mhurhangee/patent-ind-claim-en huggingface dataset:
A dichroic prism assembly (P1-P7) configured to receive light from an object image through an entrance face of the dichroic prism assembly, comprising: - a first prism (P1), - a second prism (P3), - a first compensator prism (P2) located between the first prism (P1) and the second prism (P3), - a further dichroic prism assembly (P5, P6, P7) for splitting light in three light components, and - a second compensator prism (P4) located between the second prism (P3) and the further dichroic prism assembly (P5, P6, P7), wherein the first prism (P1) and the second prism (P3) each have a cross section with at least five corners, each corner having an inside angle of at least 90 degrees, wherein the corners of the first prism (P1) and the second prism (P3) each have a respective entrance face (S1, S2) and a respective exit face, and are each designed so that an incoming beam which enters the entrance face of the respective prism in a direction parallel to a normal of said entrance face is reflected twice inside the respective prism and exits the respective prism through its exit face parallel to a normal of said exit face, wherein the normal of the entrance face and the normal of the exit face of the respective prism are perpendicular to each other; and wherein, when light enters the first prism (P1) through the entrance face, the light is partially reflected towards the exit face of the first prism (P1) thereby travelling a first path length from the entrance face of the first prism (P1) to the exit face of the first prism (P1), and the light partially enters the second prism (P3) via the first compensator prism (P2) and is partially reflected towards the exit face of the second prism (P3), thereby travelling a second path length from the entrance face of the first prism (P1) to the exit face of the second prism (P3), wherein the first prism (P1) is larger than the second prism (P3) so that the first and the second path lengths are the same. - a first prism (P1), - a second prism (P3), - a first compensator prism (P2) located between the first prism (P1) and the second prism (P3), - a further dichroic prism assembly (P5, P6, P7) for splitting light in three light components, and - a second compensator prism (P4) located between the second prism (P3) and the further dichroic prism assembly (P5, P6, P7),
A method of controlling fluid flow in a microfluidic network with a controller , the method comprising generating asymmetric fluid displacements in a microfluidic channel with first and second fluid actuators located asymmetrically with respect to the length of the channel on opposite sides of a center point of the channel within the channel , wherein the first fluid actuator is selectively activated while the second fluid actuator is not activated to generate a fluid flow in a first direction in the channel , or wherein the second fluid actuator is selectively activated while the first fluid actuator is not activated to generate a fluid flow in a second direction, opposite the first direction, in the channel , the selectively activated fluid actuator generating compressive and tensile fluid displacements that have different durations.
Rotor blade with at least one bond between two components in the form of a bonding strip with a length and a width (B), and the bonding strip having at least one longitudinal portion (A1, A2, A3, A4, A5, A6), characterised in that the one component is formed as a web and the bonding strip is arranged in an L shape on a web foot, and the width (B) of the bonding strip changes along the at least one longitudinal portion (A1, A2, A3, A4, A5, A6).
A computer-implemented method comprising: receiving seismic image data for a seismic image and depth information of a plurality of pixels in the seismic image, wherein the depth information is with respect to a reference location on the Earth; processing, through a trained convolution neural network, the received seismic image data with the depth information to generate stratigraphic information, wherein the trained convolution neural network comprises channels subjected to convolution, activation and pooling that reduce spatial resolution and subjected to deconvolution and concatenation that increase spatial resolution , wherein the channels comprise a depth channel with the depth information; and enhancing the seismic image data using the stratigraphic information to generate an enhanced seismic image ; determining a drilling trajectory for a well that targets the position in the enhanced seismic image that corresponds to hydrocarbons; and outputting the enhanced seismic image for use in a drilling operation to drill a borehole to a position in the enhanced seismic image that corresponds to a reservoir. receiving seismic image data for a seismic image and depth information of a plurality of pixels in the seismic image, wherein the depth information is with respect to a reference location on the Earth; processing, through a trained convolution neural network, the received seismic image data with the depth information to generate stratigraphic information, wherein the trained convolution neural network comprises channels subjected to convolution, activation and pooling that reduce spatial resolution and subjected to deconvolution and concatenation that increase spatial resolution , wherein the channels comprise a depth channel with the depth information; and enhancing the seismic image data using the stratigraphic information to generate an enhanced seismic image ; determining a drilling trajectory for a well that targets the position in the enhanced seismic image that corresponds to hydrocarbons; and outputting the enhanced seismic image for use in a drilling operation to drill a borehole to a position in the enhanced seismic image that corresponds to a reservoir.
