mhurhangee/ep-ind-claims huggingface dataset:
A monolithic separation membrane structure comprising: a substrate composed of a porous material and including a plurality of through holes, a first support layer composed of a porous ceramic material, formed on an inner surface of the plurality of through holes and having a tubular configuration, and a separation membrane arranged on an inner side of the first support layer, wherein the thickness of the first support layer in a radial direction is 100 micrometers to 300 micrometers, the first support layer includes an aggregate material having alumina as a main component, an inorganic binder having titania as a main component, and a sintering additive having silica or magnesia as a main component, titania particles in the inorganic binder form a binding neck that covers at least a portion of alumina particles in the aggregate material, a titania concentration in the first support layer is at least 5 wt% to no more than 40 wt%, the silica component or magnesia component is present in an interface of the titania particles and alumina particles or between the titania particles, a silica concentration in the first support layer is at least 0.1 wt% to no more than 6 wt% when the first support layer includes the silica component, and a magnesia concentration in the first support layer is at least 0.1 wt% to no more than 5 wt% when the first support layer includes the magnesia component. a substrate composed of a porous material and including a plurality of through holes, a first support layer composed of a porous ceramic material, formed on an inner surface of the plurality of through holes and having a tubular configuration, and a separation membrane arranged on an inner side of the first support layer, wherein the thickness of the first support layer in a radial direction is 100 micrometers to 300 micrometers, the first support layer includes an aggregate material having alumina as a main component, an inorganic binder having titania as a main component, and a sintering additive having silica or magnesia as a main component, titania particles in the inorganic binder form a binding neck that covers at least a portion of alumina particles in the aggregate material, a titania concentration in the first support layer is at least 5 wt% to no more than 40 wt%, the silica component or magnesia component is present in an interface of the titania particles and alumina particles or between the titania particles, a silica concentration in the first support layer is at least 0.1 wt% to no more than 6 wt% when the first support layer includes the silica component, and a magnesia concentration in the first support layer is at least 0.1 wt% to no more than 5 wt% when the first support layer includes the magnesia component.
A linear actuator (206-1 to 206-6) actuated by electric control and able to be used in a hexapod positioner, said hexapod positioner comprising six linear actuators (206-1 to 206-6) actuated by electric control and wherein each actuator has a leg of fixed length, an upper end of which is attached to a moving platform supporting a load and the other, lower end of which is moving along a guide rail, each of said six linear actuators being characterised in that it comprises at least one hydraulic damper (502, 504, 602) with calibrated orifices that is positioned on the guide rail, the calibration and the position of said at least one hydraulic damper being defined as a function of said load such that the forces generated by damping in the event of extreme breakdown are experienced only by said load and are distributed such as to limit force and acceleration peaks.
A system suitable for printing a bio-ink construct onto a substrate, said system comprising: a) a printhead that is immovable during printing of the bio-ink construct, comprising two rows of print nozzles, wherein the levels of the individual print nozzles, above or at the substrate, are not all in the same plane. b) a bio-ink configured to be ejected through the print nozzles onto the substrate, forming at least one bio-ink layer wherein the bio-ink construct comprises the at least one bio-ink layer; and c) a controller to control the printhead. a) a printhead that is immovable during printing of the bio-ink construct, comprising two rows of print nozzles, wherein the levels of the individual print nozzles, above or at the substrate, are not all in the same plane. b) a bio-ink configured to be ejected through the print nozzles onto the substrate, forming at least one bio-ink layer wherein the bio-ink construct comprises the at least one bio-ink layer; and c) a controller to control the printhead.
A container, comprising: a housing having a waste chamber configured to receive a waste disposal unit, the waste chamber comprising: a first lid attached to the housing through a lid hinge; a second lid attached to the housing through the lid hinge, wherein the second lid is provided between the first lid and the housing; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame, wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing; and a second stationary support structure adapted to securely receive a cassette having a tubing of the flexible material packed therein. a housing having a waste chamber configured to receive a waste disposal unit, the waste chamber comprising: a first lid attached to the housing through a lid hinge; a second lid attached to the housing through the lid hinge, wherein the second lid is provided between the first lid and the housing; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame, wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing; and a first lid attached to the housing through a lid hinge; a second lid attached to the housing through the lid hinge, wherein the second lid is provided between the first lid and the housing; a first stationary support structure adapted to receive a bag of a flexible material attached to a frame, wherein the frame is releasably mounted to the housing and rotationally fixed with respect to the housing; and a second stationary support structure adapted to securely receive a cassette having a tubing of the flexible material packed therein.
An unextracted tooth root canal filler to be inserted in an apical part of a root canal for use in the treatment of an unextracted tooth after pulpectomy or after enlargement and cleaning of the infected root canal, the root canal filler comprising: dental pulp stem cells; an extracellular matrix and a chemotactic factor wherein the root canal filler includes: - (a) CXCR4-positive cells and SDF-1, or - (b) CD105-positive cells and SDF-1, or - (c) CD105-positive cells and G-CSF; the dental pulp stem cells being localized to the apical part of the root canal and the chemotactic factor being localized to the tooth crown part of the root canal. - (a) CXCR4-positive cells and SDF-1, or - (b) CD105-positive cells and SDF-1, or - (c) CD105-positive cells and G-CSF;
A method of dynamically advancing a refreshable braille display, the method comprising the steps of: providing a braille display in communication with a non-transitory tangible computer-readable medium having computer-executable instructions for outputting an electronic document; setting a default auto-advance interval for the braille display; outputting a portion of the electronic document onto the braille display as a current line of braille characters; determining whether the current line ends with a used cell or a blank braille cell; responsive to determining that the current line ends with the used cell, outputting the next line after the default auto-advance interval has lapsed; responsive to determining that the current line ends with the blank braille cell, calculating a current auto-advance interval for the current line as a function of a number of used cells within the current line and the default auto-update interval; and automatically outputting a next line of braille characters after the current auto-advance interval has lapsed. providing a braille display in communication with a non-transitory tangible computer-readable medium having computer-executable instructions for outputting an electronic document; setting a default auto-advance interval for the braille display; outputting a portion of the electronic document onto the braille display as a current line of braille characters; determining whether the current line ends with a used cell or a blank braille cell; responsive to determining that the current line ends with the used cell, outputting the next line after the default auto-advance interval has lapsed; responsive to determining that the current line ends with the blank braille cell, calculating a current auto-advance interval for the current line as a function of a number of used cells within the current line and the default auto-update interval; and automatically outputting a next line of braille characters after the current auto-advance interval has lapsed.
A vehicle air-conditioner safety device comprising: abnormality determination means configured to determine, when an abnormality has occurred in a heating device that heats coolant with a heater, whether the abnormality is a restorable abnormality or a non-restorable abnormality; removal determination means configured to determine, when the abnormality is determined as being the restorable abnormality, whether or not the restorable abnormality is removed; heating prohibition means configured to prohibit heating by the heater when the restorable abnormality or the non-restorable abnormality has occurred; and heating restoration means configured to restore heating by the heater when the restorable abnormality is removed after heating by the heater is prohibited due to occurrence of the restorable abnormality, wherein the heating prohibition means is configured to prohibit heating by the heater, when the non-restorable abnormality has occurred, even when the restorable abnormality has been removed, wherein the restorable abnormality includes an abnormality in which temperature of at least one of a switching device, which allows or interrupts flow of current to the heater, and the heater becomes higher than respective predetermined temperatures, and the non-restorable abnormality is an abnormality related to driving of the switching device. abnormality determination means configured to determine, when an abnormality has occurred in a heating device that heats coolant with a heater, whether the abnormality is a restorable abnormality or a non-restorable abnormality; removal determination means configured to determine, when the abnormality is determined as being the restorable abnormality, whether or not the restorable abnormality is removed; heating prohibition means configured to prohibit heating by the heater when the restorable abnormality or the non-restorable abnormality has occurred; and heating restoration means configured to restore heating by the heater when the restorable abnormality is removed after heating by the heater is prohibited due to occurrence of the restorable abnormality, wherein the heating prohibition means is configured to prohibit heating by the heater, when the non-restorable abnormality has occurred, even when the restorable abnormality has been removed, wherein the restorable abnormality includes an abnormality in which temperature of at least one of a switching device, which allows or interrupts flow of current to the heater, and the heater becomes higher than respective predetermined temperatures, and the non-restorable abnormality is an abnormality related to driving of the switching device.
