mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating , by at least a first pressure sensor , a first signal in response to sensing pressure of an industrial process; generating , by [[the]] at least a second pressure sensor , a second signal in response to sensing a drift detection condition of the plant atmosphere which is different from the pressure of the industrial process; determining a pressure measurement (P process ) of the pressure of the industrial process using the first signal; determining an atmospheric pressure measurement ( P atm ) of the drift detection condition using the second signal; comparing the pressure measurement of the drift detection condition to one of: the pressure measurement of the process or a reference value ; and identifying , by at least one processing device , whether drift has deteriorated accuracy of the at least first or second pressure sensors based on the comparison, wherein the identifying includes the step of: dynamically detecting a drift by periodically measuring an amount of the drift within the at least second pressure sensor; determining drift ( drift 2) by calculating the difference between at least one of the pressure measurement or the drift detection condition and the atmospheric pressure measurement of the reference value. generating , by at least a first pressure sensor , a first signal in response to sensing pressure of an industrial process; generating , by [[the]] at least a second pressure sensor , a second signal in response to sensing a drift detection condition of the plant atmosphere which is different from the pressure of the industrial process; determining a pressure measurement (P process ) of the pressure of the industrial process using the first signal; determining an atmospheric pressure measurement ( P atm ) of the drift detection condition using the second signal; comparing the pressure measurement of the drift detection condition to one of: the pressure measurement of the process or a reference value ; and identifying , by at least one processing device , whether drift has deteriorated accuracy of the at least first or second pressure sensors based on the comparison, wherein the identifying includes the step of: dynamically detecting a drift by periodically measuring an amount of the drift within the at least second pressure sensor; determining drift ( drift 2) by calculating the difference between at least one of the pressure measurement or the drift detection condition and the atmospheric pressure measurement of the reference value. dynamically detecting a drift by periodically measuring an amount of the drift within the at least second pressure sensor; determining drift ( drift 2) by calculating the difference between at least one of the pressure measurement or the drift detection condition and the atmospheric pressure measurement of the reference value.
A cryogenic cooling arrangement comprising: - a cooled article ; - a cryogen tank ; - a heat exchanger exposed to an interior of the cryogen tank ; - a cryogenic recondensing refrigerator in thermal contact with the heat exchanger and - a heat transfer arrangement (16; 26) that conducts heat from the cooled article to the cryogen tank, wherein the cryogenic cooling arrangement comprises a further cryogen tank linked to the cryogen tank through a constriction, the further cryogen tank being fluidly connected to receive cryogen liquid recondensed on the heat exchanger, the further cryogen tank housing components , whereby said components are cooled by cryogen liquid received in the further cryogen tank , wherein the heat transfer arrangement comprises a cooling loop arrangement, itself comprising a pipe (16; 16a/16b) in thermal contact with the cooled article , an inlet end of said pipe being open to the cryogen tank near a lower extremity thereof, and an outlet end of said pipe being connected to the cryogen tank nearer an upper extremity thereof. - a cooled article ; - a cryogen tank ; - a heat exchanger exposed to an interior of the cryogen tank ; - a cryogenic recondensing refrigerator in thermal contact with the heat exchanger and - a heat transfer arrangement (16; 26) that conducts heat from the cooled article to the cryogen tank,
A magnetic health device comprising: a magnet having a rotation shaft and being magnetized along a rotation direction; a first rotation mechanism which rotates the magnet around the rotation shaft of the magnet ; a second rotation mechanism which rotates the magnet around an orthogonal axis direction of the rotation shaft of the magnet ; and a support means for supporting the magnet , the first rotation mechanism and the second rotation mechanism with respect to a human body, characterized by a case housing the magnet so that the rotation shaft can rotate; the case being fixed to a rotating plate included in the second rotation mechanism . a magnet having a rotation shaft and being magnetized along a rotation direction; a first rotation mechanism which rotates the magnet around the rotation shaft of the magnet ; a second rotation mechanism which rotates the magnet around an orthogonal axis direction of the rotation shaft of the magnet ; and a support means for supporting the magnet , the first rotation mechanism and the second rotation mechanism with respect to a human body, characterized by a case housing the magnet so that the rotation shaft can rotate; the case being fixed to a rotating plate included in the second rotation mechanism .
