mhurhangee/patent-ind-claim-en huggingface dataset:
An adaptor for interfacing between an endpiece of a lifting apparatus and a nacelle of a wind turbine , comprising: a base plate having an outer surface and an inner surface, the outer surface having one or more projections configured to engage the adaptor to the nacelle ; a first side leg extending away from the inner surface of the base plate , wherein the first side leg includes an outer surface, an inner surface, and a first bore extending between the inner and outer surfaces of the first side leg ; a second side leg extending away from the inner surface of the base plate and spaced from the first side leg , wherein the second side leg includes an outer surface, an inner surface, and a second bore extending between the inner and outer surfaces of the second side leg , and wherein the base plate , first side leg , and second side leg collectively define a recess configured to engage the adaptor with the endpiece of the lifting apparatus ; a first set screw positionable in the first bore such that an abutment end of the first set screw is disposed within the recess ; and a second set screw positionable in the second bore such that an abutment end of the second set screw is disposed within the recess , wherein the first and second set screws are configured to be movable, relative to the first and second bores , respectively, toward and away from each other to adjustably position the adaptor relative to the endpiece of the lifting apparatus . a base plate having an outer surface and an inner surface, the outer surface having one or more projections configured to engage the adaptor to the nacelle ; a first side leg extending away from the inner surface of the base plate , wherein the first side leg includes an outer surface, an inner surface, and a first bore extending between the inner and outer surfaces of the first side leg ; a second side leg extending away from the inner surface of the base plate and spaced from the first side leg , wherein the second side leg includes an outer surface, an inner surface, and a second bore extending between the inner and outer surfaces of the second side leg , and wherein the base plate , first side leg , and second side leg collectively define a recess configured to engage the adaptor with the endpiece of the lifting apparatus ; a first set screw positionable in the first bore such that an abutment end of the first set screw is disposed within the recess ; and a second set screw positionable in the second bore such that an abutment end of the second set screw is disposed within the recess , wherein the first and second set screws are configured to be movable, relative to the first and second bores , respectively, toward and away from each other to adjustably position the adaptor relative to the endpiece of the lifting apparatus .
A kit of parts, comprising: an article of footwear forming an elongated channel , the elongated channel having a first opening and a second opening ; and a lighting apparatus including a base component the base component comprising: an elongated, flexible strip; a forward portion , a rearward portion , and an intermediate portion extending between the forward portion and the rearward portion, a removable portion attached to the forward portion; and a plurality of light-emitting devices being arranged throughout the intermediate portion; the base component configured to be extended through the first opening, through the elongated channel, and through the second opening, such that the removable portion extends outward from the second opening and the intermediate portion is disposed within the elongated channel; and the removable portion configured to be removed from the lighting apparatus following insertion of the intermediate portion into the elongated channel. an article of footwear forming an elongated channel , the elongated channel having a first opening and a second opening ; and a lighting apparatus including a base component the base component comprising: an elongated, flexible strip; a forward portion , a rearward portion , and an intermediate portion extending between the forward portion and the rearward portion, a removable portion attached to the forward portion; and a plurality of light-emitting devices being arranged throughout the intermediate portion; the base component configured to be extended through the first opening, through the elongated channel, and through the second opening, such that the removable portion extends outward from the second opening and the intermediate portion is disposed within the elongated channel; and the removable portion configured to be removed from the lighting apparatus following insertion of the intermediate portion into the elongated channel. an elongated, flexible strip; a forward portion , a rearward portion , and an intermediate portion extending between the forward portion and the rearward portion, a removable portion attached to the forward portion; and a plurality of light-emitting devices being arranged throughout the intermediate portion; the base component configured to be extended through the first opening, through the elongated channel, and through the second opening, such that the removable portion extends outward from the second opening and the intermediate portion is disposed within the elongated channel; and the removable portion configured to be removed from the lighting apparatus following insertion of the intermediate portion into the elongated channel.
Gas turbine with a compressor and with a central section and with a turbine , which surround a rotor , wherein a diffuser is arranged at the end of the compressor , which comprises a diffuser housing section which surrounds the rotor in sections in the central section , wherein the central section comprises an inner housing which surrounds the rotor in sections, which is able to move in the axial direction relative to the diffuser housing section in a limited manner, wherein the diffuser housing section has at least one diffuser abutment surface , and the inner housing has at least one inner abutment surface , which , when abutting against one another, limit the axial movement in a direction in which they point away from one another, wherein the diffuser abutment surface is arranged so as to be adjustable in a relative manner at the diffuser housing section or the inner abutment surface is arranged so as to be adjustable in a relative manner at the inner housing , characterized in that the diffuser abutment surface is arranged on a wear attachment, which is arranged on the diffuser housing section in a detachable manner; or wherein the inner abutment surface is arranged on a wear attachment , which is arranged on the inner housing in a detachable manner.
