mhurhangee/patent-ind-claim-en huggingface dataset:
A dynamic tone mapping method, comprising: acquiring maximum brightness information and average brightness information of a frame to be displayed on the display terminal; characterized in that , determining whether there is a group of tone mapping data in a preset tone mapping look-up table that corresponds to the maximum brightness information and the average brightness information, wherein the preset tone mapping look-up table is obtained by generating a plurality of groups of tone mapping data with different dynamic ranges and different average brightness based on a dynamic range specification of a high dynamic range hardware, and storing the generated groups of tone mapping data; if yes, using the group of tone mapping data corresponding to the maximum brightness information and the average brightness information to transform the tone mapping on the frame to be displayed on the display terminal; and if no, determining whether there is a group of tone mapping data adjacent to the maximum brightness information and the average brightness information; if there is no group of tone mapping data adjacent to the maximum brightness information and the average brightness information, generating a new group of tone mapping data according to the maximum brightness information and the average brightness information; and storing the maximum brightness information, the average brightness information, and a corresponding dynamic range and average brightness information in the new group of tone mapping data, into the tone mapping look-up table. acquiring maximum brightness information and average brightness information of a frame to be displayed on the display terminal; characterized in that , determining whether there is a group of tone mapping data in a preset tone mapping look-up table that corresponds to the maximum brightness information and the average brightness information, wherein the preset tone mapping look-up table is obtained by generating a plurality of groups of tone mapping data with different dynamic ranges and different average brightness based on a dynamic range specification of a high dynamic range hardware, and storing the generated groups of tone mapping data; if yes, using the group of tone mapping data corresponding to the maximum brightness information and the average brightness information to transform the tone mapping on the frame to be displayed on the display terminal; and if no, determining whether there is a group of tone mapping data adjacent to the maximum brightness information and the average brightness information; if there is no group of tone mapping data adjacent to the maximum brightness information and the average brightness information, generating a new group of tone mapping data according to the maximum brightness information and the average brightness information; and storing the maximum brightness information, the average brightness information, and a corresponding dynamic range and average brightness information in the new group of tone mapping data, into the tone mapping look-up table.
A method of wireless communication by a user equipment, UE , the method comprising: receiving , from a base station , through a set of beams a set of beam reference signals, BRSs ; measuring a signal quality of each BRS of the set of BRSs , each measured signal quality corresponding to a beam of the set of beams ; receiving , from the base station , an indication of one or more beam indexes that are to be excluded from a maintained set of candidate beam indexes ; and maintaining the set of candidate beam indexes corresponding to a set of best measured signal qualities of the set of BRSs , wherein the maintaining includes excluding one or more beam indexes from the maintained set of beam indexes as indicated by the base station . receiving , from a base station , through a set of beams a set of beam reference signals, BRSs ; measuring a signal quality of each BRS of the set of BRSs , each measured signal quality corresponding to a beam of the set of beams ; receiving , from the base station , an indication of one or more beam indexes that are to be excluded from a maintained set of candidate beam indexes ; and maintaining the set of candidate beam indexes corresponding to a set of best measured signal qualities of the set of BRSs , wherein the maintaining includes excluding one or more beam indexes from the maintained set of beam indexes as indicated by the base station .
An electronic device arranged to: transmit an ultrasonic sine-wave signal continuously or at intervals; and disable or enable a touch or touchless input of the electronic device in response to determining the presence of an object , characterised in that the electronic device is further arranged to: transmit second ultrasonic signals at intervals, the second ultrasonic signals having a greater bandwidth than the ultrasonic sine-wave signal; use both the sine-wave signal and the second ultrasonic signals to determine the presence of an object satisfying a predetermined proximity test by receiving a reflection of the sine-wave signal from the object at the electronic device and using the reflected sine-wave signal to detect movement of the object, and by receiving reflections of the second ultrasonic signals from the object at the electronic device and using the reflected second ultrasonic signals to determine distance information relating to the object; and disable or enable the touch or touchless input of the electronic device in response to determining the presence of an object satisfying the predetermined proximity test. transmit an ultrasonic sine-wave signal continuously or at intervals; and disable or enable a touch or touchless input of the electronic device in response to determining the presence of an object , transmit second ultrasonic signals at intervals, the second ultrasonic signals having a greater bandwidth than the ultrasonic sine-wave signal; use both the sine-wave signal and the second ultrasonic signals to determine the presence of an object satisfying a predetermined proximity test by receiving a reflection of the sine-wave signal from the object at the electronic device and using the reflected sine-wave signal to detect movement of the object, and by receiving reflections of the second ultrasonic signals from the object at the electronic device and using the reflected second ultrasonic signals to determine distance information relating to the object; and disable or enable the touch or touchless input of the electronic device in response to determining the presence of an object satisfying the predetermined proximity test.
