mhurhangee/patent-ind-claim-en huggingface dataset:
A GNSS receiver for calculating a position from positioning signals transmitted with a first polarization by a plurality of GNSS transmitters, said receiver comprising a first signal acquisition element polarized according to said first polarization, the receiver being configured to process the signals received on said first signal acquisition element to calculate first pseudo range measurements , the receiver further comprising a second signal acquisition element polarized according to a second polarization different from the first polarization, the receiver being configured to process the signals received on said second signal acquisition element to calculate second pseudo range measurements and associated quality indicators , said receiver comprising a calculation circuit configured to: - select at least one of the second pseudo range measurements depending on the quality indicators, and compare said at least one second pseudo range measurement selected with the first pseudo range measurement acquired from a same GNSS transmitter, and - select at least three pseudo range measurements from the first pseudo range measurements based on the comparison results to calculate a position the receiver being characterised in that : - said quality indicators are computed only from said second pseudo range measurements , without considering the first pseudo range measurement acquired from a same GNSS transmitter, - the comparison is performed only between said at least one second pseudo range measurement selected and the first pseudo range measurement acquired from a same GNSS transmitter, and - selecting at least one of the second pseudo range measurements is done by selecting a defined number (N) of second pseudo range measurements in a descending order of their quality indicators. - select at least one of the second pseudo range measurements depending on the quality indicators, and compare said at least one second pseudo range measurement selected with the first pseudo range measurement acquired from a same GNSS transmitter, and - select at least three pseudo range measurements from the first pseudo range measurements based on the comparison results to calculate a position - said quality indicators are computed only from said second pseudo range measurements , without considering the first pseudo range measurement acquired from a same GNSS transmitter, - the comparison is performed only between said at least one second pseudo range measurement selected and the first pseudo range measurement acquired from a same GNSS transmitter, and - selecting at least one of the second pseudo range measurements is done by selecting a defined number (N) of second pseudo range measurements in a descending order of their quality indicators.
An aerosol-generating article comprising an aerosol-generating substrate, the aerosol-generating substrate including a homogenised star anise material comprising star anise particles, an aerosol former and an exogenous binder, wherein the aerosol-generating substrate comprises: at least 70 micrograms of (E)-anethole per gram of the substrate, on a dry weight basis; at least 50 micrograms of epoxyanethole per gram of the substrate, on a dry weight basis; and at least 130 micrograms of benzyl isoeugenol ether per gram of the substrate, on a dry weight basis, and wherein the homogenised star anise material in the aerosol-generating substrate is in the form of cast leaf. at least 70 micrograms of (E)-anethole per gram of the substrate, on a dry weight basis; at least 50 micrograms of epoxyanethole per gram of the substrate, on a dry weight basis; and at least 130 micrograms of benzyl isoeugenol ether per gram of the substrate, on a dry weight basis, and wherein the homogenised star anise material in the aerosol-generating substrate is in the form of cast leaf.
A method for manufacturing paper in a paper-making machine, the method comprising: feeding a continuous paper web toward a full roll; using a cutting tool to cause the continuous paper web to turn up onto a new roll with two or more leader portions; decelerating the full roll; and removing the full roll from the paper making machine; wherein a tail of the web formed on the full roll is symmetric and the leader portions on the new roll are also symmetric and a) said two or more leader portions comprise two leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and joining near a midpoint of said paper web, or b) said two or more leader portions comprise three leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and said cuts cross over at least once near a midpoint of said paper web forming two leader portions at said outer lateral edges followed by a leader portion at said midpoint. feeding a continuous paper web toward a full roll; using a cutting tool to cause the continuous paper web to turn up onto a new roll with two or more leader portions; decelerating the full roll; and removing the full roll from the paper making machine; wherein a tail of the web formed on the full roll is symmetric and the leader portions on the new roll are also symmetric and a) said two or more leader portions comprise two leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and joining near a midpoint of said paper web, or b) said two or more leader portions comprise three leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and said cuts cross over at least once near a midpoint of said paper web forming two leader portions at said outer lateral edges followed by a leader portion at said midpoint. a) said two or more leader portions comprise two leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and joining near a midpoint of said paper web, or b) said two or more leader portions comprise three leader portions, said cutting tool comprising two knifes performing cuts beginning from outer lateral edges of said paper web and said cuts cross over at least once near a midpoint of said paper web forming two leader portions at said outer lateral edges followed by a leader portion at said midpoint.
