mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a cloned non-human, mammalian blastocyst, the method comprising: (a) transferring a donor nucleus obtained from an isolated or cultured non-human, mammalian somatic cell lacking Xist activity into a non-human, mammalian enucleated oocyte; and (b) overexpressing Kdm4d in the oocyte, thereby obtaining a cloned non-human, mammalian blastocyst, wherein the somatic cell lacking Xist activity is produced by the use of: genome editing; a CRISPR system which introduces a deletion or inactivity mutation in a genomic Xist polynucleotide; siRNA; shRNA; or RNAi. (a) transferring a donor nucleus obtained from an isolated or cultured non-human, mammalian somatic cell lacking Xist activity into a non-human, mammalian enucleated oocyte; and (b) overexpressing Kdm4d in the oocyte, thereby obtaining a cloned non-human, mammalian blastocyst, genome editing; a CRISPR system which introduces a deletion or inactivity mutation in a genomic Xist polynucleotide; siRNA; shRNA; or RNAi.
An incontinence pad comprising: a. a topsheet having a body-facing surface and a garment-facing surface; b. a backsheet having a body-facing surface and garment-facing surface; and c. an absorbent core having a front end portion , a central portion , and a rear end portion along its length, said core being disposed between said topsheet garment-facing surface and said backsheet body-facing surface, wherein said core comprises a) a first laminate which includes a first superabsorbent layer disposed onto a first distribution layer and b) a second laminate which includes a second distribution layer joined to a second superabsorbent layer ; wherein said first distribution layer is joined to said second distribution layer or said second superabsorbent layer , wherein said pad exhibits a pad length of from 371 mm to 500 mm according to the Article Length Method; an Acquisition Time for a load of 60 ml of less than 37 seconds according to a Speed of Acquisition with Balloon Applied Pressure Method; a dry pad thickness of between 4.6 mm to 12 mm according to a Pad Thickness Method; and an Energy of Recovery at a load of 30 ml of from 4 mJ to 11 mJ according to a Bunch Compression Method. a. a topsheet having a body-facing surface and a garment-facing surface; b. a backsheet having a body-facing surface and garment-facing surface; and c. an absorbent core having a front end portion , a central portion , and a rear end portion along its length, said core being disposed between said topsheet garment-facing surface and said backsheet body-facing surface, wherein said core comprises a) a first laminate which includes a first superabsorbent layer disposed onto a first distribution layer and b) a second laminate which includes a second distribution layer joined to a second superabsorbent layer ; wherein said first distribution layer is joined to said second distribution layer or said second superabsorbent layer ,
A cleaning system in which the system comprises a fluid conduit and a housing , the housing of the system having a gas-carrying conduit and a device for dispensing a mixture, and the mixture being dispensed from the system, the mixture being producible from at least one gas stream and at least one fluid stream and being dispensed onto a surface , the mixture being suppliable to the device for dispensing the mixture , the device for dispensing the mixture comprising the gas-carrying conduit in the interior of which a fluid conduit extends axially, and the gas-carrying conduit and the fluid conduit being configured as outlet device for dispensing the mixture , characterized in that the outlet device is further configured to be rotatable about the gas-carrying conduit eccentrically to the longitudinal axis thereof, and further has a body for cleaning the surface , wherein the gas-carrying conduit has two sections having end faces directed towards one another, the end faces projecting into a connecting flange , and a section of the gas-carrying conduit is arranged in the interior of the connecting flange opposite to the remaining section of the gas-carrying conduit in a gas-tight displaceable manner, wherein a sealing means is arranged on the inner wall of the connecting flange for sealing the section against the connecting flange , and the fluid conduit bridges the end faces of the sections of the gas-carrying conduit in the interior of the connecting flange , wherein the fluid conduit runs through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device , and the connecting flange is radially rotatable about its longitudinal axis and is arranged on the gas-carrying conduit . the gas-carrying conduit has two sections having end faces directed towards one another, the end faces projecting into a connecting flange , and a section of the gas-carrying conduit is arranged in the interior of the connecting flange opposite to the remaining section of the gas-carrying conduit in a gas-tight displaceable manner, wherein a sealing means is arranged on the inner wall of the connecting flange for sealing the section against the connecting flange , and the fluid conduit bridges the end faces of the sections of the gas-carrying conduit in the interior of the connecting flange , wherein the fluid conduit runs through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device , and the connecting flange is radially rotatable about its longitudinal axis and is arranged on the gas-carrying conduit .
