mhurhangee/ep-ind-claims huggingface dataset:
A method for analyzing ions of a selected mobility range using a trapped ion mobility separator comprising an accumulation unit and a scan unit, comprising the steps: (a) collecting ions over a range of mobilities in the accumulation unit by blowing ions by a gas flow (14, 16) onto a ramp of an electric field profile along the z-axis of said trapped ion mobility separator; (b) transferring ions from the accumulation unit into the scan unit wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the scan unit are adjusted such that transferred ions having a mobility lower than a first value are not stored in the scan unit and transferred ions having a mobility higher than the predetermined value are stored in the scan unit and wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the accumulation unit are adjusted such that ions which are collected in the accumulation unit and have a mobility higher than a second value, said second value being higher than the first value, remain stored in the accumulation unit; (c) separating the stored ions of the selected mobility range according to mobility by lowering the profile voltage of the scan unit; and (d) analyzing ions of the selected mobility range. (a) collecting ions over a range of mobilities in the accumulation unit by blowing ions by a gas flow (14, 16) onto a ramp of an electric field profile along the z-axis of said trapped ion mobility separator; (b) transferring ions from the accumulation unit into the scan unit wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the scan unit are adjusted such that transferred ions having a mobility lower than a first value are not stored in the scan unit and transferred ions having a mobility higher than the predetermined value are stored in the scan unit and wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the accumulation unit are adjusted such that ions which are collected in the accumulation unit and have a mobility higher than a second value, said second value being higher than the first value, remain stored in the accumulation unit; (c) separating the stored ions of the selected mobility range according to mobility by lowering the profile voltage of the scan unit; and (d) analyzing ions of the selected mobility range.
A lighting device comprising: at least one light source adapted for, in operation, emitting light, a heat sink element comprising a first part on which the at least one light source is arranged and a second part, the second part comprising a plurality of ribs (341, 342, 343, 344) extending from the first part, and a cover element comprising an outer surface adapted for forming a light exit surface of the lighting device, characterized in that, the cover element comprises a first plurality of grooves (231, 232, 233) comprising a V-shaped cross-section and being provided in the outer surface of the cover element, and wherein the cover element further comprises a second plurality of grooves (241, 242, 243) comprising a V-shaped cross-section and being provided in the outer surface of the cover element and arranged such that the grooves of the second plurality of grooves intersect the grooves of the first plurality of grooves in an angle being different from zero, the cover element being arranged such as to extend over the heat sink element in such a way that the first plurality of grooves and the second plurality of grooves extends over the plurality of ribs of the second part of the heat sink element. at least one light source adapted for, in operation, emitting light, a heat sink element comprising a first part on which the at least one light source is arranged and a second part, the second part comprising a plurality of ribs (341, 342, 343, 344) extending from the first part, and a cover element comprising an outer surface adapted for forming a light exit surface of the lighting device, characterized in that, the cover element comprises a first plurality of grooves (231, 232, 233) comprising a V-shaped cross-section and being provided in the outer surface of the cover element, and wherein the cover element further comprises a second plurality of grooves (241, 242, 243) comprising a V-shaped cross-section and being provided in the outer surface of the cover element and arranged such that the grooves of the second plurality of grooves intersect the grooves of the first plurality of grooves in an angle being different from zero, the cover element being arranged such as to extend over the heat sink element in such a way that the first plurality of grooves and the second plurality of grooves extends over the plurality of ribs of the second part of the heat sink element.
