mhurhangee/ep-ind-claims huggingface dataset:
A display device for performing display by digitally driving pixels arranged in a matrix pattern in accordance with pixel data of a video signal, the display device comprising: a driver (4, 5, 5-4) for digitally driving each of the pixels, the driver being configured to: - obtain a plurality of bit data corresponding to gray levels for one pixel and to assign a corresponding subframe being one subframe of a plurality of subframes displayed during one unit frames being one unit frame of a plurality of unit frames displayed during one frame; - configure one frame with a predetermined number of unit frames; and - supply corresponding bit data in each unit frame to each pixel; and characterised in that said display device further comprises an analyzing circuit configured to analyze a probability of occurrence of a false contour in one frame of the video signal based on presence or absence of a true contour, wherein the analyzing circuit is further configured to determine whether or not a false contour is likely to occur by comparing between pixel data of a target pixel and adjacent pixel data around the target pixel, wherein the refresh rate of the frame of the video signal is set in accordance with the analysis result of the analyzing circuit as the driver is configured to change the number of unit frames in said one frame based on said result of analysis by said analyzing circuit. a driver (4, 5, 5-4) for digitally driving each of the pixels, the driver being configured to: - obtain a plurality of bit data corresponding to gray levels for one pixel and to assign a corresponding subframe being one subframe of a plurality of subframes displayed during one unit frames being one unit frame of a plurality of unit frames displayed during one frame; - configure one frame with a predetermined number of unit frames; and - supply corresponding bit data in each unit frame to each pixel; and characterised in that said display device further comprises - obtain a plurality of bit data corresponding to gray levels for one pixel and to assign a corresponding subframe being one subframe of a plurality of subframes displayed during one unit frames being one unit frame of a plurality of unit frames displayed during one frame; - configure one frame with a predetermined number of unit frames; and - supply corresponding bit data in each unit frame to each pixel; and characterised in that said display device further comprises an analyzing circuit configured to analyze a probability of occurrence of a false contour in one frame of the video signal based on presence or absence of a true contour, wherein the analyzing circuit is further configured to determine whether or not a false contour is likely to occur by comparing between pixel data of a target pixel and adjacent pixel data around the target pixel, wherein the refresh rate of the frame of the video signal is set in accordance with the analysis result of the analyzing circuit as the driver is configured to change the number of unit frames in said one frame based on said result of analysis by said analyzing circuit.
An electronic device having a solar cell and a unit driven by a power generated by the solar cell, wherein the solar cell is a translucent solar cell comprising: - a transparent cell substrate; - a plurality of conductive portions (14a-14d) provided around the cell substrate and connected in series, and - a plurality of photocells, each having a thin-line shape, formed at proper intervals on the cell substrate and connected to the conductive portions (14a-14d); wherein a part of the conductive portions (14a-14d) is formed as an output terminal (16a, 16b) for supplying power from the translucent solar cell to the unit, further compris ing: - a solar cell holding member for holding the solar cell; - a casing for housing the solar cell holding member; and - a connection member provided in the solar cell holding member and having a first contact portion (61, 62) and a second contact portion (63, 64); characterized in that a notch is formed in the solar cell, and a notch engagement portion is formed in the solar cell holding member, wherein the connection member receives power from the solar cell through the first contact portion (61, 62) when the solar cell is held by the solar cell holding member with the notch in the solar cell being engaged with the notch engagement portion in the solar cell holding member, and supplies the power to the unit through the second contact portion (63, 64) when the solar cell holding member is housed in the casing. - a transparent cell substrate; - a plurality of conductive portions (14a-14d) provided around the cell substrate and connected in series, and - a plurality of photocells, each having a thin-line shape, formed at proper intervals on the cell substrate and connected to the conductive portions (14a-14d); - a solar cell holding member for holding the solar cell; - a casing for housing the solar cell holding member; and - a connection member provided in the solar cell holding member and having a first contact portion (61, 62) and a second contact portion (63, 64);
A fetal position monitoring system, comprising: a force and deformation sensor arrangement for obtaining resistance information of a plurality of local areas of the abdomen in response to an applied pressure, the force and deformation sensor arrangement comprising a force and deformation sensor; a data analysis processor for interpreting the resistance information in respect of the plurality of local areas, and for deriving a fetal position or a fetal size from the interpretation; and an output for providing output data to a an output device for presenting a representation of the fetal position or fetal size. a force and deformation sensor arrangement for obtaining resistance information of a plurality of local areas of the abdomen in response to an applied pressure, the force and deformation sensor arrangement comprising a force and deformation sensor; a data analysis processor for interpreting the resistance information in respect of the plurality of local areas, and for deriving a fetal position or a fetal size from the interpretation; and an output for providing output data to a an output device for presenting a representation of the fetal position or fetal size.
