mhurhangee/patent-ind-claim-en huggingface dataset:
A steel sheet having excellent bake hardening and plating adhesion, comprising: in weight%, 0.005 to 0.08% of carbon (C), 1.3 to 2.3% of manganese (Mn), 0.03% or less excluding 0% of phosphorus (P), 0.01% or less excluding 0% of sulfur (S), 0.01% or less excluding 0% of nitrogen (N), 0.01 to 0.06% of aluminum (sol.Al), 1.0% or less excluding 0% of chromium (Cr), 0.005 to 0.1% of antimony (Sb), at least one selected from the group consisting of silicon (Si): 0.3% or less excluding 0%, molybdenum (Mo): 0.2% or less excluding 0% and boron (B): 0.003% or less excluding 0%, a remainder of iron (Fe), and unavoidable impurities, and as a microstructure, in area%, 1 to 5% of martensite and remaining ferrite, wherein a relationship (Cgb/Cf) between an Sb average area occupancy ratio (Cgb,%) of grain boundaries of a martensite phase and a ferrite phase and an average Sb area occupancy ratio (Cf,%) in a ferrite phase within 1μm around the martensite phase, determined by the following relationship 1, at a point of 1/4t in a thickness direction of the steel sheet, is 3.5 or more, where t denotes a thickness in mm of a cold rolled steel sheet, Cgb/Cf ≥ 3 .5 where Cgb in % indicates an Sb average area occupancy ratio of grain boundaries of a martensitic phase and a ferrite phase at a point of 1/4t of a cold rolled steel sheet, and Cf in % indicates an average Sb area occupancy ratio of a ferrite phase within 1μm around the martensite phase, wherein the steel sheet has a bake hardening of 35 MPa or more measured after a baking at a temperature of 170°C for 20 minutes as defined in the description. in weight%, 0.005 to 0.08% of carbon (C), 1.3 to 2.3% of manganese (Mn), 0.03% or less excluding 0% of phosphorus (P), 0.01% or less excluding 0% of sulfur (S), 0.01% or less excluding 0% of nitrogen (N), 0.01 to 0.06% of aluminum (sol.Al), 1.0% or less excluding 0% of chromium (Cr), 0.005 to 0.1% of antimony (Sb), at least one selected from the group consisting of silicon (Si): 0.3% or less excluding 0%, molybdenum (Mo): 0.2% or less excluding 0% and boron (B): 0.003% or less excluding 0%, a remainder of iron (Fe), and unavoidable impurities, and as a microstructure, in area%, 1 to 5% of martensite and remaining ferrite, wherein a relationship (Cgb/Cf) between an Sb average area occupancy ratio (Cgb,%) of grain boundaries of a martensite phase and a ferrite phase and an average Sb area occupancy ratio (Cf,%) in a ferrite phase within 1μm around the martensite phase, determined by the following relationship 1, at a point of 1/4t in a thickness direction of the steel sheet, is 3.5 or more, where t denotes a thickness in mm of a cold rolled steel sheet, Cgb/Cf ≥ 3 .5 where Cgb in % indicates an Sb average area occupancy ratio of grain boundaries of a martensitic phase and a ferrite phase at a point of 1/4t of a cold rolled steel sheet, and Cf in % indicates an average Sb area occupancy ratio of a ferrite phase within 1μm around the martensite phase, wherein the steel sheet has a bake hardening of 35 MPa or more measured after a baking at a temperature of 170°C for 20 minutes as defined in the description.
An elevator system monitoring assembly, comprising: a wind detector configured to detect wind in a hoistway and to provide a wind detector output regarding the detected wind ; and a processor configured to receive the wind detector output, determine whether at least one characteristic of the detected wind satisfies at least one predetermined criterion corresponding to an effect on the elevator system , and provide an indication of at least one of the satisfied criterion and the effect on the elevator system, characterized in that the wind detector output indicates a frequency of gusts of the detected wind . a wind detector configured to detect wind in a hoistway and to provide a wind detector output regarding the detected wind ; and a processor configured to receive the wind detector output, determine whether at least one characteristic of the detected wind satisfies at least one predetermined criterion corresponding to an effect on the elevator system , and provide an indication of at least one of the satisfied criterion and receive the wind detector output, determine whether at least one characteristic of the detected wind satisfies at least one predetermined criterion corresponding to an effect on the elevator system , and provide an indication of at least one of the satisfied criterion and the effect on the elevator system, characterized in that the wind detector output indicates a frequency of gusts of the detected wind .
