mhurhangee/ep-ind-claims huggingface dataset:
A non-oriented electrical steel sheet containing: C: not less than 0.003 mass% nor more than 0.05 mass%; N: not less than 0.001 mass% nor more than 0.01 mass%; and Si: not less than 2.8 mass% nor more than 3.5 mass%, further containing at least one kind selected from a group consisting of Ni: 4.0 mass% or less and Mn: 2.0 mass% or less, in a total amount of 0.5 mass% or more, and further containing Ti, a value R Ti being not less than 1 nor more than 10, the value R Ti being expressed by [Ti]/(4×( +)) when a Ti content is expressed as [Ti] mass%, a C content is expressed as mass%, and an N content is expressed as mass%, wherein the Ti content is not less than 0.1 mass% nor more than 0.3 mass%, an Al content is 0.1 mass% or more and 3.0 mass% or less, a P content is 0.001 mass% or more and 0.2 mass% or less, and a balance is composed of Fe and inevitable impurities, a thickness is 0.30 mm or less, a tensile strength is 900 MPa or more, and a core loss in the case of a magnetic flux density being 1.0 T and an excitation frequency being 1000 Hz is 100 W/kg or less. C: not less than 0.003 mass% nor more than 0.05 mass%; N: not less than 0.001 mass% nor more than 0.01 mass%; and Si: not less than 2.8 mass% nor more than 3.5 mass%, further containing at least one kind selected from a group consisting of Ni: 4.0 mass% or less and Mn: 2.0 mass% or less, in a total amount of 0.5 mass% or more, and further containing Ti, a value R Ti being not less than 1 nor more than 10, the value R Ti being expressed by [Ti]/(4×( +)) when a Ti content is expressed as [Ti] mass%, a C content is expressed as mass%, and an N content is expressed as mass%, wherein the Ti content is not less than 0.1 mass% nor more than 0.3 mass%, an Al content is 0.1 mass% or more and 3.0 mass% or less, a P content is 0.001 mass% or more and 0.2 mass% or less, and a balance is composed of Fe and inevitable impurities, a thickness is 0.30 mm or less, a tensile strength is 900 MPa or more, and a core loss in the case of a magnetic flux density being 1.0 T and an excitation frequency being 1000 Hz is 100 W/kg or less.
A coil forming apparatus comprising: an inner member comprising a first receiving portion configured to receive a first slot insertion portion of each of a plurality of coil segments insertable at substantially equal intervals in a first direction corresponding to a circumferential direction of a stator or rotor, the coil segment comprising a pair of slot insertion portions (18a, 18b) respectively insertable into slots of the stator or rotor and a linking portion connecting the slot insertion portions (18a, 18b); an outer member comprising a second receiving portion configured to receive a second slot insertion portion, different from the first slot insertion portion, of each of the plurality of coil segments insertable at substantially equal intervals in the first direction, the outer member being configured to displace the each second slot insertion portion to move closer to the inner member by rotation of the outer member; a holding member configured to hold the each first slot insertion portion such that the first slot insertion portion becomes a pivot of the coil segment when the outer member is rotated; characterized in that the coil forming apparatus further comprises a mechanism configured to move the holding member so as to avoid interference between the second slot insertion portion and the holding member due to the rotation of the outer member. an inner member comprising a first receiving portion configured to receive a first slot insertion portion of each of a plurality of coil segments insertable at substantially equal intervals in a first direction corresponding to a circumferential direction of a stator or rotor, the coil segment comprising a pair of slot insertion portions (18a, 18b) respectively insertable into slots of the stator or rotor and a linking portion connecting the slot insertion portions (18a, 18b); an outer member comprising a second receiving portion configured to receive a second slot insertion portion, different from the first slot insertion portion, of each of the plurality of coil segments insertable at substantially equal intervals in the first direction, the outer member being configured to displace the each second slot insertion portion to move closer to the inner member by rotation of the outer member; a holding member configured to hold the each first slot insertion portion such that the first slot insertion portion becomes a pivot of the coil segment when the outer member is rotated; characterized in that the coil forming apparatus further comprises a mechanism configured to move the holding member so as to avoid interference between the second slot insertion portion and the holding member due to the rotation of the outer member.
