mhurhangee/ep-ind-claims huggingface dataset:
A beverage preparation machine comprising: - a base having a fluid circuit for conditioning and delivering a fluid via a base outlet, in particular a fluid circuit connected to a fluid source and controlled by a control unit and comprising a pump and/or a thermal conditioner such as a heater and/or a cooler; and - a user-removable module having a module inlet and a fluid circuit (25,26) extending therefrom, the inlet being disconnectably connectable to the base outlet, the module comprising a mixing unit downstream the module inlet for holding an ingredient that is mixed downstream said inlet with fluid fed into the unit via the base outlet and the module inlet to form a mixture that is dispensed via a machine outlet, characterised in that the module fluid circuit (25,26) extending from the inlet is unpowered and passive and in that the module inlet is in fluid communication with the mixing unit via: - an anti-return valve; and/or - a fluid conduit that has a ratio of length and cross-section that is sufficiently high to prevent a return-flow of the mixture from the mixing unit to the base outlet, whereby the fluid circuit of the base, the module inlet, the mixing unit and the machine outlet are configured to prevent that the mixture formed in the mixing unit contacts the base outlet via the module inlet. - a base having a fluid circuit for conditioning and delivering a fluid via a base outlet, in particular a fluid circuit connected to a fluid source and controlled by a control unit and comprising a pump and/or a thermal conditioner such as a heater and/or a cooler; and - a user-removable module having a module inlet and a fluid circuit (25,26) extending therefrom, the inlet being disconnectably connectable to the base outlet, the module comprising a mixing unit downstream the module inlet for holding an ingredient that is mixed downstream said inlet with fluid fed into the unit via the base outlet and the module inlet to form a mixture that is dispensed via a machine outlet, - an anti-return valve; and/or - a fluid conduit that has a ratio of length and cross-section that is sufficiently high to prevent a return-flow of the mixture from the mixing unit to the base outlet,
A switch assembly comprising: - a socket, - a top cap and an intermediate cart located in the socket, characterised in that: the intermediate cart is in sliding engagement with the socket to allow a sliding movement upon an activation force applied to the top cap, the top cap is in a spherical or pivot engagement with the intermediate cart to allow a spherical or pivot movement of the top cap upon an activation force applied to the top cap, and wherein an activation force of the sliding movement is lower than an activation force of the pivot movement. - a socket, - a top cap and an intermediate cart located in the socket, the intermediate cart is in sliding engagement with the socket to allow a sliding movement upon an activation force applied to the top cap, the top cap is in a spherical or pivot engagement with the intermediate cart to allow a spherical or pivot movement of the top cap upon an activation force applied to the top cap, and wherein an activation force of the sliding movement is lower than an activation force of the pivot movement.
An oral delivery system comprising a first compartment and a second compartment, said first compartment comprising a first component comprising natural unbranched polysaccharide, said second compartment comprising a second component comprising multivalent cations, wherein the oral delivery system is adapted for administering the first and second components (FC, SC) in a synchronized manner to the oral cavity, whereby a bioadhesive gel is formed from said natural unbranched polysaccharide and said multivalent cations in a cross-linking reaction, wherein the first and/or second components (FC, SC) comprise(s) at least one active ingredient, wherein said active ingredient comprises nicotine, wherein said natural unbranched polysaccharides comprise alginate, wherein said oral delivery system is adapted for delivering a pre-defined amount of nicotine to the oral cavity, where said pre-defined amount is 0.5 - 4 mg.
A method for manufacturing security documents (D 1, D 2, D x) in the form of separate foils (F 1, F 2, F x), each foil comprising at least one security document (D 1, D 2, D x), this document including at least one window which passes right therethrough to lead to each of its opposite faces (10, 11), this window being closed by a translucent or transparent film (3; 4) which is made secured to one of said opposite faces (10, 11), called "first face", this film (3; 4) including at least one security element located and marked in the area delimited by said window, so that it is visible therethrough, on both sides, and which comprises a step during which said security element is transferred to said document by hot transfer, either independently or at the same time as said film (3; 4), characterized in that several security elements each intended to be positioned in an area delimited by a window, are each respectively integrated in juxtaposed and independent assemblies which include a portion of transparent or translucent film, these assemblies being carried by one and the same support material, and in that each assembly is detached from said support material during said hot transfer to be applied individually to said foils (F 1, F 2, F x).
Seal between a drum of a drum cannon having a plurality of firing chambers and a weapon barrel, wherein incorporated between the two there is an elastically pretensioned obturation ring, which presses against the end face of the weapon barrel and the end face of the firing chamber that is in line with the bore axis of the weapon barrel in such a way that immediate sealing occurs even under small gas pressures, wherein the obturation ring has an L-shaped profile, wherein the angle between the legs (5, 6) is somewhat greater than 90° when the obturation ring is not pretensioned and the pretensioning is performed by a disk.
