mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film comprising: (a) at least one starch layer comprising a modified starch and a water soluble polymer selected from polyvinyl acetate, polyvinyl alcohol or mixtures thereof; and (b) at least one other layer having a water vapour permeability coefficient less than 1 g.mm/m 2.24hr.atm measured at 38°C and 90% relative humidity, as measured using ASTM F 1249-01 said at least one other layer comprising a polyolefin, polyethylene terephthalate, polyvinylchloride and polyvinylidene dichloride or mixtures thereof; wherein the total thickness of the at least one starch layer is greater than 30% of the total thickness of the multilayer film, wherein the multilayer film has an oxygen permeability coefficient less than 0.3 cm 3.mm/m 2.24h.atm at 50% RH, as measured using ASTM F 1927-98, wherein the modified starch has a degree of substitution less than 1.5; and wherein the starch layer optionally comprises polyethylene oxide. (a) at least one starch layer comprising a modified starch and a water soluble polymer selected from polyvinyl acetate, polyvinyl alcohol or mixtures thereof; and (b) at least one other layer having a water vapour permeability coefficient less than 1 g.mm/m 2.24hr.atm measured at 38°C and 90% relative humidity, as measured using ASTM F 1249-01 said at least one other layer comprising a polyolefin, polyethylene terephthalate, polyvinylchloride and polyvinylidene dichloride or mixtures thereof;
Energy generation device (10; 42; 50), comprising - a fixed casing, in which a multiple-axis rotational joint, in particular a spherical joint or universal joint, is arranged and in which an aperture is arranged opposite to said joint (20; 44), said aperture being surrounded by a, preferably spherical, segment on the inner surface of the casing and at least one electrical induction coil being arranged in or on said segment, and - a pendulum (18; 40; 56) with a first and a second end, the first end being attached to the multiple-axis rotational joint and the second end projecting through said aperture out of said casing, a segment corresponding to the segment of the casing being arranged between the first and seconds ends of the pendulum and at least one permanent magnet or electromagnet being arranged on said segment of said pendulum. - a fixed casing, in which a multiple-axis rotational joint, in particular a spherical joint or universal joint, is arranged and in which an aperture is arranged opposite to said joint (20; 44), said aperture being surrounded by a, preferably spherical, segment on the inner surface of the casing and at least one electrical induction coil being arranged in or on said segment, and - a pendulum (18; 40; 56) with a first and a second end, the first end being attached to the multiple-axis rotational joint and the second end projecting through said aperture out of said casing, a segment corresponding to the segment of the casing being arranged between the first and seconds ends of the pendulum and at least one permanent magnet or electromagnet being arranged on said segment of said pendulum.
A composition comprising a Toll-like receptor 2 antagonist for use in treatment or prophylaxis of pancreatic cancer in a subject wherein the TLR2 antagonist is an antibody that specifically binds to TLR2, or an antigen binding fragment thereof.
Mattress system (100; 200) comprising: - a first mattress element which has a recess in an area which when in use is located underneath the user and between the shoulder and hip of a user - an exchangeable insert which can be detachably inserted into the recess of the first mattress element and is held in a detachable manner by the first mattress element; and - a second mattress element which when in use is located above the first mattress element and in an area under the shoulders of the user and/or in an area under the legs of the user has plurality of grooves (108, 111) which extend at least partially along the transverse direction of the second mattress element wherein - the recess in the first mattress element is at least partial trapezoidal in longitudinal section; and/or - the insert is at least partially trapezoidal in longitudinal section characterised in that the insert has at least one of the following properties: - the volume of the insert is greater than the volume of the recess in the first mattress element; - the height of the insert is greater than the depth of the recess in the first mattress element. - a first mattress element which has a recess in an area which when in use is located underneath the user and between the shoulder and hip of a user - an exchangeable insert which can be detachably inserted into the recess of the first mattress element and is held in a detachable manner by the first mattress element; and - a second mattress element which when in use is located above the first mattress element and in an area under the shoulders of the user and/or in an area under the legs of the user has plurality of grooves (108, 111) which extend at least partially along the transverse direction of the second mattress element wherein - the recess in the first mattress element is at least partial trapezoidal in longitudinal section; and/or - the insert is at least partially trapezoidal in longitudinal section - the volume of the insert is greater than the volume of the recess in the first mattress element; - the height of the insert is greater than the depth of the recess in the first mattress element.
