mhurhangee/ep-ind-claims huggingface dataset:
Optical sensor arrangement for time-of-flight measurement, the sensor arrangement comprising - a housing with a first and a second cavity (C1, C2) separated by an optical barrier, and with a cover arrangement covering the first and the second cavity (C1, C2); - a measurement photodetector and a reference photo-detector both arranged in the second cavity and an optical emitter arranged in the first cavity; wherein - the cover arrangement comprises a translucent or transparent plate and one or more layers of material arranged on an inner main surface of the plate; - the one or more layers comprise an opaque coating with a first and a second aperture (A1, A2) located above the first cavity, and with a third and a fourth aperture (A3, A4) located above the second cavity; - the emitter is arranged and configured to emit light through the first aperture, and the measurement photodetector is arranged and configured to detect light entering the second cavity through the fourth aperture; and - the second and the third aperture (A2, A3) and reflection at an outer main surface of the plate establish a reference path for light from the emitter to the reference photodetector. - a housing with a first and a second cavity (C1, C2) separated by an optical barrier, and with a cover arrangement covering the first and the second cavity (C1, C2); - a measurement photodetector and a reference photo-detector both arranged in the second cavity and an optical emitter arranged in the first cavity; wherein - the cover arrangement comprises a translucent or transparent plate and one or more layers of material arranged on an inner main surface of the plate; - the one or more layers comprise an opaque coating with a first and a second aperture (A1, A2) located above the first cavity, and with a third and a fourth aperture (A3, A4) located above the second cavity; - the emitter is arranged and configured to emit light through the first aperture, and the measurement photodetector is arranged and configured to detect light entering the second cavity through the fourth aperture; and - the second and the third aperture (A2, A3) and reflection at an outer main surface of the plate establish a reference path for light from the emitter to the reference photodetector.
A light emitting package structure, comprising: a substrate including a first joint area; a cover element including a second joint area and disposed on the substrate, wherein an accommodation space is formed between the cover element and the substrate; a light emitting unit disposed on the substrate and accommodated in the accommodation space; and a sealant being a thermosetting adhesive and provided between the first joint area and the second joint area, and bonded to the first joint area and the second joint area, wherein the sealant has an outer profile, and at least one side of the outer profile forms a recess portion recessed toward the accommodation space and being in an arc-shape, the light emitting package structure being characterised in that a depth (d) of the recess portion is greater than or equal to a quarter of a width of the first joint area or the second joint area. a substrate including a first joint area; a cover element including a second joint area and disposed on the substrate, wherein an accommodation space is formed between the cover element and the substrate; a light emitting unit disposed on the substrate and accommodated in the accommodation space; and a sealant being a thermosetting adhesive and provided between the first joint area and the second joint area, and bonded to the first joint area and the second joint area, wherein the sealant has an outer profile, and at least one side of the outer profile forms a recess portion recessed toward the accommodation space and being in an arc-shape, the light emitting package structure being characterised in that a depth (d) of the recess portion is greater than or equal to a quarter of a width of the first joint area or the second joint area.
Transport vehicle, in particular truck trailer with a cargo area (3 to 8) defined by side walls (3, 4, 5, 6), a transporting surface and possibly a roof surface, wherein - at least one side wall (3, 4) fully or partially comprises a flat longitudinal securing means, wherein further - additionally one or more flexible transverse securing means is/are provided for segmenting the transporting surface in the longitudinal direction, and wherein - with at least one edge side the transverse securing means is connected to the longitudinal securing means, characterised in that - seen over its entire length at least one side wall (3, 4) is equipped with several longitudinal securing means each as a side wall replacement. - at least one side wall (3, 4) fully or partially comprises a flat longitudinal securing means, wherein further - additionally one or more flexible transverse securing means is/are provided for segmenting the transporting surface in the longitudinal direction, and wherein - with at least one edge side the transverse securing means is connected to the longitudinal securing means, - seen over its entire length at least one side wall (3, 4) is equipped with several longitudinal securing means each as a side wall replacement.
