mhurhangee/ep-ind-claims huggingface dataset:
An image compensating method, comprising: calculating a representative luminance for each pixel of an image based on a luminance of a corresponding pixel and luminances of pixels positioned in a vicinity of the corresponding pixel, wherein, the representative luminance is calculated by calculating luminance differences between the corresponding pixel and the pixels positioned in the vicinity of the corresponding pixel, classifying the luminance differences into two groups according to whether each luminance difference is greater than a threshold luminance, and averaging luminances of pixels in a group, of the two groups, having a greatest number of pixels; determining a compensation luminance ratio using the calculated representative luminance; and increasing an output luminance of at least the corresponding pixel based on the compensation luminance ratio, wherein, the compensation luminance ratio decreases as the representative luminance increases. calculating a representative luminance for each pixel of an image based on a luminance of a corresponding pixel and luminances of pixels positioned in a vicinity of the corresponding pixel, wherein, the representative luminance is calculated by calculating luminance differences between the corresponding pixel and the pixels positioned in the vicinity of the corresponding pixel, classifying the luminance differences into two groups according to whether each luminance difference is greater than a threshold luminance, and averaging luminances of pixels in a group, of the two groups, having a greatest number of pixels; determining a compensation luminance ratio using the calculated representative luminance; and increasing an output luminance of at least the corresponding pixel based on the compensation luminance ratio, wherein, the compensation luminance ratio decreases as the representative luminance increases.
A panel module, comprising a first frame comprising a plurality of segments (110a-d) arranged in a first plane, and at least one optical element elongating along the first plane, wherein the first frame is at least partially hollow and arranged to hold at least a peripheral portion of the at least one optical element, wherein the panel module further comprises a lighting arrangement comprising at least one light-emitting diode, wherein the lighting arrangement is arranged within the first frame and at an edge portion of the at least one optical element, and a driver unit coupled to the lighting arrangement and configured to supply power thereto, wherein the first frame comprises a first space provided behind the at least one optical element in a direction perpendicular to the first plane, wherein the driver unit is arranged within the first space fully behind the optical element, and wherein the plurality of segments are configured to be assembled into the first frame, and at least one connecting element configured to connect two segments, said at least one connecting element comprises a first portion having an L-shape and configured to be form fitted into the two segments, a second portion comprising two flanges with a 90° angle with respect to each other to form a L-shape, wherein the second portion is configured to abut a respective outer portion of the two segments, and a third portion provided between the first portion and the second portion, wherein the third portion comprises a slit having a predetermined width. a first frame comprising a plurality of segments (110a-d) arranged in a first plane, and at least one optical element elongating along the first plane, wherein the first frame is at least partially hollow and arranged to hold at least a peripheral portion of the at least one optical element, wherein the panel module further comprises a lighting arrangement comprising at least one light-emitting diode, wherein the lighting arrangement is arranged within the first frame and at an edge portion of the at least one optical element, and a driver unit coupled to the lighting arrangement and configured to supply power thereto, wherein the first frame comprises a first space provided behind the at least one optical element in a direction perpendicular to the first plane, wherein the driver unit is arranged within the first space fully behind the optical element, and wherein the plurality of segments are configured to be assembled into the first frame, and at least one connecting element configured to connect two segments, said at least one connecting element comprises a first portion having an L-shape and configured to be form fitted into the two segments, a second portion comprising two flanges with a 90° angle with respect to each other to form a L-shape, wherein the second portion is configured to abut a respective outer portion of the two segments, and a third portion provided between the first portion and the second portion, wherein the third portion comprises a slit having a predetermined width.
A wireless Internet device, comprising a device body, a connection interface set in the device body, and a SIM card holder configured to install a SIM card, wherein the wireless Internet device further comprises a push-locking apparatus, characterized in that, the push-locking apparatus comprises a push part (41,51) and a locking part (42,52); and the push part (41,51) is connected to the locking part (42,52) wherein the push part (41,51) is adapted to slide along the device body, in a state that the push part (41,51) blocks an external side of the connection interface, and the locking part (42, 52) releases the SIM card holder and wherein the push part (41,51) is adapted to slide along the device body in a state that the locking part (42,52) locks the SIM card holder and the push part (41,51) exposes the external side of the connection interface.
