mhurhangee/ep-ind-claims huggingface dataset:
A method for processing radio frequency interference, applied to an electronic device including a display screen and a first radio frequency antenna, wherein the display screen includes a first area and a second area, an orthographic projection of the first radio frequency antenna on the display screen is located in the first area, the method being characterized by comprising: acquiring (S101, S201, S301) a first signal strength value of a received signal from the first radio frequency antenna; determining (S102, S202, S302) whether the first signal strength value is lower than a preset threshold; stopping (S103, S203, S303) the information display on the first area when determining that the first signal strength value is lower than the preset threshold; and only using the second area to display information. acquiring (S101, S201, S301) a first signal strength value of a received signal from the first radio frequency antenna; determining (S102, S202, S302) whether the first signal strength value is lower than a preset threshold; stopping (S103, S203, S303) the information display on the first area when determining that the first signal strength value is lower than the preset threshold; and only using the second area to display information.
A coil for transmitting torque to a threaded insert sleeve having an external thread and optionally for tapping a thread, said coil comprising: - a radially outer profile, which is provided for anchoring said coil in a threaded insert sleeve and for transmitting a torque to said threaded insert sleeve and optionally for tapping a thread, and - a driving profile suitable for receiving a drive, which can engage in said driving profile in such a way that a torque can be transmitted from the drive to said coil and at the same time any torsion of said coil can be limited or avoided. - a radially outer profile, which is provided for anchoring said coil in a threaded insert sleeve and for transmitting a torque to said threaded insert sleeve and optionally for tapping a thread, and - a driving profile suitable for receiving a drive, which can engage in said driving profile in such a way that a torque can be transmitted from the drive to said coil and at the same time any torsion of said coil can be limited or avoided.
A semiconductor substrate, comprising: a GaN substrate having a surface inclined from a crystal plane by two specified off-angles with respect to two crystal axis directions, respectively, such that, an orientation of the surface is defined by a first absolute value of a first off-angle of the surface from the crystal plane towards <1-100> direction, the first absolute value is equal to or larger than 0.12 degree and equal to or smaller than 0.35 degree and by a second absolute value of a second off-angle of the surface from the crystal plane towards <11-20> direction, the second absolute value is larger than or equal to 0.01 degree and equal to or smaller than 0.06 degree; and a single-crystal layer formed of III-V nitride compound semiconductor epitaxially grown on the surface of the GaN substrate. a GaN substrate having a surface inclined from a crystal plane by two specified off-angles with respect to two crystal axis directions, respectively, such that, an orientation of the surface is defined by a first absolute value of a first off-angle of the surface from the crystal plane towards <1-100> direction, the first absolute value is equal to or larger than 0.12 degree and equal to or smaller than 0.35 degree and by a second absolute value of a second off-angle of the surface from the crystal plane towards <11-20> direction, the second absolute value is larger than or equal to 0.01 degree and equal to or smaller than 0.06 degree; and a single-crystal layer formed of III-V nitride compound semiconductor epitaxially grown on the surface of the GaN substrate.
A stave protection system for a metallurgical furnace, comprising: a stave comprising a plurality of recesses arranged on a front face of the stave; and a plurality of inserts each being received by a respective one of the recesses, the inserts so received projecting from the front face of the stave such that, in use, furnace burden material is trapped by the inserts so as to provide a protective layer of the burden material on the front face of the stave, wherein each insert comprises a set of segments and a retainer which forces the segments against a surface of the respective recess, such that the segments are secured in the recess by frictional contact with the surface of the recess. a stave comprising a plurality of recesses arranged on a front face of the stave; and a plurality of inserts each being received by a respective one of the recesses, the inserts so received projecting from the front face of the stave such that, in use, furnace burden material is trapped by the inserts so as to provide a protective layer of the burden material on the front face of the stave, wherein each insert comprises a set of segments and a retainer which forces the segments against a surface of the respective recess, such that the segments are secured in the recess by frictional contact with the surface of the recess.
