mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving a query image of a scene captured with a camera; receiving a plurality of reference images (I') of the scene from a database, each reference image (I') having an associated position estimate, wherein the associated position estimate for each reference image (I') does not include an associated orientation; generating three-dimensional direction vectors describing directions between an unknown position of a camera center for the query image and a reference camera center being the respective position estimate for each reference image based on the query image and the plurality of reference images (I'); and using the three-dimensional direction vectors and the associated position estimate for each reference image (I') to determine a pose of the camera with six-degrees of freedom; wherein generating the three-dimensional direction vectors describing directions between the camera center for the query image and the reference camera center for each reference image (I') comprises using at least one of homographies, essential matrices, and fundamental matrices; wherein the pose of the camera with six-degrees of freedom is determined by solving a three-point pose problem using the three-dimensional direction vectors and the associated position estimate for each reference image (I'). receiving a query image of a scene captured with a camera; receiving a plurality of reference images (I') of the scene from a database, each reference image (I') having an associated position estimate, wherein the associated position estimate for each reference image (I') does not include an associated orientation; generating three-dimensional direction vectors describing directions between an unknown position of a camera center for the query image and a reference camera center being the respective position estimate for each reference image based on the query image and the plurality of reference images (I'); and using the three-dimensional direction vectors and the associated position estimate for each reference image (I') to determine a pose of the camera with six-degrees of freedom; wherein generating the three-dimensional direction vectors describing directions between the camera center for the query image and the reference camera center for each reference image (I') comprises using at least one of homographies, essential matrices, and fundamental matrices; wherein the pose of the camera with six-degrees of freedom is determined by solving a three-point pose problem using the three-dimensional direction vectors and the associated position estimate for each reference image (I').
A method of transmitting data from a passive radio device (100; 1700), the method comprising or initiating: exposing an antenna of the passive radio device (100; 1700) to an incident radio signal, a frequency domain representation of the incident radio signal comprising at least one muted gap between active subcarriers within a bandwidth of the incident radio signal; and backscattering the incident radio signal from the antenna by modulating an impedance of the antenna according to the data using at least two different modulation frequencies that differ by less than the bandwidth. exposing an antenna of the passive radio device (100; 1700) to an incident radio signal, a frequency domain representation of the incident radio signal comprising at least one muted gap between active subcarriers within a bandwidth of the incident radio signal; and backscattering the incident radio signal from the antenna by modulating an impedance of the antenna according to the data using at least two different modulation frequencies that differ by less than the bandwidth.
A nautical chart display device, comprising: a display unit having a screen and configured to display a nautical chart on the screen; an operation detector configured to detect a touch operation to the screen; a registration processing module for setting an additional scale on the nautical chart; and a change processing module configured to change a current scale of the nautical chart to the additional scale; characterised in that: the registration processing module is configured to register a scale at which an inter-touch distance that is a distance between two points of the detected touch operation to the screen matches a distance setting on the nautical chart as the additional scale; and the registration processing module accepts a specification of a required time and sets a moving distance a ship moves during the required time at a specified ship speed as the distance setting. a display unit having a screen and configured to display a nautical chart on the screen; an operation detector configured to detect a touch operation to the screen; a registration processing module for setting an additional scale on the nautical chart; and a change processing module configured to change a current scale of the nautical chart to the additional scale; characterised in that: the registration processing module is configured to register a scale at which an inter-touch distance that is a distance between two points of the detected touch operation to the screen matches a distance setting on the nautical chart as the additional scale; and the registration processing module accepts a specification of a required time and sets a moving distance a ship moves during the required time at a specified ship speed as the distance setting. the registration processing module is configured to register a scale at which an inter-touch distance that is a distance between two points of the detected touch operation to the screen matches a distance setting on the nautical chart as the additional scale; and the registration processing module accepts a specification of a required time and sets a moving distance a ship moves during the required time at a specified ship speed as the distance setting.