A method for detecting a synchronization symbol, comprising: receiving a first orthogonal frequency division multiplexing pilot symbol (P1a), the first orthogonal frequency division multiplexing symbol having a first plurality of active subcarriers; receiving a second orthogonal frequency division multiplexing pilot symbol (P1b), the second orthogonal frequency division multiplexing symbol having a second plurality of active subcarriers, wherein the second plurality of active subcarriers is shifted by a predetermined frequency relative to the first plurality of subcarriers; frequency translating part (P1a2) of the first orthogonal frequency division multiplexing pilot symbol by one carrier interval in a first direction; forming a correlation by multiplying samples of the frequency translated part of the first orthogonal frequency division multiplexing pilot symbol by samples of a complex conjugate of a part (P1b1, P1b2) of the second orthogonal frequency division multiplexing pilot symbol upon which frequency translation has not been performed, and summing the multiplication results; and detecting a start of the synchronization symbol based on the correlation result. receiving a first orthogonal frequency division multiplexing pilot symbol (P1a), the first orthogonal frequency division multiplexing symbol having a first plurality of active subcarriers; receiving a second orthogonal frequency division multiplexing pilot symbol (P1b), the second orthogonal frequency division multiplexing symbol having a second plurality of active subcarriers, wherein the second plurality of active subcarriers is shifted by a predetermined frequency relative to the first plurality of subcarriers; frequency translating part (P1a2) of the first orthogonal frequency division multiplexing pilot symbol by one carrier interval in a first direction; forming a correlation by multiplying samples of the frequency translated part of the first orthogonal frequency division multiplexing pilot symbol by samples of a complex conjugate of a part (P1b1, P1b2) of the second orthogonal frequency division multiplexing pilot symbol upon which frequency translation has not been performed, and summing the multiplication results; and detecting a start of the synchronization symbol based on the correlation result.
A modulation device for use in a charged particle multi-beamlet lithography system, the device comprising a body comprising an interconnect structure provided with a plurality of modulators and interconnects at different levels within the interconnect structure for enabling connection of the modulators to one or more pattern data receiving elements; the interconnect structure comprising multiple metallization levels and via levels, said metallization levels being coupled to each other by the via levels and forming the interconnects at different levels; wherein a modulator comprises a first electrode, a second electrode, and an aperture extending through the body, the electrodes being located on opposing sides of the aperture and being configured to generate an electric field across the aperture; and wherein at least one of the first electrode and the second electrode comprises a first conductive element formed at a first metallization level of the interconnect structure, a second conductive element formed at a second metallization level and a third conductive element formed at a third metallization level of the multiple metallization levels of the interconnect structure, the first, second and third conductive elements being electrically connected with each other so that the at least one of the first electrode and the second electrode is formed by said first, second and third conductive elements at different levels of the interconnect structure connected to each other by said vias, and wherein the first, second and third conductive elements are exposed to the aperture so as to form part of the electrode.
A vehicle having at least two decks and a pneumatic elevator system, the pneumatic elevator system comprising: a coupling mechanism; a shaft extending between the at least two decks, a base of the shaft mounted to a first deck structure of said at least two decks by the coupling mechanism that accommodates flexing of said first deck structure to enable said first deck structure to flex independently of the base of the shaft; a cab within the shaft, the cab movable between said at least two decks; and a pneumatic system in selective communication with the interior of the shaft to generate a pressure differential within the interior of the shaft. a coupling mechanism; a shaft extending between the at least two decks, a base of the shaft mounted to a first deck structure of said at least two decks by the coupling mechanism that accommodates flexing of said first deck structure to enable said first deck structure to flex independently of the base of the shaft; a cab within the shaft, the cab movable between said at least two decks; and a pneumatic system in selective communication with the interior of the shaft to generate a pressure differential within the interior of the shaft.
