mhurhangee/patent-ind-claim-en huggingface dataset:
A speech service control method comprising: obtaining speech data (S210); recognizing a keyword in the speech data to determine a confidence value corresponding to the keyword (S220), wherein the confidence value is a match level of the keyword relative to a wakeup keyword to request for a speech service; determining a number of cumulative failures in response to a determination that the confidence value is inferior to a recognition threshold (S230), wherein the speech service is requested when it is determined that the confidence value is greater than the recognition threshold, and the number of cumulative failures is a cumulative number accumulated when the confidence values of the speech data and at least one previous speech data are inferior to the recognition threshold within a time period; and modifying the recognition threshold according to the number of cumulative failures and a calculation relationship of the confidence values of the speech data and the at least one previous speech data (S240). obtaining speech data (S210); recognizing a keyword in the speech data to determine a confidence value corresponding to the keyword (S220), wherein the confidence value is a match level of the keyword relative to a wakeup keyword to request for a speech service; determining a number of cumulative failures in response to a determination that the confidence value is inferior to a recognition threshold (S230), wherein the speech service is requested when it is determined that the confidence value is greater than the recognition threshold, and the number of cumulative failures is a cumulative number accumulated when the confidence values of the speech data and at least one previous speech data are inferior to the recognition threshold within a time period; and modifying the recognition threshold according to the number of cumulative failures and a calculation relationship of the confidence values of the speech data and the at least one previous speech data (S240).
A polyolefin resin foam sheet having an area density of 5 g/m 2 or more and 400 g/m 2 or less, measured as defined in the description, and having a time (t) required for a weight decrease from 90% by mass to 10% by mass, of 9 minutes or more, as measured by thermogravimetric analysis carried out at a heating rate of 10°C/min and a measurement temperature of 23°C to 550°C, wherein the polyolefin resin foam sheet comprises 5 to 50 parts by mass of a fire retardant with respect to 100 parts by mass of a polyolefin resin, and wherein the fire retardant comprises a phosphorus spiro compound.
A reversed flow compound engine assembly (10; 210; 310) for an aircraft comprising: an inlet duct including an inertial particle separator at its downstream end and having an inlet in fluid communication with ambient air around the compound engine assembly; a first conduit extending at an angle from the inlet duct, wherein the inlet duct is in fluid communication with the first conduit and the first conduit is in fluid communication through a filter with a compressor ; a second conduit defining an inlet bypass duct communicating with ambient air outside of or around the assembly ; the compressor having an inlet in fluid communication with the conduit, the compressor including at least one compressor rotor connected to a turbine shaft ; an engine core including at least one internal combustion engine in driving engagement with an engine shaft , the engine core having an inlet in fluid communication with an outlet of the compressor; and a turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor connected to the turbine shaft, the turbine shaft configured to compound power with the engine shaft; wherein the turbine shaft and the engine shaft are parallel to each other; characterised in that the turbine shaft, the engine shaft and a longitudinal central axis of at least part of the inlet duct are all radially offset from one another; and in that air/gas circulation from the compressor to the turbine section is done along a direction generally opposite of that of air circulation within the inlet duct. an inlet duct including an inertial particle separator at its downstream end and having an inlet in fluid communication with ambient air around the compound engine assembly; a first conduit extending at an angle from the inlet duct, wherein the inlet duct is in fluid communication with the first conduit and the first conduit is in fluid communication through a filter with a compressor ; a second conduit defining an inlet bypass duct communicating with ambient air outside of or around the assembly ; the compressor having an inlet in fluid communication with the conduit, the compressor including at least one compressor rotor connected to a turbine shaft ; an engine core including at least one internal combustion engine in driving engagement with an engine shaft , the engine core having an inlet in fluid communication with an outlet of the compressor; and a turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor connected to the turbine shaft, the turbine shaft configured to compound power with the engine shaft; wherein the turbine shaft and the engine shaft are parallel to each other; characterised in that the turbine shaft, the engine shaft and a longitudinal central axis of at least part of the inlet duct are all radially offset from one another; and in that air/gas circulation from the compressor to the turbine section is done along a direction generally opposite of that of air circulation within the inlet duct.