End stop for a binding device for securing a boot to a gliding board, comprising a fixed part which is intended to be secured to the gliding board, and a mobile part which is mounted on the fixed part with a possibility of relative movement with at least one transverse component and on which two jaws (13d, 13g) are mounted so as to pivot about a substantially longitudinal axis (Ag, Ad), the end stop comprising a lever that is actuable from the outside of the end stop and takes up a blocking position in which blocking elements (25d, 25g) that are integral with the lever prevent the jaws (13d, 13g) from tilting so as to keep the end stop in a closed configuration in which the jaws (13d, 13g) retain the boot, releasing elements (21, 22) engaging with the blocking elements (25d, 25g) such that the execution of said movement of the mobile part beyond a predetermined travel with respect to the fixed part causes the lever to pass automatically, in particular from the blocking position, towards a freeing position which is different from the blocking position and in which the blocking elements (25d, 25g) allow the jaws (13d, 13g) to tilt, characterized in that these blocking elements (25d, 25g) are formed by lateral flanks of the lever which, in the blocking position of the lever, bear against bearing surfaces (18d, 18g) that are integral with the jaws (13d, 13g), on their inner face.
A foundation system for a foundation of a wind turbine in or on the ground comprising a foundation structure with at least one hollow profile and a support structure of a wind turbine that is inserted or insertable into the at least one hollow profile, wherein a length of the support structure that is inserted or insertable into the at least one hollow profile is adjustable by one or more adapter elements, characterized in that the adapter elements establish a load-dissipating connection between the support structure and hollow profile by means of a console structure that is arranged on the top end of the foundation structure and is connected or connectable by the adapter elements to the support structure.
An optical coupling structure, comprising: an optical amplifier array configured to include a plurality of optical amplifiers arranged in an array direction; an optical fiber array configured to include a plurality of optical fibers arranged in the array direction; and an optical coupling system that optically couples the optical amplifier array and the optical fiber array, characterized in that, in the array direction, the optical coupling system optically couples beams of light signals to an end face of the optical amplifier array obliquely to the end face, and optically couples the beams to an end face of the optical fiber array in parallel with a fiber axis of the optical fiber array, and wherein, in a height direction orthogonal to the array direction, the optical coupling system optically couples the beams to the end face of the optical amplifier array in parallel with a waveguide direction of the optical amplifiers, and optically couples the beams to the end face of the optical fiber array obliquely to the end face of the optical fiber array in the height direction. an optical amplifier array configured to include a plurality of optical amplifiers arranged in an array direction; an optical fiber array configured to include a plurality of optical fibers arranged in the array direction; and an optical coupling system that optically couples the optical amplifier array and the optical fiber array, characterized in that, in the array direction, the optical coupling system optically couples beams of light signals to an end face of the optical amplifier array obliquely to the end face, and optically couples the beams to an end face of the optical fiber array in parallel with a fiber axis of the optical fiber array, and wherein, in a height direction orthogonal to the array direction, the optical coupling system optically couples the beams to the end face of the optical amplifier array in parallel with a waveguide direction of the optical amplifiers, and optically couples the beams to the end face of the optical fiber array obliquely to the end face of the optical fiber array in the height direction.
A method for controlling the real-time detection of at least one scene by a wireless communication device, comprising a succession of scene detection steps mutually spaced by time intervals and an adjustment of the time interval separating a current scene detection step from the preceding scene detection step depending on at least one adjustment criterion linked to at least one preceding actually detected scene, each actually detected scene belonging to a set of reference scenes, each reference scene being associated with a reference duration, and said adjustment criterion linked to said at least one preceding actually detected scene is the reference duration corresponding to the preceding actually detected scene.
Apparatus for removing an inner sheath of electrical conductors of a cable, comprising a holding arrangement/clamping apparatus for clamping the stripped cable from which a shield has been removed, and a sensor and control device for the apparatus, if applicable as a module of a higher-level system control, wherein a socket-shaped receiving means is provided for the end of the cable to be processed and the cable is insertable into a central opening of the receiving means by relative movement of the holding arrangement/clamping device and the receiving means, and wherein a working head is provided which is movable axially with regards to the axis of the central opening relative to the receiving means, which working head has at least one central compressed air nozzle oriented to the end of the cable, wherein the portion of the central opening facing the working head tapers toward the working head in a cone/funnel shape, wherein the minimum inner diameter is preferably formed by a circumferential bar at the rear end of the opening, and wherein the working head has a rotating milling head for milling away the inner sheath.
