mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for video inpainting, comprising: splitting an input video into a set of video sequences, which comprise one or more video frames ; generating one or more object masks, which represent one or more areas comprising an object or objects targeted to be removed and inpainted in the video sequences ; generating optical flows for each video sequence ; and for each video sequence from the set of video sequences: using optical flows related to a detected object or objects in the video sequence to define one or more sampling areas in the video sequence, whereby for an object mask of the video sequence, calculating average velocity functions around the object mask using optical flows from the sequence , selecting a video frame from the sequence and estimating a sampling area in the video frame of the video sequence using the average velocity functions , sampling one or more patches in the sampling area, wherein the one or more patches are outside of the object mask, and generating a corresponding masked patch for each patch, wherein the masked patch represents a masked version of the patch; and adaptively training an inpainting model using the masked patches as inputs into the inpainting model and the one or more patches as corresponding ground truth references to obtain a final inpainting model, wherein the inpainting model is obtained by pre-training with a dataset; and using the final inpainting model to modify the video sequence to inpaint at least part of the video sequence. splitting an input video into a set of video sequences, which comprise one or more video frames ; generating one or more object masks, which represent one or more areas comprising an object or objects targeted to be removed and inpainted in the video sequences ; generating optical flows for each video sequence ; and for each video sequence from the set of video sequences: using optical flows related to a detected object or objects in the video sequence to define one or more sampling areas in the video sequence, whereby for an object mask of the video sequence, calculating average velocity functions around the object mask using optical flows from the sequence , selecting a video frame from the sequence and estimating a sampling area in the video frame of the video sequence using the average velocity functions , sampling one or more patches in the sampling area, wherein the one or more patches are outside of the object mask, and generating a corresponding masked patch for each patch, wherein the masked patch represents a masked version of the patch; and adaptively training an inpainting model using the masked patches as inputs into the inpainting model and the one or more patches as corresponding ground truth references to obtain a final inpainting model, wherein the inpainting model is obtained by pre-training with a dataset; and using the final inpainting model to modify the video sequence to inpaint at least part of the video sequence.
Method for increasing the range of an electric vehicle , in particular an electric scooter, with an electric motor , at least one storage cell and a controller for the electric motor , with the following steps: a) initiating the activation of a residual capacity of the storage cell by the operator, wherein the use of the residual capacity is blocked in the normal driving mode by the controller , and b) unlocking the residual capacity, characterized in that the activation of the residual capacity in step a) is initiated by the input of an activation code by way of an extra input device, wherein the input device specifically comprises the activation of the residual capacity. a) initiating the activation of a residual capacity of the storage cell by the operator, wherein the use of the residual capacity is blocked in the normal driving mode by the controller , and b) unlocking the residual capacity,
A method for delivering an object, in particular a package , into a building having a lift with a lift car and a lift shaft having a plurality of lateral openings , via which cargo can be introduced into the lift car via a first path, the lift car being movable within the lift shaft , characterised in that an object is transported to a transfer region via a second path using a drone , after which the object is removed from the interior of the lift car or from one of the lateral openings .
An apparatus for assembling a rolling bearing using an eccentric assembly method, comprising a clamping device designed for clamping an outer bearing ring , a force-generating device acting on the clamping device , and a calculation device that is data-technically coupled to the latter and is designed for calculating a radial force to be applied to the outer bearing ring by the force-generating device when the outer bearing ring is clamped in the clamping device , as a function of its dimensioning, wherein the force-generating device comprises a lever mechanism and the lever mechanism comprises a lever , which has at least one lever arm with an adjustably effective lever length.
