mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a block copolymer represented by the following formula: wherein R1 represents a hydrogen atom or a (C1-C5) alkyl group; R2 represents a (C1-C5) alkylene group; R3 represents a methylene group or an ethylene group; R4 represents a hydrogen atom or a (C1-C4) acyl group; R5 represents a hydroxyl group, an aryl (C1-C8) alkoxy group which may have a substituent, or -N -CO-NHR7, wherein R6 and R7, which may be identical with or different from each other, each represent a (C3-C6) cyclic alkyl group, or a (C1-C5) alkyl group which may be substituted with a tertiary amino group; n represents 20 to 500; m represents 2 to 200; a represents 0 to 100; b represents 0 to 100, provided that the sum of a and b is greater than or equal to 1 and not greater than m; the proportion of R5 representing a hydroxyl group is 0% to 5% of m; the proportion of R5 representing an aryl (C1-C8) alkoxy group which may have a substituent is 10% to 80% of m; and the proportion of R5 representing -N -CO-NHR7 is 11% to 30% of m, the method comprising allowing a compound represented by the following formula: wherein R1 represents a hydrogen atom or a (C1-C5) alkyl group; R2 represents a (C1-C5) alkylene group; R3 represents a methylene group or an ethylene group; R4 represents a hydrogen atom or a (C1-C4) acyl group; n represents 20 to 500; x represents 0 to 100; and y represents 0 to 100, provided that the sum of x and y is 2 to 200, to react with an aryl (C1-C8) alkyl alcohol which may have a substituent, and a carbodiimide-based compound in an amount of 2 (x+y) equivalents or more relative to the amount of carboxyl groups in formula (sum of x and y) in a solvent at 15°C to 30°C for 2 hours to 48 hours in a one-pot process.
Tubular body for mounting a shaft, with a first radially inner layer and a second radially outer layer of a fibre-reinforced material, the first radially inner layer expanding to a greater extent under the effect of a temperature than the second radially outer layer, characterized in that for arranging the tubular body on the shaft, the radially inner layer is heated to a temperature that is increased with respect to an ambient temperature.
Machine for the machining of large crankshafts, which allows the synchronisation of a rotation movement of said crankshaft, and comprises a machining tool configured to move along at least one guide between a first end supporting element and a second end supporting element, where said end supporting elements (3, 4) are configured to anchor and transmit rotational torque to each end of the crankshaft comprising at least one intermediate supporting element configured to move between said first end supporting element and said second end supporting element, wherein said at least one intermediate supporting element consists of a motorised steady rest configured to support the crankshaft undergoing machining and to transmit a rotational movement to said crankshaft, characterised in that it comprises a first electronic angular position sensor situated on a first rotation shaft of said first end supporting element, also comprising a second electronic angular position sensor located on a second rotation shaft of said second end supporting element, so that the rotation of said first end supporting element is synchronised with the rotation of said second end supporting element, wherein said at least one motorised steady rest comprises an intermediate electronic angular position sensor configured to allow the rotational movement of said motorised steady rest to be synchronised with the movement of the end supporting elements (3, 4), wherein the end supporting elements (3, 4) and said at least one intermediate supporting element comprise a motor respectively, configured to rotate independently, comprising means of rotational transmission by tangential engagement with the rotation shaft of the crankshaft being machined, wherein the means of rotational transmission comprises two tangentially engaging rotation worm gears for each supporting element (3, 4, 5), configured to rotate a crown gear, and wherein at least one intermediate electronic angular position sensor is situated on one of said tangentially engaging rotation worm gears.
