mhurhangee/patent-ind-claim-en huggingface dataset:
A barrel-based white balance filter, comprising a white balance unit , said white balance unit comprising a barrel and a white balance component axially adjustably mounted in said barrel , wherein: said barrel is prepared from an opaque material and attachable to a camera lens of a camera directly or by means of an engagement thread thereof; the white balance component is a milky white or gray filter , the barrel-based white balance filter being characterised in that the milky white or gray filter has a milky white or gray annular rim axially extended from the periphery thereof, and mounted in said barrel and axially movable relative to said barrel between an extended position and a fully received position, said milky white or gray annular rim being completely received in said barrel and protected by said opaque barrel against the radiation of vivid light or reflected light during a manual white balance operation when said white balance component is in said fully received position, enabling a manual white balance system of the camera using the barrel-based white balance filter to measure the average white balance value of the viewing scene accurately. said barrel is prepared from an opaque material and attachable to a camera lens of a camera directly or by means of an engagement thread thereof; the white balance component is a milky white or gray filter , the barrel-based white balance filter being characterised in that the milky white or gray filter has a milky white or gray annular rim axially extended from the periphery thereof, and mounted in said barrel and axially movable relative to said barrel between an extended position and a fully received position, said milky white or gray annular rim being completely received in said barrel and protected by said opaque barrel against the radiation of vivid light or reflected light during a manual white balance operation when said white balance component is in said fully received position, enabling a manual white balance system of the camera using the barrel-based white balance filter to measure the average white balance value of the viewing scene accurately.
An all-laser hybrid additive manufacturing method, wherein after a matrix is obtained by means of selective laser melting forming, a subtractive forming is carried out on the matrix by means of a pulse laser to form a cavity, and the cavity is then packaged to obtain a forming material with an internal cavity structure; wherein, the method comprises the steps of: a) performing selective laser melting by a laser I to obtain a matrix of a metal material; b) etching the matrix obtained in step a) by a laser II to form a groove structure, wherein the laser II is a pulse laser; c) covering the groove structure obtained in step b) with a prefabricated plate, and welding and packaging the prefabricated plate by the laser I to form a microchannel; d) performing selective laser melting forming on the microchannel structure obtained in step c) to obtain a forming material having the microchannel structure; wherein the laser I is a continuous wave infrared laser or a pulse infrared laser, and the laser II comprises a solid pulse laser, a semiconductor pulse laser, a gas pulse laser, and the pulse width of the pulse laser is in a range from 1 femtosecond to 100 milliseconds. wherein, the method comprises the steps of: a) performing selective laser melting by a laser I to obtain a matrix of a metal material; b) etching the matrix obtained in step a) by a laser II to form a groove structure, wherein the laser II is a pulse laser; c) covering the groove structure obtained in step b) with a prefabricated plate, and welding and packaging the prefabricated plate by the laser I to form a microchannel; d) performing selective laser melting forming on the microchannel structure obtained in step c) to obtain a forming material having the microchannel structure; a) performing selective laser melting by a laser I to obtain a matrix of a metal material; b) etching the matrix obtained in step a) by a laser II to form a groove structure, wherein the laser II is a pulse laser; c) covering the groove structure obtained in step b) with a prefabricated plate, and welding and packaging the prefabricated plate by the laser I to form a microchannel; d) performing selective laser melting forming on the microchannel structure obtained in step c) to obtain a forming material having the microchannel structure; wherein the laser I is a continuous wave infrared laser or a pulse infrared laser, and the laser II comprises a solid pulse laser, a semiconductor pulse laser, a gas pulse laser, and the pulse width of the pulse laser is in a range from 1 femtosecond to 100 milliseconds.
A method for reducing pluripotent stem cells from a cell population containing pluripotent stem cells and differentiated cells derived from pluripotent stem cells, comprising: a step for activating TRPV-1 expressed in the pluripotent stem cells contained in the cell population.
