mhurhangee/ep-ind-claims huggingface dataset:
Sulfur-crosslinkable rubber mixture, comprising - at least one diene rubber with at least one group selected from hydroxy, carboxy, amino, phthalocyanine, epoxy, silyl, silanol, siloxane, and/or aminosiloxane groups, the functionalization of which is present along the polymer chain and/or at the end, where the glass transition temperature T g of the diene rubber is from -110 to -15°C, - at least one aliphatic and/or aromatic hydrocarbon resin with a softening point (ring and ball in accordance with ASTM E28) of from 50 to 150°C and with an average molar mass M n of from 200 to 2000 g/mol, and also with a polydispersity D = M w /M n of from 1 to 5, and - at least one polar filler. - at least one diene rubber with at least one group selected from hydroxy, carboxy, amino, phthalocyanine, epoxy, silyl, silanol, siloxane, and/or aminosiloxane groups, the functionalization of which is present along the polymer chain and/or at the end, where the glass transition temperature T g of the diene rubber is from -110 to -15°C, - at least one aliphatic and/or aromatic hydrocarbon resin with a softening point (ring and ball in accordance with ASTM E28) of from 50 to 150°C and with an average molar mass M n of from 200 to 2000 g/mol, and also with a polydispersity D = M w /M n of from 1 to 5, and - at least one polar filler.
Reluctance machine having - a stator; - a rotor; - wherein the rotor has a plurality of active elements, each having at least one active surface with a coverage angle α, wherein the coverage angle α is measured in relation to the centre point of the rotor, in that in a two-dimensional sectional view of the rotor a straight line (47, 48) is taken through one of the edge points of the active surface in each case, wherein the two straight lines (47, 48) emanate from the centre point and enclose the coverage angle α, wherein the active surfaces each form a segment of the rotor and face the stator, and wherein the active surfaces effect a reduction of torque fluctuations of the reluctance machine, - in that in each case two active elements offset by 180° form a pair (41, 43; 42, 44) and a first pair of active elements (41, 43) has a first axis of symmetry and a second pair of active elements (42, 44) has a second axis of symmetry, wherein the position of the second axis of symmetry results from the first axis of symmetry, in that the second axis of symmetry is rotated by an angle β=90°-α_3n1 in respect of the first axis of symmetry and wherein α_3n1=1/3*α_n1 applies for the angle α_3n1, where α_n1=360°/N1 and N1 = number of slots of the stator, and wherein each axis of symmetry (70, 71) runs through the centre point of the reluctance machine. - a stator; - a rotor; - wherein the rotor has a plurality of active elements, each having at least one active surface with a coverage angle α, wherein the coverage angle α is measured in relation to the centre point of the rotor, in that in a two-dimensional sectional view of the rotor a straight line (47, 48) is taken through one of the edge points of the active surface in each case, wherein the two straight lines (47, 48) emanate from the centre point and enclose the coverage angle α, wherein the active surfaces each form a segment of the rotor and face the stator, and wherein the active surfaces effect a reduction of torque fluctuations of the reluctance machine, - in that in each case two active elements offset by 180° form a pair (41, 43; 42, 44) and a first pair of active elements (41, 43) has a first axis of symmetry and a second pair of active elements (42, 44) has a second axis of symmetry, wherein the position of the second axis of symmetry results from the first axis of symmetry, in that the second axis of symmetry is rotated by an angle β=90°-α_3n1 in respect of the first axis of symmetry and wherein α_3n1=1/3*α_n1 applies for the angle α_3n1, where α_n1=360°/N1 and N1 = number of slots of the stator, and wherein each axis of symmetry (70, 71) runs through the centre point of the reluctance machine.
