mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a wind induction factor between a measurement plane (PM) and the rotor plane (PR) of a wind turbine , said wind turbine being equipped with a lidar sensor that takes a measurement relative to wind speed for at least three measurement planes (PM) distant from said wind turbine , said wind induction factor representing a wind braking coefficient between two spaced-apart points upstream of said wind turbine , the braking resulting from the operation of the wind turbine in the wind field, characterized in that the following steps are implemented: a) wind speed is measured for at least three measurement planes (PM) distant from said wind turbine by means of said lidar sensor ; b) at least two wind induction factors between two said measurement planes (PM) are determined by means of said measurements of the wind speed at said measurement planes and of a linear Kalman filter; and c) said wind induction factor between a measurement plane (PM) and said plane (PR) of the rotor of said wind turbine is determined by means of said determined induction factors between two measurement planes (PM) and by means of a linear Kalman filter. a) wind speed is measured for at least three measurement planes (PM) distant from said wind turbine by means of said lidar sensor ; b) at least two wind induction factors between two said measurement planes (PM) are determined by means of said measurements of the wind speed at said measurement planes and of a linear Kalman filter; and c) said wind induction factor between a measurement plane (PM) and said plane (PR) of the rotor of said wind turbine is determined by means of said determined induction factors between two measurement planes (PM) and by means of a linear Kalman filter.
Method for jacketing elongate items, such as in particular lines or cable harnesses, wherein a stretched shrink film is run in a helical line around the elongate item or the elongate item is encapsulated by the stretched shrink film in an axial direction, the elongate item together with the encapsulating shrink film is put into the desired arrangement, in particular in the cable harness layout, the elongate item is held in this arrangement and the shrink film is made to shrink by supplying thermal energy at a temperature of up to 130°C, wherein the shrink film additionally also comprises an pressure-sensitive adhesive, characterized in that the polymer of the shrink film is selected from oriented polystyrene or polylactic acids.
A pharmaceutical combination comprising a first active ingredient which is N-[1-(5-Cyano-pyridin-2-ylmethyl)-1H-pyrazol-3-yl]-2-[4-(1-trifluoromethyl-cyclopropyl)-phenyl]-acetamide or a pharmaceutically acceptable salt thereof and a second active ingredient which has an anti-epileptic effect, or a pharmaceutically acceptable salt thereof.
A medical device for engaging tissue (T), the medical device comprising: a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing ; a first jaw rotatable relative to the housing , the first jaw having proximal and distal ends ; a second jaw rotatable relative to the housing , the second jaw having proximal and distal ends ; a driver engaged with the proximal ends of the first and second jaws , longitudinal movement of the driver rotating the first and second jaws relative to the housing , an elongated drive wire selectively connected to the driver for longitudinal movement therewith, characterized in that the driver includes two locking tabs forming a socket facing proximally, the driver constructed of a material that plastically deforms to adjust the size of the socket ; the drive wire has an enlarged portion proximate a distal end of the drive wire , the socket receiving the enlarged portion of the drive wire ; the housing includes a guide surface guiding longitudinal movement of the driver ; and the guide surface includes a proximal portion and a distal portion , the proximal portion having a width greater than the distal portion, wherein, when the driver is located within the distal portion , the locking tabs are forced radially inwardly into firm frictional engagement with the drive wire . a housing defining an internal passageway and a longitudinal axis extending between proximal and distal ends of the housing ; a first jaw rotatable relative to the housing , the first jaw having proximal and distal ends ; a second jaw rotatable relative to the housing , the second jaw having proximal and distal ends ; a driver engaged with the proximal ends of the first and second jaws , longitudinal movement of the driver rotating the first and second jaws relative to the housing , an elongated drive wire selectively connected to the driver for longitudinal movement therewith, characterized in that the driver includes two locking tabs forming a socket facing proximally, the driver constructed of a material that plastically deforms to adjust the size of the socket ; the drive wire has an enlarged portion proximate a distal end of the drive wire , the socket receiving the enlarged portion of the drive wire ; the housing includes a guide surface guiding longitudinal movement of the driver ; and the guide surface includes a proximal portion and a distal portion , the proximal portion having a width greater than the distal portion, wherein, when the driver is located within the distal portion , the locking tabs are forced radially inwardly into firm frictional engagement with the drive wire .