A collision avoidance system for a vehicle, the collision avoidance system comprising: a video camera configured to detect a presence of a pedestrian; a distance sensor configured to detect the presence of the pedestrian; a driver control configured to receive an input from a driver; a vehicle control system configured to automatically maneuver the vehicle; and a controller including an electronic processor, the controller communicatively coupled to the video camera, the distance sensor, the driver control, and the vehicle control system, the controller configured to receive a first signal from the video camera indicative of the presence of the pedestrian, receive a second signal from the distance sensor indicative of the presence of the pedestrian, determine a course deviation from a current path of travel of the vehicle and activate a timer when the presence of the pedestrian is detected by both the video camera and the distance sensor, reset the timer when the driver control receives an input from the driver that is above a threshold, and apply the course deviation using the vehicle control system when the driver input is below the threshold and the timer expires. a video camera configured to detect a presence of a pedestrian; a distance sensor configured to detect the presence of the pedestrian; a driver control configured to receive an input from a driver; a vehicle control system configured to automatically maneuver the vehicle; and a controller including an electronic processor, the controller communicatively coupled to the video camera, the distance sensor, the driver control, and the vehicle control system, the controller configured to receive a first signal from the video camera indicative of the presence of the pedestrian, receive a second signal from the distance sensor indicative of the presence of the pedestrian, determine a course deviation from a current path of travel of the vehicle and activate a timer when the presence of the pedestrian is detected by both the video camera and the distance sensor, reset the timer when the driver control receives an input from the driver that is above a threshold, and apply the course deviation using the vehicle control system when the driver input is below the threshold and the timer expires. receive a first signal from the video camera indicative of the presence of the pedestrian, receive a second signal from the distance sensor indicative of the presence of the pedestrian, determine a course deviation from a current path of travel of the vehicle and activate a timer when the presence of the pedestrian is detected by both the video camera and the distance sensor, reset the timer when the driver control receives an input from the driver that is above a threshold, and apply the course deviation using the vehicle control system when the driver input is below the threshold and the timer expires.
A method of producing a tableted chewing gum composition for oral administration of cannabinoids, the method comprises the steps of: i) feeding a gum composition comprising water-insoluble gum base into an extruder from one or more feeding inlets, the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, optionally including additional ingredients, ii) pressurizing the gum composition in the extruder while controlling temperature and pressure of the gum composition, optionally including further ingredients from one or more feeding inlets, iii) extruding the gum composition through a die means, iv) cutting the extruded gum composition in a liquid filled chamber, thereby obtaining a first population of particles comprising water-insoluble gum base, v) including the first population of particles with a second population of particles comprising water-soluble chewing gum ingredients and one or more cannabinoids, the second population of particles being free of water-insoluble gum base, thereby obtaining a chewing gum composition and vi) tableting the chewing gum composition in a tablet pressing apparatus, thereby obtaining a tableted chewing gum composition, wherein the chewing gum does not comprise a polymer carrier for the one or more cannabinoids. i) feeding a gum composition comprising water-insoluble gum base into an extruder from one or more feeding inlets, the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, optionally including additional ingredients, ii) pressurizing the gum composition in the extruder while controlling temperature and pressure of the gum composition, optionally including further ingredients from one or more feeding inlets, iii) extruding the gum composition through a die means, iv) cutting the extruded gum composition in a liquid filled chamber, thereby obtaining a first population of particles comprising water-insoluble gum base, v) including the first population of particles with a second population of particles comprising water-soluble chewing gum ingredients and one or more cannabinoids, the second population of particles being free of water-insoluble gum base, thereby obtaining a chewing gum composition and vi) tableting the chewing gum composition in a tablet pressing apparatus, thereby obtaining a tableted chewing gum composition,
