mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a zeolite molded article, comprising the following steps to: subjecting a mixture containing a silicon compound, water, and a quaternary ammonium hydroxide to a hydrothermal synthesis reaction; filtering the reaction mixture containing crystals obtained in the step to separate it into a concentrate containing crystals and a filtrate; washing the concentrate containing crystals obtained in the step with water until the pH at 25°C of the washed solution obtained by washing becomes 8.5 to 9.5; molding the crystals obtained after washing in the step; calcining the molded article obtained in the step; contacting the calcined product obtained in the step with water vapor; and contact treating the calcined product obtained after contact with water vapor in the step with an aqueous solution including at least one compound selected from the group consisting of ammonia and an ammonium salt. subjecting a mixture containing a silicon compound, water, and a quaternary ammonium hydroxide to a hydrothermal synthesis reaction; filtering the reaction mixture containing crystals obtained in the step to separate it into a concentrate containing crystals and a filtrate; washing the concentrate containing crystals obtained in the step with water until the pH at 25°C of the washed solution obtained by washing becomes 8.5 to 9.5; molding the crystals obtained after washing in the step; calcining the molded article obtained in the step; contacting the calcined product obtained in the step with water vapor; and contact treating the calcined product obtained after contact with water vapor in the step with an aqueous solution including at least one compound selected from the group consisting of ammonia and an ammonium salt.
A battery active material characterized by comprising a complex oxide containing Nb and Ti and an element M, wherein the molar ratio (M/Ti) of the element M to Ti in the active material satisfies the following formula: 0 < M/Ti ≤ 0.5 the molar ratio (Nb/Ti) of Nb to Ti in the complex oxide containing Nb and Ti satisfies the following formula: 1 ≤ Nb/Ti ≤ 5 and the element M is at least one selected from the group consisting of B, Na, Mg, Al, Si, S, P, K, Ca, Mo, W, Cr, Mn, Co, Ni, and Fe; wherein the complex oxide is represented by the formula Li x TiNb 2-y M y O 7+δ with 0 ≤ x ≤ 5 and -0.3 ≤ δ ≤ 0.3; characterized in that 0 < y ≤ 0.5, and the complex oxide has a melting point of 1350°C or less.
A tire having a tread, a layer of carcass ply having a radially inner end, a first column bead and a second bead or column bead, wherein the radially inner end of the layer of ply is secured between the first column bead and the second bead or column bead, wherein the first column bead comprises or consists of a first bead wire or cord and the second bead or column bead comprises or consist of a second bead wire or cord, characterized in that one of the first and second bead wire or cord (70, 80) has an elongation at 10% of the breaking load greater than 0.2%, when measured from a wire or cord extracted from a cured tire, and the respective other of the first or second bead wire or cord (70, 80) has an elongation at 10% of the breaking load less than 0.2%, when measured from a wire or cord extracted from a cured tire, and in that the first column bead comprises or consists of steel wire and the second bead or column bead comprises or consists of steel cords comprising a plurality of steel filaments twisted together.
A patient interface for delivering a supply of gases to a patient, comprising: a gas supply manifold for receiving and directing to an outlet or outlets to a patient a gas supply, and a pair of elongate side arms (88113, 88114) extending from opposite sides of the manifold to contact a user's face in use to aid in stabilising the interface on the user's face, each of said side arms (88113, 88114) comprising a part twisted portion, such that a cross-section shape orthogonally through the side arm is part twisted anti-clockwise or clockwise at a part of the side arm closer to an outer end relative to a part of the side arm closer to the manifold, the twist being when considered from a top or bottom view of the interface and said respective side arm(s) (88113, 88114) wherein the interface outlet or outlets comprise a nasal cannula including a face mount part comprising at least one nasal prong (88111, 88112) integrally moulded with or removably attached to said face mount part, the at least one nasal prong (88111, 88112) configured not to seal about the patient's nares in use, and wherein the cross-section shape of the side arms (88113, 88114) changes orientation through a longitudinal path of travel being positioned upon and extending along a rear surface of the patient interface, the longitudinal path of travel being located substantially as a mid-point of the height of the rear surface that contacts the user's face in use. a gas supply manifold for receiving and directing to an outlet or outlets to a patient a gas supply, and a pair of elongate side arms (88113, 88114) extending from opposite sides of the manifold to contact a user's face in use to aid in stabilising the interface on the user's face, each of said side arms (88113, 88114) comprising a part twisted portion, such that a cross-section shape orthogonally through the side arm is part twisted anti-clockwise or clockwise at a part of the side arm closer to an outer end relative to a part of the side arm closer to the manifold, the twist being when considered from a top or bottom view of the interface and said respective side arm(s) (88113, 88114) wherein the interface outlet or outlets comprise a nasal cannula including a face mount part comprising at least one nasal prong (88111, 88112) integrally moulded with or removably attached to said face mount part, the at least one nasal prong (88111, 88112) configured not to seal about the patient's nares in use, and wherein the cross-section shape of the side arms (88113, 88114) changes orientation through a longitudinal path of travel being positioned upon and extending along a rear surface of the patient interface, the longitudinal path of travel being located substantially as a mid-point of the height of the rear surface that contacts the user's face in use.
