mhurhangee/patent-ind-claim-en huggingface dataset:
A beverage making machine , comprising: a gas storage tank ; and a beverage making cartridge comprising: a beverage making cartridge enclosure comprising: a gas source portion , the gas source portion further comprising a solid gas source that through sublimation emits a gas , characterized in that it further comprises at least one beverage ingredient portion comprising a beverage ingredient ; and a one-way vent arranged in the beverage making cartridge enclosure venting the gas emitted from the solid gas source, such that it can be captured and stored in the gas storage tank; wherein the gas from the gas storage tank is dissolved in a beverage diluent liquid and mixed with at least one beverage ingredient to form a beverage. a gas storage tank ; and a beverage making cartridge comprising: a beverage making cartridge enclosure comprising: a gas source portion , the gas source portion further comprising a solid gas source that through sublimation emits a gas , characterized in that it further comprises at least one beverage ingredient portion comprising a beverage ingredient ; and a one-way vent arranged in the beverage making cartridge enclosure venting the gas emitted from the solid gas source, such that it can be captured and stored in the gas storage tank; a beverage making cartridge enclosure comprising: a gas source portion , the gas source portion further comprising a solid gas source that through sublimation emits a gas , characterized in that it further comprises at least one beverage ingredient portion comprising a beverage ingredient ; and a gas source portion , the gas source portion further comprising a solid gas source that through sublimation emits a gas , characterized in that it further comprises at least one beverage ingredient portion comprising a beverage ingredient ; and a one-way vent arranged in the beverage making cartridge enclosure venting the gas emitted from the solid gas source, such that it can be captured and stored in the gas storage tank; wherein the gas from the gas storage tank is dissolved in a beverage diluent liquid and mixed with at least one beverage ingredient to form a beverage.
A method of manufacturing a composite component comprising a main body and an integral flange, the method comprising: applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion to provide a pre-form comprising: a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an inner ply end located in the flange region or partway into the body region ; causing relative movement between the flange-forming portion and the main body portion so that the flange region of the pre-form deforms to form the flange of the component; wherein the relative movement between the flange-forming portion and the main body portion causes sliding movement between the trailing ply and the flange-forming portion , thereby causing a tension force in at least the flange region of the pre-form during forming of the flange. applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion to provide a pre-form comprising: a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an inner ply end located in the flange region or partway into the body region ; a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an inner ply end located in the flange region or partway into the body region ; causing relative movement between the flange-forming portion and the main body portion so that the flange region of the pre-form deforms to form the flange of the component; wherein the relative movement between the flange-forming portion and the main body portion causes sliding movement between the trailing ply and the flange-forming portion , thereby causing a tension force in at least the flange region of the pre-form during forming of the flange.
Cable processing device for processing cable cores of a multi-core cable , comprising at least two separating elements which can be moved towards one another and can be introduced between the cable cores , it being possible for the separating elements to move along the cable cores in a combing manner, characterized in that the cable processing device has a forming tool for preforming the core ends of the cable cores of the multi-core cable that are separated by means of the separating elements , the forming tool having a forming die that can be moved in the axial direction , i.e. in the direction of the longitudinal axis of the multi-core cable, and has channel-like core receptacles for receiving the cable cores at the ends.
Equipment for generating electronic sound from strikes made on a percussion pad, the pad comprising a struck head and a pad rim attached around and close to the struck head, the equipment comprising : - a main sensor disposed substantially at the centre of the struck head or between the pad rim and the centre of the struck head, detecting a so-called strike on the struck head, located on an area of the struck head , - a rim sensor disposed on the pad rim substantially at the same height as the struck head surface, detecting a so-called strike on the rim, located on the pad rim , - a processing unit configured to measure a time between the detection of a strike on the rim and the detection of a strike on the struck head, the sound generating equipment being configured to - trigger a first sound if the measured time is less than a first threshold time T1, - trigger a second sound, distinct from the first sound, if the measured time is between a second threshold time T2 and a third threshold time T3, T2 being a time greater than or equal to T1. - a main sensor disposed substantially at the centre of the struck head or between the pad rim and the centre of the struck head, detecting a so-called strike on the struck head, located on an area of the struck head , - a rim sensor disposed on the pad rim substantially at the same height as the struck head surface, detecting a so-called strike on the rim, located on the pad rim , - a processing unit configured to measure a time between the detection of a strike on the rim and the detection of a strike on the struck head, the sound generating equipment being configured to - trigger a first sound if the measured time is less than a first threshold time T1, - trigger a second sound, distinct from the first sound, if the measured time is between a second threshold time T2 and a third threshold time T3, T2 being a time greater than or equal to T1.