A serving cell scheduling method, performed by a terminal device, wherein the method comprises: receiving first configuration information sent by a network device, wherein the first configuration information is used to indicate that a first serving cell supports simultaneous execution of self-scheduling and cross component carrier scheduling; and determining , according to the first configuration information, a first scheduling resource for performing self-scheduling on the first serving cell and a second scheduling resource for performing cross component carrier scheduling on the first serving cell, wherein the first scheduling resource and the second scheduling resource respectively comprise corresponding search spaces or candidate physical downlink control channels, PDCCHs; characterized in that the method further comprises: receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information. receiving first configuration information sent by a network device, wherein the first configuration information is used to indicate that a first serving cell supports simultaneous execution of self-scheduling and cross component carrier scheduling; and determining , according to the first configuration information, a first scheduling resource for performing self-scheduling on the first serving cell and a second scheduling resource for performing cross component carrier scheduling on the first serving cell, wherein the first scheduling resource and the second scheduling resource respectively comprise corresponding search spaces or candidate physical downlink control channels, PDCCHs; characterized in that the method further comprises: receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information. receiving second configuration information that corresponds to a second serving cell and that is sent by the network device, wherein the second serving cell is used to schedule the first serving cell; wherein the determining, according to the first configuration information, the second scheduling resource for performing cross component carrier scheduling on the first serving cell comprises: determining the second scheduling resource according to the first configuration information and the second configuration information.
Holding device for fastening, to the stern area of a ship , a ship's boat or an additional component to be detachably carried along, comprising: - a plurality of arms with a hook-shaped coupling which is rigidly or detachably connected to the ship's boat or additional component, - a plurality of receiving portions which comprise at least one coupling shaft and are mounted on the stern or an additional part of the ship permanently installed on the stern in such a way that said arms are hooked into the coupling shaft by the hook-shaped coupling , and by a rotation of the arm or the receiving portion about the coupling shaft are locked in place when a defined angle of rotation is reached, characterized in that the receiving portions have, in addition to the coupling shaft , a locking device which engages in the hook-shaped coupling thus inhibiting the linear movement of each arm once it is arrested. - a plurality of arms with a hook-shaped coupling which is rigidly or detachably connected to the ship's boat or additional component, - a plurality of receiving portions which comprise at least one coupling shaft and are mounted on the stern or an additional part of the ship permanently installed on the stern in such a way that said arms are hooked into the coupling shaft by the hook-shaped coupling , and by a rotation of the arm or the receiving portion about the coupling shaft are locked in place when a defined angle of rotation is reached,
A composition of monoclonal antibodies against hemagglutinin of H5-serotype influenza viruses lacking hemagglutination inhibiting (HI) activity that bind to epitopes of native forms of H5 antigens, and exhibit no cross-reactivity with non-H5 serotype viruses, (i) G-1-31-22 produced by mouse hybridoma cell line G-1-31-22 deposited with the DSMZ under the number DSM ACC3292, (ii) G-2-14-10 produced by mouse hybridoma cell line G-2-14-10 deposited with the DSMZ under the number DSM ACC3293, (iii) G-5-32-5 produced by mouse hybridoma cell line G-5-32-5 deposited with the DSMZ under the number DSM ACC3294, (iv) G-6-42-42 produced by mouse hybridoma cell line G-6-42-42 deposited with the DSMZ under the number DSM ACC3295, (v) G-7-24-17 produced by mouse hybridoma cell line G-7-24-17 deposited with the DSMZ under the number DSM ACC3296, and (vi) G-7-27-18 produced by mouse hybridoma cell line G-7-27-18 deposited with the DSMZ under the number DSM ACC3297; or wherein the composition comprises fragments of each of said antibodies wherein said fragments are Fab, Fab', F(ab') 2 , Fv or single-chain variable fragments (scFv) consisting of V L and V H domains bound to each other by a peptide linker. (i) G-1-31-22 produced by mouse hybridoma cell line G-1-31-22 deposited with the DSMZ under the number DSM ACC3292, (ii) G-2-14-10 produced by mouse hybridoma cell line G-2-14-10 deposited with the DSMZ under the number DSM ACC3293, (iii) G-5-32-5 produced by mouse hybridoma cell line G-5-32-5 deposited with the DSMZ under the number DSM ACC3294, (iv) G-6-42-42 produced by mouse hybridoma cell line G-6-42-42 deposited with the DSMZ under the number DSM ACC3295, (v) G-7-24-17 produced by mouse hybridoma cell line G-7-24-17 deposited with the DSMZ under the number DSM ACC3296, and (vi) G-7-27-18 produced by mouse hybridoma cell line G-7-27-18 deposited with the DSMZ under the number DSM ACC3297;
