mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus, comprising: image obtaining means for obtaining images based on image capturing by a plurality of cameras capturing an imaging area in a plurality of directions; information obtaining means for obtaining viewpoint information that indicates a virtual viewpoint; and generation means for generating a virtual viewpoint image based on the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, so that in the virtual viewpoint image, a first object in the imaging area is displayed with transparency determined based on a positional relationship between the first object and a second object of interest that is determined among a plurality of objects, wherein transparency of the first object when it is at a position that shields the second object in the virtual viewpoint image is higher than when it is at a position that does not shield the second object, characterized in that whether a shade of a shielding object is displayed or not in the virtual viewpoint image is set based on user interaction, and even if the first object is made transparent, a shade of the first object is displayed in the virtual viewpoint image based on setting that the shade of the shielding object is displayed in the virtual viewpoint image. image obtaining means for obtaining images based on image capturing by a plurality of cameras capturing an imaging area in a plurality of directions; information obtaining means for obtaining viewpoint information that indicates a virtual viewpoint; and generation means for generating a virtual viewpoint image based on the images obtained by the image obtaining means and the viewpoint information obtained by the information obtaining means, so that in the virtual viewpoint image, a first object in the imaging area is displayed with transparency determined based on a positional relationship between the first object and a second object of interest that is determined among a plurality of objects, wherein transparency of the first object when it is at a position that shields the second object in the virtual viewpoint image is higher than when it is at a position that does not shield the second object, whether a shade of a shielding object is displayed or not in the virtual viewpoint image is set based on user interaction, and even if the first object is made transparent, a shade of the first object is displayed in the virtual viewpoint image based on setting that the shade of the shielding object is displayed in the virtual viewpoint image.
A process management method, comprising: obtaining a benchmarked duration for interface switching, wherein the interface switching comprises switching an interface currently displayed on a terminal to another interface; determining, after an interface switching, a switching duration of the interface switching; and stopping, according to a preset process priority, a process having a lower priority, when the switching duration is longer than the benchmarked duration, and a difference between the switching duration and the benchmarked duration is greater than a preset threshold. obtaining a benchmarked duration for interface switching, wherein the interface switching comprises switching an interface currently displayed on a terminal to another interface; determining, after an interface switching, a switching duration of the interface switching; and stopping, according to a preset process priority, a process having a lower priority, when the switching duration is longer than the benchmarked duration, and a difference between the switching duration and the benchmarked duration is greater than a preset threshold.
An analyzer for analyzing a sample corresponding to a biological fluid specimen, the analyzer comprising: a determining unit configured to determine whether an analysis result of the sample is normal or not based on an analysis result of the specimen; a generating unit configured to generate analysis information in which a determination result by the determining unit is associated with each analysis result of samples; and an output unit configured to output the analysis information generated by the generating unit, characterized in that the determining unit is configured to determine that the analysis result of the sample is normal when the analysis result of the specimen is a known value and the number of samples in a sample group comprising said analyzed sample is within a predetermined range, the determining unit is configured to determine that the analysis result of the sample is in error when the analysis result of the specimen is a known value and the number of samples in said sample group is not within said predetermined range, and the determining unit is configured to determine that the analysis result of the sample is abnormal when the analysis result of the specimen is not a known value. a determining unit configured to determine whether an analysis result of the sample is normal or not based on an analysis result of the specimen; a generating unit configured to generate analysis information in which a determination result by the determining unit is associated with each analysis result of samples; and an output unit configured to output the analysis information generated by the generating unit, characterized in that the determining unit is configured to determine that the analysis result of the sample is normal when the analysis result of the specimen is a known value and the number of samples in a sample group comprising said analyzed sample is within a predetermined range, the determining unit is configured to determine that the analysis result of the sample is in error when the analysis result of the specimen is a known value and the number of samples in said sample group is not within said predetermined range, and the determining unit is configured to determine that the analysis result of the sample is abnormal when the analysis result of the specimen is not a known value.
