mhurhangee/ep-ind-claims huggingface dataset:
An impregnation plant for internally hollow cylindrical components of electric motors, said plant comprising a plurality of working stations arranged linearly and sequentially one after another, said working stations being managed and controlled by a central processing unit, said plant comprising: - a plurality of support devices for each component, wherein each support device rotatably supports the respective component and is configured to be inserted into the individual working stations that form the plant; - one or more heating stations, configured to heat each component to a predefined temperature; - one or more impregnation stations, arranged downstream of the heating stations and configured to cover at least a portion of each component with an impregnating substance; - at least one gelling station and at least one baking station, arranged in sequence to each other and downstream of the impregnation stations, configured to fix the impregnating substance on each component; and - a plurality of motor-driven means configured to impart both a rotatory motion, in both directions of rotation, and a tilting motion, in both directions with respect to a predefined plane, to each component mounted on the respective support device when said support device is inserted into the working stations of said plant, the plant being characterized in that each support device is provided with a spring collet, in turn provided with blocks which clamp the component onto the inner diameter of the respective cylindrical body, said spring collet entirely crossing the cylindrical body of the component, so as to rest on both of its respective circumferential ends. - a plurality of support devices for each component, wherein each support device rotatably supports the respective component and is configured to be inserted into the individual working stations that form the plant; - one or more heating stations, configured to heat each component to a predefined temperature; - one or more impregnation stations, arranged downstream of the heating stations and configured to cover at least a portion of each component with an impregnating substance; - at least one gelling station and at least one baking station, arranged in sequence to each other and downstream of the impregnation stations, configured to fix the impregnating substance on each component; and - a plurality of motor-driven means configured to impart both a rotatory motion, in both directions of rotation, and a tilting motion, in both directions with respect to a predefined plane, to each component mounted on the respective support device when said support device is inserted into the working stations of said plant,
A device comprising: an endoscopic sleeve comprising a tubular member from which extend a plurality of spaced projecting elements (32,42,52,54), said projecting elements (32,42,52,54) being bendable towards both proximal and distal directions of said tubular member, and being configured so that an insertion force required to bend said projecting elements (32,42,52,54) towards the proximal direction is less than an extraction force required to bend said projecting elements (32,42,52,54) towards the distal direction and the projection elements being configured so that an outer periphery of said projecting elements (32,42,52,54) decreases as the extraction force increases; wherein said projecting elements (32,42,52,54) comprise sets of projecting elements (32, 42, 52, 54), each set spaced axially from one another; characterized in that adjacent sets of projecting elements comprise a more proximal set of projecting elements (32,42P,54) and a more distal set of projecting elements (32,42D,52), and the more proximal set of projecting elements (32,42P,54) is hindered in bending towards said distal direction by abutting against the more distal set of projecting elements (32,42D,52). an endoscopic sleeve comprising a tubular member from which extend a plurality of spaced projecting elements (32,42,52,54), said projecting elements (32,42,52,54) being bendable towards both proximal and distal directions of said tubular member, and being configured so that an insertion force required to bend said projecting elements (32,42,52,54) towards the proximal direction is less than an extraction force required to bend said projecting elements (32,42,52,54) towards the distal direction and the projection elements being configured so that an outer periphery of said projecting elements (32,42,52,54) decreases as the extraction force increases; wherein said projecting elements (32,42,52,54) comprise sets of projecting elements (32, 42, 52, 54), each set spaced axially from one another; characterized in that adjacent sets of projecting elements comprise a more proximal set of projecting elements (32,42P,54) and a more distal set of projecting elements (32,42D,52), and the more proximal set of projecting elements (32,42P,54) is hindered in bending towards said distal direction by abutting against the more distal set of projecting elements (32,42D,52).