An air filter arrangement for a work vehicle, the air filter arrangement comprising: - a fan shroud extending between a shroud inlet and a shroud outlet; - at least one heat exchanger disposed adjacent to said shroud inlet; - a fan disposed within said fan shroud between said shroud inlet and shroud outlet, said fan being configured to draw air through said at least one heat exchanger and between said shroud inlet and shroud outlet; and characterized in that said air filter arrangement further comprises: - an air filter disposed within said fan shroud between said fan and said at least one heat exchanger such that the air flowing through said at least one heat exchanger and between said shroud inlet and shroud outlet is directed around said air filter. - a fan shroud extending between a shroud inlet and a shroud outlet; - at least one heat exchanger disposed adjacent to said shroud inlet; - a fan disposed within said fan shroud between said shroud inlet and shroud outlet, said fan being configured to draw air through said at least one heat exchanger and between said shroud inlet and shroud outlet; and - an air filter disposed within said fan shroud between said fan and said at least one heat exchanger such that the air flowing through said at least one heat exchanger and between said shroud inlet and shroud outlet is directed around said air filter.
Valve for opening and closing an exhaust-gas line, having: - a housing body; - a plunger which is disposed in the housing body and which at a first end is capable of being coupled to a drive and is configured for being moved along a longitudinal axis of the plunger; - a valve seat sleeve on which a valve seat (9, 216) which delimits an opening (11, 217) is embodied, wherein the valve seat sleeve is disposed in the housing body, and wherein the valve seat sleeve is produced by means of a deep-drawing method; wherein the valve seat sleeve is disposed in an interior space of the housing body, and the valve seat sleeve at least in portions is in contact with internal walls of the housing body, said internal walls surrounding the interior space; and wherein the valve seat sleeve extends along a longitudinal axis; and - a closing member (10, 218) which is connected to the plunger such that the closing member (10, 218) by means of a movement of the plunger is adjustable between an open position in which the opening (11, 217) is released, and a closed position in which the closing member (10, 218) bears on the valve seat (9, 216) and seals the opening (11, 217), characterized in that the valve seat sleeve on the end thereof having the largest diameter has an oblique flank, wherein the oblique flank is configured such that push-fitting the valve seat sleeve along the longitudinal axis in a first direction into the housing body is possible and, in the event of a force that acts on the valve seat sleeve counter to the first direction, the oblique flank is at least slightly impressed into the internal wall of the housing body so as to fix the valve seat sleeve axially in the housing body by means of a rearward latching mechanism. - a housing body; - a plunger which is disposed in the housing body and which at a first end is capable of being coupled to a drive and is configured for being moved along a longitudinal axis of the plunger; - a valve seat sleeve on which a valve seat (9, 216) which delimits an opening (11, 217) is embodied, wherein the valve seat sleeve is disposed in the housing body, and wherein the valve seat sleeve is produced by means of a deep-drawing method; wherein the valve seat sleeve is disposed in an interior space of the housing body, and the valve seat sleeve at least in portions is in contact with internal walls of the housing body, said internal walls surrounding the interior space; and wherein the valve seat sleeve extends along a longitudinal axis; and - a closing member (10, 218) which is connected to the plunger such that the closing member (10, 218) by means of a movement of the plunger is adjustable between an open position in which the opening (11, 217) is released, and a closed position in which the closing member (10, 218) bears on the valve seat (9, 216) and seals the opening (11, 217), characterized in that
A top cap assembly (100, 101, 102, 103) of a secondary battery, comprising: a top cap plate having an electrode extraction hole; an electrode terminal comprising a terminal plate (21, 31), wherein the terminal plate (21, 31)is located on a side of the top cap plate and covers the electrode extraction hole; a first fixing component (22, 32), at least partially surrounding the terminal plate (21, 31) to fix the electrode terminal to the first fixing component (22, 32); and a second fixing component (23, 33) comprising a main body and a first connection portion, wherein the first connection portion is connected to the main body and extends away from the terminal plate (21, 31), the main body is fixedly connected to the first fixing component (22, 32), and the first connection portion is fixedly connected to the top cap plate, characterized in that the electrode terminal is separated from the second fixing component (23, 33) through the first fixing component (22, 32); the second fixing component (23, 33) utilizes metal materials; and the electrode terminal further comprises a first flange protruding from an outer peripheral surface of the terminal plate (21, 31), and a portion of the first fixing component (22, 32) is located on a side of the first flange away from the top cap plate and abuts against the first flange. a top cap plate having an electrode extraction hole; an electrode terminal comprising a terminal plate (21, 31), wherein the terminal plate (21, 31)is located on a side of the top cap plate and covers the electrode extraction hole; a first fixing component (22, 32), at least partially surrounding the terminal plate (21, 31) to fix the electrode terminal to the first fixing component (22, 32); and a second fixing component (23, 33) comprising a main body and a first connection portion, wherein the first connection portion is connected to the main body and extends away from the terminal plate (21, 31), the main body is fixedly connected to the first fixing component (22, 32), and the first connection portion is fixedly connected to the top cap plate, characterized in that the electrode terminal is separated from the second fixing component (23, 33) through the first fixing component (22, 32); the second fixing component (23, 33) utilizes metal materials; and the electrode terminal further comprises a first flange protruding from an outer peripheral surface of the terminal plate (21, 31), and a portion of the first fixing component (22, 32) is located on a side of the first flange away from the top cap plate and abuts against the first flange.