An image processing device, comprising: an image data acquisition unit configured to acquire first image data including a logo image of a first resolution to be printed on a first printer; a logo image data storage unit configured to store logo image data of a different resolution than the first resolution; a logo analyzer configured to read the first image data, and to apply pattern matching using the logo image data stored in the logo image data storage unit to determine whether the logo image is contained in the first image data; a printing position controller configured to specify a printing position of the logo image of a second resolution in second image data; an image data generating unit configured to convert the logo image stored in the logo image data storage unit to a logo image of the second resolution, and to generate the second image data containing the logo image of the second resolution according to the printing position specified by the printing position controller , to be printed on a replacement printer, wherein the first resolution is the resolution of the first printer and the second resolution is the resolution of the replacement printer, and wherein the image data generating unit is adapted to replace, when the logo analyzer determines that the logo image is contained in the first image data, the logo image in the first image data with the logo image of the second resolution. an image data acquisition unit configured to acquire first image data including a logo image of a first resolution to be printed on a first printer; a logo image data storage unit configured to store logo image data of a different resolution than the first resolution; a logo analyzer configured to read the first image data, and to apply pattern matching using the logo image data stored in the logo image data storage unit to determine whether the logo image is contained in the first image data; a printing position controller configured to specify a printing position of the logo image of a second resolution in second image data; an image data generating unit configured to convert the logo image stored in the logo image data storage unit to a logo image of the second resolution, and to generate the second image data containing the logo image of the second resolution according to the printing position specified by the printing position controller , to be printed on a replacement printer, wherein the first resolution is the resolution of the first printer and the second resolution is the resolution of the replacement printer, and wherein the image data generating unit is adapted to replace, when the logo analyzer determines that the logo image is contained in the first image data, the logo image in the first image data with the logo image of the second resolution.
An active physical play piece comprising: a receiver operative to receive signals from one or more other physical play pieces ; a distance module operative to generate proximity data using signals received by the receiver, the proximity data describing distances between the active physical play piece and the one or more other physical play pieces into three or more discrete and non-overlapping levels of proximity; and wherein the three or more discrete and non-overlapping levels of proximity comprise a first level indicating a lack of proximity between play pieces, a second level indicating distant proximity between play pieces and a third level indicating close proximity between play pieces; and a transmitter operative to transmit the proximity data to a computing device arranged to carry out an interactive entertainment experience , such as a game, associated with the play pieces using a computer-readable media comprising device-executable instructions operable when executed to cause the computing device to receive the proximity data from the active physical play piece and reflect changes in proximity levels between play pieces in the interactive entertainment experience. a receiver operative to receive signals from one or more other physical play pieces ; a distance module operative to generate proximity data using signals received by the receiver, the proximity data describing distances between the active physical play piece and the one or more other physical play pieces into three or more discrete and non-overlapping levels of proximity; and wherein the three or more discrete and non-overlapping levels of proximity comprise a first level indicating a lack of proximity between play pieces, a second level indicating distant proximity between play pieces and a third level indicating close proximity between play pieces; and a transmitter operative to transmit the proximity data to a computing device arranged to carry out an interactive entertainment experience , such as a game, associated with the play pieces using a computer-readable media comprising device-executable instructions operable when executed to cause the computing device to receive the proximity data from the active physical play piece and reflect changes in proximity levels between play pieces in the interactive entertainment experience.
A phased-array antenna system that is formed as a monolithic structure of a unitary conductive material, the system comprising: a ground plane ; a plurality of antenna transformer elements comprised of a plurality of sidewalls, each of the plurality of sidewalls having a pattern of holes defined therein, the plurality of transformer elements forming a tapered slot antenna array and conductively coupled to a first surface of the ground plane ; a plurality of connectors formed and conductively coupled to a second surface of the ground plane opposite the first surface, the plurality of connectors being configured to propagate radio frequency signals to or from respective ones of the plurality of antenna transformer elements ; and a signal conductor conductively coupled to an associated one of the plurality of antenna transformer elements and extending in free space from a sidewall of the associated one of the plurality of antenna transformer elements through a sidewall of an adjacent one of the plurality of antenna transformer elements, wherein the plurality of antenna transformer elements are dimensioned to form a balun cavity between respective pairs of the plurality of antenna transformer elements with respect to the ground plane . a ground plane ; a plurality of antenna transformer elements comprised of a plurality of sidewalls, each of the plurality of sidewalls having a pattern of holes defined therein, the plurality of transformer elements forming a tapered slot antenna array and conductively coupled to a first surface of the ground plane ; a plurality of connectors formed and conductively coupled to a second surface of the ground plane opposite the first surface, the plurality of connectors being configured to propagate radio frequency signals to or from respective ones of the plurality of antenna transformer elements ; and a signal conductor conductively coupled to an associated one of the plurality of antenna transformer elements and extending in free space from a sidewall of the associated one of the plurality of antenna transformer elements through a sidewall of an adjacent one of the plurality of antenna transformer elements, wherein the plurality of antenna transformer elements are dimensioned to form a balun cavity between respective pairs of the plurality of antenna transformer elements with respect to the ground plane .
