mhurhangee/ep-ind-claims huggingface dataset:
A controller, comprising: an interpreter unit configured to receive a provisional control signal for controlling a backlight and to estimate an attribute of the provisional control signal, said provisional control signal being generated by a graphics controller, wherein the provisional control signal received by the interpreter comprises a pulse width modulated signal and the attribute comprises a duty cycle of the pulse width modulated signal; a control unit configured to receive an input signal from the interpreter unit based on the attribute and to receive additional input signals (162,172) that are associated with at least one of a power supply coupled to the controller and an ambient light sensor coupled to the controller, the control unit automatically performs an analysis of the input signals to selectively decrease power consumption by the backlight; and a generator unit coupled to the control unit and configured to generate a final control signal to control the backlight based on the analysis. an interpreter unit configured to receive a provisional control signal for controlling a backlight and to estimate an attribute of the provisional control signal, said provisional control signal being generated by a graphics controller, wherein the provisional control signal received by the interpreter comprises a pulse width modulated signal and the attribute comprises a duty cycle of the pulse width modulated signal; a control unit configured to receive an input signal from the interpreter unit based on the attribute and to receive additional input signals (162,172) that are associated with at least one of a power supply coupled to the controller and an ambient light sensor coupled to the controller, the control unit automatically performs an analysis of the input signals to selectively decrease power consumption by the backlight; and a generator unit coupled to the control unit and configured to generate a final control signal to control the backlight based on the analysis.
A method for redirecting between frequency division duplexing, FDD, and time division duplexing, TDD, of an LTE system, comprising: receiving, by a mobility management entity, MME, a detach request message sent by a terminal in a first system mode, and if judging that the detach request message is used for redirecting between FDD and TDD, setting, by the mobility management entity, MME, a session maintenance identifier as valid for a current session of the terminal, and maintaining the current session; receiving, by the MME, an attach request message sent by the terminal in a second system mode, according to a unique identifier of the terminal, querying whether a session maintenance identifier of a session corresponding to the unique identifier is valid, and if the session maintenance identifier is valid, recovering the session; wherein, the first system mode is a frequency division duplexing-long term evolution, FDD-LTE, mode, and the second system mode is a time division duplexing-long term revolution, TDD-LTE, mode; or, the first system mode is a TDD-LTE mode, and the second system mode is an FDD-LTE mode. receiving, by a mobility management entity, MME, a detach request message sent by a terminal in a first system mode, and if judging that the detach request message is used for redirecting between FDD and TDD, setting, by the mobility management entity, MME, a session maintenance identifier as valid for a current session of the terminal, and maintaining the current session; receiving, by the MME, an attach request message sent by the terminal in a second system mode, according to a unique identifier of the terminal, querying whether a session maintenance identifier of a session corresponding to the unique identifier is valid, and if the session maintenance identifier is valid, recovering the session; wherein, the first system mode is a frequency division duplexing-long term evolution, FDD-LTE, mode, and the second system mode is a time division duplexing-long term revolution, TDD-LTE, mode; or, the first system mode is a TDD-LTE mode, and the second system mode is an FDD-LTE mode.
A measurement system for detection of faults on a wire of a device or a piece of equipment, comprising a determination unit and at least one sensor unit, wherein the measurement system is further adapted to determine with reference to a fault, whether the fault is higher frequent or lower frequent with respect to a predetermined threshold frequency, wherein the measurement system is further adapted to provide data associated to one or more fault(s), characterized in that in-between the sensor unit and the determination unit a transformer (Ü) having a primary side and a secondary side is arranged, whereby the sensor unit is connectable to the primary side.
