mhurhangee/patent-ind-claim-en huggingface dataset:
A blade motion tracking system for installation on a wind turbine blade , where the wind turbine blade comprises a blade root and a blade tip , and a leading edge and a trailing edge with a chord length extending therebetween of each blade section; said system comprising • at least one light module comprising a first light source in a blade section at a predetermined distance from the blade root , said first light source configured for having a predefined modulation frequency, and • an optical measuring device adapted to receive light emitted from the first light source , and wherein the optical measuring device comprises at least one position sensitive detector (PSD) for identifying the position of the first light source relative to the position sensitive detector , and wherein the optical measuring device is configured for distinguishing the first light source from ambient light conditions based on the predefined modulation frequency. • at least one light module comprising a first light source in a blade section at a predetermined distance from the blade root , said first light source configured for having a predefined modulation frequency, and • an optical measuring device adapted to receive light emitted from the first light source , and wherein the optical measuring device comprises at least one position sensitive detector (PSD) for identifying the position of the first light source relative to the position sensitive detector , and wherein the optical measuring device is configured for distinguishing the first light source from ambient light conditions based on the predefined modulation frequency.
A method of assembling a structure , the method comprising: drilling an injection hole through a first component and a second component ; encapsulating drilling debris generated between the first component and the second component during drilling of the injection hole by injecting a structural gap filler through the injection hole and between the first component and the second component to form encapsulated drilling debris ; drilling a hole through the injection hole and through the first component , the structural gap filler , and the second component ; and maintaining clamp-up of the first component and the second component between drilling the injection hole and drilling the hole . drilling an injection hole through a first component and a second component ; encapsulating drilling debris generated between the first component and the second component during drilling of the injection hole by injecting a structural gap filler through the injection hole and between the first component and the second component to form encapsulated drilling debris ; drilling a hole through the injection hole and through the first component , the structural gap filler , and the second component ; and maintaining clamp-up of the first component and the second component between drilling the injection hole and drilling the hole .
A fitting , at least having • a housing with a housing wall , • a mixing cartridge arranged in the housing , with o a first feed connection , a second feed connection , a mixing region for mixing a fluid flowing into the mixing region via the feed connections , and an outlet connection via which the fluid can flow out of the mixing region and out of the mixing cartridge ; • an actuation unit for actuating the mixing cartridge and • a hose ; wherein the hose is connected to the outlet connection via a first end and arranged in a moveable manner on the housing via a second end ; characterized in that the hose extends through a channel of the mixing cartridge , wherein the mixing region is arranged at least partially between the channel and the housing wall . • a housing with a housing wall , • a mixing cartridge arranged in the housing , with o a first feed connection , a second feed connection , a mixing region for mixing a fluid flowing into the mixing region via the feed connections , and an outlet connection via which the fluid can flow out of the mixing region and out of the mixing cartridge ; o a first feed connection , a second feed connection , a mixing region for mixing a fluid flowing into the mixing region via the feed connections , and an outlet connection via which the fluid can flow out of the mixing region and out of the mixing cartridge ; • an actuation unit for actuating the mixing cartridge and • a hose ;
A method for protecting a three-winding transformer of a wind turbine , the three-winding transformer having a primary winding , a secondary winding , and a tertiary winding , the method comprising: estimating , via a controller , an electrical condition of the primary winding of the transformer ; determining , via the controller , an electrical condition limit of the primary winding ; comparing , via the controller , the estimated electrical condition to the electrical condition limit; and implementing a corrective action for the wind turbine if the estimated electrical condition exceeds the electrical condition limit so as to reduce the electrical condition within safe limits; characterized in that implementing the corrective action further comprises generating an operating limit for the wind turbine and operating the wind turbine below the operating limit and wherein the operating limit comprises at least one of a torque limit, a speed limit, a current limit, or power limit; the method further comprising determining the electrical condition limit of the primary winding as a function of ambient temperature and altitude of the transformer . estimating , via a controller , an electrical condition of the primary winding of the transformer ; determining , via the controller , an electrical condition limit of the primary winding ; comparing , via the controller , the estimated electrical condition to the electrical condition limit; and implementing a corrective action for the wind turbine if the estimated electrical condition exceeds the electrical condition limit so as to reduce the electrical condition within safe limits; characterized in that implementing the corrective action further comprises generating an operating limit for the wind turbine and operating the wind turbine below the operating limit and wherein the operating limit comprises at least one of a torque limit, a speed limit, a current limit, or power limit; the method further comprising determining the electrical condition limit of the primary winding as a function of ambient temperature and altitude of the transformer .
