mhurhangee/ep-ind-claims huggingface dataset:
Strain gauge film made of a film material with at least two strain gauges (DMS_a, DMS_b, DMS_c, DMS_d), which are wired to form a Wheatstone measuring bridge, wherein the strain gauge film comprises a contact region with contact points (V+, V-, Sig+, Sig-), wherein the strain gauge film comprises contact lines which connect the contact points (V+, V-, Sig+, Sig-) to bridge points (K1, K2, K3, K4) of a measuring bridge, wherein the strain gauge film comprises bridge lines, which each connect a bridge point (K1, K2, K3, K4) to a strain gauge (DMS_a, DMS_b, DMS_c, DMS_d), characterized in that at least two bridge lines each comprise at least two line sections (a1, a2, a3, a4, b1, b2, b3, b4, c1, c2, c3, c4, d1, d2, d3, d4), wherein each of the at least two bridge lines comprises a line section with a narrow line cross section and a line section with a wide line cross section, and wherein the line sections (a1, a2, a3, a4, b1, b2, b3, b4, c1, c2, c3, c4, d1, d2, d3, d4) of the at least two bridge lines each have substantially the same length (L1, L2) and the same cross section (q1, q2).
A method for producing a structural member in which a sheet-like composite material including a reinforcement fiber and a resin is used, wherein a strip-shaped first composite material prepreg sheet having a first width is bonded along a ridge having a convex cross section or a valley having a concave cross section in a structural member (30A, 30B), the ridge or the valley forming a first portion which is a boundary portion of a web and a flange extending substantially orthogonal to the web, and strip-shaped second composite material prepreg sheets having a second width larger than the first width are bonded alongside the ridge or the valley, namely, to portions other than the first portion on both sides of the first portion, in substantially parallel with the first composite material sheet.
A bladder monitoring apparatus comprising: an ultrasonic sensor module including an ultrasonic sensor configured to transmit an ultrasonic wave toward a front wall of a bladder and receive the ultrasonic wave returning after being reflected by the front wall of the bladder; a control module configured to measure a passage time interval from a time point at which the ultrasonic sensor transmits the ultrasonic wave to a time point at which the ultrasonic sensor receives the ultrasonic wave returning after being reflected by the front wall of the bladder, calculate distance information from the passage time interval and a speed of the ultrasonic wave, and calculate a volume of the bladder from the distance information and configuration information input from an outside; wherein the configuration information comprises: a bladder volume limit indicating the bladder volume of a time point at which the bladder is filled with a designated volume of urine; a front wall distance limit indicating a distance from the ultrasonic sensor to the front wall of the bladder in a state of the bladder volume limit; and a front wall to rear wall distance limit indicating a distance from the front wall of the bladder to a rear wall of the bladder in a state of the bladder volume limit; and, an output module configured to output the bladder volume calculated by the control module. an ultrasonic sensor module including an ultrasonic sensor configured to transmit an ultrasonic wave toward a front wall of a bladder and receive the ultrasonic wave returning after being reflected by the front wall of the bladder; a control module configured to measure a passage time interval from a time point at which the ultrasonic sensor transmits the ultrasonic wave to a time point at which the ultrasonic sensor receives the ultrasonic wave returning after being reflected by the front wall of the bladder, calculate distance information from the passage time interval and a speed of the ultrasonic wave, and calculate a volume of the bladder from the distance information and configuration information input from an outside; a bladder volume limit indicating the bladder volume of a time point at which the bladder is filled with a designated volume of urine; a front wall distance limit indicating a distance from the ultrasonic sensor to the front wall of the bladder in a state of the bladder volume limit; and a front wall to rear wall distance limit indicating a distance from the front wall of the bladder to a rear wall of the bladder in a state of the bladder volume limit; and, an output module configured to output the bladder volume calculated by the control module.
A child's travel bed having a foldable base body comprising an enclosed hollow space framed by side walls and a supporting floor on the bottom side and connected to a foldable frame, and an insert floor having at least one ventilation cutout for increasing the stability of the foldable base body, said insert floor being inserted in the hollow space of the base body and held by the supporting floor, characterized in that the supporting floor comprises at least one ventilation opening so that air can flow through the ventilation opening of the supporting floor and the ventilation cutout of the insert floor into and/or out of the hollow space of the base body.
A tubular threaded joint comprising a pin and a box each having a contact surface including threads and an unthreaded metal contact portion, characterized in that the contact surface of at least one of the pin and the box has a thermoplastic solid lubricating coating formed as an uppermost surface treatment coating layer, said thermoplastic solid lubricating coating containing particles in a thermoplastic polymer matrix, characterized in that the particles are acrylic-silicone copolymer particles.
