mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: removing a portion of a coating using an abrasive material or a liquid jet, wherein the coating comprises a rare earth silicate, and wherein the coating is on a substrate comprising a ceramic or a ceramic matrix composite; after removing the portion of the coating using the abrasive material or the liquid jet, contacting the coating with a liquid comprising an active species, wherein the active species includes at least one of a mineral acid or a base; and working the coating to cause removal of at least a portion of the coating. removing a portion of a coating using an abrasive material or a liquid jet, wherein the coating comprises a rare earth silicate, and wherein the coating is on a substrate comprising a ceramic or a ceramic matrix composite; after removing the portion of the coating using the abrasive material or the liquid jet, contacting the coating with a liquid comprising an active species, wherein the active species includes at least one of a mineral acid or a base; and working the coating to cause removal of at least a portion of the coating.
A system for cleaning environmental air, comprising: - a receptacle configured to receive a filter , so that the filter when installed in the receptacle is in stream with a heat radiator of a vehicle when air is flowing, the heat radiator for cooling coolant fluid , the coolant fluid for transporting heat from a part of the vehicle to be cooled to the heat radiator ; - a controlling circuit for controlling a fan placeable in relation to the radiator so that at least part of the air flow is produced by the fan , when the fan is operating; characterized in that the controlling circuit is configured to: - determine if environmental air requires cleaning; - when it is determined that environmental air requires cleaning, operate the fan when a vehicle speed is within a speed range of fan influence; and - not operate the fan when a vehicle speed is out of the speed range of fan influence. - a receptacle configured to receive a filter , so that the filter when installed in the receptacle is in stream with a heat radiator of a vehicle when air is flowing, the heat radiator for cooling coolant fluid , the coolant fluid for transporting heat from a part of the vehicle to be cooled to the heat radiator ; - a controlling circuit for controlling a fan placeable in relation to the radiator so that at least part of the air flow is produced by the fan , when the fan is operating; - determine if environmental air requires cleaning; - when it is determined that environmental air requires cleaning, operate the fan when a vehicle speed is within a speed range of fan influence; and - not operate the fan when a vehicle speed is out of the speed range of fan influence.
An endoscopic surgery device comprising: a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member , and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member , and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; a position sensor configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to not change a range of an observation image acquired by the endoscope if the movement amount of the treatment tool with respect to the guide member detected by the position sensor is within a predetermined range representing a non-sensitive area when the movement amount of the treatment tool is detected by the position sensor , the control means further being configured to change the range of the observation image acquired by the endoscope in accordance with the movement amount of the treatment tool with respect to the guide member if the movement amount of the treatment tool is not within the predetermined range. a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member , and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member , and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; a position sensor configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to not change a range of an observation image acquired by the endoscope if the movement amount of the treatment tool with respect to the guide member detected by the position sensor is within a predetermined range representing a non-sensitive area when the movement amount of the treatment tool is detected by the position sensor , the control means further being configured to change the range of the observation image acquired by the endoscope in accordance with the movement amount of the treatment tool with respect to the guide member if the movement amount of the treatment tool is not within the predetermined range.
A system for determining temperature comprising: a cold junction screw; firmware configured to calculate a current temperature of said cold junction screw; a temperature sensor configured to provide a measured temperature; and a memory module for storing said current calculated temperature of said cold junction screw, at least one previously calculated temperature of said cold junction screw, said current measured temperature from said temperature sensor , and at least one previously measured temperature from said temperature sensor ; wherein an algorithm configured in said firmware provides said current temperature of said cold junction screw according to said at least one previous calculated temperature of said cold junction screw, said current measured temperature from said temperature sensor , and at least one previously measured temperature from said temperature sensor . a cold junction screw; firmware configured to calculate a current temperature of said cold junction screw; a temperature sensor configured to provide a measured temperature; and a memory module for storing said current calculated temperature of said cold junction screw, at least one previously calculated temperature of said cold junction screw, said current measured temperature from said temperature sensor , and at least one previously measured temperature from said temperature sensor ; wherein an algorithm configured in said firmware provides said current temperature of said cold junction screw according to said at least one previous calculated temperature of said cold junction screw, said current measured temperature from said temperature sensor , and at least one previously measured temperature from said temperature sensor .
