mhurhangee/ep-ind-claims huggingface dataset:
A backplane (406, 601) for a magazine, the backplane comprising a first backplane surface and an opposite second backplane surface, the backplane being equipped with sockets (407, 504, 603) on the first backplane surface, the sockets having a number of contact points (604, 703) and are arranged to receive a mating plug (409, 501), mounted at a rear edge of a circuit board assembly for establishing an electrical contact between the circuit board assembly and the backplane, the circuit board assembly having a certain width and having a first circuit board surface and an opposite second circuit board surface, both circuit board surfaces being perpendicular to the backplane, and further that the sockets are arranged such as to accomplish rows of the contact points being perpendicular to the first circuit board surface and the second circuit board surface, the sockets (407, 504, 603) having open short ends and two side walls (607, 608) along each longitudinal side of the socket and at least one row of connector pins between the side walls (607, 608), characterized in that the sockets being mounted short end to short end with the side walls aligned perpendicular to the first circuit board surface and the second circuit board surface thus creating at least one stripe (410, 602) of sockets in a direction perpendicular to the first circuit board surface and the second circuit board surface.
A positron tomography imaging apparatus for a multiphase flow in an oil pipeline, the positron tomography imaging apparatus comprising at least one set of probes configured to produce positron and electron annihilation and detect time-coincidence gamma ray events, wherein each set of probes comprises a pair of parallel gamma-ray detector arrays (1, 1'), a positron radioactive source and a radioactive source shield, characterized in that, the pair of parallel gamma-ray detector arrays (1, 1') are configured to be respectively disposed on both sides of an oil pipeline under detection and perpendicular to an axial direction of the oil pipeline, the positron radioactive source configured to be located between the oil pipeline and a row of gamma-ray detector arrays in the pair of parallel gamma-ray detector arrays (1, 1') and parallel to the pair of parallel gamma-ray detector arrays (1, 1'), the radioactive source shield configured to undertake a gap shielding of the positron radioactive source in the axial direction of the oil pipeline, the pair of parallel gamma-ray detector arrays (1, 1') included in the each set of probes configured to determine plurality of detection intervals, each of which is determined by a pair of gamma-ray detectors, an average absorption coefficient of gamma-ray being acquired from each detection interval such that average absorption coefficients of different detection intervals acquired simultaneously may be used to reconstruct a tomography image of fluid.
A method for inter-user equipment transfer in a collaborative session, comprising: communicating from a first user equipment to a remote end during a data packet session; controlling a second user equipment for inter-user equipment transfer during a collaborative session by communicating with a network entity; and indicating, using at least a Session Initiation Protocol, SIP, media feature tag, whether one of the first and second a user equipment supports functionality needed as a controller in an inter-user equipment transfer. communicating from a first user equipment to a remote end during a data packet session; controlling a second user equipment for inter-user equipment transfer during a collaborative session by communicating with a network entity; and indicating, using at least a Session Initiation Protocol, SIP, media feature tag, whether one of the first and second a user equipment supports functionality needed as a controller in an inter-user equipment transfer.
A method for Sounding Reference Signal, SRS, power control for multi-carrier scenarios, comprising: scaling transmission power of one or more uplink channel symbols to be transmitted in a subframe, utilizing a first set of one or more scaling coefficients; scaling transmission power of one or more sounding reference signal, SRS, symbols to be transmitted in the same subframe, utilizing a second set of one or more scaling coefficients, wherein the first set of scaling coefficients is different from the second set of scaling coefficients, wherein scaling transmission power of the one or more SRS symbols comprises: determining a total transmit power allocated to transmission of the one or more SRS symbols; and if the total transmit power exceeds a maximum transmission power per carrier, determining the second set of scaling coefficients such that uniform scaling is performed across multiple component carriers; and transmitting at least one of the scaled one or more uplink channel symbols or the scaled one or more SRS symbols utilizing the scaled transmission power values. scaling transmission power of one or more uplink channel symbols to be transmitted in a subframe, utilizing a first set of one or more scaling coefficients; scaling transmission power of one or more sounding reference signal, SRS, symbols to be transmitted in the same subframe, utilizing a second set of one or more scaling coefficients, wherein the first set of scaling coefficients is different from the second set of scaling coefficients, wherein scaling transmission power of the one or more SRS symbols comprises: determining a total transmit power allocated to transmission of the one or more SRS symbols; and if the total transmit power exceeds a maximum transmission power per carrier, determining the second set of scaling coefficients such that uniform scaling is performed across multiple component carriers; and determining a total transmit power allocated to transmission of the one or more SRS symbols; and if the total transmit power exceeds a maximum transmission power per carrier, determining the second set of scaling coefficients such that uniform scaling is performed across multiple component carriers; and transmitting at least one of the scaled one or more uplink channel symbols or the scaled one or more SRS symbols utilizing the scaled transmission power values.
