mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting, classifying and tracking unmanned aerial vehicles in a zone of interest, the system comprising: at least one microphone array including a plurality of microphones, the at least one microphone array being arranged to provide audio data; at least one camera arranged to provide video data; and at least one processor arranged to process the audio data and the video data to generate a spatial detection probability map comprising a set of spatial cells , wherein the processor assigns a probability score to each cell within the set of spatial cells , said probability score being a function of: an audio analysis score generated by an audio analysis algorithm, said audio analysis algorithm comprising comparing the audio data corresponding to the spatial cell to a library of audio signatures ; an audio intensity score generated by evaluating an amplitude of at least a portion of a spectrum of the audio data corresponding to the spatial cell; and a video analysis score generated by using an image processing algorithm to analyse the video data corresponding to the spatial cell, wherein the system is arranged to indicate that an unmanned aerial vehicle has been detected in one or more spatial cells within the zone of interest if the probability score assigned to said one or more spatial cells exceeds a predetermined detection threshold. at least one microphone array including a plurality of microphones, the at least one microphone array being arranged to provide audio data; at least one camera arranged to provide video data; and at least one processor arranged to process the audio data and the video data to generate a spatial detection probability map comprising a set of spatial cells , wherein the processor assigns a probability score to each cell within the set of spatial cells , said probability score being a function of: an audio analysis score generated by an audio analysis algorithm, said audio analysis algorithm comprising comparing the audio data corresponding to the spatial cell to a library of audio signatures ; an audio intensity score generated by evaluating an amplitude of at least a portion of a spectrum of the audio data corresponding to the spatial cell; and a video analysis score generated by using an image processing algorithm to analyse the video data corresponding to the spatial cell, an audio analysis score generated by an audio analysis algorithm, said audio analysis algorithm comprising comparing the audio data corresponding to the spatial cell to a library of audio signatures ; an audio intensity score generated by evaluating an amplitude of at least a portion of a spectrum of the audio data corresponding to the spatial cell; and a video analysis score generated by using an image processing algorithm to analyse the video data corresponding to the spatial cell, wherein the system is arranged to indicate that an unmanned aerial vehicle has been detected in one or more spatial cells within the zone of interest if the probability score assigned to said one or more spatial cells exceeds a predetermined detection threshold.
A cup sealing apparatus comprising: a shaft having an alignment cone at one end thereof, the alignment cone having a modified cone taper surface centered about a longitudinal axis ; a heating element including a heating surface and an opposite axial surface , the heating element operable to adhere a seal to a cup (C) presented to the heating surface ; an alignment plate fixed to the heating element spaced from the opposite axial surface , the alignment plate having a profile corresponding with the modified cone taper surface of the alignment cone such that the profile and the modified cone taper surface form a non-circular interface between the alignment cone and the alignment plate ; and a spring biasing the profile of the alignment plate into engagement with the modified cone taper surface of the alignment cone , the spring being deflectable to release the alignment plate from the alignment cone , wherein when the alignment plate is biased by the spring into engagement with the alignment cone , the alignment plate and the heating element are coaxially aligned with the longitudinal axis and set in a prescribed rotational orientation, and wherein, with deflection of the spring , the alignment plate and the heating element are free to deviate from the prescribed rotational orientation and out of coaxial alignment to match a cup axis of the cup (C) presented to the heating surface . a shaft having an alignment cone at one end thereof, the alignment cone having a modified cone taper surface centered about a longitudinal axis ; a heating element including a heating surface and an opposite axial surface , the heating element operable to adhere a seal to a cup (C) presented to the heating surface ; an alignment plate fixed to the heating element spaced from the opposite axial surface , the alignment plate having a profile corresponding with the modified cone taper surface of the alignment cone such that the profile and the modified cone taper surface form a non-circular interface between the alignment cone and the alignment plate ; and a spring biasing the profile of the alignment plate into engagement with the modified cone taper surface of the alignment cone , the spring being deflectable to release the alignment plate from the alignment cone , wherein when the alignment plate is biased by the spring into engagement with the alignment cone , the alignment plate and the heating element are coaxially aligned with the longitudinal axis and set in a prescribed rotational orientation, and wherein, with deflection of the spring , the alignment plate and the heating element are free to deviate from the prescribed rotational orientation and out of coaxial alignment to match a cup axis of the cup (C) presented to the heating surface .