A motion detection method comprising: obtaining a first set of channel responses representing wireless signals transmitted through a space during a first time period, each of the channel responses comprising a set of frequency components for a discrete number of subcarrier frequencies; by operation of one or more processors, determining, from the first set of channel responses, a set of mutually orthogonal axes in a frequency vector domain, each of the first set of channel responses corresponding to a vector in the frequency vector domain; obtaining a second channel response representing a wireless signal transmitted through the space during a second time period; by operation of one or more processors, determining a channel vector representing the second channel response in the frequency vector domain; and detecting motion of an object in the space based on a projection of the channel vector onto one of the set of mutually orthogonal axes. obtaining a first set of channel responses representing wireless signals transmitted through a space during a first time period, each of the channel responses comprising a set of frequency components for a discrete number of subcarrier frequencies; by operation of one or more processors, determining, from the first set of channel responses, a set of mutually orthogonal axes in a frequency vector domain, each of the first set of channel responses corresponding to a vector in the frequency vector domain; obtaining a second channel response representing a wireless signal transmitted through the space during a second time period; by operation of one or more processors, determining a channel vector representing the second channel response in the frequency vector domain; and detecting motion of an object in the space based on a projection of the channel vector onto one of the set of mutually orthogonal axes.
A peptide T immuno-therapeutic composition for use in the treatment of brain metastasis originating from non-small cell lung cancer (NSCLC) of an HLA-A2 (Human Leukocyte Antigen A2) positive patient, wherein the peptide T immuno-therapeutic composition comprises the following peptides RLLQETELV (SEQ ID No 1), YLQLVFGIEV (SEQ ID No 2), LLTFWNPPV (SEQ ID No 3), KVFGSLAFV (SEQ ID No 4), KLBPVQLWV (SEQ ID No 5, with B indicating α-aminoisobutyric acid), SMPPPGTRV (SEQ ID No 6), IMIGHLVGV (SEQ ID No 7), KVAEIVHFL (SEQ ID No 8), YLSGADLNL (SEQ ID No 9), aKXVAAWTLKAAa (SEQ ID No 10, with X and a respectively indicating cyclohexylalanine and d-alanine).
A rotary motor, comprising: • at least one energy storage component connected to an output member from which the generated motion is to be taken; • a lever system for the application of a charging force (Fc) to said at least one energy storage component; the rotary motor being characterised in that it further comprises means (8, 21) for actuating said lever system, comprising one or more motorized electro-mechanical systems to be fed by an external electric power source and configured so that said charging force (Fc) is cyclically applied to said at least one energy storage component, a cycle comprising a charging phase alternated to a release phase; wherein said output member is moved by the energy released by said at least one energy storage component during said release phases, and wherein said lever system comprises: - a transferring lever placed so as to exert a charging force (Fc) on at least one energy storage component; - a primary lever placed so as to exert a transferring force (Ft) on said transferring lever; and - a crank, hinged at the fulcrum of said primary lever, so as to receive a force (Fs) from at least one energy storage component during said release phases. • at least one energy storage component connected to an output member from which the generated motion is to be taken; • a lever system for the application of a charging force (Fc) to said at least one energy storage component; - a transferring lever placed so as to exert a charging force (Fc) on at least one energy storage component; - a primary lever placed so as to exert a transferring force (Ft) on said transferring lever; and - a crank, hinged at the fulcrum of said primary lever, so as to receive a force (Fs) from at least one energy storage component during said release phases.
A computer-implemented method for calculating a result of a digital polymerase chain reaction protocol, procedure, or experiment for a biological analysis, comprising: displaying to a user a scatter plot of a portion of emission data from a plurality of reaction sites, wherein the portion of emission data has been selected by the user to be displayed and the plurality of reaction sites has been obtained by dividing an initial sample solution into at least 20,000 reaction sites, each having a volume of less than 2 nanoliters, determining a classification for each data point; receiving a selection of a data point or a group of data points to change the determined classification to a second classification, wherein the data point or the group of data points has been visualized to the user and has been selected by the user by selecting a visualization of the data point or the group of data points and wherein the second classification is different than the determined classification; changing the classification of the data point or the group of data points from the determined classification to the second classification; calculating the result based on an adjusted number of data points in each classification, wherein the calculated result is a copy number of a target molecule or a concentration of the target molecule; and changing a color of the data point or the group of data points on the scatter plot to reflect the second classification for the data point or the group of data points. displaying to a user a scatter plot of a portion of emission data from a plurality of reaction sites, wherein the portion of emission data has been selected by the user to be displayed and the plurality of reaction sites has been obtained by dividing an initial sample solution into at least 20,000 reaction sites, each having a volume of less than 2 nanoliters, determining a classification for each data point; receiving a selection of a data point or a group of data points to change the determined classification to a second classification, wherein the data point or the group of data points has been visualized to the user and has been selected by the user by selecting a visualization of the data point or the group of data points and wherein the second classification is different than the determined classification; changing the classification of the data point or the group of data points from the determined classification to the second classification; calculating the result based on an adjusted number of data points in each classification, wherein the calculated result is a copy number of a target molecule or a concentration of the target molecule; and changing a color of the data point or the group of data points on the scatter plot to reflect the second classification for the data point or the group of data points.