A magnetic arrangement for an implantable system for a recipient patient, the arrangement comprising: an implantable coil housing containing a signal coil for transcutaneous communication of an implant communication signal; a cylindrical implant magnet freely rotatable within the coil housing for transcutaneous magnetic interaction with a corresponding external attachment magnet, the implant magnet having: i. a central cylinder axis of symmetry, and ii. a magnetization direction along a magnetic axis; characterised in that the magnetic axis is angled away from the axis of symmetry at a non-zero angle less than 45 degrees. an implantable coil housing containing a signal coil for transcutaneous communication of an implant communication signal; a cylindrical implant magnet freely rotatable within the coil housing for transcutaneous magnetic interaction with a corresponding external attachment magnet, the implant magnet having: i. a central cylinder axis of symmetry, and ii. a magnetization direction along a magnetic axis; i. a central cylinder axis of symmetry, and ii. a magnetization direction along a magnetic axis; characterised in that the magnetic axis is angled away from the axis of symmetry at a non-zero angle less than 45 degrees.
Use of a mutated adeno-associated virus capsid protein, within a recombinant AAV virion, for decreasing the immunoreactivity of the virion as compared to the corresponding wild-type virion, wherein said mutated AAV capsid protein comprises a substitution of the amino acid which occurs at the position which corresponds to position 334 of the AAV-2 VP2 capsid protein.
A drinking mouthpiece comprising a resilient body through which fluid flows from a rear opening through to a front opening, the body having a contoured longitudinal upper profile for lying against a portion of the palate of a mouth and a contoured longitudinal lower profile for lying against a tongue; wherein a forward end of the mouthpiece near the front opening has a cross-sectional profile, the cross-sectional profile tapers to two opposing sides of the mouthpiece and also has a bulging area on a lower portion of the cross-sectional profile that provides a reference point that, in use, lies in the median of the tongue.
A transmitting method for transmitting a first stream, wherein the first stream is adapted for being reproduced in synchrony with a second stream transmitted independently of the first stream and wherein each of the first stream and the second stream includes different contents comprising image or audio data, the method comprising: transmitting the first stream, the first stream comprising a plurality of access units, at least one of the plurality of access units comprising: synchronization information indicating a first time relative to a first reference clock of the first stream and a second time relative to a second reference clock of the second stream, thereby defining a time offset between the first reference clock and the second reference clock; characterized in that the at least one of the plurality of access units further comprises timing update identification information indicating whether or not the time offset between the first reference clock and the second reference clock has changed relative the time offset defined in a previous access unit. synchronization information indicating a first time relative to a first reference clock of the first stream and a second time relative to a second reference clock of the second stream, thereby defining a time offset between the first reference clock and the second reference clock; characterized in that the at least one of the plurality of access units further comprises timing update identification information indicating whether or not the time offset between the first reference clock and the second reference clock has changed relative the time offset defined in a previous access unit.
A signal processing method, applied to a network side device, comprising: generating candidate physical broadcast channel, PBCH, demodulation reference signal DMRS, sequences, wherein an initial value for a generator polynomial generating the candidate PBCH DMRS sequences is determined according to a synchronization signal, SS, block index; acquiring a mapping relationship between PBCH DMRS sequences and resource element, RE, groups; and transmitting the candidate PBCH DMRS sequences by using RE groups corresponding to the candidate PBCH DMRS sequences according to the mapping relationship; wherein the transmitting the candidate PBCH DMRS sequences by using the RE groups corresponding to the candidate PBCH DMRS sequences according to the mapping relationship comprises: modulating the candidate PBCH DMRS sequences; mapping the resulting modulated symbols to the RE groups; and transmitting the modulated symbols by using the RE groups; wherein the mapping the modulated symbols of a particular sequence to the RE groups comprises: sequentially mapping the modulated symbols to subcarriers m+4k starting from an m th subcarrier in each of the two PBCH symbols transmitted in an SS block, wherein the first subcarrier in each PBCH symbol is a subcarrier 0, k is an integer ranging from 0 to a quantity of the modulated symbols divided by 2 minus 1, and m is an integer determined according to a cell identity and/or the SS block index. generating candidate physical broadcast channel, PBCH, demodulation reference signal DMRS, sequences, wherein an initial value for a generator polynomial generating the candidate PBCH DMRS sequences is determined according to a synchronization signal, SS, block index; acquiring a mapping relationship between PBCH DMRS sequences and resource element, RE, groups; and transmitting the candidate PBCH DMRS sequences by using RE groups corresponding to the candidate PBCH DMRS sequences according to the mapping relationship; wherein the transmitting the candidate PBCH DMRS sequences by using the RE groups corresponding to the candidate PBCH DMRS sequences according to the mapping relationship comprises: modulating the candidate PBCH DMRS sequences; mapping the resulting modulated symbols to the RE groups; and transmitting the modulated symbols by using the RE groups; modulating the candidate PBCH DMRS sequences; mapping the resulting modulated symbols to the RE groups; and transmitting the modulated symbols by using the RE groups; wherein the mapping the modulated symbols of a particular sequence to the RE groups comprises: sequentially mapping the modulated symbols to subcarriers m+4k starting from an m th subcarrier in each of the two PBCH symbols transmitted in an SS block, wherein the first subcarrier in each PBCH symbol is a subcarrier 0, k is an integer ranging from 0 to a quantity of the modulated symbols divided by 2 minus 1, and m is an integer determined according to a cell identity and/or the SS block index.
