical power of the optical test system from the lateral displacement and the reference data contained in the digital image . an optical object generator assembly for generating an optical object along an optical axis ; a support for the optical test system , such that when the optical test system is located on the support , said optical test system is aligned with the optical axis , and when the optical object is generated, the optical test system projects an initial optical image of the optical object; a digital image detector ; a deflector assembly located between the optical object generator assembly and the digital image detector , characterized in that said deflector assembly is intended to produce a lateral displacement at least in one part of the initial optical image , thus simultaneously generating a displaced optical image and a reference optical image in one digital image, the digital image detector being located to capture the displaced optical image and the reference optical image in at least one digital image containing data on the lateral displacement; and processing means for determining the optical power of the optical test system from the lateral displacement and the reference data contained in the digital image .
A laminate for a light emitting device, comprising: a glass substrate (G) comprising potassium or a glass substrate (G) coated with a mineral layer comprising potassium; and an internal light extraction layer (ILE) formed from a glass frit having a refractive index (RI) of 1.8 to 2.1 on said glass substrate or on said mineral layer, wherein the internal light extraction layer comprises an interface void (V) layer at an interface with the glass substrate or the mineral layer, characterised in that the interface void layer has a thickness of 1 to 5 μm, the interface void layer has a void area ratio of 40 to 90%, and a surface of the glass substrate or the mineral layer comprises potassium at a concentration of 1 to 15% by weight. a glass substrate (G) comprising potassium or a glass substrate (G) coated with a mineral layer comprising potassium; and an internal light extraction layer (ILE) formed from a glass frit having a refractive index (RI) of 1.8 to 2.1 on said glass substrate or on said mineral layer, wherein the internal light extraction layer comprises an interface void (V) layer at an interface with the glass substrate or the mineral layer, characterised in that the interface void layer has a thickness of 1 to 5 μm, the interface void layer has a void area ratio of 40 to 90%, and a surface of the glass substrate or the mineral layer comprises potassium at a concentration of 1 to 15% by weight.
Filter for hydraulic oil, having • a permanent magnet , • an injection-moulded body , wherein • the injection-moulded body is composed of plastic with openings and surrounds the permanent magnet such that the permanent magnet is mounted positionally fixedly in the injection-moulded body , characterized in that • the injection-moulded body is composed of a collar , in which the multiple openings are arranged with a cross section of smaller than 2 mm, preferably smaller than 1 mm, and of a main body , which surrounds the permanent magnet , wherein the collar has a larger diameter than the main body , and • the main body is composed of a first and second portion which are arranged to both sides of the collar in a flow direction of the hydraulic oil, wherein • the first portion is composed of multiple mutually spaced-apart parts and the second portion is composed of multiple parts which project from the permanent magnet , such that, between the parts , the permanent magnet is flowed around laterally by the hydraulic oil. • a permanent magnet , • an injection-moulded body , • the injection-moulded body is composed of plastic with openings and surrounds the permanent magnet such that the permanent magnet is mounted positionally fixedly in the injection-moulded body , • the injection-moulded body is composed of a collar , in which the multiple openings are arranged with a cross section of smaller than 2 mm, preferably smaller than 1 mm, and of a main body , which surrounds the permanent magnet , wherein the collar has a larger diameter than the main body , and • the main body is composed of a first and second portion which are arranged to both sides of the collar in a flow direction of the hydraulic oil, wherein • the first portion is composed of multiple mutually spaced-apart parts and the second portion is composed of multiple parts which project from the permanent magnet , such that, between the parts , the permanent magnet is flowed around laterally by the hydraulic oil.
An electric drive module for driving an axle comprising a housing , at least one electric motor attached to the housing, a main gear wheel mechanically connected to the electric motor by mechanical gears , a gearbox , wherein the gearbox input member is driven by the main gear wheel , an axle differential located in an axle differential housing and driven by a gearbox output, drive shafts driven by the axle differential , wherein the axis of the shafts is identical or parallel to the axis of the gearbox, and it further comprises a parking brake system characterized in that the parking brake system comprises a parking brake shaft , a pinion placed on the first side of the parking brake shaft , a brake disc placed on the side of the shaft opposite to the pinion, and a braking element adapted to exert a braking effect on the brake disc , wherein the parking brake system is placed such that the rotational movement of the main gear wheel is transmitted to the pinion .
An image processing apparatus for tracking a target object to be tracked included in a plurality of consecutively captured images, the image processing apparatus comprising: an image acquisition unit configured to acquire an image; and a tracking unit configured to detect a target object to be tracked included in the image by template matching and acquire over a plurality of the images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, wherein the detection by template matching comprises: 1) performing a first matching by using a first template corresponding to the target object to be tracked, 2) performing a second matching by using a second template, which is different in size or shape from the first template, in a case where a score of a result of the first matching is lower than a first threshold value, and 3) determining whether or not tracking of the target object to be tracked is ended based on both of a score of a result of the second matching and an intensity of an edge in an area that is determined as a result of the matching, in a case where the second matching is performed. an image acquisition unit configured to acquire an image; and a tracking unit configured to detect a target object to be tracked included in the image by template matching and acquire over a plurality of the images an amount of movement of the target object to be tracked and a direction of the movement of the target object to be tracked, wherein the detection by template matching comprises: 1) performing a first matching by using a first template corresponding to the target object to be tracked, 2) performing a second matching by using a second template, which is different in size or shape from the first template, in a case where a score of a result of the first matching is lower than a first threshold value, and 3) determining whether or not tracking of the target object to be tracked is ended based on both of a score of a result of the second matching and an intensity of an edge in an area that is determined as a result of the matching, in a case where the second matching is performed. 1) performing a first matching by using a first template corresponding to the target object to be tracked, 2) performing a second matching by using a second template, which is different in size or shape from the first template, in a case where a score of a result of the first matching is lower than a first threshold value, and 3) determining whether or not tracking of the target object to be tracked is ended based on both of a score of a result of the second matching and an intensity of an edge in an area that is determined as a result of the matching, in a case where the second matching is performed.
A digital microbeamformer apparatus for an ultrasound system , comprising: a plurality of interconnected nodes , one or more of the plurality of interconnected nodes being configured to receive channel data from at least one ADC channel of the ultrasound system; wherein one or more of the plurality of interconnected nodes are configured to communicate data with one or more of the other nodes via a corresponding beamforming data path ; and wherein one or more of the plurality of interconnected nodes are coupled to a data output bus shared by one or more of the other nodes. a plurality of interconnected nodes , one or more of the plurality of interconnected nodes being configured to receive channel data from at least one ADC channel of the ultrasound system; wherein one or more of the plurality of interconnected nodes are configured to communicate data with one or more of the other nodes via a corresponding beamforming data path ; and wherein one or more of the plurality of interconnected nodes are coupled to a data output bus shared by one or more of the other nodes.