mhurhangee/patent-ind-claim-en huggingface dataset:
A distraction system comprising: a distraction rod having a first end and a second end, the first end being configured for affixation to a subject's skeletal system at a first location, the second end containing a recess having a threaded portion disposed therein; an adjustable portion configured for placement relative to the subject's skeletal system at a second location remote from the first location, the adjustable portion comprising a housing containing a magnetic assembly , characterized in that the magnetic assembly is rotationally coupled to a threaded screw with a clearance permitting off-axis movement of the threaded screw relative to the magnetic assembly , the threaded screw operatively coupled to the threaded portion of the distraction rod , wherein rotation of the magnetic assembly axially moves the distraction rod relative to the housing . a distraction rod having a first end and a second end, the first end being configured for affixation to a subject's skeletal system at a first location, the second end containing a recess having a threaded portion disposed therein; an adjustable portion configured for placement relative to the subject's skeletal system at a second location remote from the first location, the adjustable portion comprising a housing containing a magnetic assembly , characterized in that the magnetic assembly is rotationally coupled to a threaded screw with a clearance permitting off-axis movement of the threaded screw relative to the magnetic assembly , the threaded screw operatively coupled to the threaded portion of the distraction rod , wherein rotation of the magnetic assembly axially moves the distraction rod relative to the housing .
A salt of (E)-N,N-dimethyl-4-((2-((5-((Z)-4,4,4-trifluoro-1-(3-fluoro-1H-indazol-5-yl)-2-phenylbut-1-e n-1-yl)pyridin-2-yl)oxy)ethyl)amino)but-2-enamide represented by the formula I, and an acid selected from the group consisting of hydrobromic acid, maleic acid and mandelic acid.
An imaging device comprising: an optical system including a movable lens ; an image capture unit configured to capture a subject image through the optical system; a sound-collecting stereo microphone ; and a control unit configured to control the optical system and the image capture unit , characterized in that the imaging device has a first mode and a second mode as moving-image shooting modes, the control unit makes the movable lens move faster in the first mode than in the second mode when a moving image is captured, and the control unit filters the sound signal with a narrower-band filter in the first mode than in the second mode. an optical system including a movable lens ; an image capture unit configured to capture a subject image through the optical system; a sound-collecting stereo microphone ; and a control unit configured to control the optical system and the image capture unit , characterized in that the imaging device has a first mode and a second mode as moving-image shooting modes, the control unit makes the movable lens move faster in the first mode than in the second mode when a moving image is captured, and the control unit filters the sound signal with a narrower-band filter in the first mode than in the second mode.
A peptide consisting of an amino acid sequence of SEQ ID NO: 1 for use in treating an inflammatory disease.
Induction cooking appliance apparatus, in particular an induction oven apparatus, having at least one induction heating unit (12a-b) which has at least one induction heating line (14a-b) having a multiplicity of induction heating line elements (16a-b) which are wound in the longitudinal direction (18a-b) of the induction heating line (14a-b) in an azimuthal and radial manner, characterised in that at least one of the induction heating line elements (16a-b) consists at least in sections in at least one edge region (20a-b) of the induction heating line element (16a-b) at least to a large extent of at least one edge material which has at least one metal, wherein a number of induction heating line elements (16a-b) amounts to at least 15.
A multi-band radiating array , comprising: a planar reflector ; a plurality of first radiating elements defining a first column on the planar reflector , the first radiating elements having a first operating frequency range; a plurality of second radiating elements defining a second column on the planar reflector alongside the first column , the second radiating elements having a second operating frequency range that is wider than the first operating frequency range; and a plurality of third radiating elements defining a third column on the planar reflector between the first and second columns , the third radiating elements having a third operating frequency range that is lower than the second operating frequency range, characterised in that the second operating frequency range partially or fully overlaps with the first operating frequency range. a planar reflector ; a plurality of first radiating elements defining a first column on the planar reflector , the first radiating elements having a first operating frequency range; a plurality of second radiating elements defining a second column on the planar reflector alongside the first column , the second radiating elements having a second operating frequency range that is wider than the first operating frequency range; and a plurality of third radiating elements defining a third column on the planar reflector between the first and second columns , the third radiating elements having a third operating frequency range that is lower than the second operating frequency range, characterised in that the second operating frequency range partially or fully overlaps with the first operating frequency range.