Method for producing a half-shell for a high-pressure vessel, in which the half-shell comprises an insert and in which a mould is used having a first mould part which forms a female mould, comprising the following steps: - a pre-heated first plastics sheet is laid on the first mould part , - the first plastics sheet is sucked by means of a partial vacuum or pressed by a pressure onto the first mould part , - the plastic of the first plastics sheet is thereby disposed in areas behind a back-taper of the insert at a lateral distance from the insert , or the insert after sucking or pressing of the first plastics sheet onto the first mould part is so positioned that plastic of the first plastics sheet is disposed in areas behind a back-taper of the insert at a lateral distance from the insert . - then by means of a slide or a partial vacuum or a pressure, the plastic of the first plastics sheet behind the back-taper and laterally distanced from the insert is pressed or sucked onto the insert , so that a space behind the back-taper of the insert is filled with the plastic, characterized in that after sucking or pressing the first plastics sheet onto the first mould part , the insert is raised in relation to the first mould part , in order to position the insert so that plastic of the first plastics sheet is disposed behind the back-taper at a lateral distance from the insert , wherein after filling the back-taper of the insert with the plastic the insert is lowered again in relation to the first mould part . - a pre-heated first plastics sheet is laid on the first mould part , - the first plastics sheet is sucked by means of a partial vacuum or pressed by a pressure onto the first mould part , - the plastic of the first plastics sheet is thereby disposed in areas behind a back-taper of the insert at a lateral distance from the insert , or the insert after sucking or pressing of the first plastics sheet onto the first mould part is so positioned that plastic of the first plastics sheet is disposed in areas behind a back-taper of the insert at a lateral distance from the insert . - then by means of a slide or a partial vacuum or a pressure, the plastic of the first plastics sheet behind the back-taper and laterally distanced from the insert is pressed or sucked onto the insert , so that a space behind the back-taper of the insert is filled with the plastic, characterized in that after sucking or pressing the first plastics sheet onto the first mould part , the insert is raised in relation to the first mould part , in order to position the insert so that plastic of the first plastics sheet is disposed behind the back-taper at a lateral distance from the insert , wherein after filling the back-taper of the insert with the plastic the insert is lowered again in relation to the first mould part .
A latex particulate, comprising multiple intermingled discrete polymer strands, including: a low Tg polymer strand having a Tg below 50°C, and a high Tg polymer strand having a Tg at 50°C or above; wherein the Tg of the high Tg polymer strand is at least 50°C greater than the Tg of the low Tg polymer strand, and wherein the average refractive index of the monomers of the low Tg polymer strand is within 1% of the average refractive index of the monomers of the high Tg polymer strand; wherein the monomers of the low Tg polymer strand and the monomers of the high Tg polymer strand are selected from the group of acrylates, methacrylates, vinyls, styrenes, ethylene, vinyl chloride, vinylidene chloride, maleate esters, fumarate esters, itaconate esters, and mixtures thereof. a low Tg polymer strand having a Tg below 50°C, and a high Tg polymer strand having a Tg at 50°C or above;
A device for removal of obstructive material from a vessel comprising: an expandable structure sized for insertion into the vessel comprising a plurality of wires; each of said plurality of wires extend from a distal end to a proximal end of said expandable structure including changes in radial position; said plurality of wires form a tubular shaped mesh surface between the distal and proximal ends; characterized in that each wire of said plurality of wires comprise two wires where one wire passes around another wire and thereby defining a wire pair; and said plurality of wires comprise a cross sectional area having a diameter of from 10μm to 150μm. each of said plurality of wires extend from a distal end to a proximal end of said expandable structure including changes in radial position; said plurality of wires form a tubular shaped mesh surface between the distal and proximal ends; characterized in that each wire of said plurality of wires comprise two wires where one wire passes around another wire and thereby defining a wire pair; and said plurality of wires comprise a cross sectional area having a diameter of from 10μm to 150μm.
A transfer device that transfers a workpiece by a transfer motion which is based on a transfer individual phase signal synchronized with a master phase signal, the transfer device being characterized in that it comprises: a setting unit that sets a point on a trajectory of a transfer bar as a switching point of a timing switch, the point on the trajectory being separated from a reference point on the trajectory by a designated distance designated by a user, and the trajectory being based on the transfer motion; and a signal output unit that outputs a timing signal to an external device at a timing when the transfer bar reaches the switching point. a setting unit that sets a point on a trajectory of a transfer bar as a switching point of a timing switch, the point on the trajectory being separated from a reference point on the trajectory by a designated distance designated by a user, and the trajectory being based on the transfer motion; and a signal output unit that outputs a timing signal to an external device at a timing when the transfer bar reaches the switching point.
