mhurhangee/ep-ind-claims huggingface dataset:
A vane assembly, comprising: a plurality of airfoils each extending between an inner platform and an outer platform, characterised by the plurality of airfoils comprising a nominal airfoil, a thickened airfoil (400; 416; 428), and a first thinned airfoil (406; 422) circumferentially adjacent to the thickened airfoil (400; 416; 428), wherein each of the thickened airfoil (400; 416; 428) and the first thinned airfoil (406; 422) comprise a similar chord length and/or camber to the nominal airfoil; wherein the nominal airfoil has a first chord thickness; the thickened airfoil (400; 416; 428) has a thickened region relative to the nominal airfoil and a second chord thickness; and the first thinned airfoil (406; 422) is thinned relative to the nominal airfoil and has a third chord thickness; wherein the second chord thickness is greater than the first chord thickness and the third chord thickness is less than the first chord thickness; and a probe disposed within the thickened airfoil (400; 416; 428), wherein a throat area between the thickened airfoil (400; 416; 428) and the first thinned airfoil (406; 422) is within ± 5% of a throat area between the nominal airfoil and a circumferentially adjacent nominal airfoil of the plurality of airfoils, and wherein the thickened airfoil (400; 416; 428) and the adjacent first thinned airfoil (406; 422) are configured to turn a gas path flow therebetween to within ± 20% of a trailing edge exit angle as the nominal airfoil. a plurality of airfoils each extending between an inner platform and an outer platform, characterised by the plurality of airfoils comprising a nominal airfoil, a thickened airfoil (400; 416; 428), and a first thinned airfoil (406; 422) circumferentially adjacent to the thickened airfoil (400; 416; 428), wherein each of the thickened airfoil (400; 416; 428) and the first thinned airfoil (406; 422) comprise a similar chord length and/or camber to the nominal airfoil; wherein the nominal airfoil has a first chord thickness; the thickened airfoil (400; 416; 428) has a thickened region relative to the nominal airfoil and a second chord thickness; and the first thinned airfoil (406; 422) is thinned relative to the nominal airfoil and has a third chord thickness; wherein the second chord thickness is greater than the first chord thickness and the third chord thickness is less than the first chord thickness; and a probe disposed within the thickened airfoil (400; 416; 428), wherein a throat area between the thickened airfoil (400; 416; 428) and the first thinned airfoil (406; 422) is within ± 5% of a throat area between the nominal airfoil and a circumferentially adjacent nominal airfoil of the plurality of airfoils, and wherein the thickened airfoil (400; 416; 428) and the adjacent first thinned airfoil (406; 422) are configured to turn a gas path flow therebetween to within ± 20% of a trailing edge exit angle as the nominal airfoil.
A thermoplastic shape memory composition, comprising: a thermoplastic shape memory polymer and a modifier polymer; wherein a melting and crystallization of a crystallizable portion of the thermoplastic shape memory composition fixes a temporary shape; wherein a further melting of the crystallized portion of the thermoplastic shape memory composition releases the temporary shape; and wherein a crystallization temperature of said crystallizable portion of said thermoplastic shape memory composition is at least 1°C higher than that of a crystallizable portion of the thermoplastic shape memory polymer without the modifier polymer. wherein a melting and crystallization of a crystallizable portion of the thermoplastic shape memory composition fixes a temporary shape; wherein a further melting of the crystallized portion of the thermoplastic shape memory composition releases the temporary shape; and wherein a crystallization temperature of said crystallizable portion of said thermoplastic shape memory composition is at least 1°C higher than that of a crystallizable portion of the thermoplastic shape memory polymer without the modifier polymer.
A vehicle positioning method, comprising: obtaining a global positioning system, GPS, position covariance of a to-be-positioned vehicle; when the GPS position covariance is less than or equal to a preset position covariance threshold, obtaining initial position information of the to-be-positioned vehicle and vehicle information of a surrounding vehicle, wherein the surrounding vehicle is a vehicle whose distance from the to-be-positioned vehicle is less than a preset distance threshold, and the vehicle information comprises distance information and vehicle speed information; determining a first position reckoning result of the surrounding vehicle based on the initial position information of the to-be-positioned vehicle and the vehicle information of the surrounding vehicle; and determining a second position reckoning result of the to-be-positioned vehicle based on the first position reckoning result. obtaining a global positioning system, GPS, position covariance of a to-be-positioned vehicle; when the GPS position covariance is less than or equal to a preset position covariance threshold, obtaining initial position information of the to-be-positioned vehicle and vehicle information of a surrounding vehicle, wherein the surrounding vehicle is a vehicle whose distance from the to-be-positioned vehicle is less than a preset distance threshold, and the vehicle information comprises distance information and vehicle speed information; determining a first position reckoning result of the surrounding vehicle based on the initial position information of the to-be-positioned vehicle and the vehicle information of the surrounding vehicle; and determining a second position reckoning result of the to-be-positioned vehicle based on the first position reckoning result.
