mhurhangee/ep-ind-claims huggingface dataset:
A plant for realising fitted hydraulic hoses which comprises: - a storage station of a plurality of hydraulic fittings, each of which is able to be fixed to an end of a portion of hose into which the hydraulic hose is cut; - a crimping station provided with a crimping press configured such as to crimp a hydraulic fitting to an end of the portion of hose; characterised by: - a cutting station provided with a cutter configured such as to cut a hydraulic hose into a plurality of portions of hose; and - a control and command unit operatively connected to the crimping press of the crimping station for determining a blocking force of the crimping press according to an indicative parameter of the type of hydraulic hose cut in the cutting station, wherein the control and command unit is operatively connected also to the cutter of the cutting station and is configured such as to determine a length of the portion of hose and command the cutter so as to operate a cut of the hydraulic hose so as to realise a portion of hose of the determined length. - a storage station of a plurality of hydraulic fittings, each of which is able to be fixed to an end of a portion of hose into which the hydraulic hose is cut; - a crimping station provided with a crimping press configured such as to crimp a hydraulic fitting to an end of the portion of hose; characterised by: - a cutting station provided with a cutter configured such as to cut a hydraulic hose into a plurality of portions of hose; and - a control and command unit operatively connected to the crimping press of the crimping station for determining a blocking force of the crimping press according to an indicative parameter of the type of hydraulic hose cut in the cutting station, wherein the control and command unit is operatively connected also to the cutter of the cutting station and is configured such as to determine a length of the portion of hose and command the cutter so as to operate a cut of the hydraulic hose so as to realise a portion of hose of the determined length. - a cutting station provided with a cutter configured such as to cut a hydraulic hose into a plurality of portions of hose; and - a control and command unit operatively connected to the crimping press of the crimping station for determining a blocking force of the crimping press according to an indicative parameter of the type of hydraulic hose cut in the cutting station, wherein the control and command unit is operatively connected also to the cutter of the cutting station and is configured such as to determine a length of the portion of hose and command the cutter so as to operate a cut of the hydraulic hose so as to realise a portion of hose of the determined length.
An alignment system for aligning a pair of vertical flanges for the connection of the longitudinal edges of adjacent tower segments of a cylindrical section of a wind turbine tower, wherein a vertical flange is provided on the interior of each tower segment, proximate the respective longitudinal edge, the alignment system comprising a first alignment tool for mounting on a first vertical flange of a first tower segment and a second alignment tool for mounting on a second vertical flange of a second tower segment substantially opposite the first alignment tool, each of the first and second alignment tools comprising: mounting means for connecting the alignment tool to a portion of the vertical flange of the respective tower segment; a top guiding edge adapted to sit above the top edge of the corresponding vertical flange during use; and a longitudinal alignment head comprising a front portion extending in a forwards direction from the mounting means towards the opposite alignment tool and comprising a lower guiding surface adapted to abut with the top guiding edge of the opposite alignment tool and to guide the alignment head over the top guiding edge of the opposite alignment tool as the alignment tools are brought towards each other during connection of the first and second tower segments. mounting means for connecting the alignment tool to a portion of the vertical flange of the respective tower segment; a top guiding edge adapted to sit above the top edge of the corresponding vertical flange during use; and a longitudinal alignment head comprising a front portion extending in a forwards direction from the mounting means towards the opposite alignment tool and comprising a lower guiding surface adapted to abut with the top guiding edge of the opposite alignment tool and to guide the alignment head over the top guiding edge of the opposite alignment tool as the alignment tools are brought towards each other during connection of the first and second tower segments.
A method of producing a reactive silane compound, the reactive silane compound being diphenyldimethoxysilane, diphenyldiethoxysilane, dinaphthyldimethoxysilane, 2-naphthylphenyldimethoxysilane or dinaphthyldiethoxysilane wherein the method includes a step of reaction of the following: a reactive silane compound selected from phenyltrimethoxysilane, 1-naphthyltrimethoxysilane, 2-naphthyltrimethoxysilane, and phenyltriethoxysilane a halogenated organic compound represented by General Formula:R 3 -X wherein R 3 indicates a phenyl or naphthyl group; and X is a halogen atom, and metallic magnesium (Mg) in the presence of an organic solvent containing at least one type of ether, wherein the method includes: a step of mixing said component, component, and component to obtain a mixed liquid, and a step of causing reaction by trickling addition of said component to said mixed liquid obtained in said step, wherein the reaction is performed under an inert atmosphere. a reactive silane compound selected from phenyltrimethoxysilane, 1-naphthyltrimethoxysilane, 2-naphthyltrimethoxysilane, and phenyltriethoxysilane a halogenated organic compound represented by General Formula:R 3 -X wherein R 3 indicates a phenyl or naphthyl group; and X is a halogen atom, and metallic magnesium (Mg) in the presence of an organic solvent containing at least one type of ether, wherein the method includes: a step of mixing said component, component, and component to obtain a mixed liquid, and a step of causing reaction by trickling addition of said component to said mixed liquid obtained in said step, wherein the reaction is performed under an inert atmosphere. a step of mixing said component, component, and component to obtain a mixed liquid, and a step of causing reaction by trickling addition of said component to said mixed liquid obtained in said step, wherein the reaction is performed under an inert atmosphere.
