mhurhangee/ep-ind-claims huggingface dataset:
A system (113; 213; 313; 413) for providing power and data signals from a main control unit (120; 220; 320; 420) to at least one slave unit (115; 215; 315; 415) via a first bus (130; 230; 330; 430); - the main control unit comprising a first AC signal generator (114; 214; 314; 414) adapted for providing a first AC signal comprising a plurality of first pulses for providing power to the at least one slave unit via the first bus; - each slave unit being AC-coupled to the first bus by means of a first series capacitor device (119; 219; 319; 419), each first series capacitor device being arranged for converting the first pulses provided at its inputs into second pulses at its output, the second pulses having at least one edge or flank characterised in that; - the main control unit being adapted for sending data to the at least one slave unit by modulating the plurality of first pulses; - the at least one slave unit being adapted for receiving the data by demodulating the plurality of second pulses as selected from: a) by determining pulse amplitudes between the received at least one edges or flanks, and b) by determining time differences between the received at least one edges or flanks, and c) by counting pulses. - the main control unit comprising a first AC signal generator (114; 214; 314; 414) adapted for providing a first AC signal comprising a plurality of first pulses for providing power to the at least one slave unit via the first bus; - each slave unit being AC-coupled to the first bus by means of a first series capacitor device (119; 219; 319; 419), each first series capacitor device being arranged for converting the first pulses provided at its inputs into second pulses at its output, the second pulses having at least one edge or flank characterised in that; - the main control unit being adapted for sending data to the at least one slave unit by modulating the plurality of first pulses; - the at least one slave unit being adapted for receiving the data by demodulating the plurality of second pulses as selected from: a) by determining pulse amplitudes between the received at least one edges or flanks, and b) by determining time differences between the received at least one edges or flanks, and c) by counting pulses. a) by determining pulse amplitudes between the received at least one edges or flanks, and b) by determining time differences between the received at least one edges or flanks, and c) by counting pulses.
A diagnostic agent composition comprising a plurality of nanoparticles wherein at least one nanoparticle comprises: a) a core having a core surface free of silica, and b) a shell attached to the core surface; wherein the shell comprises at least one silane-functionalized zwitterionic moiety; wherein the nanoparticle does not contain a targeting ligand; and wherein the silane functionalized moieties are bound to the core at the core surface without any intervening silica layer. a) a core having a core surface free of silica, and b) a shell attached to the core surface; wherein the shell comprises at least one silane-functionalized zwitterionic moiety;
A computer-implemented method (700, 1300, 1500) for modifying a finite element model (500, 1350) of a 3D object to reduce rigid body motion experienced by the finite element model during build simulation for additive manufacturing, the method being performed by a computer and comprising: obtaining (702, 1302, 1502) the finite element model, the finite element model comprising a plurality of nodes and a plurality of elements, wherein one or more nodes of the plurality of nodes are associated with more than one element of the plurality of elements; identifying (704, 1306, 1506) a plurality of bottom nodes of the plurality of elements; determining (704, 1308, 1508) a number of elements associated with each of the plurality of bottom nodes; identifying (704, 1310, 1510) one or more bottom nodes of the plurality of bottom nodes that are associated with only one element as one or more floating nodes; modifying (708, 1314, 1514) the finite element model to include one or more stability elements at the one or more floating nodes; simulating build of the object using the modified finite element model to generate a simulated model of the object; modifying the object based on the simulated model of the object; and causing an additive manufacturing device connected to the computer to build the modified object. obtaining (702, 1302, 1502) the finite element model, the finite element model comprising a plurality of nodes and a plurality of elements, wherein one or more nodes of the plurality of nodes are associated with more than one element of the plurality of elements; identifying (704, 1306, 1506) a plurality of bottom nodes of the plurality of elements; determining (704, 1308, 1508) a number of elements associated with each of the plurality of bottom nodes; identifying (704, 1310, 1510) one or more bottom nodes of the plurality of bottom nodes that are associated with only one element as one or more floating nodes; modifying (708, 1314, 1514) the finite element model to include one or more stability elements at the one or more floating nodes; simulating build of the object using the modified finite element model to generate a simulated model of the object; modifying the object based on the simulated model of the object; and causing an additive manufacturing device connected to the computer to build the modified object.
