mhurhangee/ep-ind-claims huggingface dataset:
A lithium-air secondary battery (10, 30) comprising: an air electrode (12, 32) functioning as a positive electrode; an anion exchanger (14, 34); a separator (16, 36) provided away from the anion exchanger (14, 34); a negative electrode (18, 38) provided so as to be capable of supplying and receiving lithium ions to and from the separator (16, 36), wherein the negative electrode (18, 38) comprises lithium; and an alkaline electrolytic solution (20, 40) filled between the anion exchanger (14, 34) and the separator (16, 36), wherein the lithium-air secondary battery (10, 30) is characterized in that the anion exchanger (14, 34) is provided in close contact with one side of the air electrode (12, 32), the separator (16, 36) is composed of a lithium-ion conductive inorganic solid electrolyte, and the anion exchanger (14, 34) is composed of a hydroxide-ion conductive inorganic solid electrolyte. an air electrode (12, 32) functioning as a positive electrode; an anion exchanger (14, 34); a separator (16, 36) provided away from the anion exchanger (14, 34); a negative electrode (18, 38) provided so as to be capable of supplying and receiving lithium ions to and from the separator (16, 36), wherein the negative electrode (18, 38) comprises lithium; and an alkaline electrolytic solution (20, 40) filled between the anion exchanger (14, 34) and the separator (16, 36), wherein the lithium-air secondary battery (10, 30) is characterized in that the anion exchanger (14, 34) is provided in close contact with one side of the air electrode (12, 32), the separator (16, 36) is composed of a lithium-ion conductive inorganic solid electrolyte, and the anion exchanger (14, 34) is composed of a hydroxide-ion conductive inorganic solid electrolyte.
Method for model-based control and regulation of an internal combustion engine with an SCR catalytic converter, in which the operating point of the internal combustion engine is specified via an engine control unit and the operating point of the SCR catalytic converter is specified via an SCR control unit, in which, on the basis of an operator request, an overall system quality measure (J(ges)) is calculated by an overall system optimiser as a function of fed back variables of the engine control unit and of fed back variables of the SCR control unit, the overall system quality measure (J(ges)) is minimised by the overall system optimiser by changing the target values for the engine control unit and by changing the target values for the SCR control unit for a prediction horizon with regard to the operating costs, and in which the target values for the engine control unit and the target values for the SCR control unit are set as significant for setting the operating point of the internal combustion engine and the SCR catalytic converter by the overall system optimiser on the basis of the minimised overall system quality measure (J(ges)), wherein a NOx setpoint (NOx) and an exhaust gas temperature setpoint (TAb) are specified by the overall system optimiser as target values for the engine control unit and an emission setpoint (EM) is specified by the overall system optimiser as target values for the SCR control unit, wherein the overall system quality measure (J(ges)) is calculated as an integral over a sum of the costs of the internal combustion engine resulting from the target values for the engine control unit, the costs of the SCR catalytic converter resulting from the target values for the SCR control unit and a quadratic deviation of the setpoint value of the maximum achievable conversion rate of the SCR catalytic converter from the precalculated maximum achievable conversion rate of the SCR catalytic converter within the prediction horizon.
A method for making a call, applied in a first terminal and comprising: determining whether a user of the first terminal is driving; if it is determined that the user of the first terminal is driving, sending a first message to a server instructing the server to set a cloud card of the user of the first terminal to a driving state, said cloud card being an electronic card stored in the server by said user and only accessible to at least one predetermined further user who is a friend in a chat software of the user of the first terminal or a contact in an address book of the first terminal; and if it is determined that the user of the first terminal is not driving, sending a second message to the server instructing the server to set said cloud card to a non-driving state; wherein the cloud card is set to be queried by a terminal of the at least one predetermined user when making a call to the first terminal. determining whether a user of the first terminal is driving; if it is determined that the user of the first terminal is driving, sending a first message to a server instructing the server to set a cloud card of the user of the first terminal to a driving state, said cloud card being an electronic card stored in the server by said user and only accessible to at least one predetermined further user who is a friend in a chat software of the user of the first terminal or a contact in an address book of the first terminal; and if it is determined that the user of the first terminal is not driving, sending a second message to the server instructing the server to set said cloud card to a non-driving state; wherein the cloud card is set to be queried by a terminal of the at least one predetermined user when making a call to the first terminal.