A centrifugal blower assembly comprising: a housing comprising an inner surface and an outer surface , said inner surface defining in part an interior space, wherein an airflow moving across at least one of said inner surface and said outer surface forms a local boundary layer having a height extending from said at least one of said inner surface and said outer surface ; a blower expansion coupled to said housing, said blower expansion comprising an interior surface; and a first portion of texture applied to at least a first portion of at least one of said inner surface and said outer surface of said housing and to said interior surface of said blower expansion, said first portion of texture having a first height extending from said at least one of said inner surface and said outer surface , wherein the first height is based at least in part on the local boundary layer height, said first portion of texture configured to generate a turbulent flow within the airflow moving across said first portion of texture. a housing comprising an inner surface and an outer surface , said inner surface defining in part an interior space, wherein an airflow moving across at least one of said inner surface and said outer surface forms a local boundary layer having a height extending from said at least one of said inner surface and said outer surface ; a blower expansion coupled to said housing, said blower expansion comprising an interior surface; and a first portion of texture applied to at least a first portion of at least one of said inner surface and said outer surface of said housing and to said interior surface of said blower expansion, said first portion of texture having a first height extending from said at least one of said inner surface and said outer surface , wherein the first height is based at least in part on the local boundary layer height, said first portion of texture configured to generate a turbulent flow within the airflow moving across said first portion of texture.
A lubricant composition comprising: - at least one base oil; and - from 0.1% to 30% by weight of a phosphorus compound selected from the compound of formula (I) defined by the following formula: and the compound of formula (II) defined by the following formula: and - at least a calcium carbonate overbased detergent selected from carboxylates, phenates, sulphonates, salicylates and mixed phenate-sulphonate-salicylate detergents. - at least one base oil; and - from 0.1% to 30% by weight of a phosphorus compound selected from the compound of formula (I) defined by the following formula: and the compound of formula (II) defined by the following formula: and - at least a calcium carbonate overbased detergent selected from carboxylates, phenates, sulphonates, salicylates and mixed phenate-sulphonate-salicylate detergents. - at least a calcium carbonate overbased detergent selected from carboxylates, phenates, sulphonates, salicylates and mixed phenate-sulphonate-salicylate detergents.
An air spinning device comprising: a first block having a travel path that guides a fiber bundle ; and a second block that is arranged downstream of the first block in a fiber traveling direction, and that guides the fiber bundle further toward a downstream side; characterized in that the second block can perform a first separation operation and a second separation operation after the first separation operation, the first separation operation being an operation in which the second block is linearly moved away from the first block along the fiber traveling direction, and the second separation operation being an operation in which the second block is moved or changes its orientation in a direction different from that of the first separation operation. a first block having a travel path that guides a fiber bundle ; and a second block that is arranged downstream of the first block in a fiber traveling direction, and that guides the fiber bundle further toward a downstream side; characterized in that the second block can perform a first separation operation and a second separation operation after the first separation operation, the first separation operation being an operation in which the second block is linearly moved away from the first block along the fiber traveling direction, and the second separation operation being an operation in which the second block is moved or changes its orientation in a direction different from that of the first separation operation.
