mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a water treatment separation membrane, the method comprising: forming an aqueous solution layer comprising an amine compound on a porous support; and bringing an organic solution comprising an acyl halide compound into contact with the aqueous solution layer to form a polyamide active layer, wherein the organic solution comprises a non-polar solvent and an amphiphilic solvent having a boiling point of 120°C or more, and characterised in that the amphiphilic solvent is comprised in an amount of 0.05 vol% to 10 vol% based on a total organic solution and is represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 is hydrogen, a C 1∼4 alkyl group or a C 1∼4 alkylcarbonyl group, R 2 is a C 1∼4 alkyl group or a C 1∼4 alkylcarbonyl group, and n is an integer of 1 to 3. forming an aqueous solution layer comprising an amine compound on a porous support; and bringing an organic solution comprising an acyl halide compound into contact with the aqueous solution layer to form a polyamide active layer, wherein the organic solution comprises a non-polar solvent and an amphiphilic solvent having a boiling point of 120°C or more, and characterised in that the amphiphilic solvent is comprised in an amount of 0.05 vol% to 10 vol% based on a total organic solution and is represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 is hydrogen, a C 1∼4 alkyl group or a C 1∼4 alkylcarbonyl group, R 2 is a C 1∼4 alkyl group or a C 1∼4 alkylcarbonyl group, and n is an integer of 1 to 3.
A registrar computer for authenticating devices and data, and for use with Internet of Things, the registrar computer configured to negotiate communications between at least one virtual device and at least one virtual requestor device , the registrar computer comprising: a first application interface configured to communicate with the at least one virtual device and the at least one virtual requestor device to maintain a control directory of virtual devices and virtual requestor devices registered with the registrar computer and to maintain a data feed directory comprising entries indicating data feeds available to the at least one virtual requestor device from the at least one virtual device ; a second application interface configured to receive data feed requests from the at least one registered virtual requestor device , each data feed request comprising information identifying a data feed associated with a virtual device and information enabling communication between the virtual device and the virtual requestor device ; and a logic module in communication with the second application interface, the logic module configured to transmit a further data feed request to the virtual device associated with the identified data feed, the further data feed request comprising the information enabling communication between the virtual device and the virtual requestor device ; wherein in response to the further data feed request, the virtual device is configured to provide the identified data feed to the virtual requestor device using the information enabling communication between the virtual device and the virtual requestor device . a first application interface configured to communicate with the at least one virtual device and the at least one virtual requestor device to maintain a control directory of virtual devices and virtual requestor devices registered with the registrar computer and to maintain a data feed directory comprising entries indicating data feeds available to the at least one virtual requestor device from the at least one virtual device ; a second application interface configured to receive data feed requests from the at least one registered virtual requestor device , each data feed request comprising information identifying a data feed associated with a virtual device and information enabling communication between the virtual device and the virtual requestor device ; and a logic module in communication with the second application interface, the logic module configured to transmit a further data feed request to the virtual device associated with the identified data feed, the further data feed request comprising the information enabling communication between the virtual device and the virtual requestor device ; wherein in response to the further data feed request, the virtual device is configured to provide the identified data feed to the virtual requestor device using the information enabling communication between the virtual device and the virtual requestor device .
A cleaning method that includes a process of removing a Si-containing deposit attached to an interior of a processing room or processing vessel after performing a processing operation in the interior of the processing room or processing vessel used for manufacturing a semiconductor device, the method comprising: supplying, in that process of removing a Si-containing deposit, monofluorohalogen gas into the processing room or processing vessel to remove the Si-containing deposit without using plasma, wherein a temperature in the processing room or processing vessel is 400°C or higher and 600°C or lower when monofluorohalogen gas is supplied into the processing room or processing vessel, wherein the monofluorohalogen gas is represented by ClF, and characterised in that the ClF is diluted to an ClF concentration of 20 to 90 vol% against 100 vol % of the total amount of ClF and an inert gas. supplying, in that process of removing a Si-containing deposit, monofluorohalogen gas into the processing room or processing vessel to remove the Si-containing deposit without using plasma, wherein a temperature in the processing room or processing vessel is 400°C or higher and 600°C or lower when monofluorohalogen gas is supplied into the processing room or processing vessel, wherein the monofluorohalogen gas is represented by ClF, and characterised in that the ClF is diluted to an ClF concentration of 20 to 90 vol% against 100 vol % of the total amount of ClF and an inert gas.