A system comprising: at least one processor to: continually monitor at least one resource associated with a computing network for a condition in the computing network that may trigger an authorization control modification, the condition comprising one of an active project that uses the at least one resource, a security alert level change, a resource locality change, metadata associated with the condition, a skill assessment, and a business state analysis; determine that the condition has occurred in the computing network; and dynamically and automatically modify a user authorization control from a first level to a second level at a first time for at least one particular user responsive to determining that the condition has occurred and dynamically and automatically modify the user authorization control from the second level to the first level at a second time after the first time. continually monitor at least one resource associated with a computing network for a condition in the computing network that may trigger an authorization control modification, the condition comprising one of an active project that uses the at least one resource, a security alert level change, a resource locality change, metadata associated with the condition, a skill assessment, and a business state analysis; determine that the condition has occurred in the computing network; and dynamically and automatically modify a user authorization control from a first level to a second level at a first time for at least one particular user responsive to determining that the condition has occurred and dynamically and automatically modify the user authorization control from the second level to the first level at a second time after the first time.
An optical clearing solution comprising: water; an iodine-containing, non-ionic radiocontrast agent comprising 40 to 80 weight percent iodixanol in solution with 0 to 20 weight percent polyhydric alcohol; and urea, wherein the urea has a concentration of 10 to 50 weight percent. water; an iodine-containing, non-ionic radiocontrast agent comprising 40 to 80 weight percent iodixanol in solution with 0 to 20 weight percent polyhydric alcohol; and urea, wherein the urea has a concentration of 10 to 50 weight percent.
A method for processing a block of an image divided into a plurality of sub blocks, performed by an image processing apparatus, the method comprising: • Setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter (S136); • Setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block (S337); • quantizing transform coefficient data using the set current quantization parameters to generate quantized data (S106); and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream. • Setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter (S136); • Setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block (S337); • quantizing transform coefficient data using the set current quantization parameters to generate quantized data (S106); and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream.
Method for testing new material compositions for powder bed-based laser melting or laser sintering, in which - an installation module is provided which consists of a process chamber with a building space with a movable build platform , with a powder deposition device , with a powder reservoir, with at least one inlet and one outlet for an inert gas, with drives for moving the build platform , the powder reservoir and the powder application, and with a window for coupling processing laser radiation above the build platform , wherein the build platform has a surface area ≤ 50 cm 2 , - the installation module is inserted in a plant for powder bed-based laser melting or laser sintering having a process chamber with a larger building space with movable build platform and fixed therein in such a way that a laser processing system of the plant can be used to process the to be tested material composition in the building space of the installation module , and - the to be tested material composition is processed in the building space of the installation module using the laser processing system of the plant to produce a test specimen, and wherein the installation module is inserted at the location of an inlet window of the process chamber of the plant and fixed therein. - an installation module is provided which consists of a process chamber with a building space with a movable build platform , with a powder deposition device , with a powder reservoir, with at least one inlet and one outlet for an inert gas, with drives for moving the build platform , the powder reservoir and the powder application, and with a window for coupling processing laser radiation above the build platform , wherein the build platform has a surface area ≤ 50 cm 2 , - the installation module is inserted in a plant for powder bed-based laser melting or laser sintering having a process chamber with a larger building space with movable build platform and fixed therein in such a way that a laser processing system of the plant can be used to process the to be tested material composition in the building space of the installation module , and - the to be tested material composition is processed in the building space of the installation module using the laser processing system of the plant to produce a test specimen, and wherein the installation module is inserted at the location of an inlet window of the process chamber of the plant and fixed therein.
