mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining a liquid product for improving the adhesion, on a substrate, of mortars and glues with a hydraulic binder base, said product having the form of an aqueous dispersion of a resin, characterised in that, as a raw material, a dispersion of commercial natural rubber latex stabilised with ammonia is used and at least one anionic stabiliser and in that the method comprises the following steps: - diluting of said natural latex dispersion by adding water with stirring, - adding to said dispersion, during said adding of water with stirring, of at least one agent able to neutralise said anionic stabiliser, and - adding of an acid in order to neutralise the ammonia and confer an acidic pH to said diluted dispersion. - diluting of said natural latex dispersion by adding water with stirring, - adding to said dispersion, during said adding of water with stirring, of at least one agent able to neutralise said anionic stabiliser, and - adding of an acid in order to neutralise the ammonia and confer an acidic pH to said diluted dispersion.
An edge treatment for a roof, wherein said roof is coated with a PVC membrane, said edge treatment including: a metal facia strip intended to be fixed to said roof with said PVC membrane trapped between said metal facia strip and said roof; a cover strip intended to bond said metal facia strip to said PVC membrane; wherein said cover strip includes an outer PVC layer having a bottom surface covered with a barrier layer effective to prevent plasticizer migration; wherein said barrier layer is in turn coated with a pressure-sensitive adhesive layer. a metal facia strip intended to be fixed to said roof with said PVC membrane trapped between said metal facia strip and said roof; a cover strip intended to bond said metal facia strip to said PVC membrane; wherein said cover strip includes an outer PVC layer having a bottom surface covered with a barrier layer effective to prevent plasticizer migration; wherein said barrier layer is in turn coated with a pressure-sensitive adhesive layer.
Method for producing a grooved drum for a textile machine that produces cross-wound packages, the grooved drum having grooves for displacing a thread on a cross-wound package, the grooves having crossing points and reversal points, characterised in that a ceramic coating is applied only at the crossing points and at the reversal points by means of a thermal spraying method or an electrochemical method and, for the application of the ceramic coating, the grooved drum is positioned in a cylindrical auxiliary device, the auxiliary device having openings at the reversal points and at the crossing points.
A double cabin light commercial vehicle for transporting cargo and passengers comprising a passenger seat assembly,, wherein said seat assembly comprises a backrest part and a seating part forming a seating construction, and at least two rigid beams (3, 3') for holding and securing said seating construction in position and capable of absorbing rear, front and side impact forces exerted on the passenger seat assembly during a collision, wherein the seating construction provides seating for at least two seats, preferably at least three seats, more preferably at least four seats, and wherein the at least two rigid beams (3, 3') each comprise a first and a second longitudinal end (7, 7', 8, 8'), wherein both longitudinal ends of the at least two rigid beams (3, 3') are adapted to be in anchored connection with a C-pillar or D-pillar of the vehicle, preferably the C-pillar, wherein the at least two rigid beams (3, 3') are positioned parallel with respect to each other, and wherein the passenger seat assembly is not in an anchored connection to a floor portion of the vehicle.
Method for preparing a feed additive, characterized in that a fermentation broth containing L-amino acid, which has a water content of 35 to 75% by weight and a content of surface-active substance of 0.025 to 20% by weight, is converted by drying into a particulate composition wherein the fermentation broth comprises antifoaming agent in an amount of 0.025 to 20% by weight or corn steep liquor in an amount of 1 to 10% by weight and wherein the antifoaming agent is selected from polyglycols and phospholipids and wherein the corn steep liquor has a dry mass of at least 40% by weight and a residual sugar content of at most 2% by weight.
Storage system for storing a cryogenic medium, in particular for storing hydrogen, comprising a storage container for receiving the medium, wherein at least one pipe projects from outside the storage container into the storage container, wherein the pipe is closed at the end thereof directed away from the storage container and is open at the end thereof located in the storage container, wherein a shut-off valve is arranged on the pipe so that the inner space of the pipe is connected to the inner space of the storage container in a fluid-conducting manner when the shut-off valve is opened and the inner space of the pipe is not connected to the inner space of the storage container in a fluid-conducting manner when the shut-off valve is closed, wherein the external diameter of the pipe is small over the entire pipe length, wherein the pipe is configured to form thermo-acoustic oscillations and is thus part of a thermo-acoustic pressure build-up system, wherein the components of the thermo-acoustic pressure build-up system are limited to a thin pipeline of the pipe and the shut-off valve, wherein a liquid removal line is adapted to remove liquid medium from the storage container.