A pressure chamber system comprising: a plurality of substantially rigid panels arranged around a space, each of the substantially rigid panels comprising a metal frame formed from a plurality of elongated beam elements formed from a plurality of metal frame elements ; one or more connecting plate coupled to adjacent pairs of the plurality of substantially rigid panels; and a pressure differential generator configured to control pressure within the space to be different than an atmospheric pressure outside of the space; wherein the one or more connecting plate is configured to provide a pressure-tight seal between a respective adjacent pair of the plurality of substantially rigid panels. a plurality of substantially rigid panels arranged around a space, each of the substantially rigid panels comprising a metal frame formed from a plurality of elongated beam elements formed from a plurality of metal frame elements ; one or more connecting plate coupled to adjacent pairs of the plurality of substantially rigid panels; and a pressure differential generator configured to control pressure within the space to be different than an atmospheric pressure outside of the space; wherein the one or more connecting plate is configured to provide a pressure-tight seal between a respective adjacent pair of the plurality of substantially rigid panels.
A method for producing a colloidal suspension of zirconia particles, comprising the following successive steps: a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, so as to obtain a suspension in the form of a two-phase mixture comprising a slurry and a supernatant, and b) without first peptizing it, desalting said suspension so as to form a colloidal suspension of zirconia. a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, so as to obtain a suspension in the form of a two-phase mixture comprising a slurry and a supernatant, and b) without first peptizing it, desalting said suspension so as to form a colloidal suspension of zirconia.
An adhesive film obtained from an adhesive composition comprising: a) a base resin comprising an epoxy resin; b) a first epoxy curative that is a polymercaptan; and c) a second epoxy curative that is a polyamine; wherein the first and second epoxy curatives are chosen such that the second epoxy curative remains substantially unreacted i.e. at least 70 % unreacted in the composition after 24 hours at 22°C (72°F) and the first epoxy curative becomes substantially reacted i.e. at least 70 % reacted with epoxy resin in the composition after 24 hours at 22°C (72°F); wherein in the film the first epoxy curative is substantially reacted with epoxy resin in the composition and the second epoxy curative is substantially unreacted in the composition. a) a base resin comprising an epoxy resin; b) a first epoxy curative that is a polymercaptan; and c) a second epoxy curative that is a polyamine;
An overflow outlet control device for a hydrocyclone , the device including: a base portion including an inlet ; a top wall ; and a side wall extending between the base portion and the top wall , the side wall including an outlet ; the side wall , base portion and top wall together defining an outlet flow control chamber ; the inlet being arranged to receive a flow of material from an overflow outlet of an adjacent hydrocyclone, such that in use the flow of material passes through the chamber and leaves by way of the outlet , and wherein an axis of the outlet from the chamber is arranged to be generally perpendicular to an axis of the inlet of the chamber so that the material flow in the chamber experiences a perpendicular change in direction between the inlet and the outlet ; wherein an interior surface of the chamber located at the top wall includes a flow control formation which extends into the chamber towards the inlet , the flow control formation including an enlarged end portion and a narrowed portion disposed between the end portion and the top wall ; wherein the enlarged end portion of the flow control formation includes a curved convex region which faces towards the inlet ; wherein the interior surface of the side wall of the flow control chamber is rounded in shape; and characterised in that the rounded interior surface of the side wall of the chamber is in the shape of a torus. a base portion including an inlet ; a top wall ; and a side wall extending between the base portion and the top wall , the side wall including an outlet ; the side wall , base portion and top wall together defining an outlet flow control chamber ; the inlet being arranged to receive a flow of material from an overflow outlet of an adjacent hydrocyclone, such that in use the flow of material passes through the chamber and leaves by way of the outlet , and wherein an axis of the outlet from the chamber is arranged to be generally perpendicular to an axis of the inlet of the chamber so that the material flow in the chamber experiences a perpendicular change in direction between the inlet and the outlet ; wherein an interior surface of the chamber located at the top wall includes a flow control formation which extends into the chamber towards the inlet , the flow control formation including an enlarged end portion and a narrowed portion disposed between the end portion and the top wall ; wherein the enlarged end portion of the flow control formation includes a curved convex region which faces towards the inlet ; wherein the interior surface of the side wall of the flow control chamber is rounded in shape; and characterised in that the rounded interior surface of the side wall of the chamber is in the shape of a torus.