Improved bone screw for the treatment of bone collapses and deformations in the case of the so-called Charcot foot, comprising a non-threaded intermediate portion spaced between a tip portion and a head portion both of which being externally threaded; said head portion having an outer diameter larger than said intermediate portion and said tip portion ; said head portion having a head seat for coupling a tightening device; said bone screw further comprising at least one transverse hole arranged for inserting a corresponding at least one pin to prevent the migration of said bone screw when implanted into the bone; said head seat having an inner profile adapted to achieve a shape coupling with a tightening device defining only one relative coupling orientation; wherein said at least one hole is formed at said intermediate portion close to at least one of said tip portion and said head portion .
A caulking bolt comprising a head part and a shaft part , wherein a non-circular, flat, rotation preventive protrusion is formed on a seat surface of the head part, the upper end of a normal complete thread part formed in the shaft part is brought close to the seat surface of the head part with a distance of 3 pitches or less, and characterised in that an incomplete thread part is formed in the shaft part at the portion of 3 pitches or less, such that when the caulking bolt is driven into a metal plate, the metal of the metal plate flows into the incomplete thread part , and the upper surface of the screw thread of the incomplete thread part is constrained by the metal having flowed therein, whereby the incomplete thread part is used as a stopper part.
Process comprising the production of a hydrogen-containing synthesis gas by conversion of a hydrocarbon feedstock , said process having a heat input provided by combustion of a plurality of process fuel streams and being characterized in that said plurality of process fuel streams comprises at least one fuel stream of ammonia and combustion of said at least one fuel stream of ammonia is performed non-catalytically in at least one fired equipment .
A control device for pumps, comprising: - a hollow body connected to an end of a flexible element ; - an orientation sensor positioned on the hollow body and configured for measuring an angle of the hollow body relative to a horizontal plane and converting the angle into a electric output signal; - a control unit positioned at the hollow body and connected to the orientation sensor in such a way as to receive the output signal; - a power supply terminal connected to the control unit and configured for connecting the control unit to a source of electrical power ; - a control terminal connected to the control unit , characterised in that the control unit being configured to determine in the control terminal a power current for actuating an electric pump as a function of the output signal coming from the orientation sensor . - a hollow body connected to an end of a flexible element ; - an orientation sensor positioned on the hollow body and configured for measuring an angle of the hollow body relative to a horizontal plane and converting the angle into a electric output signal; - a control unit positioned at the hollow body and connected to the orientation sensor in such a way as to receive the output signal; - a power supply terminal connected to the control unit and configured for connecting the control unit to a source of electrical power ; - a control terminal connected to the control unit , characterised in that the control unit being configured to determine in the control terminal a power current for actuating an electric pump as a function of the output signal coming from the orientation sensor .
A first control node for a wireless communication system , the first control node comprising a transceiver configured to receive, from a plurality of first remote radio heads (410a, 410b,..., 410n) initially assigned to the first control node , a first set of Channel State Information, CSI, comprising CSI for radio channels between the plurality of first remote radio heads (410a, 410b,..., 410n) and all the user devices (500a, 500b,..., 500n) in an Area of Interest, wherein multiple control nodes and many remote radio heads are deployed in the Area of Interest, all the user devices (500a, 500b,..., 500n) are associated to some remote radio head, and through the remote radio head to some control node, the transceiver characterized in that it is further configured to receive a second set of CSI from a second control node , wherein the second set of CSI comprises CSI for radio channels between a plurality of second remote radio heads (420a, 420b,..., 420n) initially assigned to the second control node and all the user devices (500a, 500b,..., 500n) in the Area of Interest, a processor characterized in that it is configured to determine a first association based on a concatenation of the first set of CSI and the second set of CSI, wherein the first association comprises an updated association vector indicating which remote radio heads in the plurality of first remote radio heads (410a, 410b,..., 410n) and the plurality of second remote radio heads (420a, 420b,..., 420n) are newly assigned to the first control node . a transceiver configured to receive, from a plurality of first remote radio heads (410a, 410b,..., 410n) initially assigned to the first control node , a first set of Channel State Information, CSI, comprising CSI for radio channels between the plurality of first remote radio heads (410a, 410b,..., 410n) and all the user devices (500a, 500b,..., 500n) in an Area of Interest, wherein multiple control nodes and many remote radio heads are deployed in the Area of Interest, all the user devices (500a, 500b,..., 500n) are associated to some remote radio head, and through the remote radio head to some control node, the transceiver characterized in that it is further configured to receive a second set of CSI from a second control node , wherein the second set of CSI comprises CSI for radio channels between a plurality of second remote radio heads (420a, 420b,..., 420n) initially assigned to the second control node and all the user devices (500a, 500b,..., 500n) in the Area of Interest, a processor characterized in that it is configured to determine a first association based on a concatenation of the first set of CSI and the second set of CSI, wherein the first association comprises an updated association vector indicating which remote radio heads in the plurality of first remote radio heads (410a, 410b,..., 410n) and the plurality of second remote radio heads (420a, 420b,..., 420n) are newly assigned to the first control node .