A method of manufacturing a magnetic material, comprising: a surface oxides decreasing step of decreasing surface oxides of an iron powder; a powder-molded body forming step of mixing the iron powder whose surface oxides are already decreased obtained by the surface oxides decreasing step, and a compound powder "A" constituted by a La element and a Si element, and compressing and molding the obtained mixture powder; and a sintered body forming step of preparing a sintered body from the powder-molded body obtained by the powder-molded body forming step, by a solid phase reaction under vacuum atmosphere, wherein the surface oxides decreasing step includes an iron powder placing step of placing the iron powder in a heating chamber of an electric furnace, after the iron powder placing step, an evacuation step of evacuating the heating chamber to be vacuum, and after the evacuation step, a surface reduction treatment step of performing a surface reduction treatment of the iron powder by heating the heating chamber to process temperature greater than or equal to 400 °C and less than or equal to 1000 °C, and also exposing the iron powder to hydrogen gas to obtain the iron powder whose surface oxides are already decreased; or wherein the surface oxides decreasing step includes an iron ingot forming step of forming an iron ingot by melting and degassing electrolytic iron, and a grinding step of grinding the iron ingot obtained by the iron ingot forming step to obtain the iron powder whose surface oxides are already decreased. a surface oxides decreasing step of decreasing surface oxides of an iron powder; a powder-molded body forming step of mixing the iron powder whose surface oxides are already decreased obtained by the surface oxides decreasing step, and a compound powder "A" constituted by a La element and a Si element, and compressing and molding the obtained mixture powder; and a sintered body forming step of preparing a sintered body from the powder-molded body obtained by the powder-molded body forming step, by a solid phase reaction under vacuum atmosphere, wherein the surface oxides decreasing step includes an iron powder placing step of placing the iron powder in a heating chamber of an electric furnace, after the iron powder placing step, an evacuation step of evacuating the heating chamber to be vacuum, and after the evacuation step, a surface reduction treatment step of performing a surface reduction treatment of the iron powder by heating the heating chamber to process temperature greater than or equal to 400 °C and less than or equal to 1000 °C, and also exposing the iron powder to hydrogen gas to obtain the iron powder whose surface oxides are already decreased; or wherein the surface oxides decreasing step includes an iron ingot forming step of forming an iron ingot by melting and degassing electrolytic iron, and a grinding step of grinding the iron ingot obtained by the iron ingot forming step to obtain the iron powder whose surface oxides are already decreased.
A motor drive circuit for driving a motor using a converter circuit and an inverter circuit, the motor drive circuit is characterized in that it further comprises: a printed circuit board for a control circuit, a lead frame molded board whereon several electronic components making up the converter circuit and the inverter circuit are mounted and whereon metal plate leads are molded with a mold resin, the lead frame molded board which includes a projection as a spacer formed together with the mold resin being mounted on the printed circuit board; wherein a power terminal of some of the several electronic components is connected to the lead frame molded board and a control wiring terminal of some of several electronic components is connected to the printed circuit board. a printed circuit board for a control circuit, a lead frame molded board whereon several electronic components making up the converter circuit and the inverter circuit are mounted and whereon metal plate leads are molded with a mold resin, the lead frame molded board which includes a projection as a spacer formed together with the mold resin being mounted on the printed circuit board; wherein a power terminal of some of the several electronic components is connected to the lead frame molded board and a control wiring terminal of some of several electronic components is connected to the printed circuit board.
A method for preparing a microparticulate complex, comprising the steps of: (a) combining a lipid component and a nucleic acid component in a monophasic solvent system to form a mixture, wherein the monophasic solvent system comprises an aqueous component and an organic solvent, wherein the organic solvent is water-miscible and employed in an amount of from 30% by volume to 55% by volume of the monophasic solvent system, and wherein the monophasic solvent system does not include a halogenated hydrocarbon, wherein the lipid component and the nucleic acid component are independently molecularly or micellarly soluble in the solvent system, and (b) reducing the amount of the organic solvent in the mixture to form a microparticulate complex of the nucleic acid component and the lipid component. (a) combining a lipid component and a nucleic acid component in a monophasic solvent system to form a mixture, wherein the monophasic solvent system comprises an aqueous component and an organic solvent, wherein the organic solvent is water-miscible and employed in an amount of from 30% by volume to 55% by volume of the monophasic solvent system, and wherein the monophasic solvent system does not include a halogenated hydrocarbon, wherein the lipid component and the nucleic acid component are independently molecularly or micellarly soluble in the solvent system, and (b) reducing the amount of the organic solvent in the mixture to form a microparticulate complex of the nucleic acid component and the lipid component.