An optical low-pass filter (10; 81) consisting of a stack of N (N ≥ 3) optical anisotropic layers, (1-4; 31-35; 41-44) each configured to separate an incident ray into a normal ray and an abnormal ray, wherein, in each of the optical anisotropic layers, a distance between the normal ray and the abnormal ray when emitted from each of the optical anisotropic layers is a ray separation width, and a direction from the normal ray to the abnormal ray along the ray separation width in which the normal ray and the abnormal ray are separated is a ray separation direction, wherein an angle formed between ray separation directions of all two adjacent optical anisotropic layers among the first to Nth optical anisotropic layers is 120° or more and no more than 150°, wherein the position of each of the optical anisotropic layers are set such that the following condition is satisfied: Ds ≤ 0.50 Da, where Da [um] is a sum of the ray separation widths of the first to (N - 1)th optical anisotropic layers among the N optical anisotropic layers, and Ds [μm] is a distance between a ray having a maximum phase difference with respect to the incident ray and a ray having a minimum phase difference with respect to the incident ray among the rays separated by the first to (N - 1)th optical anisotropic layers. wherein, in each of the optical anisotropic layers, a distance between the normal ray and the abnormal ray when emitted from each of the optical anisotropic layers is a ray separation width, and a direction from the normal ray to the abnormal ray along the ray separation width in which the normal ray and the abnormal ray are separated is a ray separation direction, wherein an angle formed between ray separation directions of all two adjacent optical anisotropic layers among the first to Nth optical anisotropic layers is 120° or more and no more than 150°, wherein the position of each of the optical anisotropic layers are set such that the following condition is satisfied: Ds ≤ 0.50 Da, where Da [um] is a sum of the ray separation widths of the first to (N - 1)th optical anisotropic layers among the N optical anisotropic layers, and Ds [μm] is a distance between a ray having a maximum phase difference with respect to the incident ray and a ray having a minimum phase difference with respect to the incident ray among the rays separated by the first to (N - 1)th optical anisotropic layers.
A hinged flip-top cap with a tamper-evident inner ring comprising: - a base portion, - a flip-top lid, wherein said flip-top lid is connected by means of a hinge arrangement which is foldable with respect to said base portion so that said lid can be tilted with respect to the base portion so that the lid can be moved between a closed position above said base portion and an open position detached and rotated from the same, - an inner ring with respect to both said lid and said base portion as a tamper-evident element which reveals whether a first opening between the parts has been effected, wherein said inner ring comprises a first annular portion having a larger diameter and a second annular portion with a smaller diameter connected to each other by means of at least two frangible bridges, the annular portion having a larger diameter constrained to the lid and the other annular portion in engagement with the base portion, characterized in that said base portion extends into a pourer portion, and said inner ring in said first annular portion having a larger diameter provides at least two toothings on one of its outer surfaces, circumferentially spaced apart and radially protruding outwardly, and said lid has at least two openings in one of its side walls, likewise circumferentially spaced apart suitable for receiving said at least two toothings. - a base portion, - a flip-top lid, wherein said flip-top lid is connected by means of a hinge arrangement which is foldable with respect to said base portion so that said lid can be tilted with respect to the base portion so that the lid can be moved between a closed position above said base portion and an open position detached and rotated from the same, - an inner ring with respect to both said lid and said base portion as a tamper-evident element which reveals whether a first opening between the parts has been effected,
A method, comprising: receiving, from a serving access point, two or more control region parameters related to a plurality of carriers, the plurality of carriers each corresponding to an access point providing coordinated multiple point, CoMP, communications; a first one of the two or more control region parameters related to a first one of the plurality of carriers corresponding to the serving access point, and a second one of the two or more control region parameters related to a second one of the plurality of carriers corresponding to a CoMP access point; wherein the first control region parameter comprises a first index of a starting symbol for data transmissions for the first carrier and the second control region parameter comprises a second index of a starting symbol for data transmissions for the second carrier; determining a data portion of a first signal received over the first carrier based at least in part on the first control region parameter; and determining a data portion of a second signal received over the second carrier based at least in part on the second control region parameter. receiving, from a serving access point, two or more control region parameters related to a plurality of carriers, the plurality of carriers each corresponding to an access point providing coordinated multiple point, CoMP, communications; a first one of the two or more control region parameters related to a first one of the plurality of carriers corresponding to the serving access point, and a second one of the two or more control region parameters related to a second one of the plurality of carriers corresponding to a CoMP access point; wherein the first control region parameter comprises a first index of a starting symbol for data transmissions for the first carrier and the second control region parameter comprises a second index of a starting symbol for data transmissions for the second carrier; determining a data portion of a first signal received over the first carrier based at least in part on the first control region parameter; and determining a data portion of a second signal received over the second carrier based at least in part on the second control region parameter.
A biomorphic bone substitute having a morphology organized in a hierarchical manner in the three spatial dimensions, the bone substitute comprising a biomorphic core, based on hydroxyapatite, obtained from at least one porous wood, and a biomorphic shell, based on hydroxyapatite or silicon carbide (SiC), said shell being obtained from at least one wood having a lower porosity than the at least one wood of the core.
