mhurhangee/ep-ind-claims huggingface dataset:
A direct-acting electric valve, comprising a valve seat provided with a valve cavity, a motor arranged at an upper end of the valve seat, and a screw rod, wherein the screw rod is cooperated with and connected to a nut by means of screw threads, the nut is connected to a valve core, wherein axial positions of a rotor of the motor and the valve seat are fixed with respect to each other, and an upper end of the screw rod is fixedly connected to the rotor, and the valve core is movable in an axial direction of the valve cavity as the nut moves, so as to open or close a valve port arranged on the valve seat, the valve core is a column structure with an balancing passage, and a sealing member, which separates the valve cavity into two independent cavities, is provided outside an circumferential surface of the valve core, wherein the direct-acting electric valve further comprises a valve core assembly, a lower valve seat assembly and an upper valve seat assembly, wherein the upper valve seat assembly comprises an upper valve seat, the screw rod and the rotor of the motor, and the upper valve seat is fixedly connected to a lower valve seat of the lower valve seat assembly, and an upper end of the screw rod passes through the upper valve seat and a lower end of the screw rod is cooperated with the nut by screw threads, the valve core of the valve core assembly is movable axially in an inner cavity of the lower valve seat as the nut moves, so as to open or close the valve port arranged on the lower valve seat, characterized in that, the rotor is sleeved on an upper end of the upper valve seat, and axial positions of the rotor and the upper valve seat are fixed with respect to each other, and an upper end of the screw rod is fixedly connected to the rotor.
A method for obtaining a neighbor relationship between eNodeBs, comprising: receiving, by a mobility management entity, MME, a message from an eNodeB; parsing, by the MME, the message, to obtain a neighbor relationship between at least two eNodeBs involved in the message; and optimizing, by the MME, a paging range based on the neighbor relationship between at least two eNodeBs, wherein the optimizing a paging range comprises: paging, by the MME, a user in a range of an eNodeB which the user camped last time and a neighboring eNodeB of the eNodeB rather than in a range of a tracking area, TA; wherein the receiving and parsing the message comprises: receiving, by the MME, an eNodeB Configuration Transfer message from an eNodeB, wherein the eNodeB Configuration Transfer message comprises configuration information between neighboring eNodeBs; learning, by the MME, a neighboring relationship between eNodeBs according to the eNodeB Configuration Transfer message. receiving, by a mobility management entity, MME, a message from an eNodeB; parsing, by the MME, the message, to obtain a neighbor relationship between at least two eNodeBs involved in the message; and optimizing, by the MME, a paging range based on the neighbor relationship between at least two eNodeBs, wherein the optimizing a paging range comprises: paging, by the MME, a user in a range of an eNodeB which the user camped last time and a neighboring eNodeB of the eNodeB rather than in a range of a tracking area, TA; wherein the receiving and parsing the message comprises: receiving, by the MME, an eNodeB Configuration Transfer message from an eNodeB, wherein the eNodeB Configuration Transfer message comprises configuration information between neighboring eNodeBs; learning, by the MME, a neighboring relationship between eNodeBs according to the eNodeB Configuration Transfer message. paging, by the MME, a user in a range of an eNodeB which the user camped last time and a neighboring eNodeB of the eNodeB rather than in a range of a tracking area, TA; wherein the receiving and parsing the message comprises: receiving, by the MME, an eNodeB Configuration Transfer message from an eNodeB, wherein the eNodeB Configuration Transfer message comprises configuration information between neighboring eNodeBs; learning, by the MME, a neighboring relationship between eNodeBs according to the eNodeB Configuration Transfer message. receiving, by the MME, an eNodeB Configuration Transfer message from an eNodeB, wherein the eNodeB Configuration Transfer message comprises configuration information between neighboring eNodeBs; learning, by the MME, a neighboring relationship between eNodeBs according to the eNodeB Configuration Transfer message.