Laundry washing machine comprising an outer casing and, inside said outer casing, a washing tub, a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, a detergent dispensing assembly which is structured for supplying detergent into the washing tub, a fresh-water supply circuit which is structured for selectively channelling a flow of fresh water from the water mains towards the detergent dispensing assembly and/or the washing tub, and a water softening device which is arranged/located along the fresh-water supply circuit and is structured for reducing the hardness degree of the fresh water channelled to the detergent dispensing assembly and/or the washing tub; the water softening device in turn comprising a water-softening agent container which is arranged/located along the fresh-water supply circuit and is filled with a water softening agent able to reduce the hardness degree of the fresh water flowing through the same water-softening agent container; a regeneration-agent reservoir which is fluidically connected to the water-softening agent container and is structured to receive a consumable regeneration agent for performing a regeneration of the water softening function of the water softening agent stored into the water-softening agent container; and a water supply circuit which is structured for channelling fresh water into the regeneration-agent reservoir so to at least partly dissolve the regeneration agents stored therein to form some brine; the laundry washing machine being characterized in that the regeneration-agent reservoir comprises a hermetically-closable container which is structured for receiving a given amount of consumable regeneration agent; and in that the water softening device furthermore comprises electrically-controlled pressurizing means (28, 30) which are structured to form, into said hermetically-closable container, an air volume or bubble of pressurized air which pressurizes the brine contained into the hermetically-closable container.
Handling device for allowing the manipulation by a person of equipment to be inserted obliquely into a system, said device comprising a support piece intended to be suspended close to said system and to which is coupled a fastening assembly to which is intended to be temporarily fastened said equipment in a waiting position, characterized in that it comprises a curvilinear rail fixedly secured to said fastening assembly and comprising a handling handle, and in that said support piece comprises a curvilinear slide in which said curvilinear rail is slidably mounted in order, when the said person causes the latter to slide by means of the said handling handle, to move it from an initial position to a final position in which the said equipment is in a offset and inclined position suitable for its introduction into the said system.
A method, comprising: reacting dimethylamine (Me 2 NH) with sulfuryl fluoride (SO 2 F 2) in the presence of a solvent to form at least a first phase comprising N-(fluorosulfonyl) dimethylamine (FSO 2 NMe 2), tetramethylsulfamide (SO 2 (NMe 2) 2), or a combination thereof, wherein the solvent is water or a mixture comprising water and a second solvent, and the first phase is a liquid phase; and isolating FSO 2 NMe 2 or SO 2 (NMe 2) 2 from the first phase. reacting dimethylamine (Me 2 NH) with sulfuryl fluoride (SO 2 F 2) in the presence of a solvent to form at least a first phase comprising N-(fluorosulfonyl) dimethylamine (FSO 2 NMe 2), tetramethylsulfamide (SO 2 (NMe 2) 2), or a combination thereof, wherein the solvent is water or a mixture comprising water and a second solvent, and the first phase is a liquid phase; and isolating FSO 2 NMe 2 or SO 2 (NMe 2) 2 from the first phase.
A method, comprising: transmitting, by a sender device, connection information regarding a first apparatus that is connected to the sender device, wherein the transmitting by the sender device is to a receiver device that is connected to a second apparatus and wherein the transmitting is via a machine-to-machine network between the sender device and the receiver device; receiving, by the receiver device, the connection information from the sender device; receiving, by the first apparatus, device information regarding the receiver device through the sender device; receiving, by the second apparatus, the connection information from the receiver device before the receiver device connects to the first apparatus; disconnecting, by the sender device, from the first apparatus; disconnecting, by the receiver device, from the second apparatus; generating, by the first apparatus and the receiver device, a network connection between the first apparatus and the receiver device based at least in part on the connection information regarding the first apparatus and the device information regarding the receiver device, wherein the first apparatus and the second apparatus include at least one of a base station, a mobile device, a building or a structure having a network communication function, wherein the sender device and the receiver device include one of a mobile device, a portable device, a notebook, a personal computer, a personal communication terminal. transmitting, by a sender device, connection information regarding a first apparatus that is connected to the sender device, wherein the transmitting by the sender device is to a receiver device that is connected to a second apparatus and wherein the transmitting is via a machine-to-machine network between the sender device and the receiver device; receiving, by the receiver device, the connection information from the sender device; receiving, by the first apparatus, device information regarding the receiver device through the sender device; receiving, by the second apparatus, the connection information from the receiver device before the receiver device connects to the first apparatus; disconnecting, by the sender device, from the first apparatus; disconnecting, by the receiver device, from the second apparatus; generating, by the first apparatus and the receiver device, a network connection between the first apparatus and the receiver device based at least in part on the connection information regarding the first apparatus and the device information regarding the receiver device, wherein the first apparatus and the second apparatus include at least one of a base station, a mobile device, a building or a structure having a network communication function, wherein the sender device and the receiver device include one of a mobile device, a portable device, a notebook, a personal computer, a personal communication terminal.