mhurhangee/ep-ind-claims huggingface dataset:
A water barrier laminate that includes a plastic base material and that is used being so arranged that an outer surface thereof faces an atmosphere of a high water content and an inner surface thereof faces an atmosphere of a relatively low water content, wherein: a first inorganic barrier layer, a water-trapping layer and a second inorganic barrier layer are formed in this order on the inner surface side of said plastic base material; an auxiliary water-trapping layer is formed on said inner surface side of said second inorganic barrier layer to trap the water from the side surface; and said auxiliary water-trapping layer faces the atmosphere of the low water content or is located in a region at a distance of not more than 20 μ m from the surface that faces the atmosphere of the low water content. a first inorganic barrier layer, a water-trapping layer and a second inorganic barrier layer are formed in this order on the inner surface side of said plastic base material; an auxiliary water-trapping layer is formed on said inner surface side of said second inorganic barrier layer to trap the water from the side surface; and said auxiliary water-trapping layer faces the atmosphere of the low water content or is located in a region at a distance of not more than 20 μ m from the surface that faces the atmosphere of the low water content.
A method for eliminating or substantially reducing emission of amines and alkaline degradation products thereof to the atmosphere from a plant for CO 2 capture from a flue gas, where the CO 2 is captured by countercurrent flow to an absorbent in an contact zone, the absorbent comprising an aqueous solution of one or more amine(s), to give a CO 2 lean flue gas that is released into the surroundings, and a CO 2 rich absorbent that is regenerated in a regeneration column to give a CO 2 rich gas that is treated further, and regenerated absorbent that is recycled to the contact zone, where the CO 2 lean flue gas is washed with an acidic aqueous solution in a tray or a packed bed washing zone with liquid recycle, to remove or substantially reduce the amount of amine(s) and alkaline degradation products thereof in the gas, characterised in that the liquid recycle to the washing zone is separate from the absorbent regeneration and a part of the acidic aqueous solution of the liquid recycle is bled off and introduced into an amine reclaimer where amine salts in solution is boiled in the presence of an alkaline sodium solution and the amine cations are liberated as free amine vapor which is reused as amine absorbent for CO 2 capture.
Intermediate stand guide with a vertical roll stand of a rolling train for guidance of the rolling material by at least one guide element, which is mounted on the vertical roll stand and is adjustable together with an adjusting movement of a vertical roll and which follows the adjusting movement of the vertical roll, wherein the guide element is arranged to be set back transversely to a rolling direction by a predetermined offset amount (X') with respect to the edge, which is disposed in engagement with the rolling material, of the vertical roll, wherein the guide element is connected with a cross member of the vertical roll stand, characterised in that the offset amount (X') is predeterminable by way of an installation spacing of the vertical roll from the cross member of the vertical roll stand by means of one or more compensating plates of predetermined thickness and that at least one compensating plate is detachably connected with a chock receiving the vertical roll.
A process for preparing partially or fully hydrogenated nitrile rubbers characterized in that a nitrile rubber is subjected to hydrogenation in the presence of at least one complex catalyst having the general formula Ru (X 1)(L 1)(L 2) wherein X 1 is an anionic ligand, and L 1 and L 2 are identical or different ligands, wherein at least one of L 1 and L 2 represents a N-heterocyclic carbene ligand. X 1 is an anionic ligand, and L 1 and L 2 are identical or different ligands, wherein at least one of L 1 and L 2 represents a N-heterocyclic carbene ligand.
A method for designing a virtual mould used for manufacturing a corresponding physical mould adapted to be used in manufacturing of a dental restoration for a patient, wherein the method comprises: - obtaining a 3D representation of the patient's set of teeth comprising a restoration site where the manufactured dental restoration is adapted to be arranged; - virtually designing at least a first layer and a second layer of the dental 2. restoration, where the first layer is part of a first portion of the dental restoration, and where the combination of the first portion and the second layer provides at least part of the dental restoration; and - virtually designing the mould, which is adapted for the manufacturing of the second layer, where the inside surface of the mould is adapted to match the combination of the first portion and the second layer, where the inside surface of the mould corresponds to the shape of the dental restoration; where virtually designing the mould comprises designing a virtual retention structure of the mould, where the corresponding physical retention structure is applicable in retaining the first portion of the dental restoration 2. in its correct position in the mould. - obtaining a 3D representation of the patient's set of teeth comprising a restoration site where the manufactured dental restoration is adapted to be arranged; - virtually designing at least a first layer and a second layer of the dental 2. restoration, where the first layer is part of a first portion of the dental restoration, and where the combination of the first portion and the second layer provides at least part of the dental restoration; and - virtually designing the mould, which is adapted for the manufacturing of the second layer, where the inside surface of the mould is adapted to match the combination of the first portion and the second layer, where the inside surface of the mould corresponds to the shape of the dental restoration; where virtually designing the mould comprises designing a virtual retention structure of the mould, where the corresponding physical retention structure is applicable in retaining the first portion of the dental restoration 2. in its correct position in the mould.
