mhurhangee/patent-ind-claim-en huggingface dataset:
Rail vehicle wheel , having at least one wheel disc and a wheel flange or wheel tyre , in which at least the wheel disc is provided with a covering of sound-absorbing or vibration-damping material, characterized in that the covering is formed as an at least one-sided coating of the wheel disc of microporous silicone material, the relative density of the silicone material lying between 0.4 g/cm 3 and 1.2 g/cm 3 , preferably between 0.75 g/cm 3 and 0.85 g/cm 3 and fillers that produce an internal friction from vibrations in the silicone material being distributed within the silicone material.
A display device comprising: a substrate (SUB); a first bank on the substrate, at least portions of the first bank being spaced apart from each other; a plurality of first electrodes on the substrate (SUB), at least portions of the first electrodes being on portions of the first bank ; a second electrode on the substrate (SUB), the second electrode being spaced apart from and between adjacent ones of the first electrodes ; a plurality of light emitting elements on the first electrodes and the second electrode ; and an emission region (EMA) where the plurality of light emitting elements are disposed, wherein the first bank surrounds the emission region (EMA). a substrate (SUB); a first bank on the substrate, at least portions of the first bank being spaced apart from each other; a plurality of first electrodes on the substrate (SUB), at least portions of the first electrodes being on portions of the first bank ; a second electrode on the substrate (SUB), the second electrode being spaced apart from and between adjacent ones of the first electrodes ; a plurality of light emitting elements on the first electrodes and the second electrode ; and an emission region (EMA) where the plurality of light emitting elements are disposed, wherein the first bank surrounds the emission region (EMA).
A non-pulsatile 24 hours prolonged-release oral solid composition comprising an amount of betahistine, or of a pharmaceutically acceptable salt thereof, equivalent to 48 mg of betahistine dihydrochloride, together with one or more pharmaceutically acceptable excipients or carriers, wherein the composition exhibits a dissolution profile according to which: up to 30% by weight of betahistine is dissolved in 1 hour; from 35% to 45% by weight of betahistine is dissolved in 2 hours; from 46% to 60% by weight of betahistine is dissolved in 4 hours; from 61% to 80% by weight of betahistine is dissolved in 8 hours; from 81% to 97% by weight of betahistine is dissolved in 16 hours; and from 98% to 100% by weight of betahistine is dissolved in 24 hours wherein: the dissolution profile is measured using a USP type I apparatus (basket), placing the composition in 900mL of phosphate buffer having pH 6.8, at 37°C and 100 rpm; the pharmaceutically acceptable excipients or carriers comprise one or more hydrophilic matrix forming agents; and the hydrophilic matrix forming agent is a mixture of hydroxypropylmethylcellulose and carrageenan. up to 30% by weight of betahistine is dissolved in 1 hour; from 35% to 45% by weight of betahistine is dissolved in 2 hours; from 46% to 60% by weight of betahistine is dissolved in 4 hours; from 61% to 80% by weight of betahistine is dissolved in 8 hours; from 81% to 97% by weight of betahistine is dissolved in 16 hours; and from 98% to 100% by weight of betahistine is dissolved in 24 hours wherein: the dissolution profile is measured using a USP type I apparatus (basket), placing the composition in 900mL of phosphate buffer having pH 6.8, at 37°C and 100 rpm; the pharmaceutically acceptable excipients or carriers comprise one or more hydrophilic matrix forming agents; and the hydrophilic matrix forming agent is a mixture of hydroxypropylmethylcellulose and carrageenan. the dissolution profile is measured using a USP type I apparatus (basket), placing the composition in 900mL of phosphate buffer having pH 6.8, at 37°C and 100 rpm; the pharmaceutically acceptable excipients or carriers comprise one or more hydrophilic matrix forming agents; and the hydrophilic matrix forming agent is a mixture of hydroxypropylmethylcellulose and carrageenan.
