mhurhangee/patent-ind-claim-en huggingface dataset:
A sheet remover comprising: a pair of claws forming an insertion part between the pair of claws into which a sheet is inserted; and a pair of sheet holding plates forming a through part between the pair of sheet holding plates through which the sheet is inserted, the through part being located downstream from the insertion part in a sheet insertion direction in which the sheet is inserted, wherein a length of the insertion part in a thickness direction of the sheet decreases in the sheet insertion direction; and a contact part at a downstream end of the through part in the sheet insertion direction to contact the sheet. a pair of claws forming an insertion part between the pair of claws into which a sheet is inserted; and a pair of sheet holding plates forming a through part between the pair of sheet holding plates through which the sheet is inserted, the through part being located downstream from the insertion part in a sheet insertion direction in which the sheet is inserted, wherein a length of the insertion part in a thickness direction of the sheet decreases in the sheet insertion direction; and a contact part at a downstream end of the through part in the sheet insertion direction to contact the sheet.
A release system for releasing a submerged coring device intended for collecting a soil core from the seabed, the system comprising: - a release module for releasing said coring device on command, the release module providing a mechanical connection between the release system and a hoisting rope of a vessel, - a pressure sensor for measuring the depth of the coring device with respect to the sea surface, - an altimeter for measuring the altitude of said coring device with respect to the seabed, - an electric power source , and - a control circuit connected to said power source, to said pressure sensor, to said altimeter and to said release module, characterized in that said control circuit is configured to • receive the measured depth, • electrically power said altimeter only after the coring device has reached a so-called activation depth calculated so that the system activates at a predetermined distance from the seabed, • receive the measured altitude, and • trigger the release of said coring device when the coring device reaches a so-called release altitude. - a release module for releasing said coring device on command, the release module providing a mechanical connection between the release system and a hoisting rope of a vessel, - a pressure sensor for measuring the depth of the coring device with respect to the sea surface, - an altimeter for measuring the altitude of said coring device with respect to the seabed, - an electric power source , and - a control circuit connected to said power source, to said pressure sensor, to said altimeter and to said release module, • receive the measured depth, • electrically power said altimeter only after the coring device has reached a so-called activation depth calculated so that the system activates at a predetermined distance from the seabed, • receive the measured altitude, and • trigger the release of said coring device when the coring device reaches a so-called release altitude.
An assembly for a turbine engine, comprising: a primary duct ; a bleed duct extending from a bleed duct inlet to a bleed duct outlet , the bleed duct inlet fluidly coupled with the primary duct ; a plurality of secondary ducts arranged in parallel between the bleed duct outlet and the primary duct , the plurality of secondary ducts including a first duct and a second duct ; a heat exchanger configured with the second duct ; and a flow regulator configured to direct at least a majority of fluid flowing through the bleed duct outlet to: the first duct during a first mode of operation; and the second duct during a second mode of operation; characterised in that the flow regulator is configured as a valve arranged at an intersection between the bleed duct outlet and inlets of the secondary ducts . a primary duct ; a bleed duct extending from a bleed duct inlet to a bleed duct outlet , the bleed duct inlet fluidly coupled with the primary duct ; a plurality of secondary ducts arranged in parallel between the bleed duct outlet and the primary duct , the plurality of secondary ducts including a first duct and a second duct ; a heat exchanger configured with the second duct ; and a flow regulator configured to direct at least a majority of fluid flowing through the bleed duct outlet to: the first duct during a first mode of operation; and the second duct during a second mode of operation; the first duct during a first mode of operation; and the second duct during a second mode of operation; characterised in that the flow regulator is configured as a valve arranged at an intersection between the bleed duct outlet and inlets of the secondary ducts .