A machine for making smoking articles, comprising a plurality of operating means for transferring and/or processing material for forming and/or making the smoking articles, at least some of the operating means being embodied by rollers rotatable about respective axes (X), mounted coaxially with each other and/or on axes (X) which are parallel to each other, the rollers being supported by a substantially vertical wall of a supporting base, each roller having a respective central support , a cylindrical outer mantle and an internal compartment , interposed between the central support and the mantle , wherein at least one of the rollers comprises an electric motor mounted inside the internal compartment and configured to set the mantle in rotation about the respective axis (X); wherein the machine is configured as a twin-line machine and wherein at least some of the operating means are embodied by pairs of rollers wherein the rollers of each pair are mounted axially side by side along the common axis of rotation (X), wherein a first roller of each pair of rollers is cantilevered, preferably directly, to the vertical wall and wherein the second roller of the pair of rollers, disposed further away from the vertical wall , is supported by the vertical wall by means of a supporting arm surmounting the first roller of the pair of rollers.
A wearable article continuous in a longitudinal direction and a transverse direction comprising a front elastic belt region, a back elastic belt region, a crotch region , a waist opening, and a pair of leg openings; the crotch region extending longitudinally between the front elastic belt region and the back elastic belt region; the front and back elastic belt regions each comprising a laminate, the laminate comprising an inner sheet , an outer sheet , an elastic member running in the transverse direction, an elastic bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , wherein at least the outer sheet comprises a first repeating pattern of apertures wherein each aperture has an aspect ratio of no more than about 3, preferably no more than about 2.5, a transverse dimension APT of at least about 0.4mm, and a longitudinal dimension APL, wherein APT is at least about 10% greater than APL, the first repeating pattern of apertures spaced apart from each other with a longitudinal pitch DF2 of no more than about 5mm, and spaced apart from each other with a transverse pitch DF1, wherein APL is not larger than 50% of DF2, preferably APL is from about 12% to about 30% of DF2, and wherein the first repeating pattern of apertures have a Longitudinal Orientation, according to the measurements herein. the front and back elastic belt regions each comprising a laminate, the laminate comprising an inner sheet , an outer sheet , an elastic member running in the transverse direction, an elastic bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , wherein at least the outer sheet comprises a first repeating pattern of apertures wherein each aperture has an aspect ratio of no more than about 3, preferably no more than about 2.5, a transverse dimension APT of at least about 0.4mm, and a longitudinal dimension APL, wherein APT is at least about 10% greater than APL, the first repeating pattern of apertures spaced apart from each other with a longitudinal pitch DF2 of no more than about 5mm, and spaced apart from each other with a transverse pitch DF1, wherein APL is not larger than 50% of DF2, preferably APL is from about 12% to about 30% of DF2, and wherein the first repeating pattern of apertures have a Longitudinal Orientation, according to the measurements herein.
A single-component sealant or adhesive composition, comprising: a) an aqueous polymer dispersion comprising water and at least one water-dispersed polymer P having a median particle size D50 of less than 150 nm, b) at least one water-dispersed or water-dissolved epoxy- or carbodiimide-functional cross-linker C, wherein the pH of the composition is adjusted in the range of 7 to 12, and wherein said at least one water-dispersed polymer P is comprised in the composition with an amount of at least 45 wt.-%, based on the total composition, and wherein said epoxy- or carbodiimide-functional cross-linker C is comprised in the composition with an amount of between 0.5 and 5 wt.-%, based on the total composition. a) an aqueous polymer dispersion comprising water and at least one water-dispersed polymer P having a median particle size D50 of less than 150 nm, b) at least one water-dispersed or water-dissolved epoxy- or carbodiimide-functional cross-linker C,
A method for preparing a compound represented by General Formula (A): wherein, n is 1 or 2, and M is NH 4 + , alkali metal ion, alkaline earth metal ion or transition metal ion; the method comprises the following steps: (a) in an inert solvent, subjecting the compound of Formula (VI) to the catalytic hydrogenation and reducing with metal hydride reducing agent by "one-pot method" to obtain the compound of Formula (V); (b) salifying compound of Formula (V) and crystallizing in a solvent to obtain the compound of Formula (A); wherein, R 1 and R 2 are both hydrogen, or R 1 is hydrogen, and R 2 is hydroxyl. wherein, n is 1 or 2, and M is NH 4 + , alkali metal ion, alkaline earth metal ion or transition metal ion; the method comprises the following steps: (a) in an inert solvent, subjecting the compound of Formula (VI) to the catalytic hydrogenation and reducing with metal hydride reducing agent by "one-pot method" to obtain the compound of Formula (V); (b) salifying compound of Formula (V) and crystallizing in a solvent to obtain the compound of Formula (A); (a) in an inert solvent, subjecting the compound of Formula (VI) to the catalytic hydrogenation and reducing with metal hydride reducing agent by "one-pot method" to obtain the compound of Formula (V); (b) salifying compound of Formula (V) and crystallizing in a solvent to obtain the compound of Formula (A); wherein, R 1 and R 2 are both hydrogen, or R 1 is hydrogen, and R 2 is hydroxyl.