Cooling radiator, notably for a motor vehicle, comprising at least: - a first manifold box which comprises at least one inlet opening for a heat-transfer fluid, - a second manifold box comprising at least one so-called first outlet opening for said heat-transfer fluid, - a bundle of tubes which communicates with said first box and with said second box and in which said heat-transfer fluid is intended to circulate to be placed in a heat-exchange relationship with another fluid passing over the heat-exchange surfaces associated with said bundle of tubes, said cooling radiator comprises at least one other, so-called second outlet opening, which is arranged in the first manifold box, characterized in that it comprises regulation means which are able to occupy at least: - an open position in which said heat-transfer fluid is discharged through the first outlet opening after having circulated in the bundle of tubes; and - a closed position in which said heat-transfer fluid is discharged by the second outlet opening by bypassing the bundle of tubes. - a first manifold box which comprises at least one inlet opening for a heat-transfer fluid, - a second manifold box comprising at least one so-called first outlet opening for said heat-transfer fluid, - a bundle of tubes which communicates with said first box and with said second box and in which said heat-transfer fluid is intended to circulate to be placed in a heat-exchange relationship with another fluid passing over the heat-exchange surfaces associated with said bundle of tubes, - an open position in which said heat-transfer fluid is discharged through the first outlet opening after having circulated in the bundle of tubes; and - a closed position in which said heat-transfer fluid is discharged by the second outlet opening by bypassing the bundle of tubes.
An eye treatment cassette for use with an eye treatment console, the cassette comprising a cassette frame configured to interchangeably receive: (i) a single mode fluid network configured to enable displacement-based aspiration when coupled with the console; and (ii) a dual mode fluid network configured to enable displacement-based aspiration and vacuum-based aspiration when coupled with the console, wherein the cassette is operable by the console in a single mode when a single mode fluid network is mounted within the frame and in a dual mode when a dual mode fluid network is mounted within the frame. (i) a single mode fluid network configured to enable displacement-based aspiration when coupled with the console; and (ii) a dual mode fluid network configured to enable displacement-based aspiration and vacuum-based aspiration when coupled with the console,
A washing machine comprising: a first heater configured to heat wash water stored in a first tub; a second heater configured to heat wash water stored in a second tub; a control panel configured to provide a target temperature setting menu for setting a target temperature of the wash water stored in the first tub; and a controller configured to drive the first heater in a manner that the wash water stored in the first tub reaches a first target temperature, and drive the second heater in a manner that the wash water stored in the second tub reaches a second target temperature, characterized by wherein the controller limits the target temperature setting menu supplied from the control panel in response to the second target temperature, such that the first target temperature is prevented from being set to a temperature equal to or higher than a first threshold temperature. a first heater configured to heat wash water stored in a first tub; a second heater configured to heat wash water stored in a second tub; a control panel configured to provide a target temperature setting menu for setting a target temperature of the wash water stored in the first tub; and a controller configured to drive the first heater in a manner that the wash water stored in the first tub reaches a first target temperature, and drive the second heater in a manner that the wash water stored in the second tub reaches a second target temperature, characterized by wherein the controller limits the target temperature setting menu supplied from the control panel in response to the second target temperature, such that the first target temperature is prevented from being set to a temperature equal to or higher than a first threshold temperature.
