mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for receiving server-controlled hotspot zones on a user network device, comprising: communicating, by a user network device to a remote network device, a request for hotspot data corresponding to hotspots within a proximity of the user network device; the request comprising location data for the user network device; receiving, by the user network device, the hotspot data from the remote network device, the hotspot data comprising at least a portion of a hotspot identity, a hotspot location, and hotspot marketing data for each of a plurality of hotspots in a hotspot zone defined by the remote network device, wherein the hotspot zone is disposed in the proximity of the user network device based on the location data; wherein the plurality of hotspots in the hotspot zone being selected based on a history of activities associated with the user network device; and wherein a size of the hotspot zone is determined based on a density of available hotspots in the proximity of the user network device to achieve a hotspot zone comprising a configured number of hotspots; storing, by the user network device, the received hotspot data in association with a user account; and presenting, via the user network device, the stored hotspot data associated with a particular hotspot at a time when the location data for the user network device indicates that the user network device enters within a configured range of the particular hotspot. communicating, by a user network device to a remote network device, a request for hotspot data corresponding to hotspots within a proximity of the user network device; the request comprising location data for the user network device; receiving, by the user network device, the hotspot data from the remote network device, the hotspot data comprising at least a portion of a hotspot identity, a hotspot location, and hotspot marketing data for each of a plurality of hotspots in a hotspot zone defined by the remote network device, wherein the hotspot zone is disposed in the proximity of the user network device based on the location data; wherein the plurality of hotspots in the hotspot zone being selected based on a history of activities associated with the user network device; and wherein a size of the hotspot zone is determined based on a density of available hotspots in the proximity of the user network device to achieve a hotspot zone comprising a configured number of hotspots; storing, by the user network device, the received hotspot data in association with a user account; and presenting, via the user network device, the stored hotspot data associated with a particular hotspot at a time when the location data for the user network device indicates that the user network device enters within a configured range of the particular hotspot.
A method of replacing an insecticide component, comprising: acquiring historical distribution information at a location of an insect exterminator comprising the insecticide component, the historical distribution information comprising a set of distribution densities of insects collected within a preset time period; determining a serviceable time period of the insecticide component of the insect exterminator according to the distribution information of insects and a preset capacity for the insect exterminator to deal with insects; acquiring a serving time period of the insecticide component; determining a remaining time period according to the serviceable time period and the serving time period; and generating prompt information for replacing the insecticide component, when the remaining time is 0 days or when the remaining time period is less than or equal to a threshold time period. acquiring historical distribution information at a location of an insect exterminator comprising the insecticide component, the historical distribution information comprising a set of distribution densities of insects collected within a preset time period; determining a serviceable time period of the insecticide component of the insect exterminator according to the distribution information of insects and a preset capacity for the insect exterminator to deal with insects; acquiring a serving time period of the insecticide component; determining a remaining time period according to the serviceable time period and the serving time period; and generating prompt information for replacing the insecticide component, when the remaining time is 0 days or when the remaining time period is less than or equal to a threshold time period.