A delivery system comprising: a component advancer configured to: advance a component into a patient, wherein the component is a lead, and the component advancer comprising a trigger and a ratcheting mechanism, wherein the trigger activates the ratcheting mechanism to incrementally advance the component into the patient by the predefined amount, and wherein the delivery system is configured to be handheld and to limit a number of trigger pulls within a time interval. advance a component into a patient, wherein the component is a lead, and the component advancer comprising a trigger and a ratcheting mechanism, wherein the trigger activates the ratcheting mechanism to incrementally advance the component into the patient by the predefined amount, and wherein the delivery system is configured to be handheld and to limit a number of trigger pulls within a time interval.
A semiconductor wafer protective film , comprising: a substrate layer ; and an adhesive layer formed on the substrate layer , wherein the substrate layer is configured of only a polymer having a solubility parameter determined by a Van Krevelen method of equal to or greater than 9 (cal/cm 3 ) 1/2 , the polymer being a copolymer of a polyester as one copolymer component and an expansibility imparting component as the other copolymer component, and the melting point of the expansibility imparting component simple substance is equal to or lower than 40°C. a substrate layer ; and an adhesive layer formed on the substrate layer , wherein the substrate layer is configured of only a polymer having a solubility parameter determined by a Van Krevelen method of equal to or greater than 9 (cal/cm 3 ) 1/2 , the polymer being a copolymer of a polyester as one copolymer component and an expansibility imparting component as the other copolymer component, and the melting point of the expansibility imparting component simple substance is equal to or lower than 40°C.
A digital mixer , comprising: input means for inputting patch operations by a user; plural ports each receiving an audio signal from an outside and processing and outputting the audio signal according to respective parameters set to the plural ports respectively; plural channels each performing characteristic adjustment processing on a supplied audio signal and outputting the processed audio signal; and a patch connecting a respective one of the plural ports to each of the plural channels according to a patch operation by a user inputted through the input means , and supplying the audio signal of the respective one port to the channel connected to the respective one port ; characterized in that the digital mixer (100 further comprises a parameter applier applying , when a port connected to one channel is changed from a first port to a second port among the plural ports by the patch operation by the user, respective ones of the parameters set to the first port before the change to the second port such that the second port, after the change, processes the audio signal according to said respective ones of the parameters. input means for inputting patch operations by a user; plural ports each receiving an audio signal from an outside and processing and outputting the audio signal according to respective parameters set to the plural ports respectively; plural channels each performing characteristic adjustment processing on a supplied audio signal and outputting the processed audio signal; and a patch connecting a respective one of the plural ports to each of the plural channels according to a patch operation by a user inputted through the input means , and supplying the audio signal of the respective one port to the channel connected to the respective one port ; characterized in that the digital mixer (100 further comprises a parameter applier applying , when a port connected to one channel is changed from a first port to a second port among the plural ports by the patch operation by the user, respective ones of the parameters set to the first port before the change to the second port such that the second port, after the change, processes the audio signal according to said respective ones of the parameters.
Beaker designed to be filled with a liquid injected by a filling system, comprising a wall delimiting a filling volume arranged between, on a first side, a bottom , and on the opposite side, an opening ; a filling valve provided in the bottom and operable between a filling position, allowing the introduction of the liquid into the filling volume when the beaker cooperates with the filling system, and a sealed position allowing leak-free storage of the liquid introduced into the filling volume ; said valve comprising a deformable element mounted in compression in the sealed position and capable of being deformed in the filling position when the pressure of the injected liquid is greater than a predetermined compression value of the deformable element ; said valve comprising a connection element allowing the passage of liquid coming from the filling system into the filling volume ; the deformable element being arranged to bear against a sealing ring of the connection element in the sealed position of the valve , and spaced from the sealing ring in the filling position of the valve , characterised in that the deformable element comprises a shutter cooperating with the connection element and held by a plurality of elastic arms fixed to the wall and working in flexion and/or compression between the wall and the shutter . a wall delimiting a filling volume arranged between, on a first side, a bottom , and on the opposite side, an opening ; a filling valve provided in the bottom and operable between a filling position, allowing the introduction of the liquid into the filling volume when the beaker cooperates with the filling system, and a sealed position allowing leak-free storage of the liquid introduced into the filling volume ; said valve comprising a deformable element mounted in compression in the sealed position and capable of being deformed in the filling position when the pressure of the injected liquid is greater than a predetermined compression value of the deformable element ; said valve comprising a connection element allowing the passage of liquid coming from the filling system into the filling volume ; the deformable element being arranged to bear against a sealing ring of the connection element in the sealed position of the valve , and spaced from the sealing ring in the filling position of the valve , characterised in that the deformable element comprises a shutter cooperating with the connection element and held by a plurality of elastic arms fixed to the wall and working in flexion and/or compression between the wall and the shutter .
