mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for utilizing a plurality of recognizers (40, 72) to process an utterance based on a markup language document, comprising: receiving the markup language document; receiving the utterance; recognizing by an event handler application the grammar used in the utterance; parsing by the event handler application the markup language document for a markup language tag identifying a recognizer for processing the utterance based on the grammar recognized; selecting by the event handler application one of a local recognizer and a network recognizer identified by a markup language tag in the markup language document, the selected recognizer returning a results set for the utterance based on markup language (90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 109, 110, 111, 112) in the markup language document; receiving the results set from the selected recognizer (40, 72) in a format determined by a processing method specified in the markup language document, wherein the format is one of a processed format or an unprocessed format, wherein results in the unprocessed format include speech recognition of the utterance by the recognizer, and processed recognizer results include speech recognition of one or more terms associated with the utterance; and executing an event in response to receiving the results set. receiving the markup language document; receiving the utterance; recognizing by an event handler application the grammar used in the utterance; parsing by the event handler application the markup language document for a markup language tag identifying a recognizer for processing the utterance based on the grammar recognized; selecting by the event handler application one of a local recognizer and a network recognizer identified by a markup language tag in the markup language document, the selected recognizer returning a results set for the utterance based on markup language (90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 109, 110, 111, 112) in the markup language document; receiving the results set from the selected recognizer (40, 72) in a format determined by a processing method specified in the markup language document, wherein the format is one of a processed format or an unprocessed format, wherein results in the unprocessed format include speech recognition of the utterance by the recognizer, and processed recognizer results include speech recognition of one or more terms associated with the utterance; and executing an event in response to receiving the results set.
A method of optimising supply of a substrate comprising CO to a bioreactor, wherein the substrate is fermented to produce products including one or more alcohol(s) and/or acid(s) by a culture of one or more carboxydotrophic microorganisms, the method including determining acid levels in the bioreactor at a first time point and a second time point, wherein an increase in acid level between the first and second time points results in an increase in substrate supply, wherein a decrease in acid level between the first and second time points results in a decrease in substrate supply and wherein the substrate is provided such that acid levels are maintained between predetermined threshold concentrations of 1 to 10 g/L fermentation broth.
A method of manufacturing a tyre tread, the tread comprising a tread base and a number of lugs, each of which projects upwards from the tread base and extends substantially crosswise to a travelling direction of the tyre, the method comprising the steps of: (a) proving a tyre casing and tread belts; (b) arranging a plurality of rubber blocks onto said tread belts, each of said rubber blocks being configured to make a respective lug of the final tread; (c) winding a rubber ribbon about said rubber blocks and tread belts arranged onto a drum so as to shield said rubber blocks; (d) curing said rubber blocks together with said wound ribbon in a curing mould negatively reproducing a desired pattern of the tread. (a) proving a tyre casing and tread belts; (b) arranging a plurality of rubber blocks onto said tread belts, each of said rubber blocks being configured to make a respective lug of the final tread; (c) winding a rubber ribbon about said rubber blocks and tread belts arranged onto a drum so as to shield said rubber blocks; (d) curing said rubber blocks together with said wound ribbon in a curing mould negatively reproducing a desired pattern of the tread.
Emitting device for delivering photons with a chosen wavelength, said emitting device comprising: i) an InP substrate with a directly modulated laser arranged for generating photons modulated by a non-return-to-zero modulation to produce data to be transmitted, the active structure of the directly modulated laser being epitaxially grown on the InP substrate, ii) a passive ring resonator being defined in a passive section of the InP substrate, said passive ring resonator being monolithically integrated with said directly modulated laser by carring out a p-doped re-growth both in the active and passive section of the InP substrate followed by a hydrogenation of the passive section of the InP substrate for rendering the p-doping of the re-growth inactive, said passive ring resonator having a resonance amongst several ones that is used for filtering a zero level induced by said data modulation, and iii) a tuning means arranged along said directly modulated laser and/or around said ring resonator to tune the photon wavelength and/or said ring resonator resonance used for filtering. i) an InP substrate with a directly modulated laser arranged for generating photons modulated by a non-return-to-zero modulation to produce data to be transmitted, the active structure of the directly modulated laser being epitaxially grown on the InP substrate, ii) a passive ring resonator being defined in a passive section of the InP substrate, said passive ring resonator being monolithically integrated with said directly modulated laser by carring out a p-doped re-growth both in the active and passive section of the InP substrate followed by a hydrogenation of the passive section of the InP substrate for rendering the p-doping of the re-growth inactive, said passive ring resonator having a resonance amongst several ones that is used for filtering a zero level induced by said data modulation, and iii) a tuning means arranged along said directly modulated laser and/or around said ring resonator to tune the photon wavelength and/or said ring resonator resonance used for filtering.