A drug delivery device, comprising: a housing having a longitudinal axis; an axially moveable component (104, 160) that is moveable along the longitudinal axis between a dose dialling position and a dose delivery position when a user operates the device to deliver a dose of drug; an encoder sleeve; an encoder pattern provided on the encoder sleeve, the encoder pattern comprising relatively conductive portions and relatively non-conductive portions that together comprise coded information; a contact-supporting component; and plural electrical contacts provided on the contact-supporting component, characterized in that the plural electrical contacts contact the encoder pattern when the axially moveable component is in the dose dialling position and wherein the device is configured to move the contact-supporting component relative to the encoder sleeve as the axially moveable component moves from the dose dialling position to the dose delivery position such as to move the electrical contacts into positions where they do not contact the encoder pattern. a housing having a longitudinal axis; an axially moveable component (104, 160) that is moveable along the longitudinal axis between a dose dialling position and a dose delivery position when a user operates the device to deliver a dose of drug; an encoder sleeve; an encoder pattern provided on the encoder sleeve, the encoder pattern comprising relatively conductive portions and relatively non-conductive portions that together comprise coded information; a contact-supporting component; and plural electrical contacts provided on the contact-supporting component, characterized in that the plural electrical contacts contact the encoder pattern when the axially moveable component is in the dose dialling position and wherein the device is configured to move the contact-supporting component relative to the encoder sleeve as the axially moveable component moves from the dose dialling position to the dose delivery position such as to move the electrical contacts into positions where they do not contact the encoder pattern.
A beer-like malt beverage containing δ-cadinene at a concentration of 3-10 ppb, and containing sesquiterpenes derived from Polaris-variety hops and derivatives thereof.
Sitting assembly designed for use on a vehicle, provided with a support shaft and a saddle, which saddle comprises a first and a second saddle pad suitable for supporting the buttocks of a user, wherein the saddle is coupled to hinging means such that a user may bring the saddle from a first state to a second state, in which first state a user may get onto the vehicle and above the saddle, in which second state the saddle pads are locked and in a position to support a user, wherein upon transition from the first state to the second state the first and second saddle pads are brought from an orientation in which they hang down to the substantially horizontal orientation, which transition is a rotation of the first and the second saddle pads along an axis that is substantially parallel to a primary extension of the saddle, wherein the hinging means comprise a lever hinging around the support shaft and further comprise extenders extending from an end of the lever to bottoms of said saddle pads, which lever is provided with a haft for holding the lever, such that a downward movement at the haft of the lever brings about the upward rotation of the saddle pads, and wherein said extenders support the saddle pads in the second state.
Method for controlling a first and at least a further second driven axle of a motor vehicle, comprising: - detecting a braking request variable which describes an operator input for braking the motor vehicle, - determining a first setpoint pressure for the first axle and a second setpoint pressure for the second axle as a function of the braking request variable, - controlling a first control chain which acts in a braking fashion on the first axle and, in order to set a first actual pressure as a function of the first setpoint pressure, and controlling a second control chain, which acts in a braking fashion on the second axle, in order to set a second actual pressure as a function of the second setpoint pressure, characterized by - delayed raising of the second actual pressure, acting in a braking fashion on the second axle of the second control chain, and - releasing a longitudinal lock, connected in a rotational-speed-synchronizing fashion between the first and the second axles, during the delayed raising of the second actual pressure. - detecting a braking request variable which describes an operator input for braking the motor vehicle, - determining a first setpoint pressure for the first axle and a second setpoint pressure for the second axle as a function of the braking request variable, - controlling a first control chain which acts in a braking fashion on the first axle and, in order to set a first actual pressure as a function of the first setpoint pressure, and controlling a second control chain, which acts in a braking fashion on the second axle, in order to set a second actual pressure as a function of the second setpoint pressure, - delayed raising of the second actual pressure, acting in a braking fashion on the second axle of the second control chain, and - releasing a longitudinal lock, connected in a rotational-speed-synchronizing fashion between the first and the second axles, during the delayed raising of the second actual pressure.
A method for analyzing internal relations of taps and relations between taps in a communication network, the method comprising: storing connections detected in the communication network by means located in the communication network, where header information related to connections of the communication network is examined; searching the header information for network identities and relations between them, which network identities and relations are modelled as one or more identity flows, which describe network identities and their relations and changes relative to time and place of connections; and creating an identity graph for analyzing functioning of the communication network based on the identity flows or a part of the identity flows, wherein temporal or local changes of the network identities and relations between them at one tap or between two or more taps are found out with the identity graph. storing connections detected in the communication network by means located in the communication network, where header information related to connections of the communication network is examined; searching the header information for network identities and relations between them, which network identities and relations are modelled as one or more identity flows, which describe network identities and their relations and changes relative to time and place of connections; and creating an identity graph for analyzing functioning of the communication network based on the identity flows or a part of the identity flows, wherein temporal or local changes of the network identities and relations between them at one tap or between two or more taps are found out with the identity graph.
