mhurhangee/patent-ind-claim-en huggingface dataset:
A working vehicle , comprising: - a steering handle ; - a vehicle body configured to travel with either manual steering by the steering handle or automatic steering of the steering handle performed so that a position of the vehicle body coincides with a scheduled traveling line (L2) including straight-line portions (SLn) which are straight lines parallel to a traveling reference line (L1); and - a steering switch configured to switch the automatic steering between to be started and to be terminated, the working vehicle being characterized by comprising: - a controller configured to set, as a termination corresponding position for the automatic steering, a shift position (ENn+2) shifted from a termination position (ENn) of the automatic steering by a shift distance (AD1) in a width direction of the vehicle body , the termination position (ENn) being a position of the vehicle body where the steering switch is switched to terminate the automatic steering, the shift distance (AD1) being a distance in the width direction from the termination position (ENn) on one of the straight-line portions (SLn) to another of the straight-line portions (SLn+2) that is two lines away from the one of the straight-line portions (SLn); and - a notifier device configured to notify that the vehicle body approaches the termination corresponding position. - a steering handle ; - a vehicle body configured to travel with either manual steering by the steering handle or automatic steering of the steering handle performed so that a position of the vehicle body coincides with a scheduled traveling line (L2) including straight-line portions (SLn) which are straight lines parallel to a traveling reference line (L1); and - a steering switch configured to switch the automatic steering between to be started and to be terminated, - a controller configured to set, as a termination corresponding position for the automatic steering, a shift position (ENn+2) shifted from a termination position (ENn) of the automatic steering by a shift distance (AD1) in a width direction of the vehicle body , the termination position (ENn) being a position of the vehicle body where the steering switch is switched to terminate the automatic steering, the shift distance (AD1) being a distance in the width direction from the termination position (ENn) on one of the straight-line portions (SLn) to another of the straight-line portions (SLn+2) that is two lines away from the one of the straight-line portions (SLn); and - a notifier device configured to notify that the vehicle body approaches the termination corresponding position.
An impeller assembly , comprising: an impeller located within an associated impeller housing , the associated impeller housing defines an interior wall , said impeller includes a central axis of rotation and an outer circumference , said impeller defines a mounting slot (108, said impeller comprising: a hub located about said central axis of rotation; an impeller blade connected to said hub, wherein said impeller blade extends from said hub toward said outer circumference, and comprising a wiper mounted adjacent said impeller blade, said wiper comprising a wiper portion that slides into said mounting slot to mount said wiper to said impeller, wherein said wiper contacts said interior wall of the associated impeller housing during rotational operation of said impeller in order to limit a gap between said impeller blade and said interior wall, characterised in that the impeller further comprises : a plurality of retainer plates on a trailing side of said impeller blade , wherein said retainer plates define said mounting slots , wherein said wiper portion includes a first wiper length and one of said retainer plates is mounted a distance of a mounting length from the other of said retainer plates, wherein said mounting length is greater than said first wiper length thereby enabling said wiper to move in a generally radial direction away from said hub in order to maintain contact with said interior wall . a hub located about said central axis of rotation; an impeller blade connected to said hub, wherein said impeller blade extends from said hub toward said outer circumference, and comprising a wiper mounted adjacent said impeller blade, said wiper comprising a wiper portion that slides into said mounting slot to mount said wiper to said impeller, wherein said wiper contacts said interior wall of the associated impeller housing during rotational operation of said impeller in order to limit a gap between said impeller blade and said interior wall, characterised in that the impeller further comprises : a plurality of retainer plates on a trailing side of said impeller blade , wherein said retainer plates define said mounting slots , wherein said wiper portion includes a first wiper length and one of said retainer plates is mounted a distance of a mounting length from the other of said retainer plates, wherein said mounting length is greater than said first wiper length thereby enabling said wiper to move in a generally radial direction away from said hub in order to maintain contact with said interior wall .
