mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring a rate of deposition of at least one organic material in a papermaking process, the at least one organic material dispersed in an aqueous medium, the monitoring having enhanced sensitivity, the method comprising: measuring the rate of deposition of the at least one organic material from the aqueous medium onto a quartz crystal microbalance, wherein the quartz crystal microbalance has a top side and a bottom side, wherein the top side contacts the aqueous medium and is coated with a coating material, the coating material having a surface energy in the range from about 3.4 to about 4.9 Newton per square meter (34 to about 49 dynes per square centimeter), and wherein the bottom side is isolated from the aqueous medium. measuring the rate of deposition of the at least one organic material from the aqueous medium onto a quartz crystal microbalance, wherein the quartz crystal microbalance has a top side and a bottom side, wherein the top side contacts the aqueous medium and is coated with a coating material, the coating material having a surface energy in the range from about 3.4 to about 4.9 Newton per square meter (34 to about 49 dynes per square centimeter), and wherein the bottom side is isolated from the aqueous medium.
A front pillar structure of a vehicle having a driver's seat, the front pillar structure comprising: a first skeleton portion extending in a longitudinal direction along a peripheral edge portion of a windshield glass of the vehicle on an outer side in a vehicle width direction, a section of the first skeleton portion viewed from the longitudinal direction being a closed section and a width of the first skeleton portion in a direction orthogonal to a gaze direction of a driver seated in the driver's seat being equal to or less than a standard pupillary distance in cross-sectional view; a second skeleton portion extending in a longitudinal direction beside the first skeleton portion with a gap from the first skeleton portion, a section of the second skeleton portion viewed from the longitudinal direction being a closed section and a width of the second skeleton portion in the direction orthogonal to the gaze direction being equal to or less than the standard pupillary distance in cross-sectional view; a transparent connecting member disposed between the first skeleton portion and the second skeleton portion when seen from the gaze direction; a frame of a side door extending along the second skeleton portion; and a rear side seal member interposed between the frame and the second skeleton portion, wherein a width of a part made up of the frame, the second skeleton portion, and the rear side seal member in the direction orthogonal to the gaze direction is equal to or less than the standard pupillary distance in cross-sectional view. a first skeleton portion extending in a longitudinal direction along a peripheral edge portion of a windshield glass of the vehicle on an outer side in a vehicle width direction, a section of the first skeleton portion viewed from the longitudinal direction being a closed section and a width of the first skeleton portion in a direction orthogonal to a gaze direction of a driver seated in the driver's seat being equal to or less than a standard pupillary distance in cross-sectional view; a second skeleton portion extending in a longitudinal direction beside the first skeleton portion with a gap from the first skeleton portion, a section of the second skeleton portion viewed from the longitudinal direction being a closed section and a width of the second skeleton portion in the direction orthogonal to the gaze direction being equal to or less than the standard pupillary distance in cross-sectional view; a transparent connecting member disposed between the first skeleton portion and the second skeleton portion when seen from the gaze direction; a frame of a side door extending along the second skeleton portion; and a rear side seal member interposed between the frame and the second skeleton portion, wherein a width of a part made up of the frame, the second skeleton portion, and the rear side seal member in the direction orthogonal to the gaze direction is equal to or less than the standard pupillary distance in cross-sectional view.
A horizontal parallax multiview display comprising: a light guide configured to guide light; a plurality of slanted multibeam columns distributed across the light guide and being configured to scatter out guided light from within the light guide as directional light beams having principal angular directions corresponding to different view directions of the horizontal parallax multiview display; an array of light valves representing pixels of the horizontal parallax multiview display, the light valve array being configured to modulate the directional light beams as a multiview image having horizontal parallax; and a light control film having a slanted light control axis aligned with the slanted multibeam column and being configured to control a view angle of the multiview image in a direction orthogonal to the horizontal parallax. a light guide configured to guide light; a plurality of slanted multibeam columns distributed across the light guide and being configured to scatter out guided light from within the light guide as directional light beams having principal angular directions corresponding to different view directions of the horizontal parallax multiview display; an array of light valves representing pixels of the horizontal parallax multiview display, the light valve array being configured to modulate the directional light beams as a multiview image having horizontal parallax; and a light control film having a slanted light control axis aligned with the slanted multibeam column and being configured to control a view angle of the multiview image in a direction orthogonal to the horizontal parallax.