Staircase module with two steps, for a modular spiral staircase of hexagonal horizontal cross-section, delimited by six vertical corner uprights around a vertical central upright, said module comprising a central post of substantially vertical axis and two steps (3, 4) of substantially triangular shape, a lower step and an upper step, extending in horizontal planes perpendicular to the axis of the central post and radially from said central post to which the steps (3, 4) are each secured by a narrow edge of the internal radial end, said two steps (3, 4) each being secured by a wide edge of the external radial end to a single stringer in the form of a plate that is substantially flat and parallel to the axis of the central post, the stringer having a lower portion and an upper portion which are respectively secured to the side of the wide edge of the lower step and of the upper step, and the module comprising two corner posts (10, 11) having axes parallel to the axis of the central post, such that the upper ends of the three posts (2, 10, 11) of the module are in the same transverse plane perpendicular to the axes of the three posts (2, 10, 11) of the module, one of the two corner posts, referred to as the front corner post, being integral with the lower portion of the stringer at the front end of said stringer, with the nose of the lower step at its external radial end, and with the wide edge of the lower step at its front end, and the other corner post, referred to as the rear corner post, being integral with the upper portion of the stringer at the rear end of said stringer, with the rear edge of the upper step at its external radial end, and with the wide edge of the upper step at its rear end, the central post and the two corner posts (10, 11) of the module each comprising a female end and a male end which are respectively adapted to receive a male end and to be received in a female end of similar posts of identical modules with two steps, so as to contribute with said similar posts to the formation of said central upright and said corner uprights of the staircase, at least one of the three posts (2, 10, 11) of the module having at least one member of a locking device (66, 17), capable of engaging with at least one other member of said locking device (17, 66) with which a post of another staircase module or a corner upright post of the staircase is equipped, in order to lock the connection of said module to said other module or corner upright post.
Forestry winch with improved coiling and decoiling of a towing cable, comprising a frame, in which a rotatable winding drum is embedded, which is preferably driven by means of a Cardan shaft of each disposable tractor and controlled by means of a coupling and a brake, on which a towing cable is wound, as well as an upper pulley block, which is attached to said winch frame, and a directing assembly, which is arranged within the interior of said winch frame, wherein said towing cable extends from the winding drum via the directing assembly, via the upper pulley block and optionally via a further pulley block located below said upper pulley block, towards each load, and wherein the directing assembly is arranged between the winding drum and the upper pulley block, namely above the winding drum and below the upper pulley block, which is in the area of its casing fixedly attached in the top area of the winch frame on the external surface thereof and comprises a freely rotatable pulley, which is rotatable around the horizontal geometric axis, and wherein said directing assembly is arranged within the winch frame and is freely pivotal, at least at each desired angle, around the vertical axis, which preferably coincides with the previously mentioned vertical axis of the upper pulley block, and is mechanically interconnected either with the upper pulley block or optionally directly with the winch frame, and wherein said directing assembly comprises a casing, within which two pulleys (44, 45) are embedded, which are each per se rotatable around their rotation axles (440, 450), wherein said axles (440, 450) of the pulleys (44, 45) are arranged to extend in the horizontal direction and parallel to each other, wherein the distance between the rotation axis of the lower pulley and said vertical axis of the directing assembly is larger than the distance between the rotation axis of the upper pulley and said vertical axis, so that said pulleys (44, 45) are adapted for guiding the towing cable from the upper pulley block along said vertical axis of the directing means towards the upper pulley and then via the lower pulley towards the winding drum, or in the opposite direction, and wherein the rotation axis of the upper pulley block is arranged in such manner that a tangent to the upper pulley block coincides with said vertical geometric axis of the directing assembly, and the sections (21, 22) of the towing cable, namely towards the upper pulley block extending section and towards the lower pulley extending section of the towing cable, are arranged at obtuse angle (α) between 100° and 170°. preferably between 120° and 150°, when observed towards the axis of the upper pulley, characterized in that at least one of said pulleys (44, 45) of the directing assembly is conceived as a driving pulley block, which is capable to drive the towing cable in the area of the directing assembly, and in that the pulley in the upper pulley block is freely rotatable around its horizontal geometric axis.