An additive manufacturing device comprising: a controller arranged to receive data for an article to print; a sub-device comprising a resin source arranged to provide material for printing the article; a radiation source arranged to direct radiation for the printing of the article; a plurality of stations comprising: a printing tank in which the article is printed, at least one cleaning station for cleaning the printed article; and a build surface upon which the article is arranged to be printed, wherein the controller is arranged to move the build surface and the plurality of stations relative to each other, wherein the plurality of stations is located on a moveable tray , and wherein the moveable tray is arranged to rotate about a vertical axis, and the build surface is located on a vertically oriented linear slide such that the moveable tray is arranged to sequentially rotate a relevant station into a desired position and the build surface is arranged to vertically deliver the article to the relevant station; characterized in that said stations further comprise a curing station arranged to at least partially complete the curing of the printed article. a controller arranged to receive data for an article to print; a sub-device comprising a resin source arranged to provide material for printing the article; a radiation source arranged to direct radiation for the printing of the article; a plurality of stations comprising: a printing tank in which the article is printed, at least one cleaning station for cleaning the printed article; and a build surface upon which the article is arranged to be printed, wherein the controller is arranged to move the build surface and the plurality of stations relative to each other, wherein the plurality of stations is located on a moveable tray , and wherein the moveable tray is arranged to rotate about a vertical axis, and the build surface is located on a vertically oriented linear slide such that the moveable tray is arranged to sequentially rotate a relevant station into a desired position and the build surface is arranged to vertically deliver the article to the relevant station; characterized in that said stations further comprise a curing station arranged to at least partially complete the curing of the printed article.
An apparatus comprising: partition control circuitry configured to control at least one partition of a memory array, the partition control circuitry also configured to receive a controlled clock signal to enable execution of a legitimate memory access command and to generate an active/idle signal having an active state during execution of the legitimate memory access command or having an idle state in response to completion of execution of the legitimate memory access command.
A compound based on 1-Aza-3,7-dioxabicyclo[3.3.0]octane substituted with 2-phenylpropyl represented by formula (I) wherein R a is hydrogen or a C 1-20 alkyl which can be optionally substituted with hydroxyl groups and/or amine groups and/or in which up to 8 -CH 2 - groups which are not adjacent to each other can be substituted by -O-, preferably R a is hydrogen or C 1-6 alkyl, more preferably R a is hydrogen or methyl, most preferably R a is hydrogen; and R b and R c are independently selected from hydrogen or C 1-6 alkyl, preferably R b and R c are independently selected from hydrogen and methyl, more preferably R b and R c are both hydrogen. R a is hydrogen or a C 1-20 alkyl which can be optionally substituted with hydroxyl groups and/or amine groups and/or in which up to 8 -CH 2 - groups which are not adjacent to each other can be substituted by -O-, preferably R a is hydrogen or C 1-6 alkyl, more preferably R a is hydrogen or methyl, most preferably R a is hydrogen; and R b and R c are independently selected from hydrogen or C 1-6 alkyl, preferably R b and R c are independently selected from hydrogen and methyl, more preferably R b and R c are both hydrogen.
A panel comprising a plurality of sheets wherein each sheet comprises at least 2 monolayers, preferably at least 4 monolayers, each sheet comprises at most 8 monolayers, preferably at most 6 monolayers, the monolayers containing multifilament yarns spun from ultra-high molecular weight polyethylene (UHMWPE), wherein the multifilament yarn has a tenacity (Ten) as expressed in cN/dtex according to Formula 1: Ten cN / dtex = ƒ × n − 0.05 × dpf − 0.15 wherein Ten is at least 39 cN/dtex, n is the number of filaments in the multifilament yarn and is at least 25, f is a factor of at least 62.0 and dpf is the dtex per filament.
A method for sector selection performed in a network node of a communication system , the communication system comprising two or more sectors using a common cell identification, each sector of the two or more sectors being controlled by a different network node, at least one sector of the two or more sectors is controlled by a Remote Radio Unit the two or more sectors each providing uplink and/or downlink connections to wireless devices located within a coverage area of the sectors , the method comprising: - estimating , for a wireless device , a sector combining gain, wherein the sector combining gain is related to an increment in spectrum efficiency for the wireless device , and wherein the estimating comprises: determining, for each of the two or more sectors , a radio condition value for the wireless device , and estimating the sector combining gain based on the determined radio condition values; and - selecting one or more of the sectors for use by the wireless device based on an adjustable sector selection criterion, wherein a sector is selected if the estimated sector combining gain fulfills the adjustable sector selection criterion, wherein the adjustable sector selection criterion comprises using an adjustable combining gain threshold that is adjusted adaptively for each of the wireless device within each of the sectors , and wherein the selecting comprises selecting a sector for reception and/or transmission for the wireless device if the estimated sector combining gain is greater than the adjustable combining gain threshold. - estimating , for a wireless device , a sector combining gain, wherein the sector combining gain is related to an increment in spectrum efficiency for the wireless device , and wherein the estimating comprises: determining, for each of the two or more sectors , a radio condition value for the wireless device , and estimating the sector combining gain based on the determined radio condition values; and - selecting one or more of the sectors for use by the wireless device based on an adjustable sector selection criterion, wherein a sector is selected if the estimated sector combining gain fulfills the adjustable sector selection criterion, wherein the adjustable sector selection criterion comprises using an adjustable combining gain threshold that is adjusted adaptively for each of the wireless device within each of the sectors , and wherein the selecting comprises selecting a sector for reception and/or transmission for the wireless device if the estimated sector combining gain is greater than the adjustable combining gain threshold.