An exhaust purification system of an internal combustion engine comprising: an exhaust treatment catalyst arranged in an engine exhaust passage, a heat and hydrogen generation device able to feed only heat or heat and hydrogen to the exhaust treatment catalyst so as to warm up the exhaust treatment catalyst, said heat and hydrogen generation device being provided with a reformer catalyst to which a combustion gas of fuel and air is fed, a burner, a burner combustion chamber, and a heat exchanger for heating air fed from the burner to the burner combustion chamber by burner combustion gas, said heat and hydrogen generation device is further provided with a switching device for switching an air flow route feeding air from the burner to the burner combustion chamber between a high temperature air flow route feeding air heated at the heat exchanger and a low temperature air flow route feeding air lower in temperature than the air heated at the heat exchanger, the air flow route feeding air from the burner to the burner combustion chamber is made the high temperature air flow route at the time of the warm-up operation of said heat and hydrogen generation device, and the air flow route feeding air from the burner to the burner combustion chamber is switched from the high temperature air flow route to the low temperature air flow route when the warm-up operation of said heat and hydrogen generation device is completed and a reforming action by the reformer catalyst becomes possible. an exhaust treatment catalyst arranged in an engine exhaust passage, a heat and hydrogen generation device able to feed only heat or heat and hydrogen to the exhaust treatment catalyst so as to warm up the exhaust treatment catalyst, said heat and hydrogen generation device being provided with a reformer catalyst to which a combustion gas of fuel and air is fed, a burner, a burner combustion chamber, and a heat exchanger for heating air fed from the burner to the burner combustion chamber by burner combustion gas, said heat and hydrogen generation device is further provided with a switching device for switching an air flow route feeding air from the burner to the burner combustion chamber between a high temperature air flow route feeding air heated at the heat exchanger and a low temperature air flow route feeding air lower in temperature than the air heated at the heat exchanger, the air flow route feeding air from the burner to the burner combustion chamber is made the high temperature air flow route at the time of the warm-up operation of said heat and hydrogen generation device, and the air flow route feeding air from the burner to the burner combustion chamber is switched from the high temperature air flow route to the low temperature air flow route when the warm-up operation of said heat and hydrogen generation device is completed and a reforming action by the reformer catalyst becomes possible.
Pressure measuring cell , comprising: a ceramic counter-body ; a ceramic measuring membrane , which is joined, in a pressure-tight manner, to the counter-body , forming a measuring chamber between the counter-body and the measuring membrane by means of a circumferential joint , wherein the measuring membrane can be deformed by a pressure to be measured; a capacitive converter designed to convert a pressure-dependent deformation of the measuring membrane into an electrical signal; and a temperature transducer to provide at least an electrical signal that depends on a temperature or a temperature gradient of the pressure measuring cell, characterized in that the temperature transducer comprises at least a first thermocouple, which features a galvanic contact between a first conductor , which comprises a first electroconductive material, and a second conductor , which comprises at least a second electroconductive material, said second conductor being in contact with the first conductor, wherein the counter-body has a first material thickness (hg), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 25 % of the first material thickness away from a surface of the measuring membrane facing towards the counter-body, and/or wherein the joint has a second material thickness (hf), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 10 times the second material thickness away from a surface of the measuring membrane facing towards the counter-body. a ceramic counter-body ; a ceramic measuring membrane , which is joined, in a pressure-tight manner, to the counter-body , forming a measuring chamber between the counter-body and the measuring membrane by means of a circumferential joint , wherein the measuring membrane can be deformed by a pressure to be measured; a capacitive converter designed to convert a pressure-dependent deformation of the measuring membrane into an electrical signal; and a temperature transducer to provide at least an electrical signal that depends on a temperature or a temperature gradient of the pressure measuring cell, characterized in that the temperature transducer comprises at least a first thermocouple, which features a galvanic contact between a first conductor , which comprises a first electroconductive material, and a second conductor , which comprises at least a second electroconductive material, said second conductor being in contact with the first conductor, wherein the counter-body has a first material thickness (hg), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 25 % of the first material thickness away from a surface of the measuring membrane facing towards the counter-body, and/or wherein the joint has a second material thickness (hf), wherein the galvanic contact between the first conductor and the second conductor is not spaced by more than 10 times the second material thickness away from a surface of the measuring membrane facing towards the counter-body.
An electricity storage device comprising an electrode, a separator for an electricity storage device, and a nonaqueous electrolyte solution, the separator for an electricity storage device comprising a first porous layer (layer A) that includes a silane-modified polyolefin and is capable of forming a crosslinked structure, and a second porous layer (layer B) that includes inorganic particles, wherein the heat shrinkage factor at 150°C after formation of the crosslinked structure, determined as described in the description, is 0.02 to 0.91 times the heat shrinkage factor at 150°C before formation of the crosslinked structure, determined as described in the description, wherein the electrolyte solution initiates silane crosslinking reaction when the separator for an electricity storage device contacts with the electrolyte solution, and wherein the ratio (TA/TB) of the thickness (TA) of layer A with respect to the thickness (TB) of layer B is 0.22 to 14. the separator for an electricity storage device comprising a first porous layer (layer A) that includes a silane-modified polyolefin and is capable of forming a crosslinked structure, and a second porous layer (layer B) that includes inorganic particles, wherein the heat shrinkage factor at 150°C after formation of the crosslinked structure, determined as described in the description, is 0.02 to 0.91 times the heat shrinkage factor at 150°C before formation of the crosslinked structure, determined as described in the description, wherein the electrolyte solution initiates silane crosslinking reaction when the separator for an electricity storage device contacts with the electrolyte solution, and wherein the ratio (TA/TB) of the thickness (TA) of layer A with respect to the thickness (TB) of layer B is 0.22 to 14.