A method of determining damage tolerance allowables in a specimen, the method comprising: applying a cyclic load to a specimen, the specimen having a notch, until a first crack emanating from the notch is detected, the cyclic load having a maximum load and a minimum load; and applying a subsequent cyclic load to the specimen until extension of the first crack to form a second crack emanating from the first crack is detected, the subsequent cyclic load having the same maximum load but a greater minimum load. applying a cyclic load to a specimen, the specimen having a notch, until a first crack emanating from the notch is detected, the cyclic load having a maximum load and a minimum load; and applying a subsequent cyclic load to the specimen until extension of the first crack to form a second crack emanating from the first crack is detected, the subsequent cyclic load having the same maximum load but a greater minimum load.
A medical instrument system for use during a selected procedure, comprising: a cannulated member extending from a first end to a second end, the cannulated member formed of at least a first material; and a liner member bonded to an internal wall of the cannulated member; wherein the liner member inhibits debris from the cannulated member from exiting the cannulated member; wherein the liner member extends from the first end to the second end of the cannulated member and characterized in that the cannulated member includes a first liner extension portion extending around the first end of the cannulated member and a second liner extension portion extending around the second end of the cannulated member. a cannulated member extending from a first end to a second end, the cannulated member formed of at least a first material; and a liner member bonded to an internal wall of the cannulated member; wherein the liner member inhibits debris from the cannulated member from exiting the cannulated member; wherein the liner member extends from the first end to the second end of the cannulated member and characterized in that the cannulated member includes a first liner extension portion extending around the first end of the cannulated member and a second liner extension portion extending around the second end of the cannulated member.
Power control system of an electrical generation unit comprising regulation means of the instantaneous power generated P inst, means for determining a signal indicative of the instantaneous power generated and means for determining, from the signal indicative of the instantaneous power generated P inst in a time interval, an average power signal generated P avg, the power control system further comprises average power regulation means configured to modify an operating parameter X ref of the regulation means of the instantaneous power generated P inst in accordance with the error between an average reference power signal P ref, and the average power signal generated P avg.
A conveying and conditioning roller for a harvester for maize and whole plants for breaking up the harvested crop after cutting and chopping, the roller being provided with teeth in the form of toothed strips, which extend over the longitudinal extension of the roller and each have a leading (11a, 11b, 11c) and a trailing (12a, 12b, 12c) tooth flank and a tooth edge (4a, 4b, 4c), on its surface and wherein the roller is continuously or partially provided with wear protection zones, the wear resistance of which is greater than that of the material of the base body of the roller, the base body having a tooth structure which determines the shape of the teeth, characterized in that on the surface of the toothed strips (3a, 3b, 3c), at least in the region of the tooth edges (4a, 4b, 4c), wear protection zones are provided by high-energy blasting method, which zones extend mainly over the trailing flanks (12a, 12b, 12c) in the case of leading flanks (11a, 11b, 11c) without a wear protection zone.
Device for towing a trailer bicycle with a towing bicycle, comprising a frame attachment for the towing bicycle and a carrier connected to the frame attachment, which carrier comprises a hub holder for the front wheel hub of the trailer bicycle, characterized in that that the carrier forms a tyre support for the tyre of the front wheel of the trailer bicycle and the hub holder comprises a hub support for the front wheel hub and a hub stop gripping behind the front wheel hub on the side facing away from the tyre support.
