mhurhangee/ep-ind-claims huggingface dataset:
A method in a computer system for correlating a payload with a subset of non-probabilistic client attributes for selecting a payload, the method comprising: generating an expression tree having multiple levels corresponding to the subset of non-probabilistic client attributes; mapping the expression tree into an evaluation tree data structure, wherein conjunctive and disjunctive operators are tree nodes and attribute evaluator value expressions are leaf nodes; correlating the expression tree into a catalog data structure having an attribute list, an evaluator list, a value list, a payload list and a conjunction list; traversing the catalog data structure to identify the one or more payloads that satisfies the subset of non-probabilistic client attributes; and delivering the one or more payloads that satisfies all of the subset of non-probabilistic client attributes. generating an expression tree having multiple levels corresponding to the subset of non-probabilistic client attributes; mapping the expression tree into an evaluation tree data structure, wherein conjunctive and disjunctive operators are tree nodes and attribute evaluator value expressions are leaf nodes; correlating the expression tree into a catalog data structure having an attribute list, an evaluator list, a value list, a payload list and a conjunction list; traversing the catalog data structure to identify the one or more payloads that satisfies the subset of non-probabilistic client attributes; and delivering the one or more payloads that satisfies all of the subset of non-probabilistic client attributes.
Method for operating a power converter, preferably a solar inverter, for feeding a load current ( I load) into a grid, including the steps of a) determining the load current ( I load), b) monitoring an output voltage ( U out) of the power converter, c) controlling the load current ( I load), to avoid that the output voltage ( U out) exceeds a voltage limit ( U out,lim), d) wherein controlling the load current ( I load) includes the step of defining limiting characteristics of the load current ( I load) in dependency of the output voltage ( U out), characterized in that: e) the limiting characteristics is equal to the nominal load current ( I nom), below a first output voltage level ( U 100%), f) has a negative gradient between a first output voltage level ( U 100%) and a second output voltage level ( U 0%), g) covers a load current value range between zero and the nominal load current ( I nom) and h) is zero above the second output voltage level ( U 0%), i) wherein the first output voltage level ( U 100%) is smaller than the second output voltage level ( U 0%) and j) the second output voltage level ( U 0%) is equal or smaller than a maximum output voltage ( U out,max). a) determining the load current ( I load), b) monitoring an output voltage ( U out) of the power converter, c) controlling the load current ( I load), to avoid that the output voltage ( U out) exceeds a voltage limit ( U out,lim), d) wherein controlling the load current ( I load) includes the step of defining limiting characteristics of the load current ( I load) in dependency of the output voltage ( U out), characterized in that: e) the limiting characteristics is equal to the nominal load current ( I nom), below a first output voltage level ( U 100%), f) has a negative gradient between a first output voltage level ( U 100%) and a second output voltage level ( U 0%), g) covers a load current value range between zero and the nominal load current ( I nom) and h) is zero above the second output voltage level ( U 0%), i) wherein the first output voltage level ( U 100%) is smaller than the second output voltage level ( U 0%) and j) the second output voltage level ( U 0%) is equal or smaller than a maximum output voltage ( U out,max).
A method for producing polyamide composites containing graphene, comprising the following steps: (i) dispersing a graphitic or graphenic material in an aqueous medium to yield an exfoliated material, and optionally removing non-reacted starting material from the aqueous mixture; (ii) mixing at least one lactam monomer with the aqueous mixture obtained in step (i); (iii) adding at least one non-ionic surfactant to the aqueous mixture obtained in step (ii); (iv) removing from the aqueous mixture obtained in step (iii) essentially all water contained therein; (v) heating the mixture obtained in step (iv) to 100 to 200°C; (vi) if the water content of the mixture obtained in step (v) is higher than 300 ppm, subjecting the mixture obtained in step (v) to a further drying to obtain a mixture with a water content of at most 300 ppm; (vii) heating the mixture obtained in step (v) or (vi) to 100 to 200°C; (viii) adding an anionic polymerization activator; (ix) adding an anionic polymerization catalyst; and (x) after polymerization is completed, isolating the polyamide composite; where the graphitic or graphenic material introduced in step (i) and the at least one non-ionic surfactant introduced in step (iii) are used in a weight ratio of from 20:1 to 1:1. (i) dispersing a graphitic or graphenic material in an aqueous medium to yield an exfoliated material, and optionally removing non-reacted starting material from the aqueous mixture; (ii) mixing at least one lactam monomer with the aqueous mixture obtained in step (i); (iii) adding at least one non-ionic surfactant to the aqueous mixture obtained in step (ii); (iv) removing from the aqueous mixture obtained in step (iii) essentially all water contained therein; (v) heating the mixture obtained in step (iv) to 100 to 200°C; (vi) if the water content of the mixture obtained in step (v) is higher than 300 ppm, subjecting the mixture obtained in step (v) to a further drying to obtain a mixture with a water content of at most 300 ppm; (vii) heating the mixture obtained in step (v) or (vi) to 100 to 200°C; (viii) adding an anionic polymerization activator; (ix) adding an anionic polymerization catalyst; and (x) after polymerization is completed, isolating the polyamide composite;
