mhurhangee/ep-ind-claims huggingface dataset:
A system for constructing a three-dimensional environment model, the system comprising: a camera device comprising a plurality of image sensors, storage configured to store a convolutional neural network, and a convolver processor (104, 206) optimized for convolutional operations, operatively coupled to the storage and configured to: receive a scene frame representing a single frame and associated metadata from input media, wherein the scene frame includes a plurality of images, wherein each image corresponds to a respective one of the plurality of image sensors of the camera device; using the convolutional neural network, determine a depth map for each pixel in the scene frame; using the convolutional neural network, determine a set of feature vectors in lower-dimensional feature space, wherein distance between the feature vectors represents visual dissimilarity; determine an optical flow between the scene frame and a key frame based on the feature vectors; determine a six-dimensional transformation of one or more moving objects in the scene frame based on the optical flow, wherein the six-dimensional transformation includes the change in position and change in orientation of the one or more moving objects; and provide updates to a three-dimensional environment model stored on a device based on the depth map and the six-dimensional transformation of the one or more moving objects in the scene frame. receive a scene frame representing a single frame and associated metadata from input media, wherein the scene frame includes a plurality of images, wherein each image corresponds to a respective one of the plurality of image sensors of the camera device; using the convolutional neural network, determine a depth map for each pixel in the scene frame; using the convolutional neural network, determine a set of feature vectors in lower-dimensional feature space, wherein distance between the feature vectors represents visual dissimilarity; determine an optical flow between the scene frame and a key frame based on the feature vectors; determine a six-dimensional transformation of one or more moving objects in the scene frame based on the optical flow, wherein the six-dimensional transformation includes the change in position and change in orientation of the one or more moving objects; and provide updates to a three-dimensional environment model stored on a device based on the depth map and the six-dimensional transformation of the one or more moving objects in the scene frame.
Monoclonal antibody or a fragment thereof that binds to the protein P of the human Respiratory Syncytial Virus, wherein the monoclonal antibody or a fragment thereof comprises a variable region of the heavy chain which has the sequence SEQ ID No:1 and a variable region of the light chain which has the sequence SEQ ID No:2.
A versioned records management computing system having a restart era that changes when the versioned records management computing system recovers from a crash, the computing system comprising: a persistent store that includes a plurality of items that are each marked with a restart era, wherein any item that was created in the current restart era is marked with the current restart era, the persistent store comprising a multi-versioned record collection comprising some of the plurality of items in the form of a plurality of records collectively corresponding to multiple versions, the persistent store also having thereon an object collection of objects that represent others of the plurality of items and that conforms to an object model such that the object model is used to operate upon the plurality of records via the object collection; a versioned records management component configured to manage visibility of the plurality of records based on the version of each record, the persistent store also having thereon an object collection that conforms to an object model such that the object model is used to operate upon the plurality of records; and a recovery component that is configured to recover from a crash by marking and sweeping the plurality of items while normal operations are occurring on the record collection via the use of the object model on the object collection, the marking involving promoting the item to the current restart era if the item is reachable via the object collection, and wherein sweeping comprises sweeping any of the plurality of items that are not marked as having the current restart era. a persistent store that includes a plurality of items that are each marked with a restart era, wherein any item that was created in the current restart era is marked with the current restart era, the persistent store comprising a multi-versioned record collection comprising some of the plurality of items in the form of a plurality of records collectively corresponding to multiple versions, the persistent store also having thereon an object collection of objects that represent others of the plurality of items and that conforms to an object model such that the object model is used to operate upon the plurality of records via the object collection; a versioned records management component configured to manage visibility of the plurality of records based on the version of each record, the persistent store also having thereon an object collection that conforms to an object model such that the object model is used to operate upon the plurality of records; and a recovery component that is configured to recover from a crash by marking and sweeping the plurality of items while normal operations are occurring on the record collection via the use of the object model on the object collection, the marking involving promoting the item to the current restart era if the item is reachable via the object collection, and wherein sweeping comprises sweeping any of the plurality of items that are not marked as having the current restart era.
A spacecraft, comprising: a module structure of a spacecraft having a plurality of module sides; and a central cylinder extending through a center of the spacecraft; the central cylinder being the only closed cross-section extending along a longitudinal axis of the spacecraft; wherein the module structure includes a spaced pair of rigid panels positioned on opposite sides of the central cylinder and closing out an opposing pair of the module sides. a module structure of a spacecraft having a plurality of module sides; and a central cylinder extending through a center of the spacecraft; the central cylinder being the only closed cross-section extending along a longitudinal axis of the spacecraft; wherein the module structure includes a spaced pair of rigid panels positioned on opposite sides of the central cylinder and closing out an opposing pair of the module sides.
A method of providing a graphical user interface, GUI, to a cloud computing network, the method comprising: displaying a workspace on a display of a user device (30, 50, 60); maintaining a dedicated communications session between a graphical user interface, GUI, on the user device (30, 50, 60) and the cloud computing network; determining a workspace context at the user device (30, 50, 60); generating a view (90, 100) comprising one or more selectable widgets (92, 94, 96, 98, 102, 104, 106) based on the workspace context, wherein the selectable widgets allow a user to interact with the cloud computing network or with another remote user via the cloud computing network; overlaying the GUI onto the workspace responsive to detecting a user event at the user device 30, 50, 60), wherein overlaying the GUI onto the workspace comprises overlaying the view (90, 100) onto the workspace responsive to detecting the user event; and suspending execution of one or more applications associated with the workspace context while the view (90, 100) is visible, based on overlaying the view, on the workspace. displaying a workspace on a display of a user device (30, 50, 60); maintaining a dedicated communications session between a graphical user interface, GUI, on the user device (30, 50, 60) and the cloud computing network; determining a workspace context at the user device (30, 50, 60); generating a view (90, 100) comprising one or more selectable widgets (92, 94, 96, 98, 102, 104, 106) based on the workspace context, wherein the selectable widgets allow a user to interact with the cloud computing network or with another remote user via the cloud computing network; overlaying the GUI onto the workspace responsive to detecting a user event at the user device 30, 50, 60), wherein overlaying the GUI onto the workspace comprises overlaying the view (90, 100) onto the workspace responsive to detecting the user event; and suspending execution of one or more applications associated with the workspace context while the view (90, 100) is visible, based on overlaying the view, on the workspace.
A pressure sensor module comprising: A pressure sensor element comprising: a diaphragm displaceable by a pressure of a fluid to be measured and a detector facing the diaphragm, the pressure sensor element being adapted to detect the displacement of the diaphragm; a thin film displaceable to transmit the pressure of the fluid to be measured to the diaphragm, the thin film being arranged in a holding space formed by a holder (32, 110A); a displacement transmitter for transmitting a displacement of the thin film to the diaphragm; and a vent hole that allows the holding space to communicate with the outer space; characterised in that the thin film is formed into a cup-shape including a bottom portion facing the diaphragm, and a cylindrical portion extending from an outer periphery of the bottom portion toward a side opposite to the diaphragm, an outer peripheral end of the cylindrical portion being fixed to the holder (32, 110A); wherein the displacement transmitter projects from a central position of the bottom portion toward the side of the diaphragm, the displacement transmitter being curved from a surface of the bottom portion to a tip end of the displacement transmitter; wherein a projection is provided on a side of the bottom portion opposite to the side on which the displacement transmitter is provided, the projection being curved from a surface of the bottom portion to a tip end of the projection; wherein the projection and the displacement transmitter are symmetrically arranged, and wherein the thin film, the displacement transmitter and the projection are integrally molded. A pressure sensor element comprising: a diaphragm displaceable by a pressure of a fluid to be measured and a detector facing the diaphragm, the pressure sensor element being adapted to detect the displacement of the diaphragm; a thin film displaceable to transmit the pressure of the fluid to be measured to the diaphragm, the thin film being arranged in a holding space formed by a holder (32, 110A); a displacement transmitter for transmitting a displacement of the thin film to the diaphragm; and a vent hole that allows the holding space to communicate with the outer space; characterised in that the thin film is formed into a cup-shape including a bottom portion facing the diaphragm, and a cylindrical portion extending from an outer periphery of the bottom portion toward a side opposite to the diaphragm, an outer peripheral end of the cylindrical portion being fixed to the holder (32, 110A); wherein the displacement transmitter projects from a central position of the bottom portion toward the side of the diaphragm, the displacement transmitter being curved from a surface of the bottom portion to a tip end of the displacement transmitter; wherein a projection is provided on a side of the bottom portion opposite to the side on which the displacement transmitter is provided, the projection being curved from a surface of the bottom portion to a tip end of the projection; wherein the projection and the displacement transmitter are symmetrically arranged, and wherein the thin film, the displacement transmitter and the projection are integrally molded.