Method of producing a metallic strip in a continuous casting and rolling process, in which initially a slab is cast in a casting machine and fed to a finishing rolling mill, which is downstream of the strip in conveying direction, and rolled therein, characterised in that in the case of disruption to production and coming to a complete or almost complete stopping of conveying of the slab or strip, the following steps are undertaken: a) cutting through the strip at a first location; b) cutting through the strip at a second location, wherein the second location lies at a distance in conveying direction from the first location of 0.1 metres and 5.0 metres, wherein the cutting through of the strip at the two locations (4, 5) is carried by a single separating device in the form of pendulating shears or movable gate shears; c) removing, in particular conveying out, the cut-out strip section from the conveying line in order to create a gap in the strip; d) subsequent conveying of strip material from the region, which is upstream of the first location in conveying direction, into the region of the gap; and e) cutting off sections of the strip material, which is subsequently conveyed in accordance with step d), and removing, particularly conveying out, the sections from the conveying line. a) cutting through the strip at a first location; b) cutting through the strip at a second location, wherein the second location lies at a distance in conveying direction from the first location of 0.1 metres and 5.0 metres, wherein the cutting through of the strip at the two locations (4, 5) is carried by a single separating device in the form of pendulating shears or movable gate shears; c) removing, in particular conveying out, the cut-out strip section from the conveying line in order to create a gap in the strip; d) subsequent conveying of strip material from the region, which is upstream of the first location in conveying direction, into the region of the gap; and e) cutting off sections of the strip material, which is subsequently conveyed in accordance with step d), and removing, particularly conveying out, the sections from the conveying line.
Rack storage and retrieval device having a lift pole, a lower driven chassis engaging on a lower guiding rail, and an upper driven chassis engaging on an upper guiding rail, wherein an upper safety brake device engaging on the upper guiding rail and a lower safety brake device engaging on the lower guiding rail and means for coupling the upper and lower safety brake devices (34, 38) are provided, characterized in that the lower and the upper safety brake device (34, 38) engage on the lower and the upper guiding rail (18, 32), respectively, by means of a brake wheel (36, 40), wherein the means for coupling are configured for ensuring synchronism of the brake wheel (36, 40) of the lower and the upper safety brake device (34, 38), and wherein the means for coupling include a mechanical shaft to connect the brake wheels (36, 40) of the lower and the upper safety brake devices (34, 38).
A liquid containing body configured to be contained in a liquid containing vessel attachably and detachably mounted with regard to a mounting section that is provided in a liquid ejecting apparatus and has an apparatus side insertion opening that is formed on a +Y axis direction side and an apparatus side wall section that is formed on a -Y axis direction side by being inserted in the -Y axis direction from the apparatus side insertion opening to the apparatus side wall section, where three spatial axes that are orthogonal to each other have an X axis, a Y axis, and a Z axis where, out of X axis directions along the X axis, a positive direction is a +X axis direction and a negative direction is a -X axis direction, out of Y axis directions along the Y axis, a positive direction is the +Y axis direction and a negative direction is the -Y axis direction, and out of Z axis directions along the Z axis, a positive direction is a +Z axis direction and a negative direction is a -Z axis direction, the liquid containing body comprising: a flexible liquid containing section containing a liquid; a substrate with a contact section that electrically connects due to contact with regard to an apparatus side terminal section that is provided in the apparatus side wall section; and a substrate support member provided in the liquid containing section; characterised in that the substrate support member supports the substrate with a posturing where the contact section faces the -Y axis direction and the +Z axis direction and the contact section is inclined with regard to the -Y axis direction which is the insertion direction, where the X axis, the Y axis, and the Z axis with regard to the liquid containing vessel in a state of being mounted in the mounting section are three spatial axes in the liquid containing vessel. a flexible liquid containing section containing a liquid; a substrate with a contact section that electrically connects due to contact with regard to an apparatus side terminal section that is provided in the apparatus side wall section; and a substrate support member provided in the liquid containing section; characterised in that the substrate support member supports the substrate with a posturing where the contact section faces the -Y axis direction and the +Z axis direction and the contact section is inclined with regard to the -Y axis direction which is the insertion direction, where the X axis, the Y axis, and the Z axis with regard to the liquid containing vessel in a state of being mounted in the mounting section are three spatial axes in the liquid containing vessel.
A method for implementing a physically unclonable function, the method comprising - providing a device comprising at least one electronic structure, each electronic structure comprising a dielectric, - generating an electrical breakdown of said dielectric such that a conductive path is formed, in each of said at least one electronic structure, through said dielectric at a random position, - determining, for each of said at least one electronic structure (101,102), a distinct value of a set comprising at least two predetermined values, characterized in that said distinct value is determined by said position of said conductive path through said dielectric of the electronic structure, a distribution of the distinct value being adjusted to a predetermined uniform or non-uniform target distribution required by a particular application. - providing a device comprising at least one electronic structure, each electronic structure comprising a dielectric, - generating an electrical breakdown of said dielectric such that a conductive path is formed, in each of said at least one electronic structure, through said dielectric at a random position, - determining, for each of said at least one electronic structure (101,102), a distinct value of a set comprising at least two predetermined values, characterized in that said distinct value is determined by said position of said conductive path through said dielectric of the electronic structure, a distribution of the distinct value being adjusted to a predetermined uniform or non-uniform target distribution required by a particular application.