A random access method, comprising: determining, by a terminal device, a target time according to an offset; and transmitting, by the terminal device, a random access request to the network device based on the target time; characterized in that a type of the random access is a first type of random access, a triggering mode of the random access is triggering by a physical downlink control channel, PDCCH, order, the determining the target time according to the offset comprises: determining a random access occasion in a physical random access channel, PRACH, resource according to a last symbol of the PDCCH order and the offset, wherein a time interval between the last symbol of the PDCCH order and a first symbol of the random access occasion is greater than a duration corresponding to the offset. determining, by a terminal device, a target time according to an offset; and transmitting, by the terminal device, a random access request to the network device based on the target time; characterized in that a type of the random access is a first type of random access, a triggering mode of the random access is triggering by a physical downlink control channel, PDCCH, order, the determining the target time according to the offset comprises: determining a random access occasion in a physical random access channel, PRACH, resource according to a last symbol of the PDCCH order and the offset, wherein a time interval between the last symbol of the PDCCH order and a first symbol of the random access occasion is greater than a duration corresponding to the offset.
A system supporting location services, LCS, for a mobile station roaming from a home network and communicating with a visited network, the system comprising: at least one processor adapted to: receive a location request for location of the mobile station at a home mobile positioning centre H-MPC in the home network 104a); receive first information from the mobile station, wherein the first information comprises an indication of a network location of the mobile station and wherein the first information omits a system identifier, SID, and a network identifier, NID, when the visited network has one serving position determining entity, S-PDE, designated to serve roaming mobile stations; determine a serving mobile positioning centre, S-MPC (150, 152) in the visited network based on the first information; request a location of the terminal from the S-MPC; receive second information from the S-MPC (150, 152); wherein the second information comprises the location of the mobile station; send the second information to the mobile station; and a memory coupled to the at least one processor. at least one processor adapted to: receive a location request for location of the mobile station at a home mobile positioning centre H-MPC in the home network 104a); receive a location request for location of the mobile station at a home mobile positioning centre H-MPC in the home network 104a); receive first information from the mobile station, wherein the first information comprises an indication of a network location of the mobile station and wherein the first information omits a system identifier, SID, and a network identifier, NID, when the visited network has one serving position determining entity, S-PDE, designated to serve roaming mobile stations; determine a serving mobile positioning centre, S-MPC (150, 152) in the visited network based on the first information; request a location of the terminal from the S-MPC; receive second information from the S-MPC (150, 152); wherein the second information comprises the location of the mobile station; send the second information to the mobile station; and a memory coupled to the at least one processor.
A flow meter comprising: a magnet actuated switch, and an impeller configured to be insertable into a standard NPT 6.4 mm (0.25 inch) pipe fitting, in which rotation of the impeller in response to a fluid flow actuates the magnet actuated switch with a frequency that is relatable to a flow rate of the fluid flow, a drive shaft with a first end to which the impeller is connected such that the drive shaft rotates commensurately with the rotation of the impeller, and a second end located adjacent to the magnet actuated switch, and a flywheel which is attached to the drive shaft at the second end thereof such that the flywheel rotates commensurately with the rotation of the drive shaft, the flywheel comprising a housing and at least one magnet element (32, 34) that is positioned within the housing so that the at least one magnet element passes adjacent the magnet actuated switch as the flywheel wheel rotates which causes the magnet actuated switch to open and close in an oscillating fashion. a magnet actuated switch, and an impeller configured to be insertable into a standard NPT 6.4 mm (0.25 inch) pipe fitting, in which rotation of the impeller in response to a fluid flow actuates the magnet actuated switch with a frequency that is relatable to a flow rate of the fluid flow, a drive shaft with a first end to which the impeller is connected such that the drive shaft rotates commensurately with the rotation of the impeller, and a second end located adjacent to the magnet actuated switch, and a flywheel which is attached to the drive shaft at the second end thereof such that the flywheel rotates commensurately with the rotation of the drive shaft, the flywheel comprising a housing and at least one magnet element (32, 34) that is positioned within the housing so that the at least one magnet element passes adjacent the magnet actuated switch as the flywheel wheel rotates which causes the magnet actuated switch to open and close in an oscillating fashion.
