mhurhangee/ep-ind-claims huggingface dataset:
Oven, especially domestic oven, which has a control panel comprising a user interface for inputting data into the control panel, wherein the user interface comprises: - at least one display element for displaying data, wherein the display element is a pixel controlled display, and wherein data can be displayed on the display element at a location on the display element at a predetermined first axial position (x) and a predetermined second axial position (y), and wherein the direction of the first (x) and of the second (y) axial positions are perpendicular to another, and - selecting means (3, 4) for selecting the location on the display element by selecting or pretending a definite first (x) and second (y) position for a cursor, wherein the selecting means (3, 4) are arranged outside the surface of the display element, wherein at least one of the selecting means (3, 4) are established as a slider element extending in a longitudinal direction and having a surface sensitive for touching with a finger of the user, wherein the slider element (3, 4) is arranged parallel to one of the edge sides (8, 9) of the display element, wherein a control unit is arranged to position the cursor in a position or direction (x, y) on the display element in dependence on the location or movement of the finger on the slider element (3, 4) in the longitudinal direction, characterized in that one slider element is arranged parallel to one of the edge sides of the display element for locating the cursor in the first direction (x) on the display element and that one slider element is arranged parallel to another edge side of the display element for locating the cursor in the second direction (y) on the display element. - at least one display element for displaying data, wherein the display element is a pixel controlled display, and wherein data can be displayed on the display element at a location on the display element at a predetermined first axial position (x) and a predetermined second axial position (y), and wherein the direction of the first (x) and of the second (y) axial positions are perpendicular to another, and - selecting means (3, 4) for selecting the location on the display element by selecting or pretending a definite first (x) and second (y) position for a cursor,
A method for laser shock peening an article comprising: laser shock peening a first area with at least one high fluence laser beam; laser shock peening a border area between the first area and a non-laser shock peened area of the article with at least one first low fluence laser beam; forming high fluence laser shock peened spots in the first area with the high fluence laser beam; forming first low fluence laser shock peened spots in the border area with the low fluence laser beams; and, operating the high and low fluence laser beams (16 & 24) at the same power wherein the first low fluence laser shock peened spots are larger in area than the high fluence laser shock peened spots. laser shock peening a first area with at least one high fluence laser beam; laser shock peening a border area between the first area and a non-laser shock peened area of the article with at least one first low fluence laser beam; forming high fluence laser shock peened spots in the first area with the high fluence laser beam; forming first low fluence laser shock peened spots in the border area with the low fluence laser beams; and, operating the high and low fluence laser beams (16 & 24) at the same power wherein the first low fluence laser shock peened spots are larger in area than the high fluence laser shock peened spots.
A method of controlling noise emissions from individual blades of a wind turbine, the method comprising: defining a wind turbine model describing dynamics of the wind turbine, the wind turbine model including a description of intensity and direction of noise emissions from each individual blade as a function of azimuthal angle; and, applying a model-based control algorithm using the wind turbine model to determine at least one control output, and using the at least one control output to control noise emissions from each individual blade. defining a wind turbine model describing dynamics of the wind turbine, the wind turbine model including a description of intensity and direction of noise emissions from each individual blade as a function of azimuthal angle; and, applying a model-based control algorithm using the wind turbine model to determine at least one control output, and using the at least one control output to control noise emissions from each individual blade.
An information processing apparatus, comprising: a communication unit configured to communicate with an image pickup apparatus via a first communication path, the communication path being selected from a plurality of communication paths including said first communication path and a second communication path, the first communication path being different from the second communication path; an operation unit configured to receive operation information input by a user for controlling operation of the image pickup apparatus; and a control unit configured to change an apparatus mode and to change a mode of communication performed by the communication unit, depending on a state of the operation unit, wherein the control unit stops communication via the first communication path, selects communication only via the second communication path, and communicates with the image pickup apparatus via the second communication path in response to an absence of input of the operation information to the operation unit for a predetermined time period, the communication via the second communication path using less power than power used in the communication via the first communication path. a communication unit configured to communicate with an image pickup apparatus via a first communication path, the communication path being selected from a plurality of communication paths including said first communication path and a second communication path, the first communication path being different from the second communication path; an operation unit configured to receive operation information input by a user for controlling operation of the image pickup apparatus; and a control unit configured to change an apparatus mode and to change a mode of communication performed by the communication unit, depending on a state of the operation unit, wherein the control unit stops communication via the first communication path, selects communication only via the second communication path, and communicates with the image pickup apparatus via the second communication path in response to an absence of input of the operation information to the operation unit for a predetermined time period, the communication via the second communication path using less power than power used in the communication via the first communication path.