A process for the production of polyurethanes where (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, (d) sulfur-carbon compounds comprising one or more anions selected from the group consisting of sulfinic acid derivatives of the general formula where R is any desired substituted or unsubstituted hydrocarbon moiety, with the proviso that the carbon atom bonded to the sulfur atom is an aliphatic carbon atom, and optionally (e) blowing agent, (f) chain extender and/or crosslinking agent, and (g) auxiliaries and/or additives are mixed to give a reaction mixture, and the reaction mixture is allowed to complete a reaction to give the polyurethane. (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, (d) sulfur-carbon compounds comprising one or more anions selected from the group consisting of sulfinic acid derivatives of the general formula where R is any desired substituted or unsubstituted hydrocarbon moiety, with the proviso that the carbon atom bonded to the sulfur atom is an aliphatic carbon atom, and optionally (e) blowing agent, (f) chain extender and/or crosslinking agent, and (g) auxiliaries and/or additives
A composition for use in reducing the size of an anatomic zone of no re-flow in a mammalian subject in need thereof, the composition comprising a therapeutically effective amount of a peptide D-Arg-2',6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof.
Process for preparing cephradine, said process comprising reacting 7-aminodesacetoxy cephalosporanic acid (7-ADCA) with D-dihydrophenylglycine in activated form (DHa) in the presence of an enzyme in a reaction mixture to form cephradine, resulting in a conversion of 7-ADCA into cephradine of at least 70 %, wherein the concentration of D-dihydrophenylglycine in the reaction mixture is maintained below 2 wt.% throughout the reaction wherein said enzyme is a wild type penicillin acylase, and wherein said reacting is carried out at a temperature below 15°C and at a pH of at least 7.0 or wherein said enzyme is Pen-G acylase mutant Phe-24-Ala, and wherein said reacting is carried out at a temperature of at least 15°C and at a pH below 7.7.
A method of acquiring seismic data obtained from a marine seismic survey, comprising: a. obtaining seismic data that is under-sampled with respect to the Nyquist-Shannon sampling criterion acquired from a non-uniform sampling grid; characterised by: b. attenuating multiples from the under-sampled seismic data; and c. reconstructing the under-sampled seismic data onto a finer grid. a. obtaining seismic data that is under-sampled with respect to the Nyquist-Shannon sampling criterion acquired from a non-uniform sampling grid; characterised by: b. attenuating multiples from the under-sampled seismic data; and c. reconstructing the under-sampled seismic data onto a finer grid.
A computer-implemented method for providing concurrent non-audible communication of relevant information when narrating a document, comprising: opening a document comprising content and at least one meta-information item associated with the content; triggering a narration system to generate and provide audio output of the content; at a current narration point in the document, detecting a meta-information item associated with a piece of content; responsive to the detection of the meta-information item, triggering a haptic actuator to generate and provide haptic feedback associated with the meta-information item concurrently with the audio output of the piece of content with which the meta-information item is associated; responsive to generating and providing the haptic feedback, receiving a first request for additional information associated with the meta-information item; triggering the narration system to generate and provide audio output of a first level of incremental additional information; receiving a second request for a next incremental level of additional information; and providing the next incremental level of additional information. opening a document comprising content and at least one meta-information item associated with the content; triggering a narration system to generate and provide audio output of the content; at a current narration point in the document, detecting a meta-information item associated with a piece of content; responsive to the detection of the meta-information item, triggering a haptic actuator to generate and provide haptic feedback associated with the meta-information item concurrently with the audio output of the piece of content with which the meta-information item is associated; responsive to generating and providing the haptic feedback, receiving a first request for additional information associated with the meta-information item; triggering the narration system to generate and provide audio output of a first level of incremental additional information; receiving a second request for a next incremental level of additional information; and providing the next incremental level of additional information.
A biomaterial comprising either a soluble fraction Cs or a precipitated fraction Cp incorporated in a hydrogel or a hydrogel precursor, said soluble fraction Cs or said precipitated fraction Cp being a chymotryptically isolated and extracted polypeptide fraction of fibroin.
A catheter assembly comprising: a catheter having a proximal end and a distal end; an expandable device releasably attached to the catheter near the distal end; a constraining sleeve extending around and compressing the device to an outer peripheral dimension suitable for endoluminal delivery, the constraining sleeve having an end facing the distal end of the catheter; a tip disposed at the distal end of the catheter; and a bridge member disposed between the tip and the expandable device and filling a gap therebetween, and the assembly being configured such that the bridge member maintains a generally continuous transitional surface upon bending the distal end of the catheter. a catheter having a proximal end and a distal end; an expandable device releasably attached to the catheter near the distal end; a constraining sleeve extending around and compressing the device to an outer peripheral dimension suitable for endoluminal delivery, the constraining sleeve having an end facing the distal end of the catheter; a tip disposed at the distal end of the catheter; and a bridge member disposed between the tip and the expandable device and filling a gap therebetween, and the assembly being configured such that the bridge member maintains a generally continuous transitional surface upon bending the distal end of the catheter.
