mhurhangee/ep-ind-claims huggingface dataset:
A surface platform for a conveyor belt comprising: a platform member having an upper surface and a rail member at one side of the upper surface, characterized in that one end of the rail member has an undercut portion defining an extension and the other end of the rail member defining a slot, the slot and extension being complimentarily sized, the slot having a bottom edge above the upper surface of the platform member. a platform member having an upper surface and a rail member at one side of the upper surface,
A filter element for a filter device, the filter element having a filter body for filtering a fluid, which comprises at least one filter material, wherein - the filter body has a first side and a second side facing away from the first side, - the porosity of the filter body is lower on the first side than on the second side, - a nano-fiber layer is applied on at least some sections of the first side. - the filter body has a first side and a second side facing away from the first side, - the porosity of the filter body is lower on the first side than on the second side, - a nano-fiber layer is applied on at least some sections of the first side.
A method for cross-linking or curing an alkenyl ether group-containing polyurethane polymer having moisture-reactive end groups, wherein the moisture-reactive end groups are isocyanate groups (-NCO) or silane groups of formula -[(CH 2) p -Si(R 1) 3-q (OR 2) q] r where p, q and r = 1, 2 or 3, R 1 = C 1-4 alkyl or -(CH 2) p -Si(R 1) 3-q (OR 2) q and R 2 = C 1-4 alkyl, wherein the polyurethane can be obtained by reacting at least one alkenyl ether polyol containing at least one alkenyl ether group, in particular a 1-alkenyl ether group, and at least two hydroxyl groups (-OH) with at least one polyisocyanate containing at least two isocyanate groups (-NCO), wherein the polyisocyanate, with respect to the isocyanate groups, is used in molar excess relative to the hydroxyl groups in order to obtain an NCO-terminated polyurethane, and optionally the subsequent reaction of the NCO-terminated polyurethane with a silane, in particular with a silane of formula X-[(CH 2) p -Si(R 1) 3-q (OR 2) q] r, where X is an NCO-reactive group, wherein, in a first step, the alkenyl ether groups are cationically cross-linked by exposure to radiation and, in a second step, the moisture-reactive groups are polymerized in a moisture-dependent manner.
Illumination system for an optical arrangement, in particular for an EUV lithography apparatus, comprising: at least one optical element (13, 14), which has at least one optical surface, preferably a plurality of optical surfaces (13a-d, 14a-d), on which a coating which reflects the illumination radiation from a light source is applied, and an actuator device for aligning the at least one optical surface (13a-d, 14a-d) in at least two angular positions (α 1, α 2), characterized in that the reflecting coating either has a thickness (d OPT1) at which a mean value (1/2 (R 1 + R 2)) formed from a thickness-dependent reflectivity (R 1, R 2) of the coating at the at least two angular positions (α 1, α 2) is maximized or in that the reflecting coating has a thickness (d OPT2) at which a maximum change (max(ΔR 1 /R 1, ΔR 2 /R 2)) in the reflectivity (R 1, R 2) caused by a thickness tolerance (Δd/d) of the coating is minimized at the respective angular positions (α 1, α 2). at least one optical element (13, 14), which has at least one optical surface, preferably a plurality of optical surfaces (13a-d, 14a-d), on which a coating which reflects the illumination radiation from a light source is applied, and an actuator device for aligning the at least one optical surface (13a-d, 14a-d) in at least two angular positions (α 1, α 2), characterized in that the reflecting coating either has a thickness (d OPT1) at which a mean value (1/2 (R 1 + R 2)) formed from a thickness-dependent reflectivity (R 1, R 2) of the coating at the at least two angular positions (α 1, α 2) is maximized or in that the reflecting coating has a thickness (d OPT2) at which a maximum change (max(ΔR 1 /R 1, ΔR 2 /R 2)) in the reflectivity (R 1, R 2) caused by a thickness tolerance (Δd/d) of the coating is minimized at the respective angular positions (α 1, α 2).