A storage yarn feeder, comprising: - a motorized, yarn-winding rotary drum, which is rotatably supported with respect to a motor-housing, and is adapted to have a plurality of yarn loops wound on itself which are adapted to be unwound upon request from a downstream machine, and - a yarn-unwinding sensor which is adapted to count the yarn loops unwinding from the rotary drum, and comprises - light-emitting means integral with the motor-housing, and - light-receiving means integral with the motor-housing, - light-guiding means integral with the rotary drum, one of said light-emitting means and said light-receiving means having an annular configuration operatively facing an annular surface of the rotary drum from which the yarn is unwound, characterized in that said yarn-unwinding sensor also comprises: - a light passage defined on said annular surface and adapted to be passed through by the light transmitted from said light-emitting means to said light-receiving means via said light-guiding means, and - a control unit programmed to determine the unwinding of yarn from the rotary drum on the basis of the interruption of light resulting from the yarn transiting above said light passage. - a motorized, yarn-winding rotary drum, which is rotatably supported with respect to a motor-housing, and is adapted to have a plurality of yarn loops wound on itself which are adapted to be unwound upon request from a downstream machine, and - a yarn-unwinding sensor which is adapted to count the yarn loops unwinding from the rotary drum, and comprises - light-emitting means integral with the motor-housing, and - light-receiving means integral with the motor-housing, - light-guiding means integral with the rotary drum, - a light passage defined on said annular surface and adapted to be passed through by the light transmitted from said light-emitting means to said light-receiving means via said light-guiding means, and - a control unit programmed to determine the unwinding of yarn from the rotary drum on the basis of the interruption of light resulting from the yarn transiting above said light passage.
A method for controlling a mechanical gear-shifting operation in a drive system comprising at least a first multi-speed transmission with a first input shaft and a first mechanical gear-shifting means, wherein torques coming from the first input shaft are transmitted to an output shaft of the drive system, and wherein the torques are generated by a combustion engine and at by least a first electric motor (EM-I), wherein the first electric motor (EM-I) is operatively connected to the combustion engine at least temporarily (T12, T13) during the gear-shifting process when the first mechanical gear-shifting means is shifted for the purpose of selecting a gear of the first multi-gear transmission and is operated in a generator mode (steps 12, 13), as a result of which the combustion engine is loaded and the first mechanical gear-shifting means is unloaded; characterized in that the first electric motor (EM-I) is controlled during a first time period of the gear-shifting operation, prior to the engagement of the current gear, for transition to the generator operation such that an increasing load torque is generated (step 12), and in that the first electric motor (EM-I) is controlled during a second time period of the gear-shifting operation, after the engagement of the new gear, to terminate the generator operation such that a decreasing load torque is generated (step 16).
A handover evaluation method, comprising: sending, by a source base station, a beam measurement indication, a cell measurement strategy and a threshold of one of reference signal received power, RSRP; reference signal received quality, RSRQ; or signal to interference plus noise ratio, SINR, to a target base station, wherein the beam measurement indication and the cell measurement strategy are used for the target base station to instruct a terminal to measure each of all beams of a cell on the source base station side and report a cell measurement result; the cell measurement strategy comprising a first threshold which is used by the terminal to select candidate beam measurement results and a maximum number of beams selected by the terminal when the terminal derives the cell measurement result.
A ladder cleaning device, said ladder cleaning device comprising a number of rings, where the rings are adapted to be arranged around rungs of a ladder, and is characterized by a cord passing through a hole in each of said rings, at least one attachment device adapted for attaching said cord to the ladder. a number of rings, where the rings are adapted to be arranged around rungs of a ladder, and is characterized by a cord passing through a hole in each of said rings, at least one attachment device adapted for attaching said cord to the ladder.