A genetically modified bacterial cell for the production of an oligosaccharide, preferably a human milk oligosaccharide, comprising - a recombinant gene encoding a glycosyl transferase necessary for the synthesis of said oligosaccharide, - a biosynthetic pathway to produce a monosaccharide nucleotide donor suitable to be transferred by said glycosyl transferase to an acceptor, - a chromosomal gene essential for the growth of said cell, wherein the chromosomal gene is substantially inactivated or deleted, and wherein the chromosomal gene is nadC, and - an expression plasmid comprising • said chromosomal gene, or • a DNA sequence encoding the product of said chromosomal gene that is essential for the growth of said cell and DNA sequence(s) necessary for the expression of said DNA coding sequence. - a recombinant gene encoding a glycosyl transferase necessary for the synthesis of said oligosaccharide, - a biosynthetic pathway to produce a monosaccharide nucleotide donor suitable to be transferred by said glycosyl transferase to an acceptor, - a chromosomal gene essential for the growth of said cell, wherein the chromosomal gene is substantially inactivated or deleted, and wherein the chromosomal gene is nadC, and - an expression plasmid comprising • said chromosomal gene, or • a DNA sequence encoding the product of said chromosomal gene that is essential for the growth of said cell and DNA sequence(s) necessary for the expression of said DNA coding sequence. • said chromosomal gene, or • a DNA sequence encoding the product of said chromosomal gene that is essential for the growth of said cell and DNA sequence(s) necessary for the expression of said DNA coding sequence.
A device (110, 210, 310, 410, 510, 610) for removing material, the device comprising: a low-pressure bit body including a fixed cutting structure; a high-pressure bit body coupled to, and radially within, the low-pressure bit body; at least one high-pressure nozzle (221, 321, 421, 521, 621) connected to the high-pressure bit body; and a high-pressure fluid conduit (217, 517, 617) providing fluid communication through the high-pressure bit body to the at least one high-pressure nozzle, the high-pressure fluid conduit being configured to withstand fluid pressures of greater than 40 kpsi (276 MPa), characterized by the low-pressure bit body including an inner recess that is shaped to substantially complement the shape of the high-pressure bit body, and the high-pressure bit body being positioned within the inner recess in the low-pressure bit body. a low-pressure bit body including a fixed cutting structure; a high-pressure bit body coupled to, and radially within, the low-pressure bit body; at least one high-pressure nozzle (221, 321, 421, 521, 621) connected to the high-pressure bit body; and a high-pressure fluid conduit (217, 517, 617) providing fluid communication through the high-pressure bit body to the at least one high-pressure nozzle, the high-pressure fluid conduit being configured to withstand fluid pressures of greater than 40 kpsi (276 MPa), characterized by the low-pressure bit body including an inner recess that is shaped to substantially complement the shape of the high-pressure bit body, and the high-pressure bit body being positioned within the inner recess in the low-pressure bit body.
A method comprising: obtaining an infrared spectrum of a Peripheral Blood Mononuclear Cells (PBMC) sample of a subject by analyzing the sample by infrared spectroscopy; analyzing the infrared spectrum using a processor, with analyzing comprising assessing a characteristic of the sample of the subject at at least one wavenumber selected from the group consisting of the wavenumbers: 837.4±4 cm-1, 1182.6±4 cm-1, 1213.0±4 cm-1, 1544.2±4 cm-1, 1071.7±4 cm-1, 1141.7±4 cm-1, 1181.7±4 cm-1, and 1502.3±4 cm-1, to determine whether or not there is an indication that the subject has a benign tumor in breast tissue; and based on the analyzing using the processor, using an output device, generating an output indicative of the presence of a benign tumor in breast tissue of the subject in dependence on the indication determination. obtaining an infrared spectrum of a Peripheral Blood Mononuclear Cells (PBMC) sample of a subject by analyzing the sample by infrared spectroscopy; analyzing the infrared spectrum using a processor, with analyzing comprising assessing a characteristic of the sample of the subject at at least one wavenumber selected from the group consisting of the wavenumbers: 837.4±4 cm-1, 1182.6±4 cm-1, 1213.0±4 cm-1, 1544.2±4 cm-1, 1071.7±4 cm-1, 1141.7±4 cm-1, 1181.7±4 cm-1, and 1502.3±4 cm-1, to determine whether or not there is an indication that the subject has a benign tumor in breast tissue; and based on the analyzing using the processor, using an output device, generating an output indicative of the presence of a benign tumor in breast tissue of the subject in dependence on the indication determination.
A device for treating a surface with a dielectric barrier plasma, wherein the surface functions as counter electrode, comprising a housing, in which a high-voltage feed line, an electrode connected to the high-voltage feed line, and a dielectric which screens the electrode with respect to the surface are located, in which the electrode has the shape of a sphere which is rotatably mounted at least to a limited extent in the housing and protrudes via a spherical portion from an end-face opening in the housing, and the electrode is connected to the dielectric such that the spherical portion of said electrode protruding from the housing is covered by the dielectric in every possible rotational position of the electrode, characterized in that the housing is composed of a handle part and a removable head part and that the head part comprises a connecting pin being connected to a flexible cable which is introduced in the electrode, which connecting pin, when the head part and the handle part are mounted together, projects into a complementary guide channel in the handle part and can there be connected to the high-voltage supply.