A surgical instrument comprising: a hollow outer tube (66, 180) defining a longitudinal axis; a clamp arm pivotally connected to the outer tube (66, 180); an inner tube (60, 170) disposed substantially within the outer tube (66, 180), the inner tube (60, 170) pivotally connected to the clamp arm and longitudinally slideable relative to the outer tube (66, 180); a handle having a proximal end and a distal end disposed along the longitudinal axis; an actuation member pivotally mounted to the handle; a link arm pivotally attached to the actuation member; a yoke pivotally attached to the link arm; a transfer link disposed about the longitudinal axis in the handle distal end, the transfer link longitudinally slideable relative to the handle and longitudinally engaging the yoke, the transfer link fixedly attached to the inner tube (60, 170); characterized by a rotation knob rotationally engaging the transfer link, such that rotation of the rotation knob causes the transfer link to rotate, whereupon rotation of the transfer link causes the inner tube (60, 170) to rotate; and wherein further the rotation knob, the transfer link, the inner tube (60, 170), and the outer tube (66, 180) are configured to rotate unitarily. a hollow outer tube (66, 180) defining a longitudinal axis; a clamp arm pivotally connected to the outer tube (66, 180); an inner tube (60, 170) disposed substantially within the outer tube (66, 180), the inner tube (60, 170) pivotally connected to the clamp arm and longitudinally slideable relative to the outer tube (66, 180); a handle having a proximal end and a distal end disposed along the longitudinal axis; an actuation member pivotally mounted to the handle; a link arm pivotally attached to the actuation member; a yoke pivotally attached to the link arm; a transfer link disposed about the longitudinal axis in the handle distal end, the transfer link longitudinally slideable relative to the handle and longitudinally engaging the yoke, the transfer link fixedly attached to the inner tube (60, 170); characterized by a rotation knob rotationally engaging the transfer link, such that rotation of the rotation knob causes the transfer link to rotate, whereupon rotation of the transfer link causes the inner tube (60, 170) to rotate; and wherein further the rotation knob, the transfer link, the inner tube (60, 170), and the outer tube (66, 180) are configured to rotate unitarily.
Dispersion for an aqueous spray formulation with controlled mechanical degradation, said dispersion comprising a polymer composition and at least one liquid phase, wherein said polymer composition is dispersed in said at least one liquid phase, wherein said polymer composition comprises one or more water-soluble polymers, wherein said one or more water-soluble polymers is polyethylene oxide, wherein said at least one liquid phase is an oil phase and/or an aqueous phase, and wherein said at least one liquid phase comprises at least one non-ionic surfactant with a HLB of more than 10, preferably of more than 12. wherein said polymer composition is dispersed in said at least one liquid phase, wherein said polymer composition comprises one or more water-soluble polymers, wherein said one or more water-soluble polymers is polyethylene oxide, wherein said at least one liquid phase is an oil phase and/or an aqueous phase, and wherein said at least one liquid phase comprises at least one non-ionic surfactant with a HLB of more than 10, preferably of more than 12.
A method for processing data, comprising: determining the size of available storage space in a first storage area in a terminal equipment; comparing the size of the available storage space in the first storage area to a first threshold; determining whether the size of the available storage space in the first storage area is less than the first threshold; in response to determining that the size of the available storage space in the first storage area is less than the first threshold, determining data stored in the first storage area that meet a preset condition as data to be transferred to a second storage area on a mobile hard disk, wherein the data stored in the first storage area that meet the preset condition are data stored in the first storage area that have not been used for a preset period of time, and that have a size greater than a preset size; transferring the data stored in the first storage area that meet the preset condition to the second storage area in response to detecting that the terminal equipment is connected to the mobile hard disk; and during transferring the data stored in the first storage area that meet the preset condition, in response to the size of the available storage space in the first storage area being determined to have reached the first threshold, stopping the transfer of the data stored in the first storage area that meet the preset condition. determining the size of available storage space in a first storage area in a terminal equipment; comparing the size of the available storage space in the first storage area to a first threshold; determining whether the size of the available storage space in the first storage area is less than the first threshold; in response to determining that the size of the available storage space in the first storage area is less than the first threshold, determining data stored in the first storage area that meet a preset condition as data to be transferred to a second storage area on a mobile hard disk, wherein the data stored in the first storage area that meet the preset condition are data stored in the first storage area that have not been used for a preset period of time, and that have a size greater than a preset size; transferring the data stored in the first storage area that meet the preset condition to the second storage area in response to detecting that the terminal equipment is connected to the mobile hard disk; and during transferring the data stored in the first storage area that meet the preset condition, in response to the size of the available storage space in the first storage area being determined to have reached the first threshold, stopping the transfer of the data stored in the first storage area that meet the preset condition.