Method for the determination of a selected reaction monitoring assay for the detection and/or quantification of one or more peptides and/or proteins including the following steps: a protein/peptide of interest, a group of proteins/peptides of interest, a subproteome or a whole proteome, is cleaved and/or digested, optionally followed by purification/separation/enrichment, to form a mixture of peptides, from which, in a mass spectrometry experiment, at least one peptide is essentially uniquely associated with the protein of interest or a target protein of said group of proteins of interest or of said whole proteome, wherein it is associated in terms of differential quantitative behaviour under different experimental conditions; this at least one peptide is synthesized without subsequent purification; this at least one unpurified peptide is analyzed by, optionally liquid-chromatography-coupled, selected reaction monitoring; development, validation and/or optimisation of the corresponding assay of the at least one peptide with determination of the SRM coordinates for a peptide/protein of interest is achieved, wherein in the unpurified peptide preparation made in step and/or used in steps and/or the peptide of interest is present in a purity in the range of 0.1 to less than 80% by weight of solid content. a protein/peptide of interest, a group of proteins/peptides of interest, a subproteome or a whole proteome, is cleaved and/or digested, optionally followed by purification/separation/enrichment, to form a mixture of peptides, from which, in a mass spectrometry experiment, at least one peptide is essentially uniquely associated with the protein of interest or a target protein of said group of proteins of interest or of said whole proteome, wherein it is associated in terms of differential quantitative behaviour under different experimental conditions; this at least one peptide is synthesized without subsequent purification; this at least one unpurified peptide is analyzed by, optionally liquid-chromatography-coupled, selected reaction monitoring; development, validation and/or optimisation of the corresponding assay of the at least one peptide with determination of the SRM coordinates for a peptide/protein of interest is achieved,
A tablet press comprising: a base; a press member held relative to the base by a spacer, the base comprising a die for receiving a powder in use, wherein the spacer depends from the base and is moveable relative thereto under the control of an actuator; and an electronic controller arranged for control of the actuator, wherein the press member is reversibly actuable between an at-rest condition in which the press member is spaced from the die and an actuated condition in which the press member is located in the die and applies a load to a powder therein; wherein the actuator comprises an electric motor, and in that the tablet press further comprises one or more sensors for determining instantaneous values of one or more operational variables in use, wherein the controller receives the operational variable values and controls cessation or reversal of the press member actuation upon determination that the operational variable has met or exceeded a predetermined value; and characterised in that the spacer comprises a plurality of spaced pillars arranged to simultaneously move linearly relative to the base in response to operation of the actuator. a base; a press member held relative to the base by a spacer, the base comprising a die for receiving a powder in use, wherein the spacer depends from the base and is moveable relative thereto under the control of an actuator; and an electronic controller arranged for control of the actuator, wherein the press member is reversibly actuable between an at-rest condition in which the press member is spaced from the die and an actuated condition in which the press member is located in the die and applies a load to a powder therein; wherein the actuator comprises an electric motor, and in that the tablet press further comprises one or more sensors for determining instantaneous values of one or more operational variables in use, wherein the controller receives the operational variable values and controls cessation or reversal of the press member actuation upon determination that the operational variable has met or exceeded a predetermined value; and characterised in that the spacer comprises a plurality of spaced pillars arranged to simultaneously move linearly relative to the base in response to operation of the actuator.
An immunoglobulin chain variable domain, wherein the immunoglobulin chain variable domain comprises three complementarity determining regions (CDR1-CDR3) and four framework regions (FR1-FR4), wherein: the sequence of CDR 1 comprises SEQ ID NO: 1, the sequence of CDR2 comprises SEQ ID NO: 2 and the sequence of CDR3 comprises SEQ ID NO: 3, and wherein the immunoglobulin chain variable domain binds to TNF-alpha.
Track comprising a material structure forming at least one wall portion within the track, said track being elongated and adapted to be oriented along one or more road sections forming a stretch of road, wherein the track at its upper end portion, which is adapted to be arranged at a roadway belonging to the stretch of road, comprises an earth connection and at its lower end portion adapted to face from the roadway comprises one or more electrically current-feedable and energisable conductors, where the material structure is electrically insulating and arranged to electrically and mechanically co-operate with said earth connection, characterised in that the at least one surface of the material structure facing a centre portion of the track, has a roughened microstructure.
An ion-selective electrode comprising: - an ion selective membrane configured to be in contact with a solution to be measured; - a transducer layer in contact with said ion selective membrane; - a conductive electrode in contact with said transducer layer; wherein said transducer layer comprises transition metal oxides; wherein said transition metal oxides comprise at least one transition metal in a mixed redox state, said at least one transition metal in a mixed redox state being Mn 2+ /Mn 3+. - an ion selective membrane configured to be in contact with a solution to be measured; - a transducer layer in contact with said ion selective membrane; - a conductive electrode in contact with said transducer layer; wherein said transducer layer comprises transition metal oxides; wherein said transition metal oxides comprise at least one transition metal in a mixed redox state, said at least one transition metal in a mixed redox state being Mn 2+ /Mn 3+.