A compound of general formula: wherein R 3b is F and each of R 2a, R 2b and R 3a is independently H or F; R 5 is CR 6a R 6b R 8, OR 8, SR 8 or NR 6a R 8; each R 6a, R 6b and R 8 is independently H or methyl Y is a bond, or a C 1-4 alkylene or a C 2-4 alkenylene linker group either of which is optionally substituted with one or more R 10; wherein each R 10 is independently halo or OH; R 7 is selected from C NR 17 S 2 R 15, NR 17 C NR 18 S 2 R 15, NR 17 C NR 18 S 2 R 15 and NR 17 C(NR 20)NR 18 S 2 R 15; R 15 is a 5- to 10-membered aryl or heteroaryl ring optionally substituted with one or more substituents selected from C 1-6 alkyl, C 1-6 haloalkyl, halo, O(C 1-6 alkyl) and O(C 1-6 haloalkyl); each R 17 and R 18 is independently H or methyl; R 20 is H, methyl or CN; or a salt or isotopic variant thereof. R 3b is F and each of R 2a, R 2b and R 3a is independently H or F; R 5 is CR 6a R 6b R 8, OR 8, SR 8 or NR 6a R 8; each R 6a, R 6b and R 8 is independently H or methyl Y is a bond, or a C 1-4 alkylene or a C 2-4 alkenylene linker group either of which is optionally substituted with one or more R 10; wherein each R 10 is independently halo or OH; R 7 is selected from C NR 17 S 2 R 15, NR 17 C NR 18 S 2 R 15, NR 17 C NR 18 S 2 R 15 and NR 17 C(NR 20)NR 18 S 2 R 15; R 15 is a 5- to 10-membered aryl or heteroaryl ring optionally substituted with one or more substituents selected from C 1-6 alkyl, C 1-6 haloalkyl, halo, O(C 1-6 alkyl) and O(C 1-6 haloalkyl); each R 17 and R 18 is independently H or methyl; R 20 is H, methyl or CN; R 15 is a 5- to 10-membered aryl or heteroaryl ring optionally substituted with one or more substituents selected from C 1-6 alkyl, C 1-6 haloalkyl, halo, O(C 1-6 alkyl) and O(C 1-6 haloalkyl); each R 17 and R 18 is independently H or methyl; R 20 is H, methyl or CN; or a salt or isotopic variant thereof.
A composite depth filter media having a reduced amount of organic, inorganic and bioburden extractables, thereby reducing the amount of water required for pre-use flushing, the media comprising: a nonwoven or microfiber-containing layer; and at least one layer comprising fibrillated fibers, a synthetic Filter aid, and a wet strength resin, wherein the fibrillated fibers comprise polyacrylonitrile or polyacrylonitrile copolymers. a nonwoven or microfiber-containing layer; and at least one layer comprising fibrillated fibers, a synthetic Filter aid, and a wet strength resin, wherein the fibrillated fibers comprise polyacrylonitrile or polyacrylonitrile copolymers.
A high purity copper-manganese alloy sputtering target containing 0.05 to 20wt% of Mn, characterised in that the target contains: 0.001 to 0.06 wtppm of P; 0.005 to 5 wtppm of S; optionally one or more elements selected from Sb, Zr, Ti, Cr, Ag, Au, Cd, In, As, Be, B, Mg, Al, Ba, La, and Ce in a total amount of 500 wtppm or less; and Ca and Si, wherein the total content of P, S, Ca, and Si is 0.01 to 20 wtppm, the remainder being Cu and unavoidable impurities. 0.001 to 0.06 wtppm of P; 0.005 to 5 wtppm of S; optionally one or more elements selected from Sb, Zr, Ti, Cr, Ag, Au, Cd, In, As, Be, B, Mg, Al, Ba, La, and Ce in a total amount of 500 wtppm or less; and Ca and Si, wherein the total content of P, S, Ca, and Si is 0.01 to 20 wtppm, the remainder being Cu and unavoidable impurities.
