mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for registration of patient eyes for ophthalmic surgery, the method comprising: acquiring a surgical image including the limbus of a patient eye subject to ophthalmic surgery; overlaying the surgical image on a diagnostic image including the limbus, the diagnostic image being previously acquired from the patient eye; aligning a first limbus center of the surgical image with a second limbus center of the diagnostic image; generating, using an image processing operation, at least one first marker (204-2) in the surgical image and at least one second marker (204-1) in the diagnostic image at a common location of the iris of the patient eye, wherein the markers are iris markers (204, 204-1, 204-2) indicative of an iris structure; and displaying the surgical image being rotated about the first limbus center over an angular range, wherein the surgical image has a transparency enabling simultaneous viewing of the surgical image and the diagnostic image during at least a portion of the angular range, and wherein the angular range includes an alignment angle for the surgical image at which the surgical image and the diagnostic image are cyclotorsonally aligned with respect to the first limbus center and the second limbus center, respectively, wherein the displaying includes displaying the at least one first marker in the surgical image and the at least second marker in the diagnostic image. acquiring a surgical image including the limbus of a patient eye subject to ophthalmic surgery; overlaying the surgical image on a diagnostic image including the limbus, the diagnostic image being previously acquired from the patient eye; aligning a first limbus center of the surgical image with a second limbus center of the diagnostic image; generating, using an image processing operation, at least one first marker (204-2) in the surgical image and at least one second marker (204-1) in the diagnostic image at a common location of the iris of the patient eye, wherein the markers are iris markers (204, 204-1, 204-2) indicative of an iris structure; and displaying the surgical image being rotated about the first limbus center over an angular range, wherein the surgical image has a transparency enabling simultaneous viewing of the surgical image and the diagnostic image during at least a portion of the angular range, and wherein the angular range includes an alignment angle for the surgical image at which the surgical image and the diagnostic image are cyclotorsonally aligned with respect to the first limbus center and the second limbus center, respectively, wherein the displaying includes displaying the at least one first marker in the surgical image and the at least second marker in the diagnostic image.
Machine, comprising a rotor, which is contactlessly mounted on at least one superconducting bearing and is arranged in a vacuum container , wherein the superconducting bearing , in order to maintain its operating state, is thermally connected to a cold source cooled by a cryogenic medium, and in which there are provided means for improving the vacuum in the vacuum container , characterized in that an adsorber that is thermally connected to a cooling device is provided as the means for improving the vacuum, and the cooling device comprises a heat exchanger which is thermally connected to the adsorber and which is fluidically connected to a discharge gas line for evaporated cryogenic medium from the cold source .
Temperature control unit, especially vehicle temperature control unit, comprising: - at least one preferably ring-shaped temperature control body , which is made of magnetocaloric material and through which or/and around which heat transfer medium can flow, - a magnetic field arrangement rotatable about an axis of rotation (A), the magnetic field arrangement providing magnetic field heating areas arranged following one another in the circumferential direction about the axis of rotation and cooling areas between magnetic field heating areas , wherein a plurality of heat transfer medium flow zones following one another in the circumferential direction are provided with the temperature control body , wherein at least two heat transfer medium flow zones adjacent to one another in the circumferential direction provide a heat transfer medium circulation sector (S), wherein heat input fluid can flow through and/or around at least one heat transfer medium flow zone for feeding heat into this heat transfer medium flow zone , or/and heat discharge fluid can flow through and/or around at least one heat transfer medium flow zone for dissipating heat from this heat transfer medium flow zone , characterized in that at least one heat transfer medium flow zone provides a heat transfer medium circulation sector (S) together with a heat transfer medium flow zone following this heat transfer medium flow zone in a direction of rotation (D) of the magnetic field arrangement during a first phase of operation and provides a heat transfer medium circulation sector (S) together with a heat transfer medium flow zone preceding this heat transfer medium flow zone in the direction of rotation (D) of the magnetic field arrangement during a second phase of operation. - at least one preferably ring-shaped temperature control body , which is made of magnetocaloric material and through which or/and around which heat transfer medium can flow, - a magnetic field arrangement rotatable about an axis of rotation (A), the magnetic field arrangement providing magnetic field heating areas arranged following one another in the circumferential direction about the axis of rotation and cooling areas between magnetic field heating areas ,