A travel route guidance device comprising: a route determination unit configured to determine, in a case where a vehicle is traveling in an electric power consumption mode to a destination within a geofencing zone set in advance, whether the vehicle succeeds in reaching the destination in a current state of the vehicle ; and a route search unit configured to search for, in a case where the route determination unit determines that the vehicle fails to reach the destination, a route more efficient in electric power consumption than a currently set route, characterized in the case where the vehicle is traveling in an electric power consumption mode to the destination within the geofencing zone, the route determination unit determines, at every predetermined determination timing, whether the vehicle succeeds in reaching the destination in the current state of the vehicle , and the lower the state of charge of the vehicle is or the lower a battery temperature of the vehicle is, the shorter the predetermined determination timing is set. a route determination unit configured to determine, in a case where a vehicle is traveling in an electric power consumption mode to a destination within a geofencing zone set in advance, whether the vehicle succeeds in reaching the destination in a current state of the vehicle ; and a route search unit configured to search for, in a case where the route determination unit determines that the vehicle fails to reach the destination, a route more efficient in electric power consumption than a currently set route, characterized in the case where the vehicle is traveling in an electric power consumption mode to the destination within the geofencing zone, the route determination unit determines, at every predetermined determination timing, whether the vehicle succeeds in reaching the destination in the current state of the vehicle , and the lower the state of charge of the vehicle is or the lower a battery temperature of the vehicle is, the shorter the predetermined determination timing is set.
A method comprising: receiving imaging data comprising a plurality of x-ray images associated with a patient; identifying a subset of the plurality of images that are used with a model associated with a position and motion of a targeted region of the patient to receive radiation treatment; sorting the subset of the plurality of images based on the respiration motion of the patient; identifying a contour on each of the series of images ; receiving, by a graphical user interface (GUI), a selection associated with one of the two or more images of the sorted subset of the plurality of images, to initiate a playing of the group of images in the sorted order; providing, by a processing device, the GUI that is adapted to identify two or more images of the sorted subset of the plurality of images by identifying if a contour is out of an expected order; and generating, by the processing device, a new model to be associated with the position and motion of the targeted region based on a selection to remove one of the two or more identified images. receiving imaging data comprising a plurality of x-ray images associated with a patient; identifying a subset of the plurality of images that are used with a model associated with a position and motion of a targeted region of the patient to receive radiation treatment; sorting the subset of the plurality of images based on the respiration motion of the patient; identifying a contour on each of the series of images ; receiving, by a graphical user interface (GUI), a selection associated with one of the two or more images of the sorted subset of the plurality of images, to initiate a playing of the group of images in the sorted order; providing, by a processing device, the GUI that is adapted to identify two or more images of the sorted subset of the plurality of images by identifying if a contour is out of an expected order; and generating, by the processing device, a new model to be associated with the position and motion of the targeted region based on a selection to remove one of the two or more identified images.
An optical system for providing illumination to a pupil of an imaging device, the optical system comprising: a first set of first reflectors (250a-d, 650a-d) disposed as an array in a first direction and staggered in a second direction toward the pupil , the second direction being orthogonal to the first direction, wherein each first reflector (250a-d, 650a-d) is tilted to reflect one or more first light beams incident in the first direction into the second direction toward the pupil ; and a second set of second reflectors (260a-d, 660a-d) disposed as an array in the first direction and staggered in the second direction toward the pupil , each second reflector (260a-d, 660a-d) comprising one or more transparent regions, wherein each second reflector (260a-d, 660a-d) is tilted to reflect one or more second light beams incident in the first direction into the second direction toward the pupil , wherein each second reflector (260a-d, 660a-d) is stacked in front of a corresponding first reflector (250a-d, 650a-d) in the second direction toward the pupil , and each second reflector (260a-d, 660a-d) is tilted to transmit the one or more first light beams reflected by the corresponding first reflector (250a-d, 650a-d) through the one or more transparent regions on the second reflector (260a-d, 660a-d), wherein the one or more first light beams and the one or more second light beams are incident from a same side for both the first and second reflectors (250a-d, 650a-d). a first set of first reflectors (250a-d, 650a-d) disposed as an array in a first direction and staggered in a second direction toward the pupil , the second direction being orthogonal to the first direction, wherein each first reflector (250a-d, 650a-d) is tilted to reflect one or more first light beams incident in the first direction into the second direction toward the pupil ; and a second set of second reflectors (260a-d, 660a-d) disposed as an array in the first direction and staggered in the second direction toward the pupil , each second reflector (260a-d, 660a-d) comprising one or more transparent regions, wherein each second reflector (260a-d, 660a-d) is tilted to reflect one or more second light beams incident in the first direction into the second direction toward the pupil , wherein each second reflector (260a-d, 660a-d) is stacked in front of a corresponding first reflector (250a-d, 650a-d) in the second direction toward the pupil , and each second reflector (260a-d, 660a-d) is tilted to transmit the one or more first light beams reflected by the corresponding first reflector (250a-d, 650a-d) through the one or more transparent regions on the second reflector (260a-d, 660a-d), wherein the one or more first light beams and the one or more second light beams are incident from a same side for both the first and second reflectors (250a-d, 650a-d).