A method of implementing memory transfers for image warping in an electronic device, the method comprising: receiving , from a first memory of the electronic device, an input tile associated with an image; defining plurality of square regions for corners of the input tile, each square region surrounding a corresponding corner (Bn) of the input tile wherein the square regions provide filtering samples for implementing bi-cubic filtering; generating a convex hull associated with the input tile, wherein the convex hull includes a region of interest, ROI, encompassing each of the plurality of square regions; remapping pixels in the convex hull to an output tile; generating an output image using the output tile; and storing the output image in a second memory of the electronic device. receiving , from a first memory of the electronic device, an input tile associated with an image; defining plurality of square regions for corners of the input tile, each square region surrounding a corresponding corner (Bn) of the input tile wherein the square regions provide filtering samples for implementing bi-cubic filtering; generating a convex hull associated with the input tile, wherein the convex hull includes a region of interest, ROI, encompassing each of the plurality of square regions; remapping pixels in the convex hull to an output tile; generating an output image using the output tile; and storing the output image in a second memory of the electronic device.
A refrigerator comprising: a selection unit receiving a diagnosis performance command; a control unit generating a control signal comprising product information when the selection unit receives the diagnosis performance command; a modulator generating a frequency signal according to the control signal generated by the control unit ; at least one sound output unit outputting a sound comprising the product information according to the frequency signal generated by the modulating unit; a case forming an internal space divided into a refrigeration compartment and a freezer compartment; at least one door for opening and closing the refrigeration compartment or the freezer compartment; a control panel provided at the door and receiving various control commands for an operation of the refrigerator; and a frame combining the control panel and the door , wherein a first sound output unit of the at least one sound output unit is provided in the door to face a gap between the control panel and the frame or a gap between the frame and the door . a selection unit receiving a diagnosis performance command; a control unit generating a control signal comprising product information when the selection unit receives the diagnosis performance command; a modulator generating a frequency signal according to the control signal generated by the control unit ; at least one sound output unit outputting a sound comprising the product information according to the frequency signal generated by the modulating unit; a case forming an internal space divided into a refrigeration compartment and a freezer compartment; at least one door for opening and closing the refrigeration compartment or the freezer compartment; a control panel provided at the door and receiving various control commands for an operation of the refrigerator; and a frame combining the control panel and the door , wherein a first sound output unit of the at least one sound output unit is provided in the door to face a gap between the control panel and the frame or a gap between the frame and the door .
Tyre having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements, said crown reinforcement being capped radially with a tread , said tread being joined to two beads via two sidewalls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements , said tread comprising a tread surface intended to come into contact with a road surface and form a contact surface, characterized in that said tread consists of at least one central part extending at least in the region of the equatorial plane (XX') and two axially exterior parts and has, at least in said central part, at least one longitudinally-oriented cut , delimited by walls of material that face one another and in which the mean plane of at least a portion of the walls of said at least one cut forms an angle with a longitudinal plane of less than 10°, in that the depth, measured on a new tyre in at least said central part, of said at least one longitudinally-oriented cut , is greater than or equal to 40% of the thickness of the tread, and in that the ratio of the width (D f ) measured at the bottom of said at least one longitudinally-oriented cut to the width (d s ) measured at the surface of the tread on a new tyre of said at least one longitudinally-oriented cut is greater than 2.