A bipolar electrosurgical instrument, comprising: first and second shafts 12a, 12b) each having a jaw member (110, 120) extending from a distal end (14a, 14b) thereof and a handle disposed at a proximal end (16a, 16b) thereof for effecting movement of the jaw members relative to one another about a pivot member that is supported on one of the jaw members, the jaw members movable from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween; a proximal shaft connector operably couples to at least one of the first and second shafts and is configured to connect the bipolar electrosurgical instrument to a source of electrosurgical energy providing first and second electrical potentials to the bipolar electrosurgical instrument; and an electrosurgical cable including a first conductive lead adapted to connect to the first electrical potential and a second conductive lead adapted to connect to the second electrical potential; characterised in that: the pivot member is an integrally formed bifurcated pivot member, and at least one of the first and second conductive leads extends through the pivot member to connect to a respective jaw member. first and second shafts 12a, 12b) each having a jaw member (110, 120) extending from a distal end (14a, 14b) thereof and a handle disposed at a proximal end (16a, 16b) thereof for effecting movement of the jaw members relative to one another about a pivot member that is supported on one of the jaw members, the jaw members movable from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween; a proximal shaft connector operably couples to at least one of the first and second shafts and is configured to connect the bipolar electrosurgical instrument to a source of electrosurgical energy providing first and second electrical potentials to the bipolar electrosurgical instrument; and an electrosurgical cable including a first conductive lead adapted to connect to the first electrical potential and a second conductive lead adapted to connect to the second electrical potential; characterised in that: the pivot member is an integrally formed bifurcated pivot member, and at least one of the first and second conductive leads extends through the pivot member to connect to a respective jaw member. the pivot member is an integrally formed bifurcated pivot member, and at least one of the first and second conductive leads extends through the pivot member to connect to a respective jaw member.
A Compound according to Formula II: wherein R 2 and R 3 can be the same or different, and are independently selected from the group consisting of hydrogen, deuterium, non-fused aryl, non-fused heteroaryl and combinations thereof; wherein R 1, R 4 and R 5 are independently selected from the group consisting of non-fused aryl, non-fused heteroaryl, and combinations thereof; wherein L is a bond; wherein Y 1 is selected from the group consisting of CR and N; and wherein R is selected from the group consisting of hydrogen, deuterium, non-fused aryl, non-fused heteroaryl and combinations thereof. wherein R 2 and R 3 can be the same or different, and are independently selected from the group consisting of hydrogen, deuterium, non-fused aryl, non-fused heteroaryl and combinations thereof; wherein R 1, R 4 and R 5 are independently selected from the group consisting of non-fused aryl, non-fused heteroaryl, and combinations thereof; wherein L is a bond; wherein Y 1 is selected from the group consisting of CR and N; and wherein R is selected from the group consisting of hydrogen, deuterium, non-fused aryl, non-fused heteroaryl and combinations thereof.
A mudguard assembly for a vehicle, the mudguard assembly comprising a mudguard and a support for mounting the mudguard to a structural component of the vehicle, the support comprising a mudguard mounting portion to which the mudguard is mounted; the mudguard comprising an elongate main body member having a longitudinal direction, the main body member being shaped in the longitudinal direction for extending over a wheel of the vehicle, the main body member having a lower surface which in use is directed toward the wheel and an upper surface which in use is directed away from the wheel, the main body member being profiled to define a mounting region including a recess with a downwardly facing opening in which at least part of the mudguard mounting portion is located, wherein the mounting region projects outwardly beyond the upper surface of the main body member proximal to the mounting region; characterized in that the recess has longitudinal portion extending generally in the longitudinal direction of the main body member and at least one lateral portion that extends from an end of the longitudinal portion to a first longitudinal side edge of the main body member, the mudguard mounting portion having a longitudinal section located in the longitudinal portion of the recess and a lateral section angled relative to the longitudinal section and located in the lateral portion of the recess.