An ion mobility device for separating ions based on their ion mobility, comprising: an ion mobility cell having a gas inlet and a gas outlet opposite the inlet along a first direction such that a gas flow introduced at the gas inlet would flow in a first direction to the gas outlet, an ion entrance and a plurality of ion exit apertures opposite the ion entrance along a second direction and offset from the ion entrance and spaced apart from one another along the first direction wherein the first and second directions are non-parallel, and a plurality of electrodes arranged in a two-dimensional grid and configured to generate an electric field such that a path of an ion through the ion mobility cell is a function of the gas flow and the electric field such that ions exiting an ion exit aperture have a range of ion mobilities that is different from a range of ion mobilities for ions entering an adjacent ion exit aperture, wherein an angle between an electric field gradient and the gas flow changes depending on the location within the ion mobility cell. an ion mobility cell having a gas inlet and a gas outlet opposite the inlet along a first direction such that a gas flow introduced at the gas inlet would flow in a first direction to the gas outlet, an ion entrance and a plurality of ion exit apertures opposite the ion entrance along a second direction and offset from the ion entrance and spaced apart from one another along the first direction wherein the first and second directions are non-parallel, and a plurality of electrodes arranged in a two-dimensional grid and configured to generate an electric field such that a path of an ion through the ion mobility cell is a function of the gas flow and the electric field such that ions exiting an ion exit aperture have a range of ion mobilities that is different from a range of ion mobilities for ions entering an adjacent ion exit aperture, wherein an angle between an electric field gradient and the gas flow changes depending on the location within the ion mobility cell.
A closure device, comprising a first closure part which includes a closure element with a base body and at least one first locking portion (222, 22A, 222A, 223, 223A, 223B) arranged on the base body, and a second closure part, which includes a base element and at least one second locking portion (302, 303) arranged on the base element, wherein the first closure part and the second closure part can be placed against each other along a placement direction, wherein in a closed position the first closure part and the second closure part are placed against each other such that the at least one first locking portion (222, 222A, 222B, 223, 223A, 223B) of the closure element and the at least one second locking portion (302, 303) of the second closure part are in engagement with each other, and wherein for releasing the first closure part and the second closure part from each other, the at least one first locking portion (222, 222A, 222B, 223, 223A, 223B) of the closure element and the at least one second locking portion (302, 303) of the second closure part can be brought out of engagement with each other by rotating the closure element relative to the second closure part about an axis of rotation, characterized in that the closure element has a first side and a second side, wherein on the first side and on the second side at least one first locking portion (222A, 223A) each is arranged, wherein one second closure part each can be placed against the first side and against the second side. a first closure part which includes a closure element with a base body and at least one first locking portion (222, 22A, 222A, 223, 223A, 223B) arranged on the base body, and a second closure part, which includes a base element and at least one second locking portion (302, 303) arranged on the base element, wherein the first closure part and the second closure part can be placed against each other along a placement direction, wherein in a closed position the first closure part and the second closure part are placed against each other such that the at least one first locking portion (222, 222A, 222B, 223, 223A, 223B) of the closure element and the at least one second locking portion (302, 303) of the second closure part are in engagement with each other, and wherein for releasing the first closure part and the second closure part from each other, the at least one first locking portion (222, 222A, 222B, 223, 223A, 223B) of the closure element and the at least one second locking portion (302, 303) of the second closure part can be brought out of engagement with each other by rotating the closure element relative to the second closure part about an axis of rotation,
A method performed by a serving GPRS support node, SGSN, in a mobile communications network, the method comprising: receiving (5.1), from a terminal, a first message for attaching the terminal to the network; after tracking area, TA, update procedure (5.4) between the terminal and a mobility management entity, MME is performed, receiving (5.7), from the MME, a context-related message including indication indicating a requirement of an association between the MME and a mobile switching center, MSC; after receiving (5.12), from the terminal, a second message for routing area, RA, update, deactivating (5.14) the Idle mode Signalling Reduction, ISR mechanism based on the indication; and transmitting (5.15) information for the deactivation of the ISR mechanism to the terminal. receiving (5.1), from a terminal, a first message for attaching the terminal to the network; after tracking area, TA, update procedure (5.4) between the terminal and a mobility management entity, MME is performed, receiving (5.7), from the MME, a context-related message including indication indicating a requirement of an association between the MME and a mobile switching center, MSC; after receiving (5.12), from the terminal, a second message for routing area, RA, update, deactivating (5.14) the Idle mode Signalling Reduction, ISR mechanism based on the indication; and transmitting (5.15) information for the deactivation of the ISR mechanism to the terminal.