A composition consisting of the alcohol extracts prepared from Fructus Ligustri Lucidi, Herba Ecliptae, Radix Paeoniae Alba and Rhizoma Curcumae Longae, and the water extract of clam; wherein the parts by weight of the respective components are: 20 parts of Fructus Ligustri Lucidi, 15 parts of Herba Ecliptae, 8 parts of Radix Paeoniae Alba, 12 parts of the Rhizoma Curcumae Longae extract, and 8 parts of the clam extract.
A wind turbine blade installation device for use when installing a wind turbine blade on a wind turbine hub , the wind turbine blade installation device comprising: a winch mechanism supported by a structural frame and an electronically controlled switch to control the winch mechanism, wherein the winch mechanism comprises a guide wire and a drum , wherein the winch mechanism is configured so that the guide wire can be wound onto and off the drum in response to a control input from said switch; and a mounting device , wherein the mounting device is configured to releasably attach the structural frame to the wind turbine hub so that, in use, one end of the guide wire can be passed through a bolt hole located in a pitch bearing of the wind turbine hub from an innermost side of the pitch bearing to an outermost side of the pitch bearing , wherein the structural frame comprises a first portion and a second portion , wherein the first portion of the structural frame is configured to support the drum of the winch assembly , and wherein the second portion of the structural frame is configured to be located adjacent to the pitch bearing in use, wherein the mounting device is configured to releasably attach the second portion of the structural frame to the pitch bearing . a winch mechanism supported by a structural frame and an electronically controlled switch to control the winch mechanism, wherein the winch mechanism comprises a guide wire and a drum , wherein the winch mechanism is configured so that the guide wire can be wound onto and off the drum in response to a control input from said switch; and a mounting device , wherein the mounting device is configured to releasably attach the structural frame to the wind turbine hub so that, in use, one end of the guide wire can be passed through a bolt hole located in a pitch bearing of the wind turbine hub from an innermost side of the pitch bearing to an outermost side of the pitch bearing , wherein the structural frame comprises a first portion and a second portion , wherein the first portion of the structural frame is configured to support the drum of the winch assembly , and wherein the second portion of the structural frame is configured to be located adjacent to the pitch bearing in use, wherein the mounting device is configured to releasably attach the second portion of the structural frame to the pitch bearing .
A method comprising: acquiring ship automatic identification system data (AIS data) during a predetermined period of time, wherein the AIS data are received at a satellite; performing a validation test on the AIS data acquired during the predetermined period of time (S550); converting the AIS data determined to be suitable through the validation test, from an earth coordinate system into an inertial coordinate system (S570); and estimating a position and a velocity of the e satellite by using the AIS data converted into the inertial coordinate system and a predetermined orbit propagator model (S580), characterized in that the method further comprises calculating a circular dispersion for the AIS data acquired during the predetermined period of time (S540); and wherein a condition for determining suitability in the validation test includes a test criterion for circular dispersion wherein the calculated circular dispersion is determined to be equal to or greater than a predetermined reference value. performing a validation test on the AIS data acquired during the predetermined period of time (S550); converting the AIS data determined to be suitable through the validation test, from an earth coordinate system into an inertial coordinate system (S570); and estimating a position and a velocity of the e satellite by using the AIS data converted into the inertial coordinate system and a predetermined orbit propagator model (S580), characterized in that the method further comprises calculating a circular dispersion for the AIS data acquired during the predetermined period of time (S540); and wherein a condition for determining suitability in the validation test includes a test criterion for circular dispersion wherein the calculated circular dispersion is determined to be equal to or greater than a predetermined reference value.
A method of managing network traffic using biometrics, the method comprising: storing , by a server , a first value N, and a primitive root modulo N, wherein N is selected during enrollment of a user; storing , by the server , a plurality of verification codes, wherein each of the plurality of verification codes is generated using the primitive root modulo N to the power of a hash function result of a respective portion of a first biometric template acquired from the user during the enrollment, and each portion of the biometric template is identified by a corresponding offset identifier; receiving , by the server , a request to connect to the server , the request from a client operated by the user; transmitting , by the server , a first offset identifier to the client , wherein the client uses the first offset identifier to identify a first portion of a second biometric template acquired from the user in association with the request, and to generate a first value corresponding to a common exponentiation function using the identified first portion of the second biometric template, wherein the common exponentiation function has the primitive root modulo N as a base; generating , at the server according to the first offset identifier, a second value corresponding to the common exponentiation function; and determining , by the server , that the user is authenticated if the first value from the client matches the second value. storing , by a server , a first value N, and a primitive root modulo N, wherein N is selected during enrollment of a user; storing , by the server , a plurality of verification codes, wherein each of the plurality of verification codes is generated using the primitive root modulo N to the power of a hash function result of a respective portion of a first biometric template acquired from the user during the enrollment, and each portion of the biometric template is identified by a corresponding offset identifier; receiving , by the server , a request to connect to the server , the request from a client operated by the user; transmitting , by the server , a first offset identifier to the client , wherein the client uses the first offset identifier to identify a first portion of a second biometric template acquired from the user in association with the request, and to generate a first value corresponding to a common exponentiation function using the identified first portion of the second biometric template, wherein the common exponentiation function has the primitive root modulo N as a base; generating , at the server according to the first offset identifier, a second value corresponding to the common exponentiation function; and determining , by the server , that the user is authenticated if the first value from the client matches the second value.