A method for forming an antimicrobially-treated fabric, said method comprising: forming a solution from a liquid and an antimicrobial agent; combining a cellulosic fibrous material with said solution to form a liquid suspension, wherein said antimicrobial agent becomes substantive to said cellulosic fibrous material after being combined therewith; forming a web from said liquid suspension of said antimicrobially-treated cellulosic fibrous material such that substantially all of the cellulosic fibrous material present within said web is derived from said antimicrobially-treated cellulosic fibrous material; hydraulically entangling said web of antimicrobially-treated fibrous material with a nonwoven substrate; and drying said web so that said antimicrobial agent forms a covalent bond with said cellulosic fibrous material; wherein said antimicrobially-treated cellulosic fibres comprise between about 60% and about 90% by weight of the fabric. forming a solution from a liquid and an antimicrobial agent; combining a cellulosic fibrous material with said solution to form a liquid suspension, wherein said antimicrobial agent becomes substantive to said cellulosic fibrous material after being combined therewith; forming a web from said liquid suspension of said antimicrobially-treated cellulosic fibrous material such that substantially all of the cellulosic fibrous material present within said web is derived from said antimicrobially-treated cellulosic fibrous material; hydraulically entangling said web of antimicrobially-treated fibrous material with a nonwoven substrate; and drying said web so that said antimicrobial agent forms a covalent bond with said cellulosic fibrous material; wherein said antimicrobially-treated cellulosic fibres comprise between about 60% and about 90% by weight of the fabric.
A computer-implemented method for scheduling federated learning tasks for training a federated learning model, the method comprising: acquiring data associated with the routes of a plurality of mobile communication devices; determining a subset of mobile communication devices which share a same route for a given amount of time based on the data associated with the routes of the plurality of mobile communication devices; determining one or more base stations located along the shared route; estimating, for the one or more base stations, points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; determining at least one of: an amount of required processing resources at the base stations and an amount of required processing resources at the subset of mobile communication devices, wherein the determination is based on the estimated points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; and generating a schedule for a plurality of federated learning tasks to be performed at the subset of mobile communication devices and the one or more base stations, wherein the generation of the schedule is based on priority levels associated with the plurality of federated learning tasks, estimated points of time at which the subset of mobile communication devices are in coverage areas of the one or more base stations, and at least one of: the amount of required processing resources at the one or more base stations and the amount of required processing resources at the subset of mobile communication devices. acquiring data associated with the routes of a plurality of mobile communication devices; determining a subset of mobile communication devices which share a same route for a given amount of time based on the data associated with the routes of the plurality of mobile communication devices; determining one or more base stations located along the shared route; estimating, for the one or more base stations, points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; determining at least one of: an amount of required processing resources at the base stations and an amount of required processing resources at the subset of mobile communication devices, wherein the determination is based on the estimated points of time at which the subset of mobile communication devices are in coverage areas of respective base stations; and generating a schedule for a plurality of federated learning tasks to be performed at the subset of mobile communication devices and the one or more base stations, wherein the generation of the schedule is based on priority levels associated with the plurality of federated learning tasks, estimated points of time at which the subset of mobile communication devices are in coverage areas of the one or more base stations, and at least one of: the amount of required processing resources at the one or more base stations and the amount of required processing resources at the subset of mobile communication devices.
A gelcoat composition comprising - a base resin; - a reactive diluent component either a) comprising styrene and one or more alternative reactive diluents or b) consisting of one or more alternative reactive diluents; wherein the alternative reactive diluent comprises one or more linear or branched chained acrylic monomers selected from the group consisting of butyl acrylate, butyl methacrylate, hexyl acrylate, hexyl methacrylate, 2-ethylhexyl acrylate, 2-ethylhexyl methacrylate, lauryl acrylate, lauryl methacrylate, 1,4-butanediol diacrylate, 1,4-butanediol dimethacrylate, 1,6-hexanediol diacrylate, 1,6-hexanediol dimethacrylate, 1,12-dodecanediol dimethacrylate, polyethylene glycol diacrylate, polyethylene glycol dimethacrylate, polypropylene glycol diacrylate, polypropylene glycol dimethacrylate and combinations thereof; - a pigment; and - more than 2% by weight inorganic extended filler. - a base resin; - a reactive diluent component either a) comprising styrene and one or more alternative reactive diluents or b) consisting of one or more alternative reactive diluents; wherein the alternative reactive diluent comprises one or more linear or branched chained acrylic monomers selected from the group consisting of butyl acrylate, butyl methacrylate, hexyl acrylate, hexyl methacrylate, 2-ethylhexyl acrylate, 2-ethylhexyl methacrylate, lauryl acrylate, lauryl methacrylate, 1,4-butanediol diacrylate, 1,4-butanediol dimethacrylate, 1,6-hexanediol diacrylate, 1,6-hexanediol dimethacrylate, 1,12-dodecanediol dimethacrylate, polyethylene glycol diacrylate, polyethylene glycol dimethacrylate, polypropylene glycol diacrylate, polypropylene glycol dimethacrylate and combinations thereof; - a pigment; and - more than 2% by weight inorganic extended filler.
