mhurhangee/ep-ind-claims huggingface dataset:
A base station (eNB) configured to control a wireless mobile communications network cell of a wireless mobile communications network; wherein the base station (eNB) is configured to use a coarse position information related to a coarse position of an user equipment to determine a direction towards the user equipment; the base station (eNB) being configured to transmit a positioning signal to the user equipment and to direct the transmission of the positioning signal towards the user equipment; wherein the positioning signal is adapted to allow for a determining of a fine position information relating to the user equipment; wherein the base station (eNB) is configured to receive a response signal from the user equipment, the response signal comprising data related to the positioning signal and indicating a parameter of reception of the positioning signal, and determine the fine position information using the parameter of reception, characterised in that the base station is configured to repeat determining of the position of the user equipment in subsequent steps, wherein the base station (eNB) is configured to use the fine position information of the user equipment determined in a first step as coarse position information in a second step following the first step. wherein the base station (eNB) is configured to use a coarse position information related to a coarse position of an user equipment to determine a direction towards the user equipment; the base station (eNB) being configured to transmit a positioning signal to the user equipment and to direct the transmission of the positioning signal towards the user equipment; wherein the positioning signal is adapted to allow for a determining of a fine position information relating to the user equipment; wherein the base station (eNB) is configured to receive a response signal from the user equipment, the response signal comprising data related to the positioning signal and indicating a parameter of reception of the positioning signal, and determine the fine position information using the parameter of reception, characterised in that the base station is configured to repeat determining of the position of the user equipment in subsequent steps, wherein the base station (eNB) is configured to use the fine position information of the user equipment determined in a first step as coarse position information in a second step following the first step.
A co-extrusion-molded multi-layered thermoplastic resin sheet comprising a core layer made of a benzene ring-containing resin and a skin layer formed on one or both surfaces of the core layer, the skin layer being made of a thermoplastic transparent resin, wherein the thermoplastic transparent resin is obtained by hydrogenating terminal double bonds and 70 % or more of aromatic double bonds of a copolymer which is produced by polymerizing a monomer composition comprising at least one (meth)acrylic ester monomer and styrene and which has a molar ratio A/B of from 1 to 4 wherein A is the molar amount of a constitutional unit derived from the (meth)acrylic ester monomer and B is the molar amount of a constitutional unit derived from the styrene, wherein the (meth)acrylic ester monomer is selected from the group consisting of alkyl(meth)acrylates, hydroxyalkyl(meth)acrylates, alkoxyalkyl (meth)acrylates and (meth)acrylic esters having a phospholipid-analogous functional group.
A method for operating a frequency converter of a generator in particular of a wind energy turbine, in the event of a substantial grid voltage drop, wherein the frequency converter comprises an AC/DC converter, to be connected to the generator, a DC/AC converter to be connected to the voltage grid, and a DC link circuit for connecting the AC/DC converter to the DC/AC converter, characterised by the method comprising the step of - reducing an output voltage of the DC link circuit for increasing an output current of the DC/AC converter and/or - reducing the operation frequency of electronic switches of the DC/AC converter for increasing the output current of the DC/AC converter. - reducing an output voltage of the DC link circuit for increasing an output current of the DC/AC converter and/or - reducing the operation frequency of electronic switches of the DC/AC converter for increasing the output current of the DC/AC converter.
An enzyme substrate for detecting peptidase activity, of formula below: in which: □ X is S; □ R1 is nothing or one of the following substituents: Cl, Br, F, I, OH, or an alkyl, aryl or carboxyl group; □ R2 is nothing or one of the following substituents: Cl; O-CH 3; F, diethylenediamine-CH 3, NR3R4, Br, I, OH, an alkyl, aryl or carboxyl group, NO 2, or O-CH 2 -O; in this last case, R2 represents a ring fused to the aminophenyl and two of their ring members being shared; □ R3 and R4 are independently H or an alkyl group having from 1 to 4 carbon atoms; □ P is a peptide chain comprising from 1 to 10 amino acids and not comprising a blocking agent at its N-terminal end. □ X is S; □ R1 is nothing or one of the following substituents: Cl, Br, F, I, OH, or an alkyl, aryl or carboxyl group; □ R2 is nothing or one of the following substituents: Cl; O-CH 3; F, diethylenediamine-CH 3, NR3R4, Br, I, OH, an alkyl, aryl or carboxyl group, NO 2, or O-CH 2 -O; in this last case, R2 represents a ring fused to the aminophenyl and two of their ring members being shared; □ R3 and R4 are independently H or an alkyl group having from 1 to 4 carbon atoms; □ P is a peptide chain comprising from 1 to 10 amino acids and not comprising a blocking agent at its N-terminal end.
