mhurhangee/ep-ind-claims huggingface dataset:
A method for processing video information for a vehicle, the method comprising: selecting a number of prior images from images generated by the vehicle, wherein an object is seen in the number of prior images; and displaying a model of the vehicle in the number of prior images in a current position of the vehicle and with a size that is based on the current position of the vehicle relative to the object in the number of prior images, characterized in that displaying the model further comprises displaying the model in phantom when the current position of the vehicle is hidden from view by the object, wherein an arrow is displayed in the number of prior images when the current position of the vehicle is hidden from view by the object, wherein the arrow indicates a direction of travel of the vehicle and the size of the arrow indicates the speed of the vehicle. selecting a number of prior images from images generated by the vehicle, wherein an object is seen in the number of prior images; and displaying a model of the vehicle in the number of prior images in a current position of the vehicle and with a size that is based on the current position of the vehicle relative to the object in the number of prior images, characterized in that displaying the model further comprises displaying the model in phantom when the current position of the vehicle is hidden from view by the object, wherein an arrow is displayed in the number of prior images when the current position of the vehicle is hidden from view by the object, wherein the arrow indicates a direction of travel of the vehicle and the size of the arrow indicates the speed of the vehicle.
A system for providing differentiated classes of storage, comprising a storage device having a plurality of storage locations and a logical block name space for organizing logical block names of the storage locations within the storage device, a performance process configured to measure a level of performance for the plurality of storage locations, and for dividing the plurality of storage locations for the storage device into a plurality of sections (12, 14, 16) as determined by the different levels of measured performance, the system characterised by: a mapping process configured to map the divided sections (12, 14, 16) of the storage locations, aggregate the logical block names of storage locations in the divided sections (12, 14, 16) having an identical level of performance (Performance A, B, C) to a selected section of the logical block name space, and a performance measurement process configured to scan storage locations of the storage device and determine the different levels of performance for the storage locations, specifically wherein the performance measurement process performs experimental read and write operations to determine the different levels of measured performance from experimental data collected in the read and write operations; and a RAID controller, for assigning a first RAID level configuration to a first set of aggregated logical block names of the storage device, and assigning a second RAID level configuration to a second set of aggregated logical block names of the storage device, the first and second RAID level configurations being different from each other thereby providing differentiated classes of storage having two or more differentiated RAID level configurations of the same storage device to one or more clients accessing the system, based on measured performance data. a mapping process configured to map the divided sections (12, 14, 16) of the storage locations, aggregate the logical block names of storage locations in the divided sections (12, 14, 16) having an identical level of performance (Performance A, B, C) to a selected section of the logical block name space, and a performance measurement process configured to scan storage locations of the storage device and determine the different levels of performance for the storage locations, specifically wherein the performance measurement process performs experimental read and write operations to determine the different levels of measured performance from experimental data collected in the read and write operations; and a RAID controller, for assigning a first RAID level configuration to a first set of aggregated logical block names of the storage device, and assigning a second RAID level configuration to a second set of aggregated logical block names of the storage device, the first and second RAID level configurations being different from each other thereby providing differentiated classes of storage having two or more differentiated RAID level configurations of the same storage device to one or more clients accessing the system, based on measured performance data.
Aircraft passenger seat comprising a frame which is provided for securing to a floor of an aircraft passenger cabin, comprising a base of the seat mounted movably on the frame and a movably mounted back rest, wherein the back rest is mounted on a fixed pivot point relative to the frame in the region of its upper edge, characterised that the bearing of the base of the seat and the back rest together form a four-pivot frame with two fixed and two movable pivot points and in that coupling means are provided for coupling movements of the base of the seat and the backrest which represent one of the movable pivot points.
