mhurhangee/patent-ind-claim-en huggingface dataset:
Trailer intended to be coupled to a towing vehicle , the trailer comprising a chassis connected to wheels and a coupling means able to connect it to the towing vehicle , and an immobilization means acting on at least one of the wheels so as to block the wheel in terms of rotation with the chassis , the said immobilization means comprising at least one lever , articulated selectively between a rest position in which the wheels are blocked in terms of rotation with respect to the chassis and an active position in which the wheels are free to rotate with respect to the chassis, characterized in that said coupling means comprises a lever articulated selectively between a rest position in which the wheels are blocked in terms of rotation with the chassis and an active position in which the wheels are free to rotate with respect to the chassis, the lever being able to be articulated by means of a manual control device mounted on board the towing vehicle .
A network destination device connectable to a network, the device being operable to receive audio data packets representing an audio signal in an audio channel and being operable to receive attribute data packets carrying attribute data representing an attribute of the audio signal; and the device comprising a user interface arranged to provide a user with a visible indication on a display screen representing a value of the attribute data for monitoring by the user; and in which: the attribute data represents an audio level of the audio signal.
Clap skate comprising a blade having a rockering, a frame , holding the blade in its bottomside and comprising, on its topside, a heel support for the heel portion of a skating shoe or a bracket and a forefoot support connected to a front part of a skating shoe or bracket via a pivot , characterized in that the forefoot support provides a fixed connection to the frame , which fixed connection extends entirely in front of the pivot .
A metal powder production apparatus comprising: a first crucible capable of receiving a metal before melting; a first heating device for heating and melting the metal in the first crucible ; a second crucible for receiving the molten metal flowing out of the first crucible ; a liquid nozzle provided on a bottom surface of the second crucible ; a plurality of gas jet nozzles arranged around the liquid nozzle and jetting a gas fluid to the molten metal flowing down from the liquid nozzle ; a stopper for opening and closing a first opening provided on a bottom surface of the first crucible ; an introduction pipe having one end connected to the first opening of the first crucible , the introduction pipe guiding a molten metal in the first crucible to the second crucible ; and a second heating device for heating the second crucible , characterized in that a level of a lowest portion having a lowest level in a flow path in the introduction pipe is lower than a level of the other end of the introduction pipe . a first crucible capable of receiving a metal before melting; a first heating device for heating and melting the metal in the first crucible ; a second crucible for receiving the molten metal flowing out of the first crucible ; a liquid nozzle provided on a bottom surface of the second crucible ; a plurality of gas jet nozzles arranged around the liquid nozzle and jetting a gas fluid to the molten metal flowing down from the liquid nozzle ; a stopper for opening and closing a first opening provided on a bottom surface of the first crucible ; an introduction pipe having one end connected to the first opening of the first crucible , the introduction pipe guiding a molten metal in the first crucible to the second crucible ; and a second heating device for heating the second crucible , characterized in that a level of a lowest portion having a lowest level in a flow path in the introduction pipe is lower than a level of the other end of the introduction pipe .
A fuel purge system for a gas turbine engine comprising a water manifold, a water distribution line and a water valve , said fuel purge system comprising: a liquid fuel manifold adapted to be fluidly connected to a liquid fuel supply with a liquid fuel piping arrangement comprising one or more valves and to a combustor assembly and configured to receive a liquid fuel from the fuel supply and distribute the liquid fuel to the combustor assembly ; a liquid fuel valve disposed between the fuel supply and the fuel manifold; and a liquid pump adapted to be fluidly connected to a liquid supply and to the liquid fuel manifold and configured to receive a liquid from the liquid supply and distribute the liquid to the liquid fuel manifold for pressurization of the liquid fuel manifold during a purge operation of the combustor assembly, wherein the liquid comprises water and a water injection pump adapted to be in fluid communication with the liquid supply and the water manifold and configured to receive water from the liquid supply and distribute the water to the water manifold along the water distribution line during an open state of the water valve located between the water injection pump and the water manifold and to the fuel manifold; wherein the liquid pump is a water seal pump configured to be employed when the water injection pump is not in use and is configured to pump liquid to the liquid fuel manifold to pressurize components of said liquid fuel manifold. a liquid fuel manifold adapted to be fluidly connected to a liquid fuel supply with a liquid fuel piping arrangement comprising one or more valves and to a combustor assembly and configured to receive a liquid fuel from the fuel supply and distribute the liquid fuel to the combustor assembly ; a liquid fuel valve disposed between the fuel supply and the fuel manifold; and a liquid pump adapted to be fluidly connected to a liquid supply and to the liquid fuel manifold and configured to receive a liquid from the liquid supply and distribute the liquid to the liquid fuel manifold for pressurization of the liquid fuel manifold during a purge operation of the combustor assembly, wherein the liquid comprises water and a water injection pump adapted to be in fluid communication with the liquid supply and the water manifold and configured to receive water from the liquid supply and distribute the water to the water manifold along the water distribution line during an open state of the water valve located between the water injection pump and the water manifold and to the fuel manifold; wherein the liquid pump is a water seal pump configured to be employed when the water injection pump is not in use and is configured to pump liquid to the liquid fuel manifold to pressurize components of said liquid fuel manifold.