A glycolic acid polymer [polymer], said polymer PGA being obtained from polycondensation reaction of a monomer mixture consisting of: (i) glycolic acid; (ii) optionally, at least one hydroxyl acid having only one hydroxyl group and only one carboxylic acid group different from GA [hydroxyacid], wherein the molar amount of hydroxyacid is of at most 5 % moles, with respect to the sum of moles of GA and hydroxyacid; (iii) at least one polyol comprising at least three hydroxyl groups and being free from carboxylic acid group [polyol]; (iv) at least one aromatic diacid comprising two aromatic carboxylic acid groups and being free from hydroxyl groups [diacid]; and (iv) optionally at least one carboxylic acid having one carboxylic acid group and being free from hydroxyl group [monoacid], wherein: - the amount of polyol is such that the number of hydroxyl groups thereof is comprised between 0.050 to 0.750 % with respect to the overall number of carboxyl groups of glycolic acid and of the hydroxyacid, if present; - the amount of diacid is such that the number of carboxylic acid groups thereof is comprised between 0.050 to 0.750 % with respect to the overall number of hydroxyl groups of glycolic acid and of the hydroxyacid, if present; - the amount of said monoacid, when present, is such that the number of carboxylic acid groups thereof is comprised between 0.0001 to 0.010 % with respect to the overall number of hydroxyl groups of glycolic acid and of the hydroxyacid, if present. (i) glycolic acid; (ii) optionally, at least one hydroxyl acid having only one hydroxyl group and only one carboxylic acid group different from GA [hydroxyacid], wherein the molar amount of hydroxyacid is of at most 5 % moles, with respect to the sum of moles of GA and hydroxyacid; (iii) at least one polyol comprising at least three hydroxyl groups and being free from carboxylic acid group [polyol]; (iv) at least one aromatic diacid comprising two aromatic carboxylic acid groups and being free from hydroxyl groups [diacid]; and (iv) optionally at least one carboxylic acid having one carboxylic acid group and being free from hydroxyl group [monoacid], - the amount of polyol is such that the number of hydroxyl groups thereof is comprised between 0.050 to 0.750 % with respect to the overall number of carboxyl groups of glycolic acid and of the hydroxyacid, if present; - the amount of diacid is such that the number of carboxylic acid groups thereof is comprised between 0.050 to 0.750 % with respect to the overall number of hydroxyl groups of glycolic acid and of the hydroxyacid, if present; - the amount of said monoacid, when present, is such that the number of carboxylic acid groups thereof is comprised between 0.0001 to 0.010 % with respect to the overall number of hydroxyl groups of glycolic acid and of the hydroxyacid, if present.
System for continuous redimensioning of a graphical digital document, the digital document comprising a display page and components (2, 3, 4) to be displayed on the display page, comprising: a) means for receiving a display pair of the digital document comprising a first display (d) of the digital document and a second display (f) of the digital document distinct from the first display ( d), the first display (d) comprising a first dimensioning of the display page and a first positioning and dimensioning of the components (2, 3, 4) to be displayed and the second display (f) comprising a second dimensioning of the display page and a second positioning and dimensioning of the components (2, 3, 4) to be displayed, and at least one component comprises a viewing window and an element which is able to be partially contained in the viewing window, the dimensions of the viewing window being independent of the dimensions and of the position of said element, the viewing window being defined for the final display (f) by a second set of dimensions, defining a surface and a shape of window, different, after the redimensioning, from those defined by the first set of dimensions, b) means for determining factors for redimensioning of the display page between the first display (d) and the second display (f) of the display pair, and c) means for determining, for each of the components (2, 3, 4) to be displayed, coefficients for transformation by redimensioning of the components and for positioning of the components to be displayed between the first display (d) and the second display (f) of the display pair. a) means for receiving a display pair of the digital document comprising a first display (d) of the digital document and a second display (f) of the digital document distinct from the first display ( d), the first display (d) comprising a first dimensioning of the display page and a first positioning and dimensioning of the components (2, 3, 4) to be displayed and the second display (f) comprising a second dimensioning of the display page and a second positioning and dimensioning of the components (2, 3, 4) to be displayed, and at least one component comprises a viewing window and an element which is able to be partially contained in the viewing window, the dimensions of the viewing window being independent of the dimensions and of the position of said element, the viewing window being defined for the final display (f) by a second set of dimensions, defining a surface and a shape of window, different, after the redimensioning, from those defined by the first set of dimensions, b) means for determining factors for redimensioning of the display page between the first display (d) and the second display (f) of the display pair, and c) means for determining, for each of the components (2, 3, 4) to be displayed, coefficients for transformation by redimensioning of the components and for positioning of the components to be displayed between the first display (d) and the second display (f) of the display pair.