A focus adjustable collimator unit for a fiber laser, comprising: an outer housing configured to secure an optical fiber thereto; an inner housing received within the outer housing ; the inner housing further comprising a concentric coupler housing assembly having an inner surface and an adjustably retained lens housing having an outer surface received therein; an asymmetric adjustment mechanism configured and arranged between the outer housing and the lens housing to releasably and adjustably bind the lens housing relative to the inner surface of the coupler housing assembly during a focus alignment of the system resulting of a contact between the outer surface of the lens housing and the inner surface of the coupler housing assembly , whereby this contact provides a friction resistance to change in an X and Y axis direction while allowing a sliding Z axis focus adjustment; the focus adjustable collimator unit being characterised in that the asymmetric adjustment mechanism comprises a pivot mechanism in the asymmetric adjustment mechanism ; the pivot mechanism pivotably coupled to the coupler housing assembly and arranged to adjustably urge the lens housing in an asymmetric direction during the focus alignment. an outer housing configured to secure an optical fiber thereto; an inner housing received within the outer housing ; the inner housing further comprising a concentric coupler housing assembly having an inner surface and an adjustably retained lens housing having an outer surface received therein; an asymmetric adjustment mechanism configured and arranged between the outer housing and the lens housing to releasably and adjustably bind the lens housing relative to the inner surface of the coupler housing assembly during a focus alignment of the system resulting of a contact between the outer surface of the lens housing and the inner surface of the coupler housing assembly , whereby this contact provides a friction resistance to change in an X and Y axis direction while allowing a sliding Z axis focus adjustment; the focus adjustable collimator unit being characterised in that the asymmetric adjustment mechanism comprises a pivot mechanism in the asymmetric adjustment mechanism ; the pivot mechanism pivotably coupled to the coupler housing assembly and arranged to adjustably urge the lens housing in an asymmetric direction during the focus alignment.
A method for welding a thick plate into a welded assembly , comprising the steps: a) on a first plate placing a second plate having a periphery, in direct contact with the first plate , wherein the first and second plates are of materials that do not form unacceptable bubbling in the weld when heated and are metals that are selected from the group comprising ferrous materials, nickel alloys and copper alloys, and the group comprising titanium and zirconium, and wherein the second plate is a thick plate having a thickness greater than 3 mm, and b) through welding the second plate to the first plate, wherein the through welding is performed using laser welding, wherein the first and second plates are welded within and along the periphery of the second plate, and wherein the first and second plates are welded within the periphery of the second plate using a pattern from the group comprising closed geometric patterns enclosing a volume such as rectangular pattern, hexagon pattern, and circles, and open geometric patterns such as spots, spirals, and meanders. a) on a first plate placing a second plate having a periphery, in direct contact with the first plate , wherein the first and second plates are of materials that do not form unacceptable bubbling in the weld when heated and are metals that are selected from the group comprising ferrous materials, nickel alloys and copper alloys, and the group comprising titanium and zirconium, and wherein the second plate is a thick plate having a thickness greater than 3 mm, and wherein the first and second plates are of materials that do not form unacceptable bubbling in the weld when heated and are metals that are selected from the group comprising ferrous materials, nickel alloys and copper alloys, and the group comprising titanium and zirconium, and wherein the second plate is a thick plate having a thickness greater than 3 mm, and b) through welding the second plate to the first plate, wherein the through welding is performed using laser welding, wherein the first and second plates are welded within and along the periphery of the second plate, and wherein the first and second plates are welded within the periphery of the second plate using a pattern from the group comprising closed geometric patterns enclosing a volume such as rectangular pattern, hexagon pattern, and circles, and open geometric patterns such as spots, spirals, and meanders. wherein the through welding is performed using laser welding, wherein the first and second plates are welded within and along the periphery of the second plate, and wherein the first and second plates are welded within the periphery of the second plate using a pattern from the group comprising closed geometric patterns enclosing a volume such as rectangular pattern, hexagon pattern, and circles, and open geometric patterns such as spots, spirals, and meanders.