Anchoring element for fastening a climbing formwork to a concrete body, comprising a locking anchor and a coupling element, wherein the locking anchor has a head and a threaded rod with an external thread, wherein the coupling element is a body, in particular an elongated body, with a base, and preferably with a casing and a front, and wherein the coupling element has an anchor bore extending axially inwards from the base, which anchor bore has an internal thread which meshes with the external thread of the threaded rod, characterized in that the end face of the threaded rod has a marking and that an opening, in particular a visible opening, is provided at the inner end of the anchor bore, so that the end face of the threaded rod accommodated in the anchor bore is visible from the outside, wherein the coupling element further comprises a coupling bore extending axially inwards from the front and that the visible opening extends from the anchor bore to the coupling bore and wherein a limiting element is provided in the transition region between the anchor bore and the coupling bore and wherein the limiting element is formed by an insert which is annular at least in sections and the insert is received in a form-fitting manner in a recess on the inside of the anchor bore or of the coupling bore.
A heat treated galvannealed steel material formed from a galvannealed steel material which is a steel material having a galvannealed coating on at least one side thereof by heat treatment in which at least a portion of the galvannealed steel material is heated to a temperature range in which quench hardening is possible, characterized in that a coating remaining on the surface of at least a part of the portion of the steel material which has undergone heat treatment has a coating weight of at least 20 g/m 2 and at most 80 g/m 2 per side and an Fe content of at least 15% and at most 35% in mass percent, an η phase is present in the coating, and the centerline average roughness Ra prescribed by JIS B 0610 of the surface of the coating is at most 1.5 μm.
A transmission unit for connecting to a network to send a data packet to a reception unit, comprising: a communication mode setting part for setting a high-level Quality of Service guaranteed mode in which use of a content which requires high-throughput transmission is permitted on a permitted content using node for which a limitation on the reception of the content is provided compared with the reception unit, when transmitting the content which requires high-throughput transmission; a content processing part for adding first identification information and second identification information to the data packet including the content, the use of which on the permitted content using node is permitted, where the first identification information indicates that the data packet is a packet to be transmitted in high priority and broadband, and the second identification information indicates that the content included in the data packet is usable on the permitted content using node, when the high-level Quality of Service guaranteed mode is set by the communication mode setting part, and a data transmission part for sending, to the network with high throughput, the data packet including the content added with the first identification information and the second identification information by the content processing part. a communication mode setting part for setting a high-level Quality of Service guaranteed mode in which use of a content which requires high-throughput transmission is permitted on a permitted content using node for which a limitation on the reception of the content is provided compared with the reception unit, when transmitting the content which requires high-throughput transmission; a content processing part for adding first identification information and second identification information to the data packet including the content, the use of which on the permitted content using node is permitted, where the first identification information indicates that the data packet is a packet to be transmitted in high priority and broadband, and the second identification information indicates that the content included in the data packet is usable on the permitted content using node, when the high-level Quality of Service guaranteed mode is set by the communication mode setting part, and a data transmission part for sending, to the network with high throughput, the data packet including the content added with the first identification information and the second identification information by the content processing part.
