mhurhangee/ep-ind-claims huggingface dataset:
An illuminated medical device, comprising: a surgical instrument comprising: (i) a metal suction tube; and (ii) an electrode (13e, 15e) for delivering electrical current to cauterize tissue, wherein the electrode is disposed on a distal portion of the metal suction tube, and wherein the metal suction tube is a conductor for providing the current to the electrode; and a non-fiber optic optical waveguide having an outer surface, a proximal region and a distal region, wherein the optical waveguide surrounds at least a portion of the surgical instrument, and wherein the optical waveguide is configured to transmit light from the proximal region of the optical waveguide toward the distal region of the optical waveguide by total internal reflection. a surgical instrument comprising: (i) a metal suction tube; and (ii) an electrode (13e, 15e) for delivering electrical current to cauterize tissue, wherein the electrode is disposed on a distal portion of the metal suction tube, and wherein the metal suction tube is a conductor for providing the current to the electrode; and (i) a metal suction tube; and (ii) an electrode (13e, 15e) for delivering electrical current to cauterize tissue, wherein the electrode is disposed on a distal portion of the metal suction tube, and wherein the metal suction tube is a conductor for providing the current to the electrode; and a non-fiber optic optical waveguide having an outer surface, a proximal region and a distal region, wherein the optical waveguide surrounds at least a portion of the surgical instrument, and wherein the optical waveguide is configured to transmit light from the proximal region of the optical waveguide toward the distal region of the optical waveguide by total internal reflection.
A machine tool (100, 200) comprising: a front spindle (110, 210); a back spindle (120, 220) disposed so as to be opposed to the front spindle (110, 210); a front tool post (141, 241) disposed so as to be opposed to the front spindle (110, 210) and holding a plurality of front working tools (140, 240); and a back tool post (131, 231) disposed so as to be opposed to the back spindle (120, 220) and holding a plurality of back working tools (130, 230), wherein the back working tools (130, 230) are arranged on the back tool post (131, 231) in a plurality of tiers in a vertical direction intersecting with the axis line of the back spindle (120, 220); and the front tool post (141, 241) and the back spindle (120, 220) are provided so as to be integrally movable in the vertical direction; characterized in that the front working tools (140, 240) are arranged on the front tool post (141, 241) in a plurality of tiers in a vertical direction intersecting with the axis line of the front spindle (110, 210); the tiers of the front working tools (140, 240) corresponding to the front spindle (110, 210) and the tiers of the back working tools (130, 230) corresponding to the back spindle (120, 220) are adapted to be switched by moving a holder (121; 221) which holds the front working tools (140, 240) and the back spindle (120, 220) in the vertical direction. a front spindle (110, 210); a back spindle (120, 220) disposed so as to be opposed to the front spindle (110, 210); a front tool post (141, 241) disposed so as to be opposed to the front spindle (110, 210) and holding a plurality of front working tools (140, 240); and a back tool post (131, 231) disposed so as to be opposed to the back spindle (120, 220) and holding a plurality of back working tools (130, 230), wherein the back working tools (130, 230) are arranged on the back tool post (131, 231) in a plurality of tiers in a vertical direction intersecting with the axis line of the back spindle (120, 220); and the front tool post (141, 241) and the back spindle (120, 220) are provided so as to be integrally movable in the vertical direction; characterized in that the front working tools (140, 240) are arranged on the front tool post (141, 241) in a plurality of tiers in a vertical direction intersecting with the axis line of the front spindle (110, 210); the tiers of the front working tools (140, 240) corresponding to the front spindle (110, 210) and the tiers of the back working tools (130, 230) corresponding to the back spindle (120, 220) are adapted to be switched by moving a holder (121; 221) which holds the front working tools (140, 240) and the back spindle (120, 220) in the vertical direction.