A bone fixation assembly comprising: an intramedullary nail having a nail body that is elongate substantially along a longitudinal axis that extends along a longitudinal direction (L), the nail body defining a first portion positioned to attach to a first bone segment and a second portion that is spaced from the first portion along the longitudinal direction and positioned to attach to a second bone segment that is separated from the first bone segment by a bone gap, the nail body defining opposed first and second internal surfaces that cooperate to at least partially define a compression slot extending into the first portion of the nail body , the compression slot defining a plurality of pockets including at least a pair of longitudinally spaced end pockets and an intermediate pocket disposed between the end pockets, and an intersection between adjacent ones of the pockets , wherein the compression slot defines a first width substantially perpendicular to the longitudinal direction at one of the intersections , and the compression slot defines a second width at one of the pockets along a direction substantially parallel to the first width, such that the second width is greater than the first width, and wherein at least one or both of the first and second internal surfaces is movable away from the other of the internal surfaces in response to movement of a compression member along the compression slot from one of the plurality of pockets , and into the one of the intersections toward another of the plurality of pockets . an intramedullary nail having a nail body that is elongate substantially along a longitudinal axis that extends along a longitudinal direction (L), the nail body defining a first portion positioned to attach to a first bone segment and a second portion that is spaced from the first portion along the longitudinal direction and positioned to attach to a second bone segment that is separated from the first bone segment by a bone gap, the nail body defining opposed first and second internal surfaces that cooperate to at least partially define a compression slot extending into the first portion of the nail body , the compression slot defining a plurality of pockets including at least a pair of longitudinally spaced end pockets and an intermediate pocket disposed between the end pockets, and an intersection between adjacent ones of the pockets , wherein the compression slot defines a first width substantially perpendicular to the longitudinal direction at one of the intersections , and the compression slot defines a second width at one of the pockets along a direction substantially parallel to the first width, such that the second width is greater than the first width, and wherein at least one or both of the first and second internal surfaces is movable away from the other of the internal surfaces in response to movement of a compression member along the compression slot from one of the plurality of pockets , and into the one of the intersections toward another of the plurality of pockets .
A terminal device comprising: at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured, with the at least one processor, to cause the terminal device at least to perform: receiving , from a serving access node of the terminal device, a first downlink radio resource control message comprising reference time information for a clock provided by the serving access node and traceability information for enabling traceability of the clock to a reference time standard, characterized in that the traceability information comprises at least information on a clock class indicative of a current synchronization status of the clock provided by the serving access node . at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured, with the at least one processor, to cause the terminal device at least to perform: receiving , from a serving access node of the terminal device, a first downlink radio resource control message comprising reference time information for a clock provided by the serving access node and traceability information for enabling traceability of the clock to a reference time standard, characterized in that the traceability information comprises at least information on a clock class indicative of a current synchronization status of the clock provided by the serving access node . receiving , from a serving access node of the terminal device, a first downlink radio resource control message comprising reference time information for a clock provided by the serving access node and traceability information for enabling traceability of the clock to a reference time standard, characterized in that the traceability information comprises at least information on a clock class indicative of a current synchronization status of the clock provided by the serving access node .