A system for separating particulate from water, comprising: a settling tank configured for receiving particulated water and allowing particulate to settle at a bottom of the settling tank; a means for directing the particulated water into the settling tank to an intermediate elevation below a top of the settling tank; a dynamic plate pack fixed within the settling tank and located at an elevation beneath the directing means, the dynamic plate pack comprises a cylindrical array of a plurality of cantilevered parallel vertical blades; a means for sensing settled particulate level above the bottom of the settling tank; and a means for extruding settled particulate from the bottom of the settling tank responsive to sensed settled particulate level achieving a predetermined setpoint. a settling tank configured for receiving particulated water and allowing particulate to settle at a bottom of the settling tank; a means for directing the particulated water into the settling tank to an intermediate elevation below a top of the settling tank; a dynamic plate pack fixed within the settling tank and located at an elevation beneath the directing means, the dynamic plate pack comprises a cylindrical array of a plurality of cantilevered parallel vertical blades; a means for sensing settled particulate level above the bottom of the settling tank; and a means for extruding settled particulate from the bottom of the settling tank responsive to sensed settled particulate level achieving a predetermined setpoint.
A composition comprising glyphosate or a salt or ester thereof, a derivatized saccharide surfactant, and an amine oxide surfactant of the formula: wherein R 1 is straight or branched chain C 6-22 alkyl, aryl, or alkylaryl group; n is an average number from 0 to 10; each of the R 2, R 3 and R 4 groups are independently C 1-4 alkylene; and x and y are average numbers such that the sum of x and y is from 2 to 20; provided that when n is 0, R 1 is straight or branched chain C 9-22 alkyl; and wherein the weight ratio of the derivatized saccharide surfactant to the amine oxide surfactant is greater than 1:1. wherein R 1 is straight or branched chain C 6-22 alkyl, aryl, or alkylaryl group; n is an average number from 0 to 10; each of the R 2, R 3 and R 4 groups are independently C 1-4 alkylene; and x and y are average numbers such that the sum of x and y is from 2 to 20; provided that when n is 0, R 1 is straight or branched chain C 9-22 alkyl; and wherein the weight ratio of the derivatized saccharide surfactant to the amine oxide surfactant is greater than 1:1.
A balancing kit for balancing a rotatable part comprising: a tool for inserting an externally threaded body into a threaded receiving hole comprising: an outer body having a through hole extending along a longitudinal axis (Y-Y), and a tightening body extending through the through hole and having an engagement portion formed at an end that corresponds to the first end of the through hole, the engagement portion being for engaging a corresponding engageable portion of the externally threaded body, wherein the tightening body is rotatable relative to the outer body about the longitudinal axis; and a balancing screw, wherein the balancing screw is the externally threaded body that is insertable into the threaded receiving hole, and the threaded receiving hole is provided in the rotatable part to be balanced characterised in that the outer body has a holding portion for holding the externally threaded body at a first end of the through hole, wherein the holding portion of the outer body comprises an internal thread arranged to engage with an external thread of the externally threaded body. a tool for inserting an externally threaded body into a threaded receiving hole comprising: an outer body having a through hole extending along a longitudinal axis (Y-Y), and a tightening body extending through the through hole and having an engagement portion formed at an end that corresponds to the first end of the through hole, the engagement portion being for engaging a corresponding engageable portion of the externally threaded body, wherein the tightening body is rotatable relative to the outer body about the longitudinal axis; and an outer body having a through hole extending along a longitudinal axis (Y-Y), and a tightening body extending through the through hole and having an engagement portion formed at an end that corresponds to the first end of the through hole, the engagement portion being for engaging a corresponding engageable portion of the externally threaded body, wherein the tightening body is rotatable relative to the outer body about the longitudinal axis; and a balancing screw, wherein the balancing screw is the externally threaded body that is insertable into the threaded receiving hole, and the threaded receiving hole is provided in the rotatable part to be balanced characterised in that the outer body has a holding portion for holding the externally threaded body at a first end of the through hole, wherein the holding portion of the outer body comprises an internal thread arranged to engage with an external thread of the externally threaded body.
Use of an affinity adsorbent for the separation, removal, isolation, purification, characterisation, identification or quantification of Factor VIII, von Willebrand's Factor or a protein that is an analogue of either, wherein the affinity adsorbent is a compound of formula III, IV or V wherein A is a support matrix, optionally linked to the triazine ring by a spacer.