A luminescent salt comprising a metal cluster anion and an organic cation, wherein the metal cluster anion comprises a metal cluster with at least two metal atoms, and ligands, the metal atoms being chosen from the group consisting of molybdenum, rhenium, tungsten, tantalum, niobium, and mixtures thereof, wherein the organic cation comprises a cationic head substituted by at least one substituent including a polymerisable functional group. wherein the metal cluster anion comprises a metal cluster with at least two metal atoms, and ligands, the metal atoms being chosen from the group consisting of molybdenum, rhenium, tungsten, tantalum, niobium, and mixtures thereof, wherein the organic cation comprises a cationic head substituted by at least one substituent including a polymerisable functional group.
A method of analysis using mass spectrometry and/or ion mobility spectrometry comprising: automatically sampling a target comprising or consisting of a microbial population using a first device to generate smoke, aerosol or vapour from said target; adding a matrix to said aerosol, smoke or vapour, wherein the matrix is an organic solvent; causing said aerosol, smoke or vapour, or analyte therein, to impact upon a collision surface located within a vacuum chamber of a spectrometer so as to generate a plurality of analyte ions; mass analysing and/or ion mobility analysing said analyte ions in order to obtain spectrometric data; and analysing said spectrometric data in order to analyse the sensitivity or resistance of said microbial population or one or more microbial types present therein to one or more antimicrobials. automatically sampling a target comprising or consisting of a microbial population using a first device to generate smoke, aerosol or vapour from said target; adding a matrix to said aerosol, smoke or vapour, wherein the matrix is an organic solvent; causing said aerosol, smoke or vapour, or analyte therein, to impact upon a collision surface located within a vacuum chamber of a spectrometer so as to generate a plurality of analyte ions; mass analysing and/or ion mobility analysing said analyte ions in order to obtain spectrometric data; and analysing said spectrometric data in order to analyse the sensitivity or resistance of said microbial population or one or more microbial types present therein to one or more antimicrobials.
A composition possessing cell-free protein synthesis activity and comprising independently purified factors, wherein the lipopolysaccharide content is 1.0x10 4 EU/ml or less, preferably 1.0x10 3 EU/ml or less, more preferably 1.0x10 2 EU/ml or less.
Process for electrochemical detection of mycobacteria in a biological sample, said process comprising the steps of: a) selecting a substrate of at least one acyltransferase and its cofactor; b) bringing said biological sample into contact with said substrate and cofactor; c) electrochemically detecting the product resulting from the catalytic activity of said at least one acyltransferase. a) selecting a substrate of at least one acyltransferase and its cofactor; b) bringing said biological sample into contact with said substrate and cofactor; c) electrochemically detecting the product resulting from the catalytic activity of said at least one acyltransferase.
Plain bearing element for media-lubricated applications having a substrate and having at least one layer which is applied to the substrate and which comprises a sliding layer material, the sliding layer material comprising a sliding lacquer which has at least one cross-linkable binding agent or at least one high-melting thermoplastic material, and the sliding layer material containing Fe 2 O 3, characterised in that the substrate has a roughness R z of from 1 to 10 μm and in that the sliding layer material contains solid lubricants at a proportion of at least 15% by volume.
A composition comprising: a) carrier; b) organoaluminoxy compound; and c) an ionic compound comprising N,N-dimethylaniline and pentafluorophenol in amounts such that there are at least two equivalents of pentafluorophenol per equivalent of the N,N-dimethylaniline. a) carrier; b) organoaluminoxy compound; and c) an ionic compound comprising N,N-dimethylaniline and pentafluorophenol in amounts such that there are at least two equivalents of pentafluorophenol per equivalent of the N,N-dimethylaniline.
