mhurhangee/patent-ind-claim-en huggingface dataset:
Flexible electric heater integrated in a fabric, with a surface extending substantially in a two-dimensional plane, comprising at least one heating strip approximately parallel to weft threads, said at least one heating strip being electrically connected to strips of electric conducting wires , said strips of electric conducting wires being arranged approximately parallel tc warp threads, next to different portions of fabric , , said at least one heating strip being composed of a plurality of electrically heating weft threads intertwined with the fabric, each strip of electric conducting wires being composed of a plurality of electrically conducting warp threads intertwined with the fabric, said plurality of electrically heating weft threads being intertwined with said plurality of electrically conducting warp threads , in which the strips of electrically conducting wires form conducting bands, characterised in that a warp density is provided with a higher value than in the rest of the flexible heater on the side of each conducting band and at the crossing of the conducting band and a heating weft thread , in that each of said electrically conducting warp threads and of said electrically conducting weft threads is composed of strands in an amount included between a minimum of 2 and a maximum of 46 capillaries, the section of the capillaries being included between 0.03 mm and 2 mm, and in that the amount of the electrically conducting warp threads of each strip of electric conductors is equal to a number included between 3 and 48 threads.
Pressure- and heat-resistant reactor for producing synthesis gas in a reverse CO conversion, having at least the following components: - at least two fluid-tight feed conduits for at least two different starting fluids, where the first starting fluid is an essentially COz-containing fluid and the second starting fluid is an essentially H 2 -containing fluid; - at least one fluid-tight discharge conduit for the synthesis gas as product; - at least one heating zone, with at least a subregion of the at least second feed conduit for the second starting fluid being arranged in the heating zone; - at least two recuperative countercurrent heat exchange zones, with subregions of the at least two feed conduits being arranged in both countercurrent heat exchange zones, and - at least one reaction zone having at least one catalyst in a catalyst bed, wherein the first COz starting fluid feed conduit is arranged in a subregion directly next to the synthesis gas product discharge conduit. - at least two fluid-tight feed conduits for at least two different starting fluids, where the first starting fluid is an essentially COz-containing fluid and the second starting fluid is an essentially H 2 -containing fluid; - at least one fluid-tight discharge conduit for the synthesis gas as product; - at least one heating zone, with at least a subregion of the at least second feed conduit for the second starting fluid being arranged in the heating zone; - at least two recuperative countercurrent heat exchange zones, with subregions of the at least two feed conduits being arranged in both countercurrent heat exchange zones, and - at least one reaction zone having at least one catalyst in a catalyst bed,
A laminate comprising: a base sheet; and a metal particle-containing layer that is laminated on the base sheet and comprises metal particles, wherein the base sheet has a contact surface in contact with the metal particle-containing layer, the metal particle-containing layer is laminated on the base sheet so as to be releasable from the base sheet, a Young's modulus at 23 °C of the base sheet, which is obtained by measuring the contact surface using a nano-indentation method according to ISO 14577 (instrumented indentation test), is 0.01 to 10 GPa. a base sheet; and a metal particle-containing layer that is laminated on the base sheet and comprises metal particles, wherein the base sheet has a contact surface in contact with the metal particle-containing layer, the metal particle-containing layer is laminated on the base sheet so as to be releasable from the base sheet, a Young's modulus at 23 °C of the base sheet, which is obtained by measuring the contact surface using a nano-indentation method according to ISO 14577 (instrumented indentation test), is 0.01 to 10 GPa.
A spray dispensing system for mixing a first and a second components into a sprayable composition, the spray dispenser comprising: a) a first reservoir configured to hold the first component and a first pump unit being in fluid communication with the first reservoir; b) a second reservoir configured to hold the second component, being different from the first component, and a second pump unit being in fluid communication with the second reservoir; c) a nozzle tip configured to spray the composition; d) a common spray actuator operatively associated with the first and the second pump units and comprising a pipe ; wherein the pipe of the common spray actuator has a sinuous path and comprises a first inlet orifice , at one end, being in fluid communication with the first pump unit; one outlet orifice , at the other end, being in fluid communication with the nozzle tip; and a second inlet orifice , located between the first inlet orifice and the outlet orifice , being in fluid communication with the second pump unit; and wherein the axis crossing both inlet orifices substantially perpendicularly intersects the axis of the spray direction passing through the outlet orifice and the nozzle tip. a) a first reservoir configured to hold the first component and a first pump unit being in fluid communication with the first reservoir; b) a second reservoir configured to hold the second component, being different from the first component, and a second pump unit being in fluid communication with the second reservoir; c) a nozzle tip configured to spray the composition; d) a common spray actuator operatively associated with the first and the second pump units and comprising a pipe ; wherein the pipe of the common spray actuator has a sinuous path and comprises a first inlet orifice , at one end, being in fluid communication with the first pump unit; one outlet orifice , at the other end, being in fluid communication with the nozzle tip; and a second inlet orifice , located between the first inlet orifice and the outlet orifice , being in fluid communication with the second pump unit; and wherein the axis crossing both inlet orifices substantially perpendicularly intersects the axis of the spray direction passing through the outlet orifice and the nozzle tip.