A spun yarn take-up machine which includes a plurality of yarn threading portions to which yarns spun out from a spinning apparatus are threaded, the yarns being threaded to the yarn threading portions by using a yarn threading assisting tool capable of retaining the yarns, the spun yarn take-up machine comprising: a conductive frame; a ground wire; a first attaching portion by which the ground wire is conductively attached to the frame; and a second attaching portion by which the ground wire is conductively attached to the yarn threading assisting tool; wherein the second attaching portion detachably attaches the ground wire to the yarn threading assisting tool; wherein the first attaching portion attaches one end portion of the ground wire to the frame, characterized in that a retaining portion is further provided to detachably attach the other end portion of the ground wire opposite to the one end portion to the frame so as to attach the entirety of the ground wire to the frame. the yarns being threaded to the yarn threading portions by using a yarn threading assisting tool capable of retaining the yarns, the spun yarn take-up machine comprising: a conductive frame; a ground wire; a first attaching portion by which the ground wire is conductively attached to the frame; and a second attaching portion by which the ground wire is conductively attached to the yarn threading assisting tool; wherein the second attaching portion detachably attaches the ground wire to the yarn threading assisting tool; wherein the first attaching portion attaches one end portion of the ground wire to the frame, characterized in that a retaining portion is further provided to detachably attach the other end portion of the ground wire opposite to the one end portion to the frame so as to attach the entirety of the ground wire to the frame. a conductive frame; a ground wire; a first attaching portion by which the ground wire is conductively attached to the frame; and a second attaching portion by which the ground wire is conductively attached to the yarn threading assisting tool; wherein the second attaching portion detachably attaches the ground wire to the yarn threading assisting tool; wherein the first attaching portion attaches one end portion of the ground wire to the frame, characterized in that a retaining portion is further provided to detachably attach the other end portion of the ground wire opposite to the one end portion to the frame so as to attach the entirety of the ground wire to the frame.
A method comprising: determining wireless message characteristics of wireless messages communicated with first vehicles (104, 106) in one or more first vehicle systems and locations along a route where the wireless message characteristics were determined, the wireless message characteristics and the locations determined during movement of the one or more first vehicle systems along the route; obtaining a size of the one or more first vehicle systems; obtaining relative positions of the first vehicles (104, 106) in the one or more first vehicle systems during the movement of the one or more first vehicle systems along the route; and determining a signal propagation profile based on the wireless message characteristics, the locations where the wireless message characteristics were determined, the size of the one or more first vehicle systems and the relative positions of the first vehicles (104, 106), the signal propagation profile representative of a relationship between the wireless message characteristics, the size of the one or more first vehicle systems, the locations along the route, and the relative positions of the first vehicles (104, 106). determining wireless message characteristics of wireless messages communicated with first vehicles (104, 106) in one or more first vehicle systems and locations along a route where the wireless message characteristics were determined, the wireless message characteristics and the locations determined during movement of the one or more first vehicle systems along the route; obtaining a size of the one or more first vehicle systems; obtaining relative positions of the first vehicles (104, 106) in the one or more first vehicle systems during the movement of the one or more first vehicle systems along the route; and determining a signal propagation profile based on the wireless message characteristics, the locations where the wireless message characteristics were determined, the size of the one or more first vehicle systems and the relative positions of the first vehicles (104, 106), the signal propagation profile representative of a relationship between the wireless message characteristics, the size of the one or more first vehicle systems, the locations along the route, and the relative positions of the first vehicles (104, 106).
A control method of a treatment plant for elements to be recycled or disposed of comprising: ― at least one crushing roll for a reduction in size of the elements to be recycled or disposed of; ― at least one screen operatively arranged upstream of said crushing roll to allow passage to said crushing roll only to elements to be recycled or disposed of having a size larger than predetermined sizes; ― at least one conveyor belt operatively arranged upstream of said screen for conveying and transferring the elements to be recycled or disposed of, said method comprising: ― a measuring step of the volume of elements to be recycled or disposed lying on said conveyor belt; ― a comparing step of said measured volume value with a first predetermined value, said method being characterized in that it comprises ― an increasing step of the vibration intensity of said screen in the case said measured volume exceeds said first predetermined value. ― at least one crushing roll for a reduction in size of the elements to be recycled or disposed of; ― at least one screen operatively arranged upstream of said crushing roll to allow passage to said crushing roll only to elements to be recycled or disposed of having a size larger than predetermined sizes; ― at least one conveyor belt operatively arranged upstream of said screen for conveying and transferring the elements to be recycled or disposed of, ― a measuring step of the volume of elements to be recycled or disposed lying on said conveyor belt; ― a comparing step of said measured volume value with a first predetermined value, said method being characterized in that it comprises ― an increasing step of the vibration intensity of said screen in the case said measured volume exceeds said first predetermined value.
