mhurhangee/ep-ind-claims huggingface dataset:
A cooling system, comprising: a first dewar configured to house a first optical imaging device; a second dewar configured to house a second optical imaging device; and a refrigerator including: a compressor; a first expander in fluid communication with the compressor and in thermal communication with the first dewar; and a second expander in fluid communication with the compressor and in thermal communication with the second dewar; characterised in that the cooling system further comprises a gas control valve operatively disposed between the second expander and the compressor to independently control fluid flow between the second expander and the compressor, independent relative to flow between the first expander and the compressor; and in that the refrigerator is a Stirling cycle refrigerator. a first dewar configured to house a first optical imaging device; a second dewar configured to house a second optical imaging device; and a refrigerator including: a compressor; a first expander in fluid communication with the compressor and in thermal communication with the first dewar; and a second expander in fluid communication with the compressor and in thermal communication with the second dewar; a compressor; a first expander in fluid communication with the compressor and in thermal communication with the first dewar; and a second expander in fluid communication with the compressor and in thermal communication with the second dewar; characterised in that the cooling system further comprises a gas control valve operatively disposed between the second expander and the compressor to independently control fluid flow between the second expander and the compressor, independent relative to flow between the first expander and the compressor; and in that the refrigerator is a Stirling cycle refrigerator.
A method for isolating an exosome from a sample containing the exosome, said method comprising: a complex forming step of forming a complex by binding the exosome to a peptide supported by a carrier, the peptide containing eight or more lysines which are close to each other, the carrier being capable of supporting the peptide and, in binding the exosome to the peptide, (i) the sample, the peptide, and the carrier being brought into contact with each other or (ii) the sample and the peptide supported by the carrier being brought into contact with each other; and a dissociating step of dissociating the exosome from the complex by bringing the complex which has been obtained in the complex forming step into contact with a dissociation buffer containing metal cations, the peptide having a molecular weight of not more than 15,000. a complex forming step of forming a complex by binding the exosome to a peptide supported by a carrier, the peptide containing eight or more lysines which are close to each other, the carrier being capable of supporting the peptide and, in binding the exosome to the peptide, (i) the sample, the peptide, and the carrier being brought into contact with each other or (ii) the sample and the peptide supported by the carrier being brought into contact with each other; and a dissociating step of dissociating the exosome from the complex by bringing the complex which has been obtained in the complex forming step into contact with a dissociation buffer containing metal cations, the peptide having a molecular weight of not more than 15,000.
A production method of a polyurethane porous membrane to be used for at least one of applications of cell culture and cancer cell growth inhibition, the production method of the polyurethane porous membrane comprising: a first step of forming a layer of a polyurethane material which is uncured, on a substrate, the polyurethane material including a polyol, an isocyanate and a diluting solvent; and a second step of supplying water vapor to an exposed surface of the layer of the polyurethane material formed on the substrate, which is away from the substrate, so as to cure the polyurethane material and provide the layer of the polyurethane material with a porous structure having a plurality of irregularities on the exposed surface, wherein the porous structure of the polyurethane porous membrane provided at the second step is comprised of a plurality of pores open to the exposed surface, the curing temperature is not lower than 40°C, and the polyurethane porous membrane has a thickness of 0.1 to 100 μm. a first step of forming a layer of a polyurethane material which is uncured, on a substrate, the polyurethane material including a polyol, an isocyanate and a diluting solvent; and a second step of supplying water vapor to an exposed surface of the layer of the polyurethane material formed on the substrate, which is away from the substrate, so as to cure the polyurethane material and provide the layer of the polyurethane material with a porous structure having a plurality of irregularities on the exposed surface, wherein the porous structure of the polyurethane porous membrane provided at the second step is comprised of a plurality of pores open to the exposed surface, the curing temperature is not lower than 40°C, and the polyurethane porous membrane has a thickness of 0.1 to 100 μm.
A noise reduction and heat dissipation structure, comprising a motor housing, a motor, a battery housing and a battery pack, and the battery pack being located at an end of the motor, characterized in that the battery pack has a hollow annular structure, and a gap is provided between the battery pack and the battery housing; and a hollow channel of the battery pack and the gap form an airflow channel, an outlet of the airflow channel is an exhaust port, and the exhaust port is provided on the motor housing.
