mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope apparatus comprising: an illumination light source unit that emits illumination light used to illuminate a subject ; an auxiliary measurement light source unit that emits auxiliary measurement light; an image acquisition unit that acquires a picked-up image (CI1) obtained from image pickup of the subject which is illuminated with the illumination light and on which an irradiated region is formed by the auxiliary measurement light; a position specifying section that specifies a position of the irradiated region from the picked-up image; and a display control unit ; characterized by a distance calculation section that obtains an observation distance (D5, D7), which is a distance between an endoscope-distal end part and the subject, from the position of the irradiated region; an offset setting section that sets an amount of offset, which corresponds to a height of the irradiated region of a convex portion, for the observation distance; an offset distance-calculation section that calculates an offset distance (D6, D8) by adding the amount of offset to the observation distance; and an offset measurement marker-generation section that generates an offset measurement marker (MK1 - MK5) on the basis of the offset distance; wherein the display control unit displays a specific image (MI1 - MI7) in which the offset measurement marker is superimposed on the picked-up image. an illumination light source unit that emits illumination light used to illuminate a subject ; an auxiliary measurement light source unit that emits auxiliary measurement light; an image acquisition unit that acquires a picked-up image (CI1) obtained from image pickup of the subject which is illuminated with the illumination light and on which an irradiated region is formed by the auxiliary measurement light; a position specifying section that specifies a position of the irradiated region from the picked-up image; and a display control unit ; a distance calculation section that obtains an observation distance (D5, D7), which is a distance between an endoscope-distal end part and the subject, from the position of the irradiated region; an offset setting section that sets an amount of offset, which corresponds to a height of the irradiated region of a convex portion, for the observation distance; an offset distance-calculation section that calculates an offset distance (D6, D8) by adding the amount of offset to the observation distance; and an offset measurement marker-generation section that generates an offset measurement marker (MK1 - MK5) on the basis of the offset distance; wherein the display control unit displays a specific image (MI1 - MI7) in which the offset measurement marker is superimposed on the picked-up image.
A method for operating a thrust reverser of an aircraft engine , the thrust reverser having a deployed state and a stowed state, the method comprising placing the thrust reverser in the stowed state when: the thrust reverser is in the deployed state; a thrust lever associated with the engine is in a forward position (F); and the engine is rotating at a speed below an idle speed, wherein hydraulic pressure for stowing the thrust reverser is provided by a pump driven by the engine rotating at the speed below the idle speed. the thrust reverser is in the deployed state; a thrust lever associated with the engine is in a forward position (F); and the engine is rotating at a speed below an idle speed, wherein hydraulic pressure for stowing the thrust reverser is provided by a pump driven by the engine rotating at the speed below the idle speed.
Ready-to-use single-component pasty adhesive mortar composition for constructing non-bearing walls made from blockwork, characterized in that it comprises at least: - from 50 wt% to 90 wt% of granulate matter, of which at least 15% have a particle size comprised between 0.5 mm and 1.5 mm, - from 6 to 12 wt% water, and - from 2 to 8 wt% of an organic binder. - from 50 wt% to 90 wt% of granulate matter, of which at least 15% have a particle size comprised between 0.5 mm and 1.5 mm, - from 6 to 12 wt% water, and - from 2 to 8 wt% of an organic binder.
A system configured to provide redundant electric power to at least one safety relevant vehicle component , characterized by: - one power management unit connectable to a vehicle power network ; and - storage units coupled to the one power management unit for receiving electric power to be stored in the storage units , wherein the at least one vehicle component relates to safety functions braking and steering in the vehicle, wherein the at least one vehicle component is connectable to at least two of the storage units to enable a redundant electric power supply, and wherein the one power management unit comprises: - a charging unit for providing a charging power to the storage units , - a switching unit for interrupting a connection to the storage units , and - a logic circuit for controlling the charging unit and/or the switching unit . - one power management unit connectable to a vehicle power network ; and - storage units coupled to the one power management unit for receiving electric power to be stored in the storage units , wherein the at least one vehicle component relates to safety functions braking and steering in the vehicle, wherein the at least one vehicle component is connectable to at least two of the storage units to enable a redundant electric power supply, and wherein the one power management unit comprises: - a charging unit for providing a charging power to the storage units , - a switching unit for interrupting a connection to the storage units , and - a logic circuit for controlling the charging unit and/or the switching unit . - a charging unit for providing a charging power to the storage units , - a switching unit for interrupting a connection to the storage units , and - a logic circuit for controlling the charging unit and/or the switching unit .
