mhurhangee/ep-ind-claims huggingface dataset:
A camera system comprising: a light source color detector (20, 30, 40, 80, 127, 327) for detecting a color temperature of a light source, wherein the light source includes a background light that is different from a light reflected from an object to be imaged; an auxiliary light apparatus (10, 50, 60, 70, 126, 226, 326, 426) for changing a color temperature of auxiliary light according to the detected color temperature of the light source, and radiating the auxiliary light onto the object; and a white balance controller (112, 116) for adjusting white balance based on the background light detected while the auxiliary light is being radiated, characterized in that the light source color detector (20, 30, 40, 80, 127, 327) detects the color temperature of the background light, and the light source color detector (20, 30, 40, 80, 127, 327) detects the color temperature of the light source by sequentially pre-emitting light of the color elements included in the auxiliary light apparatus (10, 50, 60, 70, 126, 226, 326, 426), and receiving light reflected according to the pre-emitting light. a light source color detector (20, 30, 40, 80, 127, 327) for detecting a color temperature of a light source, wherein the light source includes a background light that is different from a light reflected from an object to be imaged; an auxiliary light apparatus (10, 50, 60, 70, 126, 226, 326, 426) for changing a color temperature of auxiliary light according to the detected color temperature of the light source, and radiating the auxiliary light onto the object; and a white balance controller (112, 116) for adjusting white balance based on the background light detected while the auxiliary light is being radiated, characterized in that the light source color detector (20, 30, 40, 80, 127, 327) detects the color temperature of the background light, and the light source color detector (20, 30, 40, 80, 127, 327) detects the color temperature of the light source by sequentially pre-emitting light of the color elements included in the auxiliary light apparatus (10, 50, 60, 70, 126, 226, 326, 426), and receiving light reflected according to the pre-emitting light.
A semiconductor device, comprising: a capacitor comprising: a plate-to-plate capacitor including at least a first plate and a second plate, the second plate in proximity to the first plate; and a finger-to-finger capacitor in proximity to the first plate, the finger-to-finger capacitor comprising a first plurality of finger elements and a second plurality of finger elements, the second plurality of finger elements interleaved with the first plurality of finger elements, the first plurality of finger elements electrically connected to the first plate and the second plurality of finger elements electrically connected to the second plate; wherein the second plurality of finger elements and the first plate form additional plate-to-plate capacitors, characterized in that individual ones of the second plurality of finger elements are wider than individual ones of the first plurality of finger elements in portions of the finger-to-finger capacitor that are proximate to the first plate. a capacitor comprising: a plate-to-plate capacitor including at least a first plate and a second plate, the second plate in proximity to the first plate; and a finger-to-finger capacitor in proximity to the first plate, the finger-to-finger capacitor comprising a first plurality of finger elements and a second plurality of finger elements, the second plurality of finger elements interleaved with the first plurality of finger elements, the first plurality of finger elements electrically connected to the first plate and the second plurality of finger elements electrically connected to the second plate; a plate-to-plate capacitor including at least a first plate and a second plate, the second plate in proximity to the first plate; and a finger-to-finger capacitor in proximity to the first plate, the finger-to-finger capacitor comprising a first plurality of finger elements and a second plurality of finger elements, the second plurality of finger elements interleaved with the first plurality of finger elements, the first plurality of finger elements electrically connected to the first plate and the second plurality of finger elements electrically connected to the second plate; wherein the second plurality of finger elements and the first plate form additional plate-to-plate capacitors, characterized in that individual ones of the second plurality of finger elements are wider than individual ones of the first plurality of finger elements in portions of the finger-to-finger capacitor that are proximate to the first plate.
A wrapped package of consumer goods comprising: a filled package comprising a container filled with a bundle of smoking articles; and an outer wrapper, wrapped around the filled package such that first and second opposed edges (16a, 16b) of the outer wrapper overlap with each other along a longitudinal overlapping region extending across a first side of the package, wherein the outer wrapper is provided with a opening cut extending transversely all of the way across the longitudinal overlapping region to define an opening tab in the outer wrapper. a filled package comprising a container filled with a bundle of smoking articles; and an outer wrapper, wrapped around the filled package such that first and second opposed edges (16a, 16b) of the outer wrapper overlap with each other along a longitudinal overlapping region extending across a first side of the package, wherein the outer wrapper is provided with a opening cut extending transversely all of the way across the longitudinal overlapping region to define an opening tab in the outer wrapper.