A method for sharing Diameter binding data, the method comprising: receiving, by a first Diameter signaling router, a first Diameter message requiring processing; selecting, by the first DSR, a processing element to perform the required processing from a plurality of processing elements; routing, by the first DSR, the received first Diameter message to the selected processing element; creating, by the first DSR, a binding record associating the selected processing element with information associated with the received first Diameter message; communicating, by the first DSR, the binding record to a second DSR; receiving, by the second DSR, a second Diameter message requiring processing; selecting, by the second DSR based on the communicated binding record and information associated with the received second Diameter message, the processing element previously selected by the first DSR to perform the required processing; and routing, by the second DSR, the received second Diameter message to the selected processing element; characterized in that communicating, by the first DSR, the binding record to the second DSR comprises: storing, by the first DSR, the binding record in a first Diameter binding repository associated with the first DSR; synchronizing the first DBR and a second DBR associated with the second DSR, wherein synchronizing the first DBR and the second DBR includes storing, by the second DSR, the binding record in the second DBR; wherein selecting, by the second DSR, the processing element previously selected by the first DSR comprises selecting the processing element based on the binding record stored in the second DBR. receiving, by a first Diameter signaling router, a first Diameter message requiring processing; selecting, by the first DSR, a processing element to perform the required processing from a plurality of processing elements; routing, by the first DSR, the received first Diameter message to the selected processing element; creating, by the first DSR, a binding record associating the selected processing element with information associated with the received first Diameter message; communicating, by the first DSR, the binding record to a second DSR; receiving, by the second DSR, a second Diameter message requiring processing; selecting, by the second DSR based on the communicated binding record and information associated with the received second Diameter message, the processing element previously selected by the first DSR to perform the required processing; and routing, by the second DSR, the received second Diameter message to the selected processing element; storing, by the first DSR, the binding record in a first Diameter binding repository associated with the first DSR; synchronizing the first DBR and a second DBR associated with the second DSR, wherein synchronizing the first DBR and the second DBR includes storing, by the second DSR, the binding record in the second DBR; wherein selecting, by the second DSR, the processing element previously selected by the first DSR comprises selecting the processing element based on the binding record stored in the second DBR.
A composition comprising a polymerization product of an anionic polysaccharide, a diisocyanate, and a linker, wherein: the polymerization product comprises a copolymer of a prepolymer and the linker, and: the prepolymer comprises a copolymer of the anionic polysaccharide and the diisocyanate, wherein the prepolymer comprises at least one segment represented by I[BABBAB]nI, wherein, independently for each occurrence, A represents a polysaccharide block, B represents a urethane or urea block, I represents an isocyanate and n represents and integer ranging from 1 to 10,000 and wherein the linker comprises at least one segment represented by ECE, wherein, independently for each occurrence, C represents an ether block, an ester block or a combination thereof, and E represents a chain extender comprising a hydroxyl, a thiol or an amine group. the polymerization product comprises a copolymer of a prepolymer and the linker, and: the prepolymer comprises a copolymer of the anionic polysaccharide and the diisocyanate, wherein the prepolymer comprises at least one segment represented by I[BABBAB]nI, wherein, independently for each occurrence, A represents a polysaccharide block, B represents a urethane or urea block, I represents an isocyanate and n represents and integer ranging from 1 to 10,000 and wherein the linker comprises at least one segment represented by ECE, wherein, independently for each occurrence, C represents an ether block, an ester block or a combination thereof, and E represents a chain extender comprising a hydroxyl, a thiol or an amine group.
A method, on a network entity of a first wireless network, the method comprising: communicating with a first User Equipment, UE, that is connected to the first wireless network; receiving, from a second wireless network via a backhaul network (107, 158), information regarding the location of a second UE connected to the second wireless network; determining the distance between the first UE and the second UE based on the received location information and location information for the first UE; based on the determined distance, determining the level of interference that the first UE would cause to the second UE if the first UE transmits at a first power level; determining an amount by which the first UE needs to reduce its transmit power in order to bring the determined interference to a predetermined level; and signalling, to the first UE, the determined amount for granting the first UE permission to reduce its transmit power by the determined amount. communicating with a first User Equipment, UE, that is connected to the first wireless network; receiving, from a second wireless network via a backhaul network (107, 158), information regarding the location of a second UE connected to the second wireless network; determining the distance between the first UE and the second UE based on the received location information and location information for the first UE; based on the determined distance, determining the level of interference that the first UE would cause to the second UE if the first UE transmits at a first power level; determining an amount by which the first UE needs to reduce its transmit power in order to bring the determined interference to a predetermined level; and signalling, to the first UE, the determined amount for granting the first UE permission to reduce its transmit power by the determined amount.