A microelectromechanical systems, MEMS, accelerometer comprising: a compliant spring structure comprising a first beam ;, a second beam , and a rigid structure , wherein one end of the first beam ; and one end of the second beam are coupled to the rigid structure ; a proof mass coupled to another end of the second beam ; a spring anchor coupled to another end of the first beam ; and characterized by first and second extensions coupled to the rigid structure and extending across respective first and second opposing sides of the spring anchor , wherein in response to the proof mass moving, each of the first and second extensions is configured to move in an opposite direction to the motion of the proof mass to cause one of the first and second extensions to contact the proof mass and stop the movement of the proof mass . a compliant spring structure comprising a first beam ;, a second beam , and a rigid structure , wherein one end of the first beam ; and one end of the second beam are coupled to the rigid structure ; a proof mass coupled to another end of the second beam ; a spring anchor coupled to another end of the first beam ; and characterized by first and second extensions coupled to the rigid structure and extending across respective first and second opposing sides of the spring anchor , wherein in response to the proof mass moving, each of the first and second extensions is configured to move in an opposite direction to the motion of the proof mass to cause one of the first and second extensions to contact the proof mass and stop the movement of the proof mass .
A hepatocyte growth factor receptor (HGFR)-binding composition comprising at least one purified hepatocyte growth factor (HGF) agent for use in a method of treating corneal haze or scarring, wherein the HGF agent is a polypeptide having an amino acid sequence that is at least 95% identical to SEQ ID NO: 1 or a fragment thereof, wherein the fragment is capable of reducing corneal haze or scarring and wherein the fragment: comprises an amino acid sequence of residues 32-494 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 126-207 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 208-289 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 302-384 of SEQ ID NO:1; or comprises an amino acid sequence of residues 388-470 of SEQ ID NO: 1. comprises an amino acid sequence of residues 32-494 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 126-207 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 208-289 of SEQ ID NO: 1; or comprises an amino acid sequence of residues 302-384 of SEQ ID NO:1; or comprises an amino acid sequence of residues 388-470 of SEQ ID NO: 1.
A method of correcting inhomogeneity of the static magnetic field generated by the magnet of a Nuclear Magnetic Resonance imaging machine, which method has the steps of: a) generating a polynomial that represents the static magnetic field generated by the magnet and comprises a plurality of harmonic terms, each associated with a coefficient; b) measuring the magnetic field at a plurality of points, with a predetermined distribution in space; c) determining the coefficients from the measured magnetic field; d) comparing the measured coefficients with those that describe a static magnetic field having desired characteristics; e) defining a grid placed on the magnet, for positioning a plurality of correction elements ; f) determining position and magnitude parameters of said correction elements, the magnitude parameters including the geometric dimensions of the elements and the magnetic properties of the material that forms the elements, to obtain the desired field characteristics; characterized in that said magnet is flat and said polynomial is a solution of the Laplace's equation with boundary conditions on a spherical cap, the polynomial being generated as an expansion into a series of spherical cap harmonics, such that the magnetic field on one side of said magnet is corrected in a volume bounded by a spherical cap surface , in which volume and along which surface the magnetic field is homogeneous, i.e. has field lines having equal parallel directions and equal intensities. a) generating a polynomial that represents the static magnetic field generated by the magnet and comprises a plurality of harmonic terms, each associated with a coefficient; b) measuring the magnetic field at a plurality of points, with a predetermined distribution in space; c) determining the coefficients from the measured magnetic field; d) comparing the measured coefficients with those that describe a static magnetic field having desired characteristics; e) defining a grid placed on the magnet, for positioning a plurality of correction elements ; f) determining position and magnitude parameters of said correction elements, the magnitude parameters including the geometric dimensions of the elements and the magnetic properties of the material that forms the elements, to obtain the desired field characteristics; characterized in that said magnet is flat and said polynomial is a solution of the Laplace's equation with boundary conditions on a spherical cap, the polynomial being generated as an expansion into a series of spherical cap harmonics, such that the magnetic field on one side of said magnet is corrected in a volume bounded by a spherical cap surface , in which volume and along which surface the magnetic field is homogeneous, i.e. has field lines having equal parallel directions and equal intensities.
A reflex coaxial illuminator of an ophthalmic laser device comprising a reflex mirror configured to be moved on an axis from a position in a treatment laser beam path to a position out of the treatment laser beam path, characterized in that the mirror is moved from the position in the treatment laser beam path to the position out of the treatment laser beam path and back in such short time that it occurs without noticeable interruption to viewing by a user.