Fillable closure with push-button for triggering emptying, consisting of a closure cap which can be screwed onto the threaded connection piece of a container and which forms a fillable capsule open at the bottom or into which a separate fillable capsule can be inserted, with the seal of the capsule directed downwards, the upper side of the capsule being designed to be deformable and pressable downwards, so that the downwardly directed seal of the capsule can be broken or burst by this action, in that an axially downwardly projecting pusher element is integrally formed on the underside of the closure cap , for pressing open the seal of the capsule , the pusher element being designed in the closure cap either in a V-shape in cross section perpendicular to the axis of rotation of the closure cap so that two walls are formed as legs which are integrally connected to the bottom of the capsule over their length, and that the downwardly directed free edges of this cross-sectionally V-shaped pusher element taper towards a tip where the two walls meet, or alternatively that a horseshoe-shaped lug can be pivoted downwardly with a pusher element about a hinge formed along a straight line of cut on the seal after this flap has been broken along a cutting line from the seal , and the pusher element subsequently holds this flap in this pivoted-down position so that it can no longer pivot back, and the capsule can thus be completely emptied, so that in both variants a film can first be pierced or broken open, and can then be folded downwards, characterized in that the seal consists of a laminate, with a carrier material of at least 0.2mm thick, adjoining this towards the outside with respect to the capsule a barrier film as an oxygen, water vapour and UV radiation barrier, and on this barrier film a sealing layer in the form of a lacquer or a PE laminate layer is sprayed or laminated on, which beads the seal at its outer edge around the edge of the barrier film and the edge of the carrier material and on the inner side of the carrier material in relation to the capsule forms a circumferential edge on the latter, by means of which it can be sealed to the capsule edge, and in that the carrier material has preliminary notches in the form of cuts which approximately cut through the carrier material but leave the adjoining films intact.
A fuel control arrangement comprising a fuel injector , a fuel control valve , a hydraulic working fluid pressure source , a primary fuel path and a secondary fuel path, the fuel injector being coupled to the fuel control valve , the fuel control valve receiving a fuel flow having a fuel pressure to determine fuel flow rate to the injector through a variable aperture port , the fuel control valve being coupled to the hydraulic working fluid pressure source that is provided remotely from the fuel control valve in a distinct temperature environment location compared to the fuel control valve , the fuel control valve being coupled with the primary fuel path and the secondary fuel path either side of the fuel injector , the variable aperture port being arranged to maintain some fluid flow between the primary fuel path and the secondary fuel path, and the hydraulic working fluid pressure source providing a working fluid pressure operating the control valve to alter the available aperture opening area of the variable aperture port dependent upon the working fluid pressure.
A mixer assembly for mixing two air streams in a ventilation system , the mixer assembly comprising: a mixing chamber comprising an inlet and an outlet and a mixing chamber wall bounding the mixing chamber ; an enclosure at least partially surrounding the mixing chamber wall , the enclosure defining a space between the mixing chamber wall and the enclosure and having one or more openings ; and a filter element disposed adjacent to an outer surface of the enclosure and covering one or more openings of the enclosure , the filter element fluidically connecting the interstitial space with a surrounding of the mixer assembly by allowing fluid to flow through the filter element directly through said one or more openings into the interstitial space, and wherein the intermediate space is fluidically connected to the mixing chamber . a mixing chamber comprising an inlet and an outlet and a mixing chamber wall bounding the mixing chamber ; an enclosure at least partially surrounding the mixing chamber wall , the enclosure defining a space between the mixing chamber wall and the enclosure and having one or more openings ; and a filter element disposed adjacent to an outer surface of the enclosure and covering one or more openings of the enclosure , the filter element fluidically connecting the interstitial space with a surrounding of the mixer assembly by allowing fluid to flow through the filter element directly through said one or more openings into the interstitial space, and wherein the intermediate space is fluidically connected to the mixing chamber .