Component for use in a bathroom or in a toilet, comprising one vertical wall element, whereby there are at least two fundamentally vertical surfaces (2, 3) created by the wall element, with the two vertical surfaces (2, 3) and one connection side defining a room region whereby there is the following designated in the room region: • a water tank for a toilet flushing whereby there is one drain of the tank to a toilet in the connection side designated, • a hot water tank for a bidet function and/or a hot water connection for hot water for a bidet function whereby there is a hot water drain designated for the hot water of the hot water tanks or of the hot water connection in the connection side, and • with the component still comprising one or more controls for the operation of the toilet flushing and/or of the bidet function characterized by the fact that • the wall element may be affixed with the connection side to an existing wall or to another wall element • a water line leading to the water tank is designated in the connection side. • a water tank for a toilet flushing whereby there is one drain of the tank to a toilet in the connection side designated, • a hot water tank for a bidet function and/or a hot water connection for hot water for a bidet function whereby there is a hot water drain designated for the hot water of the hot water tanks or of the hot water connection in the connection side, and • with the component still comprising one or more controls for the operation of the toilet flushing and/or of the bidet function • the wall element may be affixed with the connection side to an existing wall or to another wall element • a water line leading to the water tank is designated in the connection side.
A battery swapping platform, comprising: a guide rail extending along a first direction, wherein the guide rail is used for moving a mobile battery swapping apparatus along the first direction, the mobile battery swapping apparatus being used for swapping a battery for a vehicle, and the guide rail comprises a first guide rail segment and a second guide rail segment; wherein the direction of extension of the first guide rail segment and the direction of extension of the second guide rail segment is the first direction; a first platform for fixing the first guide rail segment, wherein the first platform is rotatable; a second platform for fixing the second guide rail segment, wherein the second platform is provided on the first platform and is rotatable with the first platform; and a translation drive assembly configured to move the second platform along a second direction relative to the first platform, so as to move the mobile battery swapping apparatus along the second direction, wherein the second direction is perpendicular to the first direction; and wherein the second platform is contained in the first platform, and the first platform is provided with an open window, the open window being used for exposing the second platform. a guide rail extending along a first direction, wherein the guide rail is used for moving a mobile battery swapping apparatus along the first direction, the mobile battery swapping apparatus being used for swapping a battery for a vehicle, and the guide rail comprises a first guide rail segment and a second guide rail segment; wherein the direction of extension of the first guide rail segment and the direction of extension of the second guide rail segment is the first direction; a first platform for fixing the first guide rail segment, wherein the first platform is rotatable; a second platform for fixing the second guide rail segment, wherein the second platform is provided on the first platform and is rotatable with the first platform; and a translation drive assembly configured to move the second platform along a second direction relative to the first platform, so as to move the mobile battery swapping apparatus along the second direction, wherein the second direction is perpendicular to the first direction; and wherein the second platform is contained in the first platform, and the first platform is provided with an open window, the open window being used for exposing the second platform.