An agricultural harvesting header with a transport arrangement for transporting the header , the agricultural header comprising: a main frame extending along one side of the header , the main frame including a forward end and a rear trailing end relative to a direction of travel of the header during road transport; and a cutter bar positioned generally parallel to and opposite from the main frame ; the transport arrangement comprising: at least one dolly wheel detachably connected to the header near the forward end , between the main frame and the cutter bar ; a trailing wheel assembly connected to the header near the rear trailing end ; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel ; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header . a main frame extending along one side of the header , the main frame including a forward end and a rear trailing end relative to a direction of travel of the header during road transport; and a cutter bar positioned generally parallel to and opposite from the main frame ; the transport arrangement comprising: at least one dolly wheel detachably connected to the header near the forward end , between the main frame and the cutter bar ; a trailing wheel assembly connected to the header near the rear trailing end ; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel ; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header . at least one dolly wheel detachably connected to the header near the forward end , between the main frame and the cutter bar ; a trailing wheel assembly connected to the header near the rear trailing end ; and an elongate tongue having a towed end and a distal end, the distal end being connected to the at least one dolly wheel ; characterized in that the distal end is connected to the at least one dolly wheel at an acute angle (α) relative to the direction of travel during road transport, the towed end being positioned approximately coincident with a longitudinal centerline of the header .
A medical instrument , comprising: a shaft for insertion into a body of a patient ; an inflatable balloon coupled to a distal end of the shaft ; and a Radiofrequency (RF) ablation electrode , which is disposed on an external surface of the balloon and which has a distal edge configured to reduce electric field angular gradients of an RF electric field emitted from the distal edge , characterised in that the electrode comprises: an elongate main section that progressively narrows towards the distal edge ; and a distal-end section, which is connected to a distal-most end of the main section and is wider than the main section at the distal-most end. a shaft for insertion into a body of a patient ; an inflatable balloon coupled to a distal end of the shaft ; and a Radiofrequency (RF) ablation electrode , which is disposed on an external surface of the balloon and which has a distal edge configured to reduce electric field angular gradients of an RF electric field emitted from the distal edge , characterised in that the electrode comprises: an elongate main section that progressively narrows towards the distal edge ; and a distal-end section, which is connected to a distal-most end of the main section and is wider than the main section at the distal-most end. an elongate main section that progressively narrows towards the distal edge ; and a distal-end section, which is connected to a distal-most end of the main section and is wider than the main section at the distal-most end.
A process for identifying a population of young platelets present in a blood sample, said process comprises the steps of: a) analyzing platelets present in a blood sample by carrying out a comprising the steps of: i. adding to said sample a ligand that binds to Major Histocompatibility Complex I (MHC I) coupled to a fluorochrome; ii. measuring the mean fluorescence intensity of the platelets (MFI platelets ) with a flow cytometer; and iii. measuring the mean forward scatter (FSC) parameter with said flow cytometer and determining the MFI platelets / FSC ratio; and b) using the result of step a) to identify a population of young platelets. a) analyzing platelets present in a blood sample by carrying out a comprising the steps of: i. adding to said sample a ligand that binds to Major Histocompatibility Complex I (MHC I) coupled to a fluorochrome; ii. measuring the mean fluorescence intensity of the platelets (MFI platelets ) with a flow cytometer; and iii. measuring the mean forward scatter (FSC) parameter with said flow cytometer and determining the MFI platelets / FSC ratio; and i. adding to said sample a ligand that binds to Major Histocompatibility Complex I (MHC I) coupled to a fluorochrome; ii. measuring the mean fluorescence intensity of the platelets (MFI platelets ) with a flow cytometer; and iii. measuring the mean forward scatter (FSC) parameter with said flow cytometer and determining the MFI platelets / FSC ratio; and b) using the result of step a) to identify a population of young platelets.
A system for monitoring incursion depth of a disk having an outer surface for use in a disk brake system, the system comprising: a plurality of conductive leads each configured to be located at different distances from the outer surface of the disk; and a plurality of resistors each coupled to one of the plurality of conductive leads such that total resistance across the plurality of conductive leads changes in response to disconnection of one or more of the plurality of conductive leads caused by wearing of the outer surface of the disk; wherein a the disk is formed from a carbon material, and the plurality of conductive leads are formed from the carbon material. a plurality of conductive leads each configured to be located at different distances from the outer surface of the disk; and a plurality of resistors each coupled to one of the plurality of conductive leads such that total resistance across the plurality of conductive leads changes in response to disconnection of one or more of the plurality of conductive leads caused by wearing of the outer surface of the disk; wherein a the disk is formed from a carbon material, and the plurality of conductive leads are formed from the carbon material.