A method for improving a performance of a virtual machine, wherein a virtual disk file is associated to the virtual machine and the virtual machine performs on a host with a disk and a storage device associated with the host, the method comprising: the storage device having the virtual disk file stored on the disk, and the host having the virtual disk file stored in the storage device; characterized in : determining (S101, S203) whether or not a failure of the disk of the host having the virtual disk file stored therein occurs if the virtual machine sends a read request or a write request to the virtual disk file; if the failure occurs, sending (S102, S205) the read request or the write request to the storage device so that the storage device is able to feed back corresponding data; detecting (S103, S205) whether or not the disk of the host is recovered if the data fed back from the write request is received; and writing (S104, S206) the data fed back from the write request into the disk of the host if the disk of the host is recovered. the storage device having the virtual disk file stored on the disk, and the host having the virtual disk file stored in the storage device; characterized in : determining (S101, S203) whether or not a failure of the disk of the host having the virtual disk file stored therein occurs if the virtual machine sends a read request or a write request to the virtual disk file; if the failure occurs, sending (S102, S205) the read request or the write request to the storage device so that the storage device is able to feed back corresponding data; detecting (S103, S205) whether or not the disk of the host is recovered if the data fed back from the write request is received; and writing (S104, S206) the data fed back from the write request into the disk of the host if the disk of the host is recovered. determining (S101, S203) whether or not a failure of the disk of the host having the virtual disk file stored therein occurs if the virtual machine sends a read request or a write request to the virtual disk file; if the failure occurs, sending (S102, S205) the read request or the write request to the storage device so that the storage device is able to feed back corresponding data; detecting (S103, S205) whether or not the disk of the host is recovered if the data fed back from the write request is received; and writing (S104, S206) the data fed back from the write request into the disk of the host if the disk of the host is recovered.
A nucleic acid for use in a gene therapy treatment of haemophilia B, wherein said nucleic acid encodes a modified FIX polypeptide, having at least the following sequence: wherein X represents A.
A method for mounting a door drive having a door actuator with a mounting section for attaching to a counter-mounting section of a door , an attachment device for attaching to a counter-attachment section of the door and a lever mechanism with a first end and a second end for movably supporting the door actuator on the attachment device between a closing position (SP) and an opening position (OP), wherein the attachment device is arranged at the first end of the lever mechanism and an axle device of the door actuator is arranged at a second end of the lever mechanism , and an actuating unit of the door actuator for moving the axle device of the door actuator , wherein the method is characterized by the following steps: - attaching the attachment device to a counter-attachment section of the door , - mounting the mounting section of the door actuator on a counter-mounting section of the door , - moving the axle device of the door actuator into at least a first lever mounting position by the actuating unit , - arranging and fixing the first end of the lever mechanism on the attachment device , - arranging and fixing the second end of the lever mechanism on the axle device of the door actuator , - wherein the actuating unit is designed as a motor unit and the movement of the axle device of the door actuator is carried out by the motor unit, and - wherein the door drive has a computer unit with a memory unit for controlling the actuating unit , wherein the memory unit is designed to store at least the one first lever mounting position . - attaching the attachment device to a counter-attachment section of the door , - mounting the mounting section of the door actuator on a counter-mounting section of the door , - moving the axle device of the door actuator into at least a first lever mounting position by the actuating unit , - arranging and fixing the first end of the lever mechanism on the attachment device , - arranging and fixing the second end of the lever mechanism on the axle device of the door actuator , - wherein the actuating unit is designed as a motor unit and the movement of the axle device of the door actuator is carried out by the motor unit, and - wherein the door drive has a computer unit with a memory unit for controlling the actuating unit , wherein the memory unit is designed to store at least the one first lever mounting position .
