mhurhangee/ep-ind-claims huggingface dataset:
A beauty device comprising: a main body including a handle portion to be held by a user; an arm portion provided to be pivotal relative to the main body; two rollers rotationally held at the arm portion; and a pivot mechanism interposed between the main body and the arm portion to allow the arm portion to pivot relative to the main body around a pivot axis, wherein the two rollers are arranged in a width direction, and the pivot axis extends in the width direction, the beauty device being characterized by an urging mechanism that urges the arm portion toward a reference position within a range of the pivot movement, wherein the pivot axis is on the main body, and the two rollers have rotation axes that are arranged such that a distance between the rotation axes increases as a distance from the main body increases. a main body including a handle portion to be held by a user; an arm portion provided to be pivotal relative to the main body; two rollers rotationally held at the arm portion; and a pivot mechanism interposed between the main body and the arm portion to allow the arm portion to pivot relative to the main body around a pivot axis, wherein the two rollers are arranged in a width direction, and the pivot axis extends in the width direction, the beauty device being characterized by an urging mechanism that urges the arm portion toward a reference position within a range of the pivot movement, wherein the pivot axis is on the main body, and the two rollers have rotation axes that are arranged such that a distance between the rotation axes increases as a distance from the main body increases.
Process for the production of a coated substrate comprising cellulosic fibres, the process comprising the steps of: i) providing a first substrate comprising cellulosic fibres and having a dry content of less than 50% by weight; ii) applying a coating composition to the first substrate in a total amount of over 10 g/m 2 and less than 40 g/m 2, calculated as dry weight of the coating composition, wherein the coating composition comprises: - microfibrillated cellulose, and - a water retention agent being carboxymethyl cellulose in an amount of at least 3% up to 8.5% by weight, calculated as dry weight and based on the dry weight of the MFC,; and iii) mechanically dewatering the first substrate. i) providing a first substrate comprising cellulosic fibres and having a dry content of less than 50% by weight; ii) applying a coating composition to the first substrate in a total amount of over 10 g/m 2 and less than 40 g/m 2, calculated as dry weight of the coating composition, wherein the coating composition comprises: - microfibrillated cellulose, and - a water retention agent being carboxymethyl cellulose in an amount of at least 3% up to 8.5% by weight, calculated as dry weight and based on the dry weight of the MFC,; and - microfibrillated cellulose, and - a water retention agent being carboxymethyl cellulose in an amount of at least 3% up to 8.5% by weight, calculated as dry weight and based on the dry weight of the MFC,; and iii) mechanically dewatering the first substrate.
A system comprising: a machine for manufacturing a smoking article, wherein the machine comprises a rotatable tipping drum to which a tipping paper web is continuously supplied, a cutter to cut the tipping paper web at predetermined intervals to form individual tipping papers and, a conveying drum configured to receive a plurality of sets of rod articles and convey them in a direction perpendicular to the longitudinal axis of the rod articles, each set of said plurality of sets of rod articles also receiving an individual tipping paper for wrapping and coupling the rod articles of each set together as the conveying drum rotates; and an imaging module positioned relative to the conveying drum to generate an image of the rod articles and individual tipping paper of each set whilst being seated on said conveying drum and before wrapping of the set of rod articles by the individual tipping paper is complete; and, a processing module configured to process images generated by the imaging module, wherein the processing module is configured to analyse images in a first area in which the individual tipping paper is positioned, and, determine a defect in the position of the individual tipping paper of a set imaged by the imaging module by analysing the first area. a machine for manufacturing a smoking article, wherein the machine comprises a rotatable tipping drum to which a tipping paper web is continuously supplied, a cutter to cut the tipping paper web at predetermined intervals to form individual tipping papers and, a conveying drum configured to receive a plurality of sets of rod articles and convey them in a direction perpendicular to the longitudinal axis of the rod articles, each set of said plurality of sets of rod articles also receiving an individual tipping paper for wrapping and coupling the rod articles of each set together as the conveying drum rotates; and an imaging module positioned relative to the conveying drum to generate an image of the rod articles and individual tipping paper of each set whilst being seated on said conveying drum and before wrapping of the set of rod articles by the individual tipping paper is complete; and, a processing module configured to process images generated by the imaging module, wherein the processing module is configured to analyse images in a first area in which the individual tipping paper is positioned, and, determine a defect in the position of the individual tipping paper of a set imaged by the imaging module by analysing the first area.