A computer-implemented method of selecting one or more diagnostic images for generating a physiological model, the method comprising the steps of: obtaining (S101, S102) a plurality of diagnostic images of a target structure, deriving (S201 - S204) a plurality of target measures comprising at least one respective target measure for each of the plurality of diagnostic images, analyzing (S301 - S307) the plurality of target measures to select a set of candidate images, and assigning (S401 - S403) a suitability score to each candidate image in the set of candidate images, the suitability score indicating a suitability of the respective candidate image for generating the physiological model. obtaining (S101, S102) a plurality of diagnostic images of a target structure, deriving (S201 - S204) a plurality of target measures comprising at least one respective target measure for each of the plurality of diagnostic images, analyzing (S301 - S307) the plurality of target measures to select a set of candidate images, and assigning (S401 - S403) a suitability score to each candidate image in the set of candidate images, the suitability score indicating a suitability of the respective candidate image for generating the physiological model.
A method of fault detection and accommodation for a controller and actuator system, the method comprising: receiving, from a controller , a flag at an actuator in response to an excitation voltage and current falling below a threshold value; characterized in that the method further comprises engaging a sensor in the actuator in response to receiving the flag; receiving, using the sensor, a first load cell signal and a second load cell signal in response to the sensor being engaged; determining how the actuator is operating a brake based on the received flag, first load cell signal, and second load cell signal; adjusting a state of the actuator based on the determination; and reporting the state of the actuator by transmitting a report signal to the controller, wherein the first load cell signal is a low side voltage signal, and wherein the second load cell signal is a high side voltage signal. receiving, from a controller , a flag at an actuator in response to an excitation voltage and current falling below a threshold value; characterized in that the method further comprises engaging a sensor in the actuator in response to receiving the flag; receiving, using the sensor, a first load cell signal and a second load cell signal in response to the sensor being engaged; determining how the actuator is operating a brake based on the received flag, first load cell signal, and second load cell signal; adjusting a state of the actuator based on the determination; and reporting the state of the actuator by transmitting a report signal to the controller, wherein the first load cell signal is a low side voltage signal, and wherein the second load cell signal is a high side voltage signal.
A method of policy optimization in a communication network, the method comprising: sending , by a network data analytics function, NWDA , an instruction to a plurality of network entities of the communication network to generate and store a measurement report containing measurement data; receiving , by the network data analytics function , an acknowledgement message from each of the plurality of network entities ; requesting , by the network data analytics function , measurement data from a data storage function , wherein the data storage function has stored the measurement data received from the plurality of network entities ; receiving , by the network data analytics function , the requested measurement data from the data storage function ; and sending , by the network data analytics function , a policy recommendation to at least one control plane function based on an analysis of the received measurement data. sending , by a network data analytics function, NWDA , an instruction to a plurality of network entities of the communication network to generate and store a measurement report containing measurement data; receiving , by the network data analytics function , an acknowledgement message from each of the plurality of network entities ; requesting , by the network data analytics function , measurement data from a data storage function , wherein the data storage function has stored the measurement data received from the plurality of network entities ; receiving , by the network data analytics function , the requested measurement data from the data storage function ; and sending , by the network data analytics function , a policy recommendation to at least one control plane function based on an analysis of the received measurement data.
A discharge gate for a gypsum slurry mixer with a housing having an annular peripheral wall, comprising: an injection port constructed and arranged for introducing foam into a slurry formed in the mixer; a lower member having an inlet opening configured for receiving the slurry, and an outlet opening configured for delivering the slurry to a dispensing device, the inlet opening generally following a contour or profile of the annular peripheral wall of the housing; an upper member attached to the lower member by at least one of a first and second side wall , at least one of the upper and lower members having at least one opening constructed and arranged for accommodating insertion of the injection port ; a cavity configured for mixing the foam and slurry, and defined by inner surfaces of the lower member and the upper member; and a gate filler block being inserted into the cavity , and having an inlet side located in the inlet opening and an outlet side ; and configured for reducing the volume of the cavity by substantially covering an inner surface of at least one of the upper member and the lower member . an injection port constructed and arranged for introducing foam into a slurry formed in the mixer; a lower member having an inlet opening configured for receiving the slurry, and an outlet opening configured for delivering the slurry to a dispensing device, the inlet opening generally following a contour or profile of the annular peripheral wall of the housing; an upper member attached to the lower member by at least one of a first and second side wall , at least one of the upper and lower members having at least one opening constructed and arranged for accommodating insertion of the injection port ; a cavity configured for mixing the foam and slurry, and defined by inner surfaces of the lower member and the upper member; and a gate filler block being inserted into the cavity , and having an inlet side located in the inlet opening and an outlet side ; and configured for reducing the volume of the cavity by substantially covering an inner surface of at least one of the upper member and the lower member .
A multiple dwelling house interphone system configured to respond to a call from a collective entrance machine installed at an entrance by not only a dwelling room master device installed in an individual dwelling unit but also a mobile phone carried by a dweller, the multiple dwelling house interphone system comprising a communication management device configured to transmit a call signal from the collective entrance machine to the mobile phone and to control communication between the collective entrance machine and the mobile phone , wherein the communication management device is configured to relay the communication to the mobile phone registered as a calling destination of the collective entrance machine so as to be linked to the dwelling room master device using a predetermined application based on a VOIP, characterized in that , when a predetermined registration operation to allow the communication with the communication management device based on the VOIP is performed to link the mobile phone to the dwelling room master device , the communication management device is configured to accept the registration, and, having accepted the registration, configured to transmit information list on mobile phones already registered relative to the dwelling room master device as a link target in addition to an application for a download, and the mobile phone that has downloaded the application is configured to display the information list on a display section of the mobile phone . a communication management device configured to transmit a call signal from the collective entrance machine to the mobile phone and to control communication between the collective entrance machine and the mobile phone , wherein the communication management device is configured to relay the communication to the mobile phone registered as a calling destination of the collective entrance machine so as to be linked to the dwelling room master device using a predetermined application based on a VOIP, characterized in that , when a predetermined registration operation to allow the communication with the communication management device based on the VOIP is performed to link the mobile phone to the dwelling room master device , the communication management device is configured to accept the registration, and, having accepted the registration, configured to transmit information list on mobile phones already registered relative to the dwelling room master device as a link target in addition to an application for a download, and the mobile phone that has downloaded the application is configured to display the information list on a display section of the mobile phone .
A microscope , comprising: an objective comprising a lens barrel and a lens system included in said lens barrel , said lens system defining an objective pupil within said lens barrel , wherein said lens system comprises a wave front manipulator element located in said objective pupil , said wave front manipulator element being controllable to vary a phase of light across said objective pupil (222, characterized in that said wave front manipulator element is formed by a structure disposed on a surface of an optical element included in said lens system , the microscope further comprising a processor configured to control said wave front manipulator element for varying the phase of light across the objective pupil , said processor is configured to cause acquisition of a first image with a first image defocus and to cause acquisition of a second image with a second image defocus, and said processor is further configured to process said first and second images for obtaining phase information. an objective comprising a lens barrel and a lens system included in said lens barrel , said lens system defining an objective pupil within said lens barrel , wherein said lens system comprises a wave front manipulator element located in said objective pupil , said wave front manipulator element being controllable to vary a phase of light across said objective pupil (222, characterized in that said wave front manipulator element is formed by a structure disposed on a surface of an optical element included in said lens system , the microscope further comprising a processor configured to control said wave front manipulator element for varying the phase of light across the objective pupil , said processor is configured to cause acquisition of a first image with a first image defocus and to cause acquisition of a second image with a second image defocus, and said processor is further configured to process said first and second images for obtaining phase information.
Omecamtiv mecarbil or a pharmaceutically acceptable salt or hydrate thereof, for use in treating heart failure, wherein the omecamtiv mecarbil or a pharmaceutically acceptable salt or hydrate thereof is administered with ivabradine or a pharmaceutically acceptable salt or hydrate thereof.
A method for synthesizing an intermetallic compound Ag-Sn comprising the following successive steps: - a step of providing a mixture (E1) during which a solution of a mixture of a silver salt and of a protective agent in a polyol-type solvent is carried out, - a first heating step (E2) during which the solution is brought to a temperature T1 greater than or equal to 140°C and less than or equal to 180°C for a time period t1 greater than or equal to 5 min and less than or equal to 1 h, during this step the silver salt is reduced by the polyol solvent, - a tin salt introduction step (E3) during which a tin salt and soda are introduced in the solution, - a second heating step (E4) during which the solution is brought to a temperature T2 greater than or equal to 140°C and less than or equal to 180°C for a time period t2 greater than or equal to 5 min and less than or equal to 1 h, - a reduction step (E5) during which a reducing agent is introduced in the solution, - a third heating step (E6) during which the solution is brought to a temperature T3 greater than or equal to 160°C and less than or equal to 240°C for a time period t3 greater than or equal to 30 min and less than or equal to 24 h, during this step the tin salt is reduced by the reducing agent, - a recovery step (E7) during which the obtained intermetallic compound Ag-Sn is recovered. - a step of providing a mixture (E1) during which a solution of a mixture of a silver salt and of a protective agent in a polyol-type solvent is carried out, - a first heating step (E2) during which the solution is brought to a temperature T1 greater than or equal to 140°C and less than or equal to 180°C for a time period t1 greater than or equal to 5 min and less than or equal to 1 h, during this step the silver salt is reduced by the polyol solvent, - a tin salt introduction step (E3) during which a tin salt and soda are introduced in the solution, - a second heating step (E4) during which the solution is brought to a temperature T2 greater than or equal to 140°C and less than or equal to 180°C for a time period t2 greater than or equal to 5 min and less than or equal to 1 h, - a reduction step (E5) during which a reducing agent is introduced in the solution, - a third heating step (E6) during which the solution is brought to a temperature T3 greater than or equal to 160°C and less than or equal to 240°C for a time period t3 greater than or equal to 30 min and less than or equal to 24 h, during this step the tin salt is reduced by the reducing agent, - a recovery step (E7) during which the obtained intermetallic compound Ag-Sn is recovered.
Cathode material for an alkali metal cell , especially a lithium-sulfur cell, comprising - at least one cathode active material , wherein the at least one cathode active material is sulfur-containing, and - at least one polymer (P), especially polymer electrolyte, having at least one repeat unit of the general chemical formula: where -[A]- is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z + , or where Q is a positively charged group Q + and a counterion Z - , characterized in that the cathode material comprises, as polymer, at least one copolymer (P) having at least one first repeat unit and at least one second repeat unit different from the at least one first repeat unit, wherein the at least one first repeat unit has the general chemical formula: and wherein the at least one second repeat unit is a partly or fully fluorinated, especially perfluorinated, alkylene oxide unit, and/or a repeat unit bearing a partly or fully fluorinated, especially perfluorinated, alkylene oxide function. - at least one cathode active material , wherein the at least one cathode active material is sulfur-containing, and - at least one polymer (P), especially polymer electrolyte, having at least one repeat unit of the general chemical formula: where -[A]- is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z + , or where Q is a positively charged group Q + and a counterion Z - , where -[A]- is a polymer backbone-forming unit, where X is a spacer, where x is the number of the spacer X and is 1 or 0, and where Q is a negatively charged group Q - and a counterion Z + , or where Q is a positively charged group Q + and a counterion Z - ,
A hair rince off treatment composition comprising a mixture of amino acids, wherein the mixture of amino acids comprises glutamic acid, alanine and proline, characterised in that the weight ratio of glutamic acid: alanine: proline is 2:1:1 to 1:2:1 to 1:1:2 and the mixture of amino acids is 0.1 to 10 % by weight of the total composition, and wherein the composition is a shampoo or a conditioner and comprises a surfactant.
Method for the real-time-related correction of the spatial position of the central beam of radiation therapy devices by changing the positions of collimator elements and/or of the spatial position of the center of disease foci by changing the position of the patient support table, characterized in that a. spatial changes in the position of the collimator elements and/or and/or the patient support table occurring during the course of therapy are measured, b. the real-time-related calculations of the corrective movements required for this are carried out outside the radiation device in the irradiation planning system and/or in at least one microcontroller of the control system of the radiation therapy device, and c. the changes of those recorded spatial positions regarding their predetermined target position each is carried out via separate adjustment devices connected to the collimator and/or the patient support table in real time. a. spatial changes in the position of the collimator elements and/or and/or the patient support table occurring during the course of therapy are measured, b. the real-time-related calculations of the corrective movements required for this are carried out outside the radiation device in the irradiation planning system and/or in at least one microcontroller of the control system of the radiation therapy device, and c. the changes of those recorded spatial positions regarding their predetermined target position each is carried out via separate adjustment devices connected to the collimator and/or the patient support table in real time.