mhurhangee/ep-ind-claims huggingface dataset:
A system for augmented reality viewing, the system comprising: a memory associated with a computing device, the memory including an augmented reality session component; and a processor that executes the augmented reality session component to: generate a unique code corresponding to a user device; broadcast information corresponding to the unique code from the user device, the information configured to be received by an augmented reality device; display the unique code on the user device; and join the user device to an augmented reality session of the augmented reality device using received identification information from the augmented reality device and based at least in part on the displayed unique code; wherein the augmented reality device comprises a camera, and the processor further executes the augmented reality session component to activate the camera of the augmented reality device upon receiving the information broadcast from the user device, the camera configured to scan for the unique code. a memory associated with a computing device, the memory including an augmented reality session component; and a processor that executes the augmented reality session component to: generate a unique code corresponding to a user device; broadcast information corresponding to the unique code from the user device, the information configured to be received by an augmented reality device; display the unique code on the user device; and join the user device to an augmented reality session of the augmented reality device using received identification information from the augmented reality device and based at least in part on the displayed unique code; wherein the augmented reality device comprises a camera, and the processor further executes the augmented reality session component to activate the camera of the augmented reality device upon receiving the information broadcast from the user device, the camera configured to scan for the unique code. generate a unique code corresponding to a user device; broadcast information corresponding to the unique code from the user device, the information configured to be received by an augmented reality device; display the unique code on the user device; and join the user device to an augmented reality session of the augmented reality device using received identification information from the augmented reality device and based at least in part on the displayed unique code; wherein the augmented reality device comprises a camera, and the processor further executes the augmented reality session component to activate the camera of the augmented reality device upon receiving the information broadcast from the user device, the camera configured to scan for the unique code.
A recording apparatus, comprising: a recording head capable of performing recording by discharging an aqueous ink to a target recording medium; a drying portion for drying the aqueous ink recorded on the target recording medium by the recording head; a collecting portion for collecting vapor at least containing water evaporated from the aqueous ink by the drying portion; a heating and compressing portion for heating and compressing the vapor collected by the collecting portion; an ejecting portion for ejecting the vapor heated and compressed by the heating and compressing portion to the target recording medium on which recording is performed; and a transporting portion adapted to transport the target recording medium in a transporting direction; characterized in that: the ejecting portion is located downstream of the drying portion in the transporting direction; and the ejecting portion is adapted to eject the vapor in a direction downstream in the transporting direction. a recording head capable of performing recording by discharging an aqueous ink to a target recording medium; a drying portion for drying the aqueous ink recorded on the target recording medium by the recording head; a collecting portion for collecting vapor at least containing water evaporated from the aqueous ink by the drying portion; a heating and compressing portion for heating and compressing the vapor collected by the collecting portion; an ejecting portion for ejecting the vapor heated and compressed by the heating and compressing portion to the target recording medium on which recording is performed; and a transporting portion adapted to transport the target recording medium in a transporting direction; characterized in that: the ejecting portion is located downstream of the drying portion in the transporting direction; and the ejecting portion is adapted to eject the vapor in a direction downstream in the transporting direction. the ejecting portion is located downstream of the drying portion in the transporting direction; and the ejecting portion is adapted to eject the vapor in a direction downstream in the transporting direction.
A method of processing an image of a portable terminal, the portable terminal comprising an image signal processor, ISP, and an application processor, AP, the method comprising: acquiring, at the ISP, an image from a camera unit for each frame of a plurality of frames during an operation of the camera; generating, at the ISP, a display image and a compression image, the compression image being a compressed image, by processing the acquired image; transmitting, to the application processor, the display image generated by the ISP for each frame and the compression image at a preset frame interval; displaying, at the application processor, the acquired display image and buffering, at the AP, the compression image; and transmitting a thumbnail image in a frame period in which the compression image is not transmitted. acquiring, at the ISP, an image from a camera unit for each frame of a plurality of frames during an operation of the camera; generating, at the ISP, a display image and a compression image, the compression image being a compressed image, by processing the acquired image; transmitting, to the application processor, the display image generated by the ISP for each frame and the compression image at a preset frame interval; displaying, at the application processor, the acquired display image and buffering, at the AP, the compression image; and transmitting a thumbnail image in a frame period in which the compression image is not transmitted.