A locking apparatus with tumbler for safety doors, said locking apparatus comprising a door part for fastening on a movable safety door and comprising a frame part for fastening on a door counterpart, wherein the frame part has a receptacle and the door part has an actuator configured to be inserted into the receptacle, wherein the frame part further has a blocking member which is displaceable between a release position, in which the actuator can be selectively released, and a blocking position in which the actuator is selectively securable relative to the receptacle, wherein the actuator is arranged on the door part via an elastic compensating element, characterized in that the elastic compensating element is made of an elastomer and/or a rubber material and has a plurality of webs which are arranged about a receiving region, wherein the webs can deform in a defined manner in order to compensate for any displacement between the frame part and the door part.
A noise reduced and performance improved rotor blade for helicopter, comprising three aerodynamic sections (5, 6, 7) along the blade span between a leading edge and a trailing edge, with an inner rectangular or tapered section, preferable rectangular section, next a blade root for said blade's connection to a rotor hub rotating about a rotor axis of said helicopter, a middle section adjacent to the inner section and opposed to the blade root, said middle section being forward swept over a distance along the span of the blade and an outer section between the middle section and the blade tip, said outer section being back swept along a further part of the span of the blade, said inner section extending from radii R0 to R1, R0 being in a range from R0=0.29·R -14%·R to R0=0.29·R +4%·R and R1 being in a range from R1=0.8·R +10%·R to R1=0.8·R -14%·R, said middle section extends from said R1 to R2 with R2 being in a range from R2=0.875·R +10%·R to R2=0.875·R -10%·R and the outer section extends to the blade tip with a distance R from the rotor axis, characterized in that the twist of the rotor blade decreases in a multi-linear progression along the span of the blade and is at least partly non-linear.
A method comprising: receiving at a first mobile edge computing server from a base station or a mobility management entity, for at least one user equipment, an indication of a tracking area update and/or an attachment to a radio access network, wherein the indication comprises at least one of a user identifier, a user equipment ID, a cell ID and location information of the at least one user equipment; providing by the first mobile edge computing server the indication about the at least one user equipment to at least one further mobile edge computing server (110B-110N), the indication provided via a shared database and/or via signaling to the at least one further mobile edge computing server (110B-110N); receiving at the first mobile edge computing server, from a mobile edge application, a request for location information for at least one user equipment of the at least one user equipment in a zone of coverage associated with the mobile edge computing server; and sending to the application the requested location information. receiving at a first mobile edge computing server from a base station or a mobility management entity, for at least one user equipment, an indication of a tracking area update and/or an attachment to a radio access network, wherein the indication comprises at least one of a user identifier, a user equipment ID, a cell ID and location information of the at least one user equipment; providing by the first mobile edge computing server the indication about the at least one user equipment to at least one further mobile edge computing server (110B-110N), the indication provided via a shared database and/or via signaling to the at least one further mobile edge computing server (110B-110N); receiving at the first mobile edge computing server, from a mobile edge application, a request for location information for at least one user equipment of the at least one user equipment in a zone of coverage associated with the mobile edge computing server; and sending to the application the requested location information.
Heterophasic polypropylene composition comprising a) 78.0 to 92.0 wt.-% of a crystalline matrix being a propylene homo- or copolymer, said crystalline matrix corresponding to the crystalline fraction determined according to CRYSTEX QC method, ISO 6427-B and containing 0.0 to 2.0 wt.-% comonomer and b) 8.0 to 22.0 wt.-% of an amorphous propylene-ethylene elastomer, optionally comprising of C4-C12 alpha -olefin(s) as further comonomers, dispersed in said crystalline matrix (a), wherein a) and b) add up to 100 wt.-%, and wherein said amorphous propylene ethylene elastomer (b) corresponds to the soluble fraction determined according to CRYSTEX QC method, ISO 6427-B and contains 15.0 to 30.0 wt.-% of comonomer, wherein the heterophasic polypropylene composition is characterised by a Melt flow rate MFR230/2.16 determined according to ISO1133 of 30 to 120 g/10 min, a hexane-soluble fraction according to FDA method, C6FDA federal registration, title 21, Chapter 1, part 177, section 1520, Annex B, of 0.8 to 2.8 wt.-%, a Flexural Modulus according to ISO178 of 800 to 1250 MPa; and wherein said heterophasic polypropylene composition is produced in the presence of a metallocene catalyst. a) 78.0 to 92.0 wt.-% of a crystalline matrix being a propylene homo- or copolymer, said crystalline matrix corresponding to the crystalline fraction determined according to CRYSTEX QC method, ISO 6427-B and containing 0.0 to 2.0 wt.-% comonomer and b) 8.0 to 22.0 wt.-% of an amorphous propylene-ethylene elastomer, optionally comprising of C4-C12 alpha -olefin(s) as further comonomers, dispersed in said crystalline matrix (a), wherein a) and b) add up to 100 wt.-%, and wherein said amorphous propylene ethylene elastomer (b) corresponds to the soluble fraction determined according to CRYSTEX QC method, ISO 6427-B and contains 15.0 to 30.0 wt.-% of comonomer, wherein the heterophasic polypropylene composition is characterised by a Melt flow rate MFR230/2.16 determined according to ISO1133 of 30 to 120 g/10 min, a hexane-soluble fraction according to FDA method, C6FDA federal registration, title 21, Chapter 1, part 177, section 1520, Annex B, of 0.8 to 2.8 wt.-%, a Flexural Modulus according to ISO178 of 800 to 1250 MPa; and wherein said heterophasic polypropylene composition is produced in the presence of a metallocene catalyst. wherein said amorphous propylene ethylene elastomer (b) corresponds to the soluble fraction determined according to CRYSTEX QC method, ISO 6427-B and contains 15.0 to 30.0 wt.-% of comonomer, wherein the heterophasic polypropylene composition is characterised by a Melt flow rate MFR230/2.16 determined according to ISO1133 of 30 to 120 g/10 min, a hexane-soluble fraction according to FDA method, C6FDA federal registration, title 21, Chapter 1, part 177, section 1520, Annex B, of 0.8 to 2.8 wt.-%, a Flexural Modulus according to ISO178 of 800 to 1250 MPa; and wherein said heterophasic polypropylene composition is produced in the presence of a metallocene catalyst.