An aqueous suspension of gas-filled microvesicles, said microvesicles comprising a phospholipid and a targeting ligand comprising a peptide having an amino acid sequence selected from AGPTWCEDDWYYCWLFGTGGGK (SEQ ID NO. 01), VCWEDSWGGEVCFRYDPGGGK (SEQ ID NO. 02) or a combination thereof, said suspension further comprising a carbohydrate and histidine.
A laundry treating appliance for treating laundry, comprising: a housing having an access opening; a treating chamber provided in the housing for receiving the laundry via the access opening for treatment according to a cycle of operation; a cover moveably mounted to the housing to selectively close the access opening; a lock mechanism moveable between an unlocked position and a locked position where the lock mechanism is configured to secure the cover closed over the access opening; a controller having a memory in which is stored a set of executable instructions comprising the cycle of operation, the controller operably coupled to the locking mechanism; and a user interface operably coupled with the controller and configured to provide an input and output function for the controller; wherein the controller is configured to begin the cycle of operation, and configured to determine when a garment can be added to the treating chamber during the cycle of operation, characterized in that the user interface has a touchscreen and in that the controller is further configured to provide an add garment button on the touchscreen when it is determined the garment can be added, configured to determine selection of the add garment button, and configured to pause the cycle and move the lock mechanism to the unlocked position when it is determined the add garment button has been selected. a housing having an access opening; a treating chamber provided in the housing for receiving the laundry via the access opening for treatment according to a cycle of operation; a cover moveably mounted to the housing to selectively close the access opening; a lock mechanism moveable between an unlocked position and a locked position where the lock mechanism is configured to secure the cover closed over the access opening; a controller having a memory in which is stored a set of executable instructions comprising the cycle of operation, the controller operably coupled to the locking mechanism; and a user interface operably coupled with the controller and configured to provide an input and output function for the controller; wherein the controller is configured to begin the cycle of operation, and configured to determine when a garment can be added to the treating chamber during the cycle of operation, characterized in that the user interface has a touchscreen and in that the controller is further configured to provide an add garment button on the touchscreen when it is determined the garment can be added, configured to determine selection of the add garment button, and configured to pause the cycle and move the lock mechanism to the unlocked position when it is determined the add garment button has been selected.
A method comprising: obtaining a media stream; determining, based on at least two timing cues, a first location in the media stream, wherein the at least two timing cues are comprised in the following list: a metadata signal associated with the media stream, a silent period in the media stream and a predefined content sequence in the media stream, and inserting a predetermined content item into the media stream starting from or ending in the first location, to at least in part replace content originally in the media stream, wherein in case the metadata signal is comprised in the at least two timing cues, the first location occurs at most a threshold length of time before or after receipt of the metadata signal, the threshold length of time defining a search window, characterized by selecting dynamically a value for the threshold length of time in dependence of at least one of the following: stored information concerning a time span between metadata and insertion locations in the media stream in the past, and a type of connection. obtaining a media stream; determining, based on at least two timing cues, a first location in the media stream, wherein the at least two timing cues are comprised in the following list: a metadata signal associated with the media stream, a silent period in the media stream and a predefined content sequence in the media stream, and inserting a predetermined content item into the media stream starting from or ending in the first location, to at least in part replace content originally in the media stream, wherein in case the metadata signal is comprised in the at least two timing cues, the first location occurs at most a threshold length of time before or after receipt of the metadata signal, the threshold length of time defining a search window,
A method comprising: training a statistical model representing radio access point loads or load changes for a plurality of radio access points (114a-114c), wherein the statistical model is trained using, at least in part, historical measurement data associated with a plurality of previous user equipment, UE, handovers among the plurality of radio access points and wherein the historical measurement data used to train the statistical model is gathered before and after the plurality of previous UE handovers; collecting current measurement data associated with a source radio access point and a target radio access point; and calculating a predicted load or load change for the target radio access point for one or more potential UE handovers from the source radio access point to the target radio access point for one or more UE (112a-112e) based, at least in part, on application of the current measurement data to the trained statistical model. training a statistical model representing radio access point loads or load changes for a plurality of radio access points (114a-114c), wherein the statistical model is trained using, at least in part, historical measurement data associated with a plurality of previous user equipment, UE, handovers among the plurality of radio access points and wherein the historical measurement data used to train the statistical model is gathered before and after the plurality of previous UE handovers; collecting current measurement data associated with a source radio access point and a target radio access point; and calculating a predicted load or load change for the target radio access point for one or more potential UE handovers from the source radio access point to the target radio access point for one or more UE (112a-112e) based, at least in part, on application of the current measurement data to the trained statistical model.