A smartwatch (200; 400), comprising: an enclosure (202; 402); at least one electronic component (206, 208; 406, 408) within the enclosure, said at least one electronic component emitting heat during an operation of the smartwatch; an accessory (212; 412) attached to the enclosure; and a heat transfer (210; 410) component configured to capture at least a portion of heat emitted by the at least one electronic component and transfer at least a portion of the captured heat to an interior of the accessory, wherein the heat transfer component comprises at least one of copper foil, aluminium foil, or carbon fibers and extends through at least a portion (216, 218; 416, 418) of the accessory, said portion made of a material being transparent to visible light, and wherein the accessory is configured to radiate at least a portion of heat transferred by the heat transfer component through said at least a portion of the accessory. an enclosure (202; 402); at least one electronic component (206, 208; 406, 408) within the enclosure, said at least one electronic component emitting heat during an operation of the smartwatch; an accessory (212; 412) attached to the enclosure; and a heat transfer (210; 410) component configured to capture at least a portion of heat emitted by the at least one electronic component and transfer at least a portion of the captured heat to an interior of the accessory, wherein the heat transfer component comprises at least one of copper foil, aluminium foil, or carbon fibers and extends through at least a portion (216, 218; 416, 418) of the accessory, said portion made of a material being transparent to visible light, and wherein the accessory is configured to radiate at least a portion of heat transferred by the heat transfer component through said at least a portion of the accessory.
An oral composition comprising cyclosporin, a hydrogel forming polymer matrix, a surfactant and an oil phase being dispersed in the hydrogel forming polymer matrix, wherein the surfactant comprises a medium chain or long chain fatty acid mono- or di-glyceride or a combination thereof and does not comprise a polyethyleneglycol ether or ester; wherein the hydrogel-forming polymer matrix is in an amount of at least 25% by weight based upon the dry weight of the composition; and wherein the hydrogel forming polymer matrix comprises one or more of gelatin, agar, starch, casein, chitosan, soya bean protein, safflower protein, alginates, gellan gum, carrageenan, xanthan gum, phthalated gelatin, succinated gelatin, cellulosephthalate-acetate, oleoresin, polyvinylacetate, polymerisates of acrylic or methacrylic esters and polyvinylacetate-phthalate.
Fastening means , in particular for bellows, comprising a male end segment and a female end segment complementary to the male end segment , wherein the female end segment comprises a base on which a foot segment is arranged approximately centrally there, on which a head part is arranged that projects laterally over an outer contour of the foot segment and comprises lower lateral surfaces (63.1, 63.2) being formed transverse to a length direction of the fastening means , for forming at least one inner undercut region in a recess of the male end segment , wherein an outer longitudinal segment (50.1, 50.2) whose outer wall (51.1, 51.2) merges flush into an outer wall of the fastening means , is arranged on each of both sides of the foot segment , and wherein the two outer longitudinal segments (50.1, 50.2) project beyond the head part in a length direction of the fastening means .
An ultrasound system comprising: an ultrasound device with a two-dimensional array of ultrasound transducers, the ultrasound device implemented as a handheld device or a wearable patch; and a smartphone or tablet comprising a processor that configures the ultrasound device to obtain at least one first ultrasound image frame, using a scan pattern defining an acoustic beam, automatically updates the scan pattern to optimize a view of a desired anatomy, wherein: when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and configures the ultrasound device to obtain a second ultrasound image frame using the updated scan pattern. configures the ultrasound device to obtain at least one first ultrasound image frame, using a scan pattern defining an acoustic beam, automatically updates the scan pattern to optimize a view of a desired anatomy, wherein: when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and configures the ultrasound device to obtain a second ultrasound image frame using the updated scan pattern.