A method for producing a transgenic soybean plant having an altered trait relative to a soybean control plant, the method steps characterized by: (a) providing an expression construct comprising a recombinant polynucleotide encoding a polypeptide that comprises SEQ ID NO:2; and (b) introducing the expression vector into a target soybean plant to produce the transgenic soybean plant; wherein when the polypeptide is over-expressed in the transgenic soybean plant, the polypeptide confers an altered trait, relative to a control soybean plant, selected from the group consisting of improved late season vigor; increased late season canopy coverage; increased pod-containing mainstem nodes; and increased internode length. (a) providing an expression construct comprising a recombinant polynucleotide encoding a polypeptide that comprises SEQ ID NO:2; and (b) introducing the expression vector into a target soybean plant to produce the transgenic soybean plant;
A resonant converter for converting a direct current into another direct current with a desired level, where when a light load is connected, only a single switch leg is operated to take charge of the light load, the resonant converter comprising a first switch leg having one end connected to a positive terminal (+) of a DC power source (Vcd) and the other end connected to a negative terminal (-) of the DC power source (Vcd), the first switch leg being operated as a single-phase half-bridge inverter at a first switching frequency under a light load condition and being operated together with one or more second switch legs at a second switching frequency being lower than the first switching frequency under a rated load condition or a high load condition; the one or more second switch legs having one end connected to the positive terminal (+) of the DC power source (Vcd) and the other end connected to the negative terminal (-) of the DC power source (Vcd) and being operated at the second switching frequency under a rated load condition; wherein the first and second switch legs each comprise two switching units connected in series, and each switching unit comprises: • a power semiconductor switching element; • a diode comprising a cathode connected to a current inflow terminal of the power semiconductor switching element and an anode connected to a current outflow terminal of the power semiconductor switching element; • a snubber capacitor connected in parallel to the diode; and • a gate drive circuit applying a switching signal to a terminal for turning-on/off control of the power semiconductor switching element, and wherein a value of the snubber capacitor for preventing a rapid voltage increase of the first switch leg is designed to be smaller than a value of the snubber capacitor of the one or more second switch legs such that zero voltage sensing of the gate drive circuit of the first switch leg is faster than zero voltage sensing of the gate drive circuit of the second switch leg. • a power semiconductor switching element; • a diode comprising a cathode connected to a current inflow terminal of the power semiconductor switching element and an anode connected to a current outflow terminal of the power semiconductor switching element; • a snubber capacitor connected in parallel to the diode; and • a gate drive circuit applying a switching signal to a terminal for turning-on/off control of the power semiconductor switching element,
A semiconductor processing apparatus, comprising: a wafer support assembly; a plurality of temperature sensors integrated in the wafer support assembly and rotatable with the wafer support assembly for measuring temperatures of the wafer support assembly; and a sensing control unit configured to receive first signals from the temperature sensors relating the temperatures of the wafer support assembly, determine locations of the temperature sensors based on the first signals, and convert the first signals relating the temperatures of the wafer support assembly and second signals relating to the locations of the temperature sensors into a wireless packet, wherein the sensing control unit includes a signal transmission device integrated in the wafer support assembly and rotatable with the wafer support assembly for wirelessly transmitting the wireless packet to an external control module. a wafer support assembly; a plurality of temperature sensors integrated in the wafer support assembly and rotatable with the wafer support assembly for measuring temperatures of the wafer support assembly; and a sensing control unit configured to receive first signals from the temperature sensors relating the temperatures of the wafer support assembly, determine locations of the temperature sensors based on the first signals, and convert the first signals relating the temperatures of the wafer support assembly and second signals relating to the locations of the temperature sensors into a wireless packet,
A method for analyzing a spine of a patient comprising the steps of: receiving at least one X-ray of a lateral vertebrae of the spine; generating an idealized shape for said vertebrae based on information received from a user; determining physical characteristics of said idealized shape; and generating a report of said vertebrae based on a set of rules, characterized by attaching a positioner to the back of the patient, adjacent to the spine, the positioner having a known orientation and size and comprising a digital compass and a metal plate; patient, the positioner having a known orientation and size and comprising a digital compass; using the compass of the positioner to position the patient with respect to an X-Ray source such that the patient is positioned along a first axis of the compass and is perpendicular to a second axis of the compass, the first axis being perpendicular to the second axis. receiving at least one X-ray of a lateral vertebrae of the spine; generating an idealized shape for said vertebrae based on information received from a user; determining physical characteristics of said idealized shape; and generating a report of said vertebrae based on a set of rules, characterized by attaching a positioner to the back of the patient, adjacent to the spine, the positioner having a known orientation and size and comprising a digital compass and a metal plate; patient, the positioner having a known orientation and size and comprising a digital compass; using the compass of the positioner to position the patient with respect to an X-Ray source such that the patient is positioned along a first axis of the compass and is perpendicular to a second axis of the compass, the first axis being perpendicular to the second axis.