A distributor plate assembly releasably mountable to protect a disc of a rotor within a vertical shaft impact crusher from material fed into the rotor, the assembly comprising: a main body having a contact surface intended to be positioned in an upward facing direction within the crusher to contact the material fed into the rotor; the main body comprises: ductile iron alloy incorporating nodular graphite; and cemented carbide granules embedded within the iron alloy; a first abrasion wear resistant insert positioned at the main body to represent a region of the contact surface at least a part of the insert is positioned at a perimeter region (302, 303) of the main body, which insert is a plate-like body and the main body is formed around the plate-like body at a region of the contact surface, which insert comprises a polygonal shape profile wherein at least one edge (404, 405) of the insert represents a region of at least one perimeter edge of the main body. a main body having a contact surface intended to be positioned in an upward facing direction within the crusher to contact the material fed into the rotor; the main body comprises: ductile iron alloy incorporating nodular graphite; and cemented carbide granules embedded within the iron alloy; a first abrasion wear resistant insert positioned at the main body to represent a region of the contact surface at least a part of the insert is positioned at a perimeter region (302, 303) of the main body, which insert is a plate-like body and the main body is formed around the plate-like body at a region of the contact surface, which insert comprises a polygonal shape profile wherein at least one edge (404, 405) of the insert represents a region of at least one perimeter edge of the main body. ductile iron alloy incorporating nodular graphite; and cemented carbide granules embedded within the iron alloy; a first abrasion wear resistant insert positioned at the main body to represent a region of the contact surface at least a part of the insert is positioned at a perimeter region (302, 303) of the main body, which insert is a plate-like body and the main body is formed around the plate-like body at a region of the contact surface, which insert comprises a polygonal shape profile wherein at least one edge (404, 405) of the insert represents a region of at least one perimeter edge of the main body.
A crystalline form of abacavir that is essentially free of solvent and free of solvation of formula, characterized by having a powder X-ray diffractogram that comprises characteristic peaks at approximately 8.0, 10.0, 10.2, 10.6, 11.9, 12.4, 12.7, 15.0, 16.1, 16.6, 19.5, 20.2, 20.6, 20.7, 21.9, 23.0, 23.9, and 25.0 degrees 2 theta.
A mining system for mining a narrow vein deposit (v) of ore, the system comprising a drilling rig; a pilot hole drilling assembly including a drill head for drilling a pilot hole in the ore, a downhole survey tool for locating a hanging wall and a foot wall of the narrow vein deposit (v) relative to the pilot hole and a directional assembly for directing the drill head along a path between the hanging wall and the foot wall; and a hole opener assembly i including an end configured to follow the pilot hole and a hole opener drill configured to drill a borehole with a larger diameter than the pilot hole to fragment the ore into drill cuttings, characterised by a fluid circulation subsystem to move a fluid through the well to circulate the drill cuttings from the borehole to a well head, and wherein the drill head for drilling a pilot hole in the ore includes an opening and the downhole survey tool for locating a hanging wall and a foot wall of the narrow vein deposit (v) is configured for extension through the opening in the drill head. a drilling rig; a pilot hole drilling assembly including a drill head for drilling a pilot hole in the ore, a downhole survey tool for locating a hanging wall and a foot wall of the narrow vein deposit (v) relative to the pilot hole and a directional assembly for directing the drill head along a path between the hanging wall and the foot wall; and a hole opener assembly i including an end configured to follow the pilot hole and a hole opener drill configured to drill a borehole with a larger diameter than the pilot hole to fragment the ore into drill cuttings, characterised by a fluid circulation subsystem to move a fluid through the well to circulate the drill cuttings from the borehole to a well head, and wherein the drill head for drilling a pilot hole in the ore includes an opening and the downhole survey tool for locating a hanging wall and a foot wall of the narrow vein deposit (v) is configured for extension through the opening in the drill head.
A method for producing medical, in particular dental fitting bodies with a specified or custom three-dimensionally curved outer contour or preform of the fitting body with a rough outer contour, in which a workpiece, from which the fitting body or its preform is produced, is machined in a material-removing manner by means of a tool engaging into the workpiece with one or a plurality of cutting edges arranged on a circumferential surface of the tool, wherein the tool has a tool axis and is rotated about the latter and wherein the tool and the workpiece execute a relative movement along a tool path orthogonal or inclined to the tool axis, wherein the tool path has directional components transverse to the run of the contour (3.1) to be produced, characterized in that the one or more cutting edges have a defined geometry and that the tool engages into the workpiece at a cutting arc angle alpha of the circumferential surface of less than 90° on average viewed over the entire tool path and at an insertion depth (ta, tb, tg) of at least twice the tool diameter and that the machining of the workpiece occurs along a tool path with also directional components contrary to a machining direction following the outer contour or rough contour.