An electric field generating device, comprising n electrodes, configured to surround a target biological tissue region in a set manner; where n is an integer not less than 3; an electrical signal generator, electrically connected to the n electrodes; a control signal generator, electrically connected to the electrical signal generator, and configured to control the electrical signal generator to apply a first electrical signal to m electrodes of the n electrodes, and apply a second electrical signal to at least two electrodes of n-m electrodes, to generate an electric field between the electrodes with the first electrical signal and the electrodes with the second electrical signal; wherein a voltage of the second electrical signal is less than a voltage of the first electrical signal, 1≤m<n, and m is an integer; wherein the quantity of electrodes with the first electrical signal is smaller than the quantity of electrodes with the second electrical signal. n electrodes, configured to surround a target biological tissue region in a set manner; where n is an integer not less than 3; an electrical signal generator, electrically connected to the n electrodes; a control signal generator, electrically connected to the electrical signal generator, and configured to control the electrical signal generator to apply a first electrical signal to m electrodes of the n electrodes, and apply a second electrical signal to at least two electrodes of n-m electrodes, to generate an electric field between the electrodes with the first electrical signal and the electrodes with the second electrical signal; wherein a voltage of the second electrical signal is less than a voltage of the first electrical signal, 1≤m<n, and m is an integer; wherein the quantity of electrodes with the first electrical signal is smaller than the quantity of electrodes with the second electrical signal.
A holding part for fastening to pieces of furniture, in particular to furniture feet, in which an insert, which has a first floor-contact layer on a first front side, is capable of being fastened, characterized in that the holding part has a covering face on which at least one resilient element is arranged, so that when the insert is inserted in the holding part the at least one spring element will strike the insert, wherein a movement of the insert contrary to the spring force of the resilient element is possible, as a result of which the insert can move in the holding part relative to the holding part and, as a result, the insert can adapt in its position relative to the holding part to irregularities of the floor surface, and the resilient elements are arranged in one piece on the covering face.
A fiber optic cable assembly comprising: a fiber optic cable including at least one strength member; a fiber optic connector including a connector body; a weld collar positioned such that the at least one strength member is at least partially captured between the connector body and the weld collar; and a composite including a portion of the at least one strength member and a portion of at least one of the weld collar or the connector body, characterized in that the connector body or the weld collar includes a plurality of longitudinally-extending teeth defining a plurality of recesses for receiving the at least one strength member. a fiber optic cable including at least one strength member; a fiber optic connector including a connector body; a weld collar positioned such that the at least one strength member is at least partially captured between the connector body and the weld collar; and a composite including a portion of the at least one strength member and a portion of at least one of the weld collar or the connector body, characterized in that the connector body or the weld collar includes a plurality of longitudinally-extending teeth defining a plurality of recesses for receiving the at least one strength member.
A flat bag, comprising a bag upper side and a bag underside, the bag walls of which are formed from an air-permeable filter material, and wherein an inlet opening for the air to be filtered is introduced into the bag upper side, wherein at least one diffuser which forms an intermediate plane is disposed in the interior of the flat bag between the bag upper side and the bag underside, which diffuser consists of at least two individual strips of material disposed relative to each other, and/or of sheet material structures which have oblong-shaped flow openings, and that the at least one diffuser is connected to the bag wall on at least one side, characterized in that the diffuser has a greater length and/or width than the bag upper side or underside and is present in folded form, or that the diffuser in the form of strips of material is formed by filament bundles or bundles of foil strips.
Dexmedetomidine for use in sedation or analgesia in a pediatric patient in need thereof, wherein the pediatric patient is from 20 weeks gestational age to 44 weeks gestational age, wherein the administration of dexmedetomidine comprises a first loading dose administered over a period of time of from 10 to 20 minutes prior to a second maintenance dose, wherein the loading dose is 0.4 μg/kg or less, wherein in the second maintenance dose the dexmedetomidine is administered as a continuous intravenous dose to the pediatric patient at a concentration of between 0.005 μg/kg/hr to 0.25 μg/kg/hr, and wherein the dexmedetomidine is administered as a continuous infusion over a period of time of less than 36 hours.
Mouthpiece lining paper of a filter cigarette, the mouthpiece lining paper being a foil and being provided, on surface regions to be adhered, on the face that comes into contact with the adhesive, with a three-dimensional surface structure, that is to say with a surface that comprises raised portions (2, 12.1, 22), these raised portions (2, 12.1, 22) rising out of the foil surface only locally, characterized in that the raised portions are formed of structural lacquer, or in that the raised portions (12.1) are formed by structural pigments which are grains that, due to their size, rise at least 0.5 μm out of a lacquer layer or structural lacquer layer applied to the surface of the foil.