A method for producing an electronic assembly , comprising the following steps: 1.1 providing an electrically conducting film , in particular a carrier film ; 1.2 providing at least one electrical component including at least one electrical contact site ; 1.3 applying an adhesive between the electrical component and a surface of the electrically conducting film; 1.4 arranging the at least one component including the at least one electrical contact site on the surface of the electrically conducting film , and fixing the at least one component by forming an adhesive joint between the electrical component and the surface; 1.5 providing a carrier , in particular made of a flexible material; 1.6 laminating the film with the carrier in such a way that the at least one electrical component is arranged between the film and the carrier , and forming a mechanical and electrical connection between the electrical contact site of the at least one electrical component and the electrically conducting film by low-temperature sintering of nanoparticles; 1.7 structuring the electrically conducting film to form conductor tracks and/or cooling surfaces , characterized in that the lamination of the film takes place simultaneously with the low-temperature sintering. 1.1 providing an electrically conducting film , in particular a carrier film ; 1.2 providing at least one electrical component including at least one electrical contact site ; 1.3 applying an adhesive between the electrical component and a surface of the electrically conducting film; 1.4 arranging the at least one component including the at least one electrical contact site on the surface of the electrically conducting film , and fixing the at least one component by forming an adhesive joint between the electrical component and the surface; 1.5 providing a carrier , in particular made of a flexible material; 1.6 laminating the film with the carrier in such a way that the at least one electrical component is arranged between the film and the carrier , and forming a mechanical and electrical connection between the electrical contact site of the at least one electrical component and the electrically conducting film by low-temperature sintering of nanoparticles; 1.7 structuring the electrically conducting film to form conductor tracks and/or cooling surfaces , characterized in that the lamination of the film takes place simultaneously with the low-temperature sintering.
A lysis solution for the extraction of a nucleic acid from a cell or tissue sample, said lysis solution comprising: NaCl at a concentration of greater than 300 mM; a buffer sufficient to maintain the pH of said solution at a pH ranging from pH 6.8 to pH 7.3; a chelating agent; MgCl 2 at a concentration at least 2 mM, but less than 50 mM; and a detergent. NaCl at a concentration of greater than 300 mM; a buffer sufficient to maintain the pH of said solution at a pH ranging from pH 6.8 to pH 7.3; a chelating agent; MgCl 2 at a concentration at least 2 mM, but less than 50 mM; and a detergent.
Holding frame for mounting a front power lift on a tractor , wherein - the holding frame has an articulation part for articulating the front power lift and a connecting part for connecting the articulation part to a supporting structure of the tractor , - the articulation part has a contact region which cooperates with a mating contact region of the connecting part to couple the articulation part to the connecting part , - the contact region and the mating contact region are clamped releasably together in a coupling position (Pos_1, Pos_2, Pos_3) by clamping means , - the coupled articulation part is able to be clamped selectively in one of a plurality of different coupling positions (Pos_1, Pos_2, Pos_3) relative to the connecting part by means of the clamping means . - the holding frame has an articulation part for articulating the front power lift and a connecting part for connecting the articulation part to a supporting structure of the tractor , - the articulation part has a contact region which cooperates with a mating contact region of the connecting part to couple the articulation part to the connecting part , - the contact region and the mating contact region are clamped releasably together in a coupling position (Pos_1, Pos_2, Pos_3) by clamping means , - the coupled articulation part is able to be clamped selectively in one of a plurality of different coupling positions (Pos_1, Pos_2, Pos_3) relative to the connecting part by means of the clamping means .
System for providing a fluid, comprising at least a first and a second cryogenic container for storing the fluid, wherein the system comprises a first removal line , which connects to the first cryogenic container for removing a first mass flow (M1) of fluid, and a second removal line , which connects to the second cryogenic container for removing a second mass flow (M2) of fluid, characterised in that the system comprises means which are designed to form the two mass flows (M1, M2) of different magnitudes, so that in a first operating mode a hold time of the two cryogenic containers converges during removal and/or in a second operating mode the hold time of the two cryogenic containers decreases at essentially the same rate if the hold times of the two cryogenic containers are essentially the same, wherein the hold time is the period of time from an end of the removal to the point in time at which the pressure in the cryogenic container reaches a predefined threshold value, wherein the means comprise a control unit which is designed to regulate the first and/or the second mass flow (M1, M2), and a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container , or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers according to a prescribed scheme. characterised in that the system comprises means which are designed to form the two mass flows (M1, M2) of different magnitudes, so that in a first operating mode a hold time of the two cryogenic containers converges during removal and/or in a second operating mode the hold time of the two cryogenic containers decreases at essentially the same rate if the hold times of the two cryogenic containers are essentially the same, wherein the hold time is the period of time from an end of the removal to the point in time at which the pressure in the cryogenic container reaches a predefined threshold value, wherein the means comprise a control unit which is designed to regulate the first and/or the second mass flow (M1, M2), and a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container , or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers according to a prescribed scheme. a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container , or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers according to a prescribed scheme.