A monitoring system for monitoring a power storage system, comprising: detection means configured to acquire a plurality of detection values related to the power storage system and determine whether predetermined respective conditions are satisfied, each detection value being a value for detecting that a corresponding one of predetermined prohibited actions has been executed in the power storage system, the predetermined prohibited actions being actions that may cause a decrease in a lifetime of the power storage system; specifying means for specifying, based on information, from the detection means, indicating that at least one of the conditions is satisfied, a corresponding prohibited action having been executed in the power storage system; and determination means for, based on the specified prohibited action, performing at least either of calculation of a lifetime of the power storage system and determination of an operation-continuable time of the power storage system after the specification, wherein the power storage system is configured to stop in response to detection of a predetermined event, and to cancel a stoppage in response to a reset operation after the stoppage and become operationally ready, the predetermined event being an event by which a rate of decrease of a lifetime of the power storage system may be accelerated, and the specifying means is configured to specify the reset operation performed a predetermined number of times or more, as a prohibited action. detection means configured to acquire a plurality of detection values related to the power storage system and determine whether predetermined respective conditions are satisfied, each detection value being a value for detecting that a corresponding one of predetermined prohibited actions has been executed in the power storage system, the predetermined prohibited actions being actions that may cause a decrease in a lifetime of the power storage system; specifying means for specifying, based on information, from the detection means, indicating that at least one of the conditions is satisfied, a corresponding prohibited action having been executed in the power storage system; and determination means for, based on the specified prohibited action, performing at least either of calculation of a lifetime of the power storage system and determination of an operation-continuable time of the power storage system after the specification, wherein the power storage system is configured to stop in response to detection of a predetermined event, and to cancel a stoppage in response to a reset operation after the stoppage and become operationally ready, the predetermined event being an event by which a rate of decrease of a lifetime of the power storage system may be accelerated, and the specifying means is configured to specify the reset operation performed a predetermined number of times or more, as a prohibited action.
A radial flux rotary electric machine having an exterior-rotor configuration, comprising: a permanent-magnet rotor comprising permanent magnets in a Halbach array; and a stator interior to the rotor having teeth defining slots and distributed windings around the teeth to form coils in a double-layer arrangement, the windings being comprised of a plurality of phase windings; characterized in that the stator is air-cored; the slots defined by the teeth are tapered; and in that , for each tooth T having a slot S1 on one side thereof and a slot S2 on another side thereof, a coil side C1 of a phase winding is arranged to occupy a radially inner layer of the slot S1 and a coil side C2 of the same phase winding is arranged to occupy a radially outer layer of the slot S2 , wherein the coil side C1 has a smaller circumferential dimension and a larger radial dimension than the coil side C2 . a permanent-magnet rotor comprising permanent magnets in a Halbach array; and a stator interior to the rotor having teeth defining slots and distributed windings around the teeth to form coils in a double-layer arrangement, the windings being comprised of a plurality of phase windings; characterized in that the stator is air-cored; the slots defined by the teeth are tapered; and in that , for each tooth T having a slot S1 on one side thereof and a slot S2 on another side thereof, a coil side C1 of a phase winding is arranged to occupy a radially inner layer of the slot S1 and a coil side C2 of the same phase winding is arranged to occupy a radially outer layer of the slot S2 , wherein the coil side C1 has a smaller circumferential dimension and a larger radial dimension than the coil side C2 .
A polypeptide being a partial peptide of a polypeptide represented by SEQ ID No: 1 or SEQ ID No: 2, having a length of 8 to 20 amino acids, and having HLA antigen-binding capacity.