An actuator, comprising: a frame comprising a panel extending in a plane and one or more pillars extending perpendicular from the plane; a magnetic circuit assembly comprising a magnet (542, 544) and a voice coil, the magnet and voice coil being moveable relative to each other during operation of the actuator along an axis extending in an axial direction perpendicular to the plane of the panel; and a plurality of discrete suspension members (530a, 530b, 530c, 530d; 600; 700) attaching the frame to a first component (542, 544, 546) of the magnetic circuit assembly, wherein the first component of the magnetic circuit assembly has a substantially polygonal shape in the plane of the frame and a corresponding suspension member is attached to each respective side of the polygon, each suspension member of the plurality of discrete suspension members comprising: a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and wherein during operation of the actuator the first arm (601; 711A) of the suspension member (530a, 530b, 530c, 530d; 600; 700) flexes to accommodate axial displacements of the magnet (542, 544) relative to the voice coil. a frame comprising a panel extending in a plane and one or more pillars extending perpendicular from the plane; a magnetic circuit assembly comprising a magnet (542, 544) and a voice coil, the magnet and voice coil being moveable relative to each other during operation of the actuator along an axis extending in an axial direction perpendicular to the plane of the panel; and a plurality of discrete suspension members (530a, 530b, 530c, 530d; 600; 700) attaching the frame to a first component (542, 544, 546) of the magnetic circuit assembly, wherein the first component of the magnetic circuit assembly has a substantially polygonal shape in the plane of the frame and a corresponding suspension member is attached to each respective side of the polygon, each suspension member of the plurality of discrete suspension members comprising: a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and wherein during operation of the actuator the first arm (601; 711A) of the suspension member (530a, 530b, 530c, 530d; 600; 700) flexes to accommodate axial displacements of the magnet (542, 544) relative to the voice coil.
A wall mountable shelving system, comprising: (a) a pair of support members, each support member including a back plate and a frame member connected with the back plate, each frame member including at least a first support portion connected with and arranged generally perpendicular to the back plate, an extension portion arranged generally perpendicular to and extending from the first support portion, and a second support portion extending from the end of the extension portion and arranged generally parallel to the first support portion; (b) a storage tray extending between the associated first support portions of the frame members; characterized in that it further comprises (c) stretch releasing adhesive strips arranged between the back plate and the wall for securing the shelving system to the wall. (a) a pair of support members, each support member including a back plate and a frame member connected with the back plate, each frame member including at least a first support portion connected with and arranged generally perpendicular to the back plate, an extension portion arranged generally perpendicular to and extending from the first support portion, and a second support portion extending from the end of the extension portion and arranged generally parallel to the first support portion; (b) a storage tray extending between the associated first support portions of the frame members; characterized in that it further comprises (c) stretch releasing adhesive strips arranged between the back plate and the wall for securing the shelving system to the wall.
A fall arrest device comprising a body having a rope guide path therethrough defined between a cam and a cooperating abutment, said cam being pivotally mounted on said body about a pivot axis extending perpendicular to said rope guide path, said device being provided with an attachment means(12,13) for attaching the device to a harness, a rope jamming portion of the cam being arranged to be urged towards the abutment to a rope jamming position to arrest movement of the rope through the rope guide path under the action of a load applied to the attachment means, wherein the cam includes a rope engaging surface of the rope guide path remote from said rope jamming portion of the cam, said rope engaging surface comprising a groove or channel within which the rope is received, said groove or channel has a V shaped profile, characterised in that opposite sides of the groove or channel define an acute angle therebetween, the sides of said groove or channel diverging outwardly from a base region thereof, and wherein the width of the base of the groove or channel is less than the diameter of the rope, such that the sides of the groove or channel trap or squeeze the rope, thus gripping the rope, when the rope acts thereagainst by virtue of a downward load applied to the attachment means (12,13).
A method for electrolytical coating of complex components, wherein the component is coated with a layer of nickel and/or a nickel alloy within the scope of an electrolyses by means of an aqueous electrolyte solution, wherein a relative movement between the component to be coated and the electrolyte is generated at least temporally during the electrolysis, wherein the component to be coated and/or an electrolytic bath for receiving the electrolyte is at least temporally set into rotation during the electrolysis, wherein the direction of the rotation axis of the component to be coated and/or the electrolytic bath is at least temporally changed during the rotation, characterized in that the rotation axis of the component to be coated and/or the electrolytic bath is at least temporally moved into precession during the rotation, wherefrom a tumbling motion of the component to be coated and/or the electrolytic bath results.