A dressing for closing an opening through a surface of a tissue site, the dressing comprising: a cover adapted to form a sealed space over the opening ; a bolster having a first surface and a second surface and adapted to be positioned adjacent to the opening, wherein the bolster is formed from foam, wherein the bolster comprises a first plurality of holes extending through at least a portion of the bolster , wherein the holes have an average width to length ratio ≤ about 0.50; a protective layer adjacent to the second surface of the bolster and adapted to be adjacent to the opening , wherein the protective layer comprises a second plurality of holes extending through at least a portion of the protective layer , characterized in that the second plurality of holes are substantially adjacent to the first plurality of holes , and wherein the second plurality of holes have an average effective diameter ≤ an average effective diameter of the first plurality of holes . a cover adapted to form a sealed space over the opening ; a bolster having a first surface and a second surface and adapted to be positioned adjacent to the opening, wherein the bolster is formed from foam, wherein the bolster comprises a first plurality of holes extending through at least a portion of the bolster , wherein the holes have an average width to length ratio ≤ about 0.50; a protective layer adjacent to the second surface of the bolster and adapted to be adjacent to the opening , wherein the protective layer comprises a second plurality of holes extending through at least a portion of the protective layer , characterized in that the second plurality of holes are substantially adjacent to the first plurality of holes , and wherein the second plurality of holes have an average effective diameter ≤ an average effective diameter of the first plurality of holes .
A bone fusion implant for fusing a first bone region to a second bone region severed from the first bone region by osteotomy or a plurality of bone regions of a mammalian bone , comprising a first fixing region which has multiple securing means receiving holes and is provided for attaching to the first bone region , and a second fixing region which is connected to the first fixing region , wherein the second fixing region in turn includes multiple securing means receiving holes and is provided for attaching to the second bone region , wherein between the first and second fixing regions a cutting tool guiding contour specifying a severing line is formed, wherein the cutting tool guiding contour is formed by an inner edge of a frame structure configured between the first and second fixing regions , characterized in that between the second fixing region and a third fixing region a second cutting tool guiding contour specifying a severing line is formed, wherein the third fixing region in turn includes multiple securing means receiving holes and is provided for attaching to the first bone region .
A spinal rod connector assembly for elongating an in situ spinal posterior rod system , the spinal rod connector assembly comprising a rod connector and at least one rod fastener , wherein the rod connector comprises a first connector head and an elongated bar , the first connector head comprising a first pocket defined by a first pocket bottom seat , a first pocket end seat , and opposing first pocket side walls , the first connector head comprising a first end entrance , at least a portion of which being opposite to the first pocket end seat , and a first top entrance opposite to the first pocket bottom seat , the first pocket being configured to directly receive, or to indirectly receive by means of a first insert in the first pocket , a first rod , the first pocket comprising a first pocket locking feature , wherein the at least one rod fastener comprises a fastener locking feature for engaging with the first pocket locking feature , wherein the elongated bar extends from a first connector head side, which is opposite to at least a portion of the first end entrance , and wherein the elongated bar is sized and shaped to be received by a bone fastener , the spinal rod connector assembly being characterised in that the rod connector further comprises a second connector head connected by the elongated bar to the first connector head such that the first and second connector heads are located at the opposite ends of the elongated bar .