A method of generating sound signals for communication with a user of a dispenser, the method comprising: providing a dispenser cap with a measurement sensor to measure a drug release while pressure is applied on the dispenser cap, wherein the measurement sensor has a form of a piezoelectric transducer connected to an electronic module with a microprocessor, and wherein the measurement sensor is located in the dispenser cap adjacently to a resonance chamber having an opening that allows sound signals to pass outside the cap, wherein the microprocessor is powered by a coin-cell battery; and generating sound signals as a result of one of events programmed in the microprocessor by sending an electric pulse to the measurement sensor thereby causing a metal plate of the piezoelectric transducer to move and consequently generate sound waves in air that travel outside the dispenser cap via the resonance chamber with the opening. providing a dispenser cap with a measurement sensor to measure a drug release while pressure is applied on the dispenser cap, wherein the measurement sensor has a form of a piezoelectric transducer connected to an electronic module with a microprocessor, and wherein the measurement sensor is located in the dispenser cap adjacently to a resonance chamber having an opening that allows sound signals to pass outside the cap, wherein the microprocessor is powered by a coin-cell battery; and generating sound signals as a result of one of events programmed in the microprocessor by sending an electric pulse to the measurement sensor thereby causing a metal plate of the piezoelectric transducer to move and consequently generate sound waves in air that travel outside the dispenser cap via the resonance chamber with the opening.
A gaseous fuelled two engine system comprising a storage tank that is thermally insulated for holding a gaseous fuel in liquefied form, a first outlet associated with a lower portion of said storage tank for delivering said gaseous fuel in liquefied form, a second outlet associated with an upper portion of said storage tank for delivering said gaseous fuel in vaporized form, a cryogenic pump comprising a suction inlet fluidly connected to said first outlet, a drive for said cryogenic pump comprising a power supply, a vaporizer having a fuel inlet fluidly connected to a discharge outlet of said cryogenic pump, and a first engine that is a direct injection gaseous-fuelled internal combustion engine comprising a fuel injector for injecting said gaseous fuel directly into a combustion chamber at pressures greater than 200 bar, said fuel injector receiving said gaseous fuel through a pipe that is in fluid communication with a fuel outlet of the vaporizer, and a second engine that is a fumigated gaseous-fuelled internal combustion engine comprising a fuel injector for injecting said gaseous fuel into an intake air manifold that delivers intake air to a combustion chamber of said second engine, wherein said gaseous fuel that is supplied to said second engine is delivered through a pipe that is in fluid communication with said second outlet, and wherein said second engine is said power supply for the drive of the cryogenic pump.
Self-driven floor cleaning device, comprising a chassis with a centre plane which is oriented parallel to a forward straight-ahead direction of travel and on which a front end of the floor cleaning device in relation to the forward straight-ahead direction of travel is arranged or formed, wherein the front end is an end of the floor cleaning device which projects forward the furthest, and an optical sensor mechanism, which is arranged on the chassis, wherein the optical sensor mechanism comprises a first transceiver unit, which, in relation to the forward straight-ahead direction of travel, is arranged to the left of the centre plane and has a first detection field, which crosses the centre plane in front of the front end and is directed to the front right, and at least one second transceiver unit, which is arranged to the right of the centre plane and has a second detection field, which crosses the centre plane in front of the front end and is directed to the front left, characterized in that a crossing region, at which the first detection field and/or the second detection field crosses the centre plane, has a spacing in a range between 0.8 cm and 6 cm, and in particular in a range between 1 cm and 5 cm, from the front end of the floor cleaning device, and in that the first detection field extends beyond an extension of a right-hand side of the floor cleaning device and extends beyond the front end of the floor cleaning device, and/or the second detection field extends beyond an extension of a left-hand side of the floor cleaning device and beyond the front end of the floor cleaning device, and in that the first detection field and the second detection field are each of lobe form.