Lower leg supporting and knee protecting device, suitable for connection to a user's legs and for example suitable in connection with work when kneeling, including at least one supporting underlay, at least one padding and at least one connection device, wherein the supporting underlay includes at least one first contact surface against the underlying surface allowing for a first operational mode which places strain on the knee and relives essentially all strain on the ankle and toes, the supporting underlay being characterized in that it includes a second contact surface against the underlying surface allowing for a second operational mode that relieves essentially all strain on the knee, ankle and toes and places all strain essentially on the lower leg and that the angle between the second contact surface and the shin's contact surface, on the inside of the device, lies within the interval of 1 to 15 degrees.
Clamp arrangement for fastening a hose to a pipe or to a connecting piece, comprising - a clamp having an annular clamp band and a clamp band-tensioning unit, and - an insert part which is inserted coaxially into the clamp band and which is designed as an annular band, wherein - multiple springs are distributed over a circumference of the clamp band, wherein the springs act radially and are arranged in such a way that they are situated between the clamp band and the insert part, and the insert part is formed as an annular band whose end portions (44, 46) overlap at a point of overlap and are not connected to one another, so that the annular band is variable in diameter by way of tangential displacement of its end portions (44, 46) at the point of overlap and, in this way, the spring force between the clamp band and the insert part comes into effect. - a clamp having an annular clamp band and a clamp band-tensioning unit, and - an insert part which is inserted coaxially into the clamp band and which is designed as an annular band, wherein - multiple springs are distributed over a circumference of the clamp band, wherein the springs act radially and are arranged in such a way that they are situated between the clamp band and the insert part, and the insert part is formed as an annular band whose end portions (44, 46) overlap at a point of overlap and are not connected to one another, so that the annular band is variable in diameter by way of tangential displacement of its end portions (44, 46) at the point of overlap and, in this way, the spring force between the clamp band and the insert part comes into effect.
A method for measuring the cholesterol uptake capacity of lipoproteins, comprising the steps of: forming a complex by contacting a lipoprotein in a sample, a tagged cholesterol, and an antibody which specifically binds to the lipoprotein, the complex comprising the lipoprotein, the tagged cholesterol incorporated into the lipoprotein, and the antibody; labeling the complex by bonding a capture body and a label with the complex, the capture body specifically binding to the tag; and detecting a signal resulted from the label which has been bound to the complex, wherein the tag is exposed on the outer surface of the lipoprotein in the complex, and the capture body is specifically bound to the tag exposed on the outer surface of the lipoprotein. forming a complex by contacting a lipoprotein in a sample, a tagged cholesterol, and an antibody which specifically binds to the lipoprotein, the complex comprising the lipoprotein, the tagged cholesterol incorporated into the lipoprotein, and the antibody; labeling the complex by bonding a capture body and a label with the complex, the capture body specifically binding to the tag; and detecting a signal resulted from the label which has been bound to the complex,
Gamma-secretase inhibitor for use in the treatment of inherited epidermolysis bullosa and/or a fibrosis associated to inherited epidermolysis bullosa, wherein said gamma-secretase inhibitor inhibits the multiprotein complex of gamma-secretase through a direct mechanism.
A harvester comprising: a spreader system configured to distribute an agricultural material onto a field, wherein the spreader system is configured to receive the agricultural material from a chopper; wherein the spreader system comprises a first panel or vane (36, 84) positioned on a first lateral side of the spreader system, and a second panel or vane (42, 86) positioned on a second lateral side of the spreader system, opposite the first lateral side, characterized in that: the spreader system is configured to detect a first force applied to the first panel or vane (36, 84) and a second force applied to the second panel or vane (42, 86), and to adjust a position of the spreader system with respect to the chopper based on the first force, the second force, or a combination thereof. a spreader system configured to distribute an agricultural material onto a field, wherein the spreader system is configured to receive the agricultural material from a chopper; wherein the spreader system comprises a first panel or vane (36, 84) positioned on a first lateral side of the spreader system, and a second panel or vane (42, 86) positioned on a second lateral side of the spreader system, opposite the first lateral side, the spreader system is configured to detect a first force applied to the first panel or vane (36, 84) and a second force applied to the second panel or vane (42, 86), and to adjust a position of the spreader system with respect to the chopper based on the first force, the second force, or a combination thereof.