An endoscope system having an endoscope which comprises a main body unit, a universal cord unit and a channel unit, and an endoscope control device, wherein the main body unit comprises an electric function portion (40a, 40b, 40d), an optical function portion and various channels (26, 27, 28); the universal cord unit comprises a second earth electric wire, a signal line, a light guide which are inserted therein, and a scope connector at one end thereof and a main body unit connecting portion at the other end thereof; and the endoscope control device comprises a multi-connector portion to which the scope connector of the universal cord unit is detachably arranged, a signal processing unit which controls the electric function portion (40a, 40b, 40c) of the endoscope, a light source device which controls the optical function portion of the endoscope, a light source control unit and a power supply unit for lighting-on a lamp, characterized in that the main body unit comprises a cord connecting portion for connecting the main body unit to the universal cord unit, wherein the cord connecting portion comprises a first electric contact connected to a first earth electric wire, a non-contact power transmitting portion and a non-contact signal transmitting portion as non-contact electromagnetic induction and coupling means, and the main body unit connecting portion of the universal cord unit comprises a second electric contact for connection to the first electric contact and connected with the second earth electric wire, and a non-contact power transmitting portion and a non-contact signal transmitting portion as non-contact electromagnetic induction and coupling means, wherein the universal cord unit is detachable from the cord connecting portion.
A composition for submucosal injection, comprising: a divalent cation; and an oligosaccharide obtained by exposing powdered polysaccharides to irradiation, heat, ultrasound, or ultraviolet radiation, wherein viscosity of the composition is greater than 1 Pa s (1000 cP), and injection pressure of the composition falls within a range of 24.5 - 39.2 N (2.5 - 4 kgf), and wherein the viscosity and the injection pressure are measured as indicated in the description. a divalent cation; and an oligosaccharide obtained by exposing powdered polysaccharides to irradiation, heat, ultrasound, or ultraviolet radiation, wherein viscosity of the composition is greater than 1 Pa s (1000 cP), and injection pressure of the composition falls within a range of 24.5 - 39.2 N (2.5 - 4 kgf), and wherein the viscosity and the injection pressure are measured as indicated in the description.
Procedure for managing information between devices in an automotive vehicle, wherein the devices comprise at least one processing device, a plurality of graphic display devices, a plurality of means of sensing, wherein the at least one processing device is in communication with the plurality of means of sensing and with the plurality of graphic display devices through means of data transmission, comprising the following stages: - detection of an item of information of one state of the vehicle and/or of one environment and/or of one user through the plurality of means of sensing, - transmission of said detected information to the processing device through the means of data transmission, - processing of the detected information in the processing device, - comparison of said processed information with a model item of information previously stored in a memory, - definition of a context based on the comparison between the processed information and the model information, characterized in that it further comprises the following stages: - selection by means of the processing device of an item of graphic information to be displayed, comprising at least one content and at least one form to be displayed, and selection from among the plurality of graphic display devices at least one graphic display device whereon to display each content together with the form thereof, based on the defined context and the detected information, - transmission of the graphic information and/or the processed information and/or the context to the selected graphic display devices through the means of data transmission, - display of an item of information on the selected graphic display devices. - detection of an item of information of one state of the vehicle and/or of one environment and/or of one user through the plurality of means of sensing, - transmission of said detected information to the processing device through the means of data transmission, - processing of the detected information in the processing device, - comparison of said processed information with a model item of information previously stored in a memory, - definition of a context based on the comparison between the processed information and the model information, - selection by means of the processing device of an item of graphic information to be displayed, comprising at least one content and at least one form to be displayed, and selection from among the plurality of graphic display devices at least one graphic display device whereon to display each content together with the form thereof, based on the defined context and the detected information, - transmission of the graphic information and/or the processed information and/or the context to the selected graphic display devices through the means of data transmission, - display of an item of information on the selected graphic display devices.
A TiO 2 -containing silica glass having a TiO 2 content of from 7.5 to 12 % by mass, a fictive temperature of 1,100 °C or lower, a hydrogen molecule concentration of 1 × 10 17 molecules/cm 3 or more, and a temperature, at which a linear thermal expansion coefficient is 0 ppb/°C, falling within the range of from 40 to 110 °C.
An LED lamp for large environments, comprising an LED-holder base, on the lower surface of which there is present at least one seat for at least one LED light source, said base being integrally connected, on the upper side, to a heat sink and, on the lower side, to a focusing lens, characterized in that the LED lamp comprises an upper retaining ring and a lower retaining ring, accommodated in, respectively, an upper seat and a lower seat (23, 24) cut, respectively, on the upper surface and on the lower surface of said base, so as to be interposed between said base and said heat sink and said focusing lens respectively and wherein the upper surface of said base includes a seat that accommodates an at least partially deformable core hitch internally to which electric cables pass through to supply power to said at least one LED light source and said lower seat for the lower retaining ring circumscribes and perimetrically delimits the area occupied by said at least one LED light source and said seat for the upper retaining ring circumscribes and perimetrically delimits the seat of the core hitch; and a number of projecting fins protrude from an upper surface of said heat sink.