A composition comprising a polyether-based polymer, a nano-carbon material, and a solvent, the polyether-based polymer containing oxirane monomer units at least part of which are oxirane monomer units each having a cationic group, wherein the oxirane monomer units each having a cationic group of the polyether-based polymer are each a unit represented by the following formula : where A + is a cationic group or a cationic group containing group, and X - is a counter anion.
Conduit connector with at least one first attachment section for connecting to at least one first media conduit , with at least one second attachment section for connecting to at least one second media conduit and/or to an aggregate, and with at least one central section connecting the attachment sections to one another and arranged between the latter, wherein the conduit connector takes the form of a moulding of synthetic material and exhibits at least one wall and at least one inner flow duct surrounded by said wall, and wherein the conduit connector has been provided in at least one partial region of the central section with at least one heating strand or with a heating wire for electrical heating by wrapping, wherein the heating strand or heating wire exhibits at least one stranded conductor or at least one wire and a multi-layer insulating sheathing surrounding said strand or wire, wherein the at least one heating strand or the at least one heating wire has been adhesively fixed or fastened to the conduit connector, at least in the central section of the conduit connector , by a fastening means, wherein the wall thickness of the multi-layer insulating sheathing after the adhesive fixing or fastening of the heating strand or heating wire on the conduit connector all around the at least one stranded conductor or the at least one wire has a sufficient thickness for electrical insulation, characterized in that the melting-point or melting-range of the material being used for the inner layer of the insulating sheathing of the heating strand or heating wire is higher than the melting-point or melting-range of the material being used for the outer layer .
A metallic and composite joint comprising: a composite member having one of a flared end or an angled end, the angled end angled inward towards a centerline axis of the composite member; a first liner perimetrically surrounding the composite member; a metallic member at least partially perimetrically surrounding the liner, wherein a first side of the first liner contacts the composite member and a second side of the first liner contacts the metallic member; an insert positioned at least partially within the one of the flared end or the angled end, wherein the one of the flared end or the angled end is compressed between the metallic member and the insert characterised in that : a second liner perimetrically surrounding the insert ; and wherein a first side of the second liner contacts the composite member and a second side of the second liner contacts the insert. a composite member having one of a flared end or an angled end, the angled end angled inward towards a centerline axis of the composite member; a first liner perimetrically surrounding the composite member; a metallic member at least partially perimetrically surrounding the liner, wherein a first side of the first liner contacts the composite member and a second side of the first liner contacts the metallic member; an insert positioned at least partially within the one of the flared end or the angled end, wherein the one of the flared end or the angled end is compressed between the metallic member and the insert characterised in that : a second liner perimetrically surrounding the insert ; and wherein a first side of the second liner contacts the composite member and a second side of the second liner contacts the insert. a second liner perimetrically surrounding the insert ; and wherein a first side of the second liner contacts the composite member and a second side of the second liner contacts the insert.
Cooling device for cooling electrical components of a robot control device by means of a cooling air flow generated by a fan (12.1, 12.2), having a first receiving space (13.1) for first electrical components (14.1), a second receiving space (13.2) for second electrical components (14.2) and a heat sink wall which separates the first receiving space (13.1) from the second receiving space (13.2) in terms of flow and which has a first partition surface (16.1) facing the first receiving space (13.1) and an opposite, an interstice (13.3) of the heat sink wall facing a second partition wall surface (16.2) which is provided with at least one cooling wall projections forming a flow channel, and which heat sink wall has a cooling air passage opening which is formed, a cooling air flow conveyed by at least one fan (12.1, 12.2) of the cooling device from the first receiving space (1 3.1) through the heat sink wall into the interstice (13.3), characterized in that the cooling air passage opening is arranged in the area of a first end section (20.1) of the heat sink wall , the cooling wall projections form at least one first flow channel (21.1, 21.2, 21.3) which has a first inflow channel section starting from the passage opening and leading to a second end section (20.2) of the cooling body wall opposite the first end section (20.1) of the cooling body wall and has a first return flow channel section starting from the second end section (20.2) of the heat sink wall and leading back to the first end section (20.1) of the heat sink wall , on which first end section (20.1) a first blow-out opening is arranged which the cooling air exits from the interstice (13.3).