An optical imaging system configured for back-scanned imagery comprising: an imager including a focal plane array ; an afocal telescope optically coupled to the imager, and configured to receive and collimate electromagnetic radiation and to direct the electromagnetic radiation via an exit pupil of the afocal telescope to the focal plane array of the imager, the focal plane array configured to form an image from the electromagnetic radiation, and the afocal telescope having an optical axis that passes through the exit pupil to the imager, wherein the afocal telescope is configured as a four mirror anastigmat including a primary mirror , a secondary mirror , a tertiary mirror , and an optical element; a back-scan mirror optically coupled to the afocal telescope and the imager, positioned proximate the exit pupil of the afocal telescope, and configured to backscan the electromagnetic radiation to stabilize the image on the focal plane array; and said optical element positioned at an intermediate image plane of the afocal telescope and configured to adjust distortion characteristics of the afocal telescope to control image wander on the focal plane array for off-axis image points during the backscan, wherein the optical element is a field correcting mirror optically positioned between the secondary mirror and the tertiary mirror, wherein the field correcting mirror is a deformable mirror, and the system further comprising a processor coupled to the deformable mirror and configured to control a shape of the deformable mirror to control the image wander during the backscan. an imager including a focal plane array ; an afocal telescope optically coupled to the imager, and configured to receive and collimate electromagnetic radiation and to direct the electromagnetic radiation via an exit pupil of the afocal telescope to the focal plane array of the imager, the focal plane array configured to form an image from the electromagnetic radiation, and the afocal telescope having an optical axis that passes through the exit pupil to the imager, wherein the afocal telescope is configured as a four mirror anastigmat including a primary mirror , a secondary mirror , a tertiary mirror , and an optical element; a back-scan mirror optically coupled to the afocal telescope and the imager, positioned proximate the exit pupil of the afocal telescope, and configured to backscan the electromagnetic radiation to stabilize the image on the focal plane array; and said optical element positioned at an intermediate image plane of the afocal telescope and configured to adjust distortion characteristics of the afocal telescope to control image wander on the focal plane array for off-axis image points during the backscan, wherein the optical element is a field correcting mirror optically positioned between the secondary mirror and the tertiary mirror, wherein the field correcting mirror is a deformable mirror, and the system further comprising a processor coupled to the deformable mirror and configured to control a shape of the deformable mirror to control the image wander during the backscan.
Bridge having at least two bridge elements , which have a central region with a driving track and which have at least one end region provided with access ramps , and at least one connecting element for connecting the bridge elements , characterized in that the connecting element has a drive-over region for continuously connecting the driving track and, arranged below the drive-over region , connecting means (15.1, 15.2) for connection to two end regions , and the drive-over region covers the access ramps as a result of the continuous connection.
A method for adjusting the ignition advance, controlled by a computer , of an internal combustion engine including at least one cylinder , this method including the operations consisting, for the computer , in: - recording a number of cycles performed in the cylinder and the value of an ignition advance curative correction for each cycle, and - calculating an ignition advance adaptive correction during which the computer averages the curative correction value as a function of the number of cycles elapsed, then calculates an adaptive correction value on the basis of this average, characterized in that the triggering of the task of calculating the adaptive correction is realised when a predefined number of cycles has been reached, this number of cycles triggering the task of calculating the adaptive correction being variable and defined by the computer as a function of the operating speed of the engine . - recording a number of cycles performed in the cylinder and the value of an ignition advance curative correction for each cycle, and - calculating an ignition advance adaptive correction during which the computer averages the curative correction value as a function of the number of cycles elapsed, then calculates an adaptive correction value on the basis of this average,
An electronic magnetic bearing fault-tolerant drive module , comprising: a first plurality of switching- elements and a second plurality of switching elements ; a first winding and a second winding interposed between the first plurality of switching elements and the second plurality of switching elements, the first and second plurality of switching elements configured to selectively operate in a first mode and a second mode to generate an electromagnetic field; a diode (106a-f) connected across each switching element among the first and second plurality of switching elements to form a plurality of bi-directional phase-leg circuits; characterized in that the first mode is configured to generate a first winding current in a first direction through the first winding in response to receiving a first PWM output signal, and to generate a second winding current in a second direction opposite the first direction through the second winding in response to receiving a second PWM output signal; and wherein the first winding is interposed between a first bi-directional phase-leg circuit and a second bi-directional phase leg circuit forming a first H-bridge circuit , and the second winding is interposed between the second bi-directional phase-leg circuit and a third bi-directional phase leg circuit forming a second H-bridge circuit . a first plurality of switching- elements and a second plurality of switching elements ; a first winding and a second winding interposed between the first plurality of switching elements and the second plurality of switching elements, the first and second plurality of switching elements configured to selectively operate in a first mode and a second mode to generate an electromagnetic field; a diode (106a-f) connected across each switching element among the first and second plurality of switching elements to form a plurality of bi-directional phase-leg circuits; characterized in that the first mode is configured to generate a first winding current in a first direction through the first winding in response to receiving a first PWM output signal, and to generate a second winding current in a second direction opposite the first direction through the second winding in response to receiving a second PWM output signal; and wherein the first winding is interposed between a first bi-directional phase-leg circuit and a second bi-directional phase leg circuit forming a first H-bridge circuit , and the second winding is interposed between the second bi-directional phase-leg circuit and a third bi-directional phase leg circuit forming a second H-bridge circuit .