Insulating element for winding overhangs of a stator comprising a support centred on an extension axis and defined by an outer radial face, an inner radial face and a top face, which extends in a plane substantially orthogonal to the extension axis, the insulating element comprising a plurality of arms emerging from the inner radial face and distributed circumferentially thereon, the insulating element comprising a plurality of indentations distributed circumferentially in the outer radial face and extending along the extension axis of the support, wherein the indentations are configured to allow a passage for securing members, such as tie-rods, which run in or along the housing enclosing a rotating electrical machine comprising the stator, at least one indentation being at least partially delimited by a low wall emerging from the top face of the support in a direction substantially parallel to the extension axis, wherein the insulating element comprises at least one receptacle delimited by the low wall and by the top face, the receptacle being configured to receive at least one conductor wire of a winding of the stator, characterized in that the low wall is radially interposed between the receptacle and the indentation.
A printing system, comprising: a printing device operable for applying one or more inks onto a substrate; and a heating device operable for heating the substrate prior to application of the one or more inks onto the substrate, the printing system further comprising a drive circuit, and the heating device including heated roller and a heating element disposed within the heated roller, characterised in that the drive circuit is adapted to control a temperature of a surface of the heated roller based on an absorption coefficient (Ka) of the ink-substrate pair. a printing device operable for applying one or more inks onto a substrate; and a heating device operable for heating the substrate prior to application of the one or more inks onto the substrate, the printing system further comprising a drive circuit, and the heating device including heated roller and a heating element disposed within the heated roller, characterised in that the drive circuit is adapted to control a temperature of a surface of the heated roller based on an absorption coefficient (Ka) of the ink-substrate pair.
A compound of the following formulae or: wherein in formulae: P 1 is Bn; P 3 is CH 3; R 3 is H; R x is Br or R 2 -X-NR 1 -C -; R 2 is 2,4-difluorophenyl; X is methylene; R 1 is H; and R 5 and R 6 are -CH 3; and, in formula: R is -CH (OCH 3); P 1 is -Bn; P 3 is -CH 3; R 3 is -H; and R x is Br or 2,4-difluorophenylmethylaminocarbonyl. P 1 is Bn; P 3 is CH 3; R 3 is H; R x is Br or R 2 -X-NR 1 -C -; R 2 is 2,4-difluorophenyl; X is methylene; R 1 is H; and R 5 and R 6 are -CH 3; R is -CH (OCH 3); P 1 is -Bn; P 3 is -CH 3; R 3 is -H; and R x is Br or 2,4-difluorophenylmethylaminocarbonyl.
A vehicle body side structure comprising: a rocker formed in a closed cross-sectional shape by joining an outer panel disposed outward in a vehicle width direction and extending in a front-rear direction of a vehicle body, and an inner panel disposed inward in the vehicle width direction and extending in the front-rear direction of the vehicle body; and a pillar having a lower end portion joined to the rocker, wherein the outer panel includes a first region overlapping with the lower end portion of the pillar in a side view as viewed from the vehicle width direction, and a second region adjacent to the first region on a front side of the vehicle body and on a rear side of the vehicle body, the inner panel includes a third region including a part facing the first region in the vehicle width direction, and a fourth region adjacent to the third region on the front side of the vehicle body and on the rear side of the vehicle body, the second region is set to be a first-strength region having a higher strength than a strength of the first region, and the third region is set to be a second-strength region having a higher strength than a strength of the fourth region, and the second region and the third region are connected to each other. a rocker formed in a closed cross-sectional shape by joining an outer panel disposed outward in a vehicle width direction and extending in a front-rear direction of a vehicle body, and an inner panel disposed inward in the vehicle width direction and extending in the front-rear direction of the vehicle body; and a pillar having a lower end portion joined to the rocker, wherein the outer panel includes a first region overlapping with the lower end portion of the pillar in a side view as viewed from the vehicle width direction, and a second region adjacent to the first region on a front side of the vehicle body and on a rear side of the vehicle body, the inner panel includes a third region including a part facing the first region in the vehicle width direction, and a fourth region adjacent to the third region on the front side of the vehicle body and on the rear side of the vehicle body, the second region is set to be a first-strength region having a higher strength than a strength of the first region, and the third region is set to be a second-strength region having a higher strength than a strength of the fourth region, and the second region and the third region are connected to each other.
A process of clarifying a gas stream containing tar-like or tar-constituting components comprising aromatic compounds having 6 or more carbon atoms, comprising contacting the gas with a liquid organic aryl polysiloxane as a washing liquid.