A system for delivering a chordae tendineae into a heart of a patient, the system comprising: a delivery catheter ; a clamp catheter configured to translate through the delivery catheter; a first spreader disposed on the clamp catheter; a first clamp at least partially contained in the first spreader in a closed configuration, the first clamp configured to be bung attached to a first end of the chordae tendineae; an anchor catheter configured to translate through the delivery catheter, the anchor catheter having an anchor configured to be attached to a second end of the chordae tendineae; and a sheath extended over the anchor catheter and anchor, the sheath configured to restrain an arm of the anchor, wherein the anchor catheter and sheath extend through the clamp catheter. a delivery catheter ; a clamp catheter configured to translate through the delivery catheter; a first spreader disposed on the clamp catheter; a first clamp at least partially contained in the first spreader in a closed configuration, the first clamp configured to be bung attached to a first end of the chordae tendineae; an anchor catheter configured to translate through the delivery catheter, the anchor catheter having an anchor configured to be attached to a second end of the chordae tendineae; and a sheath extended over the anchor catheter and anchor, the sheath configured to restrain an arm of the anchor, wherein the anchor catheter and sheath extend through the clamp catheter.
A heat exchanger comprising: • a tank adapted to receive a first heat exchange fluid therein; • a plurality of spaced apart tubular elements defining a heat exchanger core , adapted to be in fluid communication with the tank and enable heat exchange between a first heat exchange fluid flowing there through and a second heat exchange fluid flowing around and across the tubular elements ; • a plurality of fins arranged alternately with the tubular elements , the fins being adapted to promote heat exchange between the first heat exchange fluid and the second heat exchange fluid, the first and the last of the fins constituting respectively opposite lateral faces of the heat exchanger core ; • a side cover adjacent to a lateral face of the core ; wherein the side cover is adapted to cover the corresponding lateral face of the heat exchanger core and at least a portion of the heat exchanger core disposed between the tubular element proximal to the lateral face of the heat exchanger core and the corresponding side cover and in that the side cover comprises: ∘ a side panel complimentary to and aligned with respect to a corresponding lateral face of the heat exchanger core ; and ∘ tabs configured on at least one of the opposite lateral sides of the side panel , the tabs being orthogonal to the side panel and adapted to cover at least a portion of the fins disposed between the tubular element proximal to the lateral face of the heat exchanger core and the corresponding side panel and wherein the tabs formed on extreme ends of the opposite sides of the side panel are abutting the respective tank , and characterized in that the tank is wider than the side cover , the side cover being wider than the heat exchanger core accommodating an insulating material between the side cover and the heat exchanger core . • a tank adapted to receive a first heat exchange fluid therein; • a plurality of spaced apart tubular elements defining a heat exchanger core , adapted to be in fluid communication with the tank and enable heat exchange between a first heat exchange fluid flowing there through and a second heat exchange fluid flowing around and across the tubular elements ; • a plurality of fins arranged alternately with the tubular elements , the fins being adapted to promote heat exchange between the first heat exchange fluid and the second heat exchange fluid, the first and the last of the fins constituting respectively opposite lateral faces of the heat exchanger core ; • a side cover adjacent to a lateral face of the core ; ∘ a side panel complimentary to and aligned with respect to a corresponding lateral face of the heat exchanger core ; and ∘ tabs configured on at least one of the opposite lateral sides of the side panel , the tabs being orthogonal to the side panel and adapted to cover at least a portion of the fins disposed between the tubular element proximal to the lateral face of the heat exchanger core and the corresponding side panel and wherein the tabs formed on extreme ends of the opposite sides of the side panel are abutting the respective tank ,
Method for stacking and packing folded products , said method comprising the following steps: - forming a stack of folded products which are disposed in an upright position so as to be behind one another in a transport direction (T); - disposing the stack of folded products in a dispensing region in the proximity of a receptacle ; and - displacing the stack of folded products perpendicularly to the transport direction (T), from the dispensing region into the receptacle , by means of a displacement device , characterized in that releasing the stack perpendicularly to the transport direction (T) takes place prior to the stack of folded products being displaced into the receptacle , wherein the releasing of the stack perpendicularly to the transport direction (T) comprises the displacing or pivoting of at least one support element which in the dispensing region supports the stack perpendicularly to the transport direction (T). - forming a stack of folded products which are disposed in an upright position so as to be behind one another in a transport direction (T); - disposing the stack of folded products in a dispensing region in the proximity of a receptacle ; and - displacing the stack of folded products perpendicularly to the transport direction (T), from the dispensing region into the receptacle , by means of a displacement device ,