A method, comprising: utilizing an evacuation system comprising a processor; obtaining a parameter indicative of a property of a fluid evacuated from a surgical site; wherein the processor is communicatively coupled to a surgical hub, and wherein the method further comprises; communicating the parameter to the surgical hub, wherein the surgical hub comprises a control circuit configured to: optimize an operational parameter of a surgical device communicatively coupled to the surgical hub based on the obtained parameter; and communicate the optimized operational parameter to the surgical device, characterised in that obtaining the parameter comprises at least one of detecting a particulate concentration in the fluid, detecting an aerosol percentage in the fluid, detecting a contamination percentage in the fluid, and detecting a temperature of the fluid, and wherein optimizing the operational parameter of the surgical device comprises determining an optimal generator waveform for an electrosurgical device, and wherein the generator waveform is adjusted to reduce the smoke generated by the surgical device utilizing an evacuation system comprising a processor; obtaining a parameter indicative of a property of a fluid evacuated from a surgical site; wherein the processor is communicatively coupled to a surgical hub, and wherein the method further comprises; communicating the parameter to the surgical hub, wherein the surgical hub comprises a control circuit configured to: optimize an operational parameter of a surgical device communicatively coupled to the surgical hub based on the obtained parameter; and communicate the optimized operational parameter to the surgical device, characterised in that obtaining the parameter comprises at least one of detecting a particulate concentration in the fluid, detecting an aerosol percentage in the fluid, detecting a contamination percentage in the fluid, and detecting a temperature of the fluid, and wherein optimizing the operational parameter of the surgical device comprises determining an optimal generator waveform for an electrosurgical device, and wherein the generator waveform is adjusted to reduce the smoke generated by the surgical device optimize an operational parameter of a surgical device communicatively coupled to the surgical hub based on the obtained parameter; and communicate the optimized operational parameter to the surgical device, characterised in that obtaining the parameter comprises at least one of detecting a particulate concentration in the fluid, detecting an aerosol percentage in the fluid, detecting a contamination percentage in the fluid, and detecting a temperature of the fluid, and wherein optimizing the operational parameter of the surgical device comprises determining an optimal generator waveform for an electrosurgical device, and wherein the generator waveform is adjusted to reduce the smoke generated by the surgical device
Outdoor cabinet for accommodating preferably electrical components, the cabinet body of which is composed of side walls held between respectively two outer corner posts and at least one door arranged between two corner posts, wherein the door on its outer side has no functional part and is optically designed to match the side walls of the cabinet and the hinges serving to support the door on a corner post as well as the closing mechanism locking the door with the other corner post are each arranged in the interior of the cabinet and wherein the profile of the corner posts in the planes of connection of two side walls or of a door and a side wall are each identically designed so that a uniform appearance of the transition between the corner posts and the connections of the profile of side walls and/or door results from all perspectives, in which the closing mechanism of the door is designed with an electrically operating door lock.
Elastic tape material with wrap threads and weft threads, in which one part of the threads consist of a synthetic rubber of a material which does not melt under the action of flame and does not drip off burning, namely chloroprene, polychloroprene or chlorobutadiene, and the other part of the threads consists of an aramid fibre or a carbon fibre.
A particle detection system for detecting the presence of wear particles in lubricating oil, comprising: a chamber configured to permit fluid flow of lubricating oil containing particles to be detected to pass through the chamber; a fiber optic cable (40, 120, 150, 250) providing a light path; a light emitter emitting light to the fiber optic cable (40, 120, 150, 250); a collimator, the collimator configured to channel light from the light path into the chamber; a reflector, the reflector configured to reflect light channeled into the chamber from the light path back towards the collimator for signal detection; a light detector for detecting light reflected back towards the collimator; and an electronic control unit, the ECU configured to determine the existence and size of wear particles in the fluid flow based on the detection, by the light detector, of blockage of the light path between the collimator and the reflector. a chamber configured to permit fluid flow of lubricating oil containing particles to be detected to pass through the chamber; a fiber optic cable (40, 120, 150, 250) providing a light path; a light emitter emitting light to the fiber optic cable (40, 120, 150, 250); a collimator, the collimator configured to channel light from the light path into the chamber; a reflector, the reflector configured to reflect light channeled into the chamber from the light path back towards the collimator for signal detection; a light detector for detecting light reflected back towards the collimator; and an electronic control unit, the ECU configured to determine the existence and size of wear particles in the fluid flow based on the detection, by the light detector, of blockage of the light path between the collimator and the reflector.