A sanitary stoma system , the system comprising: at least eight absorbent sheets , said sheets including a plurality of absorbent plies , said plurality of absorbent sheets arranged in a linear fashion removably connected end to end; wherein said plurality of absorbent sheets are assembled in a wound rol ; wherein said absorbent sheets are each at least 3.81 cm (1-1/2") in width, said width being perpendicular to said linear arrangement of an adjacent absorbent sheet; wherein said absorbent sheets are square in shape; and wherein an outermost absorbent sheet includes an adhesive such that said sanitary stoma system is configured into a stable roll useful for being placed upon a stoma of a user to absorb and contain bodily fluids excreted from said stoma. at least eight absorbent sheets , said sheets including a plurality of absorbent plies , said plurality of absorbent sheets arranged in a linear fashion removably connected end to end; wherein said plurality of absorbent sheets are assembled in a wound rol ; wherein said absorbent sheets are each at least 3.81 cm (1-1/2") in width, said width being perpendicular to said linear arrangement of an adjacent absorbent sheet; wherein said absorbent sheets are square in shape; and wherein an outermost absorbent sheet includes an adhesive such that said sanitary stoma system is configured into a stable roll useful for being placed upon a stoma of a user to absorb and contain bodily fluids excreted from said stoma.
A visual indicator device for landing aircraft on the deck of a ship , comprising: - a sensor for measuring the distance from a landing surface (S3) of the deck of the aircraft approaching the deck of the ship , and for providing the position of the aircraft relative to the plane of the landing surface (S3) of the deck ; said sensor being configured for generating a signal indicating the instantaneous height of the aircraft from the landing surface (S3) and the instantaneous position of the aircraft relative to the plane of the landing surface (S3); - a projection apparatus designed to project, on a non-horizontal wall of the ship , at least one image comprising the projection of the position, defined as plan position, of the aircraft on the plane of the landing surface (S3) of the deck ; - a computerised command and control unit , operatively connected to the projection apparatus and to said sensor configured to adjust the projection by the apparatus for projection of the image, modifying the projection of the position of the aircraft on the landing surface (S3) of the deck , as a function of the signal generated by said sensor ; wherein the plan position of the aircraft is represented, in a portion of the image, as a point with respect to an optimum landing position. - a sensor for measuring the distance from a landing surface (S3) of the deck of the aircraft approaching the deck of the ship , and for providing the position of the aircraft relative to the plane of the landing surface (S3) of the deck ; said sensor being configured for generating a signal indicating the instantaneous height of the aircraft from the landing surface (S3) and the instantaneous position of the aircraft relative to the plane of the landing surface (S3); - a projection apparatus designed to project, on a non-horizontal wall of the ship , at least one image comprising the projection of the position, defined as plan position, of the aircraft on the plane of the landing surface (S3) of the deck ; - a computerised command and control unit , operatively connected to the projection apparatus and to said sensor configured to adjust the projection by the apparatus for projection of the image, modifying the projection of the position of the aircraft on the landing surface (S3) of the deck , as a function of the signal generated by said sensor ;
An ultrasonic endoscope comprising a balloon , the balloon comprising a synthetic elastomer, characterized in that a relation between a width W of a bead portion of the balloon and a width X of a bead-portion attachment groove provided in the ultrasonic endoscope insertion section to fix the balloon is 1.1 ≤ W/X ≤ 2.5, and in that a relation between an inner diameter Y of an opening of the balloon , the opening being surrounded by the bead portion , and an outer diameter Z of a part of the bead-portion attachment groove in the ultrasonic endoscope insertion section , the part being surrounded by a top of a wall surface of the bead-portion attachment groove , is 0.30 ≤ Y/Z ≤ 0.55. characterized in that a relation between a width W of a bead portion of the balloon and a width X of a bead-portion attachment groove provided in the ultrasonic endoscope insertion section to fix the balloon is 1.1 ≤ W/X ≤ 2.5, and in that a relation between an inner diameter Y of an opening of the balloon , the opening being surrounded by the bead portion , and an outer diameter Z of a part of the bead-portion attachment groove in the ultrasonic endoscope insertion section , the part being surrounded by a top of a wall surface of the bead-portion attachment groove , is 0.30 ≤ Y/Z ≤ 0.55.