A system for closing an aperture in a biological tissue, the system comprising: a handle; an elongate shaft connected to the handle; a central flexible shaft adapted to reciprocally move within the elongate shaft; a deployment device connected to the shaft, wherein the device is configured to releasably retain a patch and the device is configured to deploy and attach the patch to the biological tissue; and wherein the device comprises at least two flexible arms that are configured to move from a retained position to at least one deployed position; and a plurality of attachment clips releasably connected to the flexible arms, wherein the attachment clips are adapted to attach the patch to the biological tissue, characterised in that the flexible arms are connected at their distal end to a distal end of the central flexible shaft and at their proximal end to a distal end of the elongate shaft. a handle; an elongate shaft connected to the handle; a central flexible shaft adapted to reciprocally move within the elongate shaft; a deployment device connected to the shaft, wherein the device is configured to releasably retain a patch and the device is configured to deploy and attach the patch to the biological tissue; and wherein the device comprises at least two flexible arms that are configured to move from a retained position to at least one deployed position; and a plurality of attachment clips releasably connected to the flexible arms, wherein the attachment clips are adapted to attach the patch to the biological tissue, characterised in that the flexible arms are connected at their distal end to a distal end of the central flexible shaft and at their proximal end to a distal end of the elongate shaft.
A method executed by a control entity or by a first base station, the method comprising: receiving receiver sensitivity capability information from a second base station; and determining a receiver sensitivity adjustment value associated with the second base station based on the receiver sensitivity capability information from the first base station and a target uplink and downlink coverage imbalance level of the second base station, wherein the target uplink and downlink coverage imbalance level is not zero; and transmitting in response to the determining, the receiver sensitivity adjustment value to the second base station. receiving receiver sensitivity capability information from a second base station; and determining a receiver sensitivity adjustment value associated with the second base station based on the receiver sensitivity capability information from the first base station and a target uplink and downlink coverage imbalance level of the second base station, wherein the target uplink and downlink coverage imbalance level is not zero; and transmitting in response to the determining, the receiver sensitivity adjustment value to the second base station.
A vortex catheter thrombolytic system, comprising an ultrasonic transducer, a radial probe for transmitting a vortex acoustic field, and a catheter, wherein: the catheter is connected to the ultrasonic transducer and is provided with a first inner channel and a second inner channel, the first inner channel is configured for delivering drugs, the second inner channel is provided with a piezoelectric patch on the radial probe configured for vortex driving, and the piezoelectric patch comprises four channels, characterized in that: the four channels are disposed in a radial direction of the catheter, wherein a phase difference between any two adjacent channels of the piezoelectric patch is configured for generating an acoustic vortex in the radial direction of the catheter by the ultrasonic transducer; the piezoelectric patch is enveloped in the catheter and is not exposed out of the catheter; and a delivering exit where the drugs are delivered out is adjacent to the acoustic vortex generated by the piezoelectric patch, whereby the drugs are delivered out and focused on a center of the acoustic vortex in the radial direction of the catheter. the four channels are disposed in a radial direction of the catheter, wherein a phase difference between any two adjacent channels of the piezoelectric patch is configured for generating an acoustic vortex in the radial direction of the catheter by the ultrasonic transducer; the piezoelectric patch is enveloped in the catheter and is not exposed out of the catheter; and a delivering exit where the drugs are delivered out is adjacent to the acoustic vortex generated by the piezoelectric patch, whereby the drugs are delivered out and focused on a center of the acoustic vortex in the radial direction of the catheter.