Computer-implemented method for allocating seats in a land vehicle , comprising the following steps: A) receiving a request for a seat reservation for a person (P) for a scheduled trip in a land vehicle ; B) assigning a seat reservation to the person (P), wherein an identifier (ID) is assigned uniquely to the person (P) and this identifier (ID) is then issued; C) defining a land vehicle to be used and providing layout information representative of the distribution of seats in the land vehicle to be used for the scheduled trip; D) assigning a seat to the person (P) in the land vehicle to be used on the basis of the layout information and the seat reservation, wherein the identifier (ID) is assigned uniquely to the seat in the land vehicle to be used; E) issuing seat information representative of which seat has been assigned to the person (P), wherein the issued seat information is representative of the assignment of the identifier (ID) to the seat , wherein - step C) is carried out after step A) and after step B), - at least some seats in the land vehicle to be used are assigned a respective electronic display , - the identifier (ID) is displayed on the electronic display . A) receiving a request for a seat reservation for a person (P) for a scheduled trip in a land vehicle ; B) assigning a seat reservation to the person (P), wherein an identifier (ID) is assigned uniquely to the person (P) and this identifier (ID) is then issued; C) defining a land vehicle to be used and providing layout information representative of the distribution of seats in the land vehicle to be used for the scheduled trip; D) assigning a seat to the person (P) in the land vehicle to be used on the basis of the layout information and the seat reservation, wherein the identifier (ID) is assigned uniquely to the seat in the land vehicle to be used; E) issuing seat information representative of which seat has been assigned to the person (P), wherein the issued seat information is representative of the assignment of the identifier (ID) to the seat , - step C) is carried out after step A) and after step B), - at least some seats in the land vehicle to be used are assigned a respective electronic display , - the identifier (ID) is displayed on the electronic display .
An information processing device comprising: an analysis unit configured to analyze a media presentation description according to MPEG-DASH providing metadata that includes partial image information which is information regarding each partial image which is a part of an entire image, the metadata being used for supply of a bit stream of the entire image and supply of a bit stream of the partial image, in which the partial image information regarding the plurality of partial images is stored in mutually different sub-representations belonging to one representation belonging to one adaptation set and bit streams of the plurality of partial images are assigned to the mutually different sub-representations, and configured to obtain the partial image information; a selection unit configured to select the bit stream of a desired partial image using the partial image information obtained by the analysis unit; and a bit stream acquisition unit configured to acquire, from a server, the bit stream selected by the selection unit, without acquiring from the server a bit stream of a remaining part of the entire image other than the desired partial image. an analysis unit configured to analyze a media presentation description according to MPEG-DASH providing metadata that includes partial image information which is information regarding each partial image which is a part of an entire image, the metadata being used for supply of a bit stream of the entire image and supply of a bit stream of the partial image, in which the partial image information regarding the plurality of partial images is stored in mutually different sub-representations belonging to one representation belonging to one adaptation set and bit streams of the plurality of partial images are assigned to the mutually different sub-representations, and configured to obtain the partial image information; a selection unit configured to select the bit stream of a desired partial image using the partial image information obtained by the analysis unit; and a bit stream acquisition unit configured to acquire, from a server, the bit stream selected by the selection unit, without acquiring from the server a bit stream of a remaining part of the entire image other than the desired partial image.
A method of wireless communication, comprising: reading , at a user equipment, UE, system information from a neighboring cell to identify a time domain resource allocation of the neighboring cell, the UE being served by a serving cell that is different from the neighboring cell; identifying at least one candidate resource of the UE for potential interference cancellation based on a comparison of the time domain resource allocation of the neighboring cell and a time domain resource allocation of the serving cell, in which the time domain resource allocation of the neighboring cell and the time domain resource allocation of the serving cell are subframe allocation configurations, wherein a candidate subframe is identified as a subframe that has high likelihood of observing interference from other UEs, and wherein potential interference is determined by the UE reading a general network configuration of the neighbor cell; identifying at least one interfered resource from the at least one candidate resource by detecting uplink interference on the at least one candidate resource based on detecting aggressor UE interference; and performing , at the UE, interference cancellation on the at least one interfered resource of the at least one candidate resource. reading , at a user equipment, UE, system information from a neighboring cell to identify a time domain resource allocation of the neighboring cell, the UE being served by a serving cell that is different from the neighboring cell; identifying at least one candidate resource of the UE for potential interference cancellation based on a comparison of the time domain resource allocation of the neighboring cell and a time domain resource allocation of the serving cell, in which the time domain resource allocation of the neighboring cell and the time domain resource allocation of the serving cell are subframe allocation configurations, wherein a candidate subframe is identified as a subframe that has high likelihood of observing interference from other UEs, and wherein potential interference is determined by the UE reading a general network configuration of the neighbor cell; identifying at least one interfered resource from the at least one candidate resource by detecting uplink interference on the at least one candidate resource based on detecting aggressor UE interference; and performing , at the UE, interference cancellation on the at least one interfered resource of the at least one candidate resource.