An acoustic part comprising a housing having at least one sound hole, an adhesive layer formed into a frame shape, and a waterproof filter attached so as to cover the sound hole with the adhesive layer interposed between the waterproof filter and the housing, and wherein the housing is provided with a stepped portion for allowing the waterproof filter to engage therewith or a stepped portion as a marker showing an attachment position of the waterproof filter, characterized in that the waterproof filter has a larger size than the size of the frame-shaped adhesive layer whereby an outer peripheral portion of the frame-shaped adhesive layer is recessed with respect to an outer peripheral portion of the waterproof filter.
A composite preparation comprising: a core containing a first active ingredient; and a film coating layer containing a second active ingredient, wherein the film coating layer comprises a polyvinyl alcohol-polyethylene glycol graft copolymer and polyvinyl alcohol, wherein a weight ratio of the polyvinyl alcohol-polyethylene glycol graft copolymer to the polyvinyl alcohol is 7:3 to 4:6, and wherein the second active ingredient comprises a 5-α-reductase inhibitor selected from the group consisting of finasteride, dutasteride and any combination thereof. a core containing a first active ingredient; and a film coating layer containing a second active ingredient, wherein the film coating layer comprises a polyvinyl alcohol-polyethylene glycol graft copolymer and polyvinyl alcohol, wherein a weight ratio of the polyvinyl alcohol-polyethylene glycol graft copolymer to the polyvinyl alcohol is 7:3 to 4:6, and wherein the second active ingredient comprises a 5-α-reductase inhibitor selected from the group consisting of finasteride, dutasteride and any combination thereof.
A microfluidic assembly (100, 400) comprising: a planar microfluidic separation device (120, 420) including a substrate (121, 421) comprising at least one of a glass or a ceramic; and a support body (150, 450) configured to receive the planar microfluidic separation device therein, the support body configured for applying a distributed compressive preload of at least about 13.789,5 kPa (2 kpsi) to the substrate of the planar microfluidic separation device, which preload counteracts an internal fluid stress within the substrate (121, 421) of the planar microfluidic separation device (120, 420) under operating conditions. a planar microfluidic separation device (120, 420) including a substrate (121, 421) comprising at least one of a glass or a ceramic; and a support body (150, 450) configured to receive the planar microfluidic separation device therein, the support body configured for applying a distributed compressive preload of at least about 13.789,5 kPa (2 kpsi) to the substrate of the planar microfluidic separation device, which preload counteracts an internal fluid stress within the substrate (121, 421) of the planar microfluidic separation device (120, 420) under operating conditions.
Apparatus comprising a receiving apparatus for securing data of a journey registration system in rail transport and a plurality of network nodes of a distributed database, wherein the receiving apparatus is configured to implement a first network node of the distributed database, having: an acquisition facility, configured for acquiring a recorded data packet and a signature of the recorded data packet, wherein the signature embodies a unique fingerprint of the recorded data packet, a monitoring facility, configured for monitoring a storing of the recorded data packet in the distributed database, and a temporary storage facility, configured for temporarily storing the signature as a function of the monitoring of the storing of the recorded data packet in the distributed database, wherein the temporary storage facility is configured to terminate the temporary storage of the signature when the acquired data packet is stored in the distributed database. an acquisition facility, configured for acquiring a recorded data packet and a signature of the recorded data packet, wherein the signature embodies a unique fingerprint of the recorded data packet, a monitoring facility, configured for monitoring a storing of the recorded data packet in the distributed database, and a temporary storage facility, configured for temporarily storing the signature as a function of the monitoring of the storing of the recorded data packet in the distributed database,
A method comprising: at a router device in a network, receiving a Session Traversal Utilities for Network Address Translators, STUN, message from a client device (102; 104) in the network along a network path; the method being characterized by evaluating the STUN message for information that has been added to the STUN message by another router in the network path, that indicates to the router device to modify media that is subsequently sent along the network path; and if the evaluating indicates that the router device is to modify the media, modifying the media in accordance with information in the STUN message that indicates attributes of the network. at a router device in a network, receiving a Session Traversal Utilities for Network Address Translators, STUN, message from a client device (102; 104) in the network along a network path; the method being characterized by evaluating the STUN message for information that has been added to the STUN message by another router in the network path, that indicates to the router device to modify media that is subsequently sent along the network path; and if the evaluating indicates that the router device is to modify the media, modifying the media in accordance with information in the STUN message that indicates attributes of the network.