Method for preparing a dry powder comprising a long-chain RNA molecule, wherein the method comprises the following steps: a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-freeze drying, wherein the long-chain RNA molecule comprises at least 250 nucleotides, wherein the long-chain RNA molecule is in a complex with a cationic or polycationic compound, and wherein the spray-freeze drying comprises a step of spray-freezing and a step of lyophilization. a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-freeze drying,
A razor cartridge comprising: a) a housing; b) a guard located at the front of the housing; c) a cap located at the rear of the housing; d) two or more blades disposed in the housing between the guard and the cap; e) a skin contact element (14, 50) extending across the housing between two of said blades, wherein said skin contact element is a stadalone or independent element and is not attached to another blade and wherein a rinse-through gap is provided before and after the skin contact element; and f) between 40 and 150 projections extending from a base of said skin contact element, each having a skin contacting surface, the projections being spaced along the length of the skin contact element, wherein there is a pitch of up to 2mm between adjacent projections and the skin contacting surface has a width (w) extending for up to 35% of the pitch; and wherein each projection has a depth of between 0.3mm to 2.5mm as measured from a front face of the projection to a rear face of the projection. a) a housing; b) a guard located at the front of the housing; c) a cap located at the rear of the housing; d) two or more blades disposed in the housing between the guard and the cap; e) a skin contact element (14, 50) extending across the housing between two of said blades, wherein said skin contact element is a stadalone or independent element and is not attached to another blade and wherein a rinse-through gap is provided before and after the skin contact element; and f) between 40 and 150 projections extending from a base of said skin contact element, each having a skin contacting surface, the projections being spaced along the length of the skin contact element, wherein there is a pitch of up to 2mm between adjacent projections and the skin contacting surface has a width (w) extending for up to 35% of the pitch; and wherein each projection has a depth of between 0.3mm to 2.5mm as measured from a front face of the projection to a rear face of the projection.
Method for making tools for machines adapted for forming threads on cylindrical bodies by means of plastic deformation, which is characterized in that it comprises the following operating steps: - arranging a hollow tubular support body made of metal material with longitudinal extension at an apparatus for the laser forming of a coating bead starting from metal powders and with its peripheral cylindrical surface in a position facing a work head of said apparatus provided with at least one laser beam emitter and at least one nozzle for emitting a flow of metal powders to intercept said laser beam; - controlled advancing of said work head along the longitudinal extension of said tubular support body by means of a logic control unit for a plurality of longitudinal strokes; - controlled rotation by means of said logic controller unit of said tubular support body with respect to said work head for a plurality of rotations; - controlled deposit by means of said logic controller unit of said coating bead on the peripheral surface of said tubular support body; - forming a thread with excess material with respect to the profile of the thread to be made by means of said controlled deposit of a plurality of adjacent coating beads during the combination of said controlled advancement of said work head for the aforesaid plurality of longitudinal strokes and said controlled rotation of said tubular support body for the aforesaid plurality of rotations; - grinding said thread with excess material obtained in said forming step by means of removal of the material outside the programmed profile of said thread. - arranging a hollow tubular support body made of metal material with longitudinal extension at an apparatus for the laser forming of a coating bead starting from metal powders and with its peripheral cylindrical surface in a position facing a work head of said apparatus provided with at least one laser beam emitter and at least one nozzle for emitting a flow of metal powders to intercept said laser beam; - controlled advancing of said work head along the longitudinal extension of said tubular support body by means of a logic control unit for a plurality of longitudinal strokes; - controlled rotation by means of said logic controller unit of said tubular support body with respect to said work head for a plurality of rotations; - controlled deposit by means of said logic controller unit of said coating bead on the peripheral surface of said tubular support body; - forming a thread with excess material with respect to the profile of the thread to be made by means of said controlled deposit of a plurality of adjacent coating beads during the combination of said controlled advancement of said work head for the aforesaid plurality of longitudinal strokes and said controlled rotation of said tubular support body for the aforesaid plurality of rotations; - grinding said thread with excess material obtained in said forming step by means of removal of the material outside the programmed profile of said thread.