Vertical flow-wrapper with: - a form-fill-tube along which a film is transported in a transport direction and formed into a tube, - a longitudinal-sealing means , which seals two opposing longitudinal ends of the formed film together to a longitudinal seal , comprising a seal jaw and a pair of guiding rollers provided upstream from seal jaw to guide the two opposing ends of the formed film through the seal jaw and pressing means to press the two opposing ends of the formed film together to form the longitudinal seal, - a cross-sealing means and a cutting means which provide cross seals to each package and separate the packages from each other and characterized in, that the axis of rotation of the guiding rollers are provided parallel to the transportation plane of the two opposing ends of the formed film and not perpendicular to the transport direction . - a form-fill-tube along which a film is transported in a transport direction and formed into a tube, - a longitudinal-sealing means , which seals two opposing longitudinal ends of the formed film together to a longitudinal seal , comprising a seal jaw and a pair of guiding rollers provided upstream from seal jaw to guide the two opposing ends of the formed film through the seal jaw and pressing means to press the two opposing ends of the formed film together to form the longitudinal seal, - a cross-sealing means and a cutting means which provide cross seals to each package and separate the packages from each other and characterized in, that the axis of rotation of the guiding rollers are provided parallel to the transportation plane of the two opposing ends of the formed film and not perpendicular to the transport direction .
A system for providing electrical power to one or more wind turbine components comprising: a busbar , an electrical grid for providing electrical power to the busbar with a main voltage, an auxiliary power source configured to selectively provide electrical power to the busbar with an auxiliary power voltage, wherein the main voltage is different from the auxiliary power voltage, one or more wind turbines comprising: a wind turbine generator, a main transformer configured to connect the wind turbine generator to the busbar , one or more wind turbine components , an auxiliary wind turbine transformer configured to connect the main transformer to the wind turbine components , and characterized in that the wind turbine components are arranged to be selectively connected to the main transformer and the busbar through a first path or a second path, the system further being configured to select the first path if the voltage at the busbar is the main voltage and to select the second path if the voltage at the busbar is the auxiliary power voltage to maintain a constant voltage at the wind turbine components regardless of whether the voltage is supplied by the electrical grid or the auxiliary power source. a busbar , an electrical grid for providing electrical power to the busbar with a main voltage, an auxiliary power source configured to selectively provide electrical power to the busbar with an auxiliary power voltage, wherein the main voltage is different from the auxiliary power voltage, one or more wind turbines comprising: a wind turbine generator, a main transformer configured to connect the wind turbine generator to the busbar , one or more wind turbine components , an auxiliary wind turbine transformer configured to connect the main transformer to the wind turbine components , and characterized in that the wind turbine components are arranged to be selectively connected to the main transformer and the busbar through a first path or a second path, the system further being configured to select the first path if the voltage at the busbar is the main voltage and to select the second path if the voltage at the busbar is the auxiliary power voltage to maintain a constant voltage at the wind turbine components regardless of whether the voltage is supplied by the electrical grid or the auxiliary power source.
Fluid-based cooling device for cooling at least two distinct first heat-generating elements of a heat source assembly , the heat source assembly being in thermal contact with the fluid-based cooling device , the fluid-based cooling device comprising: a first plate for thermally contacting the heat source assembly ; a heat sink structure , wherein the heat sink structure is arranged on or in the first plate ; and a second plate for directing a flow of a cooling fluid to the heat sink structure , wherein the second plate is arranged on the heat sink structure ; characterized in that the heat sink structure comprises at least two heat sink structure portions each corresponding to an associated one of the at least two distinct first heat-generating elements , and in that the second plate comprises at least two fluid inlet opening regions , wherein each of the fluid inlet opening regions is associated with a corresponding heat sink structure portion of the at least two heat sink structure portions . a first plate for thermally contacting the heat source assembly ; a heat sink structure , wherein the heat sink structure is arranged on or in the first plate ; and a second plate for directing a flow of a cooling fluid to the heat sink structure , wherein the second plate is arranged on the heat sink structure ; characterized in that the heat sink structure comprises at least two heat sink structure portions each corresponding to an associated one of the at least two distinct first heat-generating elements , and in that the second plate comprises at least two fluid inlet opening regions , wherein each of the fluid inlet opening regions is associated with a corresponding heat sink structure portion of the at least two heat sink structure portions .