A telemetry system for use in a high-temperature environment of a combustion turbine engine, the telemetry system comprising a wireless power-receiving coil assembly affixed to a movable component of the turbine engine, the wireless power-receiving coil assembly comprising: a radio-frequency transparent housing having an opening; a lid to close the opening of the housing, the lid positioned to provide support against a surface of the movable component; and an induction coil disposed in the housing distally away from the lid and encased between a first layer and a last layer of a potting adhesive, wherein the lid is arranged to provide vibrational buffering between the surface of the movable component and the layers (136, 138, 140) encasing the induction coil; wherein the induction coil comprises at least one planar winding embedded in a ceramic substrate; wherein the at least one planar winding is connected to electrically power one or more circuitry of the telemetry system located on the movable component by way of at least one or more leads arranged to form a loop free of sharp bends between at least one electrically conductive structure formed on the ceramic substrate and an electrical connector extending through the housing. a radio-frequency transparent housing having an opening; a lid to close the opening of the housing, the lid positioned to provide support against a surface of the movable component; and an induction coil disposed in the housing distally away from the lid and encased between a first layer and a last layer of a potting adhesive, wherein the lid is arranged to provide vibrational buffering between the surface of the movable component and the layers (136, 138, 140) encasing the induction coil; wherein the induction coil comprises at least one planar winding embedded in a ceramic substrate; wherein the at least one planar winding is connected to electrically power one or more circuitry of the telemetry system located on the movable component by way of at least one or more leads arranged to form a loop free of sharp bends between at least one electrically conductive structure formed on the ceramic substrate and an electrical connector extending through the housing.
An apparatus, comprising: a supplemental arm of a robotic attacher, the supplemental arm comprising a fixed portion and a gripping portion; the fixed portion comprising: a pivot assembly that pivots the gripping portion between positions selected from the group consisting of: a maximum-left position, a maximum-right position, and a centered position; and a rotating assembly that rotates the gripping portion between positions selected from the group consisting of: an upright position and an upside down position; characterized in that the gripping portion comprising: a gripper comprising claw arms (338a, 338b) operable to open and close, wherein components of the supplemental arm receive signals from a controller indicating a configuration, the configuration indicating to maintain the pivot assembly in the centered position and to maintain the gripper claw arms (338a, 338b) in a closed position during rotation of the gripping portion by the rotating assembly. a supplemental arm of a robotic attacher, the supplemental arm comprising a fixed portion and a gripping portion; the fixed portion comprising: a pivot assembly that pivots the gripping portion between positions selected from the group consisting of: a maximum-left position, a maximum-right position, and a centered position; and a rotating assembly that rotates the gripping portion between positions selected from the group consisting of: an upright position and an upside down position; characterized in that a pivot assembly that pivots the gripping portion between positions selected from the group consisting of: a maximum-left position, a maximum-right position, and a centered position; and a rotating assembly that rotates the gripping portion between positions selected from the group consisting of: an upright position and an upside down position; characterized in that the gripping portion comprising: a gripper comprising claw arms (338a, 338b) operable to open and close, a gripper comprising claw arms (338a, 338b) operable to open and close, wherein components of the supplemental arm receive signals from a controller indicating a configuration, the configuration indicating to maintain the pivot assembly in the centered position and to maintain the gripper claw arms (338a, 338b) in a closed position during rotation of the gripping portion by the rotating assembly.
A method for increasing levels of collagen in the skin for a cosmetic purpose comprising administering to a person a dermatocosmetic composition comprising an effective amount of a proteinaceous extract of R. miehei substantially devoid of protease activity, wherein the combined acid protease-specific activity within said proteinaceous extract is less than about 500 HUT units/mg; and a dermatologically-acceptable carrier.
A device for treating gases by means of a surface plasma, comprising: - at least two dielectric substrate, each having ▪ two opposite main surfaces, at least one first electrode, and ▪ at least one second electrode being respectively deposited on the two opposite main surfaces of said substrate, said first and second electrodes being connected to the two terminals of an electric power supply source; said first and second electrodes being arranged so that a surface plasma is formed around each of the two main surfaces of the dielectric substrates between the first electrode and the second electrode; - at least one catalytic support independent from the dielectric substrates and from said electrodes (5, 6), and integrating a catalyst; said catalytic support being positioned between two main surfaces comprising the first electrodes of the two dielectric substrates, or between two main surfaces comprising the second electrodes of the two dielectric substrates; said catalytic support being in front of the surface of each dielectric support having the plasma generated thereon; each dielectric substrate being spaced apart from the catalytic support by from 5 mm to 10 cm. - at least two dielectric substrate, each having ▪ two opposite main surfaces, at least one first electrode, and ▪ at least one second electrode being respectively deposited on the two opposite main surfaces of said substrate, ▪ two opposite main surfaces, at least one first electrode, and ▪ at least one second electrode being respectively deposited on the two opposite main surfaces of said substrate, - at least one catalytic support independent from the dielectric substrates and from said electrodes (5, 6), and integrating a catalyst;
A method for dynamically adjusting a combustion heater having one or more burners, the method comprising: receiving in-heater data defining current operating conditions of the combustion heater; determining available airflow at each burner within the combustion heater based on the in-heater data; generating a fuel-pressure trip setting based on the available airflow at each burner; and, controlling the combustion heater according to the fuel-pressure trip setting. receiving in-heater data defining current operating conditions of the combustion heater; determining available airflow at each burner within the combustion heater based on the in-heater data; generating a fuel-pressure trip setting based on the available airflow at each burner; and, controlling the combustion heater according to the fuel-pressure trip setting.