A system for verifying a face of a user registered in a user DataBase, DB, by using a light mask, comprising: an image input unit for receiving a specific facial image and transmitting the specific facial image to a facial feature extraction unit; the facial feature extraction unit for extracting a facial feature vector from an entire facial area of the specific facial image as a single extraction unit; a non-user Gaussian Mixture Model, GMM, configuration unit for generating a non-user GMM from a non-user facial image of a non-user registered in a non-user DataBase, DB, and for storing the non-user GMM in the non-user DataBase, DB; a user GMM configuration unit for generating and storing a user GMM in the user DB, wherein generating the user GMM comprises increasing the number of facial feature vectors by combining a user facial image of the user registered in the user DB with a plurality of light masks having an effect of directing illumination in various directions to create various facial images illuminated in various directions and generating the user GMM on the basis of the increased number of facial feature vectors and the non-user GMM; a log-likelihood value calculation unit for inputting the facial feature vector both to the non-user GMM and to the user GMM, thus calculating log- likelihood values; and a user verification unit for comparing the calculated log-likelihood values with a predetermined threshold, thus verifying whether the specific facial image is a facial image of the user. an image input unit for receiving a specific facial image and transmitting the specific facial image to a facial feature extraction unit; the facial feature extraction unit for extracting a facial feature vector from an entire facial area of the specific facial image as a single extraction unit; a non-user Gaussian Mixture Model, GMM, configuration unit for generating a non-user GMM from a non-user facial image of a non-user registered in a non-user DataBase, DB, and for storing the non-user GMM in the non-user DataBase, DB; a user GMM configuration unit for generating and storing a user GMM in the user DB, wherein generating the user GMM comprises increasing the number of facial feature vectors by combining a user facial image of the user registered in the user DB with a plurality of light masks having an effect of directing illumination in various directions to create various facial images illuminated in various directions and generating the user GMM on the basis of the increased number of facial feature vectors and the non-user GMM; a log-likelihood value calculation unit for inputting the facial feature vector both to the non-user GMM and to the user GMM, thus calculating log- likelihood values; and a user verification unit for comparing the calculated log-likelihood values with a predetermined threshold, thus verifying whether the specific facial image is a facial image of the user.
An apparatus comprising: a low coherence imaging light source that produces an imaging beam that is applied to a material processing system, wherein the material processing system implements a material modification process using a material processing energy source that produces a material processing beam that is applied to the material (12, 14), wherein the material processing beam creates a phase change region in a material (30, 32, 34); at least one directing element that is adapted to direct the imaging beam at a plurality of imaging beam positions (20a-20f, 20i, 20h) within the PCR; at least one input-output port that outputs the imaging beam to the material processing system and that receives at least one reflection component of the imaging light reflected from the PCR; an optical combiner (214, 322) that combines the reflection component of the imaging light and at least another component of the imaging light to produce an interferometry output, the interferometry output based on an optical path length taken by the imaging beam and the reflection component compared to an optical path length taken by the at least another component of the imaging light; and an interferometry output processor that processes the interferometry output to determine at least one characteristic of the PCR; wherein the directing element directs the imaging beam to a selected imaging beam position that is behind relative to the processing beam in the PCR in order to obtain a stronger signal from the bottom of the keyhole. a low coherence imaging light source that produces an imaging beam that is applied to a material processing system, wherein the material processing system implements a material modification process using a material processing energy source that produces a material processing beam that is applied to the material (12, 14), wherein the material processing beam creates a phase change region in a material (30, 32, 34); at least one directing element that is adapted to direct the imaging beam at a plurality of imaging beam positions (20a-20f, 20i, 20h) within the PCR; at least one input-output port that outputs the imaging beam to the material processing system and that receives at least one reflection component of the imaging light reflected from the PCR; an optical combiner (214, 322) that combines the reflection component of the imaging light and at least another component of the imaging light to produce an interferometry output, the interferometry output based on an optical path length taken by the imaging beam and the reflection component compared to an optical path length taken by the at least another component of the imaging light; and an interferometry output processor that processes the interferometry output to determine at least one characteristic of the PCR; wherein the directing element directs the imaging beam to a selected imaging beam position that is behind relative to the processing beam in the PCR in order to obtain a stronger signal from the bottom of the keyhole.