A wind energy turbine including a rotor blade, said blade comprising: opposite upper and lower faces (20, 22); opposite leading and trailing edges (24, 26) connecting said upper and lower faces; means for generating pressurized air; and at least one air outlet opening in fluid communication with said pressurized air generation means and arranged at the tip of said blade on said upper face, for discharging the pressurized air perpendicular to the air stream to which, in use, the blade is subjected; wherein said pressurized air generating means comprises at least one air intake opening arranged at said leading edge and in fluid communication with said at least one air outlet opening. opposite upper and lower faces (20, 22); opposite leading and trailing edges (24, 26) connecting said upper and lower faces; means for generating pressurized air; and at least one air outlet opening in fluid communication with said pressurized air generation means and arranged at the tip of said blade on said upper face, for discharging the pressurized air perpendicular to the air stream to which, in use, the blade is subjected; wherein said pressurized air generating means comprises at least one air intake opening arranged at said leading edge and in fluid communication with said at least one air outlet opening.
A method for obtaining a preserving agent comprising 1-monopropionine and 3-monopropionine, the method comprising a reaction process of esterification of propionic acid on position 1 or 3 of carbon in glycerol, undertaken at 280oC and under vacuum.
A wind turbine having a tower mast having a longitudinal axis, said tower mast comprising: a plurality of multi-material tower sections (130, 150, 160, 170) for the tower mast, said plurality of multi-material tower sections comprising: at least one additively manufactured wall structure comprised of at least one material; and a plurality of additively manufactured internal reinforcement structures comprised of at least one additional material and disposed therewith the at least one additively manufactured wall structure, wherein the plurality of multi-material tower sections are configured to be extendable from a nested configuration to form at least a portion of the tower mast. at least one additively manufactured wall structure comprised of at least one material; and a plurality of additively manufactured internal reinforcement structures comprised of at least one additional material and disposed therewith the at least one additively manufactured wall structure, wherein the plurality of multi-material tower sections are configured to be extendable from a nested configuration to form at least a portion of the tower mast.
A replaceable consumable component (105,110,115,120,125,302) of a thermal processing torch configured to communicate with a radio-frequency identification (RFID) reader located inside of the thermal processing torch, the replaceable consumable component comprising: a body; and a readable data storage device (202, 1202a-g), comprising a radio-frequency identification (RFID) tag, coupled to the body or integrated within the body, wherein the readable data storage device contains an operation instruction for the thermal processing torch comprising one of a cutting program, electrical current or gas ramping profile, firmware update, set up value of system, cut cycle or life data, gas flow rate, pierce delay time, timing parameter, set point, error condition, threshold or coordination of multiple parameters, wherein the readable data storage device is configured to be readable by the RFID reader, characterised in that the operation instruction is configured to produce, when used in operation, an altered performance characteristic of the thermal processing torch relative to an original performance characteristic that would be possible using a substantially similar replaceable consumable component that is not configured to transfer data to the RFID reader. a body; and a readable data storage device (202, 1202a-g), comprising a radio-frequency identification (RFID) tag, coupled to the body or integrated within the body, wherein the readable data storage device contains an operation instruction for the thermal processing torch comprising one of a cutting program, electrical current or gas ramping profile, firmware update, set up value of system, cut cycle or life data, gas flow rate, pierce delay time, timing parameter, set point, error condition, threshold or coordination of multiple parameters, wherein the readable data storage device is configured to be readable by the RFID reader, characterised in that the operation instruction is configured to produce, when used in operation, an altered performance characteristic of the thermal processing torch relative to an original performance characteristic that would be possible using a substantially similar replaceable consumable component that is not configured to transfer data to the RFID reader.
All-glass door assembly with a frame element and a door element which can be swivelled in the frame element and is located in an opening of the frame element, where in the closed state an outer edge of the door element lies opposite an inner edge of the frame element, both the outer edge and the inner edge essentially being of glass, and where the outer edge is provided with an outer contact surface and the inner edge is provided with an inner contact surface, the outer contact surface resting against the inner contact surface when the door is closed, and where the outer contact surface as well as the inner contact surface are made of glass, characterised in that a door closing device is provided, which prestresses the door element towards the closed position, and that the door element is made of laminated safety glass and has a first glass layer to which is attached a second glass layer via an intermediate connecting layer, and that the second glass layer protrudes beyond the first glass layer on at least one abutting face.