An apparatus for identifying a user of a display unit, the apparatus comprising: a processor configured to: receive a physiological measurement for a first user; obtain a plurality of time series comprising multiple physiological measurements, each time series corresponding to one of a plurality of users; fit the physiological measurements of each time series to a curve using a fitting function; determine, based on the fitted measurements, a predicted range for each of the plurality of users; compare the received physiological measurement with the predicted range for each of the plurality of users; and determine, based on the comparison, an identity of the first user. receive a physiological measurement for a first user; obtain a plurality of time series comprising multiple physiological measurements, each time series corresponding to one of a plurality of users; fit the physiological measurements of each time series to a curve using a fitting function; determine, based on the fitted measurements, a predicted range for each of the plurality of users; compare the received physiological measurement with the predicted range for each of the plurality of users; and determine, based on the comparison, an identity of the first user.
A surgical tool , comprising: a drive housing having a first end and a second end ; a spline (1624a-c) extending between the first and second ends; a carriage provided in the drive housing and movable between the first and second ends; and a mechanism arranged at the first of the drive housing for manually actuating the spline, the mechanism including: a frame ; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure. a drive housing having a first end and a second end ; a spline (1624a-c) extending between the first and second ends; a carriage provided in the drive housing and movable between the first and second ends; and a mechanism arranged at the first of the drive housing for manually actuating the spline, the mechanism including: a frame ; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure. a frame ; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure.
An electronic device, comprising: a voice receiver ; and a processor configured to: convert a user voice received (S11) through the voice receiver into a character string (102, S12) and divide the character string into each recognition character (104, S14), identify confusion probabilities of a plurality of candidate characters in association with an obtained recognition character, identify similarities between acoustic feature models of the plurality of candidate characters and an acoustic feature of the obtained recognition character, identify utterance type information (103, S13) indicating whether the received user voice is continuously or discontinuously uttered, identify correction probabilities based on a probabilistic weight according to the utterance type information, the identified confusion probabilities and the identified similarities, and based on the highest identified correction probability, perform a correction of the recognition character (105, S15). a voice receiver ; and a processor configured to: convert a user voice received (S11) through the voice receiver into a character string (102, S12) and divide the character string into each recognition character (104, S14), identify confusion probabilities of a plurality of candidate characters in association with an obtained recognition character, identify similarities between acoustic feature models of the plurality of candidate characters and an acoustic feature of the obtained recognition character, identify utterance type information (103, S13) indicating whether the received user voice is continuously or discontinuously uttered, identify correction probabilities based on a probabilistic weight according to the utterance type information, the identified confusion probabilities and the identified similarities, and based on the highest identified correction probability, perform a correction of the recognition character (105, S15). convert a user voice received (S11) through the voice receiver into a character string (102, S12) and divide the character string into each recognition character (104, S14), identify confusion probabilities of a plurality of candidate characters in association with an obtained recognition character, identify similarities between acoustic feature models of the plurality of candidate characters and an acoustic feature of the obtained recognition character, identify utterance type information (103, S13) indicating whether the received user voice is continuously or discontinuously uttered, identify correction probabilities based on a probabilistic weight according to the utterance type information, the identified confusion probabilities and the identified similarities, and based on the highest identified correction probability, perform a correction of the recognition character (105, S15).