A scanning system comprising: a helical track system configured to be placed around an elongate structure; a translating structure configured to move on the helical track system on a helical path; and a scanner connected to the translating structure, wherein the scanner is configured to emit an x-ray beam, wherein the scanner comprises: an x-ray source configured to emit the x-ray beam; and a sensor system configured to detect backscatter caused by the x-ray beam encountering the elongate structure. a helical track system configured to be placed around an elongate structure; a translating structure configured to move on the helical track system on a helical path; and a scanner connected to the translating structure, wherein the scanner is configured to emit an x-ray beam, an x-ray source configured to emit the x-ray beam; and a sensor system configured to detect backscatter caused by the x-ray beam encountering the elongate structure.
A sintered valve guide formed of a sintered alloy consisting of 3.5 to 5 % copper, 0.3 to 0.6 % tin, 0.04 to 0.15 % phosphorus, 1.5 to 2.5 % carbon, 0.46 to 1.41 % metal oxide, 1.6 % or less of optional solid lubricant which is at least one selected from the group consisting of manganese sulfide and magnesium silicate minerals, and the balance iron, by mass, wherein the sintered alloy has a metallographic structure comprising: a matrix having a pearlite phase; a Fe-P-C compound phase and a Cu-Sn alloy phase; pores; a graphite phase dispersed in the metallographic structure at a ratio of 1.2 to 1.7 % by mass of the sintered alloy; and optionally a ferrite phase and optionally a metal oxide phase, and wherein, in a cross section of the metallographic structure of the sintered alloy, the ratio of the pearlite phase to the matrix is 90 % by area or more, the ratio of the ferrite phase is 10 % by area or less in the matrix, the ratio of the Fe-P-C compound phase to the cross section of the metallographic structure is 0.1 to 3 % by area, the ratio of the Cu-Sn alloy phase to the cross section of the metallographic structure is 1 to 3 % by area, and the ratio of a portion of the Fe-P-C compound phase having a thickness of 15 μm or more to the whole of the Fe-P-C compound phase is 10 % by area or less.
For use in an orthogonal frequency division multiplexing OFDM wireless network capable of communicating with a plurality of subscriber stations in a coverage area of the OFDM wireless network, a base station capable of transmitting a first OFDM symbol in a first time slot, wherein the first OFDM symbol comprises a first plurality of subcarriers in which broadcast data directed to a first plurality of subscriber stations is superimposed on unicast data directed to at least one selected subscriber station.
A stented prosthetic heart valve comprising: a stent assembly including: a stent post frame including a continuous rail forming a closed-curve shape defining a central longitudinal axis (L A), the closed-curve shape including a plurality of circumferentially-spaced posts (52a, 52b, 52c) projecting from, and interposed between, cusp segments (54a, 54b, 54c) in a direction of the longitudinal axis(L A), a stent post frame cloth covering encompassing the rail, a base frame configured to support the cusp segments (54a, 54b, 54c) of the stent post frame; a valve leaflet assembly attached to the stent assembly and including a first leaflet clamped between a first one of the cusp segments (54a, 54b, 54c) and the base frame; and a plurality of mounting members securing the first leaflet to the stent assembly, wherein the plurality of mounting members directly pass through the stent post frame cloth covering, the first leaflet, and the base frame; characterised in that the base frame includes a hub and a support wall, the support wall projecting transversely outwardly from the hub and defining a plurality of holes for receiving respective ones of the plurality of mounting members. a stent assembly including: a stent post frame including a continuous rail forming a closed-curve shape defining a central longitudinal axis (L A), the closed-curve shape including a plurality of circumferentially-spaced posts (52a, 52b, 52c) projecting from, and interposed between, cusp segments (54a, 54b, 54c) in a direction of the longitudinal axis(L A), a stent post frame cloth covering encompassing the rail, a base frame configured to support the cusp segments (54a, 54b, 54c) of the stent post frame; a stent post frame including a continuous rail forming a closed-curve shape defining a central longitudinal axis (L A), the closed-curve shape including a plurality of circumferentially-spaced posts (52a, 52b, 52c) projecting from, and interposed between, cusp segments (54a, 54b, 54c) in a direction of the longitudinal axis(L A), a stent post frame cloth covering encompassing the rail, a base frame configured to support the cusp segments (54a, 54b, 54c) of the stent post frame; a valve leaflet assembly attached to the stent assembly and including a first leaflet clamped between a first one of the cusp segments (54a, 54b, 54c) and the base frame; and a plurality of mounting members securing the first leaflet to the stent assembly, wherein the plurality of mounting members directly pass through the stent post frame cloth covering, the first leaflet, and the base frame; characterised in that the base frame includes a hub and a support wall, the support wall projecting transversely outwardly from the hub and defining a plurality of holes for receiving respective ones of the plurality of mounting members.