Optically or electronically magnifying visual aid apparatus in the form of a mobile magnifier, in particular a hand-held magnifier, a stand magnifier or a hands-free magnifier, comprising: - at least one electrical or electronic functional component that consumes electrical energy in at least one operating state, - at least one rechargeable electrical energy store that is assigned to the at least one electrical or electronic functional component, - at least one inductive element that is assigned to the at least one electrical energy store and configured to supply the at least one electrical energy store with electrical energy by way of an inductive interaction with at least one further inductive element, - an elongate main body with at least one mounting portion for mounting at least one optical element, in particular a lens or a magnifying glass, and at least one handling portion for handling the main body, wherein the at least one inductive element is arranged or formed at or in the main body in the region of the handling portion. - at least one electrical or electronic functional component that consumes electrical energy in at least one operating state, - at least one rechargeable electrical energy store that is assigned to the at least one electrical or electronic functional component, - at least one inductive element that is assigned to the at least one electrical energy store and configured to supply the at least one electrical energy store with electrical energy by way of an inductive interaction with at least one further inductive element, - an elongate main body with at least one mounting portion for mounting at least one optical element, in particular a lens or a magnifying glass, and at least one handling portion for handling the main body, wherein the at least one inductive element is arranged or formed at or in the main body in the region of the handling portion.
Apparatus for the driven movement of an actuating mechanism of an opening and/or closing apparatus for opening and/or closing a furniture part accommodated in a movable manner on a basic furniture part, comprising a drive unit, which can drive the actuating mechanism via a gearing arrangement with a plurality of gearing members (6 - 10), and the actuating mechanism can be arranged on one of the furniture parts and can be brought temporarily into contact with the other furniture parts during opening and/or closing, wherein the contact between the actuating mechanism and the other furniture part is broken during an opening operation, wherein the gearing arrangement comprises a traction-means device (11, 12), characterized in that the actuating mechanism is designed in the form of a pushing-out lever, which can be pivoted about a pivot axis, and, in order for the pushing-out lever to be pivoted out for a pushing-out operation of the furniture part, the traction-means device (11, 12) has a belt-drive device with a drive belt (11, 12) and/or a chain-drive device with a chain drive for transmitting rotary movement between two rotatable gearing members (6, 7; 7, 8).
Method for authenticating a code with geometric areas whose shapes and/or colors vary according to a message, which method comprises: - a step of generating said code with variable geometric areas according to a message to provide geometric areas; - a step of generating a digital authentication code to provide numeric values; characterized by - a step of forming an image of said code with geometric areas comprising, in at least one portion of its geometric areas and/or in at least one space between geometric areas, a portion of said digital authentication code; the step of forming an image affecting, because of physical uncertainties inherent to image formation, the representation of the digital authentication code with an error rate which is higher than a first predefined value and lower than a second predefined value. - a step of generating said code with variable geometric areas according to a message to provide geometric areas; - a step of generating a digital authentication code to provide numeric values; characterized by - a step of forming an image of said code with geometric areas comprising, in at least one portion of its geometric areas and/or in at least one space between geometric areas, a portion of said digital authentication code;
An injection valve for use in internal combustion engines and having at least one control chamber, at least one center axis (a) extending at the center of said control chamber in the direction of its height, and at least one inlet channel in order to provide fuel entry into the control chamber, whereby the inlet axis (b) of the inlet channel defined in the extension direction of the inlet channel is positioned in a manner not intersecting the center axis (a), the inlet axis (b) extending in an orthogonal manner with respect to the center axis (a), characterized in that a plurality of inlet channels is provided around the center axis (a) such that an equal distance is provided in between.
A thick film paste comprising a glass portion and a conductive metal portion, said conductive metal portion comprising: a. from 10 to 99 wt% silver and b. from 1 to 90 wt% of a nickel alloy selected from the group consisting of a nickel-aluminum alloy, a nickel-chromium alloy, and a nickel-aluminum-chromium alloy, and combinations thereof. a. from 10 to 99 wt% silver and b. from 1 to 90 wt% of a nickel alloy selected from the group consisting of a nickel-aluminum alloy, a nickel-chromium alloy, and a nickel-aluminum-chromium alloy, and combinations thereof.