A redundant control device for a three-phase electric motor of a steering system of a motor vehicle, having a primary control path and a secondary control path, wherein the primary control path has a primary processing unit, and the secondary control path has a secondary processing unit, characterized in that the primary control path is connected to a first phase winding of the electric motor, and the secondary control path is connected to a second and a third phase winding of the electric motor (3,4) for actuating the electric motor, wherein each phase winding (2,3,4) is assigned an individual converter (12,13,14).
An apparatus, comprising: at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74) having opposing optical faces through which there is a beam propagation axis that is orthogonal to said opposing optical faces; means (16; 30;62, 64; 82, 84) for heating a portion of said at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74); a gas cooling system (12, 13, 14; 36; 46, 48, 56, 58; 75, 76, 77, 78) configured to provide gas to cool each face of said opposing faces; and a magnetic field source configured to induce a desired Faraday rotation of a laser beam (24; 38; 60; 80) propagating on said beam propagation axis through said at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74). at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74) having opposing optical faces through which there is a beam propagation axis that is orthogonal to said opposing optical faces; means (16; 30;62, 64; 82, 84) for heating a portion of said at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74); a gas cooling system (12, 13, 14; 36; 46, 48, 56, 58; 75, 76, 77, 78) configured to provide gas to cool each face of said opposing faces; and a magnetic field source configured to induce a desired Faraday rotation of a laser beam (24; 38; 60; 80) propagating on said beam propagation axis through said at least one Faraday optic (10; 32; 42, 44, 52, 54; 71, 72, 73, 74).
Capsule for beverages comprising a casing provided with a base wall and with a side wall defining a cavity that is suitable for containing an initial product to be combined with a fluid to obtain a final product in a dispensing machine into which said capsule is insertible, said casing comprising a flange-shaped edge connected to the side wall and arranged for being clamped and compressed in a condition of use in said dispensing machine, said capsule being characterised in that said casing is made with a sheet (100; 101; 102) of thermoformable plastic material which comprises at least a first layer (51; 55) made of a material so yieldable that said casing is deformed by and takes on the shape of abutting means (64; 164; 264) of said dispensing machine when compressed in said dispensing machine, in such a manner as to sealingly engage said abutting means (64; 164; 264), said first layer (51; 55) being made of expanded plastic material, or one expanded plastic material chosen among expanded polyethylene, expanded polypropylene, expanded polystyrene, expanded polyvinyl chloride, expanded polyamide or is made of foamed plastic material or elastomeric material or elastomeric material chosen among rubber or silicone.
A semiconductor package (100, 200), comprising: a first build-up dielectric layer disposed over a first passivation layer, the first build-up dielectric layer further having a first surface; a metal trace disposed over at least a first portion of the first surface, the metal trace having a second surface in contact with the first surface, and a third surface opposing the second surface; and a second passivation layer disposed over at least a portion the first surface and over at least a portion of the third surface; a second build-up dielectric layer disposed over the second passivation layer; and a via disposed in the second build-up dielectric and in electrical contact with the metal trace. a first build-up dielectric layer disposed over a first passivation layer, the first build-up dielectric layer further having a first surface; a metal trace disposed over at least a first portion of the first surface, the metal trace having a second surface in contact with the first surface, and a third surface opposing the second surface; and a second passivation layer disposed over at least a portion the first surface and over at least a portion of the third surface; a second build-up dielectric layer disposed over the second passivation layer; and a via disposed in the second build-up dielectric and in electrical contact with the metal trace.
A triglyceride oil composition produced by cultivating a population of recombinant Prototheca cells and extracted from said cells via solvent extraction or using an expeller press, wherein the cells comprise an exogenous gene encoding a fatty acyl-ACP thioesterase, wherein the oil composition comprises a lipid profile of: (a) at least 4% C8-C14; and (b) one or more of the following attributes: i. 0.1-0.4 micrograms/ml total carotenoids; ii. less than 0.4 micrograms/ml total carotenoids; iii less than 0.001 micrograms/ml lycopene; and iv. less than 0.02 micrograms/ml beta carotene. (a) at least 4% C8-C14; and (b) one or more of the following attributes: i. 0.1-0.4 micrograms/ml total carotenoids; ii. less than 0.4 micrograms/ml total carotenoids; iii less than 0.001 micrograms/ml lycopene; and iv. less than 0.02 micrograms/ml beta carotene. i. 0.1-0.4 micrograms/ml total carotenoids; ii. less than 0.4 micrograms/ml total carotenoids; iii less than 0.001 micrograms/ml lycopene; and iv. less than 0.02 micrograms/ml beta carotene.