A method for lossless data compression of two-dimensional and rotationally symmetric interferogram images obtained from intensity measuring pixels of a detector matrix (I(i, j)) have been detected, characterized by the following steps: - assigning a radius value f(i, j) according to a mapping rule, which exploits the concentric circular structure of the interferogram images, to each pixel (i, j) of the detector matrix, - starting from a 2x2 pixel quartet in the center of the detector matrix by preferred rays passing from these 4 pixels to the outside, defining two types of preferred axes, wherein the first type of preferred axes are diagonal axes, and second type of preferred axes are central axes, - generating from characteristic tables for predicting the intensities as a function of the radius values f(i, j) on the preferred axes using intensity signals of the detector matrix (I (i, j)), - generating a reference image R(i, j) using the characteristic tables, and - compression of the interferogram images using the so generated reference image R (i, j). - assigning a radius value f(i, j) according to a mapping rule, which exploits the concentric circular structure of the interferogram images, to each pixel (i, j) of the detector matrix, - starting from a 2x2 pixel quartet in the center of the detector matrix by preferred rays passing from these 4 pixels to the outside, defining two types of preferred axes, wherein the first type of preferred axes are diagonal axes, and second type of preferred axes are central axes, - generating from characteristic tables for predicting the intensities as a function of the radius values f(i, j) on the preferred axes using intensity signals of the detector matrix (I (i, j)), - generating a reference image R(i, j) using the characteristic tables, and - compression of the interferogram images using the so generated reference image R (i, j).
A socket comprising: a base; and a connection fitting including a bracket and a spring member, said connection fitting being assembled to an upper surface of the base, the spring member being adapted to be pressed and elastically deformed to sandwich a lead between the bracket and the spring member, wherein a position restricting protrusion is protruded on the upper surface of the base such that the position restricting protrusion comes into contact with the spring member when being depressed and deformed to prevent plastic deformation, characterised in that a fitting hole is provided to the bracket of the connection fitting such that the fitting hole is fitted and assembled to the position restricting protrusion so that the bracket is assembled to the base via the position restricting protrusion of the base. a base; and a connection fitting including a bracket and a spring member, said connection fitting being assembled to an upper surface of the base, the spring member being adapted to be pressed and elastically deformed to sandwich a lead between the bracket and the spring member, wherein a position restricting protrusion is protruded on the upper surface of the base such that the position restricting protrusion comes into contact with the spring member when being depressed and deformed to prevent plastic deformation, characterised in that a fitting hole is provided to the bracket of the connection fitting such that the fitting hole is fitted and assembled to the position restricting protrusion so that the bracket is assembled to the base via the position restricting protrusion of the base.
An insulated electric wire formed by covering a rectangular conductor wire having a rectangular cross-sectional shape with an insulating film, wherein the insulating film is formed of an inner layer covering a surface of the rectangular conductor wire, and an outer layer covering a surface of the inner layer, a thickness t 1 of a section of the inner layer, which covers one short side of two facing short sides (11A, 11B) of the same length of a rectangular cross section of the rectangular conductor wire, is greater than a thickness t 2, which includes that t 2 = 0, of a section of the inner layer which covers the other short side, wherein the rectangular conductor wire is a copper wire, characterized in that an elastic modulus of the inner layer is less than an elastic modulus of the outer layer, or a yield stress of the inner layer is less than a yield stress of the outer layer, or both of the elastic modulus and the yield stress of the inner layer are less than the elastic modulus and the yield stress of the outer layer, a ratio t 1 /t 3 of the thickness t 1 of the section of the inner layer, which covers the one short side, to a thickness t 3 of a section of the outer layer, which covers the one short side via the inner layer, is in a range of 0.15 to 0.35, a material of the inner layer is a polyimide resin or a polyamide-imide resin which has a urethane backbone, and a material of the outer layer is a polyimide resin or a polyamide-imide resin. wherein the insulating film is formed of an inner layer covering a surface of the rectangular conductor wire, and an outer layer covering a surface of the inner layer, a thickness t 1 of a section of the inner layer, which covers one short side of two facing short sides (11A, 11B) of the same length of a rectangular cross section of the rectangular conductor wire, is greater than a thickness t 2, which includes that t 2 = 0, of a section of the inner layer which covers the other short side, wherein the rectangular conductor wire is a copper wire, characterized in that an elastic modulus of the inner layer is less than an elastic modulus of the outer layer, or a yield stress of the inner layer is less than a yield stress of the outer layer, or both of the elastic modulus and the yield stress of the inner layer are less than the elastic modulus and the yield stress of the outer layer, a ratio t 1 /t 3 of the thickness t 1 of the section of the inner layer, which covers the one short side, to a thickness t 3 of a section of the outer layer, which covers the one short side via the inner layer, is in a range of 0.15 to 0.35, a material of the inner layer is a polyimide resin or a polyamide-imide resin which has a urethane backbone, and a material of the outer layer is a polyimide resin or a polyamide-imide resin.