A method to determine an operation pathway (110, 310) for a patient, comprising: constructing a three-dimensional model based on a medical image scan of the patient; obtaining image information of the patient with a set of two-dimensional optical devices; generating a two-dimensional snapshot of the three-dimensional model; selecting a first set of two-dimensional feature points (511, 512, 513) associated with the three-dimensional model in the two-dimensional snapshot; selecting a second set of two-dimensional feature points (611, 612, 613) associated with the image information of the patient; transforming the first set of two-dimensional feature points (511, 512, 513) to a first set of three-dimensional feature points; transforming the second set of two-dimensional feature points (611, 612, 613) to a second set of three-dimensional feature points; matching between the first set of three-dimensional feature points and the second set of three-dimensional feature points to determine a relationship that aligns the first set of three-dimensional feature points and the second set of three-dimensional feature points; transforming coordinates from a first coordinate system associated with the three-dimensional model to a second coordinate system associated with the set of two-dimensional optical devices based on the relationship; and determining the operation pathway (110, 310) in a third coordinate system associated with a robotic arm based on the transformed coordinates in the second coordinate system. constructing a three-dimensional model based on a medical image scan of the patient; obtaining image information of the patient with a set of two-dimensional optical devices; generating a two-dimensional snapshot of the three-dimensional model; selecting a first set of two-dimensional feature points (511, 512, 513) associated with the three-dimensional model in the two-dimensional snapshot; selecting a second set of two-dimensional feature points (611, 612, 613) associated with the image information of the patient; transforming the first set of two-dimensional feature points (511, 512, 513) to a first set of three-dimensional feature points; transforming the second set of two-dimensional feature points (611, 612, 613) to a second set of three-dimensional feature points; matching between the first set of three-dimensional feature points and the second set of three-dimensional feature points to determine a relationship that aligns the first set of three-dimensional feature points and the second set of three-dimensional feature points; transforming coordinates from a first coordinate system associated with the three-dimensional model to a second coordinate system associated with the set of two-dimensional optical devices based on the relationship; and determining the operation pathway (110, 310) in a third coordinate system associated with a robotic arm based on the transformed coordinates in the second coordinate system.
A parking assistance device for aligning a vehicle coil mounted on a bottom surface of a vehicle with a ground coil installed on a ground, the parking assistance device comprising: a voltage sensor configured to detect a voltage of the vehicle coil; a rate-of-change detector configured to detect a change in the voltage detected by the voltage sensor; and characterised in that a notifying controller configured to notify a driver of first braking when the change in the voltage detected by the rate-of-change detector shifts from an increasing direction to a decreasing direction, and notify the driver of second braking when the change in the voltage shifts from the decreasing direction to the increasing direction. a voltage sensor configured to detect a voltage of the vehicle coil; a rate-of-change detector configured to detect a change in the voltage detected by the voltage sensor; and characterised in that a notifying controller configured to notify a driver of first braking when the change in the voltage detected by the rate-of-change detector shifts from an increasing direction to a decreasing direction, and notify the driver of second braking when the change in the voltage shifts from the decreasing direction to the increasing direction.
Device for adjusting components (4, 10, 14) of a machine processing printing material, in particular a folding-box gluing machine, including at least one group of processing stations, which have an associated operating element and a remote control, as well as a safety-path computer and an operating-path computer, characterized in that the first step to initiate the adjusting process of the components (4, 10, 14) is done by a common signal transmitter both when using the switch on the machine and when using the remote control.
A computing device (1210; 1410; 1510) for bandwidth allocation, comprising: at least one memory devices (1234; 1430; 1550) having instructions encoded thereon; and at least one processor coupled to the one or more memory devices (1234; 1430; 1550) and configured, by the instructions, to access information indicative of operating conditions of multiple client devices; and to schedule multiple orthogonal frequency division multiple access, OFDMA, tones for communication to at least one of the multiple client devices using at least a portion of the information, wherein the multiple OFDMA tones are arranged within a resource block having a spectral width of 80 MHz, the resource block comprises a channel having a spectral width of 80 MHz, said computing device characterised in that the 80MHz bandwidth channel has 1024 tones, wherein 23 of the 1024 tones are guard tones and five of the 1024 tones are null tones for direct conversion at about the center of the channel, the channel having 996 allocable or otherwise usable tones. at least one memory devices (1234; 1430; 1550) having instructions encoded thereon; and at least one processor coupled to the one or more memory devices (1234; 1430; 1550) and configured, by the instructions, to access information indicative of operating conditions of multiple client devices; and to schedule multiple orthogonal frequency division multiple access, OFDMA, tones for communication to at least one of the multiple client devices using at least a portion of the information, wherein the multiple OFDMA tones are arranged within a resource block having a spectral width of 80 MHz, the resource block comprises a channel having a spectral width of 80 MHz, said computing device characterised in that the 80MHz bandwidth channel has 1024 tones, wherein 23 of the 1024 tones are guard tones and five of the 1024 tones are null tones for direct conversion at about the center of the channel, the channel having 996 allocable or otherwise usable tones. to access information indicative of operating conditions of multiple client devices; and to schedule multiple orthogonal frequency division multiple access, OFDMA, tones for communication to at least one of the multiple client devices using at least a portion of the information, wherein the multiple OFDMA tones are arranged within a resource block having a spectral width of 80 MHz, the resource block comprises a channel having a spectral width of 80 MHz, said computing device characterised in that the 80MHz bandwidth channel has 1024 tones, wherein 23 of the 1024 tones are guard tones and five of the 1024 tones are null tones for direct conversion at about the center of the channel, the channel having 996 allocable or otherwise usable tones.