A copolymer comprising: a structural unit represented by General Formula below; and a structural unit represented by General Formula below, where, in General Formula, R 1 is a hydrogen atom or a methyl group, L 1 is an alkylene group having 2 or greater carbon atoms but 5 or less carbon atoms, and X is a hydrogen atom or a cation, where, in General Formula, R 2 is a hydrogen atom or a methyl group and L 2 is an alkylene group having 2 or greater carbon atoms but 18 or less carbon atoms. a structural unit represented by General Formula below; and a structural unit represented by General Formula below, where, in General Formula, R 1 is a hydrogen atom or a methyl group, L 1 is an alkylene group having 2 or greater carbon atoms but 5 or less carbon atoms, and X is a hydrogen atom or a cation, where, in General Formula, R 2 is a hydrogen atom or a methyl group and L 2 is an alkylene group having 2 or greater carbon atoms but 18 or less carbon atoms.
Plug-in connector having a frame for detachably latching multiple contact carrier modules (20, 21) of the widths 0.5 x B, 1 x B, 1.5 x B or 2 x B, wherein the frame is formed from two opposite-lying longitudinal side walls and two opposite-lying transverse side walls and wherein at least one contact carrier module (20, 21) of the width 0.5 x B and at least one contact carrier module (20, 21) of the width 1 x B are received in the frame and are latched with the frame and wherein the contact carrier modules (20, 21) of the width 0.5 x B comprise a latching element consisting of a latching arm and the contact carrier modules (20, 21) of the width 1 x B comprise at least one latching element consisting of two latching arms which are connected to one another by way of a transverse connecting piece and consequently in each case a latching window recess is embodied between the two adjacent latching arms, which in each case cooperate with a corresponding mating latching element that is arranged on the frame in order to detachably fasten the contact carrier modules (20, 21) in the frame and wherein a fixed grid of mating latching elements is arranged on the exterior of the longitudinal side walls of the frame in a uniform grid spacing of 0.5 x B.
An image forming apparatus comprising: an endless belt member; an image forming section that is disposed so as to face the belt member and that is configured to form an image in an image forming area facing the belt member; a supporting member that extends in a width direction of the belt member and has a flat part disposed so as to face the belt member from an inner periphery side of the belt member that entirely supports the width direction of the belt member at a position corresponding to the image forming area of the belt member; and a pulling section (6,7;8;6,43,83) that is configured to pull an end section of the supporting member toward outside in the width direction of the belt member. an endless belt member; an image forming section that is disposed so as to face the belt member and that is configured to form an image in an image forming area facing the belt member; a supporting member that extends in a width direction of the belt member and has a flat part disposed so as to face the belt member from an inner periphery side of the belt member that entirely supports the width direction of the belt member at a position corresponding to the image forming area of the belt member; and a pulling section (6,7;8;6,43,83) that is configured to pull an end section of the supporting member toward outside in the width direction of the belt member.
A computer implemented method for processing an image for generating a design image based on a reference marker, the method comprising: receiving, from at least one external device, a computerized tomography scan image and a plurality of oral scan images including a plurality of reference markers attached to an inside of an oral cavity; detecting, the plurality of reference markers and matching factors including shape or form of a crown, a root, a tooth extract portion or a structure of teeth from the CT scan image and the oral scan images; generating a registered image by registering the images on the basis of locations of the plurality of reference markers and at least one of the matching factors detected from the images; determining, on the basis of the registered image, a teeth profile related to the inside of the oral cavity; and generating a design image related to the inside of the oral cavity on the basis of the teeth profile. receiving, from at least one external device, a computerized tomography scan image and a plurality of oral scan images including a plurality of reference markers attached to an inside of an oral cavity; detecting, the plurality of reference markers and matching factors including shape or form of a crown, a root, a tooth extract portion or a structure of teeth from the CT scan image and the oral scan images; generating a registered image by registering the images on the basis of locations of the plurality of reference markers and at least one of the matching factors detected from the images; determining, on the basis of the registered image, a teeth profile related to the inside of the oral cavity; and generating a design image related to the inside of the oral cavity on the basis of the teeth profile.