A product of a reaction mixture comprising: a) a fluorinated amine having a perfluoropolyether segment and having at least two primary amino groups, at least two secondary amino groups, or at least one primary amino group plus at least one secondary amino group; and b) an oxalate compound of Formula wherein each R 1 is independently an alkyl, haloalkyl, aralkyl, substituted aralkyl, alkenyl, aryl, substituted aryl, or amino of formula -N=CR 4 R 5; R 4 is hydrogen, alkyl, aralkyl, substituted aralkyl, aryl, or substituted aryl; and R 5 is an alkyl, aralkyl, substituted aralkyl, aryl, or substituted aryl. a) a fluorinated amine having a perfluoropolyether segment and having at least two primary amino groups, at least two secondary amino groups, or at least one primary amino group plus at least one secondary amino group; and b) an oxalate compound of Formula each R 1 is independently an alkyl, haloalkyl, aralkyl, substituted aralkyl, alkenyl, aryl, substituted aryl, or amino of formula -N=CR 4 R 5; R 4 is hydrogen, alkyl, aralkyl, substituted aralkyl, aryl, or substituted aryl; and R 5 is an alkyl, aralkyl, substituted aralkyl, aryl, or substituted aryl.
A method for guiding a conduit in an incineration plant, in which the conduit is surrounded by a ceramic component onto which flue gas flows from at least two opposite sides, wherein a protective fluid is supplied to a protective fluid compartment between the conduit and the ceramic component, the protective fluid being supplied thereto through a protective fluid conduit disposed in the ceramic component and extending through the ceramic component and running vertically through the ceramic component into a lower region of the ceramic component and rising between the protective fluid conduit and the ceramic component, characterized in that the protective fluid compartment comprises at least one heat exchange pipe.
A method comprising: a) providing a substrate with a plurality of through-holes, wherein a diameter of the through-holes is from 75 μm to 125 μm and a depth of the through-holes is from 200 μm to 300 μm; b) electroless plating copper 0.25 μm to 6 μm thick adjacent to a surface of the substrate and adjacent to walls of the plurality of through-holes; and c) immersing the substrate comprising the copper 0.25 μm to 6 μm thick adjacent to the surface of the substrate and adjacent to the walls of the through-holes in a copper electroplating bath; and d) filling the through-holes with copper by a direct current cycle comprising applying a current density for a first predetermined period of time followed by applying a lower current density for a second predetermined period of time, wherein, optionally, the direct current cycle can be repeated. a) providing a substrate with a plurality of through-holes, wherein a diameter of the through-holes is from 75 μm to 125 μm and a depth of the through-holes is from 200 μm to 300 μm; b) electroless plating copper 0.25 μm to 6 μm thick adjacent to a surface of the substrate and adjacent to walls of the plurality of through-holes; and c) immersing the substrate comprising the copper 0.25 μm to 6 μm thick adjacent to the surface of the substrate and adjacent to the walls of the through-holes in a copper electroplating bath; and d) filling the through-holes with copper by a direct current cycle comprising applying a current density for a first predetermined period of time followed by applying a lower current density for a second predetermined period of time, wherein, optionally, the direct current cycle can be repeated.
A combination of an abrasive disc and a pad for supporting the abrasive disc by being fixed with the abrasive disc to a shaft of a grinder, the pad comprising: a supporting surface opposing the abrasive disc, the supporting surface including a portion inclined toward the abrasive disc from an inner wall forming a through hole, when the pad and the abrasive disc are fixed to the shaft, the pad comprising in a radial direction, an outer edge of the supporting surface, which is located inward of an outer edge of the abrasive disc, the supporting surface further including a taper portion inclined away from the abrasive disc as it approaches the outer edge of the supporting surface thereby creating a V-shaped cross-sectional profile along the radial direction of the support pad such that a vertex portion of the V-shaped cross-sectional profile always contacts the abrasive disc, and characterized in that when the grinder is not being operated and the pad and the abrasive disc are fixed to the shaft, the abrasive disc contacts the supporting surface only in the proximity of the vertex portion while the other portions of the abrasive disc are separated from the supporting surface, and the pad is not fixed to the abrasive disc on the taper portion. a supporting surface opposing the abrasive disc, the supporting surface including a portion inclined toward the abrasive disc from an inner wall forming a through hole, when the pad and the abrasive disc are fixed to the shaft, the pad comprising in a radial direction, an outer edge of the supporting surface, which is located inward of an outer edge of the abrasive disc, the supporting surface further including a taper portion inclined away from the abrasive disc as it approaches the outer edge of the supporting surface thereby creating a V-shaped cross-sectional profile along the radial direction of the support pad such that a vertex portion of the V-shaped cross-sectional profile always contacts the abrasive disc, and characterized in that when the grinder is not being operated and the pad and the abrasive disc are fixed to the shaft, the abrasive disc contacts the supporting surface only in the proximity of the vertex portion while the other portions of the abrasive disc are separated from the supporting surface, and the pad is not fixed to the abrasive disc on the taper portion.