A ride vibrator, comprising: a shaft (194;254); an eccentric mass (196;256) coupled to the shaft (194;254), wherein the eccentric mass (196;256) is configured to vibrate the shaft (194;254) in response to rotation of the shaft (194;254); a vibrator housing configured to receive the shaft (194;254) and the eccentric mass (196;256), wherein the vibrator housing is configured to couple to a ride vehicle; a bearing coupled to the shaft (194;254), wherein the bearing is configured to transfer shaft (194;254) vibrations to the vibrator housing; a motor (190;250) coupled to the shaft (194;254) and configured to rotate the shaft (194;254); and an input device comprising a first touch-sensitive sensor disposed on a first handle portion of a handle (20; 102; 134) and a second touch-sensitive sensor disposed on a second handle portion of the handle (20; 102; 134), wherein the input device is configured to couple to the motor (190;250), wherein the input device is configured to receive a selection of a change to a rotational speed of the motor (190;250) to control vibration of the vibrator in response to a rider contacting the first handle portion of the handle (20; 102; 134) or the second handle portion of the handle (20; 102; 134). a shaft (194;254); an eccentric mass (196;256) coupled to the shaft (194;254), wherein the eccentric mass (196;256) is configured to vibrate the shaft (194;254) in response to rotation of the shaft (194;254); a vibrator housing configured to receive the shaft (194;254) and the eccentric mass (196;256), wherein the vibrator housing is configured to couple to a ride vehicle; a bearing coupled to the shaft (194;254), wherein the bearing is configured to transfer shaft (194;254) vibrations to the vibrator housing; a motor (190;250) coupled to the shaft (194;254) and configured to rotate the shaft (194;254); and an input device comprising a first touch-sensitive sensor disposed on a first handle portion of a handle (20; 102; 134) and a second touch-sensitive sensor disposed on a second handle portion of the handle (20; 102; 134), wherein the input device is configured to couple to the motor (190;250), wherein the input device is configured to receive a selection of a change to a rotational speed of the motor (190;250) to control vibration of the vibrator in response to a rider contacting the first handle portion of the handle (20; 102; 134) or the second handle portion of the handle (20; 102; 134).
A method for detecting the presence of a transmission signal in a wireless spectrum channel, comprising: converting the frequency of a signal from a first frequency to a second frequency; filtering the signal with the second frequency to remove signals that are not within the band of the second frequency; determining a local oscillator frequency based on an IF frequency and a frequency that is midway between two possible pilot frequencies; using the determined local oscillator frequency to convert the signal with the second frequency to a complex baseband signal; calculating an averaged periodogram of the complex baseband signal; comparing a value of the averaged periodogram to a threshold; and detecting the presence of the transmission signal, if the value of the averaged periodogram exceeds the threshold. converting the frequency of a signal from a first frequency to a second frequency; filtering the signal with the second frequency to remove signals that are not within the band of the second frequency; determining a local oscillator frequency based on an IF frequency and a frequency that is midway between two possible pilot frequencies; using the determined local oscillator frequency to convert the signal with the second frequency to a complex baseband signal; calculating an averaged periodogram of the complex baseband signal; comparing a value of the averaged periodogram to a threshold; and detecting the presence of the transmission signal, if the value of the averaged periodogram exceeds the threshold.
A method performed by a user equipment, UE, performing an event occurrence report for mobility management in a wireless communication system, the method comprising: receiving a plurality of beamformed cell search reference signals, RSs, transmitted from a serving cell and another cell of a network through multiple ports with directivity; determining a receive, Rx, power for each of the beamformed cell search RSs; acquiring angle of departure, AoD, of the beamformed cell search RSs; determining link reliability for each of the serving cell and the another cell of the network, wherein the link reliability of a cell is proportional to a number of the beamformed cell search RSs from the cell and a magnitude of AoD difference between the beamformed cell search RSs of the cell; and transmitting the event occurrence report to the serving cell, either based on the Rx power of the beamformed cell search reference signal from the serving cell being lower than a first threshold value, and the link reliability of the serving cell being lower than a second threshold value, or based on the other cell having higher link reliability then the current serving cell. receiving a plurality of beamformed cell search reference signals, RSs, transmitted from a serving cell and another cell of a network through multiple ports with directivity; determining a receive, Rx, power for each of the beamformed cell search RSs; acquiring angle of departure, AoD, of the beamformed cell search RSs; determining link reliability for each of the serving cell and the another cell of the network, wherein the link reliability of a cell is proportional to a number of the beamformed cell search RSs from the cell and a magnitude of AoD difference between the beamformed cell search RSs of the cell; and transmitting the event occurrence report to the serving cell, either based on the Rx power of the beamformed cell search reference signal from the serving cell being lower than a first threshold value, and the link reliability of the serving cell being lower than a second threshold value, or based on the other cell having higher link reliability then the current serving cell.