A user equipment, UE, comprising: a transceiver configured to connect to a first next generation Node B, gNB, of a 5G new radio, NR, network; a baseband processor configured to: receive a handover command from the first gNB via one of a Layer 1 signaling or Layer 2 signaling that instructs the UE to perform a handover procedure to handover to a second gNB, wherein the handover command comprises an identification of a Transmission and Configuration Indication, TCI, state that is associated with the second gNB; and wherein the UE is configured to store a relationship between the second gNB and the identified TCI state and further store relationships between the identified TCI state and parameters to perform the handover procedure; and conduct the handover procedure with the second gNB for the UE to connect to the second gNB using said parameters. a transceiver configured to connect to a first next generation Node B, gNB, of a 5G new radio, NR, network; a baseband processor configured to: receive a handover command from the first gNB via one of a Layer 1 signaling or Layer 2 signaling that instructs the UE to perform a handover procedure to handover to a second gNB, wherein the handover command comprises an identification of a Transmission and Configuration Indication, TCI, state that is associated with the second gNB; and wherein the UE is configured to store a relationship between the second gNB and the identified TCI state and further store relationships between the identified TCI state and parameters to perform the handover procedure; and conduct the handover procedure with the second gNB for the UE to connect to the second gNB using said parameters.
Two-speed torque transmission device for a vehicle comprising at least one electric motor, the torque transmission device comprising exactly two gear ratios and the torque transmission device comprising: - a first clutch comprising a first input element capable of being driven by the electric motor, and a first output element, torque being transmitted between the first input element and the first output element when the first clutch is closed, - a second clutch comprising a second input element capable of being driven by the electric motor, and a second output element, torque being transmitted between the second input element and the second output element when the second clutch is closed, - a transmission member, - a first transmission mechanism arranged to transmit torque between the first output element and the transmission member, according to a first gear ratio, the first gear ratio being the slowest gear ratio of the torque transmission device, - a second transmission mechanism arranged to transmit torque between the second output element and the transmission member, according to a second gear ratio different from the first gear ratio, the second gear ratio being the fastest gear ratio of the torque transmission device, - a connection element arranged to permit or interrupt the mutual rotational drive between the first output element of the first clutch and the transmission member, by means of the first transmission mechanism. - a first clutch comprising a first input element capable of being driven by the electric motor, and a first output element, torque being transmitted between the first input element and the first output element when the first clutch is closed, - a second clutch comprising a second input element capable of being driven by the electric motor, and a second output element, torque being transmitted between the second input element and the second output element when the second clutch is closed, - a transmission member, - a first transmission mechanism arranged to transmit torque between the first output element and the transmission member, according to a first gear ratio, the first gear ratio being the slowest gear ratio of the torque transmission device, - a second transmission mechanism arranged to transmit torque between the second output element and the transmission member, according to a second gear ratio different from the first gear ratio, the second gear ratio being the fastest gear ratio of the torque transmission device, - a connection element arranged to permit or interrupt the mutual rotational drive between the first output element of the first clutch and the transmission member, by means of the first transmission mechanism.
Method for detecting a local change in refractive index of a dielectric medium located on the surface of an optical sensor, said optical sensor comprising for this purpose either a waveguide comprising a region, called the active region, covered with at least one metallic and/or dielectric layer in contact with the dielectric medium, or a waveguide facing another waveguide, this other waveguide forming a resonator and constituting a region, called the active region, in contact with the dielectric medium, said method comprising the following steps: a) emitting a light beam at the input of the waveguide so that this light beam can be propagated, within the waveguide, according to at least N propagation modes, where N is a natural integer such that N ≥ 2, towards the active region; the light beam reflected or transmitted by the active region thus presenting a given spatial distribution of the intensity; b) measuring, on at least one zone of the spatial distribution of the intensity of the light beam reflected or transmitted by said active region of the optical sensor which only takes into account one part of said spatial distribution, the intensity on the said at least one zone; and c) detecting the local change in the refractive index of the dielectric medium by means of a database supplying the link between the intensity of said at least one zone of the spatial distribution of the intensity of the light beam reflected or transmitted by the active region of the optical sensor and a change in refractive index relative to a reference medium. a) emitting a light beam at the input of the waveguide so that this light beam can be propagated, within the waveguide, according to at least N propagation modes, where N is a natural integer such that N ≥ 2, towards the active region; the light beam reflected or transmitted by the active region thus presenting a given spatial distribution of the intensity; b) measuring, on at least one zone of the spatial distribution of the intensity of the light beam reflected or transmitted by said active region of the optical sensor which only takes into account one part of said spatial distribution, the intensity on the said at least one zone; and c) detecting the local change in the refractive index of the dielectric medium by means of a database supplying the link between the intensity of said at least one zone of the spatial distribution of the intensity of the light beam reflected or transmitted by the active region of the optical sensor and a change in refractive index relative to a reference medium.