A lubrication system for a wind turbine, said lubrication system comprising: a sump configured to collect a lubrication fluid; and characterized by: at least one heating unit configured to heat the lubrication fluid based on at least one forecasted condition. a sump configured to collect a lubrication fluid; and characterized by: at least one heating unit configured to heat the lubrication fluid based on at least one forecasted condition. at least one heating unit configured to heat the lubrication fluid based on at least one forecasted condition.
A method performed by a base station of a serving cell, for potentially establishing a neighbor relation with a neighbor cell of a same communication network as the serving cell, the method comprising: receiving a first identity of the neighbor cell, a second identity of the neighbor cell, and a random number generated by a base station of the neighbor cell from a user terminal served by the base station of the serving cell; sending a request for establishing a neighbor relation to the base station of the neighbor cell, wherein the request includes the received random number; and obtaining a response to the request from the base station of the neighbor cell, the response indicating whether the neighbor relation has been accepted or denied by the base station of the neighbor cell, which depends at least in part on whether the request has been sent within a predetermined time interval from a moment when the base station of the neighbor cell has generated the random number. receiving a first identity of the neighbor cell, a second identity of the neighbor cell, and a random number generated by a base station of the neighbor cell from a user terminal served by the base station of the serving cell; sending a request for establishing a neighbor relation to the base station of the neighbor cell, wherein the request includes the received random number; and obtaining a response to the request from the base station of the neighbor cell, the response indicating whether the neighbor relation has been accepted or denied by the base station of the neighbor cell, which depends at least in part on whether the request has been sent within a predetermined time interval from a moment when the base station of the neighbor cell has generated the random number.
A replacement contact-tip configured to be mounted on an end section (74, 90, 112) of an electrical contact, the replacement contact-tip comprising a contact spring and a support casing, the contact spring being accessible for electrical contacting on an inwardly facing surface and an outwardly facing surface, and the contact spring further having an axial front end and an axial rear end, wherein the axial front end is at least partly covered by the support casing, characterized in that an internal cavity of the support casing is shaped complementarily to the contact spring and captively holds the contact spring.
Device for actuating a drawstring in a shoe provided with a drawstring device, having a winding member, which is arranged rotatably in a carrier embedded in the sole of the shoe, is stationary in the axial direction and on which at least one drawstring element, which can be wound onto it, engages, and having an actuating member, which can be moved in the axial direction relative to the winding disc, can be depressed by the wearer of the shoe and is thereby blocked in the direction of rotation and is in screw engagement with the winding member, which can be rotated in the tensioning direction by the depressible actuating member and which can be blocked in the tensioning position by means of a blocking device, which can be released by means of a release member which can be actuated from the outside, and having a return spring arrangement which counteracts the force exerted by the wearer of the shoe and acts on the winding member and/or actuating member, and, when the blocking device is released, resets the winding member and the actuating member to the respective starting position when the blocking device is released, wherein the carrier has a fixed pin, which is assigned to a central through recess of the winding member, has a non-circular cross-section and onto which the actuating member, which has a corresponding recess, can be fitted with freedom of movement in the axial direction, characterized in that the carrier, which is embedded in the sole of the shoe, is formed as a closed housing with a base, from which the pin projects and has a cover through which an upper pushbutton of the actuating member passes and that the winding member is designed as a winding disc which is mounted in ball bearings with respect to the base or/and the cover of the housing, wherein in each case a circumferential ball ring is provided which runs at least at the top or bottom in an associated circumferential track groove.
A composition for use as a remedy in the treatment of coughs, or symptoms of colds, with or without symptoms of flu, wherein said composition comprises: (i) 5 - 42.3% menthol by total weight dissolved in a digestible oil, characterised in that said digestible oil is a medium-chain triglyceride, so that said composition is a liquid at 20°C after rising to that temperature from a lower temperature at which the menthol in oil preparation was previously semisolid. (i) 5 - 42.3% menthol by total weight dissolved in a digestible oil,
A method for the preparation of a compound of formula, a tautomer (Va), and salts thereof, said method comprising submitting a compound of formula to acidic conditions at a temperature between 15 and 80 °C, thereby obtaining a compound of formula, a tautomer (Va), or a salt thereof; wherein in compounds of formula, (Va), and, R 1 is hydrogen, C 1-6 alkyl, or -C(=O)R 4; R 2 is hydrogen, C 1-6 alkyl, or phenyl; R 3 is hydrogen or C 1-6 alkoxy; and R 4 is hydrogen or C 1-4 alkyl. R 1 is hydrogen, C 1-6 alkyl, or -C(=O)R 4; R 2 is hydrogen, C 1-6 alkyl, or phenyl; R 3 is hydrogen or C 1-6 alkoxy; and R 4 is hydrogen or C 1-4 alkyl.