An automatic analyzer comprising: an analyzing mechanism (5, 6, 7) adapted to analyze a biological sample; a sample transport device adapted to transport a rack holding a plurality of biological samples to the analyzing mechanism (5, 6, 7); a sample loading port adapted to load the biological sample onto the sample transport device; a sample collecting port adapted to collect the rack so that the rack can be extracted; characterized in that the automatic analyser further comprising a display mechanism adapted to display, for each rack which holds a sample that could not be analyzed for due to an error, information about an analysis status of the samples held by the rack; and a specifying mechanism adapted to enable the user to specify the sample or the rack, of the samples or the racks displayed by the display mechanism, that is to be collected by the sample collecting port, a control mechanism adapted to control the sample transport device so that the sample that is specified is collected by the sample collecting port. an analyzing mechanism (5, 6, 7) adapted to analyze a biological sample; a sample transport device adapted to transport a rack holding a plurality of biological samples to the analyzing mechanism (5, 6, 7); a sample loading port adapted to load the biological sample onto the sample transport device; a sample collecting port adapted to collect the rack so that the rack can be extracted; characterized in that the automatic analyser further comprising a display mechanism adapted to display, for each rack which holds a sample that could not be analyzed for due to an error, information about an analysis status of the samples held by the rack; and a specifying mechanism adapted to enable the user to specify the sample or the rack, of the samples or the racks displayed by the display mechanism, that is to be collected by the sample collecting port, a control mechanism adapted to control the sample transport device so that the sample that is specified is collected by the sample collecting port.
Flat spectrum signal processing system comprising a first frequency converter, which changes a first signal frequency (f 2) to a second frequency (f 1), an analog/digital converter, which converts an analog signal (s a) to a digital signal (s d), - a filter, which is digital and adaptive, - a second digital/analog converter, which converts the digital signal (s d) to an analog signal (s a), and - a second frequency converter, which returns the analog signal (s a) to the first frequency (f 2), characterized in - that the filter has a transfer function H z = b 1 + ∑ k = 1 N a k z − k wherein H(z) represents the ratio between the filter output (n) and the filter input (n) by means of the difference equation Output n = b * input n − ∑ k = 1 N a k * output n − k wherein a k are the filter coefficients serving to the elimination of distortions present in the signal; b is a coefficient designating the adjustment of the gain of the flat spectrum signal processing system and z is a variable parameter, and - that the filter has coefficients which are adapted according to a pseudolinear regression approach algorithm. - a filter, which is digital and adaptive, - a second digital/analog converter, which converts the digital signal (s d) to an analog signal (s a), and - a second frequency converter, which returns the analog signal (s a) to the first frequency (f 2), - that the filter has a transfer function H z = b 1 + ∑ k = 1 N a k z − k wherein H(z) represents the ratio between the filter output (n) and the filter input (n) by means of the difference equation Output n = b * input n − ∑ k = 1 N a k * output n − k wherein a k are the filter coefficients serving to the elimination of distortions present in the signal; b is a coefficient designating the adjustment of the gain of the flat spectrum signal processing system and z is a variable parameter, and a k are the filter coefficients serving to the elimination of distortions present in the signal; b is a coefficient designating the adjustment of the gain of the flat spectrum signal processing system and z is a variable parameter, and - that the filter has coefficients which are adapted according to a pseudolinear regression approach algorithm.
Method of manufacturing a textile wall or floor covering according to the pile wire weaving technology, comprising a pile warp extending in the longitudinal direction (35, 45, 55) and consisting of pile warp threads (2; 3), and a ground fabric of a ground warp and at least one binding warp and weft threads (8, 9) extending at right angles to it which enable a connection between the ground warp and the binding warp and the pile warp threads (2; 3), characterized by pile warp threads (2, 3, 31, 32, 41, 42, 51, 52) with different thread sizes which are interwoven such that at least two tufts (12, 13) of one pile warp thread of the same thread size are arranged consecutively in the longitudinal direction and the tufts (12, 13) are woven in between two adjacent weft threads of one plane each.