A method of identifying an agent that modulates the taste of a steviol glycoside comprising: (i) contacting cells that express a TAS2R44 bitter taste receptor that is able to be activated by a steviol glycoside in the presence of at least one agent; and (ii) determining whether the at least one agent affects binding of said TAS2R44 bitter taste receptor to the one or more steviol glycoside, or a functional response to the binding of said TAS2R44 bitter taste receptor to the one or more steviol glycoside, with the proviso that the cells are not unmanipulated cells in their natural environment. (i) contacting cells that express a TAS2R44 bitter taste receptor that is able to be activated by a steviol glycoside in the presence of at least one agent; and (ii) determining whether the at least one agent affects binding of said TAS2R44 bitter taste receptor to the one or more steviol glycoside, or a functional response to the binding of said TAS2R44 bitter taste receptor to the one or more steviol glycoside,
A method of manufacturing a structural element (10, 510) of a gliding board, said element comprising: - a continuous lower wall (12, 512) and an upper wall (11, 511) having a median longitudinal plane (13, 513) perpendicular to said lower wall (12, 5 12), - a set of junction portions (15, 515) distributed over the length of the structural element (10, 510), each junction portion (15, 515) engaging with the lower (12, 512) and upper (11, 511) walls, said junction portions (15, 515) being separated by openings (16, 516) extending along the width of the structural element (10, 510), wherein the junction portions (15, 515) and the lower (12, 512) and upper (11, 511) walls are produced by additive manufacturing, that is to say by layer-by-layer deposition of material, the layers being stacked on top of each other either in the width direction of the structural element (10, 510) or in the thickness direction of the structural element (10, 510). - a continuous lower wall (12, 512) and an upper wall (11, 511) having a median longitudinal plane (13, 513) perpendicular to said lower wall (12, 5 12), - a set of junction portions (15, 515) distributed over the length of the structural element (10, 510), each junction portion (15, 515) engaging with the lower (12, 512) and upper (11, 511) walls, said junction portions (15, 515) being separated by openings (16, 516) extending along the width of the structural element (10, 510), wherein the junction portions (15, 515) and the lower (12, 512) and upper (11, 511) walls are produced by additive manufacturing, that is to say by layer-by-layer deposition of material, the layers being stacked on top of each other either in the width direction of the structural element (10, 510) or in the thickness direction of the structural element (10, 510).
Insert for a smartcard comprising multiple layers, including an intermediate sheet and, on either side of the intermediate sheet, at least one external sheet (11, 13) having a face making intimate contact with the corresponding face of the intermediate sheet, the intermediate sheet including at least one void before lamination of the insert, one at least of the external sheets (11, 13) being made from a flowable material, so that during the lamination of the intermediate sheet with the external sheets (11, 13), some of the material of the external sheets (11, 13) moves into the void in the intermediate sheet so as to create on the surface of the insert a visual and/or tactile irregularity capable of indicating the authenticity of the insert and/or of the smartcard, characterized in that the shape of the void represents a logo characteristic of the issuer and/or manufacturer of the insert.
A spray nozzle device comprising: a single nozzle (100, 200) having a fluid inlet (20, 206), at least one fluid outlet (40, 120A, 120B, 120C, 120D, 122) and multiple valves (30, 32, 34, 104A, 104B) that couple the fluid inlet (20, 206) to the at least one fluid outlet (40, 120A, 120B, 120C, 120D, 122) based on an open or closed position of at least one of the multiple valves (30, 32, 34, 104A, 104B), electronic traces that receive modulated duration signals (3, 5, 7), wherein a first electronic trace contacts a first of the multiple valves (30, 32, 34, 104A, 104B) to control its open or closed position, and a second electronic trace contacts a second of the multiple valves (30, 32, 34, 104A, 104B) to control its open or closed position; and the first of the multiple valves (30, 32, 34, 104A, 104B) is configured to move to a first open position in a different phase relationship with respect to a second open position of the second of the multiple valves (30, 32, 34, 104A, 104B), wherein the first open position and second open position are based on a duration and a polarity of the modulated duration signals (3, 5, 7) on the first electronic trace and on the second electronic trace, respectively. a single nozzle (100, 200) having a fluid inlet (20, 206), at least one fluid outlet (40, 120A, 120B, 120C, 120D, 122) and multiple valves (30, 32, 34, 104A, 104B) that couple the fluid inlet (20, 206) to the at least one fluid outlet (40, 120A, 120B, 120C, 120D, 122) based on an open or closed position of at least one of the multiple valves (30, 32, 34, 104A, 104B), electronic traces that receive modulated duration signals (3, 5, 7), wherein a first electronic trace contacts a first of the multiple valves (30, 32, 34, 104A, 104B) to control its open or closed position, and a second electronic trace contacts a second of the multiple valves (30, 32, 34, 104A, 104B) to control its open or closed position; and the first of the multiple valves (30, 32, 34, 104A, 104B) is configured to move to a first open position in a different phase relationship with respect to a second open position of the second of the multiple valves (30, 32, 34, 104A, 104B), wherein the first open position and second open position are based on a duration and a polarity of the modulated duration signals (3, 5, 7) on the first electronic trace and on the second electronic trace, respectively.