Printing assembly , wherein the printing assembly has a least one transport path that is provided for the transport of a web-type printing substrate , the transport path defining at least one transport direction, and wherein the printing assembly has at least two suction boxes , and wherein the at least two suction boxes have respective inlet openings which point at least partially toward the transport path provided for the printing substrate , and wherein a suction direction of a respective suction box points from the at least one inlet openings toward the at least one outlet opening , and wherein a middle suction direction of the respective suction box has at least one component oriented in a direction pointing vertically upward, characterized in that the inlet openings of the at least two suction boxes together extend in a transverse direction (A) over an inlet length that corresponds to at least 90% of the working width of the printing assembly , and in that the at least two suction boxes are arranged side by side in the transverse direction (A), and in that these at least two suction boxes can each be removed from the printing assembly individually and independently of others of these at least two suction boxes that are arranged next to the respective one of the at least two suction boxes .
A heat storage device, in particular a hot blast stove , comprising a support assembly and a heat regeneration checkerwork made of checker bricks , said heat regeneration checkerwork being supported by said support assembly , characterized in that said support assembly comprises: - a carrier structure made of refractory material; comprising a plurality of support columns , wherein said support columns are hollow columns and present at least one through-opening along a radial direction of said support columns for gas to flow through. - a carrier floor made of refractory material, said carrier floor resting on said carrier structure and being arranged and formed to carry the checker bricks of the checkerwork , and in that said support assembly does not comprise any metal support or metal carrier elements; said refractory material preferably being ceramic refractory material. - a carrier structure made of refractory material; comprising a plurality of support columns , wherein said support columns are hollow columns and present at least one through-opening along a radial direction of said support columns for gas to flow through. - a carrier floor made of refractory material, said carrier floor resting on said carrier structure and being arranged and formed to carry the checker bricks of the checkerwork ,
A spinning position device for a ring spinning machine comprising a spindle for a package body , which spindle is rotatably mounted on a spindle rail , and an encapsulation extending in the longitudinal direction of the spindle and enclosing the package body , wherein the encapsulation being connected to the spindle rail , is longitudinally divided and has a rear encapsulation wall and a front encapsulation wall , wherein the front encapsulation wall being movable into an open position, so that in the open position the package body of the spinning position device is accessible for operation, characterised in that the spinning position device further has a spindle brake which can be actuated by opening the encapsulation in order to brake the spindle or package body , wherein the brake force of the spindle brake can be controlled. a spindle for a package body , which spindle is rotatably mounted on a spindle rail , and an encapsulation extending in the longitudinal direction of the spindle and enclosing the package body , wherein the encapsulation being connected to the spindle rail , is longitudinally divided and has a rear encapsulation wall and a front encapsulation wall , wherein the front encapsulation wall being movable into an open position, so that in the open position the package body of the spinning position device is accessible for operation, characterised in that the spinning position device further has a spindle brake which can be actuated by opening the encapsulation in order to brake the spindle or package body , wherein the brake force of the spindle brake can be controlled.
A communications network comprising: a plurality of network segments , each of the plurality of network segments comprising a segment management module , one or more routers and a plurality of communications links , the communications links connecting each router to one or more other routers; and a supervisory management module , wherein, in use, the network is configured such that each segment management module predicts the performance of each of the one or more routers in its respective segment that carries a data flow based on operational data reported by each of the one or more routers and if the predicted performance exceeds a threshold value, that segment management module is further configured to: a) identify an alternative routing for the data flow within that network segment; or b) if an alternative routing for the data flow cannot be found within that network segment, send a report to the supervisory management module, the supervisory management module being configured to, in use, take action in response to the report. a) identify an alternative routing for the data flow within that network segment; or b) if an alternative routing for the data flow cannot be found within that network segment, send a report to the supervisory management module, the supervisory management module being configured to, in use, take action in response to the report.