A method for providing a casing for a prefabricated column of chromatography column material in order to manufacture a chromatography column, wherein the casing is generated by additive manufacturing, including the steps of rotating the column of chromatography column material with respect to a casing material feed in a manner to successively cover a casing surface of the chromatography column material along a contact area path , and of arranging an amount of flowable casing material at a current contact area along the contact area path at the casing surface of the column of chromatography column material in order to generate the casing for the chromatography column by successively adding the solidified amount of casing material at the contact area .
A trapped ion mobility analyzer comprising an RF ion guide that generates an RF multipole field with an order higher than an RF quadrupolar field with order N = 2 characterized in that - the RF ion guide additionally generates an RF quadrupolar field with order N = 2 which is substantially weaker than the RF multipole field with order N > 2 along a first upstream portion of the ion guide and is substantially stronger than the RF multipole field with order N > 2 along a second downstream portion of the ion guide, or - the RF multipole field with order N > 2 upstream transitions into an RF multipole field of lower order downstream along the RF ion guide. - the RF ion guide additionally generates an RF quadrupolar field with order N = 2 which is substantially weaker than the RF multipole field with order N > 2 along a first upstream portion of the ion guide and is substantially stronger than the RF multipole field with order N > 2 along a second downstream portion of the ion guide, or - the RF multipole field with order N > 2 upstream transitions into an RF multipole field of lower order downstream along the RF ion guide.
A slewing ring bearing for a wind turbine , the slewing ring bearing comprising: an outer race defining a first outer raceway wall; an inner race rotatable relative to the outer race , the inner race defining a first inner raceway wall; and, a first plurality of line contact rolling elements disposed between the first inner and outer raceway walls, wherein the outer race defines a second outer raceway wall and the inner race defines a second inner raceway wall, the slewing ring bearing further comprising a second plurality of line contact rolling elements disposed between the second inner and outer raceway walls, wherein each of the plurality of line contact rolling elements defines a predetermined contact angle , the predetermined contact angle defined as an angle between a reference line extending perpendicular to a longitudinal axis of one of the plurality of line contact rolling elements and a reference line extending parallel to a horizontal plane of the pitch bearing , the predetermined contact angle comprising angles between 0 degrees (°) and 90°; the first and second plurality of line contact rolling elements comprise tapered rolling elements ; and the longitudinal axes of the first and second plurality of tapered rolling elements converge at a common point on the main axis of the bearing . an outer race defining a first outer raceway wall; an inner race rotatable relative to the outer race , the inner race defining a first inner raceway wall; and, a first plurality of line contact rolling elements disposed between the first inner and outer raceway walls, wherein the outer race defines a second outer raceway wall and the inner race defines a second inner raceway wall, the slewing ring bearing further comprising a second plurality of line contact rolling elements disposed between the second inner and outer raceway walls, wherein each of the plurality of line contact rolling elements defines a predetermined contact angle , the predetermined contact angle defined as an angle between a reference line extending perpendicular to a longitudinal axis of one of the plurality of line contact rolling elements and a reference line extending parallel to a horizontal plane of the pitch bearing , the predetermined contact angle comprising angles between 0 degrees (°) and 90°; the first and second plurality of line contact rolling elements comprise tapered rolling elements ; and the longitudinal axes of the first and second plurality of tapered rolling elements converge at a common point on the main axis of the bearing .
A mobile object control system for making a plurality of mobile objects travel in a platoon along a travel path which is preliminarily set, comprising a longitudinal acceleration computing unit computing longitudinal acceleration in a travel path of a preceding mobile object (21_n) and a following mobile object (21_n+1), wherein the travel path of the mobile objects is a curved road; wherein the longitudinal acceleration computing unit adjusts a gain of an arithmetic expression for computing the longitudinal acceleration from a lateral jerk; on the basis of information of a carriage object which is carried by each of the mobile objects ; wherein the information of the carriage object comprises whether the carriage object is an occupant and information about a gaze direction of the occupant. a longitudinal acceleration computing unit computing longitudinal acceleration in a travel path of a preceding mobile object (21_n) and a following mobile object (21_n+1), wherein the travel path of the mobile objects is a curved road; wherein the longitudinal acceleration computing unit adjusts a gain of an arithmetic expression for computing the longitudinal acceleration from a lateral jerk; on the basis of information of a carriage object which is carried by each of the mobile objects ; wherein the information of the carriage object comprises whether the carriage object is an occupant and information about a gaze direction of the occupant.