An emergency luminaire having • at least one light source, • a connection for connecting the emergency luminaire to an external power supply, • at least one rechargeable battery (11, 21) for emergency power supply of the light source in the event of failure of the external power supply and • means for heating the rechargeable battery (11, 21), wherein the means for heating the rechargeable battery (11, 21) have a heater (12, 22), characterized in that the rechargeable battery is arranged within a box-shaped housing, wherein the heater is mounted in the box-shaped housing and the box-shaped housing is a closed sheet metal housing, wherein the heater is mounted in the lower region of the sheet metal housing and is covered by a perforated plate or a spacer as protection against contact, wherein the protection against contact is arranged between the rechargeable battery and the heater. • at least one light source, • a connection for connecting the emergency luminaire to an external power supply, • at least one rechargeable battery (11, 21) for emergency power supply of the light source in the event of failure of the external power supply and • means for heating the rechargeable battery (11, 21),
A fluorosulfonyl-containing compound, wherein the compound comprises a cation and an anion, the cation is as shown in formula 1: wherein each of R 1, R 2, R 3 and R 4 is independently H or C 1-6 alkyl, or R 3 and R 4 together with the carbon atoms between them form unsaturated C 5 -C 8 cyclohydrocarbyl.
A smart card reader, comprising: a smart card reader body having a slot configured to receive a smart card; and a plurality of smart card contacts mechanically and electrically coupled to the smart card reader body, each of the plurality of smart card contacts being configured to make an electrical connection with a circuit board and with a contact pad on a first surface of the smart card; characterised in that the smart card reader body has a resistivity between 1x10 5 ohms per centimeter and 1x10 11 ohms per centimeter; and in that the smart card reader body is a single contiguous piece of electrically dissipative material. a smart card reader body having a slot configured to receive a smart card; and a plurality of smart card contacts mechanically and electrically coupled to the smart card reader body, each of the plurality of smart card contacts being configured to make an electrical connection with a circuit board and with a contact pad on a first surface of the smart card; characterised in that the smart card reader body has a resistivity between 1x10 5 ohms per centimeter and 1x10 11 ohms per centimeter; and in that the smart card reader body is a single contiguous piece of electrically dissipative material.
A drive arrangement for a two-wheeler, in which a closed chain is guided around a drive pinion and a sprocket for the output and the chain is formed having bolts, on each of which a sleeve rotatable about the central longitudinal axis of the respective bolt and on each of the sleeves a roller which is rotatably arranged around the sleeve and is subject to play, and on two opposite end faces, the bolts are each connected to one another via tabs; the outer surface of the sleeves and the rollers each being coated with a coating of pure ta-C and no further chemical elements being present in the coatings, apart from the trace elements that are unavoidable due to the manufacturing method in a PVD process with which the coatings were formed; and an R a roughness between 0.03 μm and 0.2 μm and/or an R z roughness between 0.3 μm and 2 μm being maintained on the surface of the coatings; characterized in that the surfaces of the pinion and the sprocket in contact with the rollers of the chain do not have a coating of diamond-like carbon and the layer thickness of the ta-C coating on the outer surface of sleeves is greater than that on the outer surfaces of rollers. an R a roughness between 0.03 μm and 0.2 μm and/or an R z roughness between 0.3 μm and 2 μm being maintained on the surface of the coatings; characterized in that the surfaces of the pinion and the sprocket in contact with the rollers of the chain do not have a coating of diamond-like carbon and the layer thickness of the ta-C coating on the outer surface of sleeves is greater than that on the outer surfaces of rollers.
A fluted endodontic file defining a central longitudinal axis (411, 809) and including a working length extending along the central longitudinal axis (411, 809), wherein: the working length consists of a single flute extending along the central longitudinal axis (411, 809); and the working length defines an off-center cross-section along the central longitudinal axis (411, 809), the cross-section including three vertices (803, 807), a vertex being an angular point defined by the cross-section and positioned at the junction of two sides of the cross-section, wherein: a reference circular perimeter circumscribes the cross-section; at least two of the vertices lie on the reference circular perimeter; and the cross-section (801, 1101) being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section (801, 1101) and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section (801, 1101), and the third side being either concave or convex relative to the point within the cross-section (801, 1101). the working length consists of a single flute extending along the central longitudinal axis (411, 809); and the working length defines an off-center cross-section along the central longitudinal axis (411, 809), the cross-section including three vertices (803, 807), a vertex being an angular point defined by the cross-section and positioned at the junction of two sides of the cross-section, wherein: a reference circular perimeter circumscribes the cross-section; at least two of the vertices lie on the reference circular perimeter; and the cross-section (801, 1101) being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section (801, 1101) and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section (801, 1101), and the third side being either concave or convex relative to the point within the cross-section (801, 1101). a reference circular perimeter circumscribes the cross-section; at least two of the vertices lie on the reference circular perimeter; and the cross-section (801, 1101) being a three-sided cross-section defined by a first side, a second side and a third side, the first side being concave relative to a point within the cross-section (801, 1101) and lying on the reference circular perimeter, the second side being either concave or convex relative to the point within the cross-section (801, 1101), and the third side being either concave or convex relative to the point within the cross-section (801, 1101).