A hyaluronic acid product comprising a cross-linked hyaluronic acid and one or more aminocyclodextrin molecules, wherein the hyaluronic acid is cross-linked by ether bonds and wherein the one or more aminocyclodextrin molecules are grafted onto the cross-linked hyaluronic acid by direct amide bonds between an amino group of the aminocyclodextrin molecule(s) and a carboxyl group of the cross-linked hyaluronic acid; and further comprising a guest molecule capable of forming a guest-host complex with the aminocyclodextrin molecule acting as a host, wherein the guest molecule is selected from the group consisting of adapalene, trifarotene and 4-(2-((5,5,8,8-tetramethyl-5,6,7,8-tetrahydronaphthalen-2-yl)sulfonyl)ethyl)-benzoic acid.
A liquid discharging apparatus comprising: a transport section for a medium; a line head in which nozzles discharging liquid in an intersecting direction that intersects a direction of transporting the medium are arrayed; a sensor that is capable of detecting an end portion of the medium in the intersecting direction; and a controller that controls discharging of the liquid, wherein the transport section is movable in the intersecting direction, wherein the controller sets a position of the transport section in the intersecting direction based on a detection result of the sensor, and characterized in that, in a case in which a length in the intersecting direction of the medium based on the detection result of the scan sensor is shorter than a length in which the nozzles are arrayed in the intersecting direction, the controller is adapted to set the position of the transport section in the intersecting direction to a position where the nozzles of an end portion side of the line head in the intersecting direction do not face the medium. a transport section for a medium; a line head in which nozzles discharging liquid in an intersecting direction that intersects a direction of transporting the medium are arrayed; a sensor that is capable of detecting an end portion of the medium in the intersecting direction; and a controller that controls discharging of the liquid, wherein the transport section is movable in the intersecting direction, wherein the controller sets a position of the transport section in the intersecting direction based on a detection result of the sensor, and characterized in that, in a case in which a length in the intersecting direction of the medium based on the detection result of the scan sensor is shorter than a length in which the nozzles are arrayed in the intersecting direction, the controller is adapted to set the position of the transport section in the intersecting direction to a position where the nozzles of an end portion side of the line head in the intersecting direction do not face the medium.
A vibration detection mechanism comprising: a first sensor section that detects vibration of a vibrating member of a musical instrument in a first direction being a main vibration direction; a second sensor section that detects vibration of the vibrating member in a second direction being perpendicular to the first direction; and a third sensor section that detects vibration of the vibrating member in a third direction being perpendicular to both the first direction and the second direction, wherein the vibrating member is a soundboard to which a fixed member is fixed, the fixed member having a surface that is perpendicular to the second direction, and the second sensor section is installed on the surface of the fixed member, characterized in that sensitivity of the second sensor section is greater than sensitivity of the first sensor section, and sensitivity of the third sensor section is greater than the sensitivity of the first sensor section, and the second direction is parallel to a wood grain direction of the soundboard at an installation position of the fixed member on the soundboard. a first sensor section that detects vibration of a vibrating member of a musical instrument in a first direction being a main vibration direction; a second sensor section that detects vibration of the vibrating member in a second direction being perpendicular to the first direction; and a third sensor section that detects vibration of the vibrating member in a third direction being perpendicular to both the first direction and the second direction, wherein the vibrating member is a soundboard to which a fixed member is fixed, the fixed member having a surface that is perpendicular to the second direction, and the second sensor section is installed on the surface of the fixed member, characterized in that sensitivity of the second sensor section is greater than sensitivity of the first sensor section, and sensitivity of the third sensor section is greater than the sensitivity of the first sensor section, and the second direction is parallel to a wood grain direction of the soundboard at an installation position of the fixed member on the soundboard.
A heavy duty tire provided in a tread portion with a pair of center main grooves disposed on both outer sides of the tire equator (c) and extending in a zigzag shape continuously in the tire circumferential direction, and a pair of shoulder main grooves disposed outside the center main grooves in the tire axial direction and extending in a zigzag shape continuously in the tire circumferential direction so that a center land portion between the pair of center main grooves, a pair of middle land portions between the center main grooves and the shoulder main grooves, and a pair of shoulder land portions located outside the shoulder main grooves in the tire axial direction are defined, wherein each center main groove has a first groove edge on the tire equator side and a second groove edge on the tread edge side, each shoulder main groove has a third groove edge on the tire equator side and a fourth groove edge on the tread edge side, and the middle land portion is provided with: a plurality of middle lateral shallow grooves connecting the most tread edge side apex portions of the second groove edge of the center main groove, and the most tire equator side apex portions of the third groove edge of the shoulder main groove, a plurality of first middle lateral sipes extending along the respective middle lateral shallow grooves at the groove bottom of the middle lateral shallow grooves and connecting the shoulder main groove and the center main groove, and a plurality of second middle lateral sipes formed between the circumferentially adjacent middle lateral shallow grooves and connecting the most tire equator side apex portions of the second groove edge of the center main groove and the most tread edge side apex portions of the third groove edge of the shoulder main groove, characterized in that in the center main grooves, the groove width at the apex portions mostly protruding toward the tread edge (Te) is larger than the groove width at the apex portions mostly protruding toward the tire equator. a plurality of middle lateral shallow grooves connecting the most tread edge side apex portions of the second groove edge of the center main groove, and the most tire equator side apex portions of the third groove edge of the shoulder main groove, a plurality of first middle lateral sipes extending along the respective middle lateral shallow grooves at the groove bottom of the middle lateral shallow grooves and connecting the shoulder main groove and the center main groove, and a plurality of second middle lateral sipes formed between the circumferentially adjacent middle lateral shallow grooves and connecting the most tire equator side apex portions of the second groove edge of the center main groove and the most tread edge side apex portions of the third groove edge of the shoulder main groove, characterized in that in the center main grooves, the groove width at the apex portions mostly protruding toward the tread edge (Te) is larger than the groove width at the apex portions mostly protruding toward the tire equator.