An instrument assembly for a surgical robot system, which comprises a robot assembly with at least one robot (201; 1101, 1102, 1103), with at least one instrument (1; 101; 205; 901; 1104, 1105, 1106) which can be guided by means of the robot assembly and which comprises an instrument shaft (3; 103; 209; 904; 1107, 1108, 1109) which is intended for partial insertion (1110, 1111, 1112) into a patient; a drive train assembly comprising at least one drive train (11-18; 111-118; 906-913) for actuating a degree of freedom of the instrument shaft, in particular of an end effector (208; 1114); a modular drive unit (4; 104; 212; 801, 802, 803; 914) for actuating the drive train assembly; and an instrument housing comprising at least one drive train housing portion (2; 102; 206; 903) on which at least a portion of the drive train assembly is arranged; and at least one drive unit housing portion (2; 102; 206; 902, 915) having a cavity which is arranged to receive the drive unit, wherein the drive unit housing portion comprises a dynamic sterile barrier (8; 19; 119; 211; 920) which delimits the cavity in a sterile manner and through which the drive train assembly can be actuated, characterised in that the drive unit housing portion comprises a closure (5; 105; 213; 916) for sealing an insertion opening of the cavity in a sterile manner. an instrument shaft (3; 103; 209; 904; 1107, 1108, 1109) which is intended for partial insertion (1110, 1111, 1112) into a patient; a drive train assembly comprising at least one drive train (11-18; 111-118; 906-913) for actuating a degree of freedom of the instrument shaft, in particular of an end effector (208; 1114); a modular drive unit (4; 104; 212; 801, 802, 803; 914) for actuating the drive train assembly; and an instrument housing comprising at least one drive train housing portion (2; 102; 206; 903) on which at least a portion of the drive train assembly is arranged; and at least one drive unit housing portion (2; 102; 206; 902, 915) having a cavity which is arranged to receive the drive unit, wherein the drive unit housing portion comprises a dynamic sterile barrier (8; 19; 119; 211; 920) which delimits the cavity in a sterile manner and through which the drive train assembly can be actuated,
A method of supporting application services in a cellular network, the method comprising: an access node (110; 110A, 110B) of the cellular network receiving a message (301, 303, 305, 307, 308, 310) from a further access node (110; 110A, 110B) of the cellular network; the access node (110; 110A, 110B) extracting, from the received message (301, 303, 305, 307, 308, 310), topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B), wherein the topology information further indicates application services supported on a higher hierarchical level than the application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B); the access node (110; 110A, 110B) storing the topology information in a topology database (180; 180A, 180B); the access node (110; 110A, 110B) determining further topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the access node (110; 110A, 110B); the access node (110; 110A, 110B) including the further topology information into a further message (301, 303, 305, 307, 308, 310); and the access node (110; 110A, 110B) sending the further message (301, 303, 305, 307, 308, 310), via an X2 interface, to the further access node (110; 110A, 110B) for storing the further topology information in another topology database (180; 180A, 180B). an access node (110; 110A, 110B) of the cellular network receiving a message (301, 303, 305, 307, 308, 310) from a further access node (110; 110A, 110B) of the cellular network; the access node (110; 110A, 110B) extracting, from the received message (301, 303, 305, 307, 308, 310), topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B), wherein the topology information further indicates application services supported on a higher hierarchical level than the application service platform (150; 150A, 150B) located at the further access node (110; 110A, 110B); the access node (110; 110A, 110B) storing the topology information in a topology database (180; 180A, 180B); the access node (110; 110A, 110B) determining further topology information indicating one or more application services supported by an application service platform (150; 150A, 150B) located at the access node (110; 110A, 110B); the access node (110; 110A, 110B) including the further topology information into a further message (301, 303, 305, 307, 308, 310); and the access node (110; 110A, 110B) sending the further message (301, 303, 305, 307, 308, 310), via an X2 interface, to the further access node (110; 110A, 110B) for storing the further topology information in another topology database (180; 180A, 180B).
A culture dish for the preparation of adherent cell line mounts on culture glass slides, characterized in that the bottom of said culture dish is provided with at least two spacers (2.1) for maintaining the culture glass slides within a pre-defined space, the spacers are located in distances corresponding to the length of the edge of the culture glass slide, and with at least six distancing elements (2.2) for preventing adhesion of the culture glass slides to the culture dish bottom due to capillary forces, said distancing elements having the height in the range of from 0.05 to 0.5 mm, wherein the distancing elements are located in distances which are smaller than the length of the edge of the culture glass slide and greater or equal to 5 mm.