A surface layer material for a surface layer, the material comprising a surface layer substrate having a first surface being a design surface, and a second surface being a surface on an opposite side of the design surface, wherein a melamine resin composition comprising a melamine resin is carried on the first surface, and a resin formed by applying a water-soluble urethane-acrylic resin emulsion is carried on the second surface.
A method of estimating background radiation for each of a plurality of positions of a target object with respect to incident radiation, the method comprising: providing an initial probe function (P o (r)) and an initial object function (O o (r)) providing (541, 903) a background function (S(u)) or a scattering object function (O s (r)) representing an initial estimate of background radiation detected by a detector; measuring (543, 945) radiation scattered by the target object at the detector for each of the plurality of positions of the object with respect to the incident radiation; calculating (530, 930), for each of the positions, an estimate of a wavefront at the detector wherein the calculating comprises multiplying said probe and object function; and determining (545, 540, 550, 910, 960, 973), for each position, a coherent contribution to the wavefront from radiation scattered by the target object and a background contribution, wherein said background contribution is at least partly incoherent with the radiation scattered by the target object; and updating the probe and/or object function, as well as updating the background function or the scattering object function based on the background contribution until a check condition is met. providing an initial probe function (P o (r)) and an initial object function (O o (r)) providing (541, 903) a background function (S(u)) or a scattering object function (O s (r)) representing an initial estimate of background radiation detected by a detector; measuring (543, 945) radiation scattered by the target object at the detector for each of the plurality of positions of the object with respect to the incident radiation; calculating (530, 930), for each of the positions, an estimate of a wavefront at the detector wherein the calculating comprises multiplying said probe and object function; and determining (545, 540, 550, 910, 960, 973), for each position, a coherent contribution to the wavefront from radiation scattered by the target object and a background contribution, wherein said background contribution is at least partly incoherent with the radiation scattered by the target object; and updating the probe and/or object function, as well as updating the background function or the scattering object function based on the background contribution until a check condition is met.
An error reporting system, comprising: a system having memory defining a set of data elements storing a respective set of data element values, and a set of functional elements; an access log defining a list of functional elements that access at least a subset of the set of data elements; an error reporter having view access to the set of data elements of the system, and in response to receiving a trigger event that one of the set of functional elements access at least the subset of the data elements, logging an access entry in the access log, including at least the one of the set of functional elements access at least the subset of the data elements and the subset of the data elements accessed by the one of the set of functional elements; and a fault handler configured to identify an error of the system, including identifying at least one of the set of functional elements causing the identified error, defining an error functional element, the fault handler in communication with the error reporter; wherein, in response to identifying the error of the system, the fault handler is further configured to provide the error functional element to the error reporter, and wherein the error reporter is configured to identify a plurality of access entries in the access log based on the error functional element, retrieve a present subset of the set of data element values of the subset of data elements accessed by the error functional element, and to export an error report defining at least the error functional element, the identified access entries, and the present subset of data element values. a system having memory defining a set of data elements storing a respective set of data element values, and a set of functional elements; an access log defining a list of functional elements that access at least a subset of the set of data elements; an error reporter having view access to the set of data elements of the system, and in response to receiving a trigger event that one of the set of functional elements access at least the subset of the data elements, logging an access entry in the access log, including at least the one of the set of functional elements access at least the subset of the data elements and the subset of the data elements accessed by the one of the set of functional elements; and a fault handler configured to identify an error of the system, including identifying at least one of the set of functional elements causing the identified error, defining an error functional element, the fault handler in communication with the error reporter; wherein, in response to identifying the error of the system, the fault handler is further configured to provide the error functional element to the error reporter, and wherein the error reporter is configured to identify a plurality of access entries in the access log based on the error functional element, retrieve a present subset of the set of data element values of the subset of data elements accessed by the error functional element, and to export an error report defining at least the error functional element, the identified access entries, and the present subset of data element values.