An ink composition comprising: a plurality of carbon nanotubes; a solvent, wherein the solvent is water-based and the plurality of carbon nanotubes are dispersed in the water-based solvent; and a triazole-based removable additive which is dissolved in the water-based solvent and which stabilizes the plurality of carbon nanotubes dispersed in the water-based solvent, wherein the triazole-based removable additive is a 1,2,4-triazole compound having a chemical formula: wherein R 1, R 2 and R 3 are hydrogen. a plurality of carbon nanotubes; a solvent, wherein the solvent is water-based and the plurality of carbon nanotubes are dispersed in the water-based solvent; and a triazole-based removable additive which is dissolved in the water-based solvent and which stabilizes the plurality of carbon nanotubes dispersed in the water-based solvent, wherein the triazole-based removable additive is a 1,2,4-triazole compound having a chemical formula: wherein R 1, R 2 and R 3 are hydrogen.
A method for measuring performance of at least one device under test, DUT, in a reverberation chamber over a frequency band, the method comprising, iteratively; generating a fading scenario by the reverberation chamber, identifying at least one measurement sub-band comprised in the frequency band, measuring performance of the at least one DUT in the at least one identified measurement sub-band, thereby generating at least one performance measurement result, accumulating the at least one performance measurement result, and determining measurement coverage and terminating the performance measurement in case the measurement coverage meets a coverage criterion, the method being characterized in that said step of identifying is after measuring a channel gain on a link between a test antenna in the reverberation chamber and the DUT across the frequency band, wherein the at least one measurement sub-band complies with a predetermined gain flatness criterion, wherein the gain flatness criterion comprises a measure of gain difference across the measurement sub-band. generating a fading scenario by the reverberation chamber, identifying at least one measurement sub-band comprised in the frequency band, measuring performance of the at least one DUT in the at least one identified measurement sub-band, thereby generating at least one performance measurement result, accumulating the at least one performance measurement result, and determining measurement coverage and terminating the performance measurement in case the measurement coverage meets a coverage criterion, the method being characterized in that said step of identifying is after measuring a channel gain on a link between a test antenna in the reverberation chamber and the DUT across the frequency band, wherein the at least one measurement sub-band complies with a predetermined gain flatness criterion, wherein the gain flatness criterion comprises a measure of gain difference across the measurement sub-band.
Method for fine machining a workpiece provided with a gearing, in which teeth of a gearwheel-shaped gear cutting tool, which rotates about a rotation axis (Dz), are brought into rolling engagement with teeth of the gearing of the workpiece rotating about a rotation axis (Dw) while the gear cutting tool and the workpiece are being moved relative to each other in a direction (AX+,AX-) parallel to the rotation axis (Dw) of the workpiece, wherein the thickness (dZ) of the teeth of the gear cutting tool increases, in each case, starting from their front side (4,5) located in front with respect to the respective movement in axial direction (AX+,AX-), up to a thickness maximum (dZmax), characterized - in that the following applies to the ratio Bw/Bz formed by the width Bw of the teeth of the gearing of the workpiece and the width Bz of the teeth of the gear cutting tool: 2 ≤ Bw / Bz ≤ 20, - in that the gear cutting tool, before each pass of its teeth through the tooth gaps of the gearing of the workpiece in the respective axial direction (AX+,AX-), is positioned at a position (P1,P2) in which the thickness maximum (dZmax) of the teeth of the gear cutting tool is located outside the gearing of the workpiece, and - in that the teeth of the gear cutting tool, as a consequence of the relative movement of workpiece and the gear cutting tool in axial direction (AX+,AX-), are each moved through the tooth gap of the gearing of the workpiece assigned to them until the thickness maximum (dZmax) of each tooth has exited from the tooth gap assigned to it. - in that the following applies to the ratio Bw/Bz formed by the width Bw of the teeth of the gearing of the workpiece and the width Bz of the teeth of the gear cutting tool: 2 ≤ Bw / Bz ≤ 20, - in that the gear cutting tool, before each pass of its teeth through the tooth gaps of the gearing of the workpiece in the respective axial direction (AX+,AX-), is positioned at a position (P1,P2) in which the thickness maximum (dZmax) of the teeth of the gear cutting tool is located outside the gearing of the workpiece, and - in that the teeth of the gear cutting tool, as a consequence of the relative movement of workpiece and the gear cutting tool in axial direction (AX+,AX-), are each moved through the tooth gap of the gearing of the workpiece assigned to them until the thickness maximum (dZmax) of each tooth has exited from the tooth gap assigned to it.
