mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a dynamic light effect on a light source array , the light source array comprising a plurality of individually controllable light sources , the method comprising: - obtaining or generating a vector, wherein the vector has a plurality of behavior parameters comprising at least a speed and a direction, and the vector has one or more appearance parameters comprising at least a color and/or a brightness, - mapping the vector onto the light source array over time according to the behavior parameters of the vector, and - controlling the light output of the plurality of light sources over time according to the mapping of the vector onto the light source array and according to the one or more appearance parameters of the vector, wherein an area of influence is mapped onto the light source array , and wherein the method further comprises: - changing at least one behavior parameter and/or at least one appearance parameter of the vector if the vector is located in the area of influence, or - generating at least one additional vector if the vector is located in the area of influence, the method being characterized in that the area of influence is mapped at a location relative to the light source array based on a user input indicative of a selection of an input location relative to the light source array , and wherein the light source array comprises one or more sensors for receiving the user input. - obtaining or generating a vector, wherein the vector has a plurality of behavior parameters comprising at least a speed and a direction, and the vector has one or more appearance parameters comprising at least a color and/or a brightness, - mapping the vector onto the light source array over time according to the behavior parameters of the vector, and - controlling the light output of the plurality of light sources over time according to the mapping of the vector onto the light source array and according to the one or more appearance parameters of the vector, wherein an area of influence is mapped onto the light source array , and wherein the method further comprises: - changing at least one behavior parameter and/or at least one appearance parameter of the vector if the vector is located in the area of influence, or - generating at least one additional vector if the vector is located in the area of influence, the method being characterized in that the area of influence is mapped at a location relative to the light source array based on a user input indicative of a selection of an input location relative to the light source array , and wherein the light source array comprises one or more sensors for receiving the user input.
A method for evaluating renal status in a subject, comprising: performing an assay method configured to detect C-C motif chemokine 14, and optionally further an assay method configured to detect C-C motif chemokine 16, and/or an assay method configured to detect Tyrosine-protein kinase receptor UFO on a urine, blood, serum, or plasma sample obtained from the subject to provide one or more assay result(s); and correlating the assay result(s) to the renal status of the subject. performing an assay method configured to detect C-C motif chemokine 14, and optionally further an assay method configured to detect C-C motif chemokine 16, and/or an assay method configured to detect Tyrosine-protein kinase receptor UFO on a urine, blood, serum, or plasma sample obtained from the subject to provide one or more assay result(s); and correlating the assay result(s) to the renal status of the subject.
A method for displaying time information in an electronic device in a low power state, the electronic device comprising a processor , a memory including a boot ROM with a boot loader, a power management module having a controller , a battery and a display , wherein the method comprises: - determining , by the processor or the power management module, whether the power level of the battery is equal to or less than a first level, and if the power level of the battery is determined (505 YES, 605 YES) to be equal to or less than the first level: - transferring a power-off command to the electronic device; - setting a power-off flag in the boot loader; - entering the processor into a power-off state, in which the processor is powered off; - determining , by the power management module, whether a specific event corresponding to a first input by pressing of a power button occurs in the power-off state of the processor; and - in response to determining that the first input is made (515 YES, 615 YES), controlling, by the controller of the power management module: - a real time clock to provide current time related information to the boot loader; and - the boot loader to display , on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state. - determining , by the processor or the power management module, whether the power level of the battery is equal to or less than a first level, and if the power level of the battery is determined (505 YES, 605 YES) to be equal to or less than the first level: - transferring a power-off command to the electronic device; - setting a power-off flag in the boot loader; - entering the processor into a power-off state, in which the processor is powered off; - determining , by the power management module, whether a specific event corresponding to a first input by pressing of a power button occurs in the power-off state of the processor; and - in response to determining that the first input is made (515 YES, 615 YES), controlling, by the controller of the power management module: - a real time clock to provide current time related information to the boot loader; and - the boot loader to display , on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state. - a real time clock to provide current time related information to the boot loader; and - the boot loader to display , on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state.