An aerosol delivery device (100; 200) comprising: a housing (216; 402; 502) defining a refillable reservoir (218; 404; 504) for storing an aerosol precursor composition; a heating element (222; 406; 506) contained within the housing (216; 402; 502) and configured to activate and vaporize components of the aerosol precursor composition in response to a flow of air through at least a portion of the housing (216; 402; 502), the air being combinable with a thereby formed vapor to form an aerosol; and an adapter (410; 510) coupled to the housing (216; 402; 502) and removably, sealably connectable with a container (300; 700; 1100) for refilling the reservoir (218; 404; 504) with aerosol precursor composition, the adapter (410; 510) configured to engage a valve of the container (300; 700; 1100) during refilling of the reservoir (218; 404; 504), the adapter (410; 510) including a body defining separate and distinct filling and airflow ports (514, 516), the filling port being for transfer of aerosol precursor composition from the container (300; 700; 1100) into the reservoir (218; 404; 504) during engagement of the adapter (410; 510) and valve in which the airflow port is closed by the valve to prevent the aerosol precursor composition from passing through the airflow port, the airflow port being for the flow of air through at least the portion of the housing (216; 402; 502) when the adapter (410; 510) and valve are disengaged, where the airflow port is on the aerosol delivery device (100; 200) and the valve is on the container (300; 700; 1100). a housing (216; 402; 502) defining a refillable reservoir (218; 404; 504) for storing an aerosol precursor composition; a heating element (222; 406; 506) contained within the housing (216; 402; 502) and configured to activate and vaporize components of the aerosol precursor composition in response to a flow of air through at least a portion of the housing (216; 402; 502), the air being combinable with a thereby formed vapor to form an aerosol; and an adapter (410; 510) coupled to the housing (216; 402; 502) and removably, sealably connectable with a container (300; 700; 1100) for refilling the reservoir (218; 404; 504) with aerosol precursor composition, the adapter (410; 510) configured to engage a valve of the container (300; 700; 1100) during refilling of the reservoir (218; 404; 504), the adapter (410; 510) including a body defining separate and distinct filling and airflow ports (514, 516), the filling port being for transfer of aerosol precursor composition from the container (300; 700; 1100) into the reservoir (218; 404; 504) during engagement of the adapter (410; 510) and valve in which the airflow port is closed by the valve to prevent the aerosol precursor composition from passing through the airflow port, the airflow port being for the flow of air through at least the portion of the housing (216; 402; 502) when the adapter (410; 510) and valve are disengaged, where the airflow port is on the aerosol delivery device (100; 200) and the valve is on the container (300; 700; 1100).
Process for producing sodium chloride comprising the steps of: (i) Preparing, in a brine production cavern, a brine having a sodium chloride concentration which is higher than the sodium chloride concentration of the eutectic point but lower than the sodium chloride concentration of a saturated brine by dissolving a sodium chloride source in water; (ii) cooling the resulting brine by indirect cooling in a self-cleaning fluidized bed heat exchanger/crystallizer, which is a vertical shell-and-tube heat exchanger equipped with additional means to keep the walls free of deposits, to a temperature lower than 0°C but higher than the eutectic temperature of the resulting brine, thereby forming a slurry comprising sodium chloride dihydrate and a mother liquor; (iii) feeding the sodium chloride dihydrate to a recrystallizer to form sodium chloride and a mother liquor, and (iv) recycling at least part of the mother liquor obtained in step (ii) and/or step (iii) to step (i). (i) Preparing, in a brine production cavern, a brine having a sodium chloride concentration which is higher than the sodium chloride concentration of the eutectic point but lower than the sodium chloride concentration of a saturated brine by dissolving a sodium chloride source in water; (ii) cooling the resulting brine by indirect cooling in a self-cleaning fluidized bed heat exchanger/crystallizer, which is a vertical shell-and-tube heat exchanger equipped with additional means to keep the walls free of deposits, to a temperature lower than 0°C but higher than the eutectic temperature of the resulting brine, thereby forming a slurry comprising sodium chloride dihydrate and a mother liquor; (iii) feeding the sodium chloride dihydrate to a recrystallizer to form sodium chloride and a mother liquor, and (iv) recycling at least part of the mother liquor obtained in step (ii) and/or step (iii) to step (i).
A cable (200, 400, 500, 1300) for carrying electrical current in a coil of a magnet, comprising: an HTS, transport tape (201A-B, 1301A, 1304B); and a shunt assembly comprising two or more HTS shunt tapes (202A-D, 202A'-B', 202A"-B", 602A-B, 702A-B, 1302A-B, 1303A-C) arranged side-by-side across a face of the transport tape; and wherein each of the transport and shunt tapes comprises a substrate layer and an HTS layer of high temperature superconductor, HTS, material, the layers of the shunt tapes extending parallel to the layers of the transport tape, and characterised in that the cable comprises at least one tape which comprises HTS material which is different from the HTS material of another one of the tapes. an HTS, transport tape (201A-B, 1301A, 1304B); and a shunt assembly comprising two or more HTS shunt tapes (202A-D, 202A'-B', 202A"-B", 602A-B, 702A-B, 1302A-B, 1303A-C) arranged side-by-side across a face of the transport tape; and wherein each of the transport and shunt tapes comprises a substrate layer and an HTS layer of high temperature superconductor, HTS, material, the layers of the shunt tapes extending parallel to the layers of the transport tape, and characterised in that the cable comprises at least one tape which comprises HTS material which is different from the HTS material of another one of the tapes.