A non-electrical device for replacing a current sensor in a switching chamber of a load interrupter , this non-electrical device comprising first and second half-casings which: - are made of plastic, - are securely joined together, - define an axis (X43) along which a passage for an electrical conductor passes through the first and second half-casings, the passage being substantially centred on the axis, and - delimit between them an internal volume (V40), which is separate from the passage and surrounds the passage all around the axis (X43), wherein the first half-casing incorporates, by moulding, mechanical reinforcement elements which extend substantially parallel to the axis (X43) in the internal volume (V40) until they are in contact with the second half-casing . - are made of plastic, - are securely joined together, - define an axis (X43) along which a passage for an electrical conductor passes through the first and second half-casings, the passage being substantially centred on the axis, and - delimit between them an internal volume (V40), which is separate from the passage and surrounds the passage all around the axis (X43),
A method for managing a supply of a spark ignition internal combustion engine (E), the engine (E) being provided with + a fuel supply system (J) adapted to meter fuel in response to supply signals, + a three-way catalyst connected to an outlet manifold of the internal combustion engine, + a binary lambda sensor (B), adapted to switch between two operative conditions respectively indicating lean and rich burn, said sensor being arranged immediately upstream of said catalyst , the method comprising a procedure of commanding said supply system on the basis of a switching between said operative conditions, so that said combustion oscillates over a stoichiometric combustion condition, and so that an air/fuel ratio oscillates around a reference value (Ref) stored in a processing unit, the method comprising a first procedure carried out in stationary operating conditions of the internal combustion engine formed by, - a first step of registering two values (λ1, λ2) of an air/fuel ratio for as many consecutive switchings between said operative conditions by means of sampling the supply signals, - a second step of calculating an average value (Am) of said two registered values, - a third step of setting said calculated average value as the reference value (Ref) of the air/fuel ratio. + a fuel supply system (J) adapted to meter fuel in response to supply signals, + a three-way catalyst connected to an outlet manifold of the internal combustion engine, + a binary lambda sensor (B), adapted to switch between two operative conditions respectively indicating lean and rich burn, said sensor being arranged immediately upstream of said catalyst , the method comprising a procedure of commanding said supply system on the basis of a switching between said operative conditions, so that said combustion oscillates over a stoichiometric combustion condition, and so that an air/fuel ratio oscillates around a reference value (Ref) stored in a processing unit, the method comprising a first procedure carried out in stationary operating conditions of the internal combustion engine formed by, - a first step of registering two values (λ1, λ2) of an air/fuel ratio for as many consecutive switchings between said operative conditions by means of sampling the supply signals, - a second step of calculating an average value (Am) of said two registered values, - a third step of setting said calculated average value as the reference value (Ref) of the air/fuel ratio. - a first step of registering two values (λ1, λ2) of an air/fuel ratio for as many consecutive switchings between said operative conditions by means of sampling the supply signals, - a second step of calculating an average value (Am) of said two registered values, - a third step of setting said calculated average value as the reference value (Ref) of the air/fuel ratio.
A detector (300; 400; 500; 600) to detect light of a wavelength range and an incidence angle range, the detector (300; 400; 500; 600) comprising: a substrate ; a plurality of dielectric structures made from a semiconductor material and positioned along a first direction on the surface of the substrate , each one of the plurality of dielectric structures being to receive light through a side of the dielectric structure opposite the substrate ; and a plurality of conductive structures made from metal and positioned along the first direction on the surface of the substrate , two consecutive conductive structures of the plurality of conductive structures having a corresponding dielectric structure of the plurality of dielectric structures therebetween, wherein the two consecutive conductive structures and the corresponding dielectric structure form a cavity to induce an absorption resonance in response to receiving the light of the wavelength range, and wherein the substrate is made from an insulating material whose index of refraction is lower than that of the dielectric structures characterized in that the widths (W) of successive ones of the plurality of conductive structures progressively increase along the first direction. a substrate ; a plurality of dielectric structures made from a semiconductor material and positioned along a first direction on the surface of the substrate , each one of the plurality of dielectric structures being to receive light through a side of the dielectric structure opposite the substrate ; and a plurality of conductive structures made from metal and positioned along the first direction on the surface of the substrate , two consecutive conductive structures of the plurality of conductive structures having a corresponding dielectric structure of the plurality of dielectric structures therebetween, wherein the two consecutive conductive structures and the corresponding dielectric structure form a cavity to induce an absorption resonance in response to receiving the light of the wavelength range, and wherein the substrate is made from an insulating material whose index of refraction is lower than that of the dielectric structures characterized in that the widths (W) of successive ones of the plurality of conductive structures progressively increase along the first direction.
An immersion electrical resistance for heating service water within a reservoir of a household appliance , said electrical resistance comprising a flange for its mounting on a housing of a wall of said reservoir and for supporting at least one heating element characterised in that it further comprises an immersion sanitising device for sanitising said service water and comprising at least one ultraviolet emitter said sanitising device being: - immersed in said service water and placed in an area of said reservoir characterised by high temperatures of the service water and by convective movements thereof, - mounted on a seat of said flange of said electrical resistance , said seat comprising a hole or slot extending through the entire thickness of the flange so that said sanitising device protrudes towards the inside of the reservoir . - immersed in said service water and placed in an area of said reservoir characterised by high temperatures of the service water and by convective movements thereof, - mounted on a seat of said flange of said electrical resistance , said seat comprising a hole or slot extending through the entire thickness of the flange so that said sanitising device protrudes towards the inside of the reservoir .