A method in a communications network comprising a plurality of communication devices using shared communication resources, wherein each of the plurality of communication devices is a user equipment, the method comprising: identifying, by a device among the plurality of communication devices, a time interval among the shared communication resources that can be allocated for separate use by another one of the plurality of communication devices, wherein the time interval is identified in relation to a common timing reference accessible to the plurality of communication devices; identifying, by the device, a guard period of the time interval; and transmitting, by the device, information within the guard period. identifying, by a device among the plurality of communication devices, a time interval among the shared communication resources that can be allocated for separate use by another one of the plurality of communication devices, wherein the time interval is identified in relation to a common timing reference accessible to the plurality of communication devices; identifying, by the device, a guard period of the time interval; and transmitting, by the device, information within the guard period.
Device for separation of moisture and particles for a gas sensor, wherein the device has a housing in which a flow calming chamber is formed, wherein the flow calming chamber has a near-sensor end and a sensor-remote end, wherein an inlet opening is formed at the sensor-remote end and wherein an outlet opening is formed at the near-sensor end, wherein the device has at least one heating element and the flow calming chamber is heatable by the at least one heating element in such a way that, during the operation of the device, a temperature gradient is formed between the near-sensor end and the sensor-remote end, and wherein the device has an impact guard comprising an impact guard plate, characterized in that the at least one heating element is disposed in the wall of the housing.
A planetary gear train for a gas turbine engine casing, comprising: a sun gear rotatable by a shaft when in use; a ring gear; a plurality of planet gears rotatably mounted in a planet carrier and meshing with said sun gear and said ring gear; and a damping system comprising: a soft mount disposed about said shaft and coupling said planet carrier to said engine casing when in use; and a plurality of damping couplers, whereby the soft mount includes a flexible inner sleeve and a flexible outer sleeve, said flexible inner sleeve and said flexible outer sleeve being fixedly coupled together at respective central portions thereof near said shaft; the plurality of damping couplers are disposed about an outer flange of the planet carrier, the plurality of damping couplers flexibly coupling said flexible inner sleeve to said flexible outer sleeve and characterised in that said plurality of damping couplers each further comprises a central axial spring and an outer radial spring (302, 304). a sun gear rotatable by a shaft when in use; a ring gear; a plurality of planet gears rotatably mounted in a planet carrier and meshing with said sun gear and said ring gear; and a damping system comprising: a soft mount disposed about said shaft and coupling said planet carrier to said engine casing when in use; and a plurality of damping couplers, whereby the soft mount includes a flexible inner sleeve and a flexible outer sleeve, said flexible inner sleeve and said flexible outer sleeve being fixedly coupled together at respective central portions thereof near said shaft; the plurality of damping couplers are disposed about an outer flange of the planet carrier, the plurality of damping couplers flexibly coupling said flexible inner sleeve to said flexible outer sleeve and characterised in that said plurality of damping couplers each further comprises a central axial spring and an outer radial spring (302, 304). a soft mount disposed about said shaft and coupling said planet carrier to said engine casing when in use; and a plurality of damping couplers, whereby the soft mount includes a flexible inner sleeve and a flexible outer sleeve, said flexible inner sleeve and said flexible outer sleeve being fixedly coupled together at respective central portions thereof near said shaft; the plurality of damping couplers are disposed about an outer flange of the planet carrier, the plurality of damping couplers flexibly coupling said flexible inner sleeve to said flexible outer sleeve and characterised in that said plurality of damping couplers each further comprises a central axial spring and an outer radial spring (302, 304).
A particle beam therapy system that irradiates a charged particle beam, accelerated by an accelerator and scanned by a scanning electromagnet, onto a diseased site of a patient, the particle beam therapy system comprising: an irradiation management apparatus that controls the scanning electromagnet by the means of a scanning electromagnet power source, based on a desired irradiation position coordinates (Pi) of the charged particle beam; and an interlock information inputting device that generates an interlock signal for stopping irradiation of the charged particle beam when a contingency occurs, wherein the irradiation management apparatus is provided with a command value generator that outputs a control input signal (Io, Ir) to the scanning electromagnet power source; and a storage memory that stores a stop step corresponding to the desired irradiation position coordinates (Pi) at which irradiation of the charged particle beam stops when the interlock signal is generated by the interlock information inputting device, characterised in that: when irradiation of the charged particle beam is resumed, the irradiation management apparatus performs an idle operation, in which the scanning electromagnet power source is controlled with a charged particle beam unirradiated, from a start step which is situated prior to a stop step and is different from the initial step in actual irradiation to the stop step, and then irradiates the charged particle beam from the desired irradiation position coordinates (Pi) corresponding to the stop step. an irradiation management apparatus that controls the scanning electromagnet by the means of a scanning electromagnet power source, based on a desired irradiation position coordinates (Pi) of the charged particle beam; and an interlock information inputting device that generates an interlock signal for stopping irradiation of the charged particle beam when a contingency occurs, wherein the irradiation management apparatus is provided with a command value generator that outputs a control input signal (Io, Ir) to the scanning electromagnet power source; and a storage memory that stores a stop step corresponding to the desired irradiation position coordinates (Pi) at which irradiation of the charged particle beam stops when the interlock signal is generated by the interlock information inputting device, characterised in that: when irradiation of the charged particle beam is resumed, the irradiation management apparatus performs an idle operation, in which the scanning electromagnet power source is controlled with a charged particle beam unirradiated, from a start step which is situated prior to a stop step and is different from the initial step in actual irradiation to the stop step, and then irradiates the charged particle beam from the desired irradiation position coordinates (Pi) corresponding to the stop step.