An anti-theft device for a motor vehicle, including: - a first casing, - a barrel extending at least partly in the first casing, the barrel being intended to rotate in the first casing about an axis AA', - a second casing, - a bolt extending at least partly in the second casing, the bolt being intended to take a blocking position of a steering column and a non-blocking position of the steering column, - a kinematic chain between the bolt and the barrel so that a rotation of the barrel moves the bolt from its blocking position to its non-blocking position, - a locking system intended to lock the bolt in the blocking position, the locking system extending at least partly in the second casing, - an activation part of the locking system, the activation part having an outer segment linked to the first casing and extending to the second casing and an inner segment extending inside the second casing and linked to the locking system so that a displacement of the first casing moves the activation part to a position in which the activation part activates the locking system, the antitheft device being characterized in that it further includes a first protective part extending from the first casing to the second casing so that at least part of the outer segment of the activation part is located between the first protective part and the first casing. - a first casing, - a barrel extending at least partly in the first casing, the barrel being intended to rotate in the first casing about an axis AA', - a second casing, - a bolt extending at least partly in the second casing, the bolt being intended to take a blocking position of a steering column and a non-blocking position of the steering column, - a kinematic chain between the bolt and the barrel so that a rotation of the barrel moves the bolt from its blocking position to its non-blocking position, - a locking system intended to lock the bolt in the blocking position, the locking system extending at least partly in the second casing, - an activation part of the locking system, the activation part having an outer segment linked to the first casing and extending to the second casing and an inner segment extending inside the second casing and linked to the locking system so that a displacement of the first casing moves the activation part to a position in which the activation part activates the locking system,
An antibody selected from the group consisting of: (i) an antibody produced by or obtainable from a clone deposited under the accession no. DSM ACC3040 (63-1A-2), (ii) an antibody which is a chimerized or humanized form of the antibody under (i), and (iii) an antibody comprising the antigen binding portion or antigen binding site of the antibody under (i). (i) an antibody produced by or obtainable from a clone deposited under the accession no. DSM ACC3040 (63-1A-2), (ii) an antibody which is a chimerized or humanized form of the antibody under (i), and (iii) an antibody comprising the antigen binding portion or antigen binding site of the antibody under (i).
A method for managing a vehicle calibration database for digital key calibration, comprising the following steps: A. generating a calibration database comprising one or more sets of calibration data and a preconfigured label set associated with each set of calibration data; B. in response to a calibration request, obtaining from a vehicle end and a digital key end a current label set associated with a user account (S 120); C. separately for one or more labels included in the current label set calculating relevances reflecting the degree of matching between the current label set and the one or more preconfigured label sets; and D. selecting a set of calibration data from the calibration database based at least on the relevances as calibration data to be distributed (S 140). A. generating a calibration database comprising one or more sets of calibration data and a preconfigured label set associated with each set of calibration data; B. in response to a calibration request, obtaining from a vehicle end and a digital key end a current label set associated with a user account (S 120); C. separately for one or more labels included in the current label set calculating relevances reflecting the degree of matching between the current label set and the one or more preconfigured label sets; and D. selecting a set of calibration data from the calibration database based at least on the relevances as calibration data to be distributed (S 140).
Method for reducing the latency period of a filter bank (26, 32) for filtering an audio signal (10, 16), wherein a large number of signal blocks (50a-f) in the time domain are formed from the audio signal (10, 16), wherein for at least a plurality of the signal blocks (50a-f) in each instance - a filter function is predetermined, - at least one partial interval of the signal block (50a-f) is predetermined as a prediction period, - signal components of the signal block (50a-f) in the at least one partial interval are estimated for the prediction period, and a predicted signal block is generated from the signal components estimated for the prediction period and from the signal components of the signal block (50a-f) outside the prediction period, and - the predicted signal block, filtered with the predetermined filter function, is transformed into the frequency domain, and by this means a transformed signal block is formed, and - signal components of the transformed signal block are output for further processing. - a filter function is predetermined, - at least one partial interval of the signal block (50a-f) is predetermined as a prediction period, - signal components of the signal block (50a-f) in the at least one partial interval are estimated for the prediction period, and a predicted signal block is generated from the signal components estimated for the prediction period and from the signal components of the signal block (50a-f) outside the prediction period, and - the predicted signal block, filtered with the predetermined filter function, is transformed into the frequency domain, and by this means a transformed signal block is formed, and - signal components of the transformed signal block are output for further processing.