Method of producing at least one light barrier or at least one boundary layer (4-1) in a light-conducting body , which consists of transparent or opaque plastics material and in which light is introduced into the light-conducting body via a side of the light-conducting body by means of at least one light-emitting element, wherein the at least one light barrier or the at least one boundary layer is formed in the light-conducting body by material change, characterised in that a shielding screen with passages is arranged on the upper side (15-2) of the light-conducting body below a UV or IR radiator and the UV or IR radiator introduces UV or IR beams into the light-conducting body only by way of the passages in the shielding screen so that the UV or IR radiator penetrates the region of the light-conducting body only by way of the passages in the shielding screen , so that only reactive transparent pigments, which are arranged in distribution in the light-conducting body, present in this region are activated and form the at least one light barrier or the at least one boundary layer by colour change or thermal transformation of the light-conducting body .
A composite resin for coating a surface comprising: (i) silver nanoparticles; and (ii) a polymer having functional groups capable of interacting with at least some of the silver nanoparticles to prevent or minimise agglomeration of silver nanoparticles; wherein the silver nanoparticles are formed by reduction of silver ions by the functional groups of the polymer without the application of UV light, or heating at a temperature of 100 °C or greater, or the addition of an external reducing agent, or addition of a radical initiator; wherein the polymer is selected from the group comprising methyl acrylate polymers, ethyl acrylate polymers, butyl acrylate polymers, methyl methacrylate polymers, butyl methacrylate polymers, acrylonitrile polymers, polyether polyols, polyester polyols, polycarbonate polyol, poly(meth)acrylate polyol, polyamines, bisphenol A epoxy polymers, and bisphenol F epoxy polymers. (i) silver nanoparticles; and (ii) a polymer having functional groups capable of interacting with at least some of the silver nanoparticles to prevent or minimise agglomeration of silver nanoparticles; wherein the silver nanoparticles are formed by reduction of silver ions by the functional groups of the polymer without the application of UV light, or heating at a temperature of 100 °C or greater, or the addition of an external reducing agent, or addition of a radical initiator; wherein the polymer is selected from the group comprising methyl acrylate polymers, ethyl acrylate polymers, butyl acrylate polymers, methyl methacrylate polymers, butyl methacrylate polymers, acrylonitrile polymers, polyether polyols, polyester polyols, polycarbonate polyol, poly(meth)acrylate polyol, polyamines, bisphenol A epoxy polymers, and bisphenol F epoxy polymers.
Method for producing a mini-vial of the type comprising a tubular container or vial , closed at a first end and open at its second end and capable of containing a product in fluid phase within one of its internal cavities , a plunger sealingly movable in said vial through said second end and having an internal cavity capable of receiving the fluid from said vial through said movement or insertion of the plunger therein, the plunger having a first end on which is placed a sealing cap and a second end movably slidable in the vial and at which is located a membrane filter , said plunger and vial being obtained by moulding by injection of a plastics material, said filter being placed transversely to a longitudinal axis (W) of said plunger, characterised in that the plunger is overmoulded onto the membrane filter and incorporates its perimeter edge , the membrane filter forming a single body with the plunger , and in that at the second end of the plunger a support body is envisaged, centred on the longitudinal axis (W) of said plunger and capable of protecting the membrane filter, the membrane filter being positioned between the second end of the plunger and against said support body , the latter being overmoulded onto the above-mentioned membrane filter , the membrane filter reaching up the first end of the vial when the plunger is fully inserted in the tubular container or vial .
A film comprising: a release layer defining a first outer film surface; and an adhesion layer defining a second outer film surface opposite the first outer film surface, the adhesion layer comprising a hydrogenated styrene block copolymer with a styrene content in a range of 30% to 40% by weight, wherein the hydrogenated styrene block copolymer is in a range of 15% to 80% by weight of the adhesion layer and the adhesion layer further comprises 10% to 50% by weight of low density polyethylene and 10% to 35% by weight of high density polyethylene. a release layer defining a first outer film surface; and an adhesion layer defining a second outer film surface opposite the first outer film surface, the adhesion layer comprising a hydrogenated styrene block copolymer with a styrene content in a range of 30% to 40% by weight, wherein the hydrogenated styrene block copolymer is in a range of 15% to 80% by weight of the adhesion layer and the adhesion layer further comprises 10% to 50% by weight of low density polyethylene and 10% to 35% by weight of high density polyethylene.