A method for adjusting a timeslot length of an Optical Burst Transport Network, OBTN, characterized by comprising: measuring, during initialization of the OBTN, a loop length of a data channel, and calculating an Optical Burst, OB, timeslot length according to a result of the measurement; and detecting, during the normal operation of the OBTN, a variation of the loop length of the data channel of the OBTN in real time, comparing a value of the variation with a pre-set threshold and correspondingly processing the OB timeslot length according to a result of the comparison. measuring, during initialization of the OBTN, a loop length of a data channel, and calculating an Optical Burst, OB, timeslot length according to a result of the measurement; and detecting, during the normal operation of the OBTN, a variation of the loop length of the data channel of the OBTN in real time, comparing a value of the variation with a pre-set threshold and correspondingly processing the OB timeslot length according to a result of the comparison.
Method of producing a device, comprising: providing a substrate comprising a recess; introducing a multitude of loose particles into the recess; coating a first portion of the particles, so that the first portion is connected to form a solidified porous structure, while using a coating process comprising a depth of penetration which extends from an opening of the recess, along a direction of depth, and into the recess; wherein the depth of penetration of the coating process into the recess is set such that a second portion of the particles is not connected by means of the coating, so that the solidified first portion of the particles is arranged between the second portion of the particles and surroundings; and selectively removing from the recess, at least partly, the second portion of the particles which is enclosed in the recess and has remained uncoated, while maintaining the porous structure, a cavity forming between the recess provided within the substrate and that portion of the particles which has solidified to form the porous structure. providing a substrate comprising a recess; introducing a multitude of loose particles into the recess; coating a first portion of the particles, so that the first portion is connected to form a solidified porous structure, while using a coating process comprising a depth of penetration which extends from an opening of the recess, along a direction of depth, and into the recess; wherein the depth of penetration of the coating process into the recess is set such that a second portion of the particles is not connected by means of the coating, so that the solidified first portion of the particles is arranged between the second portion of the particles and surroundings; and selectively removing from the recess, at least partly, the second portion of the particles which is enclosed in the recess and has remained uncoated, while maintaining the porous structure, a cavity forming between the recess provided within the substrate and that portion of the particles which has solidified to form the porous structure.
An electric household appliance comprising a substantially parallelepiped-shaped casing having a substantially horizontal top wall comprising a panel of plastic material; whereby the top wall also comprises a top cover film and a bottom cover film applied to a top face and a bottom face, respectively, of said panel characterized in that the bottom cover film is made of fireproof material.
A film for use in a suspended particle device, said film comprised of a cross-linked matrix polymer having a plurality of droplets of a liquid light valve suspension distributed therein, formed with the use of an emulsifier, said emulsifier is a separate emulsifier formed of a copolymer material comprising at least first and second segments, said segments differing from one another in at least one of their chemical affinities, their compositions and their polarities, wherein a first one of said segments is soluble in an uncured liquid matrix polymer used in forming the film, but insoluble in a liquid suspension medium in which said droplets are dispersed, and a second one of said segments is soluble in the liquid suspending medium of the droplets and insoluble in the uncured liquid matrix polymer, wherein the first and second segments have an index of refraction within 0.010 of each other and wherein the index of refraction of said segments is within 0.010 of that of each phase of an emulsion formed with said emulsifier, said first segment comprised of a material selected from the group consisting of linear organosiloxanes, branched organosiloxanes, linear alkyl groups, branched alkyl groups, linear fluoroalkyl groups and branched fluoroalkyl groups and wherein the first segment of the emulsifier copolymer is comprised of a polyorganosiloxane polymer having pendant phenyl groups so as to provide a refractive index at 25 degrees Centigrade in the range of from 1.4630 to 1.4800, and said second segment comprised of a material selected from the group consisting of linear esters, branched esters, linear (meth)acrylate, branched (meth)acrylate, linear amide, branched amide, linear amine, branched amine, linear epoxy groups, branched epoxy groups, linear groups comprising hydroxyl or acid groups and branched groups comprising hydroxyl or acid groups, wherein said emulsifier is adapted to prevent coalescence of the droplets of the liquid light valve suspension during formation of said film by retarding growth of said droplets.