NMR arrangement, comprising an NMR device, a storage system for storing sample tubes, and a transport system for transporting the sample tubes from the storage system to the NMR device and from the NMR device to the storage system, wherein the storage system is mechanically decoupled from the NMR device, wherein the transport system comprises • a first guiding element that is mechanically coupled to the storage system, • a second guiding element that is mechanically coupled to the NMR device, and • a sample tube carrier that can be moved between the first guiding element and the second guiding element so as to transport the sample tubes from the storage system to the NMR device and from the NMR device to the storage system, wherein the first guiding element serves for guiding the sample tube carrier into a first position that is defined with respect to the storage system and wherein the second guiding element serves for guiding the sample tube carrier into a second position that is defined with respect to the NMR device, characterized in that a portion of the sample tube carrier that serves for contacting the second guiding element is a sample tube holder extending in a transport direction in which the sample tube carrier can be moved between the first guiding element and the second guiding element and in that the sample tube holder comprises a circular centering element at a terminal section distal to a main plane of the sample tube carrier. • a first guiding element that is mechanically coupled to the storage system, • a second guiding element that is mechanically coupled to the NMR device, and • a sample tube carrier that can be moved between the first guiding element and the second guiding element so as to transport the sample tubes from the storage system to the NMR device and from the NMR device to the storage system,
A luminescent taggant composition comprising: a first luminescent taggant comprising a first emitting ion, wherein the first luminescent taggant produces a first emission in a first taggant emission band when exposed to excitation energy; a second luminescent taggant comprising a second emitting ion different from the first emitting ion, wherein the second luminescent taggant produces a second emission in a second taggant emission band that is different from the first taggant emission band when exposed to excitation energy; and a third luminescent taggant comprising the first emitting ion and the second emitting ion; wherein the first luminescent taggant is free of the second emitting ion and the second luminescent taggant is free of the first emitting ion; and wherein the first emitting ion and the second emitting ion are independently chosen from neodymium, ytterbium, erbium, thulium or holmium. a first luminescent taggant comprising a first emitting ion, wherein the first luminescent taggant produces a first emission in a first taggant emission band when exposed to excitation energy; a second luminescent taggant comprising a second emitting ion different from the first emitting ion, wherein the second luminescent taggant produces a second emission in a second taggant emission band that is different from the first taggant emission band when exposed to excitation energy; and a third luminescent taggant comprising the first emitting ion and the second emitting ion; wherein the first luminescent taggant is free of the second emitting ion and the second luminescent taggant is free of the first emitting ion; and wherein the first emitting ion and the second emitting ion are independently chosen from neodymium, ytterbium, erbium, thulium or holmium.
A method of decolorizing and deodorizing a polyhydric alcohol, comprising: preparing a first mixed liquid including materials with undesirable colors and odors, which contains a first polyhydric alcohol obtained by a separation process, water and a neutralizing agent (S 10); obtaining a second polyhydric alcohol by treating a fractional distillation for the first mixed liquid thereby removing at least some of the materials with undesirable colors and odors; producing a second mixed liquid by adding water or steam to the second polyhydric alcohol; producing a pre-treatment liquid in which a target polyhydric alcohol is concentrated or purified by performing stripping treatment of the second mixed liquid so that the materials with undesirable colors and odors are evaporated with the water; and performing adsorption treatment of the pre-treatment liquid thereby removing remaining materials with undesirable colors and odors included in the pre-treatment liquid, wherein the stripping treatment is performed at a temperature lower than the boiling point of the target polyhydric alcohol and higher that the boiling point of water. preparing a first mixed liquid including materials with undesirable colors and odors, which contains a first polyhydric alcohol obtained by a separation process, water and a neutralizing agent (S 10); obtaining a second polyhydric alcohol by treating a fractional distillation for the first mixed liquid thereby removing at least some of the materials with undesirable colors and odors; producing a second mixed liquid by adding water or steam to the second polyhydric alcohol; producing a pre-treatment liquid in which a target polyhydric alcohol is concentrated or purified by performing stripping treatment of the second mixed liquid so that the materials with undesirable colors and odors are evaporated with the water; and performing adsorption treatment of the pre-treatment liquid thereby removing remaining materials with undesirable colors and odors included in the pre-treatment liquid, wherein the stripping treatment is performed at a temperature lower than the boiling point of the target polyhydric alcohol and higher that the boiling point of water.