A suspension ceiling ventilation system comprising: a plurality of support beams arranged in a ceiling grid so as to form a plurality of grid openings in the ceiling grid , each of the support beams including a vertical web and opposing first and second flanges protruding laterally from the vertical web, wherein at least a portion of the plurality of support beams are vented support beams , each of the vented support beams including a vent formed through the respective first flange thereof, and a channel disposed adjacent to the first and second flanges that is in fluid communication with the vent , wherein the channel is formed by a first side wall projecting down from an outer edge of the first flange and a second side wall projection down from an outer edge of the second flange, and wherein the channel is enclosed in a box profile disposed below the first and second flanges that includes a slot opposite to the first and second flanges ; a plurality of ceiling tiles , each of the ceiling tiles disposed in a respective grid opening of the ceiling grid so as to form a suspension ceiling , each of the ceiling tiles including a central body and a projection extending from an edge of the central body, wherein each of the projections is supported by a respective flange of an adjacent support beam such that a lower surface of the respective ceiling tile is flush with a lower end of the box profile of the adjacent support beam , wherein the suspension ceiling provides a plenum space above the ceiling and an underlying space below the ceiling. a plurality of support beams arranged in a ceiling grid so as to form a plurality of grid openings in the ceiling grid , each of the support beams including a vertical web and opposing first and second flanges protruding laterally from the vertical web, wherein at least a portion of the plurality of support beams are vented support beams , each of the vented support beams including a vent formed through the respective first flange thereof, and a channel disposed adjacent to the first and second flanges that is in fluid communication with the vent , wherein the channel is formed by a first side wall projecting down from an outer edge of the first flange and a second side wall projection down from an outer edge of the second flange, and wherein the channel is enclosed in a box profile disposed below the first and second flanges that includes a slot opposite to the first and second flanges ; a plurality of ceiling tiles , each of the ceiling tiles disposed in a respective grid opening of the ceiling grid so as to form a suspension ceiling , each of the ceiling tiles including a central body and a projection extending from an edge of the central body, wherein each of the projections is supported by a respective flange of an adjacent support beam such that a lower surface of the respective ceiling tile is flush with a lower end of the box profile of the adjacent support beam , wherein the suspension ceiling provides a plenum space above the ceiling and an underlying space below the ceiling.
An X-ray apparatus , comprising: a target which has a first end portion and a second end portion and which is configured to generate an X-ray by irradiation of electrons to the target, the X-ray apparatus being of reflective or transmissive type; a filament configured to release the electrons to the target; and a housing that has the filament therein, characterised by : a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target. a target which has a first end portion and a second end portion and which is configured to generate an X-ray by irradiation of electrons to the target, the X-ray apparatus being of reflective or transmissive type; a filament configured to release the electrons to the target; and a housing that has the filament therein, characterised by : a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target. a first holding member disposed outside the housing and configured to hold the first and second end portions of the target on the outside of the housing; and a second holding member configured to hold the housing at a first portion of the housing and to support the housing at a second portion of the housing such that the second portion of the housing is movable with respect to the second holding member in an axial direction of the housing, being a direction substantially parallel to a path of the electrons from the filament to the target.
A MEMS acoustic transducer comprising: a substrate of semiconductor material, having a back surface and a front surface opposite with respect to a vertical direction (z); a first cavity made within the substrate , which extends from the back surface to the front surface ; a membrane , which is arranged at the upper surface , suspended above the first cavity and anchored along a perimeter thereof to the substrate ; and a combfingered electrode arrangement , including a number of mobile electrodes coupled to the membrane and a number of fixed electrodes coupled to the substrate and facing the mobile electrodes for forming a sensing capacitor, a deformation of the membrane as a result of incident acoustic pressure waves being designed to cause a capacitive variation (ΔC) of said sensing capacitor, wherein said combfingered electrode arrangement lies vertically with respect to the membrane and extends parallel thereto; characterized in that each of said mobile electrodes has a coupling portion directly coupled to said membrane and a main portion carried by said coupling portion in cantilever fashion above said membrane ; and wherein said fixed electrodes are arranged in cantilever fashion above the membrane facing, and parallel to, said mobile electrodes , in the resting condition. a substrate of semiconductor material, having a back surface and a front surface opposite with respect to a vertical direction (z); a first cavity made within the substrate , which extends from the back surface to the front surface ; a membrane , which is arranged at the upper surface , suspended above the first cavity and anchored along a perimeter thereof to the substrate ; and a combfingered electrode arrangement , including a number of mobile electrodes coupled to the membrane and a number of fixed electrodes coupled to the substrate and facing the mobile electrodes for forming a sensing capacitor, a deformation of the membrane as a result of incident acoustic pressure waves being designed to cause a capacitive variation (ΔC) of said sensing capacitor, wherein said combfingered electrode arrangement lies vertically with respect to the membrane and extends parallel thereto; characterized in that each of said mobile electrodes has a coupling portion directly coupled to said membrane and a main portion carried by said coupling portion in cantilever fashion above said membrane ; and wherein said fixed electrodes are arranged in cantilever fashion above the membrane facing, and parallel to, said mobile electrodes , in the resting condition.