A portable ultrasound apparatus comprising: two probes having different specifications; a sensing unit for detecting an activated probe from among the two probes ; and a display unit comprising a first display unit and a second display unit , facing each other at the portable ultrasound apparatus , the first display unit configured to display an ultrasound image that is generated based on ultrasound data received by one of the two probes , the second display unit configured to display a control screen so as to control at least one of the ultrasound data and the ultrasound image, wherein the two probes are positioned on two opposite sides of the portable ultrasound apparatus , wherein the first display unit displays the ultrasound image rotated according to the activated probe from among the two probes . two probes having different specifications; a sensing unit for detecting an activated probe from among the two probes ; and a display unit comprising a first display unit and a second display unit , facing each other at the portable ultrasound apparatus , the first display unit configured to display an ultrasound image that is generated based on ultrasound data received by one of the two probes , the second display unit configured to display a control screen so as to control at least one of the ultrasound data and the ultrasound image, wherein the two probes are positioned on two opposite sides of the portable ultrasound apparatus , wherein the first display unit displays the ultrasound image rotated according to the activated probe from among the two probes .
A strength evaluation method for a composite material in which a plurality of fiber layers are laminated, the method comprising: a meandering state measuring process of measuring a meandering state of fibers of the plurality of fiber layers in a direction along the fiber layers using a captured image non-destructively acquired of an internal structure of the composite material; a meandering thickness measuring process of measuring a meandering thickness that is a thickness in a lamination direction of a part in which meanderings of fibers of the plurality of fiber layers occur using the captured image, and a strength evaluation process of evaluating a tensile strength or a bending strength of the composite material based on the meandering state and the meandering thickness, wherein in the meandering state measuring process, meandering amplitudes of the fibers of the fiber layers are measured, and a maximum value of the meandering amplitudes is used as a maximum amplitude, or meandering angles of the fibers of the fiber layers are measured and a maximum value of the meandering angle is used as a maximum meandering angle, and wherein in the strength evaluation process, the tensile strength or the bending strength is evaluated using a reciprocal number of a product value of the maximum amplitude and the meandering thickness or a reciprocal number of a product value of the maximum angle and the meandering thickness as an evaluation parameter. a meandering state measuring process of measuring a meandering state of fibers of the plurality of fiber layers in a direction along the fiber layers using a captured image non-destructively acquired of an internal structure of the composite material; a meandering thickness measuring process of measuring a meandering thickness that is a thickness in a lamination direction of a part in which meanderings of fibers of the plurality of fiber layers occur using the captured image, and a strength evaluation process of evaluating a tensile strength or a bending strength of the composite material based on the meandering state and the meandering thickness, wherein in the meandering state measuring process, meandering amplitudes of the fibers of the fiber layers are measured, and a maximum value of the meandering amplitudes is used as a maximum amplitude, or meandering angles of the fibers of the fiber layers are measured and a maximum value of the meandering angle is used as a maximum meandering angle, and wherein in the strength evaluation process, the tensile strength or the bending strength is evaluated using a reciprocal number of a product value of the maximum amplitude and the meandering thickness or a reciprocal number of a product value of the maximum angle and the meandering thickness as an evaluation parameter.