Method for determining the particle velocity (v p ) of an aerosol by means of an aerosol measuring device , wherein aerosol particles of the aerosol flowing through a measuring cell are illuminated with an electromagnetic beam in the measuring cell , scattered light is registered by a sensor , and scattered light signals of the aerosol particles are detected, wherein the temporal signal durations (t s ) of the scattered light signals of the aerosol particles are determined, and the particle velocity (v p ) of the aerosol is determined on the basis of the signal durations (t s ), wherein the signal durations (t s ) of the scattered light signals are corrected characterized in that the signal durations (t s ) are corrected by means of a frequency distribution of the signal durations (t s ).
A charging pad , comprising: - a first planar coil and a first rigid support plate , wherein the first planar coil comprises a first rigid part and a first flexible part that are adjacent to each other, the first rigid part is located on an upper surface of the first rigid support plate, and a metal line located in the first flexible part is bendable; and - a second rigid support plate , wherein correspondingly, the first planar coil further comprises a second rigid part adjacent to the first flexible part, the first flexible part is located between the first rigid part and the second rigid part, and the second rigid part is located on an upper surface of the second rigid support plate, - a second planar coil and a third rigid support plate , wherein the second planar coil comprises a third rigid part and a second flexible part that are adjacent to each other, the third rigid part is located on an upper surface of the third rigid support plate, a metal line located in the second flexible part is bendable, the third rigid support plate and the second rigid support plate are placed in a stack-up manner, and the second flexible part and the first flexible part are respectively located on two sides of the third rigid part. - a first planar coil and a first rigid support plate , wherein the first planar coil comprises a first rigid part and a first flexible part that are adjacent to each other, the first rigid part is located on an upper surface of the first rigid support plate, and a metal line located in the first flexible part is bendable; and - a second rigid support plate , wherein correspondingly, the first planar coil further comprises a second rigid part adjacent to the first flexible part, the first flexible part is located between the first rigid part and the second rigid part, and the second rigid part is located on an upper surface of the second rigid support plate, - a second planar coil and a third rigid support plate , wherein the second planar coil comprises a third rigid part and a second flexible part that are adjacent to each other, the third rigid part is located on an upper surface of the third rigid support plate, a metal line located in the second flexible part is bendable, the third rigid support plate and the second rigid support plate are placed in a stack-up manner, and the second flexible part and the first flexible part are respectively located on two sides of the third rigid part.
A process for dying wood shavings, woodchips or other solid, particulate materials of organic and/or mineral origin, in which: - in a first drying step, the material is pre-dried by means of a first preheated drying gas, - in a second drying step, the dried material from the first drying step is dried by means of a second drying gas, - in a third drying step, the dried material from the second drying step is dried, - the dried material from the third drying step is cooled by means of a cooling gas, - ambient air is heated and supplied to the third drying step as the second preheated drying gas, - the second drying gas cooled in the third drying step to a temperature above the temperature of the ambient air is supplied to the second drying step as the second drying gas, - the cooling gas heated by cooling the material and/or the second drying gas cooled in the third drying step is/are supplied to the first drying step as the first drying gas. - in a first drying step, the material is pre-dried by means of a first preheated drying gas, - in a second drying step, the dried material from the first drying step is dried by means of a second drying gas, - in a third drying step, the dried material from the second drying step is dried, - the dried material from the third drying step is cooled by means of a cooling gas, - ambient air is heated and supplied to the third drying step as the second preheated drying gas, - the second drying gas cooled in the third drying step to a temperature above the temperature of the ambient air is supplied to the second drying step as the second drying gas, - the cooling gas heated by cooling the material and/or the second drying gas cooled in the third drying step is/are supplied to the first drying step as the first drying gas.
A system for monitoring a serial bus , the system comprising: a storage device ; at least one serial bus interface to interface with the serial bus; and a processing unit configured to: access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device. a storage device ; at least one serial bus interface to interface with the serial bus; and a processing unit configured to: access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device. access, via the at least one serial bus interface, master data propagating from a master device along the serial bus; characterised in that the processing unit is further configured to: store in the storage device at least one of timing and phase data related to clock pulses associated with the master data and a phase relationship between the clock pulses and at least one of the master data and return data propagating from a slave device in response to the master data; request that the master device request calibration data from the slave device; access return data from the slave device, wherein the return data includes the requested calibration data; measure phase delay between the clock and the return data; and store the measured phase delay as phase delay calibration data in association with the slave device.