A work centre to process section bars , in particular made of aluminium, light alloys, PVC or the like, comprising an elongated base extending in a first direction ; a plurality of cross members , each mounted on the base parallel to a second direction , which is transverse to the first direction , and supporting at least one holding unit designed to hold at least one section bar ; and a gantry , which extends above the base in the second direction and is provided with an operating head to process the section bars ; each holding unit comprising a first jaw comprising, in turn, a fixed portion locked on the relative cross member in the second direction ; and a second jaw , which is movable along the relative cross member in the second direction between a clamping position and a release position to clamp and release the section bar ; and characterized in that the first jaw further comprises a movable portion , which is coupled to the fixed portion so as to move, relative to the fixed portion , with at least one component of movement which is parallel to the second direction .
A computer-implemented method of adjusting a treatment plan for irradiating a target area with a proton beam, the method comprising: accessing a target radiation plan, the target radiation plan comprising a temporal and spatial sequence for administering a target dosage to a target area using a plurality of applications of a directed beam of protons; monitoring a movement of the target area, wherein the movement of the target area comprises a plurality of phases of periodic movement delineated by a plurality of transition periods between the plurality of phases of periodic movement; and adjusting the target radiation plan to align the plurality of applications of the directed beam of protons with a movement of the target area to generate an adjusted target radiation plan, wherein the adjusting comprises adjusting a number of raster scans to conform to the plurality of phases of periodic movement and achieve the target dosage; characterized in that : the adjusting of the target radiation plan further comprises aligning a scanning direction of an application of the directed beam of protons to conform to a direction of the motion exhibited by the target area during a phase of periodic movement. accessing a target radiation plan, the target radiation plan comprising a temporal and spatial sequence for administering a target dosage to a target area using a plurality of applications of a directed beam of protons; monitoring a movement of the target area, wherein the movement of the target area comprises a plurality of phases of periodic movement delineated by a plurality of transition periods between the plurality of phases of periodic movement; and adjusting the target radiation plan to align the plurality of applications of the directed beam of protons with a movement of the target area to generate an adjusted target radiation plan, wherein the adjusting comprises adjusting a number of raster scans to conform to the plurality of phases of periodic movement and achieve the target dosage; characterized in that : the adjusting of the target radiation plan further comprises aligning a scanning direction of an application of the directed beam of protons to conform to a direction of the motion exhibited by the target area during a phase of periodic movement.
An apparatus for launching, stowing and retrieving of daughter boats from a midships hangar or mission bay on a mother vessel, said apparatus comprising at least one davit assembly positioned atop a stationary cradle , located one each near the starboard and port of the mother vessel, a transverse track and at least one longitudinal track , one or more transversely moving wagons and one longitudinally moving wagon for each longitudinal track , characterised in that the apparatus further comprises stationary cradles along the longitudinal tracks , the daughter boats being secured on said stationary cradles along the longitudinal tracks , said cradles comprising an aft bench and a front bench , said front bench being demountable, and the aft bench being pivotable about a horizontal axis, whereby said longitudinally moving wagons can move along their respective longitudinal track to pick up and deliver said daughter boats from and on said stationary cradles along said longitudinal tracks and to deliver on or pick up boats from said one or more transversely moving wagons along said transverse track , the transversely moving wagons being adapted to move transversely to deliver on and pick up said daughter boats from said stationary cradles located along said transverse track .