Packing structure made up of at least two juxtaposed series of identical packing elements , wherein said packing elements are twisted plates having a helical helix shape, a series comprises at least two packing elements that adjoin one another in the direction of their heights, and the packing elements of two distinct series are juxtaposed in a substantially parallel fashion and in the direction of their heights, and wherein, the edge faces of the two ends of each of the packing elements are substantially parallel to each other, the edge faces of the two ends of the packing elements of one and the same series are substantially parallel to each other, the packing structure comprises at least two series in which the edge faces of the ends of the packing elements of two juxtaposed series are substantially perpendicular, the edge faces of four adjacent packing elements of the two juxtaposed series form a square, the square being fastened mechanically, and the series in the second direction are juxtaposed between the series in the first direction. said packing elements are twisted plates having a helical helix shape, a series comprises at least two packing elements that adjoin one another in the direction of their heights, and the packing elements of two distinct series are juxtaposed in a substantially parallel fashion and in the direction of their heights, and wherein, the edge faces of the two ends of each of the packing elements are substantially parallel to each other, the edge faces of the two ends of the packing elements of one and the same series are substantially parallel to each other, the packing structure comprises at least two series in which the edge faces of the ends of the packing elements of two juxtaposed series are substantially perpendicular, the edge faces of four adjacent packing elements of the two juxtaposed series form a square, the square being fastened mechanically, and the series in the second direction are juxtaposed between the series in the first direction.
Wire mesh having warp and weft wires on a woven surface , the woven surface showing tube devices woven in, to which fin-type devices are attached, so as to serve for shading incident light, characterized in that the tube devices are configured as transparent tubes or as sleeves in which the fin-type devices are accommodated.
A composition comprising from 30% to 75% by weight of an anionic surfactant, a solvent comprising an ethoxylated diol of formula (I) wherein each of R 1 and R 2 is independently selected from a substituted or unsubstituted, linear or branched, saturated or unsaturated C 1 -C 6 alkyl group, and a+b has an average value of greater than 0 and less than or equal to 20, and water.
Swim suit , particularly for competition swimming, comprising an outer shell suitable to cover at least part of the body trunk and of the thighs of a swimmer , wherein the outer shell is made of a flexible stretchable fabric adapted to apply a hoop compression to the thighs and to the body trunk , wherein the swimsuit forms: - locally reinforced regions in which the outer shell is provided with an additional reinforcement so that the locally reinforced regions have a greater tensile stiffness than a tensile stiffness of said outer shell alone, and - non-reinforced regions formed by the outer shell alone and having only the tensile stiffness of said outer shell alone, characterized in that : - the reinforced regions comprise a thoracic reinforced region arranged in an anterior thoracic region of a trunk portion of the swim suit and having a downward converging shape, and an abdominal reinforced region arranged in a lower abdominal and hip region of the trunk portion and having an upward converging shape, - the non-reinforced regions comprise two non-reinforced waist regions arranged in opposite lateral waist regions of the trunk portion and having both a medially converging shape, - the thoracic reinforced region , the abdominal reinforced region and the non-reinforced waist regions are bordering in an X pattern in an anterior region of the trunk portion . - locally reinforced regions in which the outer shell is provided with an additional reinforcement so that the locally reinforced regions have a greater tensile stiffness than a tensile stiffness of said outer shell alone, and - non-reinforced regions formed by the outer shell alone and having only the tensile stiffness of said outer shell alone, - the reinforced regions comprise a thoracic reinforced region arranged in an anterior thoracic region of a trunk portion of the swim suit and having a downward converging shape, and an abdominal reinforced region arranged in a lower abdominal and hip region of the trunk portion and having an upward converging shape, - the non-reinforced regions comprise two non-reinforced waist regions arranged in opposite lateral waist regions of the trunk portion and having both a medially converging shape, - the thoracic reinforced region , the abdominal reinforced region and the non-reinforced waist regions are bordering in an X pattern in an anterior region of the trunk portion .