A supersonic centripetal compressor rotor comprising: a first rotor disk; a second rotor disk; a first set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a first set of flow channels; a second set of rotor vanes coupled to and disposed between the first and the second rotor disks (136,138) and defining together with the first and the second rotor disks, a second set of flow channels, wherein the first set of rotor vanes is disposed offset from the second set of rotor vanes, wherein the first set of flow channels and the second set of flow channels are configured such that each flow channel of the first set of flow channels is in fluid communication with at least one flow channel of the second set of flow channels; and wherein each flow channel of the first set and second set of flow channels (210, 212) is further defined by a compression ramp (176, 198) disposed on a rotor vane surface opposite an adjacent rotor vane surface; wherein each flow channel of the first set of flow channels comprises a first cross-sectional area proximate to an end of each compression ramp and wherein each flow channel of the second set of flow channels comprises a second cross-sectional area proximate to an end of each compression ramp; wherein the second cross-sectional area is smaller than the first cross-sectional area. a first rotor disk; a second rotor disk; a first set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a first set of flow channels; a second set of rotor vanes coupled to and disposed between the first and the second rotor disks (136,138) and defining together with the first and the second rotor disks, a second set of flow channels, wherein the first set of rotor vanes is disposed offset from the second set of rotor vanes, wherein the first set of flow channels and the second set of flow channels are configured such that each flow channel of the first set of flow channels is in fluid communication with at least one flow channel of the second set of flow channels; and wherein each flow channel of the first set and second set of flow channels (210, 212) is further defined by a compression ramp (176, 198) disposed on a rotor vane surface opposite an adjacent rotor vane surface; wherein each flow channel of the first set of flow channels comprises a first cross-sectional area proximate to an end of each compression ramp and wherein each flow channel of the second set of flow channels comprises a second cross-sectional area proximate to an end of each compression ramp; wherein the second cross-sectional area is smaller than the first cross-sectional area.
An aerial work platform, comprising: - a chassis mounted on wheels (4, 5) for movement of the aerial work platform on the ground; - a work platform; - a lifting mechanism mounted on the chassis and supporting the work platform for moving it in height; - two side bars arranged under the chassis, each being able to move with respect to the chassis between: ∘ a raised position; and ∘ a lowered position in which the side bar projects beyond the chassis in the direction of the ground; and - an actuator allocated solely to the actuation of the two side bars for moving them from the raised position to the lowered position and vice versa, characterised in that the actuator has two opposite ends through which it actuates the two side bars by varying the distance between the two ends, the actuator acting on each of the two side bars through another one of the two ends and the actuator being held only through the two ends. - a chassis mounted on wheels (4, 5) for movement of the aerial work platform on the ground; - a work platform; - a lifting mechanism mounted on the chassis and supporting the work platform for moving it in height; - two side bars arranged under the chassis, each being able to move with respect to the chassis between: ∘ a raised position; and ∘ a lowered position in which the side bar projects beyond the chassis in the direction of the ground; and ∘ a raised position; and ∘ a lowered position in which the side bar projects beyond the chassis in the direction of the ground; and - an actuator allocated solely to the actuation of the two side bars for moving them from the raised position to the lowered position and vice versa,
A method for determining mechanical specific energy of a drill bit drilling a subsurface formation, the drill bit rotated by a drilling motor in a drilling assembly, the method comprising: measuring a parameter related to torque applied to the drill bit while drilling the subsurface formation; measuring a parameter related to rotational speed of the drill bit by analyzing frequency distribution of a measurement made in a bottom hole assembly on a side of the drilling motor opposite to the drill bit while drilling the subsurface formation; determining a volumetric rate of penetration of the drill bit through the subsurface formation; and calculating the mechanical specific energy from the parameter related to torque, the parameter related to rotational speed and the volumetric rate of penetration. measuring a parameter related to torque applied to the drill bit while drilling the subsurface formation; measuring a parameter related to rotational speed of the drill bit by analyzing frequency distribution of a measurement made in a bottom hole assembly on a side of the drilling motor opposite to the drill bit while drilling the subsurface formation; determining a volumetric rate of penetration of the drill bit through the subsurface formation; and calculating the mechanical specific energy from the parameter related to torque, the parameter related to rotational speed and the volumetric rate of penetration.