An anastomosis device comprising a framework of elongate elements which define: defines first apposition portion; a second apposition portion; a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; and a covering material disposed on at least some portions of the framework; wherein the central portion defines a lumen that extends between the first apposition portion and the second apposition portion, the lumen providing an anastomosis passageway through which biological materials or liquids can pass; wherein the central portion includes more than one circumferential stent ring and being characterized by one or more axial adjustment members, the one or more axial adjustment members being disposed within the central portion so as to interconnect the more than one circumferential stent rings. defines first apposition portion; a second apposition portion; a central portion disposed between and interconnecting the first apposition portion and the second apposition portion; and a covering material disposed on at least some portions of the framework; wherein the central portion defines a lumen that extends between the first apposition portion and the second apposition portion, the lumen providing an anastomosis passageway through which biological materials or liquids can pass; wherein the central portion includes more than one circumferential stent ring and being characterized by one or more axial adjustment members, the one or more axial adjustment members being disposed within the central portion so as to interconnect the more than one circumferential stent rings.
Subsea cable joint comprising two cable ends each comprising a conductor surrounded by an insulation layer (109, 110), wherein the two conductor ends are joint and covered by a ferrule, the subsea cable joint further comprising: - a cable reinforcement sleeve comprising two or more bracket elements surrounding the ferrule and arranged to form a sleeve for surrounding a cable joint, wherein each bracket element comprises an outer wall, wherein each bracket element further comprises two inner protruding walls protruding radially inwards that respectively abut the ends of the insulation layers of each cable, wherein each bracket element comprises at least two fasteners for securing the bracket element to the cable on each side of the subsea cable joint, wherein the fasteners are threaded through holes, adapted for fastening the bracket element 20 to the cable by arranging screws in the through holes, - a conducting layer surrounding and being in contact with said reinforcement sleeve and a section of the insulation layers on each side of the cable joint, a field controlling layer being arranged outside the insulation layer, - an outer insulating layer covering the subsea cable joint and the two cable ends. - a cable reinforcement sleeve comprising two or more bracket elements surrounding the ferrule and arranged to form a sleeve for surrounding a cable joint, wherein each bracket element comprises an outer wall, wherein each bracket element further comprises two inner protruding walls protruding radially inwards that respectively abut the ends of the insulation layers of each cable, wherein each bracket element comprises at least two fasteners for securing the bracket element to the cable on each side of the subsea cable joint, wherein the fasteners are threaded through holes, adapted for fastening the bracket element 20 to the cable by arranging screws in the through holes, - a conducting layer surrounding and being in contact with said reinforcement sleeve and a section of the insulation layers on each side of the cable joint, a field controlling layer being arranged outside the insulation layer, - an outer insulating layer covering the subsea cable joint and the two cable ends.
Method for the inorganic coating of inorganic solid particles in an aqueous suspension with at least one coating substance, comprising the steps: a) Disagglomeration of the solid particles contained in the aqueous suspension, b) Addition of a water-soluble precursor of the coating substance to the suspension, c) Homogenisation of the suspension in a disperser, immediately after Step b), where the temperature and pH value of the suspension do not change significantly in Steps a) to c), d) Pumping of the suspension into a tank and precipitation of the coating substance onto the particle surface and, optionally, application of further coatings, e) Separation of the solid particles from the suspension. a) Disagglomeration of the solid particles contained in the aqueous suspension, b) Addition of a water-soluble precursor of the coating substance to the suspension, c) Homogenisation of the suspension in a disperser, immediately after Step b), where the temperature and pH value of the suspension do not change significantly in Steps a) to c), d) Pumping of the suspension into a tank and precipitation of the coating substance onto the particle surface and, optionally, application of further coatings, e) Separation of the solid particles from the suspension.