mhurhangee/ep-ind-claims huggingface dataset:
Joinery comprising a frame that defines an opening in an aperture plane and a sash configured to reversibly obstruct said opening, said sash being hinged along a pivot connection on a stile of the sash in relation to said frame, said joinery further comprising sealing means between the frame and the sash, said sealing means comprising a seal fixed directly to the side jamb of the frame that is the closest of the pivot connection or fixed to said side jamb of the frame by the intermediary of a longitudinal profile fixed to said side jamb of the frame and extending longitudinally over at least one portion of the height of said side jamb of the frame, said seal extending longitudinally over at least one portion of the respective height of the side jamb of the frame or of the longitudinal profile, said seal and the profile of said stile of the sash being configured in such a way that the profile of the stile of the sash urges said seal in compression along an axis X parallel to the aperture plane when said sash obstructs the opening of the frame, the sealing means comprising an angle seal comprising a first longitudinal seal portion and a second longitudinal seal portion perpendicular to each other, said first seal portion being fixed respectively to the side jamb of the frame or to the longitudinal profile and the second longitudinal seal portion being fixed to the head jamb of the frame, said angle seal and the profile of the stile of the sash being configured in such a way that the profile of the stile of the sash urges in compression the first longitudinal portion along an axis X' parallel to the aperture plane and a face of the stile of the sash urges in compression the second longitudinal portion along an axis Z perpendicular to the aperture plane, when said sash obstructs the opening of the frame.
A method for purifying and/or analyzing extracellular vesicles using a tool coated with a coating agent for preventing the adsorption of extracellular vesicles, wherein the coating agent comprises: a hydrophilic copolymer of 2-methacryloyloxyethyl phosphorylcholine and a hydrophobic monomer in a composition ratio of MPC:hydrophobic monomer of 20:80 to 50:50, said hydrophilic copolymer having a weight average molecular weight of 100,000 or more and 1,000,000 or less, wherein the molecular weight is determined by gel permeation chromatography using polyethylene glycol as a standard, wherein a coated layer formed by the coating agent has a water contact angle of 0 degree or more and 30 degrees or less, wherein the water contact angle is determined by a bubble method using a DropMaster equipment. a hydrophilic copolymer of 2-methacryloyloxyethyl phosphorylcholine and a hydrophobic monomer in a composition ratio of MPC:hydrophobic monomer of 20:80 to 50:50, said hydrophilic copolymer having a weight average molecular weight of 100,000 or more and 1,000,000 or less, wherein the molecular weight is determined by gel permeation chromatography using polyethylene glycol as a standard, wherein a coated layer formed by the coating agent has a water contact angle of 0 degree or more and 30 degrees or less, wherein the water contact angle is determined by a bubble method using a DropMaster equipment.
A noise sensor assembly for a hearing protection device, the noise sensor assembly comprising: a printed circuit board, PCB; a noise sensor comprising a microphone mounted on the PCB and electrically coupled to the PCB; and a housing dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device, wherein the housing comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing defines a noise sensor receiving portion comprising a slot configured to engage the PCB on which the microphone is mounted and to which the microphone is electrically coupled, wherein the slot of the housing is configured to retain the microphone, such that the microphone faces the axial bore, and wherein, in an instance in which the noise sensor is engaged with the housing, the noise sensor is sealed against the housing. a printed circuit board, PCB; a noise sensor comprising a microphone mounted on the PCB and electrically coupled to the PCB; and a housing dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device, wherein the housing comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing defines a noise sensor receiving portion comprising a slot configured to engage the PCB on which the microphone is mounted and to which the microphone is electrically coupled, wherein the slot of the housing is configured to retain the microphone, such that the microphone faces the axial bore, and wherein, in an instance in which the noise sensor is engaged with the housing, the noise sensor is sealed against the housing.
Exendin or a fragment thereof for use in the treatment of congenital and/or neonatal hyperinsulinism, wherein the exendin or the fragment thereof is administered intravenously, subcutaneously, parenterally, transmucosally, transdermally, intramuscularly, intra-dermally, intraperitoneally, intra-ventricularly, or a combination thereof, and wherein the exendin or the fragment thereof is an antagonist of the Glucagon Like Peptide-1 (GLP-1) receptor.