Multifunctional bag , comprising: - a body with at least one storage compartment , - carrying straps for carrying the multifunctional bag as a backpack on the back, - a holding device for attaching the multifunctional bag as a pannier to a carrier, in particular to a luggage carrier of a bicycle, and - a flap attached to the body, which is transferable between a first position and a second position, wherein the flap in the first position releases the carrying straps and covers the holding device , so that the multifunctional bag can be used as a backpack, and wherein the flap in the second position covers the carrying straps and exposes the holding device so that the multifunctional bag can be used as a pannier, characterized in that the carrying straps and/or the holding device is/are fastened to the flap . - a body with at least one storage compartment , - carrying straps for carrying the multifunctional bag as a backpack on the back, - a holding device for attaching the multifunctional bag as a pannier to a carrier, in particular to a luggage carrier of a bicycle, and - a flap attached to the body, which is transferable between a first position and a second position, wherein the flap in the first position releases the carrying straps and covers the holding device , so that the multifunctional bag can be used as a backpack, and wherein the flap in the second position covers the carrying straps and exposes the holding device so that the multifunctional bag can be used as a pannier, characterized in that the carrying straps and/or the holding device is/are fastened to the flap .
A patient position determination system comprising: an X-ray imaging apparatus that obtains an X-ray image of a patient on a reference plane; and an arithmetic processing apparatus, wherein the arithmetic processing apparatus estimates a region of interest with respect to the X-ray image and to a DRR image, based on a parameter of a region estimation model and on the X-ray image or the DRR image created by virtually projecting a three-dimensional image of the patient obtained before radiotherapy onto the reference plane, and obtains an amount of deviation in position/orientation between the patient and the three-dimensional image, based on the three-dimensional image, the X-ray image, and the region of interest, characterised in that the parameter of the region estimation model is a parameter calculated by using, as input data, a reference fluoroscopic image obtained before radiotherapy, and also using, as teacher data, a reference ROI image obtained with respect to the reference fluoroscopic image before radiotherapy. an X-ray imaging apparatus that obtains an X-ray image of a patient on a reference plane; and an arithmetic processing apparatus, wherein the arithmetic processing apparatus estimates a region of interest with respect to the X-ray image and to a DRR image, based on a parameter of a region estimation model and on the X-ray image or the DRR image created by virtually projecting a three-dimensional image of the patient obtained before radiotherapy onto the reference plane, and obtains an amount of deviation in position/orientation between the patient and the three-dimensional image, based on the three-dimensional image, the X-ray image, and the region of interest, characterised in that the parameter of the region estimation model is a parameter calculated by using, as input data, a reference fluoroscopic image obtained before radiotherapy, and also using, as teacher data, a reference ROI image obtained with respect to the reference fluoroscopic image before radiotherapy.