A sealing lid that is joinable to a package main body constituted of metal or ceramics and containing an optical element and that is for producing a package hermetically sealed, the sealing lid comprising a lid main body made of a translucent material through which at least one of visible light, ultraviolet light, and infrared light is transmittable, wherein the lid main body comprises a joining region having a frame shape corresponding to an outer circumferential shape of the lid main body, the joining region being formed on a surface of the lid main body that is to be joined to the package main body, wherein a plurality of pieces of brazing material made of a eutectic alloy are fused on the joining region of the lid main body, and a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m. a lid main body made of a translucent material through which at least one of visible light, ultraviolet light, and infrared light is transmittable, wherein the lid main body comprises a joining region having a frame shape corresponding to an outer circumferential shape of the lid main body, the joining region being formed on a surface of the lid main body that is to be joined to the package main body, wherein a plurality of pieces of brazing material made of a eutectic alloy are fused on the joining region of the lid main body, and a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m. a metallized film comprising at least one layer made of metal is provided on at least a part of the lid main body surface, and the brazing material is fused on the metallized film, and characterised in that a diffusion region formed by diffusion of a metal element of the metallized film into the brazing material has a width of equal to or less than 2 μ m.
An ink composition for deflected continuous ink jet printing, liquid at room temperature, comprising: a) a solvent comprising, preferably consisting of, one or several organic solvent compound(s) and optionally water; preferably, the solvent represents at least 20% by weight of the total weight of the ink composition, preferably the solvent represents from 30% to 90% by weight, still preferably from 60% to 80% by weight, of the total weight of the ink composition; b) a binder, comprising at least one polyester resin prepared by polymerization of terephthalic acid, isophthalic acid, neopentylglycol, and ethyleneglycol; preferably, the ink composition comprises from 0.1% to 30% by weight, preferably from 5% to 20% by weight, of the total weight of the ink composition, of the polyester resin; c) optionally one or several dye(s) and/or pigment(s); preferably, the total amount of dye(s) and/or of pigment(s) is from 0.05% to 25% by weight, preferably from 1% to 20% by weight, still preferably from 3% to 10% by weight, of the total weight of the ink composition; said ink composition further comprising a resin derived from rosin; preferably, the ink composition comprises from 0.1% to 20% by weight, preferably from 1% to 15% by weight, of the total weight of the ink composition, of the resin derived from rosin. a) a solvent comprising, preferably consisting of, one or several organic solvent compound(s) and optionally water; preferably, the solvent represents at least 20% by weight of the total weight of the ink composition, preferably the solvent represents from 30% to 90% by weight, still preferably from 60% to 80% by weight, of the total weight of the ink composition; b) a binder, comprising at least one polyester resin prepared by polymerization of terephthalic acid, isophthalic acid, neopentylglycol, and ethyleneglycol; preferably, the ink composition comprises from 0.1% to 30% by weight, preferably from 5% to 20% by weight, of the total weight of the ink composition, of the polyester resin; c) optionally one or several dye(s) and/or pigment(s); preferably, the total amount of dye(s) and/or of pigment(s) is from 0.05% to 25% by weight, preferably from 1% to 20% by weight, still preferably from 3% to 10% by weight, of the total weight of the ink composition;
A mouth piece for cooling of oral tissue comprising: an external chamber having a proximal end , a distal end and includes an internal cavity configured to store a cooling medium comprised of a first solution having a freezing temperature below zero degrees Celsius, the proximal end having a malleable top element configured to rest adjacent at least major surfaces of the upper gums and teeth of a user's mouth in a close-fitting relationship, a malleable bottom element configured to rest adjacent at least major surfaces of the lower gums and teeth of the user's mouth in a close-fitting relationship, wherein the top element is integral with or connected to the bottom element to permit emplacement in the user's mouth; a bladder positioned inside the internal cavity of the external chamber and configured to store a second solution having a freezing temperature above the freezing point temperature of the first solution to assist in cooling the first solution, wherein the bladder includes a proximal end , a central portion , and a distal end , and wherein the first solution flows throughout the top element and the bottom element for retaining a cooling environment within the mouth, characterized in that the bladder is dimensioned and configured such that the proximal end is positioned at least partly between the top element and the bottom element . an external chamber having a proximal end , a distal end and includes an internal cavity configured to store a cooling medium comprised of a first solution having a freezing temperature below zero degrees Celsius, the proximal end having a malleable top element configured to rest adjacent at least major surfaces of the upper gums and teeth of a user's mouth in a close-fitting relationship, a malleable bottom element configured to rest adjacent at least major surfaces of the lower gums and teeth of the user's mouth in a close-fitting relationship, wherein the top element is integral with or connected to the bottom element to permit emplacement in the user's mouth; a bladder positioned inside the internal cavity of the external chamber and configured to store a second solution having a freezing temperature above the freezing point temperature of the first solution to assist in cooling the first solution, wherein the bladder includes a proximal end , a central portion , and a distal end , and wherein the first solution flows throughout the top element and the bottom element for retaining a cooling environment within the mouth, characterized in that the bladder is dimensioned and configured such that the proximal end is positioned at least partly between the top element and the bottom element .