A method of making a tubing assembly comprising: inserting an inner tube into an intermediate tube comprising a polymeric material; and inserting the intermediate tube into an outer tube comprising a metallic material; characterised by further comprising: compressing a collet to deform the outer tube to form a uniform radial crimp at an inlet end and/or an outlet end of the tubing assembly to thereby press the intermediate tube against the inner tube and generate a fluid-tight radial seal between the inner, intermediate and outer tubes, the uniform radial crimp including a base region where the diameter of the outer tube is reduced to a constant smaller diameter value for an extended non-zero longitudinal length. inserting an inner tube into an intermediate tube comprising a polymeric material; and inserting the intermediate tube into an outer tube comprising a metallic material; characterised by further comprising: compressing a collet to deform the outer tube to form a uniform radial crimp at an inlet end and/or an outlet end of the tubing assembly to thereby press the intermediate tube against the inner tube and generate a fluid-tight radial seal between the inner, intermediate and outer tubes, the uniform radial crimp including a base region where the diameter of the outer tube is reduced to a constant smaller diameter value for an extended non-zero longitudinal length.
Rewinding machine for the production of logs of paper material, comprising a winding station (W) in which are fed a paper web and, in sequence, more tubular cores , and in which station winding (W) are arranged a first, a second and a third winding roller (R1, R2, R3) cooperating with each other to wind a predetermined amount of said paper web onto each core , the machine comprising in the winding station a fourth winding roller (R4) which is connected to respective moving means adapted to arrange it in a first inoperative position (A) until the diameter of a log (L) in the winding station is lower than a first predetermined value and a second operating winding position (B) when the diameter of the log (L) being formed is equal to said first predetermined value, said moving means being controlled to maintain the fourth roller (R4) in the second operating winding position (B) until the diameter of the log reaches a second final value higher of the first predetermined value such that, in a first phase, which ends with the attainment of said first predetermined value of the diameter of the log being formed, the winding of the web on the cores is realized by said first, second and third winding roller (R1, R2, R3), and characterized in that , at a subsequent phase, the log is completed in cooperation by the four winding rollers (R1, R2, R3, R4) until said second final value of the diameter of the log is reached.
A dishwasher comprising: a main body ; a tub provided in the main body ; a basket configured to be placed in the tub to accommodate dishes; an injector provided in the tub and configured to spray water to wash dishes in the basket ; a sump configured to receive the water sprayed to wash the dishes and provided at a lower surface of the tub ; a coupling portion formed in an upper side of the sump to extend upward into the tub ; a circulation pump provided below the lower surface of the tub and configured to circulate the water from the sump ; and a connector provided to connect the circulation pump to the injector to transfer the water from the circulation pump to the injector , wherein the connector has a tubular shape and comprises: a first region including one end of the connector , wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub , and a second region including the other end of the connector connected to the circulation pump . a main body ; a tub provided in the main body ; a basket configured to be placed in the tub to accommodate dishes; an injector provided in the tub and configured to spray water to wash dishes in the basket ; a sump configured to receive the water sprayed to wash the dishes and provided at a lower surface of the tub ; a coupling portion formed in an upper side of the sump to extend upward into the tub ; a circulation pump provided below the lower surface of the tub and configured to circulate the water from the sump ; and a connector provided to connect the circulation pump to the injector to transfer the water from the circulation pump to the injector , wherein the connector has a tubular shape and comprises: a first region including one end of the connector , wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub , and a second region including the other end of the connector connected to the circulation pump . a first region including one end of the connector , wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub , and a second region including the other end of the connector connected to the circulation pump .