A turbidimeter for measuring a turbidity of a liquid sample in a sample cuvette, the turbidimeter comprising: a cuvette receiving means for positioning the sample cuvette in a defined cuvette position; a light source for generating a parallel light beam in the sample cuvette; an annular 45° collecting mirror surrounding the sample cuvette, the annular 45 °collecting mirror being arranged concentric to the light beam; an annular 45° concentration mirror being arranged coaxially and optically opposite to the annular 45° collecting mirror; a translucent solid scattering body being arranged concentric to the annular 45 ° collecting mirror and positioned in the center and in the plane of the annular 45° concentration mirror such that light reflected radially inwardly by the annular 45° concentration mirror penetrates the scattering body; and a scattering light detector arranged to receive light scattered by the scattering body. a cuvette receiving means for positioning the sample cuvette in a defined cuvette position; a light source for generating a parallel light beam in the sample cuvette; an annular 45° collecting mirror surrounding the sample cuvette, the annular 45 °collecting mirror being arranged concentric to the light beam; an annular 45° concentration mirror being arranged coaxially and optically opposite to the annular 45° collecting mirror; a translucent solid scattering body being arranged concentric to the annular 45 ° collecting mirror and positioned in the center and in the plane of the annular 45° concentration mirror such that light reflected radially inwardly by the annular 45° concentration mirror penetrates the scattering body; and a scattering light detector arranged to receive light scattered by the scattering body.
A compound of formula when the compound is of Formula I-VI, each R is, independently-(CH 2) m CH 2 OX, wherein m is 1-6, X is C 1-12 alkyl (straight chain or branched), when the compound is of Formula VII or VIII, at least one R on each imidazole ring is, independenty; -(CH 2) m CH 2 OX the other R being, independently, a C 1 -C 12 alkyl, (straight chain or branched), wherein m is 1-6, X is C 1 -C 12 alkyl, (straight chain or branched), when the compound is any of Formulas I-VIII, each A is, independently, hydrogen, halogen, NO 2 or CHO; M is metal selected from the group consisting of manganese, iron, copper, cobalt, nickel and zinc, and Z is a counterion. m is 1-6, X is C 1-12 alkyl (straight chain or branched), m is 1-6, X is C 1 -C 12 alkyl, (straight chain or branched),
A light emitting device comprising: a body having a cavity and a stepped structure around the cavity; a plurality of electrodes (141, 142, 143, 144, 145, 147) in the cavity; a light emitting chip in the cavity; a transparent window having an outer portion provided on the stepped structure to cover the cavity; and an adhesive member (121, 123) between the transparent window and the body, wherein the adhesive member (121, 123) comprises a first adhesive member between an outer bottom surface of the transparent window and a bottom of the stepped structure and a second adhesive member between the outer portion of the transparent window and the body, and wherein the first adhesive member includes a material different from a material constituting the second adhesive member, characterized in that the second adhesive member comprises a width greater than an interval between the outer top surface of the transparent window and the top surface of the body to cover the gap between the transparent window and the body. a body having a cavity and a stepped structure around the cavity; a plurality of electrodes (141, 142, 143, 144, 145, 147) in the cavity; a light emitting chip in the cavity; a transparent window having an outer portion provided on the stepped structure to cover the cavity; and an adhesive member (121, 123) between the transparent window and the body, wherein the adhesive member (121, 123) comprises a first adhesive member between an outer bottom surface of the transparent window and a bottom of the stepped structure and a second adhesive member between the outer portion of the transparent window and the body, and wherein the first adhesive member includes a material different from a material constituting the second adhesive member, characterized in that the second adhesive member comprises a width greater than an interval between the outer top surface of the transparent window and the top surface of the body to cover the gap between the transparent window and the body.