An ophthalmic device comprising a minimum effective amount of an anti-allergic agent, wherein the anti-allergic agent is selected from ketotifen fumarate, wherein the minimum effective amount of the anti-allergic agent is between greater than 9 μg and less than 90 μg; and wherein the ophthalmic device is obtainable by: adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and wherein the package is a blister package. wherein the minimum effective amount of the anti-allergic agent is between greater than 9 μg and less than 90 μg; and wherein the ophthalmic device is obtainable by: adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and adding the anti-allergic agent to a solution; sealing the solution and the ophthalmic device in a package; and sterilizing the package; such that the ophthalmic device is comprised in a sealed package; wherein the ophthalmic device and the sealed package in which the ophthalmic device is comprised are sterile; and wherein the package is a blister package.
A method for producing or machining, by cutting, an identical set of teeth on several, in particular at least 4, workpieces of a workpiece batch on one or more gear-cutting machines having a gear-cutting tool (S) including a rotation axis and a set of teeth with rake faces , in rolling machining engagement, wherein in the event that a deviation of a set of teeth from the tooth profile sought for said set of teeth is detected or expected, a countermeasure that counteracts said deviation is determined and the production/machining of further workpieces in said workpiece batch continues using said countermeasure, characterised in that the countermeasure consists, at least in part, in a change in the relative position (φ, τ) of the rake faces with respect to the rotation axis of the tool, which is brought about by means of a grinding machining performed at the gear-cutting machine or on a grinding machine that belongs to the machine group of the gear-cutting machine.
A blended mixture comprising (a) a binder composition comprising (i) an aromatic isocyanate compound, (ii) a metallic catalyst selected from the group of organometallic catalysts comprising at least one transition metal selected from Groups VB, VIB, VIIB and VIIIB of the Periodic Table of the Elements, organotin compounds and organobismuth compounds or combinations thereof, and (iii) an inorganic or organic acid compound wherein the acid compound is present in the binder composition at an amount such that the acidity of the isocyanate compound ranges from 800 ppm to 10000 ppm, preferably from 1200 ppm to 6000 ppm, calculated as HCl based on ASTM D6099 or ISO 14898 Method A; and (b) a lignocellulosic material.
A method for obtaining a refined protein component from a plant source, wherein the plant source is (i) a legume flour from navy bean, white bean, fava bean, defatted soy, or yellow pea, or (ii) oilseed flour from defatted sesame, the method comprising the steps, in order: a) aqueous extraction of the legume flour or oilseed flour at an extraction pH of 7 for legumes, and 9 for oilseeds, to obtain an aqueous protein solution; b) separation of the aqueous extract from solids by centrifugation; c) precipitate soluble proteins using a combination of temperature at 60°C, a pH of 5.5 and addition of calcium dichloride (CaCl 2 ) to achieve a ratio of 0.1 g of CaCl 2 per gram of protein to obtain a protein precipitate; d) separating the protein precipitate by centrifugation and discard the supernatant; and e) washing the protein precipitate by mixing with 30x tap water by weight dilution and centrifuge again to obtain the refined protein component; wherein the refined protein component has an L* value of between 76 to 80, an a* value of between -2.5 to -0.7 and a b* value of between 4.5 to 12, when measured as set forth in Example 8. a) aqueous extraction of the legume flour or oilseed flour at an extraction pH of 7 for legumes, and 9 for oilseeds, to obtain an aqueous protein solution; b) separation of the aqueous extract from solids by centrifugation; c) precipitate soluble proteins using a combination of temperature at 60°C, a pH of 5.5 and addition of calcium dichloride (CaCl 2 ) to achieve a ratio of 0.1 g of CaCl 2 per gram of protein to obtain a protein precipitate; d) separating the protein precipitate by centrifugation and discard the supernatant; and e) washing the protein precipitate by mixing with 30x tap water by weight dilution and centrifuge again to obtain the refined protein component;
A polyester having a weight average molecular weight of 2,600,000 or greater determined by gel permeation chromatography calibrated with polystyrene standards, wherein the polyester comprises at least a 3-hydroxybutyrate unit and a 4-hydroxybutyrate unit as polymerization units, and a proportion of the 4-hydroxybutyrate unit relative to all monomer units is from 14 mol% to 40 mol%.
A current breaker case comprising a polycarbonate resin composition that comprises a polycarbonate-polyorganosiloxane copolymer and has a viscosity-average molecular weight of 18000 to 25000, wherein the viscosity-average molecular weight means a value obtained by measuring the limiting viscosity [η] of methylene chloride at 20°C and then calculating in accordance with the Schnell's formula [η] = 1.23 × 10 -5 × Mv 0.83 .