An optical transport system, comprising: a plurality of optical transponders, OTs, connected via one or more optical links; characterized by a rate control unit, RCU, and in that: at least first and second OTs (120a, 120b, 120c, 120d) of said plurality are adapted to communicate with one another using a rate-adaptive forward-error-correction code; and the RCU is adapted to (i) estimate a performance margin for an optical link between the first and second OTs and (ii) configure the first and second OTs to change a rate of the FEC code based on the estimated performance margin. a plurality of optical transponders, OTs, connected via one or more optical links; characterized by a rate control unit, RCU, and in that: at least first and second OTs (120a, 120b, 120c, 120d) of said plurality are adapted to communicate with one another using a rate-adaptive forward-error-correction code; and the RCU is adapted to (i) estimate a performance margin for an optical link between the first and second OTs and (ii) configure the first and second OTs to change a rate of the FEC code based on the estimated performance margin. at least first and second OTs (120a, 120b, 120c, 120d) of said plurality are adapted to communicate with one another using a rate-adaptive forward-error-correction code; and the RCU is adapted to (i) estimate a performance margin for an optical link between the first and second OTs and (ii) configure the first and second OTs to change a rate of the FEC code based on the estimated performance margin.
A residue spreading system for an agricultural combine, that is steerable to influence distribution of residue when the residue spreading system is spreading the residue, wherein the residue spreading system comprises a sensor provided for emitting a wave signal through the residue, and wherein the sensor is provided for separately measuring reflections of the wave signal from the residue in a first zone and in a second zone, and wherein the residue spreading system is steerable based on the reflection measurements, wherein the wave signal has a wavelength that is larger than 0,001 mm and that is smaller than 50 mm, characterized in that the sensor is positioned such that the measuring direction of the sensor is substantially parallel to a ground surface, and wherein the reflections are directly proportional to a density of residue that is distributed.
A facility for storing and delivering medication boxes comprising at least one module comprising a plurality of channels that are superimposed and juxtaposed to receive boxes, characterized in that it comprises a box sorting circuit intended to sort the boxes for storing same in the channels, arranged at least partially above and below a module of channels.
A method, comprising: determining that an autonomous vehicle has encountered a construction site based on (i) a sensor representation of an environment of the autonomous vehicle and optionally (ii) map data; based on determining that the autonomous vehicle has encountered the construction site, sending a request for remote assistance from the autonomous vehicle to a remote computing device, wherein the request comprises the sensor representation of the environment; receiving, from the remote computing device, a response indicating an autonomous operation for the autonomous vehicle to perform; and causing the autonomous vehicle to perform the autonomous operation. determining that an autonomous vehicle has encountered a construction site based on (i) a sensor representation of an environment of the autonomous vehicle and optionally (ii) map data; based on determining that the autonomous vehicle has encountered the construction site, sending a request for remote assistance from the autonomous vehicle to a remote computing device, wherein the request comprises the sensor representation of the environment; receiving, from the remote computing device, a response indicating an autonomous operation for the autonomous vehicle to perform; and causing the autonomous vehicle to perform the autonomous operation.
An examination device comprising: a cartridge table adapted to hold a total of 14 solid-phase extraction cartridges and/or filters on a continuous track; a plurality of pressure applying units arranged above the cartridge table, the pressure applying units adapted to apply pressure to the inside of the solid-phase extraction cartridge and the inside of the filter; a cup table disposed below the cartridge table, the cup table being able to hold on a continuous track a cup by which a purified sample is received; a sample probe for dispensing a sample into the solid-phase extraction cartridge and the filter; a reagent probe for dispensing a reagent into the solid-phase extraction cartridge and the filter; and an analyzer for analyzing an eluate obtained by completing a pretreatment; wherein the examination device is adapted to complete a pretreatment of serum/blood plasma in one rotation of the cartridge table, and to complete a pretreatment of whole blood in two rotations of the cartridge table. a cartridge table adapted to hold a total of 14 solid-phase extraction cartridges and/or filters on a continuous track; a plurality of pressure applying units arranged above the cartridge table, the pressure applying units adapted to apply pressure to the inside of the solid-phase extraction cartridge and the inside of the filter; a cup table disposed below the cartridge table, the cup table being able to hold on a continuous track a cup by which a purified sample is received; a sample probe for dispensing a sample into the solid-phase extraction cartridge and the filter; a reagent probe for dispensing a reagent into the solid-phase extraction cartridge and the filter; and an analyzer for analyzing an eluate obtained by completing a pretreatment; wherein the examination device is adapted to complete a pretreatment of serum/blood plasma in one rotation of the cartridge table, and to complete a pretreatment of whole blood in two rotations of the cartridge table.