A thermoformed dental appliance comprising a releasable separator film attached to a thermoformed sheet of a thermoformable polymeric sheet material, wherein the thermoformed sheet is conformal to one or more teeth and wherein the releasable separator film comprises a polypropylene co-polymer having a melting point from 60°C to 150°C or a polyolefin having (i) an average thickness of from 37 to 75 microns; (ii) a melting point of from 60° C to 200° C which is lower than the thermoforming temperature; and (ii) a trouser tear strength of greater than 20 N/mm.
An article of footwear, comprising: a sole structure comprising a fluid filled member , wherein the fluid filled member includes a channel extending between an upper periphery and a lower periphery of the sole structure, wherein the upper and lower peripheries (162, 164; 166, 168) are lateral upper and lower peripheries and/or medial upper and lower peripheries , the channel receiving a plurality of segmented portions ; wherein the plurality of segmented portions are spaced apart from one another in a longitudinal direction to form a plurality of slots between the plurality of segmented portions, and wherein at least one segmented portion of the plurality of segmented portions has a triangular cross-sectional shape; wherein at least one segmented portion of the plurality of segmented portions has a first end portion , a second end portion , and an intermediate portion ; and wherein the first end portion extends to the upper periphery of the sole structure and the second end portion extends to the lower periphery of the sole structure, thereby forming a vertical wall of at least one segmented portion, wherein a depth (D1, D2) of the slots increases from the first end portion to the intermediate portion and increases from the second end portion to the intermediate portion . a sole structure comprising a fluid filled member , wherein the fluid filled member includes a channel extending between an upper periphery and a lower periphery of the sole structure, wherein the upper and lower peripheries (162, 164; 166, 168) are lateral upper and lower peripheries and/or medial upper and lower peripheries , the channel receiving a plurality of segmented portions ; wherein the plurality of segmented portions are spaced apart from one another in a longitudinal direction to form a plurality of slots between the plurality of segmented portions, and wherein at least one segmented portion of the plurality of segmented portions has a triangular cross-sectional shape; wherein at least one segmented portion of the plurality of segmented portions has a first end portion , a second end portion , and an intermediate portion ; and wherein the first end portion extends to the upper periphery of the sole structure and the second end portion extends to the lower periphery of the sole structure, thereby forming a vertical wall of at least one segmented portion, wherein a depth (D1, D2) of the slots increases from the first end portion to the intermediate portion and increases from the second end portion to the intermediate portion .
A motion detection method comprising: receiving , at a first wireless communication device , a first set of signals based on wireless signals transmitted through a space on a set of wireless communication channels from a second wireless communication device ; by operation of the first wireless communication device: computing a value of a signal quality metric for each of the wireless communication channels based on the first set of signals; and selecting one wireless communication channel from the set of wireless communication channels based on a comparison of the values of the signal quality metric for the respective wireless communication channels; sending, from the first wireless communication device to the second wireless communication device, a message indicating the selected wireless communication channel; receiving , at the first wireless communication device, a second set of signals based on wireless signals transmitted through the space on the selected wireless communication channel from the second wireless communication device; and by operation of the first wireless communication device, executing a motion detection process to detect motion of an object in the space based on changes detected in the second set of signals. receiving , at a first wireless communication device , a first set of signals based on wireless signals transmitted through a space on a set of wireless communication channels from a second wireless communication device ; by operation of the first wireless communication device: computing a value of a signal quality metric for each of the wireless communication channels based on the first set of signals; and selecting one wireless communication channel from the set of wireless communication channels based on a comparison of the values of the signal quality metric for the respective wireless communication channels; computing a value of a signal quality metric for each of the wireless communication channels based on the first set of signals; and selecting one wireless communication channel from the set of wireless communication channels based on a comparison of the values of the signal quality metric for the respective wireless communication channels; sending, from the first wireless communication device to the second wireless communication device, a message indicating the selected wireless communication channel; receiving , at the first wireless communication device, a second set of signals based on wireless signals transmitted through the space on the selected wireless communication channel from the second wireless communication device; and by operation of the first wireless communication device, executing a motion detection process to detect motion of an object in the space based on changes detected in the second set of signals.