An apparatus comprising a fixed element (15; 51), a mobile element (14; 52), a physical measurement sensor secured to the mobile element (14; 52) and a link allowing a transmission of information between the sensor and the fixed element (15; 51), the sensor generating a primary signal representative of the physical measurement, the apparatus further comprising a converter of the primary signal into a light signal, the converter being secured to the mobile element (14; 52), the link is an optical path (16, 17, 18, 19; 53), the light signal using a free propagation mode between the fixed element (15; 51) and the mobile element (14; 52) along the optical path (16, 17, 18, 19; 53), the sensor comprises a power supply module receiving energy from the fixed element without contact.
A blind rivet element for fastening to a workpiece which has a hole which is in particular preshaped, wherein the blind rivet element comprises a sleeve body and a bolt element led through the sleeve body ; the blind rivet element can be introduced into the hole of the workpiece and the sleeve body is sectionally deformable by an axial movement of the bolt element relative to the sleeve body to fasten the blind rivet element to the workpiece ; and the sleeve body has at least one contact section which is arranged and configured such that the contact section cuts into a wall of the hole and/or into a region around the hole and/or effects a deformation of the wall of the hole and/or of the region around the hole , in particular to establish an electrical contact between the workpiece and the blind rivet element , characterized in that the contact section comprises at least one thread ; and in that the blind rivet element comprises a nut which is associated with the bolt element and which cooperates with a thread of the bolt element and with a flange section of the sleeve body , in particular to move the bolt element in the axial direction. the blind rivet element comprises a sleeve body and a bolt element led through the sleeve body ; the blind rivet element can be introduced into the hole of the workpiece and the sleeve body is sectionally deformable by an axial movement of the bolt element relative to the sleeve body to fasten the blind rivet element to the workpiece ; and the sleeve body has at least one contact section which is arranged and configured such that the contact section cuts into a wall of the hole and/or into a region around the hole and/or effects a deformation of the wall of the hole and/or of the region around the hole , in particular to establish an electrical contact between the workpiece and the blind rivet element ,
A quantum light emitting diode , comprising: a first electrode ; a second electrode facing the first electrode ; a first charge transporting layer disposed on the first electrode ; a light-amount enhancing layer having a structure configured to guide emitted light toward an emitting side and disposed on the first charge transporting layer ; and an emitting material layer disposed on the light-amount enhancing layer ; characterized in that the light-amount enhancing layer includes a plurality of prism patterns ; and the emitting material layer includes quantum particles , wherein the quantum particles are disposed between adjacent prism patterns , and wherein the light-amount enhancing layer includes an insulating material. a first electrode ; a second electrode facing the first electrode ; a first charge transporting layer disposed on the first electrode ; a light-amount enhancing layer having a structure configured to guide emitted light toward an emitting side and disposed on the first charge transporting layer ; and an emitting material layer disposed on the light-amount enhancing layer ; characterized in that the light-amount enhancing layer includes a plurality of prism patterns ; and the emitting material layer includes quantum particles , wherein the quantum particles are disposed between adjacent prism patterns , and wherein the light-amount enhancing layer includes an insulating material.
A combination comprising an oncolytic poxvirus and one or more immune checkpoint modulator(s) antagonizing at least partially the activity of inhibitory immune checkpoint(s) for use for the treatment of a cancer; wherein said oncolytic poxvirus is an oncolytic vaccinia virus defective for thymidine kinase (TK) resulting from inactivating mutations in the J2R viral gene and defective for Ribonucleotide reductase (RR) activity resulting from inactivating mutations in the viral I4L and/or F4L gene(s); wherein said one or more immune checkpoint modulator(s) is an antibody specifically binding to any of the following: PD-1, PD-L1, PD-L2, LAG3, Tim3, KIR, BTLA and CTLA4; and wherein said oncolytic poxvirus and said one or more immune checkpoint modulator(s) are administered sequentially and wherein said oncolytic poxvirus is administered first and said immune checkpoint modulator(s) is administered second.
