mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in treating or preventing a respiratory mucosa related disorder or disease consisting of: a therapeutically effective amount of a hyaluronic acid mixture consisting of a low average molecular weight hyaluronic acid (LMWHA) and a high average molecular weight hyaluronic acid (HMWHA), wherein an average molecular weight (Mw) of the LMWHA is between 50 kilo Da and 0.5 million Da, and an average Mw of HMWHA is between higher than 1.5 million Da and 5 million Da, wherein the average Mw of the LMWHA is apart from the average Mw of the HMWHA by at least 0.5 million Da, and a mixing ratio of the LMWHA to the HMWHA is in a range from 20:80 to 80:20 by weight, and an excipient to formulate the composition in an administrating dosage form for eye, ear, oral, nose, respiratory tract or topical use, wherein the mucosa related disorder or disease is allergic rhinitis or bronchitis. a therapeutically effective amount of a hyaluronic acid mixture consisting of a low average molecular weight hyaluronic acid (LMWHA) and a high average molecular weight hyaluronic acid (HMWHA), wherein an average molecular weight (Mw) of the LMWHA is between 50 kilo Da and 0.5 million Da, and an average Mw of HMWHA is between higher than 1.5 million Da and 5 million Da, wherein the average Mw of the LMWHA is apart from the average Mw of the HMWHA by at least 0.5 million Da, and a mixing ratio of the LMWHA to the HMWHA is in a range from 20:80 to 80:20 by weight, and an excipient to formulate the composition in an administrating dosage form for eye, ear, oral, nose, respiratory tract or topical use, wherein the mucosa related disorder or disease is allergic rhinitis or bronchitis.
A composition-of-matter comprising a precursor molecule which comprises non-thiolated albumin and at least two synthetic polymers covalently attached to said albumin, each of said at least two synthetic polymers having a functional group, said functional group being selected capable of cross-linking with a functional group of at least one other synthetic polymer by chain polymerization, said at least one other synthetic polymer forming a part of at least one other precursor molecule which comprises non-thiolated albumin and at least two synthetic polymers covalently attached to said albumin, said cross-linking forming a scaffold.
A damping device, in particular for movable furniture parts or domestic appliances, comprising a housing, on which at least one first linear damper is held, which is connected on one side to the housing and on the opposite side to a displaceable slide, and at least one second linear damper which is held on the slide and is arranged between the slide and a coupling piece movable relative to the slide, wherein the coupling piece protrudes from the slide and the housing in the extended position, characterized in that the coupling piece is connected to at least one rod which passes through an opening on the slide and at least one lead-through on the housing, and which is part of first guide means.
A graft material for use in the treatment of a heart disease comprising a cell sheet containing differentiated adipocytes and detached from a cell culture support.
A shuffling device of a shuffling machine, the device including a base having a first and a second side walls (101, 102), the device comprising a wheel rotatably mounted between the first and second side walls (101, 102) of the base, the wheel including: a first portion and a second portion each of which has a plurality of teeth formed on the inner rim, and a plurality of pairs of retainers mounted to the first and second portions (411, 412) of the wheel, each of the retainers including a frame portion and a resilient portion extended from the frame portion, the resilient portion forming an acute angle with the frame portion, a gear engaged with the teeth of one of the first and second portions (411, 412) of the wheel, the device being characterized by: an optical coder detachably mounted to the wheel, the optical coder being aligned with an axis of the wheel, in order to facilitate controlling of the rotation of the wheel. a first portion and a second portion each of which has a plurality of teeth formed on the inner rim, and a plurality of pairs of retainers mounted to the first and second portions (411, 412) of the wheel, each of the retainers including a frame portion and a resilient portion extended from the frame portion, the resilient portion forming an acute angle with the frame portion, a gear engaged with the teeth of one of the first and second portions (411, 412) of the wheel, the device being characterized by: an optical coder detachably mounted to the wheel, the optical coder being aligned with an axis of the wheel, in order to facilitate controlling of the rotation of the wheel. an optical coder detachably mounted to the wheel, the optical coder being aligned with an axis of the wheel, in order to facilitate controlling of the rotation of the wheel.