An end cap assembly for coupling to a mixing apparatus of an atomic absorption instrument, the end cap assembly comprising: a first face capable of mating with a mixing chamber assembly, said assembly forming a mixing chamber; a second face positioned opposite of the first face; an end cap body; a channel capable of receiving a nebulizer and extending through the end cap body, the channel being dimensioned such that a port of a nebulizer is positioned within the channel and an outlet of the nebulizer is positioned to deliver a spray into said mixing chamber when the end cap assembly carries the nebulizer and is coupled to the mixing chamber assembly; and a manifold included in the end cap body and including a plurality of fluid passageways (534, 554, 584) extending from the first face, characterized in that one of the fluid passageways extends from the first face through the end cap body to the channel and another one of the passageways extends from the first face through the end cap body to the mixing chamber. a first face capable of mating with a mixing chamber assembly, said assembly forming a mixing chamber; a second face positioned opposite of the first face; an end cap body; a channel capable of receiving a nebulizer and extending through the end cap body, the channel being dimensioned such that a port of a nebulizer is positioned within the channel and an outlet of the nebulizer is positioned to deliver a spray into said mixing chamber when the end cap assembly carries the nebulizer and is coupled to the mixing chamber assembly; and a manifold included in the end cap body and including a plurality of fluid passageways (534, 554, 584) extending from the first face, characterized in that one of the fluid passageways extends from the first face through the end cap body to the channel and another one of the passageways extends from the first face through the end cap body to the mixing chamber.
A material comprising an elastomer or thermoplastic elastomer being expanded to a density of less than 200 kg/m 3, preferably less than 100 kg/m 3, especially preferred less than 65 kg/m 3 according to ISO 845 as a core being covered with at least one inner protective layer comprising a metal foil showing a thickness of 1-400 microns, preferably 2-50 microns, or fibrous material which is at least flame retardant according to DIN 4102 B1 and/or ASTM E-84 flame spread 100 and with at least one outer protective layer consisting of fibrous material which is at least flame retardant according to DIN 4102 B1 and/or ASTM E-84 flame spread 100 and wherein the average thread or fibre density of the fibrous material of is 5 to 500 per cm.
A metallocene complex according to formula I wherein M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, Q is an anionic ligand to M, k is the number of Q groups and equals the valence of M minus 2, R is a bridging group containing at least one carbon atom, chosen from a group consisting of a 2,2' biphenylgroup or a substituted 2,2' biphenylgroup, bonded to the indenyl moiety at 2-position and, R 1, R 2, R 3 and R 4 are each independently chosen from the group consisting of hydrogen, a halogen atom and a C1-C20 hydrocarbylgroup, and wherein at least one of R 1 and R 2 is not H, and at least one of R 3 and R 4 is not H. M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, Q is an anionic ligand to M, k is the number of Q groups and equals the valence of M minus 2, R is a bridging group containing at least one carbon atom, chosen from a group consisting of a 2,2' biphenylgroup or a substituted 2,2' biphenylgroup, bonded to the indenyl moiety at 2-position and, R 1, R 2, R 3 and R 4 are each independently chosen from the group consisting of hydrogen, a halogen atom and a C1-C20 hydrocarbylgroup, and wherein at least one of R 1 and R 2 is not H, and at least one of R 3 and R 4 is not H.
A wireless charging system, comprising a tablet computer, a wireless keyboard, and an electronic stylus, wherein the wireless keyboard comprises a keyboard body, a support configured for placing the tablet computer, and a connection portion configured to adjustably connect the keyboard body and the support; a first battery, a first wireless output control module, and a first wireless output coil are disposed in the tablet computer, the first wireless output control module is connected to the first battery, and the first wireless output coil is connected to the first wireless output control module; a first wireless receiving coil, a first wireless receiving control module, a first charging control module, and a second battery are disposed in the keyboard body, the first wireless receiving coil receives an electromagnetic signal sent by the first wireless output coil, the first wireless receiving control module is connected to the first wireless receiving coil, the first charging control module is connected to the first wireless receiving control module, and the second battery is connected to the first charging control module; the connection portion comprises an accommodation cavity provided with an opening at one end, and the accommodation cavity is configured to accommodate the electronic stylus through the opening; a second wireless output coil is disposed in the accommodation cavity, and the second wireless output coil is connected to the first wireless receiving coil; and the second wireless output coil is configured to wirelessly charge the electronic stylus accommodated in the accommodation cavity. a first battery, a first wireless output control module, and a first wireless output coil are disposed in the tablet computer, the first wireless output control module is connected to the first battery, and the first wireless output coil is connected to the first wireless output control module; a first wireless receiving coil, a first wireless receiving control module, a first charging control module, and a second battery are disposed in the keyboard body, the first wireless receiving coil receives an electromagnetic signal sent by the first wireless output coil, the first wireless receiving control module is connected to the first wireless receiving coil, the first charging control module is connected to the first wireless receiving control module, and the second battery is connected to the first charging control module; the connection portion comprises an accommodation cavity provided with an opening at one end, and the accommodation cavity is configured to accommodate the electronic stylus through the opening; a second wireless output coil is disposed in the accommodation cavity, and the second wireless output coil is connected to the first wireless receiving coil; and the second wireless output coil is configured to wirelessly charge the electronic stylus accommodated in the accommodation cavity.