Component for a turbomachine, comprising an additively manufactured main part made of a first material, and at least one component portion (4, 4a, 4b) constructed on the main part, which portion is made of a different second material, the main part and the at least one component portion (4, 4a, 4b) being interlocked in a toothed manner such that the interlocking toothing more or less forms an anchor of the component portion in the main part, the interlocking toothing between the main part and the at least one component portion (4, 4a, 4b) having different toothing geometries (14a, 14b), and the at least one component portion (4, 4a, 4b) on the main part either being constructed additively or by means of applying the second material in dry powder form or as a dispersion to the main part, and then sintering below the melting temperature of the material of the main part, characterized in that the at least one component portion (4, 4a, 4b) is segmented in such a way that it is divided into individual segments which are spaced apart from one another by narrow regions of the main part.
An instrument port comprising: an elongate tube having a lumen, the elongate tube comprising a rigid section having a fixed shape, a deflectable section distal to the rigid section and an articulating section (306, 310a) at the distal end of the rigid section and proximal to the deflectable section, the articulating section (306, 310a) pivotable from a generally straight position to an angled position, wherein the articulating section articulates independently of deflection of the deflectable section; an actuator coupled to the rigid section of the elongate tube, wherein the actuator includes an instrument pathway in communication with the lumen, the instrument pathway positioned such that a distal end of a medical instrument may be inserted through the instrument pathway and the lumen and out the distal end of the lumen into a body cavity; a plurality of actuation elements extending between the actuator and the deflectable section, whereby manipulation of a proximal end of a medical instrument disposed in the instrument pathway and lumen engages the actuation elements to deflect the deflectable section; a pair of elongate ribbons extending proximally from the articulating section and an actuator coupled to the proximal ends of the ribbons such that movement of the actuator articulates the articulating section;_and a mount coupled to the elongate tube, the mount engageable by an operating room stabilization arm. an elongate tube having a lumen, the elongate tube comprising a rigid section having a fixed shape, a deflectable section distal to the rigid section and an articulating section (306, 310a) at the distal end of the rigid section and proximal to the deflectable section, the articulating section (306, 310a) pivotable from a generally straight position to an angled position, wherein the articulating section articulates independently of deflection of the deflectable section; an actuator coupled to the rigid section of the elongate tube, wherein the actuator includes an instrument pathway in communication with the lumen, the instrument pathway positioned such that a distal end of a medical instrument may be inserted through the instrument pathway and the lumen and out the distal end of the lumen into a body cavity; a plurality of actuation elements extending between the actuator and the deflectable section, whereby manipulation of a proximal end of a medical instrument disposed in the instrument pathway and lumen engages the actuation elements to deflect the deflectable section; a pair of elongate ribbons extending proximally from the articulating section and an actuator coupled to the proximal ends of the ribbons such that movement of the actuator articulates the articulating section;_and a mount coupled to the elongate tube, the mount engageable by an operating room stabilization arm.
A process for preparing an epoxidized polymer, comprising: reacting an unsaturated polymer with hydrogen peroxide in the presence of a polymer support having a sulfonic acid group, wherein the unsaturated polymer is provided in an organic phase and the hydrogen peroxide and the polymer support having the sulfonic acid group are provided in an aqueous phase and wherein the unsaturated polymer is a copolymer comprising repeating units derived from at least one C4-C8 isoolefin and repeating units derived from at least one C4-C16 conjugated diolefin.