A method of removing carbon dioxide from a process gas, the method characterized by a) allowing an ammoniated solution to enter an absorption arrangement, said absorption arrangement comprising at least a first absorber operating at a temperature between about 10°C to 20°C (50°F to 68°F); b) contacting the ammoniated solution with the process gas in said first absorber, the ammoniated solution capturing at least a part of the carbon dioxide of the process gas; c) allowing the ammoniated solution to exit the absorption arrangement following carbon dioxide capture; d) cooling the ammoniated solution, to a temperature between about 0°C to 10°C (32°F to 50°F) outside the absorption arrangement, wherein at least a part of the captured carbon dioxide is precipitated as solid salt; e) allowing the cooled ammoniated solution to enter a separator, in which separator at least a part of the precipitated solids are removed from the ammoniated solution, after which the ammoniated solution is allowed to exit the separator; f) heating the ammoniated solution exited from the separator; and g) allowing the heated ammoniated solution to re-enter the absorption arrangement. a) allowing an ammoniated solution to enter an absorption arrangement, said absorption arrangement comprising at least a first absorber operating at a temperature between about 10°C to 20°C (50°F to 68°F); b) contacting the ammoniated solution with the process gas in said first absorber, the ammoniated solution capturing at least a part of the carbon dioxide of the process gas; c) allowing the ammoniated solution to exit the absorption arrangement following carbon dioxide capture; d) cooling the ammoniated solution, to a temperature between about 0°C to 10°C (32°F to 50°F) outside the absorption arrangement, wherein at least a part of the captured carbon dioxide is precipitated as solid salt; e) allowing the cooled ammoniated solution to enter a separator, in which separator at least a part of the precipitated solids are removed from the ammoniated solution, after which the ammoniated solution is allowed to exit the separator; f) heating the ammoniated solution exited from the separator; and g) allowing the heated ammoniated solution to re-enter the absorption arrangement.
Head support for a seat of an automotive vehicle, said head support comprising: - a mounting bracket on a backrest of said seat, - a mounting structure for a speaker, said structure being connected to the upper section of said bracket, - said speaker connected to said structure, - a moulded, upholstered foam block, elastically compressible covering said structure, said block being equipped with an orifice leading to said speaker and defining a duct intended to enable the propagation of sound waves released by said speaker, - and a cover for said block, said head support being characterised in that said cover is formed by multiple flexible covered elements (9, 9a) connected to each other, one of said elements being conformed in a way to present: - a tubular covered wall of said duct, so that said element enables sound waves to be directed, - a porous bottom duct wall intended to ensure protection of said speaker, while allowing the passing through of sound waves. - a mounting bracket on a backrest of said seat, - a mounting structure for a speaker, said structure being connected to the upper section of said bracket, - said speaker connected to said structure, - a moulded, upholstered foam block, elastically compressible covering said structure, said block being equipped with an orifice leading to said speaker and defining a duct intended to enable the propagation of sound waves released by said speaker, - and a cover for said block, - a tubular covered wall of said duct, so that said element enables sound waves to be directed, - a porous bottom duct wall intended to ensure protection of said speaker, while allowing the passing through of sound waves.
A strap tightener assembly for an orthopedic device having a frame member, the assembly comprising: a flexible base having first and second ends; a tightening device being movable relative to the base; a strap assembly having a first end coupled to the tightening device and being linearly moveable relative to the base; an elongate strap having a first end secured to the second end of the strap assembly; wherein the base includes a locking element protruding perpendicularly relative to the base from the first end thereof and being securable at an opening formed on the frame member of the orthopedic device characterised in that the tightening device - is mounted on the base near the first end thereof, - has incremental control at a plurality of predefined settings, and - is adjustable to cause the strap assembly to move linearly relative to the base from the second end of the base to the first end the base. a flexible base having first and second ends; a tightening device being movable relative to the base; a strap assembly having a first end coupled to the tightening device and being linearly moveable relative to the base; an elongate strap having a first end secured to the second end of the strap assembly; wherein the base includes a locking element protruding perpendicularly relative to the base from the first end thereof and being securable at an opening formed on the frame member of the orthopedic device - is mounted on the base near the first end thereof, - has incremental control at a plurality of predefined settings, and - is adjustable to cause the strap assembly to move linearly relative to the base from the second end of the base to the first end the base.