A method for making a drug delivery system, the method comprising: a) synthesizing or selecting a functionalized monomer(s) by identifying receptor sites or molecules associated with a target biological tissue to be treated with a drug, wherein functionalized portions of the functionalized monomer(s) are synthesized to chemically and/or structurally resemble the receptor sites or molecules that are associated with the biological mechanism of action of the drug; b) forming a recognitive polymeric hydrogel, wherein forming the polymeric hydrogel comprises forming a solution comprising amounts of a drug, the functionalized monomer(s) and a cross-linking monomer and initiating copolymerization of the functionalized monomer(s) and the cross-linking monomer; and c) forming the polymeric hydrogel into contact lenses, a) synthesizing or selecting a functionalized monomer(s) by identifying receptor sites or molecules associated with a target biological tissue to be treated with a drug, wherein functionalized portions of the functionalized monomer(s) are synthesized to chemically and/or structurally resemble the receptor sites or molecules that are associated with the biological mechanism of action of the drug; b) forming a recognitive polymeric hydrogel, wherein forming the polymeric hydrogel comprises forming a solution comprising amounts of a drug, the functionalized monomer(s) and a cross-linking monomer and initiating copolymerization of the functionalized monomer(s) and the cross-linking monomer; and c) forming the polymeric hydrogel into contact lenses,
A method of performing DNSSEC signing at a registry comprising: receiving (S2010, S3010) a domain command from a requester, the domain command including an identifier of a domain and a DNS change command to add, modify or delete data stored by the registry for the domain executing (S1010, S2022, S3022) the received domain command with respect to the data stored by the registry for the domain; identifying (S1030, S1040, S2032, S2040, S3030, S3032) DNSSEC data changes; characterised by: as part of an individual transaction including the execution of the domain command, signing (S1060, S2060, S3060) DNSSEC records for the domain based on the identified DNSSEC data changes using a private key of an authoritative server; committing (S1070, S2070, S3070) the individual transaction at the registry: and propagating the committed transaction to the DNS infrastructure, receiving (S2010, S3010) a domain command from a requester, the domain command including an identifier of a domain and a DNS change command to add, modify or delete data stored by the registry for the domain executing (S1010, S2022, S3022) the received domain command with respect to the data stored by the registry for the domain; identifying (S1030, S1040, S2032, S2040, S3030, S3032) DNSSEC data changes; as part of an individual transaction including the execution of the domain command, signing (S1060, S2060, S3060) DNSSEC records for the domain based on the identified DNSSEC data changes using a private key of an authoritative server; committing (S1070, S2070, S3070) the individual transaction at the registry: and propagating the committed transaction to the DNS infrastructure,
A light source, comprising: a substrate; a light emitting diode on the substrate; a phosphor layer over the light emitting diode; a plate over the phosphor layer; and an attachment member coupled to the plate and configured to conduct heat away from the plate, characterized in that the attachment member comprises a ring-shaped vertical member extending perpendicular to the substrate and an extrusion above the substrate and extending outwardly from a bottom portion of the ring-shaped vertical member parallel to the substrate. a substrate; a light emitting diode on the substrate; a phosphor layer over the light emitting diode; a plate over the phosphor layer; and an attachment member coupled to the plate and configured to conduct heat away from the plate, characterized in that the attachment member comprises a ring-shaped vertical member extending perpendicular to the substrate and an extrusion above the substrate and extending outwardly from a bottom portion of the ring-shaped vertical member parallel to the substrate.
A catheter/expandable element assembly for medical applications comprising a conforming catheter shaft having proximal and distal ends, an expandable element having a conforming balloon portion having a double wall thickness of 0.254 mm (0.010 inch) or greater bonded at the distal end of the catheter shaft, and a fluid passageway extending from a proximal end of the catheter shaft to the interior of the balloon portion of the expandable element, the assembly being characterized by a conforming balloon which can be stretched, folded and/or wrapped before and after inflation of the balloon portion to a maximum diameter of less than 2.337 mm (0.092 inches) and a butt-jointed juncture between the catheter shaft and a proximal balloon neck portion, the juncture having substantially the same diameter as the catheter shaft and the balloon neck whereby the resulting bond is very close or identical in diameter to the original catheter shaft diameter, such that the juncture and the balloon portion will fit through the interior of a standard 11-gauge medical cannula before and after inflation of the balloon portion.