A furniture member mechanism for power combined and independent seat back and leg rest motion, comprising: a first actuator device connected to and electrically operated to displace a seat back member between an upright position and a fully reclined position; and a second actuator device connected to and electrically operated to displace a leg rest member between a stowed and a fully extended position; a drive rod axially rotated by the second actuation device to extend or retract the leg rest member; a swing connection tube freely rotatably connected to the drive rod such that axial rotation of the drive rod does not rotate the swing connection tube; first and second seat back actuation links (35, 36) connected to the swing connection tube, the first and second seat back actuation links connected to the seat back member such that displacement of the first and second seat back actuation links by rotation of the swing connection tube rotates the seat back member; and wherein the mechanism is selectively operated either having one of the first and second actuator devices energized while the other one of the first and second actuator devices is de-energized, or having both the first and second actuator devices energized simultaneously. a first actuator device connected to and electrically operated to displace a seat back member between an upright position and a fully reclined position; and a second actuator device connected to and electrically operated to displace a leg rest member between a stowed and a fully extended position; a drive rod axially rotated by the second actuation device to extend or retract the leg rest member; a swing connection tube freely rotatably connected to the drive rod such that axial rotation of the drive rod does not rotate the swing connection tube; first and second seat back actuation links (35, 36) connected to the swing connection tube, the first and second seat back actuation links connected to the seat back member such that displacement of the first and second seat back actuation links by rotation of the swing connection tube rotates the seat back member; and wherein the mechanism is selectively operated either having one of the first and second actuator devices energized while the other one of the first and second actuator devices is de-energized, or having both the first and second actuator devices energized simultaneously.
A non-sealing patient interface for a respiratory therapy system com prising: first and second nasal prongs (134A,134B); a manifold; a first passageway associated with the first nasal prong and second passageway associated with the second nasal prong, the first and second passageways (126,130) in a single conduit and interfacing with a single side of the manifold; wherein the first passageway is adapted to deliver a gas flow to the manifold and the first nasal prong and wherein the second passageway is adapted to draw out an expiratory gas flow from a patient through the second nasal prong and the manifold; and a barrier adapted to isolate the gas flow in the first passageway from the expiratory gas flow in the second passageway; characterized in that the first and second passageways (126,130) in the single conduit interface with the single side of the manifold at a position substantially coaxial with the nasal prongs (134A,134B). first and second nasal prongs (134A,134B); a manifold; a first passageway associated with the first nasal prong and second passageway associated with the second nasal prong, the first and second passageways (126,130) in a single conduit and interfacing with a single side of the manifold; wherein the first passageway is adapted to deliver a gas flow to the manifold and the first nasal prong and wherein the second passageway is adapted to draw out an expiratory gas flow from a patient through the second nasal prong and the manifold; and a barrier adapted to isolate the gas flow in the first passageway from the expiratory gas flow in the second passageway; characterized in that the first and second passageways (126,130) in the single conduit interface with the single side of the manifold at a position substantially coaxial with the nasal prongs (134A,134B).
Use of resin composition comprising a block copolymer hydride obtained by hydrogenating 90% or more of all unsaturated bonds of a block copolymer and a plasticizer at 1 to 50 parts by weight with respect to 100 parts by weight of the block copolymer hydride, wherein the block copolymer includes: two or more polymer blocks per one molecule of the copolymer, the block having an aromatic vinyl compound unit as a main component; and one or more polymer blocks per one molecule of the copolymer, the block having a linear conjugated diene compound unit as a main component, and a ratio between a weight fraction wA of all the polymer blocks in the entire block copolymer and a weight fraction wB of all the polymer blocks in the entire block copolymer (wA:wB) is 20:80 to 60:40, and wherein the plasticizer is a hydrocarbon polymer having a number average molecular weight of 200 to 5000, for sealing an organic electronic device. two or more polymer blocks per one molecule of the copolymer, the block having an aromatic vinyl compound unit as a main component; and one or more polymer blocks per one molecule of the copolymer, the block having a linear conjugated diene compound unit as a main component, and a ratio between a weight fraction wA of all the polymer blocks in the entire block copolymer and a weight fraction wB of all the polymer blocks in the entire block copolymer (wA:wB) is 20:80 to 60:40, and wherein the plasticizer is a hydrocarbon polymer having a number average molecular weight of 200 to 5000, for sealing an organic electronic device.