A vehicle alert system for notifying a potentially dangerous driving situation to a driver, comprising at least one external detector that is adapted to provide a detection information related to a potentially dangerous driving situation outside the vehicle, an eye gaze direction detector that is adapted to provide a driver eye gaze direction information, an alert unit that is adapted to receive the detection information and the driver eye gaze direction information, generate a visual alert signal, when a potentially dangerous driving situation is detected, and control display of the visual alert signal on a display of the vehicle, wherein the vehicle comprises a plurality of displays (10a-10g), the alert unit is adapted to select one of said plurality of displays of the vehicle, depending on the driver eye gaze direction information, and control display of the visual alert signal on the selected display, and the alert unit (23, 236) is adapted to determine an awareness status of the vehicle driver, said awareness status indicating whether or not the vehicle driver is aware of the detected potentially dangerous driving situation, and then determine whether or not a visual alert signal has to be generated depending on the awareness status of the vehicle driver, and, after determining that the driver is aware of the detected potentially dangerous driving situation, the awareness status, being aware, of the driver remains valid for a given period of time.
Method for installing laminations on a shaft of a rotor provided for an electric machine, wherein the laminations are pushed slidingly onto the shaft, which has a larger outer diameter in a first subsection than in a second axial subsection, and are clamped between two pressure discs (4, 6) which are connected rotationally conjointly to the shaft, wherein the laminations are pushed onto the shaft and come to lie against a stop which is formed by a first pressure disc arranged in the first subsection of the shaft, wherein the outer diameter of the second subsection is smaller than the diameter of a central bore of the first pressure disc such that the first pressure disc is threaded on over the second subsection, and wherein the second pressure disc is pressed in force-fitting and form-fitting fashion onto the second axial subsection of the shaft, so as to axially clamp the laminations, after the surface of the second axial subsection has first been expanded by introduction of an external surface profile.
Method for lubricant heating upon starting up a thermodynamic cycle device, wherein the cycle device comprises a working medium including a working substance and a lubricant, an evaporator for evaporating the working substance, a lubricant separator for separating at least a portion of the lubricant from the working medium supplied from the evaporator, an expansion machine to be lubricated with the lubricant, and a condenser apparatus having a condenser, and wherein the method comprises the steps of: supplying lubricant from the lubricant separator to the condenser apparatus and/or to the evaporator upon shutting down the cycle device so as to provide a working medium enriched with the lubricant in the condenser apparatus and/or in the evaporator; and heating the working medium enriched with the lubricant in the evaporator upon starting up the cycle device. supplying lubricant from the lubricant separator to the condenser apparatus and/or to the evaporator upon shutting down the cycle device so as to provide a working medium enriched with the lubricant in the condenser apparatus and/or in the evaporator; and heating the working medium enriched with the lubricant in the evaporator upon starting up the cycle device.
A test and measurement instrument, comprising: an input port configured to receive an input signal; a digitizer configured to digitize the input signal; a decimator coupled to the digitizer and configured to decimate the digitized input signal to generate a decimated input signal; a digital downconverter coupled to the digitizer and configured to frequency shift the digitized input signal to generate a frequency shifted input signal; a memory configured to store the decimated input signal and the frequency shifted input signal; a user interface comprising time domain controls and frequency domain controls; and a controller configured to: present the decimated input signal and the frequency shifted input signal through the user interface; adjust parameters of the decimator in response to the time domain controls; and adjust parameters of the digital downconverter in response to the frequency domain controls. an input port configured to receive an input signal; a digitizer configured to digitize the input signal; a decimator coupled to the digitizer and configured to decimate the digitized input signal to generate a decimated input signal; a digital downconverter coupled to the digitizer and configured to frequency shift the digitized input signal to generate a frequency shifted input signal; a memory configured to store the decimated input signal and the frequency shifted input signal; a user interface comprising time domain controls and frequency domain controls; and a controller configured to: present the decimated input signal and the frequency shifted input signal through the user interface; adjust parameters of the decimator in response to the time domain controls; and adjust parameters of the digital downconverter in response to the frequency domain controls. present the decimated input signal and the frequency shifted input signal through the user interface; adjust parameters of the decimator in response to the time domain controls; and adjust parameters of the digital downconverter in response to the frequency domain controls.