An image reading apparatus comprising: a medium mounting section on which media are to be mounted; a pair of feeding rollers configured to come into contact with the lowermost medium of media mounted on the medium mounting section and transport the medium toward a downstream side, the feeding rollers being provided in a central region in a medium width direction that intersects a medium transport direction; a pair of separation rollers configured to nip and separate the medium with the feeding rollers; a reading section provided on the downstream side of the feeding rollers, the reading section being configured to read the medium; a medium detection section configured to detect the medium at a detection position closer, in the medium width direction, to an edge of the medium in the medium width direction than nip positions of the feeding rollers and the separation rollers; and a controller configured to control the feeding rollers, characterized in that the detection position overlaps either the pair of feeding rollers or the pair of separation rollers in a side view of a medium transport path, and if the medium detection section detects the medium at the detection position, the controller is configured to stop the feeding rollers. a medium mounting section on which media are to be mounted; a pair of feeding rollers configured to come into contact with the lowermost medium of media mounted on the medium mounting section and transport the medium toward a downstream side, the feeding rollers being provided in a central region in a medium width direction that intersects a medium transport direction; a pair of separation rollers configured to nip and separate the medium with the feeding rollers; a reading section provided on the downstream side of the feeding rollers, the reading section being configured to read the medium; a medium detection section configured to detect the medium at a detection position closer, in the medium width direction, to an edge of the medium in the medium width direction than nip positions of the feeding rollers and the separation rollers; and a controller configured to control the feeding rollers, characterized in that the detection position overlaps either the pair of feeding rollers or the pair of separation rollers in a side view of a medium transport path, and if the medium detection section detects the medium at the detection position, the controller is configured to stop the feeding rollers.
Device for generating cold and power according to the Peltier principle, which has a heat-absorbing and a heat-dissipating part, wherein the formation of thermoelectric TE individual heat exchangers, which are combined to form at least two TE total heat exchangers, in each case a heat-absorbing and a heat-dissipating TE total heat exchanger, which are spatially separated from one another, wherein the heat-absorbing TE total heat exchanger is arranged in an inner part of the device and the heat-dissipating TE total heat exchanger is arranged in an outer part of the device, and each TE individual heat exchanger has printed circuit boards (7, 8) which are positioned in parallel and at distance from each other, having N-P or P-N doped thermocouples, as seen in the direction of current, which are electrically connected in parallel, wherein each TE individual heat exchanger is connected in series with another TE individual heat exchanger, spatially separated therefrom, via a large number of metallic conductors.
A headset for delivering audio to a user's ears, the headset comprising a first earphone housing, a second earphone housing and an electrically conducting headband for attaching the headset to the head of a user, wherein the first earphone housing is attached to a first end of the headband and the second earphone housing is attached to the second end of the headband, the headband comprising at least a first headband part with electrical conductors (8, 9; 13, 14) covered by electrical insulating material and at least a first hollow headband housing covering electrical conductors (13, 14; 34), wherein a first end of the first headband part is slidably received in a first end of the first headband housing, such that the length of the headband can be adjusted to a user's head by sliding the first headband part and the first headband housing relative to each other into any adjustment position between a first end position and a second end position, characterised in that a sliding contact assembly is provided in the first headband housing in order to provide electrical connection between the electrical conductors (8, 9; 13, 14) of the first headband part and the electrical conductors (13, 14; 34) of the first headband housing in any adjustment position, which sliding contact assembly comprises at least two longitudinal conducting members (13, 14), which are running in the longitudinal direction of the headband and are fixed in relation to either the first headband part or the first headband housing, and two sliding contact elements (15, 16), which are fixed in relation to the other of the first headband part and the first headband housing and slides along the longitudinal conducting members (13, 14), when the headband is adjusted.
A copper alloy wire, having an alloy composition consisting of (i) 0.5 to 4 mass% of Ag and/or (ii) at least one selected from the group consisting of Sn, Mg, Zn, In, Ni, Co, Zr, and Cr each at a content of 0.05 to 0.3 mass%, with the balance being Cu and unavoidable impurities, wherein the copper alloy wire has a wire diameter or a wire thickness of 0.1 mm or less, and wherein the nanoindentation hardness in the wire surface section is 1.45 GPa or more as measured by nanoindenter ENT-2100 (manufactured by Elionix, Inc.), the wire surface section starting at the outermost surface of the wire and ranging at maximum to a distance from the surface that corresponds to 20% of the wire diameter or the wire thickness; the nanoindentation hardness at the center of the wire is less than 1.45 GPa as measured by nanoindenter ENT-2100 (manufactured by Elionix, Inc.), the tensile strength of the wire is 350 MPa or more, and the elongation of the wire is 7% or more.