A reverse transcriptase inhibitor for use in a method of treating an epithelial cancer expressing high levels of HSATII RNA in a subject, the method comprising selecting a subject having an epithelial cancer expressing high levels of HSATII RNA and administering the reverse transcriptase inhibitor, wherein the reverse transcriptase inhibitor is a nucleoside analog reverse transcriptase inhibitor.
Method of establishing a wireless communication link between a H 2 -filling station and a hydrogen-powered vehicle prior to refueling the hydrogen-powered vehicle at the H 2 -filling station, comprising the steps of: - establishing a mechanical coupling between a tap valve of the H 2 -filling station and a tank opening of the hydrogen-powered vehicle, - generating a discrete pressure within the tank opening of the hydrogen-powered vehicle by the H 2 -filling station, - detection of the H 2 -filling station by the hydrogen-powered vehicle, - sending a detection signal from the hydrogen-powered vehicle to the H 2 -filling station, - detection of the detection signal by the H 2 -filling station, - performing a pairing process between the H 2 -filling station and the hydrogen-powered vehicle to establish a wireless communication link between the H 2 -filling station and the hydrogen-powered vehicle, - characterized in that after detection of the H 2 -filling station by the hydrogen-powered vehicle, the hydrogen-powered vehicle performs a time measurement for a first predeterminable time interval (t P) in which the detected discrete pressure must be present so that it can be regarded as a deliberately generated discrete pressure for establishing a wireless communication link. - establishing a mechanical coupling between a tap valve of the H 2 -filling station and a tank opening of the hydrogen-powered vehicle, - generating a discrete pressure within the tank opening of the hydrogen-powered vehicle by the H 2 -filling station, - detection of the H 2 -filling station by the hydrogen-powered vehicle, - sending a detection signal from the hydrogen-powered vehicle to the H 2 -filling station, - detection of the detection signal by the H 2 -filling station, - performing a pairing process between the H 2 -filling station and the hydrogen-powered vehicle to establish a wireless communication link between the H 2 -filling station and the hydrogen-powered vehicle, - characterized in that after detection of the H 2 -filling station by the hydrogen-powered vehicle, the hydrogen-powered vehicle performs a time measurement for a first predeterminable time interval (t P) in which the detected discrete pressure must be present so that it can be regarded as a deliberately generated discrete pressure for establishing a wireless communication link.
A method for producing a cold rolled steel sheet having a tensile strength TS of at least 1470 MPa and a total elongation TE of at least 19%, the method comprising the successive steps of: - annealing at an annealing temperature AT a cold rolled steel sheet made of steel whose chemical composition contains in weight %: 0.34 % ≤ C ≤ 0.37 % 1.50 % ≤ Mn ≤ 2.30 % 1.50 ≤ Si ≤ 2.40 ⁢ % 0.35 % ≤ Cr ≤ 0.45 ⁢ % 0.07 % ≤ Mo ≤ 0.20 % 0.01 % ≤ Al ≤ 0.08 % the remainder being Fe and unavoidable impurities, the annealing temperature AT being higher than the Ac3 transformation point of the steel, - quenching the annealed steel sheet by cooling it down to a quenching temperature QT lower than the Ms transformation point of the steel and between 200°C and 230 °C, and, - making a partitioning treatment by reheating the quenched steel sheet at a partitioning temperature PT between 350°C and 450°C and maintaining the steel sheet at this temperature during a partitioning time Pt between 15 seconds and 120 seconds, - after partitioning, cooling the steel sheet to the room temperature in order to obtain a non-coated steel sheet. - annealing at an annealing temperature AT a cold rolled steel sheet made of steel whose chemical composition contains in weight %: 0.34 % ≤ C ≤ 0.37 % 1.50 % ≤ Mn ≤ 2.30 % 1.50 ≤ Si ≤ 2.40 ⁢ % 0.35 % ≤ Cr ≤ 0.45 ⁢ % 0.07 % ≤ Mo ≤ 0.20 % 0.01 % ≤ Al ≤ 0.08 % the remainder being Fe and unavoidable impurities, the annealing temperature AT being higher than the Ac3 transformation point of the steel, - quenching the annealed steel sheet by cooling it down to a quenching temperature QT lower than the Ms transformation point of the steel and between 200°C and 230 °C, and, - making a partitioning treatment by reheating the quenched steel sheet at a partitioning temperature PT between 350°C and 450°C and maintaining the steel sheet at this temperature during a partitioning time Pt between 15 seconds and 120 seconds, - after partitioning, cooling the steel sheet to the room temperature in order to obtain a non-coated steel sheet.