A controller for an electromechanical brake actuator, comprising: an error detector configured to determine an error in a motor angular position signal of an actuator motor; and a synthetic angle generator configured to generate a synthetic motor angular position signal for the actuator motor, wherein the controller controls the actuator motor via the synthetic motor angular position signal in response to the error in the motor angular position signal being detected, and characterized in that the motor angular position signal is replaced with the synthetic motor angular position signal in response to the error being determined. an error detector configured to determine an error in a motor angular position signal of an actuator motor; and a synthetic angle generator configured to generate a synthetic motor angular position signal for the actuator motor, wherein the controller controls the actuator motor via the synthetic motor angular position signal in response to the error in the motor angular position signal being detected, and characterized in that the motor angular position signal is replaced with the synthetic motor angular position signal in response to the error being determined.
A method comprising: providing a mixture of metallic nanoscopic wires and semiconducting nanoscopic wires; subjecting the mixture to an electric field of intensity sufficient to selectively orient the metallic wires, wherein the electric field is of an intensity such that the semiconducting wires remain unoriented with respect to the electric field; and separating the metallic nanoscopic wires from the semiconducting nanoscopic wires. providing a mixture of metallic nanoscopic wires and semiconducting nanoscopic wires; subjecting the mixture to an electric field of intensity sufficient to selectively orient the metallic wires, wherein the electric field is of an intensity such that the semiconducting wires remain unoriented with respect to the electric field; and separating the metallic nanoscopic wires from the semiconducting nanoscopic wires.
An additive manufacturing system, comprising: an energy beam system comprising one or more energy beam sources; and a position measurement system comprising a position measurement assembly attached to the energy beam system, the position measurement assembly comprising one or more position sensors and one or more mounting brackets attaching the one or more position sensors to the energy beam system; wherein the energy beam system is situated in a fixed position relative to a reference plane, the reference plane coinciding with an expected position of a build plane; and wherein the position measurement system is configured to determine a position of the build plane relative to the reference plane and to adjust the reference plane based at least in part on the determined position of the build plane, wherein the position measurement system is configured to compare the position of the build plane to a corresponding position of the reference plane and to adjust the position of the reference plane based at least in part on the comparison of the position of the build plane to the corresponding position of the reference plane, wherein comparing the position of the build plane to the corresponding position of the reference plane comprises: determining at least two error values indicating a divergence of the build plane relative to the reference plane, the at least two error values determined at least in part by comparing at least two build plane-points to at least two corresponding reference plane -points. an energy beam system comprising one or more energy beam sources; and a position measurement system comprising a position measurement assembly attached to the energy beam system, the position measurement assembly comprising one or more position sensors and one or more mounting brackets attaching the one or more position sensors to the energy beam system; wherein the energy beam system is situated in a fixed position relative to a reference plane, the reference plane coinciding with an expected position of a build plane; and wherein the position measurement system is configured to determine a position of the build plane relative to the reference plane and to adjust the reference plane based at least in part on the determined position of the build plane, wherein the position measurement system is configured to compare the position of the build plane to a corresponding position of the reference plane and to adjust the position of the reference plane based at least in part on the comparison of the position of the build plane to the corresponding position of the reference plane, wherein comparing the position of the build plane to the corresponding position of the reference plane comprises: determining at least two error values indicating a divergence of the build plane relative to the reference plane, the at least two error values determined at least in part by comparing at least two build plane-points to at least two corresponding reference plane -points.
A bar code reader for reading bar codes and determining a feature of a target object not having a bar code affixed thereto, the bar code reader comprising: a housing including one or more transparent windows (H,V) and defining a housing interior region, a target object being swiped or presented in relation to the transparent windows for imaging a target object; an illumination system having one or more illumination sources positioned within the housing interior region for providing illumination to illuminate the target object through one of the transparent windows; a camera (C1-C6) having an image capture sensor array positioned within the housing interior region for capturing an image of the target object through one of the transparent windows; and an image processing system comprising a processor for interpreting the image of the target object to determine a presence of a bar code and if present decoding the bar code in the image of the target object and in the absence of a bar code, identifying the target object by determining a feature of the target object from the image of the target object captured by the imaging system, and characterized in that the feature includes a length dimension of a characteristic of the target object. a housing including one or more transparent windows (H,V) and defining a housing interior region, a target object being swiped or presented in relation to the transparent windows for imaging a target object; an illumination system having one or more illumination sources positioned within the housing interior region for providing illumination to illuminate the target object through one of the transparent windows; a camera (C1-C6) having an image capture sensor array positioned within the housing interior region for capturing an image of the target object through one of the transparent windows; and an image processing system comprising a processor for interpreting the image of the target object to determine a presence of a bar code and if present decoding the bar code in the image of the target object and in the absence of a bar code, identifying the target object by determining a feature of the target object from the image of the target object captured by the imaging system, and characterized in that the feature includes a length dimension of a characteristic of the target object.