Spectacles with (i) a spectacle lens with - a carrier lens having a carrier lens front surface and a carrier lens rear surface , and - a front surface lens segment arranged on the carrier lens front surface and/or with a rear surface lens segment arranged on the carrier lens rear surface , wherein - the front surface lens segment is guided displaceably on the carrier lens front surface and/or the rear surface lens segment is guided displaceably on the carrier lens rear surface , (ii) a front surface lens segment drive in order to displace the front surface lens segment on the carrier lens front surface and/or a rear surface lens segment drive in order to displace the rear surface lens segment on the carrier lens rear surface , (iii) an eye position detection device for detecting the position of an eye of a spectacles wearer wearing the spectacles , and (iv) a drive control device for controlling the front surface lens segment drive and/or the rear surface lens segment drive depending on the position of the eye detected by the eye position detection device , characterized in that the front surface lens segment and/or the rear surface lens segment have/has a power distribution corresponding to a near part, a distant part and a progression channel of a conventional progressive lens, and in that the front surface lens segment and/or the rear surface lens segment track/tracks the viewing movements of the eye. (i) a spectacle lens with - a carrier lens having a carrier lens front surface and a carrier lens rear surface , and - a front surface lens segment arranged on the carrier lens front surface and/or with a rear surface lens segment arranged on the carrier lens rear surface , wherein - the front surface lens segment is guided displaceably on the carrier lens front surface and/or the rear surface lens segment is guided displaceably on the carrier lens rear surface , - a carrier lens having a carrier lens front surface and a carrier lens rear surface , and - a front surface lens segment arranged on the carrier lens front surface and/or with a rear surface lens segment arranged on the carrier lens rear surface , wherein - the front surface lens segment is guided displaceably on the carrier lens front surface and/or the rear surface lens segment is guided displaceably on the carrier lens rear surface , (ii) a front surface lens segment drive in order to displace the front surface lens segment on the carrier lens front surface and/or a rear surface lens segment drive in order to displace the rear surface lens segment on the carrier lens rear surface , (iii) an eye position detection device for detecting the position of an eye of a spectacles wearer wearing the spectacles , and (iv) a drive control device for controlling the front surface lens segment drive and/or the rear surface lens segment drive depending on the position of the eye detected by the eye position detection device , characterized in that
A method for information processing, the method being applied to a network device capable of connecting to at least one core network or connected to at least one type of core networks, the method comprising: transmitting (S21) first indication information for a core network to a terminal device, and receiving core network selection information from the terminal device, wherein the core network selection information comprises a target core network type selected by the terminal device and/or identification information of a target core network selected by the terminal device, wherein the first indication information is used to assist the terminal device to select a target core network type and/or a target core network; wherein the first indication information comprises: at least one core network type; and a parameter corresponding to each core network type, wherein the parameter corresponding to each core network type comprises a parameter associated with a feature corresponding to each core network type, and the method being characterised in that the feature comprises at least one of: a data transmission mechanism, or a power saving mechanism. transmitting (S21) first indication information for a core network to a terminal device, and receiving core network selection information from the terminal device, wherein the core network selection information comprises a target core network type selected by the terminal device and/or identification information of a target core network selected by the terminal device, wherein the first indication information is used to assist the terminal device to select a target core network type and/or a target core network; wherein the first indication information comprises: at least one core network type; and a parameter corresponding to each core network type, wherein the parameter corresponding to each core network type comprises a parameter associated with a feature corresponding to each core network type, and the method being characterised in that the feature comprises at least one of: a data transmission mechanism, or a power saving mechanism. at least one core network type; and a parameter corresponding to each core network type, wherein the parameter corresponding to each core network type comprises a parameter associated with a feature corresponding to each core network type, and the method being characterised in that the feature comprises at least one of: a data transmission mechanism, or a power saving mechanism.
A formulation comprising, consisting essentially of, or consisting of i) virgin salmon oil (VSO), honokiol, and magnolol, ii) VSO, honokiol, magnolol, and vitamin A, iii) VSO, honokiol, magnolol, vitamin A, and phosphatidylserine, iv) VSO, honokiol, magnolol, vitamin A, phosphatidylserine, and hydroxytyrosol, or v) VSO, honokiol, magnolol, vitamin A, phosphatidylserine, olive oil, and hydroxytyrosol, optionally wherein the pH of the formulation is from about 6 to about 8. i) virgin salmon oil (VSO), honokiol, and magnolol, ii) VSO, honokiol, magnolol, and vitamin A, iii) VSO, honokiol, magnolol, vitamin A, and phosphatidylserine, iv) VSO, honokiol, magnolol, vitamin A, phosphatidylserine, and hydroxytyrosol, or v) VSO, honokiol, magnolol, vitamin A, phosphatidylserine, olive oil, and hydroxytyrosol,