A method for creating a virtual drill guide for manufacturing a physical drill guide, said method comprising: obtaining a digital 3D representation of one or more physical teeth; obtaining a location of one or more canals in the digital 3D representation; placing a virtual dental dam clamp in the digital 3D representation based on a desired location and orientation of a corresponding physical dental dam clamp; placing one or more virtual burs in the digital 3D representation based on the obtained location of the one or more canals; creating a virtual drill guide based on (i) at least one property of the one or more placed virtual burs, (ii) at least one property of the virtual dental dam clamp and (iii) an anatomy of one or more virtual teeth; wherein the virtual drill guide is designed such that the physical drill guide to be manufactured corresponds to the virtual drill guide; wherein the physical drill guide includes one or more physical holes, each physical hole being configured to receive a physical bur at a predetermined angle and position in order (i) to allow the creation of an access opening to one or more physical canals in the one or more physical teeth and (ii) to provide guidance in the establishment of canal patency in the one or more physical teeth; wherein the one or more physical holes are based on the location of the placed virtual burs, respectively, of the virtual drill guide; manufacturing the physical drill guide based on the virtual drill guide. obtaining a digital 3D representation of one or more physical teeth; obtaining a location of one or more canals in the digital 3D representation; placing a virtual dental dam clamp in the digital 3D representation based on a desired location and orientation of a corresponding physical dental dam clamp; placing one or more virtual burs in the digital 3D representation based on the obtained location of the one or more canals; creating a virtual drill guide based on (i) at least one property of the one or more placed virtual burs, (ii) at least one property of the virtual dental dam clamp and (iii) an anatomy of one or more virtual teeth; wherein the virtual drill guide is designed such that the physical drill guide to be manufactured corresponds to the virtual drill guide; wherein the physical drill guide includes one or more physical holes, each physical hole being configured to receive a physical bur at a predetermined angle and position in order (i) to allow the creation of an access opening to one or more physical canals in the one or more physical teeth and (ii) to provide guidance in the establishment of canal patency in the one or more physical teeth; wherein the one or more physical holes are based on the location of the placed virtual burs, respectively, of the virtual drill guide; manufacturing the physical drill guide based on the virtual drill guide.
A hearing aid comprising: a sound acquisition unit configured to acquire an external acoustic signal; a hearing aid processing unit configured to switch between a plurality of algorithms to perform hearing aid processing on the acquired acoustic signal; and an output unit configured to output the acoustic signal on which the hearing aid processing has been performed, said hearing aid comprising: a wind noise detection unit configured to detect wind noise that is mixed in the acquired acoustic signal during the acquisition; and a time variation detection unit configured to detect a time variation of the detected wind noise, wherein said time variation detection unit includes: a pulse detection unit configured to detect a pulse-like variation of the wind noise, as a variation of the wind noise; and a repetition detection unit configured to detect whether or not the detected pulse-like variation repeats with time, and said hearing aid processing unit is configured to switch between the plurality of algorithms to perform the hearing aid processing on the acquired acoustic signal, on the basis of the detected time variation of the wind noise. a wind noise detection unit configured to detect wind noise that is mixed in the acquired acoustic signal during the acquisition; and a time variation detection unit configured to detect a time variation of the detected wind noise, wherein said time variation detection unit includes: a pulse detection unit configured to detect a pulse-like variation of the wind noise, as a variation of the wind noise; and a repetition detection unit configured to detect whether or not the detected pulse-like variation repeats with time, and said hearing aid processing unit is configured to switch between the plurality of algorithms to perform the hearing aid processing on the acquired acoustic signal, on the basis of the detected time variation of the wind noise. a pulse detection unit configured to detect a pulse-like variation of the wind noise, as a variation of the wind noise; and a repetition detection unit configured to detect whether or not the detected pulse-like variation repeats with time, and said hearing aid processing unit is configured to switch between the plurality of algorithms to perform the hearing aid processing on the acquired acoustic signal, on the basis of the detected time variation of the wind noise.
A composition consisting of: a) molecular iodine and optionally, a further active ingredient, and b) a vehicle consisting of a semifluorinated alkane and optionally a non-polar co-solvent or excipient; wherein the semifluorinated alkane is of formula: CF 3 (CF 2) n -R m Formula wherein n is an integer selected from 1 to 12, and R is linear or branched alkyl or cycloalkyl with m carbon atoms, wherein m is an integer selected from 2 to 12. a) molecular iodine and optionally, a further active ingredient, and b) a vehicle consisting of a semifluorinated alkane and optionally a non-polar co-solvent or excipient; wherein the semifluorinated alkane is of formula: CF 3 (CF 2) n -R m Formula wherein n is an integer selected from 1 to 12, and R is linear or branched alkyl or cycloalkyl with m carbon atoms, wherein m is an integer selected from 2 to 12.