A computer-implemented method (200; 300) comprising: receiving (210; 310) data indicative of ambient conditions from one or more sensors (120, 130, 140, 150) associated with a vehicle, wherein the data indicative of ambient conditions comprises data indicative of atmospheric pressure, and the one or more sensors (120, 130, 140, 150) are utilised for one or more additional purposes besides weather prediction; determining (220; 320) if the data indicative of ambient conditions is indicative of a forecast of one or more weather conditions according to at least one predetermined condition; outputting (230; 330) data indicative of the forecast; and configuring one or more systems of the vehicle responsive to the output data indicative of the forecast. receiving (210; 310) data indicative of ambient conditions from one or more sensors (120, 130, 140, 150) associated with a vehicle, wherein the data indicative of ambient conditions comprises data indicative of atmospheric pressure, and the one or more sensors (120, 130, 140, 150) are utilised for one or more additional purposes besides weather prediction; determining (220; 320) if the data indicative of ambient conditions is indicative of a forecast of one or more weather conditions according to at least one predetermined condition; outputting (230; 330) data indicative of the forecast; and configuring one or more systems of the vehicle responsive to the output data indicative of the forecast.
A waveguide assembly for a waveguide display, the waveguide assembly comprising a source waveguide and an output waveguide, the source waveguide comprising: a first entrance area, a second entrance area, a first exit area, and a second exit area, and the first entrance area and the second entrance area are located on opposite ends of the source waveguide with the first exit area and the second exit area located between the first entrance area and the second entrance area, the source waveguide configured to: in-couple a first image light at the first entrance area wherein the first image light corresponds to a first portion of an image, expand the first image light in a first dimension using total internal reflection, and output the expanded first image light via the first exit area, and in-couple a second image light at the second entrance area wherein the second image light corresponds to a second portion of the image that is different than the first portion of the image, expand the second image light in the first dimension using total internal reflection, and output the expanded second image light via the second exit area, and the output waveguide comprising: a third entrance area and a third exit area, the output waveguide configured to in-couple the first image light and the second image light at the third entrance area, expand the expanded first image light and the expanded second image light in at least one dimension that is orthogonal to the first dimension to generate a portion of a magnified image, and output the portion of the magnified image via the third exit area towards an eyebox. source waveguide comprising: a first entrance area, a second entrance area, a first exit area, and a second exit area, and the first entrance area and the second entrance area are located on opposite ends of the source waveguide with the first exit area and the second exit area located between the first entrance area and the second entrance area, the source waveguide configured to: in-couple a first image light at the first entrance area wherein the first image light corresponds to a first portion of an image, expand the first image light in a first dimension using total internal reflection, and output the expanded first image light via the first exit area, and in-couple a second image light at the second entrance area wherein the second image light corresponds to a second portion of the image that is different than the first portion of the image, expand the second image light in the first dimension using total internal reflection, and output the expanded second image light via the second exit area, and the output waveguide comprising: a third entrance area and a third exit area, the output waveguide configured to in-couple the first image light and the second image light at the third entrance area, expand the expanded first image light and the expanded second image light in at least one dimension that is orthogonal to the first dimension to generate a portion of a magnified image, and output the portion of the magnified image via the third exit area towards an eyebox.