A method of wireless communication performed by a user equipment, UE (104; 302; 504), comprising: receiving , via one or more component carriers, one or more downlink reference signals from one or more serving or neighboring transmission-reception points, TRPs (102; 304; 502), wherein a number of the received one or more downlink reference signals is less than or equal to a maximum number of downlink path loss estimates, spatial transmit beam determinations, spatial receive beam determinations, or any combination thereof to be simultaneously maintained by the UE for positioning purposes, and wherein the maximum number does not include any downlink reference signals the UE is already monitoring for other purposes; and performing a downlink path loss estimate, a spatial transmit beam determination, a spatial receive beam determination, or any combination thereof at least based on each of the received one or more downlink reference signals. receiving , via one or more component carriers, one or more downlink reference signals from one or more serving or neighboring transmission-reception points, TRPs (102; 304; 502), wherein a number of the received one or more downlink reference signals is less than or equal to a maximum number of downlink path loss estimates, spatial transmit beam determinations, spatial receive beam determinations, or any combination thereof to be simultaneously maintained by the UE for positioning purposes, and wherein the maximum number does not include any downlink reference signals the UE is already monitoring for other purposes; and performing a downlink path loss estimate, a spatial transmit beam determination, a spatial receive beam determination, or any combination thereof at least based on each of the received one or more downlink reference signals.
A sidelink feedback information transmission method, comprising: sending (S210), by a first terminal, first indication information to a second terminal, wherein the first indication information indicates that first channel occupancy time comprises a first physical sidelink feedback channel, PSFCH, resource; and receiving (S240), by the first terminal on the first PSFCH resource, first hybrid automatic repeat request, HARQ, information and second HARQ information from the second terminal, wherein the first HARQ information is a feedback on first data, the first data is data sent by the first terminal to the second terminal within second channel occupancy time, the first channel occupancy time is later than the second channel occupancy time, and the second HARQ information is a feedback on second data, and the second data is data sent by the first terminal to the second terminal within the first channel occupancy time. sending (S210), by a first terminal, first indication information to a second terminal, wherein the first indication information indicates that first channel occupancy time comprises a first physical sidelink feedback channel, PSFCH, resource; and receiving (S240), by the first terminal on the first PSFCH resource, first hybrid automatic repeat request, HARQ, information and second HARQ information from the second terminal, wherein the first HARQ information is a feedback on first data, the first data is data sent by the first terminal to the second terminal within second channel occupancy time, the first channel occupancy time is later than the second channel occupancy time, and the second HARQ information is a feedback on second data, and the second data is data sent by the first terminal to the second terminal within the first channel occupancy time.
A secure portable computer device comprising: a higher-security computer module , for performing higher-security operations; a lower-security computer module , for performing low security operations; a secure KVM (Keyboard Video Mouse) switch , interfacing said higher-security computer module and said lower-security computer module to a keyboard, a pointing device and a display , while preventing data flow from said higher-security computer module to said lower-security computer module ; and an enclosure , for enclosing at least said higher-security computer module , said lower-security computer module , and said secure KV M switch , wherein said enclosure is sized to be used as a portable computer to be carried by a user, characterized in that said secure KVM (Keyboard Video Mouse) switch, having a host emulator and controller function interfacing with said keyboard and pointing device , for each of said computer modules , a human interface device emulator and a data diode , respectively, and a human interface multiplexer , wherein said host emulator and controller function is configured to emulate the host computer in front of a connected keyboard and pointing device and to translate keyboard and pointing device commands into serial unidirectional data stream that is switchable by the human interface multiplexer to the human interface emulators , respectively, via the corresponding data diode . a higher-security computer module , for performing higher-security operations; a lower-security computer module , for performing low security operations; a secure KVM (Keyboard Video Mouse) switch , interfacing said higher-security computer module and said lower-security computer module to a keyboard, a pointing device and a display , while preventing data flow from said higher-security computer module to said lower-security computer module ; and an enclosure , for enclosing at least said higher-security computer module , said lower-security computer module , and said secure KV M switch , wherein said enclosure is sized to be used as a portable computer to be carried by a user, characterized in that said secure KVM (Keyboard Video Mouse) switch, having a host emulator and controller function interfacing with said keyboard and pointing device , for each of said computer modules , a human interface device emulator and a data diode , respectively, and a human interface multiplexer , wherein said host emulator and controller function is configured to emulate the host computer in front of a connected keyboard and pointing device and to translate keyboard and pointing device commands into serial unidirectional data stream that is switchable by the human interface multiplexer to the human interface emulators , respectively, via the corresponding data diode .