Method of predicting the generation of upward lightnings originating from the wind-driven power generators of a wind farm during a winter storm and for warning about said possible generation, and to that end in the method - the presence or absence of a storm cell in the wind farm and/or in the vicinity thereof, preferably within a radius of less than 400 km, is detected; - the local electric field in the wind farm is measured; wherein - temperature in the wind farm , or in the vicinity thereof, is identified or measured under given premises of pressure and/or height with respect to sea level; and - the probabilities of the generation of upward lightnings originating from the wind-driven power generators of the wind farm are determined depending on the result of said measurements, identifications and detections; a warning signal being transmitted in the event that the determined probability exceeds a given threshold value, and wherein the determined probability exceeds the given threshold value if - a sudden growth of the local electric field or a positive local electric field with respect to a predetermined threshold value is detected, said threshold value corresponding to the value of the local electric field in good weather conditions, - the presence of a storm cell is detected, and - the relationship between temperature and the given premises is a temperature less than -10°C at a pressure of 700 hPa, and/or at a height of about 3 km with respect to sea level. - the presence or absence of a storm cell in the wind farm and/or in the vicinity thereof, preferably within a radius of less than 400 km, is detected; - the local electric field in the wind farm is measured; - temperature in the wind farm , or in the vicinity thereof, is identified or measured under given premises of pressure and/or height with respect to sea level; and - the probabilities of the generation of upward lightnings originating from the wind-driven power generators of the wind farm are determined depending on the result of said measurements, identifications and detections; - a sudden growth of the local electric field or a positive local electric field with respect to a predetermined threshold value is detected, said threshold value corresponding to the value of the local electric field in good weather conditions, - the presence of a storm cell is detected, and - the relationship between temperature and the given premises is a temperature less than -10°C at a pressure of 700 hPa, and/or at a height of about 3 km with respect to sea level.
A distress signaling system for communicating distress signals through an electronic plumbing control system, comprising: a plumbing controller configured to operate at least one plumbing appliance ; at least one distress indicator in communication with the plumbing controller ; and at least one distress signaling device in communication with the plumbing controller , wherein activation of the at least one distress signaling device causes activation of the at least one distress indicator , wherein the at least one distress signaling device is located inside at least one unit or cell and is visible by a detainee within the unit or cell, wherein the at least one distress indicator is located outside the at least one unit or cell and is accessible and visible to correctional staff, wherein the at least one distress signaling device comprises at least one trigger device for the at least one plumbing appliance , wherein the at least one trigger device is configured to activate the at least one plumbing appliance based on a first input including a first type of actuation of the at least one trigger device , and to activate the at least one distress indicator based on a second input including a second type of actuation of the at least one trigger device , and wherein the first type of actuation of the at least one trigger device is different than the second type of actuation of the at least one trigger device . a plumbing controller configured to operate at least one plumbing appliance ; at least one distress indicator in communication with the plumbing controller ; and at least one distress signaling device in communication with the plumbing controller , wherein activation of the at least one distress signaling device causes activation of the at least one distress indicator , wherein the at least one distress signaling device is located inside at least one unit or cell and is visible by a detainee within the unit or cell, wherein the at least one distress indicator is located outside the at least one unit or cell and is accessible and visible to correctional staff, wherein the at least one distress signaling device comprises at least one trigger device for the at least one plumbing appliance , wherein the at least one trigger device is configured to activate the at least one plumbing appliance based on a first input including a first type of actuation of the at least one trigger device , and to activate the at least one distress indicator based on a second input including a second type of actuation of the at least one trigger device , and wherein the first type of actuation of the at least one trigger device is different than the second type of actuation of the at least one trigger device .
Laser arrangement, comprising - an external cavity laser comprising a laser cavity ; - at least one cavity external to the laser , which reflects part of the light emitted by the laser back into the laser cavity , wherein the cavity external to the laser is different from an external cavity of the external cavity laser ; - a voltage measuring device , configured for measuring a voltage at an active section of the laser , wherein a detuning of the emission wavelength of the laser and/or a property of a material adjoining the external cavity are/is determined with the aid of the measured voltage, characterized in that the external cavity has an optical waveguide coupled to the laser . - an external cavity laser comprising a laser cavity ; - at least one cavity external to the laser , which reflects part of the light emitted by the laser back into the laser cavity , wherein the cavity external to the laser is different from an external cavity of the external cavity laser ; - a voltage measuring device , configured for measuring a voltage at an active section of the laser , wherein a detuning of the emission wavelength of the laser and/or a property of a material adjoining the external cavity are/is determined with the aid of the measured voltage,