Programmable pulse width modulating (PWM) controller comprising in series (i) at least two parallel loop filters for loop-gain and signal processing, preferably at least four loop filters, each loop filter comprising multiple inputs and at least one output , wherein a loop filter is adapted to perform at least one of interpolation of the pulse code modulated (PCM) input signal, common mode control, differential mode control, audio processing, audio filtering, audio emphasizing, and LC compensation, characterized in that each single output being in electrical connection with (ii) at least one butterfly mixer , the butterfly mixer being capable of mixing at least two inputs and of providing at least two mixed outputs to (iii) at least two parallel pulse width modulators (PWM's) , wherein a pulse width modulator comprises a carrier signal with an adaptable and programmable shape, phase and frequency, wherein the carrier signal is compared by the pulse width modulator with the input signal to create an output signal , wherein (iv) loop filters, butterfly mixer, and PWM's are individually and independently programmable and adaptable, wherein loop filter input is adapted to receive at least one of a local digital PWM processed output signal , and an ADC output, and comprising at least one setting data storage means for loading, adapting and storing programmable and adaptable settings. (i) at least two parallel loop filters for loop-gain and signal processing, preferably at least four loop filters, each loop filter comprising multiple inputs and at least one output , wherein a loop filter is adapted to perform at least one of interpolation of the pulse code modulated (PCM) input signal, common mode control, differential mode control, audio processing, audio filtering, audio emphasizing, and LC compensation, characterized in that each single output being in electrical connection with (ii) at least one butterfly mixer , the butterfly mixer being capable of mixing at least two inputs and of providing at least two mixed outputs to (iii) at least two parallel pulse width modulators (PWM's) , wherein a pulse width modulator comprises a carrier signal with an adaptable and programmable shape, phase and frequency, wherein the carrier signal is compared by the pulse width modulator with the input signal to create an output signal , wherein (iv) loop filters, butterfly mixer, and PWM's are individually and independently programmable and adaptable, wherein loop filter input is adapted to receive at least one of a local digital PWM processed output signal , and an ADC output, and comprising at least one setting data storage means for loading, adapting and storing programmable and adaptable settings.
A wearable absorbent hygiene article comprising: a liquid permeable top layer adapted to face the wearer during use; a back layer opposite to the top layer; an absorbent member located between the top layer and the back layer; an electronics unit ; a power source ; and a switch operably coupling the electronics unit to the power source, the switch configured such that the power source supplies power to the electronics unit when the switch is in an ON state and such that the power source does not supply power to the electronics unit when the switch is in an OFF state, wherein: the power source, the switch and at least a portion of the electronics unit are disposed between the top layer and the back layer, and the wearable absorbent hygiene article comprises: a first panel region; and a second panel region, wherein: the switch is further configured such that a movement of the first panel region relative to the second panel region switches the switch from the OFF state to the ON state. a liquid permeable top layer adapted to face the wearer during use; a back layer opposite to the top layer; an absorbent member located between the top layer and the back layer; an electronics unit ; a power source ; and a switch operably coupling the electronics unit to the power source, the switch configured such that the power source supplies power to the electronics unit when the switch is in an ON state and such that the power source does not supply power to the electronics unit when the switch is in an OFF state, wherein: the power source, the switch and at least a portion of the electronics unit are disposed between the top layer and the back layer, and the wearable absorbent hygiene article comprises: a first panel region; and a second panel region, wherein: the switch is further configured such that a movement of the first panel region relative to the second panel region switches the switch from the OFF state to the ON state. the power source, the switch and at least a portion of the electronics unit are disposed between the top layer and the back layer, and the wearable absorbent hygiene article comprises: a first panel region; and a second panel region, wherein: the switch is further configured such that a movement of the first panel region relative to the second panel region switches the switch from the OFF state to the ON state. a first panel region; and a second panel region, wherein: the switch is further configured such that a movement of the first panel region relative to the second panel region switches the switch from the OFF state to the ON state.