An X-ray detecting system , comprising: an X-ray detector comprising a pixel array and readout circuitry for reading out pixel signals of the pixel array, wherein the readout circuitry is configured for acquiring a plurality of frames (300A-300E) related to a single X-ray exposure, each frame (300A-300E) comprising pixel values for the pixels in the pixel array ; and a processing unit for processing the pixel signals, wherein the processing unit comprises a frame summing unit and an X-ray image generating unit ; wherein the frame summing unit is configured to, for each pixel of the pixel array: compare the pixel values of the acquired frames (300A-300E) that correspond to that pixel for detecting a pixel value in those frames (300A-300E) that was adversely affected by a direct hit of that pixel by an X-ray photon during said single exposure; and generate a pixel value for that pixel in dependence of the pixel values of the acquired frames (300A-300E), discarding the detected adversely affected pixel value for that pixel; wherein the X-ray image generating unit is configured to generate an X-ray image based on the generated pixel values for the pixels of the pixel array; and wherein the X-ray detecting system does not comprise a fiber optic plate. an X-ray detector comprising a pixel array and readout circuitry for reading out pixel signals of the pixel array, wherein the readout circuitry is configured for acquiring a plurality of frames (300A-300E) related to a single X-ray exposure, each frame (300A-300E) comprising pixel values for the pixels in the pixel array ; and a processing unit for processing the pixel signals, wherein the processing unit comprises a frame summing unit and an X-ray image generating unit ; wherein the frame summing unit is configured to, for each pixel of the pixel array: compare the pixel values of the acquired frames (300A-300E) that correspond to that pixel for detecting a pixel value in those frames (300A-300E) that was adversely affected by a direct hit of that pixel by an X-ray photon during said single exposure; and generate a pixel value for that pixel in dependence of the pixel values of the acquired frames (300A-300E), discarding the detected adversely affected pixel value for that pixel; compare the pixel values of the acquired frames (300A-300E) that correspond to that pixel for detecting a pixel value in those frames (300A-300E) that was adversely affected by a direct hit of that pixel by an X-ray photon during said single exposure; and generate a pixel value for that pixel in dependence of the pixel values of the acquired frames (300A-300E), discarding the detected adversely affected pixel value for that pixel; wherein the X-ray image generating unit is configured to generate an X-ray image based on the generated pixel values for the pixels of the pixel array; and wherein the X-ray detecting system does not comprise a fiber optic plate.
An in vitro method for predicting the degree of radiosensitivity of a cell, comprising (a) irradiating a cell, (b) determining the number of prompt double-strand breaks (prDSBs) in the cell of step (a), and (c) using the number of prDSBs determined in step (b) to predict the degree of radiosensitivity of said cell. (a) irradiating a cell, (b) determining the number of prompt double-strand breaks (prDSBs) in the cell of step (a), and (c) using the number of prDSBs determined in step (b) to predict the degree of radiosensitivity of said cell.
A device for training or aiding users in a proper mixing of pharmaceutical components, the device comprising: a housing extending along a longitudinal axis and comprising a major longitudinal axis; a microcontroller disposed in the housing; and a motion/orientation detection device disposed in the housing and electrically connected to the microcontroller so that the microcontroller is configured to detect a shaking motion of the housing, wherein: the housing is adapted to receive and enclose in a case a separate drug delivery device having a major longitudinal axis, and further to align its major longitudinal axis along the major longitudinal axis of the separate drug delivery device, and wherein the separate drug delivery device is a syringe which the user may actuate manually by depressing a plunger , the device further comprises a syringe lock out configured to detect the presence of the syringe within the case and lock the case in a closed state; and the syringe lock out being further configured to only unlock the case when a sufficient shaking motion has been applied to the syringe. a housing extending along a longitudinal axis and comprising a major longitudinal axis; a microcontroller disposed in the housing; and a motion/orientation detection device disposed in the housing and electrically connected to the microcontroller so that the microcontroller is configured to detect a shaking motion of the housing, wherein: the housing is adapted to receive and enclose in a case a separate drug delivery device having a major longitudinal axis, and further to align its major longitudinal axis along the major longitudinal axis of the separate drug delivery device, and wherein the separate drug delivery device is a syringe which the user may actuate manually by depressing a plunger , the device further comprises a syringe lock out configured to detect the presence of the syringe within the case and lock the case in a closed state; and the syringe lock out being further configured to only unlock the case when a sufficient shaking motion has been applied to the syringe. the housing is adapted to receive and enclose in a case a separate drug delivery device having a major longitudinal axis, and further to align its major longitudinal axis along the major longitudinal axis of the separate drug delivery device, and wherein the separate drug delivery device is a syringe which the user may actuate manually by depressing a plunger , the device further comprises a syringe lock out configured to detect the presence of the syringe within the case and lock the case in a closed state; and the syringe lock out being further configured to only unlock the case when a sufficient shaking motion has been applied to the syringe.