Method for preparing a metal element oxide layer on a substrate, in which the following successive steps are carried out: a) a metal element oxide powder is dispersed in a liquid medium comprising a dispersion solvent and a dispersant, said liquid medium containing neither plasticizer nor binder, whereby a suspension A of said metal element oxide powder in said liquid medium is obtained; b) a solution of at least one polymer in a solvent is added to said suspension A, whereby a suspension B is obtained; c) suspension B is deposited on the substrate by a dip coating method, whereby a green layer is obtained; d) the green layer obtained in step c) is dried; and e) the dried layer obtained in step d) is calcined; and whereby the dispersion solvent is the azeotropic mixture ethanol/methyl ethyl ketone; the metal element oxide is yttrium-stabilized zirconia of cubic or tetragonal structure; and the dispersant is chosen from phosphate esters. a) a metal element oxide powder is dispersed in a liquid medium comprising a dispersion solvent and a dispersant, said liquid medium containing neither plasticizer nor binder, whereby a suspension A of said metal element oxide powder in said liquid medium is obtained; b) a solution of at least one polymer in a solvent is added to said suspension A, whereby a suspension B is obtained; c) suspension B is deposited on the substrate by a dip coating method, whereby a green layer is obtained; d) the green layer obtained in step c) is dried; and e) the dried layer obtained in step d) is calcined; and whereby
An anhydrous contact antiperspirant composition comprising a particulate antiperspirant active, from 0.5 to 2.5% by weight of a dry particulate shear sensitive encapsulated perfume, a liquid carrier for the particulate antiperspirant active and shear sensitive encapsulated perfume comprising at feast one water-immiscible oil and optionally a thickener or gellant for the oil or a suspension aid or a propellant in which the particulate encapsulated perfume comprises capsules having a water content of less than 5%, having an aminoplast shell, a weight average particle diameter in the range of 25 to 60 μm, a shell having an average measured thickness in the range of from 2.5 to 8 μm a ratio of the shell thickness to the average particle diameter in the range of from 1:3 to 1:20 and a Hysitron hardness, measured in a Hysitron Tribo-indenter fitted with a Berkovich tip and programmed to perform an indent by compressing a sample with an initial contact force of 75 μN, for 10 seconds, followed by a position hold stage for 1 second and a decompression stage for 10 seconds, in the range of from 1.5 MPa to 50 MPa.
A multi-part piston ring, containing an at least single-part spring support, which is provided with a piston ring joint region, as well as an at least single-part spring element, which is positioned in a groove provided in the region of the inner circumferential face of the spring support, wherein the wall thickness (a) of the spring support is essentially equal in both the region of the ends (5, 6) of the spring support facing the piston ring joint and the opposite rear region of the spring support, characterized in that at least one pocket (2', 2"), which extends over a circumferential region (p) of at least 60° and is created by local reduction of the wall thickness (a-b) of the spring support, is provided in each case between the rear region and the piston ring joint ends (5, 6), wherein, in order to create a non-uniform radial pressure distribution, the cross section of the spring support, starting from the piston ring joint, undergoes the reduction in wall thickness (a-b) in a circumferential region β from α > 20° to α' of max. 120° in such a manner that the radial pressure distribution assumes a minimum value in the region of the piston ring joint ends (5, 6) and a maximum value in the region β.
A method for producing a dosage form, comprising the steps of: a) providing a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors in an aqueous medium, wherein the carbon dioxide is formed in-situ by the H 3 O + ion donor treatment and/or is supplied from an external source; b) providing at least one active ingredient; c) loading the surface-reacted calcium carbonate of step a) with the at least one active ingredient of step b); d) compacting the loaded surface-reacted calcium carbonate obtained in step c) by means of a roller compacter at a compaction force in the range from 1 to 30 kN/cm into a compacted form; and e) milling the compacted form of step d) into granules; with the proviso that the compacted form of the loaded surface-reacted calcium carbonate obtained in step d) consists of the surface-reacted calcium carbonate of step a) and the at least one active ingredient of step b), wherein the at least one active ingredient is selected from the group consisting of fragrances, flavours, herbal extracts, fruit extracts, nutrients, trace minerals, repellents, food, cosmetics, flame retardants, enzymes, pesticides, fertilizers, preserving agents, antioxidants, pharmaceutically active agents and mixtures thereof. a) providing a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors in an aqueous medium, wherein the carbon dioxide is formed in-situ by the H 3 O + ion donor treatment and/or is supplied from an external source; b) providing at least one active ingredient; c) loading the surface-reacted calcium carbonate of step a) with the at least one active ingredient of step b); d) compacting the loaded surface-reacted calcium carbonate obtained in step c) by means of a roller compacter at a compaction force in the range from 1 to 30 kN/cm into a compacted form; and e) milling the compacted form of step d) into granules; with the proviso that the compacted form of the loaded surface-reacted calcium carbonate obtained in step d) consists of the surface-reacted calcium carbonate of step a) and the at least one active ingredient of step b),