Lighting device comprising a housing housing at least one light source, said housing comprising an at least partially transparent bottom wall supporting a tactile interface for controlling the light source and allowing the light generated by the light source to pass through, and a cover closing the housing; the assembly formed by the case and the cover being assembled without play by clipping means,the case having a bowl shape whose bottom wall supports the tactile interface and whose opening is closed by a printed circuit board supporting the light source;the light source being oriented towards the bottom wall; said lighting device being characterized in that it further comprises a flexible mechanical and electrical connection means compressed between the tactile interface and the light source allowing both to control the light source and to compensate for the stresses exerted by the clipping means; the touch interface having a conductive surface conforming to the bottom wall, including at least one conductive portion extending from the conductive surface toward the printed circuit board; the free end of said conductive portion defining an electrical contact participating in the transmission of a light control signal to the printed circuit board to control the illumination of the light source.
A display panel comprising: a substrate comprising a first area, a display area, and an intermediate area arranged between the first area and the display area; a plurality of data lines extending along a first direction in the display area; and a data distributor comprising switches electrically connected to the plurality of data lines, wherein the plurality of data lines comprise a first data line and a second data line, and each of the first data line and the second data line comprises a bypass portion that bypasses an edge of the first area in the intermediate area, and the bypass portion of the first data line and the bypass portion of the second data line overlap each other in the intermediate area, and characterized in that the bypass portion of the first data line and the bypass portion of the second data line are overlapped with an initialization voltage layer that has a ring shape surrounding the first area in a plan view. a substrate comprising a first area, a display area, and an intermediate area arranged between the first area and the display area; a plurality of data lines extending along a first direction in the display area; and a data distributor comprising switches electrically connected to the plurality of data lines, wherein the plurality of data lines comprise a first data line and a second data line, and each of the first data line and the second data line comprises a bypass portion that bypasses an edge of the first area in the intermediate area, and the bypass portion of the first data line and the bypass portion of the second data line overlap each other in the intermediate area, and characterized in that the bypass portion of the first data line and the bypass portion of the second data line are overlapped with an initialization voltage layer that has a ring shape surrounding the first area in a plan view.
Mobile communication device (100, 200, 300) for communication in a wireless network (101, 201, 301), the mobile communication device (100, 200, 300) comprising: a functional unit (102, 202, 302), which is configured to communicate in the wireless network (101, 201, 301), and a testing unit (104, 204, 304), which is coupled to the functional unit (102, 202, 302) and is configured to controllably exchange test data (105, 205, 305) with the functional unit (102, 202, 302), wherein the functional unit (102, 202, 302) comprises a test controller (206, 306), which is configured to control the testing unit (104, 204, 304) to receive test data (105, 205, 305) from the functional unit (102, 202, 302), or to provide test data (105, 205, 305) to the functional unit (102, 202, 302), wherein the testing unit (104, 204, 304) or the test controller (206, 306) is configured to evaluate the test data (105, 205, 305), wherein to evaluate the test data (105, 205, 305) comprises to measure parameters or to analyze contents of the test data (105, 205, 305) or a signal generated based on the test data (105, 205, 305), which allows to judge the correct function of the functional unit (102, 202, 302), characterized in that the test controller (206, 306) comprises a data injection and sniffing interface to a communication protocol stack of the functional unit (102, 202, 302) and is configured to provide test data (105, 205, 305) to the communication protocol stack of the functional unit (102, 202, 302) and to read digital data from the communication protocol stack of the functional unit (102, 202, 302). a functional unit (102, 202, 302), which is configured to communicate in the wireless network (101, 201, 301), and a testing unit (104, 204, 304), which is coupled to the functional unit (102, 202, 302) and is configured to controllably exchange test data (105, 205, 305) with the functional unit (102, 202, 302), wherein the functional unit (102, 202, 302) comprises a test controller (206, 306), which is configured to control the testing unit (104, 204, 304) to receive test data (105, 205, 305) from the functional unit (102, 202, 302), or to provide test data (105, 205, 305) to the functional unit (102, 202, 302), wherein the testing unit (104, 204, 304) or the test controller (206, 306) is configured to evaluate the test data (105, 205, 305), wherein to evaluate the test data (105, 205, 305) comprises to measure parameters or to analyze contents of the test data (105, 205, 305) or a signal generated based on the test data (105, 205, 305), which allows to judge the correct function of the functional unit (102, 202, 302), characterized in that the test controller (206, 306) comprises a data injection and sniffing interface to a communication protocol stack of the functional unit (102, 202, 302) and is configured to provide test data (105, 205, 305) to the communication protocol stack of the functional unit (102, 202, 302) and to read digital data from the communication protocol stack of the functional unit (102, 202, 302).