Closure for a container with - a base element , - a flip-top lid attached to said base element by a hinge such that the flip-top lid can be moved between an opened and a closed position, wherein said closure comprises a spout for dispensing a fluid material, wherein said spout has a first dispensing opening and a vent opening , characterised in that the spout further has a second dispensing opening , said first and said second dispensing opening being separate from each other and having a different size and/or a different cross-sectional form, wherein said vent opening is separate from both said first dispensing opening and said second dispensing opening and wherein said vent opening is arranged at least partly between the first dispensing opening and the second opening . - a base element , - a flip-top lid attached to said base element by a hinge such that the flip-top lid can be moved between an opened and a closed position,
An apparatus for containing one or more product units , the apparatus comprising: a first layer ; a first plurality of terminals (108, 110; 402-i) that is arranged such that each terminal is in electrical communication with each other terminal of the first plurality thereof (108, 110; 402-i) through the first layer before and after formation of at least one opening in the first layer ; and electronic circuitry that is operative for making pair-wise measurements of a first electrical parameter between each terminal and each other terminal of the first plurality of terminals (108, 110; 402-i), and providing a first signal based on a first finite change in the magnitude of the first electrical parameter characterized in that : the first layer is substantially continuous throughout a first region , electrically conductive and does not comprise patterned electrical traces; and wherein the first plurality of terminals (108, 110; 402-i) is arranged around the perimeter of an area of the first layer such that the first electrical parameter can be measured. a first layer ; a first plurality of terminals (108, 110; 402-i) that is arranged such that each terminal is in electrical communication with each other terminal of the first plurality thereof (108, 110; 402-i) through the first layer before and after formation of at least one opening in the first layer ; and electronic circuitry that is operative for making pair-wise measurements of a first electrical parameter between each terminal and each other terminal of the first plurality of terminals (108, 110; 402-i), and providing a first signal based on a first finite change in the magnitude of the first electrical parameter characterized in that : the first layer is substantially continuous throughout a first region , electrically conductive and does not comprise patterned electrical traces; and wherein the first plurality of terminals (108, 110; 402-i) is arranged around the perimeter of an area of the first layer such that the first electrical parameter can be measured. the first layer is substantially continuous throughout a first region , electrically conductive and does not comprise patterned electrical traces; and wherein the first plurality of terminals (108, 110; 402-i) is arranged around the perimeter of an area of the first layer such that the first electrical parameter can be measured.
A transmission shaft assembly for a rolling stand for use in a metal rolling mill, the shaft assembly transmitting lubricant through the assembly, comprising: a shaft including an outer periphery and defining a centrally positioned longitudinal opening extending from a first end to an opposed second end of the shaft and defining a plurality of internal passageways therein; and a rotary distributor mounted on the outer periphery of said shaft and adapted to provide a conduit for the lubricant through the plurality of internal passageways in said shaft; characterized by a first shoulder ring coupled about said shaft on a first side of said rotary distributor, and a second shoulder ring coupled about said shaft on a second, opposing, side of said rotary distributor, wherein said first shoulder ring and said second shoulder ring limit axial motion of said rotary distributor. a shaft including an outer periphery and defining a centrally positioned longitudinal opening extending from a first end to an opposed second end of the shaft and defining a plurality of internal passageways therein; and a rotary distributor mounted on the outer periphery of said shaft and adapted to provide a conduit for the lubricant through the plurality of internal passageways in said shaft; characterized by a first shoulder ring coupled about said shaft on a first side of said rotary distributor, and a second shoulder ring coupled about said shaft on a second, opposing, side of said rotary distributor, wherein said first shoulder ring and said second shoulder ring limit axial motion of said rotary distributor.
A test device for the pH-dependent detection of urine, containing a cellulose-containing support matrix consisting of: a) a pH indicator dye with a transfer point of between pH = 0 and pH = 4.5, immobilized to the cellulose by means of a chemical bond, and pretreated with a quantity of a solid acid so that the pH indicator dye indicates the color of the acidic pH range when in a dry state; or b) a pH indicator dye with a transfer point of between pH = 7.5 and pH = 14, immobilized to the cellulose by means of a chemical bond, and pretreated with a quantity of a solid base so that the pH indicator dye indicates the color of the basic pH range when in a dry state, wherein said pH indicator dye is a reactive dye having at least one reactive group for covalent bonding to the cellulose, and has at least one sulfonic acid and/or carboxylic acid group in addition to said at least one reactive group. a) a pH indicator dye with a transfer point of between pH = 0 and pH = 4.5, immobilized to the cellulose by means of a chemical bond, and pretreated with a quantity of a solid acid so that the pH indicator dye indicates the color of the acidic pH range when in a dry state; or b) a pH indicator dye with a transfer point of between pH = 7.5 and pH = 14, immobilized to the cellulose by means of a chemical bond, and pretreated with a quantity of a solid base so that the pH indicator dye indicates the color of the basic pH range when in a dry state,
An organ support apparatus , comprising: (a) a fluid circuit defining upstream and downstream legs adapted to be connected to an organ to be supported; (b) a circulation pump connected to the fluid circuit for circulating a process fluid through the fluid circuit and the organ; and wherein the organ support apparatus , comprises: (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (a) a fluid circuit defining upstream and downstream legs adapted to be connected to an organ to be supported; (b) a circulation pump connected to the fluid circuit for circulating a process fluid through the fluid circuit and the organ; and wherein the organ support apparatus , comprises: (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator.