mhurhangee/patent-ind-claim-en huggingface dataset:
A system for keep out zone control comprising: a gas turbine engine comprising at least one compressor section and at least one turbine section operably coupled to a shaft of a spool ; and a controller operable to: determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold , in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold , in the keep out zone. a gas turbine engine comprising at least one compressor section and at least one turbine section operably coupled to a shaft of a spool ; and a controller operable to: determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold , in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold , in the keep out zone. determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold , in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold , in the keep out zone.
A blood purification system comprising: a blood treatment circuit configured to supply blood to a blood purification unit and recovers purified blood from the blood purification unit ; a drainage circuit configured to discharge drainage occurring in the blood purification unit to a drainage reservoir by a first drainage pump ; an external drainage circuit configured to discharge, to outside, by a second drainage pump , drainage stored in the drainage reservoir ; a weight scale configured to measure the weight of the drainage reservoir ; and a drainage controller configured to calculate, when drainage of the drainage reservoir is not discharged to the outside from the external drainage circuit , an actual flow rate of the first drainage pump from a variation of a weight of the drainage reservoir measured by the weight scale and configured to correct a flow rate error between the actual flow rate and a target flow rate by controlling the first drainage pump , and configured to control, when drainage of the drainage reservoir is discharged to the outside from the external drainage circuit by the second drainage pump , the first drainage pump using a corrected value of the flow rate error from immediately before initiating the discharging of drainage, wherein the second drainage pump is configured such that when a drainage exceeding a predetermined threshold is pooled in the drainage reservoir , the second drainage pump is actuated, and when the drainage in the drainage reservoir is decreased to below the predetermined amount, the second drainage pump is stopped. a blood treatment circuit configured to supply blood to a blood purification unit and recovers purified blood from the blood purification unit ; a drainage circuit configured to discharge drainage occurring in the blood purification unit to a drainage reservoir by a first drainage pump ; an external drainage circuit configured to discharge, to outside, by a second drainage pump , drainage stored in the drainage reservoir ; a weight scale configured to measure the weight of the drainage reservoir ; and a drainage controller configured to calculate, when drainage of the drainage reservoir is not discharged to the outside from the external drainage circuit , an actual flow rate of the first drainage pump from a variation of a weight of the drainage reservoir measured by the weight scale and configured to correct a flow rate error between the actual flow rate and a target flow rate by controlling the first drainage pump , and configured to control, when drainage of the drainage reservoir is discharged to the outside from the external drainage circuit by the second drainage pump , the first drainage pump using a corrected value of the flow rate error from immediately before initiating the discharging of drainage, wherein the second drainage pump is configured such that when a drainage exceeding a predetermined threshold is pooled in the drainage reservoir , the second drainage pump is actuated, and when the drainage in the drainage reservoir is decreased to below the predetermined amount, the second drainage pump is stopped.
An apparatus for measuring precipitation by means of radar, with a patch antenna configured to transmit and receive radar waves, and a dielectric lens ; wherein the patch antenna is oriented toward the dielectric lens in such a way that radar waves emitted by the patch antenna pass through the dielectric lens; wherein the dielectric lens is configured as such and oriented relative toward the patch antenna that wavefronts emitted by the patch antenna are formed into essentially plane wavefronts when passing through the dielectric lens; that the patch antenna is arranged in a focal point of the dielectric lens or a circular waveguide is arranged between the patch antenna and the dielectric lens ; that the dielectric lens is oriented with its optical axis essentially in the direction of the gravitational force; and that the apparatus furthermore comprises a radome , which is arranged on the antenna-remote side of the dielectric lens and partially encloses the dielectric lens.
A compound comprising: A. a fluoroelastomer A comprising copolymerized units of: one fluorinated olefin; at least one co-monomer different from fluorinated olefin A selected from fluorovinyl ethers, fluorinated olefins, olefins, and mixtures of these; at least one chain transfer agent or fluorinated monomer comprising cure sites; B. 0.1 to 10 parts per 100 parts fluoroelastomer A of at least one co-agent selected from the group consisting of triallyl cyanurate, trimethacryl isocyanurate, triallyl isocyanurate, trimethallyl isocyanurate, triacryl formal, triallyl trimellitate, N,N'-m-phenylene bismaleimide, diallyl phthalate, tetraallylterephthalamide, tri(diallylamine)-s-triazine, triallyl phosphite, N,N-diallylacrylamide, and combinations of these; C. 0.05 to 5 parts per 100 parts fluoroelastomer A of at least one chemical entity comprising an azo functional group; D. 0.01 to 10 parts per 100 parts fluoroelastomer A of a peroxide curing agent; wherein, when the compound has been cured into an article, the article exhibits no visible particles on the article surface when viewed at a magnification of 500 times that of an unmagnified image. A. a fluoroelastomer A comprising copolymerized units of: one fluorinated olefin; at least one co-monomer different from fluorinated olefin A selected from fluorovinyl ethers, fluorinated olefins, olefins, and mixtures of these; at least one chain transfer agent or fluorinated monomer comprising cure sites; one fluorinated olefin; at least one co-monomer different from fluorinated olefin A selected from fluorovinyl ethers, fluorinated olefins, olefins, and mixtures of these; at least one chain transfer agent or fluorinated monomer comprising cure sites; B. 0.1 to 10 parts per 100 parts fluoroelastomer A of at least one co-agent selected from the group consisting of triallyl cyanurate, trimethacryl isocyanurate, triallyl isocyanurate, trimethallyl isocyanurate, triacryl formal, triallyl trimellitate, N,N'-m-phenylene bismaleimide, diallyl phthalate, tetraallylterephthalamide, tri(diallylamine)-s-triazine, triallyl phosphite, N,N-diallylacrylamide, and combinations of these; C. 0.05 to 5 parts per 100 parts fluoroelastomer A of at least one chemical entity comprising an azo functional group; D. 0.01 to 10 parts per 100 parts fluoroelastomer A of a peroxide curing agent;
A cryogenic cooling system comprising: a first stage , a second stage , and a third stage , wherein the second stage is arranged between the first stage and the third stage ; and a first dilution unit comprising a first still and a first mixing chamber , wherein the first still is thermally coupled to the first stage and the first mixing chamber is thermally coupled to the third stage ; characterised in that the system further comprises: a second dilution unit comprising a second still and a second mixing chamber , wherein the second still is thermally coupled to the first stage and the second mixing chamber is thermally coupled to the second stage . a first stage , a second stage , and a third stage , wherein the second stage is arranged between the first stage and the third stage ; and a first dilution unit comprising a first still and a first mixing chamber , wherein the first still is thermally coupled to the first stage and the first mixing chamber is thermally coupled to the third stage ; characterised in that the system further comprises: a second dilution unit comprising a second still and a second mixing chamber , wherein the second still is thermally coupled to the first stage and the second mixing chamber is thermally coupled to the second stage .
An ablation catheter for ablating a selected tissue region within a body of a subject, comprising: a flexible elongate shaft having a proximal portion, a central portion, and a distal portion; and a plurality of electrodes spaced along a longitudinal length of the flexible elongate shaft within the central portion of the elongate shaft; and at least one high impedance structure , wherein the shape of the at least one high impedance structure is adjustable, and wherein the at least one high impedance structure is positioned among the plurality of electrodes and is configured to alter a current path created by a subset of the plurality of electrodes when the subset is activated to apply ablative energy, and wherein the flexible elongate shaft is configured for selective positioning within the body of the subject such that the central portion of the elongate shaft at least partially surrounds the selected tissue region and the proximal and distal portions of the elongate shaft are positioned external to the body of the subject, and wherein, upon positioning of the flexible elongate shaft such that the central portion of the flexible elongate shaft at least partially surrounds the selected tissue region, each electrode of the plurality of electrodes is configured for selective, independent activation to apply ablative energy to the selected tissue region. a flexible elongate shaft having a proximal portion, a central portion, and a distal portion; and a plurality of electrodes spaced along a longitudinal length of the flexible elongate shaft within the central portion of the elongate shaft; and at least one high impedance structure , wherein the shape of the at least one high impedance structure is adjustable, and wherein the at least one high impedance structure is positioned among the plurality of electrodes and is configured to alter a current path created by a subset of the plurality of electrodes when the subset is activated to apply ablative energy, and wherein the flexible elongate shaft is configured for selective positioning within the body of the subject such that the central portion of the elongate shaft at least partially surrounds the selected tissue region and the proximal and distal portions of the elongate shaft are positioned external to the body of the subject, and wherein, upon positioning of the flexible elongate shaft such that the central portion of the flexible elongate shaft at least partially surrounds the selected tissue region, each electrode of the plurality of electrodes is configured for selective, independent activation to apply ablative energy to the selected tissue region.
Method for the automated parking of a motor vehicle , comprising the steps: - specification of a parking position within a parking area on the part of a user with the aid of a specification device , - automatic parking of the motor vehicle at the parking position by a control device , characterised in that the specification device is operated by the user such that by means of the specification device a light pattern which has an unambiguous orientation is projected onto the parking area , wherein the light pattern is detected by a detecting device of the motor vehicle, and the parking position is determined depending on a lighting position at which the light pattern illuminates the parking area , and wherein by means of the orientation of the light pattern an orientation is specified for the motor vehicle in which it should park at the parking position . - specification of a parking position within a parking area on the part of a user with the aid of a specification device , - automatic parking of the motor vehicle at the parking position by a control device ,
A kit comprising: a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration (MAC), at a substantially constant or controllable rate, within the range of 0.125 - less than 1.0 × Minimum alveolar concentration (MAC) thereby allowing for sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration (MAC), at a substantially constant or controllable rate, within the range of 0.125 - less than 1.0 × Minimum alveolar concentration (MAC) thereby allowing for sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator
A data processing apparatus comprising: analyzing means for analyzing data for outputting a document by synthesizing a common object which is common among a plurality of records and a variable object which can vary among the plurality of records, one record corresponding to a data group necessary to form one document having one or more pages, and for determining whether a problem has occurred in the data; characterized by extracting means for extracting the number of records in which a problem has occurred in a page corresponding to the same page number by using a result analyzed by the analyzing means and the number of records in which the page corresponding to the same page number exists; predicting means for predicting whether the problem has been caused by the common object or has been caused by the variable object by using a ratio between the number of records in which the problem has occurred in the page corresponding to the same page number and the total number of records in which the page corresponding to the same page number exists, by comparing the ratio with a predetermined threshold; and output means for outputting a result predicted by the predicting means. analyzing means for analyzing data for outputting a document by synthesizing a common object which is common among a plurality of records and a variable object which can vary among the plurality of records, one record corresponding to a data group necessary to form one document having one or more pages, and for determining whether a problem has occurred in the data; characterized by extracting means for extracting the number of records in which a problem has occurred in a page corresponding to the same page number by using a result analyzed by the analyzing means and the number of records in which the page corresponding to the same page number exists; predicting means for predicting whether the problem has been caused by the common object or has been caused by the variable object by using a ratio between the number of records in which the problem has occurred in the page corresponding to the same page number and the total number of records in which the page corresponding to the same page number exists, by comparing the ratio with a predetermined threshold; and output means for outputting a result predicted by the predicting means.
A handling apparatus for use on a machine tool, comprising: - a base body which can be set up on a floor space, - a storage body which can be set up on the top side of said base body and is configured to store a plurality of workpieces or tools, and - a handling robot which is arranged on said base body and includes a gripper device for receiving a workpiece and/or tool from said storage body and for inserting the workpiece and/or tool received from said storage body by said gripper device into a corresponding workpiece and/or tool receptacle of said machine tool , characterized in that a plurality of first set-up elements are arranged on the bottom side of said storage body and a plurality of first centering elements are arranged on the top side of said base body , and wherein, when said storage body is set up on the top side of said base body , said first set-up elements interact in pairs in each case with said first centering elements in a self-centering manner in such a way that said storage body adopts a predetermined reference position in relation to said base body , wherein a plurality of second set-up elements are arranged on the bottom side of said base body and, when said base body is set up on said floor space and a plurality of second centering elements are arranged on said floor space, are configured to interact in pairs in each case with said second centering elements in a self-centering manner in such a way that said base body adopts a predetermined reference position in relation to the floor space and/or in relation to said machine tool set up on the floor space, wherein said handling apparatus can be connected and/or coupled to said machine tool or a control device of the machine tool via a wireless connection or cable plug connection and is configured to determine a previously stored reference position depending on the identified machine tool. - a base body which can be set up on a floor space, - a storage body which can be set up on the top side of said base body and is configured to store a plurality of workpieces or tools, and - a handling robot which is arranged on said base body and includes a gripper device for receiving a workpiece and/or tool from said storage body and for inserting the workpiece and/or tool received from said storage body by said gripper device into a corresponding workpiece and/or tool receptacle of said machine tool ,
A communication apparatus comprising: first search means for searching, in one predetermined channel, by a first method complying with Wi-Fi Neighbor Awareness Networking, NAN, a NAN cluster, and if such NAN cluster is discovered, joining the discovered NAN cluster and searching for a NAN device in the joined NAN cluster; second search means for searching, over a plurality of channels, another communication apparatus by a second wireless communication method which is different from the first method; accepting means for accepting a search instruction at the communication apparatus from a user; and control means for controlling, in response to accepting a first instruction by the accepting means, the first search means and the second search means so as to execute a first search using one of the first search means and the second search means, to execute a second search using another one of the first search means and the second search means, and then to execute a third search using the same search means as the first search. first search means for searching, in one predetermined channel, by a first method complying with Wi-Fi Neighbor Awareness Networking, NAN, a NAN cluster, and if such NAN cluster is discovered, joining the discovered NAN cluster and searching for a NAN device in the joined NAN cluster; second search means for searching, over a plurality of channels, another communication apparatus by a second wireless communication method which is different from the first method; accepting means for accepting a search instruction at the communication apparatus from a user; and control means for controlling, in response to accepting a first instruction by the accepting means, the first search means and the second search means so as to execute a first search using one of the first search means and the second search means, to execute a second search using another one of the first search means and the second search means, and then to execute a third search using the same search means as the first search.