mhurhangee/ep-ind-claims huggingface dataset:
An open and close device (400, 600) comprising: an open and close portion (41, 42, 601) to open or shut; a biasing mechanism to bias the open and close portion (41, 42, 601) in an opening direction; and a holder (29a, 32) to hold the open and close portion (41, 42, 601) shut, the open and close device (400, 600) being characterised by the biasing mechanism including a first spring (51, 58) whose biasing force is invariable regardless of a stroke of the first spring (51, 58), and a second spring whose biasing force is variable due to a stroke of the second spring. an open and close portion (41, 42, 601) to open or shut; a biasing mechanism to bias the open and close portion (41, 42, 601) in an opening direction; and a holder (29a, 32) to hold the open and close portion (41, 42, 601) shut, the open and close device (400, 600) being characterised by the biasing mechanism including a first spring (51, 58) whose biasing force is invariable regardless of a stroke of the first spring (51, 58), and a second spring whose biasing force is variable due to a stroke of the second spring.
Apparatus for the automatic control of a ventilator machine for changing over (triggering) between successive phases of ventilation (inspiration and expiration phases), said apparatus determining, from a pneumatic signal for breathing activity U pneu (t) and a non-pneumatic signal for breathing activity u non-pneu (t) from a patient, as from a preset reference time after the beginning of a phase of ventilation, a distance Δ pneu (t) of the pneumatic signal for breathing activity U pneu (t) from an associated threshold value u pneu,thresh (t) and a distance Anon-pneu(t) of the non-pneumatic signal for breathing activity u non-pneu (t) from an associated threshold value u non-pneu,thresh (t), characterised by the apparatus which is configured to standardise these distances Δ pneu (t) and A non-pneu (t) in relation to one another, to become δ pneu (t) and δ non-pneu (t), in such a way that their values are the same at the preset reference time, the apparatus is further configured to combine the standardised distances δ pneu (t) and δ non-pneu (t) to give a mean distance, and the apparatus is configured to control a changeover to the next phase of ventilation when the combined distance is 0.
A process for producing an ethylene polymer or copolymer which contains less than 2.5 ppm titanium and has a bulk density, in granular form, of at least 360 kg/m 3 (22.5 lbs/ft 3), said process comprising contacting, under polymerization conditions, ethylene and at least one alpha-olefin, and a spheroidal Ziegler-Natta type olefin polymerization catalyst having a particle size distribution characterized by a Dm*/Dn of less than 1.5 and a mass average diameter Dm of from 5 to 40 μm, wherein said catalyst consists of: i) a titanium metal compound that is introduced as a compound of the formula Ti(OR 1) a X b, where each R 1 is independently chosen from C 1-4 alkyl radicals and C 6-10 aromatic radicals, X is chosen from a chlorine atom and a bromine atom, a is an integer from 0 to 4, b is an integer from 0 to 4 and the sum of a+b is the valence of the Ti atom, and wherein at least 80% of said titanium metal compound is reduced to the Ti 3+ valence state by contact with; ii) an aluminum compound that is introduced as a compound of the formula: R 2 c Al(OR 2) d X 3-(c+d) wherein each R 2 is the same or different C 1-10 alkyl radical, X is a chlorine atom, c is an integer from 0 to 3, d is an integer from 0 to 3 and the sum of a+b is from 0 to 3; and iii) a spheroidal support of magnesium chloride complexed with an electron donor free of reactive hydrogen, wherein the magnesium chloride support comprises particles with a mass average diameter Dm of from 10 to 40 μm, and a particle size distribution characterized by a Dm/Dn of less than 1.5. i) a titanium metal compound that is introduced as a compound of the formula Ti(OR 1) a X b, where each R 1 is independently chosen from C 1-4 alkyl radicals and C 6-10 aromatic radicals, X is chosen from a chlorine atom and a bromine atom, a is an integer from 0 to 4, b is an integer from 0 to 4 and the sum of a+b is the valence of the Ti atom, and wherein at least 80% of said titanium metal compound is reduced to the Ti 3+ valence state by contact with; ii) an aluminum compound that is introduced as a compound of the formula: R 2 c Al(OR 2) d X 3-(c+d) wherein each R 2 is the same or different C 1-10 alkyl radical, X is a chlorine atom, c is an integer from 0 to 3, d is an integer from 0 to 3 and the sum of a+b is from 0 to 3; and iii) a spheroidal support of magnesium chloride complexed with an electron donor free of reactive hydrogen, wherein the magnesium chloride support comprises particles with a mass average diameter Dm of from 10 to 40 μm, and a particle size distribution characterized by a Dm/Dn of less than 1.5.