Interface for controlling at least one function of a motor vehicle member, comprising: - at least one control member comprising: - a movable gripping element, - at least one metal index (6a, 6b) borne by the movable gripping element and movable therewith, - a guide, the movable gripping element being supported and guided in displacement by the guide, and - a capacitive touchpad configured to detect the position of the metal index (6a, 6b), the guide being fixed to the capacitive touchpad, the metal index (6a, 6b) being arranged facing the capacitive touchpad, characterized in that it comprises at least one vibratory actuator configured to make at least the capacitive touchpad vibrate at least on the one hand in response to a contact or a displacement of the movable gripping element or on the other hand to a contact or a press on the capacitive touchpad. - at least one control member comprising: - a movable gripping element, - at least one metal index (6a, 6b) borne by the movable gripping element and movable therewith, - a guide, the movable gripping element being supported and guided in displacement by the guide, and - a movable gripping element, - at least one metal index (6a, 6b) borne by the movable gripping element and movable therewith, - a guide, the movable gripping element being supported and guided in displacement by the guide, and - a capacitive touchpad configured to detect the position of the metal index (6a, 6b), the guide being fixed to the capacitive touchpad, the metal index (6a, 6b) being arranged facing the capacitive touchpad,
A device for controlling at least one drive mechanism of an operating table, with a control unit for supplying an output control signal based on at least one first input control signal, wherein the device is designed such that the drive mechanism can be controlled via the output control signal and that the drive mechanism can be directly controlled via a second input control signal, characterized in that the control unit receives the second input control signal or a signal based on the second input control signal.
A wireless access point, comprising: at least two radio frequency modules (10, 20) and a processor, wherein the at least two radio frequency modules (10, 20) comprise a first radio frequency module and a second radio frequency module, and a frequency band of the first radio frequency module is the same as that of the second radio frequency module; the wireless access point is configured to detect a signal strength of each terminal of at least one terminal associated with the wireless access point by using the first radio frequency module; the first radio frequency module is configured to work on a first channel; the second radio frequency module is configured to work on a second channel; a first transmit power upper limit of the first radio frequency module is greater than a second transmit power upper limit of the second radio frequency module; and the processor is configured to schedule a terminal whose signal strength is greater than a threshold and that is of the at least one terminal associated with the wireless access point by using the first radio frequency module, so that after being scheduled, the terminal whose signal strength is greater than the threshold is associated with the wireless access point by using the second radio frequency module.
A process for forming a reverse tone image on a device comprising; a) optionally, forming an absorbing organic underlayer on a substrate; b) forming a coating of a photoresist over the underlayer; c) forming a photoresist pattern having a width of the photo resist feature (D 1); d) forming a polysilazane coating over the photoresist pattern from a polysilazane coating composition, where the polysilazane coating is thicker than the photoresist pattern, and further where the polysilazane coating composition comprises a silicon/nitrogen polymer and an organic coating solvent; e) etching the polysilazane coating to remove the polysilazane coating at least up to a level where the top of the photoresist pattern is revealed; and, f) dry etching to remove the photoresist and the underlayer which is beneath the photoresist, thereby forming an opening (D 2) beneath where the photoresist pattern was present, where the shrinkage %, {(D 1 -D 2)/D 1} x 100, is in the range from 5 to 80. a) optionally, forming an absorbing organic underlayer on a substrate; b) forming a coating of a photoresist over the underlayer; c) forming a photoresist pattern having a width of the photo resist feature (D 1); d) forming a polysilazane coating over the photoresist pattern from a polysilazane coating composition, where the polysilazane coating is thicker than the photoresist pattern, and further where the polysilazane coating composition comprises a silicon/nitrogen polymer and an organic coating solvent; e) etching the polysilazane coating to remove the polysilazane coating at least up to a level where the top of the photoresist pattern is revealed; and, f) dry etching to remove the photoresist and the underlayer which is beneath the photoresist, thereby forming an opening (D 2) beneath where the photoresist pattern was present,
An image forming apparatus that is capable of performing data communication with an image processing apparatus, the image processing apparatus being capable of performing data communication with a client and having a normal mode and a power-saving mode in which power consumption is less than in the normal mode, the image forming apparatus including a normal mode and a power-saving mode in which power consumption is less than in the normal mode, the image forming apparatus comprising an output unit configured to output, at a set time, a notification for performing a processing; a shift unit configured to receive the notification output from the output unit, and cause the image forming apparatus to shift from the power-saving mode to the normal mode; an identification unit configured to identify the processing to be performed after issuance of the notification from the output unit; a determination unit configured to determine based on the identified processing whether or not to cause the image processing apparatus to shift from the power-saving mode to the normal mode; and a notification unit configured to perform, based on determination by said determination unit to cause the image processing apparatus to shift from the power-saving mode to the normal mode, notification of an instruction for causing the image processing apparatus to shift from the power-saving mode to the normal mode, to the image processing apparatus, wherein the set time is a time at which a processing reserved for execution is to be performed. an output unit configured to output, at a set time, a notification for performing a processing; a shift unit configured to receive the notification output from the output unit, and cause the image forming apparatus to shift from the power-saving mode to the normal mode; an identification unit configured to identify the processing to be performed after issuance of the notification from the output unit; a determination unit configured to determine based on the identified processing whether or not to cause the image processing apparatus to shift from the power-saving mode to the normal mode; and a notification unit configured to perform, based on determination by said determination unit to cause the image processing apparatus to shift from the power-saving mode to the normal mode, notification of an instruction for causing the image processing apparatus to shift from the power-saving mode to the normal mode, to the image processing apparatus, wherein the set time is a time at which a processing reserved for execution is to be performed.