Shaft hoisting plant having a conveying means and an overwind brake device for the conveying means , a travel path for the conveying means extending in a longitudinal direction, and an overwind path adjoining a lower end and/or an upper end of the travel path, wherein the overwind brake device comprises: - a pair of retaining elements arranged at a distance from one another which are executed as retaining strips (6.1, 6.2) and which extend in the longitudinal direction , - energy-absorbing material in the form of plates arranged between the retaining strips (6.1, 6.2), - wherein the plates are arranged one above another in the longitudinal direction between the retaining strips (6.1, 6.2), - a plough which is arranged so as to be movable relative to the retaining strips (6.1, 6.2) in such a manner that, upon overwinding of the conveying means , the plough deforms and/or destroys the energy-absorbing material between the retaining strips (6.1, 6.2), - wherein either the plough is movable and the retaining strips (6.1, 6.2) are stationary on the overwind path or the plough is stationary on the overwind path and the retaining strips (6.1, 6.2) are arranged to be movable. - a pair of retaining elements arranged at a distance from one another which are executed as retaining strips (6.1, 6.2) and which extend in the longitudinal direction , - energy-absorbing material in the form of plates arranged between the retaining strips (6.1, 6.2), - wherein the plates are arranged one above another in the longitudinal direction between the retaining strips (6.1, 6.2), - a plough which is arranged so as to be movable relative to the retaining strips (6.1, 6.2) in such a manner that, upon overwinding of the conveying means , the plough deforms and/or destroys the energy-absorbing material between the retaining strips (6.1, 6.2), - wherein either the plough is movable and the retaining strips (6.1, 6.2) are stationary on the overwind path or the plough is stationary on the overwind path and the retaining strips (6.1, 6.2) are arranged to be movable.
A lifting tool for lifting an element of an offshore structure, such as a transition piece of an offshore wind turbine, comprising a frame , a plurality of engagement members for engaging an element to be lifted, which engagement members are mounted to the frame at an angular distance from each other about a centreline of the frame , a hoisting member to be connected to a hoisting cable of a crane, and located within a virtual cylinder on which the engagement members lie, characterized in that the hoisting member and the frame are interconnected rigidly through at least three linear actuators which are arranged such that the hoisting member is movable with respect to the frame in a plurality of radial directions with respect to the centreline, independently from the engagement members .
A radio communication system that comprises remote radio heads (20-1, 20-2) and a base band unit that function as a base station, each of the remote radio heads comprising: a channel estimation unit (202-1, 202-2) that, on the basis of a radio signal transmitted from a terminal apparatus, measures a reception quality of the radio signal; and a transmission control unit (205-1, 205-2) that, on the basis of the reception quality measured by the channel estimation unit, controls transmission, to the base band unit, of bit data or a log likelihood ratio obtained from the radio signal, wherein when the reception quality is less than a predetermined threshold value, the transmission control unit discards the bit data or the log likelihood ratio without transmission to the base band unit, and notifies the base band unit that the bit data or the log likelihood ratio will not be transmitted to the base band unit, and wherein the base band unit transmits, to all cooperating remote radio heads, a message providing notification that the base band unit has completed reception when the base band unit has received the bit data or the log likelihood ratio from one of the remote radio heads without error. a channel estimation unit (202-1, 202-2) that, on the basis of a radio signal transmitted from a terminal apparatus, measures a reception quality of the radio signal; and a transmission control unit (205-1, 205-2) that, on the basis of the reception quality measured by the channel estimation unit, controls transmission, to the base band unit, of bit data or a log likelihood ratio obtained from the radio signal, wherein when the reception quality is less than a predetermined threshold value, the transmission control unit discards the bit data or the log likelihood ratio without transmission to the base band unit, and notifies the base band unit that the bit data or the log likelihood ratio will not be transmitted to the base band unit, and wherein the base band unit transmits, to all cooperating remote radio heads, a message providing notification that the base band unit has completed reception when the base band unit has received the bit data or the log likelihood ratio from one of the remote radio heads without error.