A multiphase current supplying circuit, comprising: a lightning or surge arrester connected to an AC power supply outputting an AC voltage (V in), said lightning or surge arrester suppressing a surge voltage superimposed upon said AC voltage; a group of diodes receiving said AC voltage (V in) from said AC power supply via said lightning or surge arrester to perform full-wave rectification on said AC voltage; a capacitor receiving output from said group of diodes; a first bypass connected to said capacitor in parallel; and an inverter receiving a voltage (V dc) over said capacitor to output multiphase AC currents (i u, i v, i w), characterized in that said capacitor has a relative small value, leading in operation to a pulsating DC voltage having a maximum value that is twice or more of a minimum value of said pulsating DC voltage; said first bypass includes a serial connection of a diode (D S) and a capacitive element (C S); and a direction from an anode to a cathode of said diode (D S) coincides with a direction from a high potential side to a low potential side of said capacitor. a lightning or surge arrester connected to an AC power supply outputting an AC voltage (V in), said lightning or surge arrester suppressing a surge voltage superimposed upon said AC voltage; a group of diodes receiving said AC voltage (V in) from said AC power supply via said lightning or surge arrester to perform full-wave rectification on said AC voltage; a capacitor receiving output from said group of diodes; a first bypass connected to said capacitor in parallel; and an inverter receiving a voltage (V dc) over said capacitor to output multiphase AC currents (i u, i v, i w), characterized in that said capacitor has a relative small value, leading in operation to a pulsating DC voltage having a maximum value that is twice or more of a minimum value of said pulsating DC voltage; said first bypass includes a serial connection of a diode (D S) and a capacitive element (C S); and a direction from an anode to a cathode of said diode (D S) coincides with a direction from a high potential side to a low potential side of said capacitor.
Device for preparing screw and washer assemblies, each assembly comprising a screw and a washer intended to be disposed around the threaded shank of the screw, the device comprising: ▪ a first rack for the screws, having first recesses (11, 12, 13) that are able to orient all the screws in one and the same direction and one and the same orientation and to position them in a predetermined arrangement, and ▪ a second rack for the washers, having second recesses (21, 22) that are able to position said washers in the same predetermined arrangement, characterized in that the first rack is formed on a first face of a plate and the second rack being formed on a second face of the plate. ▪ a first rack for the screws, having first recesses (11, 12, 13) that are able to orient all the screws in one and the same direction and one and the same orientation and to position them in a predetermined arrangement, and ▪ a second rack for the washers, having second recesses (21, 22) that are able to position said washers in the same predetermined arrangement,
Vehicle roof having a movable roof device for selectively closing and at least partially exposing a roof opening present in a roof surface of the vehicle, this movable roof device comprising a slidable front spoiler roof and a slidable rear folding roof, both of which being guided along longitudinal guide means, said front spoiler roof and said rear folding roof are driven by separate and independent driving means (M1,M2) which consist in two electric motors (M1,M2), one motor being dedicated to the functioning of said front spoiler roof, while the second motor is dedicated to the functioning of said rear folding roof, characterized in that when the rear folding roof is completely folded at the rear part of the roof opening, said front spoiler roof is movable towards a position in which it is in contact with said rear folding roof.
A method for expanding a dialogue system, the method comprising: receiving, from a user, an utterance through a user interface, the user interface being provided by an application executing on a computing device; automatically providing a list of possible actions based on the utterance; receiving, from a user, a selection of one or more actions through the user interface; receiving, from the user, a designated portion of the utterance which is less than an entirety of the utterance; and automatically generating grammar rules based on the utterance, the selected one or more actions, and the designated portion of the utterance. receiving, from a user, an utterance through a user interface, the user interface being provided by an application executing on a computing device; automatically providing a list of possible actions based on the utterance; receiving, from a user, a selection of one or more actions through the user interface; receiving, from the user, a designated portion of the utterance which is less than an entirety of the utterance; and automatically generating grammar rules based on the utterance, the selected one or more actions, and the designated portion of the utterance.
A data reader comprising: a reader housing having a window; an illumination module disposed in the reader housing behind the window, characterised by the illumination module having a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path, wherein at least one of inner surfaces of the reflector housing comprises a reflective surface operative (a) to exhibit high reflectivity to light rays from the light source (104, 106, 162-167, 202) impinging at a high incidence angle (α) and (b) to exhibit low reflectivity to light rays from the light source (104, 106, 162-167, 202) impinging at a low incidence angle (β). a reader housing having a window; an illumination module disposed in the reader housing behind the window, characterised by the illumination module having a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path, a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path,