A turbo engine comprising at least one fluid duct element and a protection system comprising a casing device, characterized by the casing device comprising several casing sections being at least partially in fluid communication, encasing at least partially the at least one fluid duct element, said casing device comprising at least one fluid escaping means, wherein the casing device is intended to at least partially contain and/or deflect a fluid stemming from a burst event at the fluid duct element in order to at least partially protect the turbo engine, wherein at least one fluid escaping means is provided at a transition point between at least two casing sections.
Process for producing an electrode-solid electrolyte composite, which comprises the steps - provision of an electrode and - formation of a solid electrolyte layer on a surface of the electrode, where, to form the solid electrolyte layer, - an alkaline solution is applied to the surface and - a composition comprising at least one polymer which has hydrolyzable groups and whose ability to form a three-dimensional, high-viscosity network increases on at least partial hydrolysis of these groups is applied to the alkalized surface, where - the at least one polymer is a member of the group consisting of polyvinyl alcohol, ethylene-vinyl alcohol copolymer, polyvinylpyrrolidone polyacrylate, polyacrylonitrile and mixtures thereof, characterized in that - the composition contains the at least one polymer in a proportion in the range from 5% by weight to 30% by weight and also a solvent or dispersion medium and - the alkaline solution contains the at least one polymer in a proportion in the range from 0.1% by weight to 5% by weight and also a solvent or dispersion medium and at least one alkali compound. - provision of an electrode and - formation of a solid electrolyte layer on a surface of the electrode, - an alkaline solution is applied to the surface and - a composition comprising at least one polymer which has hydrolyzable groups and whose ability to form a three-dimensional, high-viscosity network increases on at least partial hydrolysis of these groups is applied to the alkalized surface, - the at least one polymer is a member of the group consisting of polyvinyl alcohol, ethylene-vinyl alcohol copolymer, polyvinylpyrrolidone polyacrylate, polyacrylonitrile and mixtures thereof, characterized in that - the composition contains the at least one polymer in a proportion in the range from 5% by weight to 30% by weight and also a solvent or dispersion medium and - the alkaline solution contains the at least one polymer in a proportion in the range from 0.1% by weight to 5% by weight and also a solvent or dispersion medium and at least one alkali compound.
A cochlear electrode assembly (140, 200, 400) for implantation into a recipient through an opening (362, 662, 962) in a reference structure in the recipient, comprising: an elongate carrier member, having proximal and a distal ends(208, 210) and at least one electrode (150,212) disposed along said carrier member; and a stop member, disposed along said carrier member, configured to contact an exterior surface of the cochlea when said carrier member is implanted in the recipient; characterized by a fixation structure (250, 450, 750, 1050), disposed proximal to said stop member at or near a proximal end of said carrier member, constructed and arranged to interact with the reference structure when said carrier member is implanted in the recipient, wherein said interaction prevents substantial translation of said carrier member. an elongate carrier member, having proximal and a distal ends(208, 210) and at least one electrode (150,212) disposed along said carrier member; and a stop member, disposed along said carrier member, configured to contact an exterior surface of the cochlea when said carrier member is implanted in the recipient; characterized by a fixation structure (250, 450, 750, 1050), disposed proximal to said stop member at or near a proximal end of said carrier member, constructed and arranged to interact with the reference structure when said carrier member is implanted in the recipient, wherein said interaction prevents substantial translation of said carrier member.