A method for drilling a wellbore, comprising: drilling the wellbore by injecting drilling fluid into the wellbore and rotating a drill bit connected to a bottom of a first tubular string, wherein the first tubular string comprises: a drill bit disposed on a bottom thereof, tubular joints connected together, a longitudinal bore therethrough, a port through a wall thereof, and wherein the drilling fluid exits the drill bit and carries cuttings from the drill bit, and the cuttings and drilling fluid flow to surface; the method characterised by injecting drilling fluid into a first annulus formed between the first tubular string and a second tubular string while adding a tubular joint or stand of joints to the first tubular string, wherein: the drilling fluid is diverted into the port and through the first tubular string by a seal disposed in the first annulus, and the cuttings and drilling fluid flowing to the surface are diverted into a second annulus or third tubular string by the seal. drilling the wellbore by injecting drilling fluid into the wellbore and rotating a drill bit connected to a bottom of a first tubular string, wherein the first tubular string comprises: a drill bit disposed on a bottom thereof, tubular joints connected together, a longitudinal bore therethrough, a port through a wall thereof, and wherein the drilling fluid exits the drill bit and carries cuttings from the drill bit, and the cuttings and drilling fluid flow to surface; the method characterised by the first tubular string comprises: a drill bit disposed on a bottom thereof, tubular joints connected together, a longitudinal bore therethrough, a port through a wall thereof, and wherein the drilling fluid exits the drill bit and carries cuttings from the drill bit, and the cuttings and drilling fluid flow to surface; the method characterised by a drill bit disposed on a bottom thereof, tubular joints connected together, a longitudinal bore therethrough, a port through a wall thereof, and wherein injecting drilling fluid into a first annulus formed between the first tubular string and a second tubular string while adding a tubular joint or stand of joints to the first tubular string, wherein: the drilling fluid is diverted into the port and through the first tubular string by a seal disposed in the first annulus, and the cuttings and drilling fluid flowing to the surface are diverted into a second annulus or third tubular string by the seal. the drilling fluid is diverted into the port and through the first tubular string by a seal disposed in the first annulus, and the cuttings and drilling fluid flowing to the surface are diverted into a second annulus or third tubular string by the seal.
A method (200, 300, 400) in a network device (101, 800, 1000), comprising: determining (201, 301, 401) semi-persistent scheduling, SPS, configuration for a terminal device; wherein information on transmission or reception opportunity for the SPS configuration i) is comprised in the SPS configuration and ii) at least comprises information on slot and/or mini-slot configuration; and transmitting (202, 302, 402) the SPS configuration to the terminal device; wherein the information on transmission or reception opportunity i) comprises one or more of the following time units: slot, mini-slot and ii) is used to indicate the number of orthogonal frequency division multiplexing, OFDM, symbols in a slot and/or mini-slot. determining (201, 301, 401) semi-persistent scheduling, SPS, configuration for a terminal device; wherein information on transmission or reception opportunity for the SPS configuration i) is comprised in the SPS configuration and ii) at least comprises information on slot and/or mini-slot configuration; and transmitting (202, 302, 402) the SPS configuration to the terminal device; wherein the information on transmission or reception opportunity i) comprises one or more of the following time units: slot, mini-slot and ii) is used to indicate the number of orthogonal frequency division multiplexing, OFDM, symbols in a slot and/or mini-slot.
An eccentric piston positive displacement pump comprising: - a pipe having a first end secured to a transmission area and a second end ending in a cylinder secured to a discharge area, the pipe comprising a suction port and the discharge area comprising a discharge port, - a drive shaft extending between the transmission area and the pipe with one end situated at the cylinder, - a piston arranged in the discharge area and mounted to slide at the end of the shaft and being pressed against the cylinder by elastic means so as to prevent fluid from moving between a pipe and the discharge area, characterized in that the pump further comprises means (8, 9) for moving the piston elastically away from the cylinder and keeping it at a predetermined distance from same. - a pipe having a first end secured to a transmission area and a second end ending in a cylinder secured to a discharge area, the pipe comprising a suction port and the discharge area comprising a discharge port, - a drive shaft extending between the transmission area and the pipe with one end situated at the cylinder, - a piston arranged in the discharge area and mounted to slide at the end of the shaft and being pressed against the cylinder by elastic means so as to prevent fluid from moving between a pipe and the discharge area,
Method for manoeuvring a towing vehicle-trailer combination composed of a towing vehicle and a trailer, wherein the trailer is connected to the towing vehicle by means of a non-steerable drawbar, characterized in that the towing vehicle observes the surroundings, including the trailer, behind the vehicle by means of a reversing camera, having the following steps: a) determining the actual bending angle of the trailer relative to the towing vehicle, b) determining the drawbar length and the maximum bending angle of the trailer, c) inputting the setpoint bending angle of the trailer, d) reversing the towing vehicle with at least an active steering assistance system until the setpoint bending angle of the trailer is reached, e) fixing the direction of travel predefined by the setpoint bending angle, and f) manoeuvring the towing vehicle with at least an active steering assistance system while maintaining the predefined direction of travel until a final parked position is reached. a) determining the actual bending angle of the trailer relative to the towing vehicle, b) determining the drawbar length and the maximum bending angle of the trailer, c) inputting the setpoint bending angle of the trailer, d) reversing the towing vehicle with at least an active steering assistance system until the setpoint bending angle of the trailer is reached, e) fixing the direction of travel predefined by the setpoint bending angle, and f) manoeuvring the towing vehicle with at least an active steering assistance system while maintaining the predefined direction of travel until a final parked position is reached.