An apparatus for carrying an infant on a shopping cart, comprising: a seat section for receiving an infant that includes a seat back and a seat bottom for supporting the infant, the seat bottom having a front edge and a rear extent, the rear extent being adjacent to the seat back; a mounting member attached to the seat section and arranged at and below the front edge of the seat section, the mounting member including fastening structures (114, 116) for fastening the mounting member to a portion (812, 830, 840) of the shopping cart thereby permitting the infant seat (100, 800, 900) to be mounted to the shopping cart; and an angular adjustment device that provides a predetermined mounting angle for the infant seat (100, 800, 900) on the shopping cart and being located between the mounting member and the shopping cart portion (812, 830, 840) to which the mounting member is to be fastened, characterized in that the angular adjustment device is a wedge assembly (300, 400, 500, 600) that can be located on the mounting member in different orientations to obtain different mounting angles. a seat section for receiving an infant that includes a seat back and a seat bottom for supporting the infant, the seat bottom having a front edge and a rear extent, the rear extent being adjacent to the seat back; a mounting member attached to the seat section and arranged at and below the front edge of the seat section, the mounting member including fastening structures (114, 116) for fastening the mounting member to a portion (812, 830, 840) of the shopping cart thereby permitting the infant seat (100, 800, 900) to be mounted to the shopping cart; and an angular adjustment device that provides a predetermined mounting angle for the infant seat (100, 800, 900) on the shopping cart and being located between the mounting member and the shopping cart portion (812, 830, 840) to which the mounting member is to be fastened,
A system for inerting a fuel tank, comprising: a fuel tank including a liquid space and a vapor space therein; a first flow path (14', 14") that receives fluid comprising non-condensable gas from the fuel tank vapor space; an ejector including a suction port that receives the fluid comprising non-condensable gas from the first flow path; an inert gas generator (22', 22") configured to generate an inert gas; wherein the ejector includes a motive fluid port that receives the inert gas as a motive fluid, and an outlet port that discharges a mixed fluid that is a combination of the motive fluid and the fluid comprising non-condensable gas; and a second flow path from the ejector outlet port to the fuel tank configured to direct the mixed fluid to the fuel tank; and a first gas treatment module, arranged along the first flow path (14', 14") between the fuel tank and the ejector, the first gas treatment module configured to receive gas from the fuel tank to treat said gas and discharge fluid comprising the non-condensable gas to the ejector along the first flow path (14', 14"). a fuel tank including a liquid space and a vapor space therein; a first flow path (14', 14") that receives fluid comprising non-condensable gas from the fuel tank vapor space; an ejector including a suction port that receives the fluid comprising non-condensable gas from the first flow path; an inert gas generator (22', 22") configured to generate an inert gas; wherein the ejector includes a motive fluid port that receives the inert gas as a motive fluid, and an outlet port that discharges a mixed fluid that is a combination of the motive fluid and the fluid comprising non-condensable gas; and a second flow path from the ejector outlet port to the fuel tank configured to direct the mixed fluid to the fuel tank; and a first gas treatment module, arranged along the first flow path (14', 14") between the fuel tank and the ejector, the first gas treatment module configured to receive gas from the fuel tank to treat said gas and discharge fluid comprising the non-condensable gas to the ejector along the first flow path (14', 14").
Radiotherapy apparatus comprising: a linear accelerator for producing a beam of electrons, optionally, an x-ray target for producing a beam of ionising radiation from the electron beam; a primary collimator for delimiting the thus-produced beam to a first extent; at least one variable-geometry collimator for delimiting the beam to a second and lesser extent; characterised in that the primary collimator (50, 60, 80, 100, 120) consists of a plurality of layers (A, B, C, 62, 64, 66) arranged transversely to the beam (56, 70, 90, 110, 130), each layer having a plurality of collimating apertures (50, 52, 54, 62A, 62B, 62C) and wherein the plurality of layers are configured to be independently movable so as to bring a selected one of the apertures into the path of the beam, thereby to define a complete collimator shape made up of an aperture from each layer. a linear accelerator for producing a beam of electrons, optionally, an x-ray target for producing a beam of ionising radiation from the electron beam; a primary collimator for delimiting the thus-produced beam to a first extent; at least one variable-geometry collimator for delimiting the beam to a second and lesser extent; characterised in that the primary collimator (50, 60, 80, 100, 120) consists of a plurality of layers (A, B, C, 62, 64, 66) arranged transversely to the beam (56, 70, 90, 110, 130), each layer having a plurality of collimating apertures (50, 52, 54, 62A, 62B, 62C) and wherein the plurality of layers are configured to be independently movable so as to bring a selected one of the apertures into the path of the beam, thereby to define a complete collimator shape made up of an aperture from each layer.