An end fitting for establishing fluid communication between a chromatography column and a guard cartridge or a filter cartridge, the end fitting defining a cavity for receiving a guard cartridge or a filter cartridge, the end fitting comprising a compliant seal, wherein the compliant seal defines a fluid passage, wherein the fluid passage includes a small diameter portion and a tapered portion which extends from an interface with the small diameter portion to an opposite end of the compliant seal, the tapered portion configured to seal against a tapered fluid conduit without the use of a ferrule or a threaded compression screw. the end fitting defining a cavity for receiving a guard cartridge or a filter cartridge, the end fitting comprising a compliant seal, wherein the compliant seal defines a fluid passage, wherein the fluid passage includes a small diameter portion and a tapered portion which extends from an interface with the small diameter portion to an opposite end of the compliant seal, the tapered portion configured to seal against a tapered fluid conduit without the use of a ferrule or a threaded compression screw.
A transformer simulation system, comprising an oil tank, a heating device, a pump body, a first oil pipe, a second oil pipe and a first flow sensor, wherein: said oil tank is provided with a first inlet and a first outlet, said first outlet is connected to said first oil pipe, and said first inlet is connected to said second oil pipe; an end of said first oil pipe away from said oil tank is a first mounting end for being connected to an oil inlet of a gas relay, and an end of said second oil pipe away from said oil tank is a second mounting end for being connected to an oil outlet of the gas relay; said pump body is connected to said first oil pipe or said second oil pipe; and said first flow sensor is disposed in said first oil pipe, characterized in that said heating device is disposed in said oil tank, a heating temperature of said heating device is set as the oil temperature at transformer fault, and a pressure sensor for detecting oil pressure is disposed in said oil tank. said oil tank is provided with a first inlet and a first outlet, said first outlet is connected to said first oil pipe, and said first inlet is connected to said second oil pipe; an end of said first oil pipe away from said oil tank is a first mounting end for being connected to an oil inlet of a gas relay, and an end of said second oil pipe away from said oil tank is a second mounting end for being connected to an oil outlet of the gas relay; said pump body is connected to said first oil pipe or said second oil pipe; and said first flow sensor is disposed in said first oil pipe,
A camera comprising: a sensor holder, an image sensor mounted on the sensor holder, a mount holder, and a lens mount being adapted to receive a lens array and being mounted to the mount holder, wherein the sensor holder is attached to the mount holder, wherein a gap having an extension along an axis of the camera perpendicular to the image sensor and to a main extension of the sensor holder is formed between the sensor holder and the lens mount, characterised in that the sensor holder is provided with a thermally conducting protrusion bridging the gap and being in contact with the lens mount at an interface allowing relative motion between the lens mount and the thermally conducting protrusion along the optical axis while maintaining contact between the lens mount and the thermally conducting protrusion. a sensor holder, an image sensor mounted on the sensor holder, a mount holder, and a lens mount being adapted to receive a lens array and being mounted to the mount holder, wherein the sensor holder is attached to the mount holder, wherein a gap having an extension along an axis of the camera perpendicular to the image sensor and to a main extension of the sensor holder is formed between the sensor holder and the lens mount, characterised in that the sensor holder is provided with a thermally conducting protrusion bridging the gap and being in contact with the lens mount at an interface allowing relative motion between the lens mount and the thermally conducting protrusion along the optical axis while maintaining contact between the lens mount and the thermally conducting protrusion.