A method for generating a test set for inspection of a design being printed by a printing press, said printing press including a plurality of color units, each one of said color units printing a respective color, said design being composed of a plurality of original layers, each one of said original layers including a topography associated with a color respective thereof, said inspection at least including determining the origin of at least one defect in said printed design, said origin at least relates to which color unit caused said at least one defect, the method comprising the procedures of: generating at least one defective layer of said design by introducing at least one selected virtual defect to at least one selected original layer, in at least one selected location; combining layers using a trained synthesis neural network, said layers including said at least one defective layer and remaining ones of said original layers, said synthesis neural network receiving the values of pixels of said layers at the input thereof, said trained synthesis neural network providing at the output thereof a plurality of feature values respective of each pixel in a synthesized image; and generating said test set from said output of said synthesis neural network, said test set including at least one synthesized test image, said at least one synthesized test image including at least one synthesized defect at said at least one selected location, said synthesized defect generated in each synthesized image displaying characteristics relating to a defect that the printing press may have caused to said printed design, said test set being employed to determine the origin of said at least one defect. generating at least one defective layer of said design by introducing at least one selected virtual defect to at least one selected original layer, in at least one selected location; combining layers using a trained synthesis neural network, said layers including said at least one defective layer and remaining ones of said original layers, said synthesis neural network receiving the values of pixels of said layers at the input thereof, said trained synthesis neural network providing at the output thereof a plurality of feature values respective of each pixel in a synthesized image; and generating said test set from said output of said synthesis neural network, said test set including at least one synthesized test image, said at least one synthesized test image including at least one synthesized defect at said at least one selected location, said synthesized defect generated in each synthesized image displaying characteristics relating to a defect that the printing press may have caused to said printed design, said test set being employed to determine the origin of said at least one defect.
An anti-cluster of differentiation 3 antibody, wherein the anti-CD3 antibody comprises (a) a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO: 7; and (b) a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 8.
A skeleton member (16,18,20) for reinforcement of an automotive vehicle frame in response to an external load, comprising two portions: a) a first portion comprising a plurality of reinforcing ribs (28,34,44) and b) a second portion contiguous with said first portion, the second portion having a surface carrying an expandable plastic material which can be activated at a temperature encountered in an automotive vehicle paint operation, and which upon expansion in the automotive vehicle paint operation creates an expandable adhesive which secures the reinforcement member (16,18,20) in place within the automotive vehicle frame (22,40,42), and the said plurality of reinforcing ribs (28,34,44) are placed adjoining to and in generally non-parallel relationship to the surface carrying the expandable plastic material. characterized in that the skeleton member is of injection moulded plastic and the expandable material is a foamable epoxy-based polymer. a) a first portion comprising a plurality of reinforcing ribs (28,34,44) and b) a second portion contiguous with said first portion, the second portion having a surface carrying an expandable plastic material which can be activated at a temperature encountered in an automotive vehicle paint operation, and which upon expansion in the automotive vehicle paint operation creates an expandable adhesive which secures the reinforcement member (16,18,20) in place within the automotive vehicle frame (22,40,42), and the said plurality of reinforcing ribs (28,34,44) are placed adjoining to and in generally non-parallel relationship to the surface carrying the expandable plastic material.
Method of detection of a predetermined frequency band in an audio data signal which has been previously coded according to a succession of data blocks (B 1, B 2,..., B Z), among which at least certain blocks contain respectively at least one set of spectral parameters representing a linear predictive filter, the predetermined frequency band to be detected being the band of the low frequencies or the band of the high frequencies, said detection method implementing, for a current block (B n) among said at least certain blocks and of which at least one plurality of spectral parameters of said set have been previously decoded, said decoded spectral parameters having an ordered subset of spectral parameters which extends over a predetermined frequency spectrum, the steps consisting in: - determining, among said subset of previously decoded and ordered spectral parameters, the index of the first spectral parameter closest to a threshold frequency, - calculating a criterion for detecting a predetermined frequency band on the basis of said index determined, the criterion being based on the comparison of the distance between two successive parameters among said subset of previously decoded and ordered spectral parameters with respect to said index determined and/or on a mathematical function using as parameter said index determined, - deciding whether said predetermined frequency band is detected in said current block, as a function of the criterion calculated. - determining, among said subset of previously decoded and ordered spectral parameters, the index of the first spectral parameter closest to a threshold frequency, - calculating a criterion for detecting a predetermined frequency band on the basis of said index determined, the criterion being based on the comparison of the distance between two successive parameters among said subset of previously decoded and ordered spectral parameters with respect to said index determined and/or on a mathematical function using as parameter said index determined, - deciding whether said predetermined frequency band is detected in said current block, as a function of the criterion calculated.