A well logging system, comprising: an elongate sub with a first end connection, a second end connection, a bore, an exterior wall and a plurality of sets of recesses in the exterior wall and spaced along an axis of the sub, each recess of a set angularly distributed about the axis relative to one or more remaining recesses of the set; a plurality of curved inserts receivable into the recesses and having an interior surface, generally conforming to the exterior of the sub within a recess, and a threaded exterior surface; a plurality of well logging devices (50, 50a, 50b, 50c) each having a first end, a second end and a bore to receive the sub; and a plurality of retainer rings each having a bore with internal threads to threadably engage the threaded exterior surfaces of a set of inserts received into a set of recesses, wherein a first set of inserts are receivable into a first set of recesses of the sub to threadably engage the bore of a first retainer ring to secure a first end of a first well logging device received on the sub at a first position, wherein a second set of inserts are receivable into a second set of recesses of the sub to threadably engage the bore of a second retainer ring to secure the second end of the first well logging device; wherein a third set of inserts are receivable into a third set of recesses of the sub to threadably engage the bore of a third retainer ring to secure the first end of a second well logging device; wherein a fourth set of inserts are receivable into a fourth set of recesses of the sub to threadably engage the bore of a fourth retainer ring to secure the second end of the second well logging device at a first spacing along the sub from the first well logging device; and wherein at least a fifth set of the recesses of the sub remains available for repositioning of the second well logging device to provide a second spacing between the second well logging device and the first well logging device that is different than the first spacing. an elongate sub with a first end connection, a second end connection, a bore, an exterior wall and a plurality of sets of recesses in the exterior wall and spaced along an axis of the sub, each recess of a set angularly distributed about the axis relative to one or more remaining recesses of the set; a plurality of curved inserts receivable into the recesses and having an interior surface, generally conforming to the exterior of the sub within a recess, and a threaded exterior surface; a plurality of well logging devices (50, 50a, 50b, 50c) each having a first end, a second end and a bore to receive the sub; and a plurality of retainer rings each having a bore with internal threads to threadably engage the threaded exterior surfaces of a set of inserts received into a set of recesses,
A resin composition containing 15% by weight to 80% by weight of polymer X and 20% by weight to 85% by weight of polymer Y based on the total weight of polymers contained in the resin composition, wherein the polymer X is a polyvinylidene fluoride resin; and, the polymer Y is a copolymer having a domain compatible with the polymer X and a domain incompatible with the polymer X, having a molecular weight distribution of 3.0 to 16.0, wherein the weight average molecular weight of the polymer Y determined by gel permeation chromatography as polymethyl methacrylate is 50,000 to 750,000, wherein the polymer is only composed of a (meth)acrylate monomer unit, and wherein the molecular weight distribution is determined from weight average molecular weight and number average molecular weight measured by gel permeation chromatography as polymethyl methacrylate.
A filter shaker comprising: a motor having a motor shaft that rotates when powered by a power source; an eccentric connected to the motor shaft; a housing that carries the motor and the eccentric, the filter shaker being characterized in that it further comprises: an actuator connected to the eccentric, wherein the actuator is carried by the housing and arranged to periodically impact at least one portion of the housing when the motor shaft rotates; and a connector disposed on an outer surface of the housing, the connector being arranged to releasably mount the filter shaker across an end of a filter. a motor having a motor shaft that rotates when powered by a power source; an eccentric connected to the motor shaft; a housing that carries the motor and the eccentric, the filter shaker being characterized in that it further comprises: an actuator connected to the eccentric, wherein the actuator is carried by the housing and arranged to periodically impact at least one portion of the housing when the motor shaft rotates; and a connector disposed on an outer surface of the housing, the connector being arranged to releasably mount the filter shaker across an end of a filter. an actuator connected to the eccentric, wherein the actuator is carried by the housing and arranged to periodically impact at least one portion of the housing when the motor shaft rotates; and a connector disposed on an outer surface of the housing, the connector being arranged to releasably mount the filter shaker across an end of a filter.