Apparatus, comprising: a flexible substrate that is bent; and conductive signal traces on the flexible substrate that are formed in an area where the flexible substrate is bent, wherein each conductive signal trace is formed from a chain of interconnected segments (40-1, 40-2), each conductive signal trace enclosing two openings when viewed in a direction perpendicular to the surface of the flexible substrate; each segment has a first portion formed in a first layer of metal and a second portion formed in a second layer of metal; the first portion and the second portion have meandering shapes that intersect at a plurality of locations when viewed in a direction perpendicular to the surface of the flexible substrate a plurality of metal vias that interconnect the first portion and the second portion at the plurality of locations when viewed in a direction perpendicular to the surface of the flexible substrate; and at least some of the plurality of metal vias are formed in the area where the flexible substrate is bent. a flexible substrate that is bent; and conductive signal traces on the flexible substrate that are formed in an area where the flexible substrate is bent, wherein each conductive signal trace is formed from a chain of interconnected segments (40-1, 40-2), each conductive signal trace enclosing two openings when viewed in a direction perpendicular to the surface of the flexible substrate; each segment has a first portion formed in a first layer of metal and a second portion formed in a second layer of metal; the first portion and the second portion have meandering shapes that intersect at a plurality of locations when viewed in a direction perpendicular to the surface of the flexible substrate a plurality of metal vias that interconnect the first portion and the second portion at the plurality of locations when viewed in a direction perpendicular to the surface of the flexible substrate; and at least some of the plurality of metal vias are formed in the area where the flexible substrate is bent.
Use of a substrate having a plurality of through holes as a cancer cell enrichment filter, wherein the substrate is made of metal and at least a part of the substrate is coated with a polymer comprising or consisting of a constitutional unit represented by the following formula: wherein R 1 is a hydrogen atom or a methyl group, R 2 is a methyl group or an ethyl group, and m is 1 to 3.
Method of character recognition, method implemented by means of an electronic device, method comprising a step of recognition, in an image representing an object comprising at least one raised character, called a basic image, of at least one raised character of said basic image, said method comprising: - a phase for processing at least one image, said phase comprising at least one implementation of a Phong reflection model and delivering at least one identification image (P3, IRx); - a phase for identifying characters as a function of the basic image and said at least one identification image, comprising a step of recognition of characters of said basic image with said at least one identification image; wherein said phase for processing said at least one image comprises a step for building a normal map, representing normals of dots on at least one zone of the basic image delivering said identification image and wherein the step for building comprises: - a step for identifying a flat zone of said bank card on said basic image; - a step for determining a lighting condition from a light intensity of a pixel or a group of pixels on the flat zone of the bank card; - a step for computing normals of said dots of said at least one zone according to the determined lighting condition. - a phase for processing at least one image, said phase comprising at least one implementation of a Phong reflection model and delivering at least one identification image (P3, IRx); - a phase for identifying characters as a function of the basic image and said at least one identification image, comprising a step of recognition of characters of said basic image with said at least one identification image; - a step for identifying a flat zone of said bank card on said basic image; - a step for determining a lighting condition from a light intensity of a pixel or a group of pixels on the flat zone of the bank card; - a step for computing normals of said dots of said at least one zone according to the determined lighting condition.
A crystalline composite comprising ■ sodium bicarbonate (NaHCO 3), ■ anhydrous sodium carbonate (Na 2 CO 3) or sodium carbonate in hydrated form (Na2CO 3.nH 2 O), ■ at least one ammonium salt, characterised in that the composite comprises o 50 to 65% by weight of bicarbonate ion, o 2 to 9% by weight of carbonate ion, o 0.5 to 5% by weight of ammonia equivalent from ammonium ion. ■ sodium bicarbonate (NaHCO 3), ■ anhydrous sodium carbonate (Na 2 CO 3) or sodium carbonate in hydrated form (Na2CO 3.nH 2 O), ■ at least one ammonium salt, o 50 to 65% by weight of bicarbonate ion, o 2 to 9% by weight of carbonate ion, o 0.5 to 5% by weight of ammonia equivalent from ammonium ion.