A target for use in a physical vapor deposition process, having a matrix composed of a composite material selected from the group consisting of aluminum-based material, titanium-based material and all combinations thereof, wherein the elements of the matrix form a proportion of greater than or equal to 60 at% and less than or equal to 99 at% of the target, wherein the matrix is doped with doping elements, wherein the doping elements are selected from the group consisting of the lanthanides: La, Ce, Nd, Sm and Eu, characterized in that the doping elements are embedded in the matrix as constituents of ceramic compounds and in that the doping elements are present in the target in a total concentration in a range from greater than or equal to 1 at% to less than or equal to 10 at%, preferably less than or equal to 5 at%.
A process for producing a product mixture comprising E- and Z-1,1,1,4,4,4-hexafluoro-2-chloro-2-butene comprising contacting 1,1,2,4,4-pentachlorobuta-1,3-diene with HF in the vapor phase in the presence of a chlorine source and a fluorination catalyst and to produce a product mixture comprising E- and Z-1,1,1,4,4,4-hexafluoro-2-chloro-2-butene.
A mandatory access control method, comprising: obtaining, by a virtual machine monitor, VMM, from at least one virtual machine, M access instructions delivered by a user, wherein each of the M access instructions comprises an access subject and an access object, and M is a positive integer greater than or equal to 2; after obtaining the M access instructions, determining by the VMM according to the subject and the object of each of the M access instructions, N access instructions that comply with a preset mandatory access rule, wherein N is a positive integer less than or equal to M; and after determining the N access instructions, accessing by the VMM, a hardware layer device corresponding to the object of each of the N access instructions. obtaining, by a virtual machine monitor, VMM, from at least one virtual machine, M access instructions delivered by a user, wherein each of the M access instructions comprises an access subject and an access object, and M is a positive integer greater than or equal to 2; after obtaining the M access instructions, determining by the VMM according to the subject and the object of each of the M access instructions, N access instructions that comply with a preset mandatory access rule, wherein N is a positive integer less than or equal to M; and after determining the N access instructions, accessing by the VMM, a hardware layer device corresponding to the object of each of the N access instructions.
Device for controlling the charge state of at least one pressure accumulator , comprising a pressure accumulator and a hydraulic system which has a working line which can be connected to the pressure accumulator for supplying pressure to a consumer and a charging and discharging circuit for optionally connecting the pressure accumulator to a pressure source (P) for a charging operation or to a tank (T) for a discharging operation, wherein the charging and discharging circuit has a pressure compensator which comprises a pressure connection , a tank connection and a control piston , wherein the control piston can be deflected from a central locked position into a charging position connecting the pressure accumulator to the pressure source (P) or into a discharging position connecting the pressure accumulator to the tank (T), and wherein the control piston of the pressure compensator can be acted upon, on the one hand, via a first control line by a control pressure related to the pressure of the pressure accumulator and, on the other hand, via a second control line by a control pressure related to the pressure of the working line , characterised in that the charging and discharging circuit comprises a first control valve which in one valve position connects the pressure source (P) to the pressure connection of the pressure compensator and a second control valve which in one valve position connects the tank connection of the pressure compensator to the tank (T).