A compound comprising a metal species and a biologically acceptable ligand, wherein the biologically acceptable ligand comprises a biguanide moiety, and wherein the biologically acceptable ligand forms a complex with the metal species in which the metal species is stabilised in an oxidation state greater than 1+, wherein the metal species is silver and further wherein the biologically acceptable ligand is selected from the group consisting of poly(hexamethylenebiguanide), chlorhexidine (1,1'-hexamethylenebis[5-(p-chlorophenyl)biguanide], metformin (N', N' dimethylbiguanide), o-tolylbiguanide, phenformin (phenethylbiguanide) and buformin (N-butylbiguanide).
Machine tool for machining workpieces, comprising: a main spindle, which carries a tool holder at its end and is mounted so as to be rotatable about an axis of rotation and movable along the axis of rotation, a drive for driving the main spindle about the axis of rotation, and a preferably electromagnetic feed device configured to exert a force acting along the axis of rotation on the main spindle, characterized by a screw-and-nut gearing connecting the drive to the main spindle and configured to drive the main spindle in rotation and simultaneously move it along the axis of rotation, wherein the screw-and-nut gearing comprises a thread (64, 66a, 66b) formed on a first component and a cam (70a, 70b) formed on a second component and cooperating with the thread (64, 66a, 66b), and wherein one of the two components is rotatable by the drive via a drive gear and is immovably mounted along the axis of rotation, and wherein the other of the two components is the main spindle. a main spindle, which carries a tool holder at its end and is mounted so as to be rotatable about an axis of rotation and movable along the axis of rotation, a drive for driving the main spindle about the axis of rotation, and a preferably electromagnetic feed device configured to exert a force acting along the axis of rotation on the main spindle, characterized by a screw-and-nut gearing connecting the drive to the main spindle and configured to drive the main spindle in rotation and simultaneously move it along the axis of rotation, wherein the screw-and-nut gearing comprises a thread (64, 66a, 66b) formed on a first component and a cam (70a, 70b) formed on a second component and cooperating with the thread (64, 66a, 66b), and wherein one of the two components is rotatable by the drive via a drive gear and is immovably mounted along the axis of rotation, and wherein the other of the two components is the main spindle.
A compound of formula 1: wherein R is CH 2, NH, NHCO, S or O; Y is a linking group selected from the group consisting of -(CH 2) n -, -(CH 2) n -C -, -C (CH 2) n -, -C -(CH 2) n -C -, -C (CH 2) n -NHC -, -C (CH 2) n -NHC (CH 2) n -, -(CH 2) n SCH 2 C -, -(CH 2) n -C NH-(CH 2) n -, -(CH 2) n -NH-C -, -(CH 2) n -NH-C -(CH 2) n - -C -(CH 2) n -C O-, and -C -(CH 2) n -C NH-, where n is an integer from 1 to 10; and Z is selected from the group consisting of hydrogen, -OH, -SH, -S-acyl; -O-(C 1-8 alkyl), halogen, -NH 2, epoxy, maleimidyl, haloacetamide, carboxyl, activated carboxyl, an immunogenic carrier, and a label, and salts thereof. R is CH 2, NH, NHCO, S or O; Y is a linking group selected from the group consisting of -(CH 2) n -, -(CH 2) n -C -, -C (CH 2) n -, -C -(CH 2) n -C -, -C (CH 2) n -NHC -, -C (CH 2) n -NHC (CH 2) n -, -(CH 2) n SCH 2 C -, -(CH 2) n -C NH-(CH 2) n -, -(CH 2) n -NH-C -, -(CH 2) n -NH-C -(CH 2) n - -C -(CH 2) n -C O-, and -C -(CH 2) n -C NH-, where n is an integer from 1 to 10; and Z is selected from the group consisting of hydrogen, -OH, -SH, -S-acyl; -O-(C 1-8 alkyl), halogen, -NH 2, epoxy, maleimidyl, haloacetamide, carboxyl, activated carboxyl, an immunogenic carrier, and a label, and salts thereof.