A core for a gas turbine engine airfoil comprising: a body extending between first and second ends to define a length direction, and extending between first and second edges to define a width direction, wherein the body defines an airfoil internal passage shape; and a plurality of core extensions formed as part of the body, and wherein the core further comprises a point along said first edge that defines a radius of curvature, and wherein ends of the plurality of core extensions which are to correspond to a plurality of openings to be formed in a wall surface of an airfoil body are spaced along an arc segment S defined by said radius of curvature, and wherein at least two adjacent core extensions are variable relative to each other in said length direction such that longer core extensions are located nearer the center of the core body and shorter core extensions are located at the first and second ends of the core body a body extending between first and second ends to define a length direction, and extending between first and second edges to define a width direction, wherein the body defines an airfoil internal passage shape; and a plurality of core extensions formed as part of the body, and wherein the core further comprises a point along said first edge that defines a radius of curvature, and wherein ends of the plurality of core extensions which are to correspond to a plurality of openings to be formed in a wall surface of an airfoil body are spaced along an arc segment S defined by said radius of curvature, and wherein at least two adjacent core extensions are variable relative to each other in said length direction such that longer core extensions are located nearer the center of the core body and shorter core extensions are located at the first and second ends of the core body
A catalyst for purifying exhaust gas, which has a substrate and a catalyst coating layer formed on the substrate, wherein the catalyst coating layer comprises a ceria-zirconia-based composite oxide having a pyrochlore structure in an amount of 5 to 100 g/L based on the volume of the substrate, wherein the ceria-zirconia-based composite oxide has a secondary particle size D50 of 3 μm to 7 μm, the secondary particle size D50 being a particle size at 50% of a cumulative volume distribution curve when the total volume is 100% for the particle size distribution on a volumetric basis obtained via measurement by the laser diffraction scattering method, and wherein the ceria-zirconia-based composite oxide optionally contains praseodymium.
A fan blade platform, comprising: an outer wall; a first sidewall (110; 152) extending from the outer wall to a circular member; a second sidewall (112; 154) extending from the outer wall to the circular member; a stiffening member extending from the circular member to the outer wall, the stiffening member formed integrally with the first sidewall (110; 152), the second sidewall (112; 154), and the outer wall; a mounting structure (134; 170) connected to, extending between and formed integrally with the first sidewall (110; 152) and the second sidewall (112; 154), wherein the circular member defines a cylindrical opening in the mounting structure (134;170) and the first sidewall (110; 152), the second sidewall (112; 154), the circular member, and the stiffening member are formed integrally; characterised in that the stiffening member comprises arms defining an opening such that the mounting structure (134; 170) is configured to mount around a tab of a hub and receive a pin extending through the mounting structure (134; 170) in the circular member. an outer wall; a first sidewall (110; 152) extending from the outer wall to a circular member; a second sidewall (112; 154) extending from the outer wall to the circular member; a stiffening member extending from the circular member to the outer wall, the stiffening member formed integrally with the first sidewall (110; 152), the second sidewall (112; 154), and the outer wall; a mounting structure (134; 170) connected to, extending between and formed integrally with the first sidewall (110; 152) and the second sidewall (112; 154), wherein the circular member defines a cylindrical opening in the mounting structure (134;170) and the first sidewall (110; 152), the second sidewall (112; 154), the circular member, and the stiffening member are formed integrally; characterised in that the stiffening member comprises arms defining an opening such that the mounting structure (134; 170) is configured to mount around a tab of a hub and receive a pin extending through the mounting structure (134; 170) in the circular member.