Sampling equipment of odour emissions, comprising: - pickup and storage means of air samples containing the odour emissions; and - remote activation means and/or sensors for the activation of said pickup and storage means ; and being characterized in that it further comprises a casing , which is thermoregulated by means of a conditioning device and a thermostat provided with a heater and houses at least a portion of said pickup and storage means . - pickup and storage means of air samples containing the odour emissions; and - remote activation means and/or sensors for the activation of said pickup and storage means ;
A road vehicle for public transport, said vehicle comprising a plurality of walls that define a space for accommodating said passengers, said vehicle comprising a system for reducing aerodynamic resistance , carried by at least one of said walls and configured to use the air that flows over said vehicle to generate a vortex that reduces the aerodynamic resistance, due to the generation of vortexes around the rear wall of said vehicle , to the minimum, wherein said system for reducing aerodynamic resistance comprises at least a vortex generator device , a duct system and at least an air intake , said at least one air intake being configured to allow the passage of air that flows over said vehicle , said air intake being fluidically connected to said device , said device being configured to generate a vortex around the rear wall of said vehicle , characterised in that said at least one air intake comprises selection means configured to define a first condition in which the air cannot pass through said air intake , a second condition in which the air can pass through the entire space defined by said air intake , and a plurality of intermediate conditions between said first and said second conditions.,
A terminal apparatus for feeding back control information, the terminal apparatus comprising: a generating section configured to generate acknowledgement information, ACK/NACK, relating to an error detection result of a downlink data and to generate channel quality information, CQI, of a downlink channel; an arranging section configured to scramble the ACK/NACK signal with different scrambling schemes per MIMO layer for a plurality of MIMO layers and to map the scrambled ACK/NACKs to the same time and frequency of the plurality of MIMO layers on a plurality of transport blocks, and to map the CQI on only one MIMO layer of the plurality of MIMO layers on only one transport block of the plurality of transport blocks; and a transmitting section configured to transmit the plurality of transport blocks on which the scrambled ACK/NACKs and the CQI are arranged. a generating section configured to generate acknowledgement information, ACK/NACK, relating to an error detection result of a downlink data and to generate channel quality information, CQI, of a downlink channel; an arranging section configured to scramble the ACK/NACK signal with different scrambling schemes per MIMO layer for a plurality of MIMO layers and to map the scrambled ACK/NACKs to the same time and frequency of the plurality of MIMO layers on a plurality of transport blocks, and to map the CQI on only one MIMO layer of the plurality of MIMO layers on only one transport block of the plurality of transport blocks; and a transmitting section configured to transmit the plurality of transport blocks on which the scrambled ACK/NACKs and the CQI are arranged.
A composition comprising liposomal cyclosporine A (L-CsA) for use in the prevention of bronchiolitis obliterans syndrome (BOS) in a double lung trans-planted patient, or for the treatment of BOS or for the prevention or delay of the progression of BOS in a double lung transplanted patient being diagnosed with BOS, wherein the composition is administered to said patient by inhalation of said composition in aerosolized form comprising a therapeutically effective dose of cyclosporine A, wherein the composition is a liquid composition comprising an aqueous liquid vehicle, and wherein the double lung transplanted patient is co-treated with standard immunosuppressive therapy. wherein the composition is administered to said patient by inhalation of said composition in aerosolized form comprising a therapeutically effective dose of cyclosporine A, wherein the composition is a liquid composition comprising an aqueous liquid vehicle, and wherein the double lung transplanted patient is co-treated with standard immunosuppressive therapy.
A connection member for fastening an anti-skid device to a vehicle wheel , wherein the connection member has a handling portion configured for handling by a user and a hooking-in portion configured for attaching the connection member to the vehicle wheel , wherein the hooking-in portion is arranged on a wheel-side end of the connection member and has a hook , wherein the handling portion is located between the hooking-in portion and an anti-skid device-side end , located opposite the wheel-side end , of the connection member , characterised in that the hook has a mouth for receiving the one portion of the vehicle wheel and a closing mechanism for closing the mouth .
A method for preparing a compound of Formula IV, an intermediate of elagolix, comprising steps of: carrying out ammonolysis reaction of a compound of Formula I and a compound of Formula II in mixed solvent of organic solvent and water, and then carrying out cyclization reaction catalyzed by acid to obtain the compound of Formula IV; wherein R is selected from a group consisting of linear or branched C 1 -C 4 substituent or benzyl.