A bearing retainer for a bearing for supporting the shaft of a pump, said bearing retainer comprising: - at least one ring section adapted to surround the bearing, said ring section having an inner radius perpendicular to the axis of the shaft; - at least one elastic section adjacent said ring section, wherein at least a part of said elastic section has an inner radius perpendicular to the axis of the shaft, which inner radius is smaller than said radius of said ring section; said elastic section comprising multiple slits , dividing said elastic section into multiple resilient parts ; said multiple resilient parts being adapted to allowing receiving and supporting the bearing, thereby creating a compression force in radial direction perpendicular to the axis of the shaft, allowing said bearing retainer to hold the bearing in a fixed position with respect to said bearing retainer; wherein said elastic section comprises an oblique subsection adjacent said ring section and a cylindrical subsection adjacent said oblique subsection , wherein said oblique subsection comprises a wall which is slanted with respect to the shaft of the pump, and said cylindrical subsection comprises a wall which is parallel to the shaft of the pump characterized in that said ring section is elliptical, corrugated or wave formed. - at least one ring section adapted to surround the bearing, said ring section having an inner radius perpendicular to the axis of the shaft; - at least one elastic section adjacent said ring section, wherein at least a part of said elastic section has an inner radius perpendicular to the axis of the shaft, which inner radius is smaller than said radius of said ring section; said elastic section comprising multiple slits , dividing said elastic section into multiple resilient parts ; said multiple resilient parts being adapted to allowing receiving and supporting the bearing, thereby creating a compression force in radial direction perpendicular to the axis of the shaft, allowing said bearing retainer to hold the bearing in a fixed position with respect to said bearing retainer; wherein said elastic section comprises an oblique subsection adjacent said ring section and a cylindrical subsection adjacent said oblique subsection , wherein said oblique subsection comprises a wall which is slanted with respect to the shaft of the pump, and said cylindrical subsection comprises a wall which is parallel to the shaft of the pump characterized in that said ring section is elliptical, corrugated or wave formed.
Device for subsequent thermally insulating, force-transmitting connection of a second load-absorbing structure part to a first load-absorbing structure part , in particular of a balcony slab to a building ceiling, wherein the device has an insulation body for arrangement in a separating joint between the first structure part and the second structure part , characterized in that the insulation body is formed by a dimensionally stable protective box which is filled with insulation material , wherein the protective box has a first longitudinal side , which is intended for arrangement on the first structure part , and an oppositely situated second longitudinal side , wherein the protective box has a longitudinal direction , a transverse direction , which extends perpendicularly to the longitudinal direction and from the first longitudinal side to the second longitudinal side , and a vertical direction , which extends perpendicularly to the longitudinal direction and perpendicularly to the transverse direction , wherein the device has at least one compression element for transmission of compressive forces between the first structure part and the second structure part , which at least one compression element extends at least from the first longitudinal side to the second longitudinal side of the protective box , wherein the device comprises first tension bars and second tension bars and also a connecting device for subsequent force-transmitting connection of the second tension bars to the first tension bars , that the first tension bars project into the protective box at the first longitudinal side , in that the second tension bars project into the protective box at the second longitudinal side , and in that the connecting device is arranged in the protective box .
Laser scanning microscope (M), which is switchable between various types of operation, having a laser and an illumination beam path, wherein said microscope contains, in a first beam path, a first rotatable half-wave plate (P1), an electro-optic modulator (sEOM), a second rotatable half-wave plate (P2) and a first polarizing beam splitter (PBS, PBS1), for switching the types of operation in the illumination beam path, wherein the first half-wave plate (P1) is arranged upstream of the electro-optic modulator (sEOM) and the second half-wave plate (P2) is arranged downstream of the electro-optic modulator (sEOM) and the first polarizing beam splitter (PBS, PBS1) for generating a second beam path follows the second half-wave plate (P2), wherein the electro-optic modulator (sEOM) has segmented electrodes and wherein the switching between the types of operation takes place by means of setting the rotation of the first half-wave plate (P1), by means of setting the rotation of the second half-wave plate (P2) and by means of actuating the segmented electrodes of the electro-optic modulator (sEOM).
A method for uplink data transmission, comprising: sending (S210) subset constraint indication information of a sounding reference signal, SRS, resource to a terminal device, wherein the subset constraint indication information is used for indicating at least one available SRS resource subset; determining (S220) a length of a SRS resource indicator, SRI, in downlink control information, DCI; sending the DCI to the terminal device, wherein the length of SRI is used to determine a target SRS resource subset corresponding to a target SRI in the at least one available SRS resource subset; and receiving uplink data from the terminal device for non-codebook-base transmission; wherein the uplink data is transmitted by a transmission parameter and a quantity of transmission layers, the transmission parameter is determined according to the target SRS resource subset and the quantity of transmission layers of corresponding uplink data is determined according to the quantity of antenna ports when each SRS resource in the target SRS resource subset is a single-port SRS resource. sending (S210) subset constraint indication information of a sounding reference signal, SRS, resource to a terminal device, wherein the subset constraint indication information is used for indicating at least one available SRS resource subset; determining (S220) a length of a SRS resource indicator, SRI, in downlink control information, DCI; sending the DCI to the terminal device, wherein the length of SRI is used to determine a target SRS resource subset corresponding to a target SRI in the at least one available SRS resource subset; and receiving uplink data from the terminal device for non-codebook-base transmission; wherein the uplink data is transmitted by a transmission parameter and a quantity of transmission layers, the transmission parameter is determined according to the target SRS resource subset and the quantity of transmission layers of corresponding uplink data is determined according to the quantity of antenna ports when each SRS resource in the target SRS resource subset is a single-port SRS resource.