A method for enhancing an image, comprising the steps of: constructing an input histogram corresponding to the image, the input histogram representing a pixel intensity distribution corresponding to the image; establishing a variable plateau profile to be applied to the input histogram for enhancing dark regions in the image, which decreases from a first bin to a last bin in the histogram to which the plateau profile is to be applied in a clipping process; clipping the input histogram at the variable plateau profile to produce a clipped input histogram; constructing a cumulative histogram from the clipped input histogram; normalizing the cumulative histogram to produce a normalized cumulative histogram; performing non-linear operations on the normalized cumulative histogram, prior to transforming the input image, comprising calculating a square root of the cumulative histogram to produce a resulting cumulative histogram and multiplying the resulting cumulative histogram by a ramp function (n + bin / [highest bin]) / (n + 1) or by (n + sin([π / 2*bin / [highest bin])) / (n + 1), where bin represents a current bin and highest bin represents the bin with the highest pixel intensity in the resulting cumulative histogram; to produce a multiplied resulting cumulative histogram and transforming the image using the multiplied resulting cumulative histogram to produce an enhanced output image corresponding to the input image, wherein at least a portion of the input image is enhanced in the output image. constructing an input histogram corresponding to the image, the input histogram representing a pixel intensity distribution corresponding to the image; establishing a variable plateau profile to be applied to the input histogram for enhancing dark regions in the image, which decreases from a first bin to a last bin in the histogram to which the plateau profile is to be applied in a clipping process; clipping the input histogram at the variable plateau profile to produce a clipped input histogram; constructing a cumulative histogram from the clipped input histogram; normalizing the cumulative histogram to produce a normalized cumulative histogram; performing non-linear operations on the normalized cumulative histogram, prior to transforming the input image, comprising calculating a square root of the cumulative histogram to produce a resulting cumulative histogram and multiplying the resulting cumulative histogram by a ramp function (n + bin / [highest bin]) / (n + 1) or by (n + sin([π / 2*bin / [highest bin])) / (n + 1), where bin represents a current bin and highest bin represents the bin with the highest pixel intensity in the resulting cumulative histogram; to produce a multiplied resulting cumulative histogram and transforming the image using the multiplied resulting cumulative histogram to produce an enhanced output image corresponding to the input image, wherein at least a portion of the input image is enhanced in the output image.
An apparatus comprising: a central hub having a centerline and a circular perimeter; an outer housing, the outer housing comprising a circular wall that extends from an inlet edge to an outlet edge; a plurality of vanes that extend from the central hub to the outer housing, the plurality of vanes equally spaced around the circular perimeter of the central hub, each vane of the plurality of vanes having an inlet transition portion connected to a discharge portion, the inlet transition portion having a top edge and the discharge portion having a bottom edge; wherein the top edge of the inlet transition portion of each vane of the plurality of vanes is offset from the centerline of the central hub and the top edge forms a forward secant line with respect to the centerline of the central hub and a direction of spin induced by the plurality of vanes; and wherein the inlet transition portion of each vane of the plurality of vanes comprises an upper portion, a middle portion, a lower portion, a first bend at a first interface between the upper portion and the middle portion, and a final bend at a second interface between the middle portion and the lower portion, wherein the lower portion of the inlet transition portion is connected to the discharge portion. a central hub having a centerline and a circular perimeter; an outer housing, the outer housing comprising a circular wall that extends from an inlet edge to an outlet edge; a plurality of vanes that extend from the central hub to the outer housing, the plurality of vanes equally spaced around the circular perimeter of the central hub, each vane of the plurality of vanes having an inlet transition portion connected to a discharge portion, the inlet transition portion having a top edge and the discharge portion having a bottom edge; wherein the top edge of the inlet transition portion of each vane of the plurality of vanes is offset from the centerline of the central hub and the top edge forms a forward secant line with respect to the centerline of the central hub and a direction of spin induced by the plurality of vanes; and wherein the inlet transition portion of each vane of the plurality of vanes comprises an upper portion, a middle portion, a lower portion, a first bend at a first interface between the upper portion and the middle portion, and a final bend at a second interface between the middle portion and the lower portion, wherein the lower portion of the inlet transition portion is connected to the discharge portion.