Transport apparatus for reducing the speed of a container flow in a container treatment system having at least one distribution screw , the distribution screw having a free rotation , i.e. a portion without a thread, in its inlet, characterised by a transport belt or a transport chain which is arranged at least along the entire length of the distribution screw in such a way that containers which engage with the distribution screw stand thereon, and a drive for the transport belt or the transport chain and an open-loop and/or closed-loop device which is designed to control the drive in an open-loop and/or closed-loop manner in such a way that the transport belt or the transport chain circulates synchronously at a speed of the containers at the outlet of the distribution screw , and by a transfer star wheel , the transfer star wheel being arranged at the inlet of the distribution screw in such a way that containers which engage with the transfer star wheel are brought into engagement with the freely rotating part of the distribution screw and can be placed on the transport belt or the transport chain . a drive for the transport belt or the transport chain and an open-loop and/or closed-loop device which is designed to control the drive in an open-loop and/or closed-loop manner in such a way that the transport belt or the transport chain circulates synchronously at a speed of the containers at the outlet of the distribution screw , and by a transfer star wheel , the transfer star wheel being arranged at the inlet of the distribution screw in such a way that containers which engage with the transfer star wheel are brought into engagement with the freely rotating part of the distribution screw and can be placed on the transport belt or the transport chain .
A method for operating a continuous casting machine where a slab is withdrawn from a mold for continuous casting while the mold is oscillated in a vertical direction, the method comprising: oscillating the mold so as to satisfy the following formula with an oscillation waveform represented by the following formula : r t = S / 2 sin ω t + φ + bcos 2 ω t + φ + b [Math. 1] φ = − tan − 1 1 2 1 + 16 b 2 − 1 wherein r(t) is displacement of the mold (mm), S is an oscillation stroke of the mold (mm), ω is angular velocity (= 2πf) (rad/s), f is oscillation frequency of the mold (Hz), t is time (s), φ is the initial phase (rad), and b is a non-sine coefficient (0.15≤b≤ 0.25). wherein r(t) is displacement of the mold (mm), S is an oscillation stroke of the mold (mm), ω is angular velocity (= 2πf) (rad/s), f is oscillation frequency of the mold (Hz), t is time (s), φ is the initial phase (rad), and b is a non-sine coefficient (0.15≤b≤ 0.25).
A method for removing the faulty yarn portion after a cutting out of that faulty yarn portion or after a yarn breakage, at a work station of a spinning machine, the spinning machine comprising a plurality of work stations, a control unit , a vacuum source, a central vacuum channel and a vacuum meter arranged in the central vacuum channel , whereby after a defect of the spun yarn is detected by a sensor of yarn quality at a particular work station, the control unit stops the particular work station in a controlled manner, wherein this includes unwinding the spun faulty yarn portion from a final bobbin by sucking it into the vacuum system of the spinning machine through a suction nozzle of the particular work station, wherein the suction nozzle is connected to the central channel by means of a stop valve , which is coupled to the control unit characterized in that the control unit finds out the current value of the vacuum in the central vacuum channel of the vacuum system of the spinning machine, the current value being sensed by the vacuum meter and evaluates it as the remaining capacity of the vacuum source, whereby if the control unit evaluates the remaining capacity as sufficient for reliable unwinding the faulty yarn portion from the final bobbin and sucking it off out of the given work station, the signal of the control unit opens the stop valve of the particular work station, whereupon sucking off of the faulty yarn portion by the suction nozzle is started, as well as its removal to a waste space, and if the control unit evaluates the remaining capacity as insufficient for reliable unwinding the faulty yarn portion from the final bobbin and sucking it off out of the particular work station, the control unit waits, and sends the signal to open the stop valve of the particular work station only after the process of unwinding and sucking off the faulty yarn portion at any of the currently simultaneously attended work stations of the spinning machine is terminated and the control unit detects new data relating to remaining capacity of the vacuum source and evaluates the current capacity of the vacuum source as sufficient for reliable unwinding the faulty yarn portion from the final bobbin and sucking it off out of the particular work station.
Water chamber cover for connecting a water hose to a water chamber bottom plate of a directly water-cooled stator bar of an electric machine, characterized in that the water chamber cover comprises a peripheral groove which is open on a side facing away from the water chamber , is formed in a wall of the water chamber cover and is designed to hold the water hose.
A method for producing a back-side contact solar cell , wherein a semiconductor substrate of the solar cell comprises a, in particular polished or textured, back side and a, in particular textured, front side , wherein the method comprises the steps of: applying a tunnel layer , in particular comprising silicon dioxide, to a surface of the front side and/or to a surface of the back side , and depositing a, in particular full-area, highly doped silicon layer of a first polarity on the tunnel layer on the back side , characterized in that the method further comprises a step of applying a precursor layer comprising a dopant, in particular phosphorus, on the highly doped silicon layer of the first polarity on the back side , wherein a concentration of the dopants in the highly doped silicon layer of the first polarity and of the precursor layer is selected such that an amount of the dopant of a second polarity in the precursor layer is higher than the amount of the dopant of the first polarity in the highly doped silicon layer of the first polarity, and in that the method comprises a step of laser irradiation of the back side , in particular for producing locally highly doped base regions .