A film for reducing viewing angle-dependent color shift, said film comprising: a base material layer; a high-refractive layer; a high-refractive resin layer; and a low-refractive layer on which an optical pattern is formed, wherein the base material layer, the high-refractive layer, the high-refractive resin layer, and the low-refractive layer are sequentially stacked, and the optical pattern is formed on one surface of the low-refractive layer facing the high-refractive resin layer characterized in that said high-refractive layer is a light diffusion layer comprising a light diffuser and in that said low refractive layer is made of resin. a base material layer; a high-refractive layer; a high-refractive resin layer; and a low-refractive layer on which an optical pattern is formed, wherein the base material layer, the high-refractive layer, the high-refractive resin layer, and the low-refractive layer are sequentially stacked, and the optical pattern is formed on one surface of the low-refractive layer facing the high-refractive resin layer characterized in that said high-refractive layer is a light diffusion layer comprising a light diffuser and in that said low refractive layer is made of resin.
Method for managing items of content in a content delivery network comprising physical resources (30, 40) able to host at least one virtualized delivery resource (31, 32, 41), each of the items of content being divided into a plurality of fragments and the virtualized delivery resource being designed to store at least one of said fragments (61-64, 71) of said items of content, said method comprising the following steps implemented by an entity for managing a content delivery service; - obtaining a distribution of fragments of items of content in said content delivery network, - obtaining an audience parameter of an item of content on at least one of said physical resources able to host a virtualized delivery resource; - transmitting a command to adapt at least one virtualized delivery resource hosted by at least one of said physical resources depending on said audience parameter and on said distribution of fragments, the adaptation command comprising an operation either of deleting or creating said virtualized resource or of deleting or storing one or more fragments of an item of content in said virtualized delivery resource. - obtaining a distribution of fragments of items of content in said content delivery network, - obtaining an audience parameter of an item of content on at least one of said physical resources able to host a virtualized delivery resource; - transmitting a command to adapt at least one virtualized delivery resource hosted by at least one of said physical resources depending on said audience parameter and on said distribution of fragments, the adaptation command comprising an operation either of deleting or creating said virtualized resource or of deleting or storing one or more fragments of an item of content in said virtualized delivery resource.
A method performed by a first terminal in a communication system, the method comprising: identifying resources for a physical sidelink control channel, PSCCH; identifying resources for a physical sidelink shared channel, PSSCH; transmitting, to a second terminal, first sidelink control information, SCI, on the identified resources for the PSCCH; and transmitting, to the second terminal, second SCI and data on the identified resources for the PSSCH, wherein the identifying the resources for the PSSCH further comprises: mapping the second SCI, according to an order of an index for first frequency domain and then an index for time domain; and mapping the data to a resource being not used for the second SCI. identifying resources for a physical sidelink control channel, PSCCH; identifying resources for a physical sidelink shared channel, PSSCH; transmitting, to a second terminal, first sidelink control information, SCI, on the identified resources for the PSCCH; and transmitting, to the second terminal, second SCI and data on the identified resources for the PSSCH, wherein the identifying the resources for the PSSCH further comprises: mapping the second SCI, according to an order of an index for first frequency domain and then an index for time domain; and mapping the data to a resource being not used for the second SCI. mapping the second SCI, according to an order of an index for first frequency domain and then an index for time domain; and mapping the data to a resource being not used for the second SCI.
A method of cutting out a part with making partially welded spots in wire electrical discharge machining in which a wire electrode unwound from a source bobbin is threaded through a workpiece, wherein the method comprises changing an electrical processing condition applied across the wire electrode and the workpiece from a cutting phase to a welding phase at more than one spot in a cutting path or kerf of a predetermined contour on the workpiece to fuse partially the wire electrode at the spot, and welding together the workpiece and the part cut out from the workpiece at the spot with using the fused wire electrode, thereby keeping the cut-out part at the spot against falling away apart from the workpiece; characterised in that the wire electrode is threaded through the workpiece lying below an upper head and further a lower head lying below the workpiece in opposition to the upper head, and then the wire electrode is fed through a guide member lying downstream of the lower head towards a waste-wire hopper; and in that the changing the electrical processing condition is carried out with an electric circuitry which has a first circuit in which an inter-electrode space between the wire electrode and the workpiece is connected in series with a low-voltage load combined with a resistance to confirm an inter-electrode state and a 1st switch, a second circuit in which the space between the wire electrode and the workpiece is connected in series with a high-voltage load for the electric discharge machining and a 2nd switch, and a third circuit in which the space between the wire electrode and the workpiece is connected in series with a 1st diode and a 3rd switch, and the first, second and third circuits being connected in parallel with each other, whereby phase-change from the cutting phase to the welding phase is executed by ON/OFF control of the switches (S1, S2 and S3).