A clamping apparatus comprising: a shaft ; a base body that is adjustable to different positions along the shaft ; a clamping leg arranged to pivot into a first clamping position and a second clamping position; and an arm that includes, and extends between, a first end portion connected to the base body and a second end portion connected to the clamping leg , characterized by a handle movable between a first position and a second position, wherein: when the handle is in the first position, the handle is configured to lock a position of the base body relative to the shaft and provide a clamping force to the clamping leg ; when the handle is in the second position, the base body is freely slidable along the shaft ; the clamping apparatus being arranged for the clamping force to be released when the handle is shifted from the first position into the second position, wherein the handle is a part of an over-center toggle mechanism by which the handle is at an over-center lock point when the handle is in the first position, and wherein the base body includes at least one abutment surface configured to prevent the handle from rotating further than a predefined position beyond its over-center lock point. a shaft ; a base body that is adjustable to different positions along the shaft ; a clamping leg arranged to pivot into a first clamping position and a second clamping position; and an arm that includes, and extends between, a first end portion connected to the base body and a second end portion connected to the clamping leg , characterized by a handle movable between a first position and a second position, wherein: when the handle is in the first position, the handle is configured to lock a position of the base body relative to the shaft and provide a clamping force to the clamping leg ; when the handle is in the second position, the base body is freely slidable along the shaft ; when the handle is in the first position, the handle is configured to lock a position of the base body relative to the shaft and provide a clamping force to the clamping leg ; when the handle is in the second position, the base body is freely slidable along the shaft ; the clamping apparatus being arranged for the clamping force to be released when the handle is shifted from the first position into the second position, wherein the handle is a part of an over-center toggle mechanism by which the handle is at an over-center lock point when the handle is in the first position, and wherein the base body includes at least one abutment surface configured to prevent the handle from rotating further than a predefined position beyond its over-center lock point.
Method for operating a home station comprising connections for hot water, at least one heating circuit and a heating water circuit which is coupled to a central heat generation device, the heating water flowing through a heat exchanger in order to generate hot water and a hot water priority circuit switching the heating circuit when hot water is drawn by means of a valve unit ,a return temperature in a heating return being recorded at the heat exchanger and, when a predetermined return temperature is reached at the valve unit , the heating return of the heating circuit being closed, characterized in that the return temperature of the heating circuit is recorded for controlling the valve unit , and a return temperature causing the opening or closing of the heating return at the valve unit is set at the valve unit .
A surface structure forming method for a zirconia-based ceramic surface, the method comprising irradiating a linearly polarized ultrashort pulsed-laser beam to the ceramic surface, and forming stripe-pattern irregularities parallel to a direction of polarization of the linearly polarized light in a spot of the laser beam, characterised in that the zirconia-based ceramic surface is a tetragonal-zirconia-based ceramic surface.
Shoe (300; 500; 700; 800; 1000; 1001), in particular sports shoe, wherein at least a portion (310; 510; 710; 810; 1010; 1011) of an upper of the shoe (300; 500; 700; 800; 1000; 1001) comprises: a. a first layer (360; 560; 760; 860; 1016); and b. a functional second layer (350; 550; 751; 851; 1015), wherein the functional second layer (350; 550; 751; 851; 1015) is directly printed onto the first layer (360; 560; 760; 860; 1016); wherein the first layer (360; 560; 760; 860; 1016) is elastic; wherein the tensile strength of the portion (310; 510; 710; 810, 1010; 1011) is at least doubled when compared to the first layer (360; 560; 760; 860; 1016) which is not printed; wherein the portion (310; 510; 710; 810; 1010; 1011) comprises substantially the entire upper of the shoe (300; 500; 700; 800; 1000; 1001); and wherein the functional second layer modifies the elasticity of the portion in an anisotropic manner. a. a first layer (360; 560; 760; 860; 1016); and b. a functional second layer (350; 550; 751; 851; 1015),