A pouch cleaning assembly comprising: - a treatment chamber including an elongated central channel extending therethrough; - a guide assembly having a first side guide bar and a second side guide bar, the guide bars defining a channel therebetween, structurally configured to facilitate the retention of spouts of a plurality of pouches in slidable engagement along the first and second guide bar, wherein any abutment of adjacent portions of the plurality of pouches within the treatment chamber define relative points of contact, the channel positioned within the elongated central channel, characterised in that, the channel is undulating in that it is not linear in at least one of a vertical and a horizontal direction along the length thereof sufficient so as to substantially expose the relative points of contact between adjacent ones of the plurality of spouts so as to expose the same to the cleaning preparation. - a treatment chamber including an elongated central channel extending therethrough; - a guide assembly having a first side guide bar and a second side guide bar, the guide bars defining a channel therebetween, structurally configured to facilitate the retention of spouts of a plurality of pouches in slidable engagement along the first and second guide bar, wherein any abutment of adjacent portions of the plurality of pouches within the treatment chamber define relative points of contact, the channel positioned within the elongated central channel, characterised in that, the channel is undulating in that it is not linear in at least one of a vertical and a horizontal direction along the length thereof sufficient so as to substantially expose the relative points of contact between adjacent ones of the plurality of spouts so as to expose the same to the cleaning preparation.
A method of sorting postal articles into a postal sorting frame comprising sorting slots, in which method said articles to be sorted are placed in a stack, and the articles are taken one-by-one from the top of the stack so as to place each of them in a sorting slot, and digital images of the top of the stack are formed automatically at a certain rate, said method being characterized in that it further comprises the following steps: a) recording said digital images in the memory of a data-processing unit; b) mutually comparing said digital images on the basis of a certain graphical resemblance criterion, so as to form image models, each of which is representative of one or more successive digital images that are similar-looking; c) associating each image model with data indicating a persistence time; and d) applying a time filter to said image models so as to eliminate those models whose persistence time is less than a certain threshold value, the remaining image models serving as a basis for automatically counting the sorted postal articles that are sorted in the slots of the frame. a) recording said digital images in the memory of a data-processing unit; b) mutually comparing said digital images on the basis of a certain graphical resemblance criterion, so as to form image models, each of which is representative of one or more successive digital images that are similar-looking; c) associating each image model with data indicating a persistence time; and d) applying a time filter to said image models so as to eliminate those models whose persistence time is less than a certain threshold value, the remaining image models serving as a basis for automatically counting the sorted postal articles that are sorted in the slots of the frame.
A method for making a laminated glass interlayer film, comprising the steps of: providing an ethylene-vinyl acetate copolymer; mixing the ethylene-vinyl acetate copolymer, a photoinitiator, a coupling agent, a crosslink-assisting agent, an ultraviolet light absorber, and a radical scavenger to obtain a mixture; and forming the mixture at a specific temperature ranging from greater than or equal to 85 °C to less than or equal to 130 °C to obtain the laminated glass interlayer film; wherein, the amount of the photoinitiator ranges from 0.1 wt% to 10 wt%, the amount of the crosslink-assisting agent ranges from 0.1 wt% to 4 wt%, the amount of the coupling agent ranges from 0.01 wt% to 10 wt%, the amount of the radical scavenger ranges from 0.1 wt% to 0.5 wt%, and the amount of the ultraviolet light absorber ranges from 0.1 wt% to 1 wt% based on the total amount of the mixture; the ethylene-vinyl acetate copolymer contains 5 wt% to 70 wt% vinyl acetate groups; the ethylene-vinyl acetate copolymer has a melt flow rate ranging from 5 g/10 min to 50 g/10 min; wherein the melt flow rate of the ethylene-vinyl acetate copolymer is measured under a test temperature condition of 190°C and a pressure of 2.16 Kgf in accordance with ASTM D1238 of the American Society for Testing and Materials; the coupling agent comprises a metal coupling agent or a silane coupling agent; the photoinitiator comprises a benzoin-based compound or a benzophenone-based compound, wherein the benzophenone-based compound includes benzophenone, 4-phenyl benzophenone, 2-isopropylthioxanthone, 2,4-diethylthioxanthone, 4-(4'-15 methylphenylthio) benzophenone, or any combination thereof; the ultraviolet light absorber comprises a hydroxybenzophenone-based compound, a triazine-based compound or an amide-based compound; the crosslink-assisting agent comprises a polyfunctional compound containing an acrylic group or a vinyl group; and the radical scavenger comprises a hindered phenol antioxidant or a hindered amine light stabilizer. providing an ethylene-vinyl acetate copolymer; mixing the ethylene-vinyl acetate copolymer, a photoinitiator, a coupling agent, a crosslink-assisting agent, an ultraviolet light absorber, and a radical scavenger to obtain a mixture; and forming the mixture at a specific temperature ranging from greater than or equal to 85 °C to less than or equal to 130 °C to obtain the laminated glass interlayer film;