A liposome composition containing liposome, and containing (i) an active compound, (ii) ammonium salt and (iii) salt, acid, base and/or amino acid in the liposome internal phase, wherein the active compound is eribulin or its pharmacologically permissible salt.
A hydraulic pumping assembly for a boiler of an installation for heating and generating hot sanitary water, the boiler including a primary heat exchanger for heating a flow of water for a hydraulic heating circuit (22, 24), a secondary heat exchanger for transferring heat from a flow of water coming from the primary heat exchanger to a flow of sanitary water, and a by-pass conduit for the protection of the primary heat exchanger; the hydraulic pumping assembly comprising a body with an outlet and a first inlet for connection to said primary heat exchanger and to a return pipe of said heating circuit (22, 24), respectively, and with a second inlet for receiving a flow of heating water from said secondary heat exchanger; between the outlet and the first inlet in said body there being provided a circulation pump and a three-way electric valve, hydraulically in series with one another, said three-way electrical valve being further connected to said second inlet; the pumping assembly being characterised in that said by-pass conduit is provided inside said body, the by-pass conduit being provided between the second inlet of said body and an inlet of said circulation pump.
A purified surface antigen or split virion influenza vaccine, comprising influenza virus haemagglutinin and a fragment with a molecular weight of ≤10kDa of M1 matrix protein, wherein the fragment comprises a T cell epitope, which form a stable complex, and wherein the composition does not contain ovalbumin.
A compound represented by the following formula or a salt thereof: wherein R 1 represents a hydrogen atom or an acyl group; and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group, combined with an iron compound for use in the treatment of scleroderma.
A handle assembly for a portable gas cylinder comprising: a) a housing having a body portion configured to mate with an upper portion of a gas cylinder and including a pair of diametrically opposed gripping handles extending upwardly from the body portion, the housing defining a central aperture for gaining access to a valve port of the cylinder, wherein an annular retention channel is formed in an undersurface of the housing, extending about the periphery of the central aperture, for receiving an annular mounting collar of the gas cylinder which surrounds the valve port; and b) a blocking ring for securing the mounting collar of the gas cylinder within the retention channel of the handle assembly, characterized in that the annular retention channel includes a plurality of circumferentially spaced apart arcuate reception grooves adapted for receiving a plurality of circumferentially spaced apart arcuate flanges extending radially outwardly from the annular mounting collar when the handle assembly is rotated relative to the gas cylinder upon the mating thereof. a) a housing having a body portion configured to mate with an upper portion of a gas cylinder and including a pair of diametrically opposed gripping handles extending upwardly from the body portion, the housing defining a central aperture for gaining access to a valve port of the cylinder, wherein an annular retention channel is formed in an undersurface of the housing, extending about the periphery of the central aperture, for receiving an annular mounting collar of the gas cylinder which surrounds the valve port; and b) a blocking ring for securing the mounting collar of the gas cylinder within the retention channel of the handle assembly, characterized in that the annular retention channel includes a plurality of circumferentially spaced apart arcuate reception grooves adapted for receiving a plurality of circumferentially spaced apart arcuate flanges extending radially outwardly from the annular mounting collar when the handle assembly is rotated relative to the gas cylinder upon the mating thereof.
Method for service management for terminals with broadband connections, wherein a terminal is connected through a home gateway to at least one service connected in an operator network, wherein the at least one service includes at least one application, and wherein said home gateway, which is the original service host, is attached to an access node of said operator network, wherein the terminal is connected through a local service module, said local service module maintaining the connection to the operator network while the terminal only connects locally, monitoring whether said terminal is temporarily not using said at least one service, delegating said at least one service and transferring said at least one service's current status and/or data to a delegated service host, said delegated service host being said access node or an entity in the operator network associated with said access node, whereby the local service module gets delegated to the access node or said entity by delegating current service data and state to the access node or said entity, such that, as a result of said delegation, said delegated service host takes over said at least one service on behalf of said original service host, and tearing down the connection between said home gateway and said access node while operating said service in said delegated service host.
A solid molecular dispersion comprising from 3:97 to 12:88 weight % ratio of fesoterodine hydrogen fumarate: an alkyl hydroxyalkylcellulose ether or a hydroxyalkylcellulose ether, or a mixture of any two or more thereof.
Tunable band-pass filter comprising a plurality of resonant units each provided with a resonant cavity in which a protruding element is located that protrudes from a base surface of said resonant cavity and toward the inside of the latter, said resonant cavities being connected with each other to define a guide channel for the passage of an electromagnetic field, wherein at least one of said resonant units comprises a perturbator body positioned in the respective resonant cavity, and a movement member positioned outside said resonant cavity and configured to move said perturbator body in said resonant cavity; wherein said resonant cavities of said resonant units are connected to each other by respective channel portions, and said channel portions are positioned at the height of the base surface; wherein said at least one movement member is configured to adjust at least the angular position of said at least one perturbator body and to move said at least one perturbator body linearly in the respective resonant cavity, and wherein each perturbator body is connected to a respective and independent movement member. wherein said resonant cavities of said resonant units are connected to each other by respective channel portions, and said channel portions are positioned at the height of the base surface; wherein said at least one movement member is configured to adjust at least the angular position of said at least one perturbator body and to move said at least one perturbator body linearly in the respective resonant cavity, and wherein each perturbator body is connected to a respective and independent movement member.