A printer (1A-1E), comprising: a printer body including a holder configured to house rolled recording paper; a cover (20A; 20B) configured to open and close the holder; a coupling mechanism configured to couple the cover (20A; 20B) to the printer body; and a detachment preventing mechanism (70A-70D) provided in the cover (20A; 20B) and configured to prevent the cover (20A; 20B) from being detached from the printer body, wherein the coupling mechanism includes shafts and shaft holes configured to receive the shafts, wherein the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body, or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the detachment preventing mechanism (70A-70D) includes a stopper (80A-80D) that extends in a width direction of the cover (20A; 20B) and is attached to the cover (20A; 20B) such that ends of the stopper (80A-80D) contact inner surfaces of the side plates to prevent the side plates from falling inward when a load is applied to the cover (20A; 20B). a printer body including a holder configured to house rolled recording paper; a cover (20A; 20B) configured to open and close the holder; a coupling mechanism configured to couple the cover (20A; 20B) to the printer body; and a detachment preventing mechanism (70A-70D) provided in the cover (20A; 20B) and configured to prevent the cover (20A; 20B) from being detached from the printer body, wherein the coupling mechanism includes shafts and shaft holes configured to receive the shafts, wherein the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body, or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body, or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the detachment preventing mechanism (70A-70D) includes a stopper (80A-80D) that extends in a width direction of the cover (20A; 20B) and is attached to the cover (20A; 20B) such that ends of the stopper (80A-80D) contact inner surfaces of the side plates to prevent the side plates from falling inward when a load is applied to the cover (20A; 20B).
A package comprising: a first packaging component comprising a product-contacting sealant layer comprising a first ethylene vinyl alcohol copolymer; and a second packaging component comprising a product-contacting sealant layer comprising a second ethylene vinyl alcohol copolymer; wherein the ethylene content of the second ethylene vinyl alcohol copolymer is equal to or less than 38 percent, and wherein the ethylene content of the first ethylene vinyl alcohol copolymer is greater than the ethylene content of the second ethylene vinyl alcohol copolymer. a first packaging component comprising a product-contacting sealant layer comprising a first ethylene vinyl alcohol copolymer; and a second packaging component comprising a product-contacting sealant layer comprising a second ethylene vinyl alcohol copolymer;
An acidic aqueous polishing composition suitable for polishing a silicon nitride-containing substrate in a chemical-mechanical polishing process, the composition comprising: (a) 0.01 to 10 percent by weight of a particulate calcined ceria abrasive; (b) 10 to 100,000 ppm of at least one cationic polymer selected from the group consisting of (a) a poly(vinylpyridine) polymer and (b) a combination of a poly(vinylpyridine) polymer and a quaternary ammonium-substituted polymer; (c) 10 to 200,000 ppm of a polyoxyalkylene polymer; and (d) an aqueous carrier therefor. (a) 0.01 to 10 percent by weight of a particulate calcined ceria abrasive; (b) 10 to 100,000 ppm of at least one cationic polymer selected from the group consisting of (a) a poly(vinylpyridine) polymer and (b) a combination of a poly(vinylpyridine) polymer and a quaternary ammonium-substituted polymer; (c) 10 to 200,000 ppm of a polyoxyalkylene polymer; and (d) an aqueous carrier therefor.
A method of providing a mixed group communication session for a mixed group containing protected users (112, 114) and a guest user (118, 122), the method comprising: assigning temporary IDs to the protected users at a server, the temporary IDs corresponding to permanent IDs of the protected users; forming mixed group session that includes the mixed group; providing the permanent ID of each of the protected users in the mixed group session to the other protected users; determining, by the server, which one of the temporary or permanent ID of each protected user is provided to the guest user during the mixed group session, wherein the determining is independent of preferences of the guest user; based on the determining, providing, by the server, the temporary ID of at least one protected user in the mixed group session to the at least one guest user; characterized by assigning, by the server, a temporary group ID to the mixed group session, wherein the mixed group session has a permanent group ID, and providing the temporary group ID rather than the permanent group ID to the at least one guest user. assigning temporary IDs to the protected users at a server, the temporary IDs corresponding to permanent IDs of the protected users; forming mixed group session that includes the mixed group; providing the permanent ID of each of the protected users in the mixed group session to the other protected users; determining, by the server, which one of the temporary or permanent ID of each protected user is provided to the guest user during the mixed group session, wherein the determining is independent of preferences of the guest user; based on the determining, providing, by the server, the temporary ID of at least one protected user in the mixed group session to the at least one guest user; characterized by assigning, by the server, a temporary group ID to the mixed group session, wherein the mixed group session has a permanent group ID, and providing the temporary group ID rather than the permanent group ID to the at least one guest user.