A tire comprising a tire frame that comprises a resin material and has a circular shape, and a belt portion that comprises a metal-resin composite that is disposed around the tire frame , the metal-resin composite having a structure in which a metal member , an adhesive layer and a resin layer are disposed in this order, and characterised in that the following Formula and Formula are satisfied: 23 ≦ number of metal-resin composites 26 in the belt portion / width of the belt portion mm × 100 1 / a / A + b / B ≦ 210 wherein, in Formula , A is a water permeation index of the resin layer that is from 50 g • mm/(m 2 • day) to 600 g • mm/(m 2 • day), B is a water permeation index of the adhesive layer that is from 5 g • mm/(m 2 • day) to 300 g • mm/(m 2 • day), a is a thickness of the resin layer that is from 0.015 mm to 1.5 mm and b is a thickness of the adhesive layer that is from 0.005 mm to 0.2 mm.
A gurney flap arrangement comprising: an airfoil with an opening in a surface of the airfoil ; a gurney flap having a first position in which at least a portion of the gurney flap extends through the opening and projects outwardly from the airfoil surface, and a second position in which the gurney flap does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal disposed about the opening to seal a gap in the opening between the gurney flap and the airfoil ; wherein the seal comprises a cap section fixed to an end of the gurney flap and a fold section connecting the cap section to the airfoil , wherein in the first position the fold section defines a surface curving out from the airfoil towards the end of the gurney flap , and wherein in the second position the fold section retracts into the airfoil . an airfoil with an opening in a surface of the airfoil ; a gurney flap having a first position in which at least a portion of the gurney flap extends through the opening and projects outwardly from the airfoil surface, and a second position in which the gurney flap does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal disposed about the opening to seal a gap in the opening between the gurney flap and the airfoil ; wherein the seal comprises a cap section fixed to an end of the gurney flap and a fold section connecting the cap section to the airfoil , wherein in the first position the fold section defines a surface curving out from the airfoil towards the end of the gurney flap , and wherein in the second position the fold section retracts into the airfoil .
A fluid delivery system (100; 200; 300; 800) comprising: - a motor configured to provide rotational motion to a rotary component (308; 408); and - an alignment mechanism (320 420; 520; 620; 720; 820) comprising: - a first roller (330; 530; 630; 730; 830) configured to engage a pin (324; 524) at a first end; - a second roller (330; 530; 630; 730; 830) configured to engage the pin (324; 524) at a second end; - a coupler (326; 526; 726) configured to couple the rotary component (308; 408) to a reciprocating component (328; 528; 728; 828); characterized in that - a first alignment portion configured to receive the first roller (330; 530; 630; 730; 830) and a second alignment portion configured to receive the second roller (330; 530; 630; 730; 830) to align reciprocating motion of the reciprocating component (328; 528; 728; 828) and - wherein the first alignment portion and the second alignment portion are configured to slidably engage the first roller (330; 530; 630; 730; 830) and the second roller (330; 530; 630; 730; 830), respectively. - a motor configured to provide rotational motion to a rotary component (308; 408); and - an alignment mechanism (320 420; 520; 620; 720; 820) comprising: - a first roller (330; 530; 630; 730; 830) configured to engage a pin (324; 524) at a first end; - a second roller (330; 530; 630; 730; 830) configured to engage the pin (324; 524) at a second end; - a coupler (326; 526; 726) configured to couple the rotary component (308; 408) to a reciprocating component (328; 528; 728; 828); characterized in that - a first roller (330; 530; 630; 730; 830) configured to engage a pin (324; 524) at a first end; - a second roller (330; 530; 630; 730; 830) configured to engage the pin (324; 524) at a second end; - a coupler (326; 526; 726) configured to couple the rotary component (308; 408) to a reciprocating component (328; 528; 728; 828); - a first alignment portion configured to receive the first roller (330; 530; 630; 730; 830) and a second alignment portion configured to receive the second roller (330; 530; 630; 730; 830) to align reciprocating motion of the reciprocating component (328; 528; 728; 828) and - wherein the first alignment portion and the second alignment portion are configured to slidably engage the first roller (330; 530; 630; 730; 830) and the second roller (330; 530; 630; 730; 830), respectively.