A docking device for docking a prosthetic valve at a native valve of a heart, the docking device comprising: a coiled anchor that comprises: a proximal tip and a distal tip; at least one full or partial central turn defining a diameter; an upper turn connected to the at least one full or partial central turn; a cover layer surrounding the coiled anchor along at least a part of the at least one full or partial central turn, wherein the cover layer is connected to the coiled anchor; at least one friction enhancing layer having a friction higher than the cover layer and disposed over the cover layer, wherein the at least one friction enhancing layer is disposed over at least a portion of the at least one full or partial central turn and no portion of the upper turn is covered by the friction enhancing layer; and wherein the coiled anchor is configured to be implantable at the native valve with at least a portion of the at least one full or partial central turn of the coiled anchor positioned in a chamber of the heart and around valve leaflets of the native valve. a proximal tip and a distal tip; at least one full or partial central turn defining a diameter; an upper turn connected to the at least one full or partial central turn; a cover layer surrounding the coiled anchor along at least a part of the at least one full or partial central turn, wherein the cover layer is connected to the coiled anchor; at least one friction enhancing layer having a friction higher than the cover layer and disposed over the cover layer, wherein the at least one friction enhancing layer is disposed over at least a portion of the at least one full or partial central turn and no portion of the upper turn is covered by the friction enhancing layer; and wherein the coiled anchor is configured to be implantable at the native valve with at least a portion of the at least one full or partial central turn of the coiled anchor positioned in a chamber of the heart and around valve leaflets of the native valve.
Application unit for an agricultural application machine for depositing granulate on an agricultural area, comprising - a granulate portioner into which a granulate flow conveying unportioned granulate can be introduced and by means of which granulate portions can be produced from the granulate flow; - characterized by an air separator by means of which air can be separated from the granulate flow; and in that the application unit can be operated in a portion depositing mode, in which the granulate is deposited on the agricultural area discontinuously in the form of granulate portions produced by the granulate portioner, and in a band depositing mode, in which the granulate is deposited on the agricultural area continuously in the form of a granulate band. - a granulate portioner into which a granulate flow conveying unportioned granulate can be introduced and by means of which granulate portions can be produced from the granulate flow; - characterized by an air separator by means of which air can be separated from the granulate flow;
A method for scoring a service node, comprising: obtaining address information of the service node; monitoring the service node according to the address information of the service node, and obtaining (1022, 1025) a plurality of performance evaluation information of the service node; and scoring (1023; 1026) the service node according to the plurality of performance evaluation information; wherein monitoring the service node according to the address information of the service node, and obtaining a plurality of performance evaluation information of the service node further include: if the address information of the service node is a Canonical Name Record, CNAME, address, obtaining resource response time and a download speed of the service node; if the address information of the service node is an Internet Protocol, IP, address, obtaining resource response time, a bandwidth usage, and a resource memory load of the service node. obtaining address information of the service node; monitoring the service node according to the address information of the service node, and obtaining (1022, 1025) a plurality of performance evaluation information of the service node; and scoring (1023; 1026) the service node according to the plurality of performance evaluation information; wherein monitoring the service node according to the address information of the service node, and obtaining a plurality of performance evaluation information of the service node further include: if the address information of the service node is a Canonical Name Record, CNAME, address, obtaining resource response time and a download speed of the service node; if the address information of the service node is an Internet Protocol, IP, address, obtaining resource response time, a bandwidth usage, and a resource memory load of the service node. if the address information of the service node is a Canonical Name Record, CNAME, address, obtaining resource response time and a download speed of the service node; if the address information of the service node is an Internet Protocol, IP, address, obtaining resource response time, a bandwidth usage, and a resource memory load of the service node.
A wearable object characterised in that it comprises an annular fluidic device comprising: - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid, said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube, and said floating system comprising one or more cavities filled with air 3d and having a marking with at least one of the four cardinal points, - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis, said annular tube being transparent at least on a portion of its wall so as to visualise the marking of the floating system from the outside of the annular tube, the wearable object being characterized in that the floating system is provided with wheels, called horizontal wheels, which are free to rotate about an axis parallel to the central axis and/or wheels, called vertical wheels, which are free to rotate about an axis perpendicular to the central axis, said horizontal and vertical wheels being mounted with a clearance relative to the walls of the annular tube and are intended to reduce the friction in the directions parallel and perpendicular to the central axis. - an annular tube delimiting a closed internal volume, - a fluid disposed in the closed internal volume, - a floating system disposed in the closed internal volume and bathed in the fluid, said floating system being arranged to rotate freely around a central axis of the annular tube and relative to said annular tube, and said floating system comprising one or more cavities filled with air 3d and having a marking with at least one of the four cardinal points, - at least one permanently polarised magnetic element integral with the floating system allowing said floating system to undergo a moment of force causing it to be aligned in the direction of the external magnetic vector by rotating around of said central axis,