A hand-held controller comprising: a handle extending in a longitudinal direction , the handle shaped and dimensioned to be grasped by a user's hand; a ring attached to a first end of the handle the ring having: an annular surface defining a plane that forms a predetermined angle with respect to the longitudinal direction , and a curved outer surface ; a plurality of light sources mounted on the curved outer surface and configured to emit light to be captured by an imaging device for tracking a position or orientation of the hand-held controller , the light emitted in a direction normal to the curved outer surface ; and a button located on a bottom surface of the first end of the handle , the button configured for pressing by an index or middle finger of the user's hand, characterized in that , the ring is configured to surround the thumb of the user when the handle is grasped by the user's hand, wherein the predetermined angle is between 45° to 135°. an annular surface defining a plane that forms a predetermined angle with respect to the longitudinal direction , and a curved outer surface ; a plurality of light sources mounted on the curved outer surface and configured to emit light to be captured by an imaging device for tracking a position or orientation of the hand-held controller , the light emitted in a direction normal to the curved outer surface ; and a button located on a bottom surface of the first end of the handle , the button configured for pressing by an index or middle finger of the user's hand, characterized in that , the ring is configured to surround the thumb of the user when the handle is grasped by the user's hand, wherein the predetermined angle is between 45° to 135°.
Timepiece , notably a diver's watch, comprising a case provided with a case middle , a light source , an element movable between several positions relative to the case , and movable means for assembling the movable element on the middle part of the case , the movable element comprising a light guide and an upper cover comprising an index the guide being configured to receive a light beam from the light source through an entry face , and to guide light rays through an exit face of the light guide in order to illuminate the index , whatever the position of the movable element relative to the case , the movable element being an annular bezel mounted to rotate around the case middle .
Flow cytometer for acquiring discontinuous emission spectra data from particles, comprising, a light source for providing an illumination beam, means for focussing said illumination beam onto a detection location, a flow cell configured for receiving particles, passing said particles individually to the detection location, where the focussed illumination beam of the light source illuminates the particles, light detectors for detecting fluorescent light emitted by said particles at the detection location and a data processor configured for processing data acquired by the light detectors characterized in that optical bandpass filters situated in between the flow cell and the light detectors divide the fluorescent emission spectrum into two to ten separate wavelength bands almost gaplessly with gaps of 10 nm or less which are detected by the light detectors and in that the data processor is configured to analyze the data acquired by the light detectors on the two to ten separate wavelength bands by a principal component analysis. a light source for providing an illumination beam, means for focussing said illumination beam onto a detection location, a flow cell configured for receiving particles, passing said particles individually to the detection location, where the focussed illumination beam of the light source illuminates the particles, light detectors for detecting fluorescent light emitted by said particles at the detection location and a data processor configured for processing data acquired by the light detectors characterized in that optical bandpass filters situated in between the flow cell and the light detectors divide the fluorescent emission spectrum into two to ten separate wavelength bands almost gaplessly with gaps of 10 nm or less which are detected by the light detectors and in that the data processor is configured to analyze the data acquired by the light detectors on the two to ten separate wavelength bands by a principal component analysis.
An axle assembly comprising: an input shaft that is rotatable around a first axis ; a drive gear through which the input shaft extends, the drive gear being rotatable with respect to the input shaft ; an interaxle differential unit that is disposed on the input shaft , the interaxle differential unit having a side gear that receives the input shaft such that the side gear is rotatable with respect to the input shaft ; an output shaft; a first clutch collar that is selectively engageable with the drive gear ; characterised in that the output shaft is rotatable with respect to the side gear ; and a second clutch collar that receives the output shaft and is selectively engageable with the side gear . an input shaft that is rotatable around a first axis ; a drive gear through which the input shaft extends, the drive gear being rotatable with respect to the input shaft ; an interaxle differential unit that is disposed on the input shaft , the interaxle differential unit having a side gear that receives the input shaft such that the side gear is rotatable with respect to the input shaft ; an output shaft; a first clutch collar that is selectively engageable with the drive gear ; characterised in that the output shaft is rotatable with respect to the side gear ; and a second clutch collar that receives the output shaft and is selectively engageable with the side gear .