A sliding phase shifter, comprising: a fixed dielectric having first striplines configured to couple power into the sliding phase shifter; and a sliding dielectric having second striplines electrically slidingly coupled to the first striplines, an amount of phase shift or delay of a signal being determined by an amount of overlap of the first striplines and the second striplines, a width of the second striplines being at least partially tapered along a portion of the second striplines, characterized in that the sliding dielectric has a first ground plane on at least part of one side of the sliding dielectric and has the second striplines on an opposite side of the sliding dielectric facing the fixed dielectric, and wherein the sliding dielectric further comprises vias extending from the one side to the opposite side of the sliding dielectric, the vias encompassing at least a portion of a perimeter surrounding the first and second striplines. a fixed dielectric having first striplines configured to couple power into the sliding phase shifter; and a sliding dielectric having second striplines electrically slidingly coupled to the first striplines, an amount of phase shift or delay of a signal being determined by an amount of overlap of the first striplines and the second striplines, a width of the second striplines being at least partially tapered along a portion of the second striplines, characterized in that the sliding dielectric has a first ground plane on at least part of one side of the sliding dielectric and has the second striplines on an opposite side of the sliding dielectric facing the fixed dielectric, and wherein the sliding dielectric further comprises vias extending from the one side to the opposite side of the sliding dielectric, the vias encompassing at least a portion of a perimeter surrounding the first and second striplines.
A method for recovery of Nd 2 Fe 14 B grains from bulk sintered Nd-Fe-B magnets and/or magnet scraps, in which method the Nd-Fe-B magnets and/or magnet scraps are anodically oxidized using a non-aqueous liquid electrolyte, said anodic oxidation releasing the Nd 2 Fe 14 B grains in said Nd-Fe-B magnets and/or magnet scraps, wherein the released Nd 2 Fe 14 B grains are collected magnetically during and/or after said anodic oxidation.
A single-body type carrier for a cosmetic composition, comprising a single-body type sponge, wherein the single-body type sponge has at least two layers, wherein the single-body type sponge comprises pores, and has a layer controlled in at least one of density, pore number per cm 3, pore size and layer thickness through pressurization of a part of the single-body type sponge, wherein the layers of the sponge are different from each other in at least one sponge density, pore number per cm 3, pore size and layer thickness, wherein the carrier does not include a plurality of sponge parts bound or sealed with ultrasonic waves, heat, a binder or adhesive, but includes a single-body type sponge a part of which is pressurized by pressing, melting or felting so that the sponge may have a multilayered structure. comprising a single-body type sponge, wherein the single-body type sponge has at least two layers, wherein the single-body type sponge comprises pores, and has a layer controlled in at least one of density, pore number per cm 3, pore size and layer thickness through pressurization of a part of the single-body type sponge, wherein the layers of the sponge are different from each other in at least one sponge density, pore number per cm 3, pore size and layer thickness, wherein the carrier does not include a plurality of sponge parts bound or sealed with ultrasonic waves, heat, a binder or adhesive, but includes a single-body type sponge a part of which is pressurized by pressing, melting or felting so that the sponge may have a multilayered structure.
Pneumatic tyre tread that is formed from a rubber composition and that contacts the road surface when the tyre rolls, the pneumatic tyre tread characterized by having a tread portion, in which is formed at least one primary groove of depth D and width W having a base surface and two opposing walls, and multiple flexible fences of thickness E, which extend inside the primary groove such that at least 70% of the cross-sectional area of the primary groove is blocked and which are disposed at intervals such that at least one of the multiple flexible fences is in the primary groove in the tread contact patch when the tyre is rolling, wherein the multiple flexible fences are formed from at least a rubber composition for fences that is different from the rubber composition for the tread portion; the rubber composition for fences of the flexible fences has an abrasion index that is more than or equal to twice the abrasion index of the rubber composition of the tread portion; and the rubber composition for fences comprises a filler composition that is based on (a) a diene elastomer, (b) a reinforcing filler, which is selected from the group consisting of carbon black, inorganic fillers, organic fillers and mixtures of these fillers and is less than 50 phr; (c) a plasticizing system which is selected from the group consisting of liquid plasticizers, hydrocarbon-based resins, and mixtures thereof; and (d) a vulcanizing system. (a) a diene elastomer, (b) a reinforcing filler, which is selected from the group consisting of carbon black, inorganic fillers, organic fillers and mixtures of these fillers and is less than 50 phr; (c) a plasticizing system which is selected from the group consisting of liquid plasticizers, hydrocarbon-based resins, and mixtures thereof; and (d) a vulcanizing system.
alpha-ketoglutaric acid and 5-hydroxy-methylfurfural for use in combating and/or preventing oxidative stress in surgery of humans and animals, wherein alpha-ketoglutaric acid and 5-hydroxy-methylfurfural are used preoperatively, operatively or postoperatively.