A suspension system comprising: a vehicle suspension; a sensor positioned to sense a feature of the suspension system at a high sampling rate sufficient to capture real-time performance of the suspension system; a processor having an operative communication link with the sensor and having an operative communication link with a computer readable medium; a transmitter having an operative communication link with the processor; and characterised by a communication device having a graphical user interface and a wireless operative communication link with the transmitter; and characterised in that, in use: the high sampling rate data from the sensor is sent at a first data rate to the processor using the operative communication link with the sensor; the processor stores the high sampling rate data in the computer readable medium and transforms at least some of the high sampling rate data into information relating to suspension performance; and the transmitter transmits to the communication device using the wireless operative communication link with the transmitter at least some of the information relating to suspension performance at a second data rate, wherein the first data rate is greater than the second data rate. a vehicle suspension; a sensor positioned to sense a feature of the suspension system at a high sampling rate sufficient to capture real-time performance of the suspension system; a processor having an operative communication link with the sensor and having an operative communication link with a computer readable medium; a transmitter having an operative communication link with the processor; and characterised by a communication device having a graphical user interface and a wireless operative communication link with the transmitter; and characterised in that, in use: the high sampling rate data from the sensor is sent at a first data rate to the processor using the operative communication link with the sensor; the processor stores the high sampling rate data in the computer readable medium and transforms at least some of the high sampling rate data into information relating to suspension performance; and the transmitter transmits to the communication device using the wireless operative communication link with the transmitter at least some of the information relating to suspension performance at a second data rate, wherein the first data rate is greater than the second data rate. the high sampling rate data from the sensor is sent at a first data rate to the processor using the operative communication link with the sensor; the processor stores the high sampling rate data in the computer readable medium and transforms at least some of the high sampling rate data into information relating to suspension performance; and the transmitter transmits to the communication device using the wireless operative communication link with the transmitter at least some of the information relating to suspension performance at a second data rate, wherein the first data rate is greater than the second data rate.
An aqueous binder composition comprising - 10 to 40% by weight of a hydrogenated sugar, - 25 to 55% by weight of citric acid, - 25 to 50% by weight of a polysaccharide, dissolved in the aqueous binder composition, chosen from the group consisting of dextrins having a weight-average molar mass of between 150,000 and 2,000,000 and a solubility in water of between 50 and 85% and functionalized starches, and - 1 to 10% by weight, preferably 2 to 6% by weight, of sodium hypophosphite or hypophosphorous acid, said percentages being expressed relative to the total dry weight of the binder composition. - 10 to 40% by weight of a hydrogenated sugar, - 25 to 55% by weight of citric acid, - 25 to 50% by weight of a polysaccharide, dissolved in the aqueous binder composition, chosen from the group consisting of dextrins having a weight-average molar mass of between 150,000 and 2,000,000 and a solubility in water of between 50 and 85% and functionalized starches, and - 1 to 10% by weight, preferably 2 to 6% by weight, of sodium hypophosphite or hypophosphorous acid, said percentages being expressed relative to the total dry weight of the binder composition.