A lighting device comprising: a carrier having a main body and first and second protrusions (14, 16) extending from said main body in the same plane of the main body, the first protrusion comprising a first main surface and an opposite second main surface, the second protrusion comprising a third main surface and an opposite fourth main surface, wherein the first main surface and the third main surface are on the same side of the carrier, said carrier carrying at least one solid state lighting element on the first main surface, and at least one solid state lighting element on the fourth main surface; and a heat dissipating member having a first portion thermally coupled to the second main surface and having a second portion thermally coupled to the third main surface, characterized in that the second main surface of the first protrusion is disposed on the first portion of the heat dissipating member, and the third main surface of the second protrusion is disposed on the second portion of the heat dissipating member. a carrier having a main body and first and second protrusions (14, 16) extending from said main body in the same plane of the main body, the first protrusion comprising a first main surface and an opposite second main surface, the second protrusion comprising a third main surface and an opposite fourth main surface, wherein the first main surface and the third main surface are on the same side of the carrier, said carrier carrying at least one solid state lighting element on the first main surface, and at least one solid state lighting element on the fourth main surface; and a heat dissipating member having a first portion thermally coupled to the second main surface and having a second portion thermally coupled to the third main surface, characterized in that the second main surface of the first protrusion is disposed on the first portion of the heat dissipating member, and the third main surface of the second protrusion is disposed on the second portion of the heat dissipating member.
A computer-implemented method, comprising: accessing an image depicting a plurality of insects on a surface; determining, using a predictive model, locations of individual insects of the plurality of insects in the image by dividing the image into a plurality of image patches and evaluating, using the predictive model, each image patch independently of other image patches of the plurality of image patches, wherein an image patch comprises: a central region having a dimension that corresponds to a size of an individual insect for which the predictive model is applied; and a context region that comprises a frame that extends continuously around the central region; classifying, using the predictive model, the individual insects into at least one category which is defined by an insect parameter, wherein the insect parameter comprises a sex parameter, a species parameter, a health parameter, a size parameter, or a life-stage parameter; and outputting insect information from the predictive model based at least in part on the locations of the individual insects and the at least one category. accessing an image depicting a plurality of insects on a surface; determining, using a predictive model, locations of individual insects of the plurality of insects in the image by dividing the image into a plurality of image patches and evaluating, using the predictive model, each image patch independently of other image patches of the plurality of image patches, wherein an image patch comprises: a central region having a dimension that corresponds to a size of an individual insect for which the predictive model is applied; and a context region that comprises a frame that extends continuously around the central region; a central region having a dimension that corresponds to a size of an individual insect for which the predictive model is applied; and a context region that comprises a frame that extends continuously around the central region; classifying, using the predictive model, the individual insects into at least one category which is defined by an insect parameter, wherein the insect parameter comprises a sex parameter, a species parameter, a health parameter, a size parameter, or a life-stage parameter; and outputting insect information from the predictive model based at least in part on the locations of the individual insects and the at least one category.
A method for providing communication between components of a communication network, the method comprising: - receiving, by a first component of the communications network, a message comprising one or more identification parameters; - verifying, by the first component of the communications network, if the message is valid, based on the one or more identification parameters of the message, wherein the verifying comprises: - determining the validity of the message based on a comparison between information derived out of a network component and function diagram and one or more of the identification parameters of the received message, wherein the network component and function diagram comprises components of the communications network, functions of these components of the communications network and relations between these components of the communications network, wherein the network component and function diagram is stored in each of the components of the communications network, wherein the components of the communications network have a respective unique component identification, component ID, wherein the network component and function diagram comprises the component IDs of all components of the communications network and includes information about each component of the communications network identified by the component ID of the component. - receiving, by a first component of the communications network, a message comprising one or more identification parameters; - verifying, by the first component of the communications network, if the message is valid, based on the one or more identification parameters of the message, wherein the verifying comprises: - determining the validity of the message based on a comparison between information derived out of a network component and function diagram and one or more of the identification parameters of the received message, wherein the network component and function diagram comprises components of the communications network, functions of these components of the communications network and relations between these components of the communications network,