An electronic component built-in substrate, comprising: a mounted body having a first wiring layer; an electronic component (41, 42, 43) mounted on the mounted body; an insulating layer in which the electronic component (41, 42, 43) is embedded; a conductive ball arranged to pass through the insulating layer, and connected electrically to the first wiring layer, wherein the conductive ball is constructed by a ball portion and a coating portion for coating the ball portion, the ball portion being formed from a copper ball, and an outermost face of the coating portion being formed of a gold layer or a solder layer; and a second wiring layer formed on the insulating layer, and connected electrically to the conductive ball; characterised in that the coating portion of the upper portion of the conductive ball is removed to reach the ball portion, and the second wiring layer contacts the ball portion and is directly connected to the ball portion. a mounted body having a first wiring layer; an electronic component (41, 42, 43) mounted on the mounted body; an insulating layer in which the electronic component (41, 42, 43) is embedded; a conductive ball arranged to pass through the insulating layer, and connected electrically to the first wiring layer, wherein the conductive ball is constructed by a ball portion and a coating portion for coating the ball portion, the ball portion being formed from a copper ball, and an outermost face of the coating portion being formed of a gold layer or a solder layer; and a second wiring layer formed on the insulating layer, and connected electrically to the conductive ball; characterised in that the coating portion of the upper portion of the conductive ball is removed to reach the ball portion, and the second wiring layer contacts the ball portion and is directly connected to the ball portion.
A centrifugal fluid machine having a centrifugal impeller, wherein, when the impeller is seen from a suction direction upstream of a rotary shaft of the impeller, a trailing edge of each impeller blade (13, 131, 132) is inclined so that a shroud side of the impeller blade (13, 131, 132) is positioned more backward in a rotation direction (ω) than a hub side thereof and wherein, out of two adjacent impeller blades (131, 132), the shroud side of one impeller blade trailing the other impeller blade in the impeller rotation direction (ω) overlaps with the other impeller blade at around a leading edge of the one impeller blade, wherein the centrifugal impeller has a shroud diameter at leading edges of impeller blades (13, 131, 132) being larger than a hub diameter at the leading edges of the impeller blades (13, 131, 132) characterized in that, when the impeller is seen from the suction direction, a shroud side at a leading edge of each impeller blade (13, 131, 132) is, with respect to a line radially extending from a rotation center of the impeller, aligned with or ahead of a hub side at the leading edge of the each impeller (13, 131, 132) blade in the rotation direction (ω).
A suturing device needle, comprising: a flywheel portion (87, 183, 288, 336, 364, 382, 430, 486); at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) extending from the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486), the at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) comprising a ferrule engaging tip (90, 94) at an end of the at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) away from the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486), characterized in that a mass of the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486) is greater than or equal to the mass of the one or more curved arms (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) of the needle. a flywheel portion (87, 183, 288, 336, 364, 382, 430, 486); at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) extending from the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486), the at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) comprising a ferrule engaging tip (90, 94) at an end of the at least one curved arm (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) away from the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486), characterized in that a mass of the flywheel portion (87, 183, 288, 336, 364, 382, 430, 486) is greater than or equal to the mass of the one or more curved arms (88, 92, 184, 188, 290, 332, 338A, 338B, 340A, 340B, 366A, 366B, 368A, 368B, 412A, 412B, 432, 444, 456A, 456B, 488) of the needle.