A method for transporting workpiece parts (16a, 16b) from a cutting area of a laser cutting machine to a storage area, comprising: moving at least a first holding device (22a, 23a, 24a) for holding workpiece parts along a first guide in a transport direction lateral to a direction of motion of a laser cutting head of the laser cutting machine, and moving at least a second holding device (22b, 23b, 24b) for holding workpiece parts along a second guide in the transport direction lateral to the direction of motion of the laser cutting head, characterized in that first workpiece parts which are cut within the cutting area in a first half of a workpiece, relative to the direction of motion of the laser cutting head, are transported from the cutting area to the storage area using the at least a first holding device (22a, 23a, 24a), that second workpiece parts which are cut within the cutting area in a second half of the workpiece, relative to the direction of motion of the laser cutting head, are transported from the cutting area to the storage area using the at least a second holding device (22b, 23b, 24b), and that the transporting of a first workpiece part and a second workpiece part is done in a mutually alternating fashion. moving at least a first holding device (22a, 23a, 24a) for holding workpiece parts along a first guide in a transport direction lateral to a direction of motion of a laser cutting head of the laser cutting machine, and moving at least a second holding device (22b, 23b, 24b) for holding workpiece parts along a second guide in the transport direction lateral to the direction of motion of the laser cutting head, characterized in that first workpiece parts which are cut within the cutting area in a first half of a workpiece, relative to the direction of motion of the laser cutting head, are transported from the cutting area to the storage area using the at least a first holding device (22a, 23a, 24a), that second workpiece parts which are cut within the cutting area in a second half of the workpiece, relative to the direction of motion of the laser cutting head, are transported from the cutting area to the storage area using the at least a second holding device (22b, 23b, 24b), and that the transporting of a first workpiece part and a second workpiece part is done in a mutually alternating fashion.
An apparatus comprising means for performing: maintaining customized event detection data for a person, comprising any of age; weight; height; normal blood pressure; indication of one or more illnesses of the person; and maximum pulse of the person; obtaining physiological measurement data indicative of physiological status of the person; receiving an annotation from the person; detecting an event that is temporally associated with the annotation using the physiological measurement data and the customized event detection data; prioritizing the detected event using the temporally associated annotation; and receiving feedback data concerning the detecting of the event or the prioritizing of the detected events and calibrating the detecting of the event or the prioritizing of the detected events, respectively; wherein the calibrating comprises adjusting the customized event detection data. maintaining customized event detection data for a person, comprising any of age; weight; height; normal blood pressure; indication of one or more illnesses of the person; and maximum pulse of the person; obtaining physiological measurement data indicative of physiological status of the person; receiving an annotation from the person; detecting an event that is temporally associated with the annotation using the physiological measurement data and the customized event detection data; prioritizing the detected event using the temporally associated annotation; and receiving feedback data concerning the detecting of the event or the prioritizing of the detected events and calibrating the detecting of the event or the prioritizing of the detected events, respectively; wherein the calibrating comprises adjusting the customized event detection data.
A control device for a radiation treatment device, the control device comprising: a position-related information acquisition portion for acquiring position-related information related to a position of a particular site; a model generation portion for generating a model outputting the position of the particular site based on the position-related information; and a particular site position calculation portion for outputting the position of the particular site based on the position-related information acquired by the position-related information acquisition portion, by using the model generated by the model generation portion, wherein the model generated by the model generation portion is provided with a low pass filter regulating an amount of change in the position of the particular site output by the model, and the model generation portion is adapted to set parameters of a model template provided with the low pass filter so as to minimize an error between an output after passing through the low pass filter and a teacher signal indicating the correct decision of the position of the particular site, in order to generate the model provided with the low pass filter. a position-related information acquisition portion for acquiring position-related information related to a position of a particular site; a model generation portion for generating a model outputting the position of the particular site based on the position-related information; and a particular site position calculation portion for outputting the position of the particular site based on the position-related information acquired by the position-related information acquisition portion, by using the model generated by the model generation portion, wherein the model generated by the model generation portion is provided with a low pass filter regulating an amount of change in the position of the particular site output by the model, and the model generation portion is adapted to set parameters of a model template provided with the low pass filter so as to minimize an error between an output after passing through the low pass filter and a teacher signal indicating the correct decision of the position of the particular site, in order to generate the model provided with the low pass filter.