A method for passivating crystal defects of a nonlinear optical crystal, comprising the steps of: providing a nonlinear optical crystal, wherein the NLO crystal is an oxide-type non-linear crystal or the NLO crystal comprises at least one of Beta-Barium Borate, Lithium Triborate, Lithium Tetraborate, Cesium Lithium Borate (CLBO), and Cesium Borate; maintaining a temperature of the NLO crystal between 300° and 350°C; and exposing the NLO crystal to passivating gas having a concentration of at least one of hydrogen, deuterium, ammonia or methane at a selected concentration sufficient to cure at least one crystal defect caused by dangling or broken bonds within the NLO crystal, wherein the hydrogen concentration of the passivating gas consists of a concentration in excess of the hydrogen concentration naturally present in air. providing a nonlinear optical crystal, wherein the NLO crystal is an oxide-type non-linear crystal or the NLO crystal comprises at least one of Beta-Barium Borate, Lithium Triborate, Lithium Tetraborate, Cesium Lithium Borate (CLBO), and Cesium Borate; maintaining a temperature of the NLO crystal between 300° and 350°C; and exposing the NLO crystal to passivating gas having a concentration of at least one of hydrogen, deuterium, ammonia or methane at a selected concentration sufficient to cure at least one crystal defect caused by dangling or broken bonds within the NLO crystal, wherein the hydrogen concentration of the passivating gas consists of a concentration in excess of the hydrogen concentration naturally present in air.
A process for synthesising organic molecules comprising contacting, in an aqueous liquid medium under anaerobic conditions, at least one source of anaerobic microorganisms, capable of catalysing the reduction of carbon molecules by dihydrogen, with at least one dihydrogen stream, in the presence of at least one carbon source and at least one solid catalyst characterised in that the solid catalyst is a bulk or supported metal catalyst.
A coupling device, in particular for a vehicle drive system, comprising: at least one first coupling comprising at least one first thread-reinforced joint device, wherein the first thread-reinforced joint device comprises at least one thread package embedded in at least one elastic body, characterized in that the at least one first coupling comprises at least one support means connected to the first thread-reinforced joint device, wherein at least one support means supports the first thread-reinforced joint device in the radial direction. at least one first coupling comprising at least one first thread-reinforced joint device, wherein the first thread-reinforced joint device comprises at least one thread package embedded in at least one elastic body, characterized in that the at least one first coupling comprises at least one support means connected to the first thread-reinforced joint device, wherein at least one support means supports the first thread-reinforced joint device in the radial direction.
An electric motor controller comprising: a power provider; a health indicator characterised in that it is configured to provide an output indicator signal only in the event that operation of a second electric motor controller is consistent with safe operation of a vehicle, and to check said safe operation by comparing a drive direction of said second electric motor controller with information obtained from a CANBUS of the vehicle; a failsafe, comprising signal receiving means for receiving an indicator signal from the second electric motor controller; and a control means; wherein the control means is arranged to control operation of said power provider based on the indicator signal received from said second electric motor controller. a power provider; a health indicator characterised in that it is configured to provide an output indicator signal only in the event that operation of a second electric motor controller is consistent with safe operation of a vehicle, and to check said safe operation by comparing a drive direction of said second electric motor controller with information obtained from a CANBUS of the vehicle; a failsafe, comprising signal receiving means for receiving an indicator signal from the second electric motor controller; and a control means; wherein the control means is arranged to control operation of said power provider based on the indicator signal received from said second electric motor controller.
A forging die heating apparatus (20,420,520,520',520"), comprising: a burner head (422,522,522',522") comprising a plurality of flame ports (426,526,526') configured to impinge flames onto a forging surface of the forging die to substantially uniformly heat at least a region of the forging surface (416,16) of the forging die, wherein in use the burner head (422,522,522',522") is oriented to compliment an orientation of the region (416,16) of the forging surface of the forging die (410,10), and wherein the burner head (422,522,522',522") is configured to receive and combust a supply of an oxidizing gas and a supply of a fuel and produce flames at the flame ports (426,526,526'); the burner head (422,522,522',522") further comprising: a first portion (432,532,532") comprising a first set of flame ports comprising at least two flame ports; and a second portion (434,534,534") comprising a second set of flame ports comprising at least two flame ports; characterised in that the first portion (432,532,532") is configured to move relative to the second portion (434,534,534"), and at least the first portion (432,532,532") is configured to move relative to the forging surface to at least partially conform an orientation of the first set of flame ports to the orientation of the region of the forging surface (416,16). a first portion (432,532,532") comprising a first set of flame ports comprising at least two flame ports; and a second portion (434,534,534") comprising a second set of flame ports comprising at least two flame ports; characterised in that the first portion (432,532,532") is configured to move relative to the second portion (434,534,534"), and at least the first portion (432,532,532") is configured to move relative to the forging surface to at least partially conform an orientation of the first set of flame ports to the orientation of the region of the forging surface (416,16).