A method of traffic regulation in a packet communication network, comprising: receiving, at a traffic regulator in the packet communication network, packets associated with a subscriber; implementing, by the traffic regulator and for the received packets, a token bucket associated with the subscriber, wherein the token bucket is associated with a token bucket configuration comprising a bucket depth; handling the received packets based on the token bucket configuration, wherein handling the received packets comprises assigning classifications to the received packets based on one or more classification policies (52, 54); measuring, based on the assigned classifications, a demand placed on the packet communication network by the subscriber; and dynamically adjusting the token bucket configuration for the subscriber based on the demand. receiving, at a traffic regulator in the packet communication network, packets associated with a subscriber; implementing, by the traffic regulator and for the received packets, a token bucket associated with the subscriber, wherein the token bucket is associated with a token bucket configuration comprising a bucket depth; handling the received packets based on the token bucket configuration, wherein handling the received packets comprises assigning classifications to the received packets based on one or more classification policies (52, 54); measuring, based on the assigned classifications, a demand placed on the packet communication network by the subscriber; and dynamically adjusting the token bucket configuration for the subscriber based on the demand.
A method of fabricating a contoured composite structure having an axis of curvature and at least one curved leg (38, 40; 234, 236), comprising: laying up a flat stack of prepreg fiber plies each having non-zero degree fiber orientations relative to the axis of curvature; laying up a prepreg fiber ply on the stack having a zero degree fiber orientation, including placing prepreg tows in segments on a portion of the stack and placing continuous tows of fiber prepreg on the stack adjacent to the portion having the tows placed in segments; forming the stack including the zero degree ply into a web (42; 232) and a curved leg (38, 40; 234, 236); and forming the curved leg by forming the portion of the stack having the tow segments over a curved tool. laying up a flat stack of prepreg fiber plies each having non-zero degree fiber orientations relative to the axis of curvature; laying up a prepreg fiber ply on the stack having a zero degree fiber orientation, including placing prepreg tows in segments on a portion of the stack and placing continuous tows of fiber prepreg on the stack adjacent to the portion having the tows placed in segments; forming the stack including the zero degree ply into a web (42; 232) and a curved leg (38, 40; 234, 236); and forming the curved leg by forming the portion of the stack having the tow segments over a curved tool.
A process for the preparation of a compound of formula or salts thereof, wherein R is a hydrogen atom or an amine protecting group, comprising reacting 1H-inden-2-yl-amine of formula or a salt thereof, with N-bromosuccinimide in water, and optionally desalifying the so-obtained bromide compound and/or converting it in another salt and/or in a derivative wherein R is an amine protecting group.
A computer-implemented method for facilitating content capturing on a mobile device, comprising: identifying a current position of the mobile device during a content capturing preparation stage using a position sensor or a content capture component of the mobile device, the content to be captured comprising one or more of video, image or audio content; determining whether the current position of the mobile device corresponds to a landscape orientation or a portrait orientation; when the current position of the mobile device corresponds to the portrait orientation, providing, by the mobile device, a prompt via visual means and/or audible means to instruct a user of the mobile device to move the mobile device to the landscape orientation and blocking the content capturing capability until the identification of a change in the current position of the mobile device from the portrait orientation to the landscape orientation; and when the current position of the mobile device corresponds to the landscape orientation, refraining from providing the prompt and initiating the capture of content by the content capture component of the mobile device; and in the event that it is identified that the mobile device has changed positions away from the landscape orientation whilst the mobile device is capturing content, providing the prompt again and blocking the mobile device from further capturing content until the current position is changed to the landscape orientation. identifying a current position of the mobile device during a content capturing preparation stage using a position sensor or a content capture component of the mobile device, the content to be captured comprising one or more of video, image or audio content; determining whether the current position of the mobile device corresponds to a landscape orientation or a portrait orientation; when the current position of the mobile device corresponds to the portrait orientation, providing, by the mobile device, a prompt via visual means and/or audible means to instruct a user of the mobile device to move the mobile device to the landscape orientation and blocking the content capturing capability until the identification of a change in the current position of the mobile device from the portrait orientation to the landscape orientation; and when the current position of the mobile device corresponds to the landscape orientation, refraining from providing the prompt and initiating the capture of content by the content capture component of the mobile device; and in the event that it is identified that the mobile device has changed positions away from the landscape orientation whilst the mobile device is capturing content, providing the prompt again and blocking the mobile device from further capturing content until the current position is changed to the landscape orientation.