Clamping device for an electric machine, having at least one magnetic member (2, 3, 4) and an over-moulded encapsulation which at least partially surrounds the at least one magnetic member (2, 3, 4), wherein the over-moulded encapsulation has clamping means for clamping in openings of a rotor of the electric machine, characterized in that the clamping device comprises at least two interconnected magnetic members (2, 3, 4) which bear on one another at their mutually attracting poles, and in that the mutually bearing magnetic elements (2, 3, 4) are dissimilarly sized and/or dissimilarly shaped in such a manner that a step-shaped magnetic pack is formed.
A dish washer, comprising: a body having a washing tub; a door configured to open/close one surface of the body; a plurality of dishware baskets positioned inside the washing tub; a sump unit positioned inside the washing tub and configured to accommodate and supply wash water; a main spraying nozzle configured to receive the wash water from the sump unit and spray the wash water to the plurality of dishware baskets; a connecting path configured to connect the sump unit to the main spraying nozzle; an auxiliary spraying nozzle configured to receive the wash water from the sump unit and spray the wash water to the plurality of dishware baskets; an auxiliary path configured to connect the sump unit to the auxiliary spraying nozzle, the auxiliary path comprising a first auxiliary path and a second auxiliary path, wherein the second auxiliary path is rotatably connected to the first auxiliary path and rotatable in both directions by a motor about a vertical axis to allow a spraying position of the wash water being supplied from the auxiliary spraying nozzle to be varied to concentrate the supply of wash water to dishware; and a manipulation unit positioned at the body, wherein the manipulation unit is configured to be manipulated by a user to rotate the second auxiliary path such that the auxiliary spraying nozzle is placed at a zone to concentrate the supply of wash water to the zone. a body having a washing tub; a door configured to open/close one surface of the body; a plurality of dishware baskets positioned inside the washing tub; a sump unit positioned inside the washing tub and configured to accommodate and supply wash water; a main spraying nozzle configured to receive the wash water from the sump unit and spray the wash water to the plurality of dishware baskets; a connecting path configured to connect the sump unit to the main spraying nozzle; an auxiliary spraying nozzle configured to receive the wash water from the sump unit and spray the wash water to the plurality of dishware baskets; an auxiliary path configured to connect the sump unit to the auxiliary spraying nozzle, the auxiliary path comprising a first auxiliary path and a second auxiliary path, wherein the second auxiliary path is rotatably connected to the first auxiliary path and rotatable in both directions by a motor about a vertical axis to allow a spraying position of the wash water being supplied from the auxiliary spraying nozzle to be varied to concentrate the supply of wash water to dishware; and a manipulation unit positioned at the body, wherein the manipulation unit is configured to be manipulated by a user to rotate the second auxiliary path such that the auxiliary spraying nozzle is placed at a zone to concentrate the supply of wash water to the zone.
A urine sample analyzer comprising: a nozzle which suctions and discharges a urine sample; a pressure source which generates pressures to suction and discharge the urine sample; a first flow path from the nozzle to the pressure source; a second flow path which branches from the first flow path at a first position of the first flow path, and which conjoins with the first flow path at a second position on the pressure source side of the first position; a filter for capturing foreign matter, which is placed in the first flow path between the first position and the second position; valves (155a, 155b) which control a flow of fluid in a flow path circuit that includes the first flow path and the second flow path; a controller which controls the valves (155a, 155b) so that the urine sample suctioned by the nozzle passes through the filter, and the urine sample that has passed through the filter bypasses the filter by passing through the second flow path and is discharged from the nozzle; a detector which detects information of material components in the urine sample discharged by the nozzle; and an analyzing part which analyzes the information of the material components detected by the detector. a nozzle which suctions and discharges a urine sample; a pressure source which generates pressures to suction and discharge the urine sample; a first flow path from the nozzle to the pressure source; a second flow path which branches from the first flow path at a first position of the first flow path, and which conjoins with the first flow path at a second position on the pressure source side of the first position; a filter for capturing foreign matter, which is placed in the first flow path between the first position and the second position; valves (155a, 155b) which control a flow of fluid in a flow path circuit that includes the first flow path and the second flow path; a controller which controls the valves (155a, 155b) so that the urine sample suctioned by the nozzle passes through the filter, and the urine sample that has passed through the filter bypasses the filter by passing through the second flow path and is discharged from the nozzle; a detector which detects information of material components in the urine sample discharged by the nozzle; and an analyzing part which analyzes the information of the material components detected by the detector.