A depalletizing machine of the type comprising: a rigid supporting framework adapted to be stably rest on the ground; a lifting platform , which is adapted to receive resting on it the pallet to be unpacked and is vertically movable on said rigid supporting framework , so as to lift the pallet to be unpacked from the ground and to align the upper layer of the pallet to an elevated reference plane (P); an auxiliary movable platform , which is dimensioned so as to receive/accommodate a row of products coming from the pallet stationary on the lifting platform , and is vertically movable on said rigid supporting framework , beside the lifting platform , between a loading position in which the auxiliary movable platform is aligned to said reference plane (P) and is able to load/receive a row of products , and an unloading position in which the auxiliary movable platform is spaced beneath said reference plane (P) and is able to unload the previously loaded row of products ; and a gripping head , which is provided with a vacuum gripping equipment capable of firmly grasping and holding an entire row of products , and is horizontally movable on said reference plane (P) between a first operating position in which the gripping head is placed at the side of the lifting platform , substantially vertically aligned to the auxiliary movable platform , and a second operating position in which the gripping head is vertically aligned to the lifting platform and arranges said vacuum gripping equipment resting on a lateral row of products of the upper layer of the pallet to be unpacked ; the gripping head comprising: a support beam , which is horizontally movable on said rigid support framework while remaining substantially parallel to itself; and an auxiliary floating bar that supports the vacuum gripping equipment and is attached to said support beam so as to remain suspended alongside the latter; the depalletizing machine being characterised in that the auxiliary floating bar is fixed to the support beam with the capability of freely oscillating with respect to the beam about a first substantially vertical axis (A), so as to be able to vary its orientation with respect to said support beam . the gripping head comprising: a support beam , which is horizontally movable on said rigid support framework while remaining substantially parallel to itself; and an auxiliary floating bar that supports the vacuum gripping equipment and is attached to said support beam so as to remain suspended alongside the latter; the depalletizing machine being characterised in that the auxiliary floating bar is fixed to the support beam with the capability of freely oscillating with respect to the beam about a first substantially vertical axis (A), so as to be able to vary its orientation with respect to said support beam .
An optical cable comprising: an optical fiber unit in which a plurality of optical fibers are wrapped with a wrapping tape ; at least three tensile strength members that are arranged on an outer side of the optical fiber unit and spaced apart therefrom and that are arranged at intervals in a circumferential direction; and a sheath that coats the optical fiber unit and buries the tensile strength members , wherein the tensile strength members are configured to hold against contraction of the sheath and are arranged in parallel with the optical fiber unit , portions of an inner wall surface of the sheath formed between the optical fiber unit and each of the tensile strength members protrude toward a cable center in comparison with portions of the inner wall surface of the sheath formed where no tensile strength members are arranged, portions of the wrapping tape arranged on the portions of inner wall surface of the sheath protruding toward the cable center are depressed toward the cable center, and portions of the wrapping tape arranged on the portions of inner wall surface of the sheath not protruding toward the cable center have an inner radius (R), the optical cable being characterized in that a degree of depression H (%)of the wrapping tape is from 7.5% to 20%, where the degree of depression H (%) is H = (R - r)/R * 100, and r is an inner radius of each depressed portion of the wrapping tape . an optical fiber unit in which a plurality of optical fibers are wrapped with a wrapping tape ; at least three tensile strength members that are arranged on an outer side of the optical fiber unit and spaced apart therefrom and that are arranged at intervals in a circumferential direction; and a sheath that coats the optical fiber unit and buries the tensile strength members , wherein the tensile strength members are configured to hold against contraction of the sheath and are arranged in parallel with the optical fiber unit , portions of an inner wall surface of the sheath formed between the optical fiber unit and each of the tensile strength members protrude toward a cable center in comparison with portions of the inner wall surface of the sheath formed where no tensile strength members are arranged, portions of the wrapping tape arranged on the portions of inner wall surface of the sheath protruding toward the cable center are depressed toward the cable center, and portions of the wrapping tape arranged on the portions of inner wall surface of the sheath not protruding toward the cable center have an inner radius (R), the optical cable being characterized in that a degree of depression H (%)of the wrapping tape is from 7.5% to 20%, where the degree of depression H (%) is H = (R - r)/R * 100, and r is an inner radius of each depressed portion of the wrapping tape .