A combination of a circuit wafer and a connector , the circuit wafer including an electrical contact pad , the electrical contact pad comprising a first region having a first length (D1) in a longitudinal direction; the electrical contact pad includes a second region having a second length (D3) in the longitudinal direction that is greater than the first length (D1); and the connector including a first contact arm and a second contact arm , the first region contacts the first contact arm of the connector and the second region contacts the second contact arm of the connector, characterized in that the electrical contact pad is a signal or ground pad; the first length (D1) facilitates contact with two points of the first contact arm , which are separated by a first distance (D2) wherein the first length (D1) of the first region is greater than the first distance (D2), and the second length (D3) facilitates contact with two points of the second contact arm , which are separated by a second distance (D4) that is greater than the first distance (D2) wherein the second length (D3) of the second region is greater than the second distance (D4); and the first region and the second region are joined by a chamfered region. the circuit wafer including an electrical contact pad , the electrical contact pad comprising a first region having a first length (D1) in a longitudinal direction; the electrical contact pad includes a second region having a second length (D3) in the longitudinal direction that is greater than the first length (D1); and the connector including a first contact arm and a second contact arm , the first region contacts the first contact arm of the connector and the second region contacts the second contact arm of the connector, characterized in that the electrical contact pad is a signal or ground pad; the first length (D1) facilitates contact with two points of the first contact arm , which are separated by a first distance (D2) wherein the first length (D1) of the first region is greater than the first distance (D2), and the second length (D3) facilitates contact with two points of the second contact arm , which are separated by a second distance (D4) that is greater than the first distance (D2) wherein the second length (D3) of the second region is greater than the second distance (D4); and the first region and the second region are joined by a chamfered region.
A liquid discharge head , comprising: a nozzle plate configured to vibrate to discharge liquid, the nozzle plate including: a substrate provided on a first side of the nozzle plate; a piezoelectric body provided on a second side of the nozzle plate opposite the first side, and disposed facing a discharge target side of the liquid discharge head, the piezoelectric body including lead zirconate titanate (PZT); and a nozzle orifice penetrating through the substrate and the piezoelectric body, wherein, when a direction from one opening to another opening in the nozzle orifice is a discharge direction of the liquid, the lead zirconate titanate (PZT) has a crystal structure extending parallel with the discharge direction. a nozzle plate configured to vibrate to discharge liquid, the nozzle plate including: a substrate provided on a first side of the nozzle plate; a piezoelectric body provided on a second side of the nozzle plate opposite the first side, and disposed facing a discharge target side of the liquid discharge head, the piezoelectric body including lead zirconate titanate (PZT); and a nozzle orifice penetrating through the substrate and the piezoelectric body, a substrate provided on a first side of the nozzle plate; a piezoelectric body provided on a second side of the nozzle plate opposite the first side, and disposed facing a discharge target side of the liquid discharge head, the piezoelectric body including lead zirconate titanate (PZT); and a nozzle orifice penetrating through the substrate and the piezoelectric body, wherein, when a direction from one opening to another opening in the nozzle orifice is a discharge direction of the liquid, the lead zirconate titanate (PZT) has a crystal structure extending parallel with the discharge direction.
A method of updating an input method system on a server, comprising: receiving a plurality of operation logs from a plurality of user terminals on which the input method system is installed, wherein the operation logs record log entries that each indicate an operation on a candidate corresponding to an input, wherein the operation on the candidate corresponding to the input comprises at least one of deletion, addition, modification, and reordering, and wherein each log entry comprises an item of the input, an item of the candidate, and an item of the operation; extracting the log entries from the received a plurality of operation logs; determining the quantity of log entries of each type; and sending, according to the determined quantity, a log entry of a predetermined type to the user terminals on which the input method system is installed, so as to update the input method system, wherein log entries formed by same operations on a candidate corresponding to a same input belong to a same type. receiving a plurality of operation logs from a plurality of user terminals on which the input method system is installed, wherein the operation logs record log entries that each indicate an operation on a candidate corresponding to an input, wherein the operation on the candidate corresponding to the input comprises at least one of deletion, addition, modification, and reordering, and wherein each log entry comprises an item of the input, an item of the candidate, and an item of the operation; extracting the log entries from the received a plurality of operation logs; determining the quantity of log entries of each type; and sending, according to the determined quantity, a log entry of a predetermined type to the user terminals on which the input method system is installed, so as to update the input method system, wherein log entries formed by same operations on a candidate corresponding to a same input belong to a same type.