An equipment for a lift truck or similar self-propelling work machines, comprising: at least a fixed frame which can be mounted solidly constrained to an arm of said lift truck, at least a movable frame, to which a tool (41, 42) is fixed, and actuating means for displacing said movable frame with respect to said fixed frame, wherein the fixed frame comprises at least a straight upper guide (22, 23) and at least a straight lower guide (24, 25) which lie on parallel or same planes; and wherein the movable frame comprises upper connecting means (31, 32) and lower connecting means (33, 34) slidably coupled respectively to the upper guide (22, 23) and to the lower guide (24, 25) and coplanar thereto, so as to enable translation of the tool (41, 42) with respect to the fixed frame; wherein the movable frame comprises a support structure (35, 36, 37, 38), to which the tool (41, 42) is fixed in the front position and to which said connecting means (31, 32, 33, 34) are fixed in the rear position, said support structure being formed by two end members (35, 36) comprising respective plates joined by an upper cross member and by a lower cross member, characterized in that the support structure defines an inner space which houses at least partially the fixed frame and in that the movable frame is longer and wider than the fixed frame.
A gasification reactor for the gasification of solid, hydrocarbonaceous fuels in dust form in an entrained flow, • having a first reaction chamber, which is arranged at the top of the reactor, in the upper region of which chamber a supply device for input materials is arranged, the side walls of which chamber are equipped with pipes with inner cooling in the form of a membrane wall or pipe coils, at which liquid slag can drain away freely without the surface solidifying said slag in the process, and on the underside of which chamber an opening is provided for draining slag and escaping synthesis gas, • a second chamber adjoining the bottom of the opening, in which chamber the crude gas is kept dry and cooled by radiation cooling, and a device being provided to produce a water spray, • a third chamber adjoining the bottom of the second chamber, in which third chamber supply devices for water are provided, • a collection device for a water bath adjoining the bottom of the third chamber, said water bath also having an extraction device for a water-slag mixture, • a device for extracting crude gas from the reactor being provided at the bottom or the side of the third chamber, characterised by an axisymmetrical extension chamber, • which forms the transition from the first chamber to the second chamber, • and the lower edge of which is arranged at the same height or above the height at which the free-falling water spray exits, • the upper edge of which adjoins the underside of the reaction chamber flush with same, and • which is in the form of a diffuser, wherein the lower edge is shaped as a drip edge for slag. • having a first reaction chamber, which is arranged at the top of the reactor, in the upper region of which chamber a supply device for input materials is arranged, the side walls of which chamber are equipped with pipes with inner cooling in the form of a membrane wall or pipe coils, at which liquid slag can drain away freely without the surface solidifying said slag in the process, and on the underside of which chamber an opening is provided for draining slag and escaping synthesis gas, • a second chamber adjoining the bottom of the opening, in which chamber the crude gas is kept dry and cooled by radiation cooling, and a device being provided to produce a water spray, • a third chamber adjoining the bottom of the second chamber, in which third chamber supply devices for water are provided, • a collection device for a water bath adjoining the bottom of the third chamber, said water bath also having an extraction device for a water-slag mixture, • a device for extracting crude gas from the reactor being provided at the bottom or the side of the third chamber, • which forms the transition from the first chamber to the second chamber, • and the lower edge of which is arranged at the same height or above the height at which the free-falling water spray exits, • the upper edge of which adjoins the underside of the reaction chamber flush with same, and • which is in the form of a diffuser, wherein the lower edge is shaped as a drip edge for slag.
A remote weapon station comprising a weapon support adapted for rotatable motion about a first transverse axis, the weapon support including a platform supporting a weapon attachment device supporting a weapon, said weapon attachment device being rotatable about a second elevation axis perpendicular to the first transverse axis, the remote weapon station further comprising a sight unit rotatable about a third transverse axis and about a fourth elevation axis, perpendicular to the third transverse axis, characterized in that said sight unit is rotatable about said third transverse axis and said fourth elevation axis independently of the position or rotation of the weapon support about the first transverse axis and of the weapon attachment device about the second elevation axis, and in that the sight unit is mounted to the platform and arranged between the platform of the weapon support and the weapon attached to the weapon attachment device and in that the weapon's bore axis is stabilized in two axes and the sight unit's line of sight is stabilized in two axes.