A two-dimensional driving apparatus comprising: a common movable body; a first vibrator including an electro-mechanical energy conversion device, the first vibrator being configured to move the common movable body in a first direction; a second vibrator including an electro-mechanical energy conversion device, the second vibrator being configured to move the common movable body in a second direction intersecting the first direction; a first driven body between the first vibrator and the common movable body and driven with the common movable body in the first direction by the first vibrator; and a second driven body between the second vibrator and the common movable body and driven with the common movable body in the second direction by the second vibrator, wherein the common movable body is slidable in the second direction and the common movable body is also slidable in the first direction, and wherein the first vibrator and the second vibrator maintain a same positional relation to each other. a common movable body; a first vibrator including an electro-mechanical energy conversion device, the first vibrator being configured to move the common movable body in a first direction; a second vibrator including an electro-mechanical energy conversion device, the second vibrator being configured to move the common movable body in a second direction intersecting the first direction; a first driven body between the first vibrator and the common movable body and driven with the common movable body in the first direction by the first vibrator; and a second driven body between the second vibrator and the common movable body and driven with the common movable body in the second direction by the second vibrator, wherein the common movable body is slidable in the second direction and the common movable body is also slidable in the first direction, and wherein the first vibrator and the second vibrator maintain a same positional relation to each other.
A method of enriching a heavy oxygen isotope by distillation, comprising: a first distillation step (a) of feeding oxygen and ozone generated by an ozonizer into a distillation column filled with a diluent gas, and separating the oxygen, and the ozone and the diluent gas; a step (b) of discharging the oxygen from a top of the distillation column; a step (c) of depressurizing the distillation column; a photodecomposition step (d) of introducing a mixed gas of the ozone and the diluent gas from a bottom of the distillation column into a photoreaction cell, and irradiating the mixed gas with a laser light to selectively decompose the ozone containing the heavy oxygen isotope; a second distillation step (e) of returning non-decomposed ozone and oxygen containing the heavy oxygen isotope obtained in the step (d) to the distillation column, and separating the oxygen, and the ozone and the diluent gas; a step (f) of liquefying the oxygen containing the heavy oxygen isotope using a condenser provided at the top of the distillation column, and extracting the oxygen as a product oxygen; a step (g) of extracting the non-decomposed ozone from the distillation column, decomposing the ozone into oxygen using an ozone decomposition device, and then returning the oxygen to the distillation column; a third distillation step (h) of separating the oxygen and the diluent gas; and a step (i) of externally discharging the oxygen separated in the step (h), wherein the first through third distillation steps are all conducted within a single distillation column. a first distillation step (a) of feeding oxygen and ozone generated by an ozonizer into a distillation column filled with a diluent gas, and separating the oxygen, and the ozone and the diluent gas; a step (b) of discharging the oxygen from a top of the distillation column; a step (c) of depressurizing the distillation column; a photodecomposition step (d) of introducing a mixed gas of the ozone and the diluent gas from a bottom of the distillation column into a photoreaction cell, and irradiating the mixed gas with a laser light to selectively decompose the ozone containing the heavy oxygen isotope; a second distillation step (e) of returning non-decomposed ozone and oxygen containing the heavy oxygen isotope obtained in the step (d) to the distillation column, and separating the oxygen, and the ozone and the diluent gas; a step (f) of liquefying the oxygen containing the heavy oxygen isotope using a condenser provided at the top of the distillation column, and extracting the oxygen as a product oxygen; a step (g) of extracting the non-decomposed ozone from the distillation column, decomposing the ozone into oxygen using an ozone decomposition device, and then returning the oxygen to the distillation column; a third distillation step (h) of separating the oxygen and the diluent gas; and a step (i) of externally discharging the oxygen separated in the step (h), wherein the first through third distillation steps are all conducted within a single distillation column.