A method of preparing a graft copolymer, comprising: emulsion-polymerizing one or more selected from the group consisting of an aromatic vinyl-based monomer, a vinylcyano-based monomer and an alkyl (meth)acrylate-based monomer to prepare a seed; emulsion-polymerizing the seed and an alkyl (meth)acrylate-based monomer to prepare a core; and emulsion-polymerizing the core, an aromatic vinyl-based monomer and a vinylcyano-based monomer to prepare a shell, wherein the steps of preparing the seed, the core and the shell comprise adding an emulsifier comprising a compound represented by Formula 1 below: In Formula 1, R 1 is a C 1 to C 20 alkyl group, or a C 6 to C 20 aryl group substituted with a C 1 to C 20 alkyl group, M is hydrogen or an alkali metal, m is 1 or 2, and n 1 is any one of 1 to 18. emulsion-polymerizing one or more selected from the group consisting of an aromatic vinyl-based monomer, a vinylcyano-based monomer and an alkyl (meth)acrylate-based monomer to prepare a seed; emulsion-polymerizing the seed and an alkyl (meth)acrylate-based monomer to prepare a core; and emulsion-polymerizing the core, an aromatic vinyl-based monomer and a vinylcyano-based monomer to prepare a shell, wherein the steps of preparing the seed, the core and the shell comprise adding an emulsifier comprising a compound represented by Formula 1 below: In Formula 1, R 1 is a C 1 to C 20 alkyl group, or a C 6 to C 20 aryl group substituted with a C 1 to C 20 alkyl group, M is hydrogen or an alkali metal, m is 1 or 2, and n 1 is any one of 1 to 18.
A sensor comprising: at least one optical waveguide configured to emit light in a direction ; and an optical reflector optically coupled to the at least one optical waveguide , the optical reflector configured to reflect at least a portion of the light , the optical reflector comprising: a first portion of the optical reflector configured to reflect a first portion of the light back to the at least one optical waveguide ; and a second portion of the optical reflector configured to reflect a second portion of the light back to the at least one optical waveguide , the second portion of the optical reflector responsive to a perturbation by moving relative to the first portion of the optical reflector , characterized in that the reflected second portion of the light is differing in phase from the reflected first portion of the light by a phase difference that is not substantially equal to an integer multiple of π when the second portion of the optical reflector is in an equilibrium position in absence of the perturbation. at least one optical waveguide configured to emit light in a direction ; and an optical reflector optically coupled to the at least one optical waveguide , the optical reflector configured to reflect at least a portion of the light , the optical reflector comprising: a first portion of the optical reflector configured to reflect a first portion of the light back to the at least one optical waveguide ; and a second portion of the optical reflector configured to reflect a second portion of the light back to the at least one optical waveguide , the second portion of the optical reflector responsive to a perturbation by moving relative to the first portion of the optical reflector , characterized in that the reflected second portion of the light is differing in phase from the reflected first portion of the light by a phase difference that is not substantially equal to an integer multiple of π when the second portion of the optical reflector is in an equilibrium position in absence of the perturbation. a first portion of the optical reflector configured to reflect a first portion of the light back to the at least one optical waveguide ; and a second portion of the optical reflector configured to reflect a second portion of the light back to the at least one optical waveguide , the second portion of the optical reflector responsive to a perturbation by moving relative to the first portion of the optical reflector , characterized in that the reflected second portion of the light is differing in phase from the reflected first portion of the light by a phase difference that is not substantially equal to an integer multiple of π when the second portion of the optical reflector is in an equilibrium position in absence of the perturbation.