A system for injecting an aqueous solution into a combustion engine for a motor vehicle, said system comprising a tank for the aqueous solution, means for injecting the aqueous solution from the tank into a filtration circuit connecting the tank to at least one injector of the combustion engine, said system further comprising: - means of recirculating the aqueous solution in the filtration circuit , wherein the recirculation of the aqueous solution is a closed-loop circulation of the aqueous solution from the tank through a filter and to the tank and - an aqueous solution characterization device for measuring at least one characteristic of the aqueous solution, characterized in that the characterization device includes at least one quality sensor capable of measuring a characteristic representative of the quality of the aqueous solution at an outlet of the filtration circuit, said system allowing, depending on the said measured characteristic, to inject the aqueous solution into the engine or to recirculate the aqueous solution in the filtration circuit . - means of recirculating the aqueous solution in the filtration circuit , wherein the recirculation of the aqueous solution is a closed-loop circulation of the aqueous solution from the tank through a filter and to the tank and - an aqueous solution characterization device for measuring at least one characteristic of the aqueous solution, characterized in that the characterization device includes at least one quality sensor capable of measuring a characteristic representative of the quality of the aqueous solution at an outlet of the filtration circuit,
An article comprising: a substrate, wherein the substrate comprises a fluorinated polymer; a silicon containing layer on the substrate, wherein the silicon containing layer is a diamond-like glass layer; and a layer comprising metallic Pt on the silicon containing layer. a substrate, wherein the substrate comprises a fluorinated polymer; a silicon containing layer on the substrate, wherein the silicon containing layer is a diamond-like glass layer; and a layer comprising metallic Pt on the silicon containing layer.
An illumination device for providing multicolor light, comprising: a light source for generating an excitation light; and a plate (104; 130) including two or more segments, wherein two or more of the segments each contains a wavelength conversion material capable of absorbing the excitation light and emitting light having wavelengths different from that of the excitation light, wherein a first segment contains a first wavelength conversion material, and a second segment contains a different wavelength conversion material, wherein a part of the plate (104; 130) is disposed on an optical path of the excitation light, and wherein the plate (104; 130) and the excitation light are moveable relative to each other so that different segments are exposed to the excitation light at different times; characterized in that the light source is configured to be driven by a modulation signal that provides a stronger excitation light for one of the first and second segments than for the other of the first and second segments, wherein different modulation schemes applied to the excitation light source for modulating light intensity are used for different segments with different wavelength conversion materials. a light source for generating an excitation light; and a plate (104; 130) including two or more segments, wherein two or more of the segments each contains a wavelength conversion material capable of absorbing the excitation light and emitting light having wavelengths different from that of the excitation light, wherein a first segment contains a first wavelength conversion material, and a second segment contains a different wavelength conversion material, wherein a part of the plate (104; 130) is disposed on an optical path of the excitation light, and wherein the plate (104; 130) and the excitation light are moveable relative to each other so that different segments are exposed to the excitation light at different times; characterized in that the light source is configured to be driven by a modulation signal that provides a stronger excitation light for one of the first and second segments than for the other of the first and second segments, wherein different modulation schemes applied to the excitation light source for modulating light intensity are used for different segments with different wavelength conversion materials.
A cutting tool comprising at least a first cutting edge and at least a first identification marker arranged at the first cutting edge wherein the at least first identification marker is a machine readable code associated with a first cutting edge information data , wherein the cutting tool further comprises a second cutting edge and a second identification marker arranged at the second cutting edge , wherein the second identification marker is a machine readable code associated with a second cutting edge information data characterized in that the first cutting edge information data and the second cutting edge information data are unique identities.