Device for applying a viscous substance, in particular for cosmetic, writing, painting, drawing and/or marking purposes, having a tank for the substance, an applicator and a conveyor designed to convey the substance from the tank to the applicator, wherein the conveyor has a cylinder, a first and a second closing device (80, 30), which are both arranged in the cylinder in an axially displaceable manner, a pump tappet for axially displacing the closing devices (80, 30), a first connecting channel between the cylinder and the tank and a second connecting channel between the cylinder and the applicator, the first closing device opens or closes the first connecting channel depending on its position relative to the cylinder, and the second closing device is adjustable relative to the pump tappet, opens or closes the second connecting channel depending on the position relative to the pump tappet and, together with the cylinder, forms a pump in which it serves as a piston, characterised in that the second closing device is designed as an O-ring. a tank for the substance, an applicator and a conveyor designed to convey the substance from the tank to the applicator, wherein the conveyor has a cylinder, a first and a second closing device (80, 30), which are both arranged in the cylinder in an axially displaceable manner, a pump tappet for axially displacing the closing devices (80, 30), a first connecting channel between the cylinder and the tank and a second connecting channel between the cylinder and the applicator, the first closing device opens or closes the first connecting channel depending on its position relative to the cylinder, and the second closing device is adjustable relative to the pump tappet, opens or closes the second connecting channel depending on the position relative to the pump tappet and, together with the cylinder, forms a pump in which it serves as a piston, characterised in that the second closing device is designed as an O-ring.
A process for producing 1,1,2-trifluoro-2-(trifluoromethyl)cyclobutane (TFMCB), comprising the following steps: introducing hexafluoropropene and ethylene into a reaction vessel; and reacting the hexafluoropropene and ethylene in the reaction vessel in the presence of at least one oligomerization/polymerization inhibitor and at least one metal catalyst. introducing hexafluoropropene and ethylene into a reaction vessel; and reacting the hexafluoropropene and ethylene in the reaction vessel in the presence of at least one oligomerization/polymerization inhibitor and at least one metal catalyst.
Method for certificate management for a plurality of clients (11, 12, 13): receiving, at a certificate management system, a first certificate for a subject, wherein the first certificate for the subject comprises a first public key, an issuer field with a first issuer and a serial number field with a first serial number, wherein the first certificate for the subject is signed by a first certificate for the first issuer; generating, at the certificate management system, a second certificate for the subject; transmitting the second certificate for the subject from the certificate management system to one of the plurality of clients (11, 12, 13); characterized in that the generated second certificate for the subject comprises the first public key, an issuer field with the first issuer and a serial number field with the first serial number, wherein the generated second certificate for the subject is signed by a second certificate for the first issuer being different to the first certificate for the first issuer. receiving, at a certificate management system, a first certificate for a subject, wherein the first certificate for the subject comprises a first public key, an issuer field with a first issuer and a serial number field with a first serial number, wherein the first certificate for the subject is signed by a first certificate for the first issuer; generating, at the certificate management system, a second certificate for the subject; transmitting the second certificate for the subject from the certificate management system to one of the plurality of clients (11, 12, 13); characterized in that the generated second certificate for the subject comprises the first public key, an issuer field with the first issuer and a serial number field with the first serial number, wherein the generated second certificate for the subject is signed by a second certificate for the first issuer being different to the first certificate for the first issuer.
A system for providing a status of a rider in an amusement park ride comprising: a plurality of retro-reflective markers positioned within an amusement park ride system; a tracking system configured to detect the plurality of retro-reflective markers to track a position and determine a status of a rider, within a ride seat of the ride system, wherein the tracking system comprises: an emitter configured to emit light toward the plurality of retro-reflective markers; a detector configured to detect reflected light from the plurality of retro-reflective markers; and a controller configured to determine the position of the rider relative to the plurality of retro-reflective markers using the detection of the reflected light, and wherein the controller is configured to provide an indication of the status of the rider, wherein the status of the rider is whether the rider is restrained within the ride seat. a plurality of retro-reflective markers positioned within an amusement park ride system; a tracking system configured to detect the plurality of retro-reflective markers to track a position and determine a status of a rider, within a ride seat of the ride system, wherein the tracking system comprises: an emitter configured to emit light toward the plurality of retro-reflective markers; a detector configured to detect reflected light from the plurality of retro-reflective markers; and a controller configured to determine the position of the rider relative to the plurality of retro-reflective markers using the detection of the reflected light, and wherein the controller is configured to provide an indication of the status of the rider, wherein the status of the rider is whether the rider is restrained within the ride seat. an emitter configured to emit light toward the plurality of retro-reflective markers; a detector configured to detect reflected light from the plurality of retro-reflective markers; and a controller configured to determine the position of the rider relative to the plurality of retro-reflective markers using the detection of the reflected light, and wherein the controller is configured to provide an indication of the status of the rider, wherein the status of the rider is whether the rider is restrained within the ride seat.
Process for the production of polyacrylonitrile by polymerisation of a reaction mixture comprising acrylonitrile in a solution where the solvent is a eutectic system comprising a quaternary ammonium compound and a hydrogen donor.