A dehumidifying element , comprising: a hollow cylindrical casing that has casing openings at respective opposite ends thereof in an axial (L) direction of the cylindrical casing ; a plurality of hollow fiber membranes that are accommodated inside the cylindrical casing in the axial direction (L) for circulating dehumidification-target air; a pair of potting material portions that are disposed so as to close the casing openings at the respective opposite ends of the cylindrical casing and through which respective ends of the hollow fiber membranes pass; a dehumidification space that is formed inside the cylindrical casing between the pair of potting material portions ; an air supply hole for supplying purging air to the dehumidification space ; and an air discharge hole for discharging the purging air from the dehumidification space, characterized in that guide plates that divide the dehumidification space into a plurality of regions that surround the axis (L) are disposed in the dehumidification space in the cylindrical casing a pair of the air supply hole and the air discharge hole is disposed in each of a plurality of regions divided by the guide plates , and the plurality of the hollow fiber membranes are accommodated in the dehumidification space so as to be distributed into the plurality of the regions. a hollow cylindrical casing that has casing openings at respective opposite ends thereof in an axial (L) direction of the cylindrical casing ; a plurality of hollow fiber membranes that are accommodated inside the cylindrical casing in the axial direction (L) for circulating dehumidification-target air; a pair of potting material portions that are disposed so as to close the casing openings at the respective opposite ends of the cylindrical casing and through which respective ends of the hollow fiber membranes pass; a dehumidification space that is formed inside the cylindrical casing between the pair of potting material portions ; an air supply hole for supplying purging air to the dehumidification space ; and an air discharge hole for discharging the purging air from the dehumidification space, characterized in that guide plates that divide the dehumidification space into a plurality of regions that surround the axis (L) are disposed in the dehumidification space in the cylindrical casing a pair of the air supply hole and the air discharge hole is disposed in each of a plurality of regions divided by the guide plates , and the plurality of the hollow fiber membranes are accommodated in the dehumidification space so as to be distributed into the plurality of the regions.
A drive device for a movable furniture part , in particular a drawer, comprising a first and a second lockable ejection device and a synchronizing device for synchronizing the two ejection devices , wherein the synchronizing device comprises a synchronizing rod and a first and second synchronizing element , which can be connected to the synchronizing rod , and wherein a relative movement takes place between the synchronizing elements and the ejection devices during the synchronizing operation, wherein - in an active synchronizing mode (S 1 ) during the synchronizing operation a movement transmission takes place from the first ejection device via the first synchronizing element , the synchronizing rod and the second synchronizing element to the second ejection device and - in an inactive synchronizing mode (S 0 ) the synchronizing rod is removed and the synchronizing elements each remain in contact with one of the ejection devices , and wherein the ejection devices each comprise a housing and a transmission element supported movably, preferably rotatably, on the housing , wherein the synchronizing elements each are movably coupled with one of the transmission elements , each ejection device comprises a force-actuated ejection element for ejecting the movable furniture part from a closed position (SS) into an open position (OS) and a locking device for locking the ejection element in a locking position (VS), wherein the locking device comprises a locking peg and a, preferably heart curve-shaped, sliding guide track formed in the housing , wherein each transmission element forms a part of each sliding guide track , preferably a latch recess of the heart curve-shaped sliding guide track , wherein the locking device can be unlocked by over-pressing the movable furniture part into an over-pressing position lying behind the closing position (SS), wherein only the first section of an opening movement of the movable furniture part which section directly follows to the over-pressing position can be synchronized by the synchronizing device . - in an active synchronizing mode (S 1 ) during the synchronizing operation a movement transmission takes place from the first ejection device via the first synchronizing element , the synchronizing rod and the second synchronizing element to the second ejection device and - in an inactive synchronizing mode (S 0 ) the synchronizing rod is removed and the synchronizing elements each remain in contact with one of the ejection devices , and wherein
Drop-detection device for the detection of drops (TR) escaping from a nozzle of a metering valve (DV), preferably a micro-metering valve, having: - a signal-generation unit , which is configured to produce a carrier signal (TS) with a defined pulse frequency, - a modulation unit which is configured to generate a modulated measurement signal due to a physical interaction of the carrier signal (TS) with a drop to be detected (TR), - an evaluation unit , which is configured to determine if a drop (TR) has been dispensed by the metering valve (DV) based on the measurement signal (MS) taking the frequency of the defined pulse into consideration. characterized in that a demodulation unit that is configured to carry out a quadrature demodulation of the measurement signal in order to determine an in-phase component (I) and a quadrature component (Q). - a signal-generation unit , which is configured to produce a carrier signal (TS) with a defined pulse frequency, - a modulation unit which is configured to generate a modulated measurement signal due to a physical interaction of the carrier signal (TS) with a drop to be detected (TR), - an evaluation unit , which is configured to determine if a drop (TR) has been dispensed by the metering valve (DV) based on the measurement signal (MS) taking the frequency of the defined pulse into consideration.