A granular absorbent extrusion system for producing extruded granular sorbent comprising an extruder having a perforate extruder die disposed at a discharge end of the extruder which is adapted to extrude sorbent pellets from a starch-containing admixture during extruder operation, characterized by a pellet quenching apparatus comprised of (i) a quenching chamber receiving the sorbent pellets as they are extruded from the extruder die, (ii) a quenching air supply supplying quenching air at room temperature having a temperature of between 18 degrees Celsius and 26 degrees Celsius, and (iii) an outlet of a quenching air delivery conduit for introducing said quenching air into the quenching chamber and for positively pressurizing at least that portion of the atmosphere within the quenching chamber contacting and surrounding the pellets, thus quenching the extruded sorbent pellets by cooling and drying the extruded sorbent pellets as they are being extruded from a die and cut by a rotary cutter.
A method for short-cycle arc welding with drawn-arc ignition, wherein a stud is welded to a workpiece, more, particular to a piece of sheet metal, with the following steps: a) provision of a stud having an end face with which the stud is welded to a welding surface of the workpiece, wherein a distinct projection is formed in the center of the end face, b) placement of the projection on the welding surface and switch-on of an electric pilot current (I P), c) lifting of the stud from the welding surface while the pilot current (I P) is switched on, whereby an arc is drawn, d) establishment of a welding current (I W) flowing through the arc in such a manner that the end face and the welding face start to melt, e) lowering of the stud onto the welding surface, wherein the melts at the end face and the welding surface mix, and f) switch-off of the welding current (I W) so that the entire melt solidifies to join the stud to the workpiece in an integral manner, characterized in that after the lifting of the welding stud and before establishment of the welding current, a cleaning current (I C) is initially established in a cleaning step that is designed to clean the welding surface and/or the end face of contaminants such as lubricant or wax, and/or of coatings such as for example corrosion protection layers made from zinc, wherein the cleaning step is performed only when the arc voltage exceeds a first predetermined threshold (T 1) during the pilot current (I P). a) provision of a stud having an end face with which the stud is welded to a welding surface of the workpiece, wherein a distinct projection is formed in the center of the end face, b) placement of the projection on the welding surface and switch-on of an electric pilot current (I P), c) lifting of the stud from the welding surface while the pilot current (I P) is switched on, whereby an arc is drawn, d) establishment of a welding current (I W) flowing through the arc in such a manner that the end face and the welding face start to melt, e) lowering of the stud onto the welding surface, wherein the melts at the end face and the welding surface mix, and f) switch-off of the welding current (I W) so that the entire melt solidifies to join the stud to the workpiece in an integral manner, characterized in that after the lifting of the welding stud and before establishment of the welding current, a cleaning current (I C) is initially established in a cleaning step that is designed to clean the welding surface and/or the end face of contaminants such as lubricant or wax, and/or of coatings such as for example corrosion protection layers made from zinc, wherein the cleaning step is performed only when the arc voltage exceeds a first predetermined threshold (T 1) during the pilot current (I P).
An implantable medical device comprising: a signal generator configured to generate and deliver anti-tachyarrhythmia pacing to a heart of a patient; and processing circuitry configured to: detect an enable event; responsive to detecting the enable event, enable the delivery of ATP by the signal generator; detect a disable event indicating that another implantable medical device cannot be relied upon to deliver an anti-tachyarrhythmia shock; and responsive to detecting the disable event, disable delivery of ATP. a signal generator configured to generate and deliver anti-tachyarrhythmia pacing to a heart of a patient; and processing circuitry configured to: detect an enable event; responsive to detecting the enable event, enable the delivery of ATP by the signal generator; detect a disable event indicating that another implantable medical device cannot be relied upon to deliver an anti-tachyarrhythmia shock; and responsive to detecting the disable event, disable delivery of ATP. detect an enable event; responsive to detecting the enable event, enable the delivery of ATP by the signal generator; detect a disable event indicating that another implantable medical device cannot be relied upon to deliver an anti-tachyarrhythmia shock; and responsive to detecting the disable event, disable delivery of ATP.