Device for generatively producing at least one component region of a component, in particular of a component of a turbomachine, the device comprising: - at least one coater for applying at least one powder layer of a component material to at least one assembly and joining zone of at least one lowerable component platform; - at least one radiation source for generating at least one high-energy beam, by means of which beam the powder layer can be melted and/or sintered locally in the region of the assembly and joining zone to form a component layer; - at least one plate that is arranged above the assembly and joining zone and is permeable to the high-energy beam, the distance between the plate and the assembly and joining zone being calculated such that the coater can be moved below the plate; and - at least one inflow nozzle and at least one suction nozzle or opening for a process gas, the inflow nozzle and the suction nozzle or opening being arranged such that a gas flow is formed which runs below the plate at least in part, characterized in that at least one lateral wall (30, 32) is arranged below and/or to the side of the plate for delimiting the gas flow between the inflow nozzle and the suction nozzle or opening at least intermittently, the lateral wall (30, 32) being designed such that it can be removed from a plane of the assembly and joining zone. - at least one coater for applying at least one powder layer of a component material to at least one assembly and joining zone of at least one lowerable component platform; - at least one radiation source for generating at least one high-energy beam, by means of which beam the powder layer can be melted and/or sintered locally in the region of the assembly and joining zone to form a component layer; - at least one plate that is arranged above the assembly and joining zone and is permeable to the high-energy beam, the distance between the plate and the assembly and joining zone being calculated such that the coater can be moved below the plate; and - at least one inflow nozzle and at least one suction nozzle or opening for a process gas, the inflow nozzle and the suction nozzle or opening being arranged such that a gas flow is formed which runs below the plate at least in part,
A smear transporting apparatus that transports a smear slide on which a sample is smeared to a smear-image capture apparatus, the smear transporting apparatus comprising: a smear transfer part that picks a smear slide whose image is to be captured by the smear-image capture apparatus from a first smear container transported to a smear pickup position, transfers the smear slide to the smear-image capture apparatus, and places the smear slide whose image has been captured by the smear-image capture apparatus in a second smear container different from the first smear container; characterised in that: the smear transporting apparatus comprises: a smear-container transport part that transports the first smear container accommodating smear slides to the smear pickup position, the smear slides including a smear slide whose image is to be captured by the smear-image capture apparatus and a smear slide whose image is not to be captured by the smear-image capture apparatus; and a storage (133, 134) that stores the first smear container and the second smear container. a smear-container transport part that transports the first smear container accommodating smear slides to the smear pickup position, the smear slides including a smear slide whose image is to be captured by the smear-image capture apparatus and a smear slide whose image is not to be captured by the smear-image capture apparatus; and a storage (133, 134) that stores the first smear container and the second smear container.
A method comprising: receiving, by use of a receiver, a discover signal measurement timing configuration "DMTC" from higher layer signaling; determining a set of periodic DMTC time windows from the received DMTC, wherein each periodic DMTC time window of the set of periodic DMTC time windows comprises a set of contiguous subframes; determining a set of carrier loading measurement time windows, wherein each carrier loading measurement time window of the set of carrier loading measurement time windows comprises a set of contiguous subframes; and measuring carrier loading in at least one subframe in each carrier loading measurement time window of the set of carrier loading measurement time windows; wherein each carrier loading measurement time window of the set of the carrier loading measurement time windows occur immediately adjacent in time to a respective periodic DMTC time window of the set of periodic DMTC time windows and each carrier loading measurement time window does not overlap its respective periodic DMTC time window. receiving, by use of a receiver, a discover signal measurement timing configuration "DMTC" from higher layer signaling; determining a set of periodic DMTC time windows from the received DMTC, wherein each periodic DMTC time window of the set of periodic DMTC time windows comprises a set of contiguous subframes; determining a set of carrier loading measurement time windows, wherein each carrier loading measurement time window of the set of carrier loading measurement time windows comprises a set of contiguous subframes; and measuring carrier loading in at least one subframe in each carrier loading measurement time window of the set of carrier loading measurement time windows; wherein each carrier loading measurement time window of the set of the carrier loading measurement time windows occur immediately adjacent in time to a respective periodic DMTC time window of the set of periodic DMTC time windows and each carrier loading measurement time window does not overlap its respective periodic DMTC time window.