A method comprising operating a system at a temperature of 25°C to 500°C using a heat transfer fluid comprising a branched polysiloxane compound comprising a moiety of formula: (TM 2) x, where T represents a unit of formula (RSiO 3/2) and M represents a unit of formula (R 3 SiO 1/2), each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms, and subscript x ≥ 3, and wherein the branched polysiloxane compound comprises a species selected from the group consisting of: T m (TM 2) n, where subscript m > 1, subscript n > 3, and n/m is 1 to 1.5; and a combination of two or more of T(TM 2) 3, Q(TM 2) 4, and T m (TM 2) n. T m (TM 2) n, where subscript m > 1, subscript n > 3, and n/m is 1 to 1.5; and a combination of two or more of T(TM 2) 3, Q(TM 2) 4, and T m (TM 2) n.
A display apparatus comprising: a display unit; an image processor processing an image signal received from an image source according to a preset image processing process to display an image on the display unit; a connection unit comprising an element to which an upgrade apparatus provided to upgrade the image processing process is connectable in use, and an element to which a server is connected to communicate with, in use; and a controller comparing a first pairing key with a second pairing key stored in the server and selectively allowing or blocking a booting operation according to a comparison result, the first pairing key being generated based on a pre-stored first identification of the display apparatus and a second identification of the upgrade apparatus obtained from the upgrade apparatus when the display apparatus starts the booting operation, wherein the upgrade apparatus performs a second process corresponding to a first process that is at least part of the image processing process, and the controller controls the second process by the upgrade apparatus to be performed instead of the first process by the image processor when the upgrade apparatus is connected to the connection unit and when the booting operation is completed. a display unit; an image processor processing an image signal received from an image source according to a preset image processing process to display an image on the display unit; a connection unit comprising an element to which an upgrade apparatus provided to upgrade the image processing process is connectable in use, and an element to which a server is connected to communicate with, in use; and a controller comparing a first pairing key with a second pairing key stored in the server and selectively allowing or blocking a booting operation according to a comparison result, the first pairing key being generated based on a pre-stored first identification of the display apparatus and a second identification of the upgrade apparatus obtained from the upgrade apparatus when the display apparatus starts the booting operation, wherein the upgrade apparatus performs a second process corresponding to a first process that is at least part of the image processing process, and the controller controls the second process by the upgrade apparatus to be performed instead of the first process by the image processor when the upgrade apparatus is connected to the connection unit and when the booting operation is completed.
A voltage surge protection device (1, 21, 31), the voltage surge protection device (1, 21, 31) comprising a varistor (2, 22, 32) having a first part (2a, 22a, 32a) and a second part (2b, 22b, 32b), separated by varistor material (4, 24, 34) configured to produce heat and/or gas when subjected to a threshold voltage applied between the first part (2a, 22a, 32a) and the second part (2b, 22b, 32b) of the varistor (2, 22, 32), whereby an expandable member (5, 25, 35) arranged to act on a movable electrical contact (7, 27, 37) for short-circuiting the voltage surge protection device (1, 21, 31) upon the threshold voltage being applied between the first part (2a, 22a, 32a) and the second part (2b, 22b, 32b) of the varistor (2, 22, 32), characterized by the expandable member (5, 25, 35) is configured to expand due to the heat and/or gas produced by the varistor material (4, 24, 34), the expandable member thereby breaking down thermally and producing gases through chemical decomposition, said gases of the expandable member having a gas pressure that moves the movable electrical contact.
A minimal lubrication device comprising a storage reservoir for a lubricant fluid and a pump for said lubricant, characterized in that said pump is a positive displacement pump of high pressure type with its delivery port connected to a plurality of modular elements (50A, 50B..) adapted to mix a compressed air flow with said lubricant, said modular elements presenting a mixer element fed with a compressed air flow into which an outlet of a needle flow regulator fed by the lubricant originating from the pump opens.
Debris filter for a nuclear fuel assembly bottom end part comprising a lower nozzle and the debris filter supported by the lower nozzle, the debris filter having an inlet face and an outlet face opposed to the inlet face, wherein the debris filter comprises a plurality of filtering structures protruding on the inlet face of the debris filter, each filtering structure having a structure base and a structure apex spaced along a structure axis, each filtering structure comprising blades distributed circumferentially around the structure axis, each blade having one end connected to the structure base and one end connected to the structure apex, each blade delimiting a slot with each adjacent blade of the same filtering structure, characterized in that each blade of each filtering structure extends helically around the structure axis of said filtering structure.