A fastener applicator comprising: a body portion including a handle assembly ; a cartridge assembly supported within the body portion, the cartridge assembly including implantable fasteners ; a drive assembly supported within the body portion and operatively coupled to the cartridge assembly to engage the implantable fasteners; and an actuation assembly supported within the handle assembly and operatively coupled to the drive assembly to fire a distal-most implantable fastener upon actuation of the actuation assembly; wherein at least one of the implantable fasteners has: a body including a backspan ; a tissue penetrating portion extending from the body; and a closed capsule , the capsule including radioactive material ; characterised in that the backspan defines a flattened surface extending along at least a portion thereof, the flattened surface providing an increased surface area, wherein the closed capsule is affixed to the flattened surface of the backspan. a body portion including a handle assembly ; a cartridge assembly supported within the body portion, the cartridge assembly including implantable fasteners ; a drive assembly supported within the body portion and operatively coupled to the cartridge assembly to engage the implantable fasteners; and an actuation assembly supported within the handle assembly and operatively coupled to the drive assembly to fire a distal-most implantable fastener upon actuation of the actuation assembly; wherein at least one of the implantable fasteners has: a body including a backspan ; a tissue penetrating portion extending from the body; and a closed capsule , the capsule including radioactive material ; a body including a backspan ; a tissue penetrating portion extending from the body; and a closed capsule , the capsule including radioactive material ; characterised in that the backspan defines a flattened surface extending along at least a portion thereof, the flattened surface providing an increased surface area, wherein the closed capsule is affixed to the flattened surface of the backspan.
A honeycomb extrusion die , comprising: a die body comprising: an inlet face and an exit face axially opposite from the inlet face ; feedholes with feedhole entrances at the inlet face that terminate at feedhole outlets within the die body ; and a plurality of die pins extending to the exit face , the plurality of die pins comprising side surfaces that define a matrix of intersecting slots , wherein at least some of the intersecting slots in the matrix of intersecting slots comprise: divots formed in the side surfaces of the die pins at positions located axially between the feedhole outlets and the exit face , entrance slot portions extending from intersections with the feedhole outlets to the divots , the entrance slot portions having an entrance slot width W A , and exit slot portions extending from the divots to the exit face , the exit slot portions having an exit slot width W B , wherein W A > W B over an entire slot length from the feedhole outlets to the exit face . a die body comprising: an inlet face and an exit face axially opposite from the inlet face ; feedholes with feedhole entrances at the inlet face that terminate at feedhole outlets within the die body ; and a plurality of die pins extending to the exit face , the plurality of die pins comprising side surfaces that define a matrix of intersecting slots , an inlet face and an exit face axially opposite from the inlet face ; feedholes with feedhole entrances at the inlet face that terminate at feedhole outlets within the die body ; and a plurality of die pins extending to the exit face , the plurality of die pins comprising side surfaces that define a matrix of intersecting slots , wherein at least some of the intersecting slots in the matrix of intersecting slots comprise: divots formed in the side surfaces of the die pins at positions located axially between the feedhole outlets and the exit face , entrance slot portions extending from intersections with the feedhole outlets to the divots , the entrance slot portions having an entrance slot width W A , and exit slot portions extending from the divots to the exit face , the exit slot portions having an exit slot width W B , wherein W A > W B over an entire slot length from the feedhole outlets to the exit face . divots formed in the side surfaces of the die pins at positions located axially between the feedhole outlets and the exit face , entrance slot portions extending from intersections with the feedhole outlets to the divots , the entrance slot portions having an entrance slot width W A , and exit slot portions extending from the divots to the exit face , the exit slot portions having an exit slot width W B , wherein W A > W B over an entire slot length from the feedhole outlets to the exit face .
Processing device for processing preferably elongate workpieces which preferably consist at least partly of wood, wood-based materials, metal, plastic or the like, comprising - a workpiece storage device for storing workpieces on a plurality of levels arranged on top of each other in the vertical direction; and - a processing apparatus for processing the workpieces ; wherein the workpiece storage device is a moveable workpiece storage device, and a transfer unit , moveable in the vertical direction and in at least one direction perpendicular to the vertical direction, is provided which is configured to transport workpieces between the workpiece storage device and the processing apparatus and preferably also back again, wherein the transfer unit comprises a belt conveyor unit, a conveyor belt and/or a linear conveyor. - a workpiece storage device for storing workpieces on a plurality of levels arranged on top of each other in the vertical direction; and - a processing apparatus for processing the workpieces ;