A method for supporting a voice over Long-Term Evolution, VoLTE, service and a data service simultaneously, applied to a dual subscriber identification module, SIM, dual standby single pass terminal, wherein the terminal supports two cards: a primary card and a secondary card, the primary card supports a data service, the secondary card supports a VoLTE service, wherein the dual SIM dual standby single pass means that the two cards are standby, but only a single card can be used for calls at a time, and the method comprises: displaying a user interface on the terminal, wherein the user interface comprises an option, and the option is configured to indicate whether to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service; indicating by the option, in response to an operation performed on the option, to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service; performing (S 101), by the terminal, the data service by using the primary card; in response to performing a VoLTE service by the secondary card and indicating, by the option, to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service, switching, by the terminal, the data service performed by using the primary card to the secondary card, and performing the data service by using the secondary card; wherein another data service, which is newly launched during execution of the VoLTE service, is performed using the secondary card by default instead of the primary card. displaying a user interface on the terminal, wherein the user interface comprises an option, and the option is configured to indicate whether to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service; indicating by the option, in response to an operation performed on the option, to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service; performing (S 101), by the terminal, the data service by using the primary card; in response to performing a VoLTE service by the secondary card and indicating, by the option, to switch the data service from the primary card to the secondary card when the secondary card performs a VoLTE service, switching, by the terminal, the data service performed by using the primary card to the secondary card, and performing the data service by using the secondary card; wherein another data service, which is newly launched during execution of the VoLTE service, is performed using the secondary card by default instead of the primary card.
A method of communication in a wireless network, comprising: transmitting, from a transmitting device to a receiving device, a first message that indicates a puncturing pattern that will be used to puncture a punctured sounding message via a wireless channel; transmitting, from the transmitting device to the receiving device, the punctured sounding message via the wireless channel, wherein the punctured sounding message omits portions of a signal on the wireless channel based on the puncturing pattern; receiving, from the receiving device, a feedback message that includes feedback information based on non-punctured portions of the punctured sounding message. transmitting, from a transmitting device to a receiving device, a first message that indicates a puncturing pattern that will be used to puncture a punctured sounding message via a wireless channel; transmitting, from the transmitting device to the receiving device, the punctured sounding message via the wireless channel, wherein the punctured sounding message omits portions of a signal on the wireless channel based on the puncturing pattern; receiving, from the receiving device, a feedback message that includes feedback information based on non-punctured portions of the punctured sounding message.
A prosthetic heart valve comprising: a collapsible and expandable stent having a plurality of struts forming a plurality of cells, an inflow end and an outflow end; a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets; and a collapsible and expandable frame formed of braided wires, the frame having a body portion, an inlet end, and a lumen extending through the body portion for receiving the stent and the valve assembly, the body portion having an upper flange that extends between a first junction coupled to the stent, and a first unattached edge defining the inlet end and extending beyond the inflow end of the stent in the deployed state, characterized in that the upper flange tapers outwardly from the body portion toward the inlet end of the frame in the deployed state. a collapsible and expandable stent having a plurality of struts forming a plurality of cells, an inflow end and an outflow end; a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets; and a collapsible and expandable frame formed of braided wires, the frame having a body portion, an inlet end, and a lumen extending through the body portion for receiving the stent and the valve assembly, the body portion having an upper flange that extends between a first junction coupled to the stent, and a first unattached edge defining the inlet end and extending beyond the inflow end of the stent in the deployed state, characterized in that the upper flange tapers outwardly from the body portion toward the inlet end of the frame in the deployed state.
A thread carrier, comprising - a support block, exhibiting an opening with rotationally asymmetric contour, - a screw nut, which has a supplementary outer contour to the opening of the support block and is installed in the opening of the support block in a form-fitting and non-rotational manner against the support block, - an enclosure for the support block, in which the support block is implemented with one of the screw nuts installed there, wherein a screw can be screwed into the screw nut and the support block stops at the enclosure with a rotational movement along the longitudinal axis of the screw, and which exhibits an opening, through which the screw nut is accessible for the purpose of tightening a screw, wherein the said support block with a screw nut installed there can be removed from the enclosure, and the enclosure has the form of a tube or a chamber with a polygonal cross-section, and the tube or chamber exhibits two opposing insertion openings, through which the support block can be inserted into or removed from the enclosure, characterized in that the enclosure encircles the support block except for two opposing sides and except for the opening, through which the screw nut can be accessed, such that the support block can be removed from the enclosure by means of sliding. - a support block, exhibiting an opening with rotationally asymmetric contour, - a screw nut, which has a supplementary outer contour to the opening of the support block and is installed in the opening of the support block in a form-fitting and non-rotational manner against the support block, - an enclosure for the support block, in which the support block is implemented with one of the screw nuts installed there, wherein a screw can be screwed into the screw nut and the support block stops at the enclosure with a rotational movement along the longitudinal axis of the screw, and which exhibits an opening, through which the screw nut is accessible for the purpose of tightening a screw,