A method for mounting an enclosure , including components of a remote control locomotive within the enclosure , said components being configured to enable rail operators to remotely control an operation of said remote control locomotive by a handheld remote controller, to a locomotive handrailing of the said remote control locomotive without requiring use of tools, said method comprising the steps of: providing a quick connect mounting assembly , said quick connect mounting assembly comprising: an upper horizontal arm , and first and second hooks whereby the first and second hooks are slidably coupled to the upper horizontal arm , and the first and second hooks are slidable relative to each other along an upper surface of the upper horizontal arm to thereby allow adjustment to a distance separating the first and second hooks , and hooking the first and second hooks over and onto the locomotive handrailing . to a locomotive handrailing of the said remote control locomotive without requiring use of tools, said method comprising the steps of: providing a quick connect mounting assembly , said quick connect mounting assembly comprising: an upper horizontal arm , and first and second hooks whereby the first and second hooks are slidably coupled to the upper horizontal arm , and the first and second hooks are slidable relative to each other along an upper surface of the upper horizontal arm to thereby allow adjustment to a distance separating the first and second hooks , and hooking the first and second hooks over and onto the locomotive handrailing . providing a quick connect mounting assembly , said quick connect mounting assembly comprising: an upper horizontal arm , and first and second hooks whereby the first and second hooks are slidably coupled to the upper horizontal arm , and the first and second hooks are slidable relative to each other along an upper surface of the upper horizontal arm to thereby allow adjustment to a distance separating the first and second hooks , and an upper horizontal arm , and first and second hooks whereby the first and second hooks are slidably coupled to the upper horizontal arm , and the first and second hooks are slidable relative to each other along an upper surface of the upper horizontal arm to thereby allow adjustment to a distance separating the first and second hooks , and the first and second hooks are slidably coupled to the upper horizontal arm , and the first and second hooks are slidable relative to each other along an upper surface of the upper horizontal arm to thereby allow adjustment to a distance separating the first and second hooks , and hooking the first and second hooks over and onto the locomotive handrailing .
Oscillator for a flat loudspeaker , having a coil carrier which carries a coil; having an oscillating part carrier which is connected to the coil carrier and which has an inwardly directed spring system which is inverted with respect to the coil carrier , wherein the oscillating part carrier has an inner ring and an outer ring which are connected via spring elements of the spring system , wherein the coil carrier is irreversibly fastened to the outer ring such that the spring elements of the spring system are arranged completely within the structure of the coil carrier ; having a coupling ring for coupling the oscillator to a sonic transducer of the flat loudspeaker , wherein the oscillating part carrier is releasably connected to the coupling ring via a closure device (21-25); and having an annular gap magnet system which has an annular gap, wherein the spring elements of the spring system are arranged completely within the annular gap.
A computer-implemented method comprising: using one or more instrumented probes, monitoring a compute endpoint at runtime for create, read, write, update, and delete, CRUD, operations being performed on the compute endpoint; based on content of the CRUD operations, generating an event to analyze a given CRUD operation; responsive to the generated event, maintaining one or more compute components affected by the given CRUD operation in a quarantine state; attempting to establish trust of the one or more affected compute components; and removing the one or more affected compute components from the quarantine state, if trust of the one or more affected compute components is established by the attempting, or executing at least one callback routine to mitigate results of the given CRUD operation, if trust of the one or more affected compute components is not established by the attempting. using one or more instrumented probes, monitoring a compute endpoint at runtime for create, read, write, update, and delete, CRUD, operations being performed on the compute endpoint; based on content of the CRUD operations, generating an event to analyze a given CRUD operation; responsive to the generated event, maintaining one or more compute components affected by the given CRUD operation in a quarantine state; attempting to establish trust of the one or more affected compute components; and removing the one or more affected compute components from the quarantine state, if trust of the one or more affected compute components is established by the attempting, or executing at least one callback routine to mitigate results of the given CRUD operation, if trust of the one or more affected compute components is not established by the attempting.
A polypeptide comprising at least four domains specifically binding to a certain MHC-peptide complex, said domains separated by linker amino acid sequences, thereby providing each domain with the capability to bind a separate MHC-peptide complex, wherein said specific binding domains comprise an immunoglobulin fragment, wherein said immunoglobulin fragments are a natural, mutated and/or synthetic variable domain VH of an antibody.