A filter cartridge assembly for a surgical gas delivery system used during endoscopic and laparoscopic surgical procedures, comprising: a) a housing including a reservoir for collecting fluids entering the housing through a gas return path; b) a sensor located within the reservoir for detecting a fluid level therein; and c) a backer plate positioned within the housing adjacent an inlet port to the reservoir, wherein the backer plate includes an outlet port from the reservoir and a radial guard wall extends from the backer plate into the reservoir for deflecting fluids entering the reservoir away from the outlet port and into the reservoir, characterised in that the backer plate includes a fluid management structure (50, 144, 244, 344) to shield the sensor from fluid entering the reservoir from the gas return path through the inlet port and causing a false indication of the fluid level in the reservoir, wherein the fluid management structure includes a baffle wall adjacent the fluid level sensor (42, 42a, 42b) to shield the fluid level sensor from fluid entering the reservoir. a) a housing including a reservoir for collecting fluids entering the housing through a gas return path; b) a sensor located within the reservoir for detecting a fluid level therein; and c) a backer plate positioned within the housing adjacent an inlet port to the reservoir, wherein the backer plate includes an outlet port from the reservoir and a radial guard wall extends from the backer plate into the reservoir for deflecting fluids entering the reservoir away from the outlet port and into the reservoir, characterised in that the backer plate includes a fluid management structure (50, 144, 244, 344) to shield the sensor from fluid entering the reservoir from the gas return path through the inlet port and causing a false indication of the fluid level in the reservoir, wherein the fluid management structure includes a baffle wall adjacent the fluid level sensor (42, 42a, 42b) to shield the fluid level sensor from fluid entering the reservoir.
A roll-on dispenser for a liquid comprising a bottle, a rotatable spherical roller ball and a removable cap, the bottle having an interior and a first end which defines a housing for said ball, said housing having a chamber within which the ball can rotate having an inward end in fluid communication with the interior of the bottle and comprising a lateral sealing shelf inward of an annular groove and dimensioned to prevent the roller ball being urged into the interior of the bottle when subject to inward axial force, an opposed outward end dimensioned to retain the ball and a side-wall having an interior surface extending between the outward end and the inward end, the ball having a segment projecting outside the housing, the cap having means to urge the ball axially towards the sealing shelf, characterised in that at least one fluid flow perturbator is located on the interior surface of the housing at or outward from the sealing shelf, comprising a multiplicity of notches in the sealing shelf in communication with the annular groove.
A hydraulically operated tightening tool comprising a body in which there is assembled a hydraulic cylinder and an actuating ring for a threaded element, the actuating ring of which is articulated to the body and receives the action of the piston of the hydraulic cylinder for its swiveling, characterized in that two parallel tabs axially protrude from the head of the piston of the hydraulic cylinder between which tabs there is articulated the actuating ring by means of a spring with an elastically variable length; the spring of which traverses the actuating ring perpendicularly and protrudes partially from same on both sides; and the tabs of which have respective arched transverse facing grooves, in which there are housed the ends of the mentioned spring, said grooves opening at their end sections through the longitudinal edges of the tabs, and in that between the tabs there is arranged a thrusting part on which the actuating ring rests, the part of which in turn rests on the piston of the hydraulic cylinder.
A file transfer method performed by a terminal device, the method comprising: detecting a file drag operation for dragging an icon of a file onto an icon of a target device; acquiring data of the file in response to the file drag operation; and sending the data of the file to the target device, characterized in that the file transfer method further comprises sending pairing information through broadcasting; receiving response information sent by the target device, wherein the response information comprises identity information, and the identity information comprises at least one of a user account that is logged in to the target device and a device manufacturer identifier of the target device; if the identity information carried by the response information and the identity information of the terminal device are unified, sending a connection establishment request to the target device; and receiving a connection establishment acknowledgement sent by the target device. detecting a file drag operation for dragging an icon of a file onto an icon of a target device; acquiring data of the file in response to the file drag operation; and sending the data of the file to the target device, characterized in that the file transfer method further comprises sending pairing information through broadcasting; receiving response information sent by the target device, wherein the response information comprises identity information, and the identity information comprises at least one of a user account that is logged in to the target device and a device manufacturer identifier of the target device; if the identity information carried by the response information and the identity information of the terminal device are unified, sending a connection establishment request to the target device; and receiving a connection establishment acknowledgement sent by the target device.