Pot tending module for use in a plant for producing aluminum by igneous electrolysis, said module comprising a frame able to be secured to a carriage and a rotary part mounted on said frame so as to pivot about a substantially vertical axis, said rotary part being equipped with at least one tool (21, 22) mounted on a telescopic arm of said rotary part, said pot tending module further comprising a first bearing structure mounted on said frame and designed to bear a hopper, said pot tending module being characterized in that said first bearing structure and said hopper are included in said rotary part, said first bearing structure being designed to bear all of said rotary part and being mounted on said frame so as to pivot about said substantially vertical axis, and in that said rotary part comprises a second bearing structure, a fixed member of said telescopic arm being mounted on said second bearing structure interdependent with said rotary part through attachment means allowing pendular movements of said telescopic arm, said attachment means being fixed to an attachment part of said fixed member placed at a distance from the ends (45, 47) of said fixed member.
An electromagnetic vibrating diaphragm pump comprising: an oscillator having two magnets (2b1, 2b2) provided on at least one surface side of a plate-like supporting member made of non-magnetic material and having mounting screw parts fixed to both ends of a central axis of the supporting member, disc-shaped diaphragms fixed to the mounting screw parts at both ends of the supporting member, an electromagnet (4a, 4b) provided to face the magnets; and pump casings fixed to respective outer peripheries of the diaphragms provided at the both ends and individually covering the outer side of the diaphragms, wherein the diaphragm is sandwiched by an inner center plate provided on the magnet side of the diaphragm and an outer center plate provided on the side opposite to the magnet side of the diaphragm, the end of the oscillatorl is inserted into and fixed to a through hole provided at the center of the inner and outer center plates, and a cylindrical projecting portion (6b1) is formed at the center of the inner center plate on the oscillator side, characterized in that a concave groove capable of fitting the projecting portion (6b1) is formed at the end of the supporting member of the oscillator and a ring-shaped elastic member is placed between the outer periphery of a cylindrical portion formed when the concave groove is formed and the inner periphery of the cylindrical projecting portion, such that leakage from a gap portion between the through hole of the inner and outer center plates and the end of the oscillator is prevented in an air-tight manner. an oscillator having two magnets (2b1, 2b2) provided on at least one surface side of a plate-like supporting member made of non-magnetic material and having mounting screw parts fixed to both ends of a central axis of the supporting member, disc-shaped diaphragms fixed to the mounting screw parts at both ends of the supporting member, an electromagnet (4a, 4b) provided to face the magnets; and pump casings fixed to respective outer peripheries of the diaphragms provided at the both ends and individually covering the outer side of the diaphragms, wherein the diaphragm is sandwiched by an inner center plate provided on the magnet side of the diaphragm and an outer center plate provided on the side opposite to the magnet side of the diaphragm, the end of the oscillatorl is inserted into and fixed to a through hole provided at the center of the inner and outer center plates, and a cylindrical projecting portion (6b1) is formed at the center of the inner center plate on the oscillator side, characterized in that a concave groove capable of fitting the projecting portion (6b1) is formed at the end of the supporting member of the oscillator and a ring-shaped elastic member is placed between the outer periphery of a cylindrical portion formed when the concave groove is formed and the inner periphery of the cylindrical projecting portion, such that leakage from a gap portion between the through hole of the inner and outer center plates and the end of the oscillator is prevented in an air-tight manner.
A filter for a smoking article comprising, filtration material and an amorphous magnesium carbonate material contained within the filtration material.
A computer-implemented method of generating hardware description language code for an executable graphical block diagram model of a hardware system, said method comprising: - locating in the model at least one component processing frame-based input data, said at least one component representing a computational element of the hardware system, wherein a frame is a temporal collection of data samples acquired over a predetermined time period; and - obtaining options for generating HDL code for the at least one component capable of processing frame-based input; characterized by the steps of - splitting the input data frames into at least two sub-frames; - serializing the at least one component to serially process each sub-frame; - generating HDL code for the at least one serialized component. - locating in the model at least one component processing frame-based input data, said at least one component representing a computational element of the hardware system, wherein a frame is a temporal collection of data samples acquired over a predetermined time period; and - obtaining options for generating HDL code for the at least one component capable of processing frame-based input; - splitting the input data frames into at least two sub-frames; - serializing the at least one component to serially process each sub-frame; - generating HDL code for the at least one serialized component.