A ship (1, 1A, 1B) comprising a tank, for storing liquid hydrogen as a cargo, characterised in that the ship comprises: a cargo pump installed in the tank; and piping (7, 7A, 7B, 7C) for transferring the liquid hydrogen sucked up by the cargo pump to a point over the ocean and disposing of the liquid hydrogen over the ocean, wherein the piping includes an outer peripheral part that contacts external air, and either i) the piping (7, 7A, 7C) comprises an area of contact between a distal-end-side portion of the outer peripheral part and the external air which is greater than an area of contact between a remaining portion of the outer peripheral part and the external air, or ii) the piping comprises an annular ejecting portion formed between an inner pipe and an outer pipe, the inner space of the inner pipe is the disposal passage through which liquid hydrogen flows, and the annular ejecting portion is configured to eject hydrogen gas at a distal end of the outer peripheral part of the piping. a cargo pump installed in the tank; and piping (7, 7A, 7B, 7C) for transferring the liquid hydrogen sucked up by the cargo pump to a point over the ocean and disposing of the liquid hydrogen over the ocean, wherein the piping includes an outer peripheral part that contacts external air, and either i) the piping (7, 7A, 7C) comprises an area of contact between a distal-end-side portion of the outer peripheral part and the external air which is greater than an area of contact between a remaining portion of the outer peripheral part and the external air, or ii) the piping comprises an annular ejecting portion formed between an inner pipe and an outer pipe, the inner space of the inner pipe is the disposal passage through which liquid hydrogen flows, and the annular ejecting portion is configured to eject hydrogen gas at a distal end of the outer peripheral part of the piping. i) the piping (7, 7A, 7C) comprises an area of contact between a distal-end-side portion of the outer peripheral part and the external air which is greater than an area of contact between a remaining portion of the outer peripheral part and the external air, or ii) the piping comprises an annular ejecting portion formed between an inner pipe and an outer pipe, the inner space of the inner pipe is the disposal passage through which liquid hydrogen flows, and the annular ejecting portion is configured to eject hydrogen gas at a distal end of the outer peripheral part of the piping.
A subsea catenary riser system comprising: a conduit comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, the conduit extending between a surface vessel and a subsea support in a catenary form, wherein the surface vessel and subsea support are subject to motion therebetween; and a load arrangement connected between a subsea anchor and the conduit at a region of a connection which is intermediate the vessel and the subsea support to tether the conduit to the subsea anchor and to generate axial tension in the conduit between the region of connection and the vessel, and between the region of connection and the subsea support. a conduit comprising a composite material formed of at least a matrix and one or more reinforcing elements embedded within the matrix, the conduit extending between a surface vessel and a subsea support in a catenary form, wherein the surface vessel and subsea support are subject to motion therebetween; and a load arrangement connected between a subsea anchor and the conduit at a region of a connection which is intermediate the vessel and the subsea support to tether the conduit to the subsea anchor and to generate axial tension in the conduit between the region of connection and the vessel, and between the region of connection and the subsea support.
Assembly with a domestic refrigerator and a packaging device, the domestic refrigerator having a housing and a machine compartment, which is formed in a rear lower region of the housing, and which is delimited by a wall on a side facing a front panel of the housing, characterised in that the wall has on a lower end an oblique first wall section which, starting from an upper wall section edge, is designed to extend obliquely forwards toward the front panel as far as a lower edge and wherein by means of the first oblique wall section a receiving space formed therebelow is embodied for a packaging part, wherein the packaging device surrounds the domestic refrigerator and the packaging device has at least one wedge-shaped packaging part, in particular two wedge-shaped packaging parts, which is arranged in the receiving space.
Antibody, which binds to an Aβ peptide, wherein said Aβ peptide is selected from the following group: pGlu-Aβ 3-38 pGlu-Aβ 3-40 pGlu-Aβ 3-42, and pGlu-Aβ 3-x variants, wherein x is an integer between 10 and 42, characterized in that the variable region of the light chain of said antibody is encoded by the nucleotide sequence of SEQ ID NO: 49 or has the amino acid sequence of SEQ ID NO: 50, and wherein the variable region of the heavy chain of said antibody is encoded by the nucleotide sequence of SEQ ID NO: 51, or has the amino acid sequence of SEQ ID NO: 52. pGlu-Aβ 3-38 pGlu-Aβ 3-40 pGlu-Aβ 3-42, and pGlu-Aβ 3-x variants, wherein x is an integer between 10 and 42, characterized in that the variable region of the light chain of said antibody is encoded by the nucleotide sequence of SEQ ID NO: 49 or has the amino acid sequence of SEQ ID NO: 50, and wherein the variable region of the heavy chain of said antibody is encoded by the nucleotide sequence of SEQ ID NO: 51, or has the amino acid sequence of SEQ ID NO: 52.