An ophthalmic lens comprising: a lens having a diopter power, a blue-cut wafer attached to the lens, one or more of blue blocking dyes blended with a thermoplastic resin injection molded into the blue-cut wafer, or a thermoplastic blue-cut film thermoformed into the blue-cut wafer, wherein the blue-cut wafer is configured to reduce by absorption at least a portion of light having a first wavelength range from 400 nanometers to 500 nanometers, and homogenize a color appearance and a blue-cut performance level of the blue-cut wafer, wherein the blue-cut wafer has center thickness and edge thickness, the center-to-edge thickness variation of the blue-cut wafer being within twenty percent, in such a manner as ΔE ≤ 1, where ΔE is the color difference between the wafer center and the wafer edge calculated using the CIE76 color-difference formula. a lens having a diopter power, a blue-cut wafer attached to the lens, one or more of blue blocking dyes blended with a thermoplastic resin injection molded into the blue-cut wafer, or a thermoplastic blue-cut film thermoformed into the blue-cut wafer, wherein the blue-cut wafer is configured to reduce by absorption at least a portion of light having a first wavelength range from 400 nanometers to 500 nanometers, and homogenize a color appearance and a blue-cut performance level of the blue-cut wafer,
A manifold, comprising: a housing comprising an opening configured to receive tubing from a container; a cap assembly comprising a cap and a first sealing member, wherein the first sealing member is disposed within the cap; a needle guide assembly having a second sealing member; and a needle assembly having a needle with a central bore, a first opening, and a second opening, wherein the needle assembly is extendible from a disengaged position in which the first and second openings are both disposed on a common side of the first sealing member between the first and second sealing members (3310, 3902) and an engaged position in which the first and second openings are disposed on opposing sides of the first sealing member and the needle assembly is configured to allow flow of a liquid or a vapor through the opening in the housing, through the first and second openings in the needle, and through the central bore of the needle. a housing comprising an opening configured to receive tubing from a container; a cap assembly comprising a cap and a first sealing member, wherein the first sealing member is disposed within the cap; a needle guide assembly having a second sealing member; and a needle assembly having a needle with a central bore, a first opening, and a second opening, wherein the needle assembly is extendible from a disengaged position in which the first and second openings are both disposed on a common side of the first sealing member between the first and second sealing members (3310, 3902) and an engaged position in which the first and second openings are disposed on opposing sides of the first sealing member and the needle assembly is configured to allow flow of a liquid or a vapor through the opening in the housing, through the first and second openings in the needle, and through the central bore of the needle.
Valve for free-flowing media, in particular a glue valve, with a valve housing, and with a closure member, in particular a valve tappet, which is movable in the valve housing by means of an electromagnet and which bears with a closure piece on a valve seat in the closed position of the valve and which sits at least partially in an in particular continuous interior of a coil carrier on which the windings of a coil of the electromagnet are wound, and with a valve lift adjustment unit with an elongate abutment part which is arranged at least in part in the interior of the coil carrier and which limits a movement of the closure member in the direction of the valve lift adjustment unit, wherein the valve lift adjustment unit is secured on the coil carrier, wherein the coil carrier has a coil portion onto which the coil is wound, and also an adjoining head portion with a receiver for the valve lift adjustment unit, wherein a medium delivery duct is located in the head portion of the coil carrier, which medium delivery duct begins on the outside of the coil carrier and extends as far as the interior of the coil carrier, and through which medium delivery duct the medium to be discharged through the valve can be delivered to the interior, characterized in that the coil carrier is a single-piece design, and in that the closure member and the valve seat are part of a dosing unit which is secured on the coil carrier, in particular releasably secured on the coil carrier, preferably by means of a screw connection.
A poultry stunning apparatus, comprising: a trough for containing water through which poultry is carried for stunning, the trough having first and second open ends for permitting poultry to be carried along through the trough on an overhead shackle line; an electrical control module configured to apply a DC current to poultry at a voltage sufficient to stun poultry; and a stunning electrode; wherein the stunning electrode comprises a substantially smooth metal plate adapted and positioned within the trough, and a contact zone for contacting poultry as poultry is carried along through the trough, the contact zone of the metal plate being substantially smooth and uninterrupted, wherein the overhead shackle line configured to carry the poultry is at a polarity which is opposite to the polarity of electricity supplied to the metal plate, characterized in that the stunning electrode is pivotally mounted within the trough by way of one or more hinges and configured for pivotal motion between a lowered, substantially horizontal position and a raised, substantially vertical position. a trough for containing water through which poultry is carried for stunning, the trough having first and second open ends for permitting poultry to be carried along through the trough on an overhead shackle line; an electrical control module configured to apply a DC current to poultry at a voltage sufficient to stun poultry; and a stunning electrode; wherein the stunning electrode comprises a substantially smooth metal plate adapted and positioned within the trough, and a contact zone for contacting poultry as poultry is carried along through the trough, the contact zone of the metal plate being substantially smooth and uninterrupted, wherein the overhead shackle line configured to carry the poultry is at a polarity which is opposite to the polarity of electricity supplied to the metal plate,