Flexible antenna arrangement, consisting of a multicore antenna conductor on a flexible, electrically non-conductive carrier , wherein the carrier consists of a film, a foil or a sheet-like textile structure, and the antenna conductor consists of a plurality of conductor tracks which run parallel to one another and are electrically insulated from one another, wherein the conductor tracks which run parallel to one another are arranged next to one another and one above the other and an electrically non-conductive insulating layer is respectively arranged between the conductor tracks which are arranged next to one another and one above the other, wherein the conductor tracks have at least one interruption and, when there are a plurality of interruptions in a plurality of conductor tracks, at least one interruption is at a point at which a parallel conductor track is continuous, and the flexible antenna arrangement has a neutral fibre which is not subject to compression or expansion when the carrier is bent with the antenna conductor , characterized in that the neutral fibre runs through the centre of the conductor tracks and insulating layers.
Seal arrangement for a connection between two connecting elements , in particular designed as a monopile and a transition piece, of an offshore structure, preferably an offshore wind turbine, in particular a substructure thereof, in which an upper connecting element and a lower connecting element are inserted into one another so as to clamp at least one sealing unit in order to produce a stable connection, comprising one of the connecting elements and the at least one seal unit attached to the connecting element , the at least one seal unit being attached to the connecting element such that the seal unit is arranged in a connection position between an inner connecting surface of the one connecting element and an outer connecting surface of the other connecting element , characterized in that the at least one seal unit is designed to be load-bearing, such that said seal unit spaces the connecting elements apart from one another in the connection position and supports the upper connecting element , at least one seal unit having at least one elastic sealing element which extends over the entire circumference thereof in the circumferential direction and the thickness (D) of which is greater than the thickness (D') of an adjoining region of the seal unit .
A silanol composition comprising: a cyclic silanol (A1) represented by the following formula : wherein R 1 to R 4 are each independently fluorine, an aryl group, a vinyl group, an allyl group, a fluorine-substituted linear or branched alkyl group having 1 to 4 carbon atoms, or an unsubstituted linear or branched alkyl group having 1 to 4 carbon atoms; and a dehydration condensation product (A2) of the cyclic silanol, and wherein the silanol composition has a haze of 10% or less at a thickness of 3 μm, wherein the haze is measured according to JISK7136. a cyclic silanol (A1) represented by the following formula : wherein R 1 to R 4 are each independently fluorine, an aryl group, a vinyl group, an allyl group, a fluorine-substituted linear or branched alkyl group having 1 to 4 carbon atoms, or an unsubstituted linear or branched alkyl group having 1 to 4 carbon atoms; and a dehydration condensation product (A2) of the cyclic silanol, and wherein the silanol composition has a haze of 10% or less at a thickness of 3 μm, wherein the haze is measured according to JISK7136.
A method of operating a self-propelled agricultural working machine comprising at least one working member (3-8) and a driver assist system for generating control actions within the working machine , wherein there is provided a sensor arrangement for generating surroundings information, wherein the driver assist system generates the control actions based on the surroundings information, wherein the sensor arrangement has at least two sensor systems which respectively generate sensor information in relation to a predetermined relevant surroundings region of the working machine , characterised in that at least one evidence card is defined by data technology, with which there is associated an evidence card property characterising the surroundings of the working machine , that the relevant surroundings region of the working machine is mapped in the evidence card by means of a grid plane (P) of grid elements (E), occurrence probabilities which are sensor-specific considered in themselves for the presence of the evidence card property in the grid elements (E) of the evidence card are respectively ascertained from the sensor information of at least two sensor systems , and there is provided a sensor fusion module which for the grid elements (E) of the evidence card respectively ascertains from the sensor-specific occurrence probabilities a resulting occurrence probability for the respective grid element (E). characterised in that at least one evidence card is defined by data technology, with which there is associated an evidence card property characterising the surroundings of the working machine , that the relevant surroundings region of the working machine is mapped in the evidence card by means of a grid plane (P) of grid elements (E), occurrence probabilities which are sensor-specific considered in themselves for the presence of the evidence card property in the grid elements (E) of the evidence card are respectively ascertained from the sensor information of at least two sensor systems , and there is provided a sensor fusion module which for the grid elements (E) of the evidence card respectively ascertains from the sensor-specific occurrence probabilities a resulting occurrence probability for the respective grid element (E).