Ceftolozane (CXA-101) and tazobactam in a 2:1 (ceftolozane:tazobactam) weight ratio at a dose of 3.0 g for use in a method of treating nosocomial pneumonia caused by Gram-negative pathogens in a human, wherein the ceftolozane and tazobactam is administered intravenously once every 8 hours, and wherein the ceftolozane is in its free-base form or in its salt form.
A method performed by a physical activity monitoring device (102; 200) for monitoring an exercise regimen, comprising: receiving from a game system an indication of one or more exercises to be performed as part of a game being played on the game system; receiving (602; 704) signal information from one or more sensors included in the physical activity monitoring device, the signal information including accelerometer or gyroscope signals being representative of physical activity attributes of a user performing the one or more exercises while wearing the physical activity monitoring device; determining the user's progress towards completion of the one or more exercises by determining a number of repetitions of a repetitive exercise performed by the user; and outputting to the game system an indication of the user's progress towards completion of the one or more exercises; characterized in that determining the number of repetitions of the repetitive exercise performed by the user comprises counting a number of peaks of a dimensionally reduced signal, wherein the dimensionally reduced signal is obtained by projecting the accelerometer or gyroscope signals respectively onto first principal components of the accelerometer or gyroscope signals found using principal component analysis to obtain at least one one-dimensional signal in which the number of peaks corresponds to the number of repetitions of the repetitive exercise. receiving from a game system an indication of one or more exercises to be performed as part of a game being played on the game system; receiving (602; 704) signal information from one or more sensors included in the physical activity monitoring device, the signal information including accelerometer or gyroscope signals being representative of physical activity attributes of a user performing the one or more exercises while wearing the physical activity monitoring device; determining the user's progress towards completion of the one or more exercises by determining a number of repetitions of a repetitive exercise performed by the user; and outputting to the game system an indication of the user's progress towards completion of the one or more exercises; characterized in that determining the number of repetitions of the repetitive exercise performed by the user comprises counting a number of peaks of a dimensionally reduced signal, wherein the dimensionally reduced signal is obtained by projecting the accelerometer or gyroscope signals respectively onto first principal components of the accelerometer or gyroscope signals found using principal component analysis to obtain at least one one-dimensional signal in which the number of peaks corresponds to the number of repetitions of the repetitive exercise.
A method for producing a 1C polyurethane adhesive , the method comprising: - creating an initial mixture comprising: • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI, 2,4' MDI and 4,4' MDI; • polymeric MDI; • a polyol component comprising: • an EO-end-capped polypropylene glycol ; and • a further polyol ; - reacting the initial mixture into a prepolymer mixture, the prepolymer mixture comprising a prepolymer being the reaction product of the MDI monomers, the polymeric MDI and the polyol component, wherein the prepolymer mixture is the 1C polyurethane adhesive. - creating an initial mixture comprising: • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI, 2,4' MDI and 4,4' MDI; • polymeric MDI; • a polyol component comprising: • an EO-end-capped polypropylene glycol ; and • a further polyol ; • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI, 2,4' MDI and 4,4' MDI; • polymeric MDI; • a polyol component comprising: • an EO-end-capped polypropylene glycol ; and • a further polyol ; • an EO-end-capped polypropylene glycol ; and • a further polyol ; - reacting the initial mixture into a prepolymer mixture, the prepolymer mixture comprising a prepolymer being the reaction product of the MDI monomers, the polymeric MDI and the polyol component, wherein the prepolymer mixture is the 1C polyurethane adhesive.