A method for correcting a halo (H) in a digital image (I) to be corrected of a scene captured in a three-dimensional modeling studio using photogrammetry by means of a shooting device (C1) having a shooting field (V) of the scene, this halo being generated through the interaction of light emitted by a light source (L3, L4, L5, L6) with the optical unit of the shooting device, and manifesting as a lightening of pixels of the digital image to be corrected, said light source forming part of a lighting system of the scene, the method comprising the steps consisting in: - generating a digital light intensity map (M) characterizing said light source in terms of spatial distribution relative to the shooting field and in terms of light intensity as it is perceived from the shooting device during the capture of the image (I) to be corrected, this map forming a first data matrix; - providing a convolution kernel specific to said shooting device, forming a second data matrix; - calculating a convolution product of the first matrix and the second matrix to obtain a third data matrix corresponding to a corrective value map (CVM) of the halo in the digital image to be corrected; and - removing the corrective value map from the digital image to be corrected pixel by pixel to obtain a corrected image (Icorr) in which the halo is not present. - generating a digital light intensity map (M) characterizing said light source in terms of spatial distribution relative to the shooting field and in terms of light intensity as it is perceived from the shooting device during the capture of the image (I) to be corrected, this map forming a first data matrix; - providing a convolution kernel specific to said shooting device, forming a second data matrix; - calculating a convolution product of the first matrix and the second matrix to obtain a third data matrix corresponding to a corrective value map (CVM) of the halo in the digital image to be corrected; and - removing the corrective value map from the digital image to be corrected pixel by pixel to obtain a corrected image (Icorr) in which the halo is not present.
A dish washing machine comprising: a cabinet ; a washing tub arranged in the cabinet and allowing dishes to be washed therein; a dish basket arranged in the washing tub to accommodate the dishes; a guide member extending across a bottom surface of the washing tub such that the bottom surface of the washing tub is divided by the guide member into a first region and a second region; a first spray unit and a second spray unit provided on one surface of the washing tub, each of the first spray unit and the second spray unit comprising first and second head groups having at least one head , wherein the first head group is disposed above the first region and the second head group is disposed above the second region; a diversion unit coupled to the guide member to allow the diversion unit to move within the washing tub, extending from the first region to the second region, and arranged to face at least one of the first spray unit and the second spray unit to divert wash water sprayed from said at least one of the first spray unit and the second spray unit towards the dish basket ; and a drive unit to drive the diversion unit to move within the washing tub ; a flow passage switching valve to selectively supply the wash water to at least one of the first and second head groups . a cabinet ; a washing tub arranged in the cabinet and allowing dishes to be washed therein; a dish basket arranged in the washing tub to accommodate the dishes; a guide member extending across a bottom surface of the washing tub such that the bottom surface of the washing tub is divided by the guide member into a first region and a second region; a first spray unit and a second spray unit provided on one surface of the washing tub, each of the first spray unit and the second spray unit comprising first and second head groups having at least one head , wherein the first head group is disposed above the first region and the second head group is disposed above the second region; a diversion unit coupled to the guide member to allow the diversion unit to move within the washing tub, extending from the first region to the second region, and arranged to face at least one of the first spray unit and the second spray unit to divert wash water sprayed from said at least one of the first spray unit and the second spray unit towards the dish basket ; and a drive unit to drive the diversion unit to move within the washing tub ; a flow passage switching valve to selectively supply the wash water to at least one of the first and second head groups .