A compound having the following structure: wherein: Ar is aryl, optionally substituted with one, two, three, four or five substituents chosen from halo, hydroxy, cyano, nitro, alkyl, alkoxy, benzyloxy, carboxy and aryl; R 1 is a straight-chain or branched C 1-6 alkyl group; the dotted line ("---") represents a covalent bond; X 1 is-O-C -NH-; and POLY 1 is a poly(alkylene oxide), and pharmaceutically acceptable salts thereof. Ar is aryl, optionally substituted with one, two, three, four or five substituents chosen from halo, hydroxy, cyano, nitro, alkyl, alkoxy, benzyloxy, carboxy and aryl; R 1 is a straight-chain or branched C 1-6 alkyl group; the dotted line ("---") represents a covalent bond; X 1 is-O-C -NH-; and POLY 1 is a poly(alkylene oxide),
A tube (20, 120) for separating a clot from serum of a blood sample, the tube comprising: a chamber (30, 130) having a closed bottom and a sidewall extending upwardly from the bottom, the sidewall defining a chamber (30, 130) opening for accessing a portion of a blood sample; a sample inlet branch (50, 150) coupled to the chamber (30, 130), the sample inlet branch having a sidewall defining a sample inlet branch opening (56, 156) for receiving the blood sample into the sample inlet branch (50, 150); wherein the tube has a slit (40, 140) positioned between the chamber (30, 130) and the sample inlet branch (50, 150) and arranged so that serum of the blood sample in the sample inlet branch passes through the slit (40, 140) and into the chamber (50, 150) when dispensed in the sample inlet branch, wherein clot in the blood sample having a size larger than the slit (40, 140) remains in the sample inlet branch (50, 150), wherein the width of the slit is less than 2 mm, and wherein the sample inlet branch (50, 150) has a bottom (52, 152), the slit (40, 140) extends from near the sample inlet branch opening (56, 156) toward the sample inlet branch bottom (52, 152), wherein the slit (40, 140) is tapered such that a width of the slit near the sample inlet branch opening is greater than a width of the slit near the bottom of the sample inlet branch, characterized in that the chamber is between 5 cm - 25 cm in length and the sample inlet branch is 2 cm - 15 cm in length. a chamber (30, 130) having a closed bottom and a sidewall extending upwardly from the bottom, the sidewall defining a chamber (30, 130) opening for accessing a portion of a blood sample; a sample inlet branch (50, 150) coupled to the chamber (30, 130), the sample inlet branch having a sidewall defining a sample inlet branch opening (56, 156) for receiving the blood sample into the sample inlet branch (50, 150); wherein the tube has a slit (40, 140) positioned between the chamber (30, 130) and the sample inlet branch (50, 150) and arranged so that serum of the blood sample in the sample inlet branch passes through the slit (40, 140) and into the chamber (50, 150) when dispensed in the sample inlet branch, wherein clot in the blood sample having a size larger than the slit (40, 140) remains in the sample inlet branch (50, 150), wherein the width of the slit is less than 2 mm, and wherein the sample inlet branch (50, 150) has a bottom (52, 152), the slit (40, 140) extends from near the sample inlet branch opening (56, 156) toward the sample inlet branch bottom (52, 152), wherein the slit (40, 140) is tapered such that a width of the slit near the sample inlet branch opening is greater than a width of the slit near the bottom of the sample inlet branch, characterized in that the chamber is between 5 cm - 25 cm in length and the sample inlet branch is 2 cm - 15 cm in length.