A sealing assembly, comprising: a housing including a bore; a shaft rotatably disposed in the bore; a primary radial shaft seal secured to the housing and including a sealing lip engaging the shaft; a secondary contaminant exclusion seal secured to the housing and including at least one dust lip, wherein a buffer seal made of a fabric made from a non-woven material is arranged between the primary radial shaft seal and the secondary contaminant exclusion seal and in contact with the housing and the shaft, characterized in that said fabric is electrically conductive and made from a copper-nickel impregnated non-woven carbon fiber material. a housing including a bore; a shaft rotatably disposed in the bore; a primary radial shaft seal secured to the housing and including a sealing lip engaging the shaft; a secondary contaminant exclusion seal secured to the housing and including at least one dust lip, wherein a buffer seal made of a fabric made from a non-woven material is arranged between the primary radial shaft seal and the secondary contaminant exclusion seal and in contact with the housing and the shaft, characterized in that said fabric is electrically conductive and made from a copper-nickel impregnated non-woven carbon fiber material.
Envelope formed by at least one sheet of flexible material and comprising: - a lower flap, - an upper flap superposed over the lower flap, the flaps (11, 12) being joined together by lateral edges leaving an opening between the lateral edges, - at least one protection strip on one coat of closing adhesive, the coat of closing adhesive being designed to ensure the closing of the envelope after removal of the protection strip, - along the opening, at least one precut area that can be detached from the envelope, the coat of closing adhesive extending at least partially over the precut area, characterised by the fact said envelope comprises reinforced means of linking joining the precut area to the protection strip in a reinforced way with respect to the link between the protection strip and the coat of closing adhesive. - a lower flap, - an upper flap superposed over the lower flap, the flaps (11, 12) being joined together by lateral edges leaving an opening between the lateral edges, - at least one protection strip on one coat of closing adhesive, the coat of closing adhesive being designed to ensure the closing of the envelope after removal of the protection strip, - along the opening, at least one precut area that can be detached from the envelope, the coat of closing adhesive extending at least partially over the precut area, characterised by the fact said envelope comprises reinforced means of linking joining the precut area to the protection strip in a reinforced way with respect to the link between the protection strip and the coat of closing adhesive.
A surveillance device comprising: one or more cameras, which each comprise a plurality of image sensors, which are constituted such that they each scan different regions of a scene with a variable object distance in an object space and generate image data of a sequence of images in a video stream, wherein the cameras each comprise a control unit, which is constituted such that it performs the transmission of the image data of the image sensors to a network; a control device, which is constituted such that it generates from the image data of the image sensors a composite video stream and/or at least one section thereof for display on a display device or in at least one window of variable size thereof; and an input unit, which is constituted such that the region of the scene intended for the display and, optionally, the position and the size of the at least one window can be fixed by means of said input unit; wherein the image sensors are each equipped with an optical system, such that a resolution of the object space homogenised over the entire visual field of the image sensors is provided at any time and irrespective of the object distance, and the image sensors, which are intended for different object distances, comprise lenses with different fixed focal lengths. one or more cameras, which each comprise a plurality of image sensors, which are constituted such that they each scan different regions of a scene with a variable object distance in an object space and generate image data of a sequence of images in a video stream, wherein the cameras each comprise a control unit, which is constituted such that it performs the transmission of the image data of the image sensors to a network; a control device, which is constituted such that it generates from the image data of the image sensors a composite video stream and/or at least one section thereof for display on a display device or in at least one window of variable size thereof; and an input unit, which is constituted such that the region of the scene intended for the display and, optionally, the position and the size of the at least one window can be fixed by means of said input unit; wherein the image sensors are each equipped with an optical system, such that a resolution of the object space homogenised over the entire visual field of the image sensors is provided at any time and irrespective of the object distance, and the image sensors, which are intended for different object distances, comprise lenses with different fixed focal lengths.