Induction heating device (10a-c) having at least one inductively heatable heating element (12a-c), having at least one inductor (28a-c) for heating the heating element (12a-c), having at least one heater muffle, which defines a cooking compartment (16a-c) and having at least one heat exchanger unit (14a-c) embodied in one piece with the heating element (12a-c) in an assembled state, which heat exchanger unit is provided for transmitting heat from the heating element (12a-c) to a heating airflow for heating a cooking compartment (16a-c), characterised by at least one fan wheel (40a-c), which, when observed along its axis of rotation (22a-c), is surrounded at least largely by the heat exchanger unit (14a-c).
An engine control device comprising: a main operation unit capable of performing an operation of changing a rotation speed of a propulsion engine mounted on a ship; an auxiliary operation unit capable of performing an operation of changing the rotation speed of the engine instead of the main operation unit; a changeover operation unit capable of performing an operation of switching between a main ship handling state in which the rotation speed of the engine can be changed by operating the main operation unit and an auxiliary ship handling state in which the rotation speed of the engine can be changed by operating the auxiliary operation unit; and a control unit that stops the engine when the changeover operation unit is operated to switch from the auxiliary ship handling state to the main ship handling state. a main operation unit capable of performing an operation of changing a rotation speed of a propulsion engine mounted on a ship; an auxiliary operation unit capable of performing an operation of changing the rotation speed of the engine instead of the main operation unit; a changeover operation unit capable of performing an operation of switching between a main ship handling state in which the rotation speed of the engine can be changed by operating the main operation unit and an auxiliary ship handling state in which the rotation speed of the engine can be changed by operating the auxiliary operation unit; and a control unit that stops the engine when the changeover operation unit is operated to switch from the auxiliary ship handling state to the main ship handling state.
Heating controller having a temperature regulator, which is provided for connection to a heating element, and which is used for a regulation of a temperature of an object to be heated by the heating element and which has a microprocessor and also a temperature sensor to be attached on or adjacent to the object, and having a temperature limiter, which has a temperature sensor, provided for attachment to the heating element, for measuring the temperature of the heating element at a predefined point, for example, a point predefined as hottest, and is designed to permanently deactivate the heating element if a temperature value measured by the temperature limiter by means of the limiter temperature sensor exceeds a predefined temperature, characterized in that the temperature regulator and the temperature limiter are connected to one another by a data communication line, the data communication line is provided for transmitting temperature data from the temperature limiter to the temperature regulator, the temperature regulator is designed, for the purpose of a function check of the heating controller, by means of the microprocessor, to query at least one first and one second temperature value as temperatures of the heating element measured by the temperature limiter at a predetermined time interval, of which at least the first is stored and at least the second is queried after the activation of the heating element and chronologically in conjunction with the activated state, to compare the queried temperature values to a temperature curve to be expected of the heating element, and to output an alarm if the queried temperature values deviate from the temperature curve to be expected more strongly than a predetermined amount.
A method of rendering image frames, executed by one or more CPUs and/or one or more GPUs of a server system, the method comprising: identifying (454, 1206) a performance criterion for a plurality of online gaming sessions associated with a gaming application; establishing a shader hash table (342, 1006, 1150) that associates each of a plurality of performance criteria with a respective sequence of compiled shaders, including associating the identified performance criterion with a first sequence of compiled shaders in the shader hash table (342, 1006, 1150); based on collected usage statistics characterizing execution of one or more online gaming sessions of the plurality of online gaming sessions using the first sequence of compiled shaders, generating (458, 1208, 1210) a modified first sequence of compiled shaders by modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the identified performance criterion; and rendering, based at least in part on the modified first sequence of compiled shaders, a plurality of image frames for at least one of the one or more online gaming sessions. identifying (454, 1206) a performance criterion for a plurality of online gaming sessions associated with a gaming application; establishing a shader hash table (342, 1006, 1150) that associates each of a plurality of performance criteria with a respective sequence of compiled shaders, including associating the identified performance criterion with a first sequence of compiled shaders in the shader hash table (342, 1006, 1150); based on collected usage statistics characterizing execution of one or more online gaming sessions of the plurality of online gaming sessions using the first sequence of compiled shaders, generating (458, 1208, 1210) a modified first sequence of compiled shaders by modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the identified performance criterion; and rendering, based at least in part on the modified first sequence of compiled shaders, a plurality of image frames for at least one of the one or more online gaming sessions.