mhurhangee/ep-ind-claims huggingface dataset:
An airfoil comprising: an airfoil section including an internal cavity; first and second endwall sections (62, 64) between which the airfoil section is disposed, the first endwall section including a guide portion having a guide opening; a tie member extending through the internal cavity of the airfoil section and securing the first and second endwall sections (62, 64) together to trap the airfoil section therebetween, the tie member extending through the guide opening in the first endwall section; characterised in that: the guide opening is flanked by first and second bearing lands (82a, 82b), the first bearing land being disposed between the guide opening and a first port in the first endwall section, the first port opening to the internal cavity of the airfoil section, and the second bearing land being disposed between the guide opening and a second port in the first endwall section, the second port opening to the internal cavity of the airfoil section; and a spring member (88; 188) is disposed on the first and second bearing lands (82a, 82b), the spring member (88; 188) tensioning the tie member. an airfoil section including an internal cavity; first and second endwall sections (62, 64) between which the airfoil section is disposed, the first endwall section including a guide portion having a guide opening; a tie member extending through the internal cavity of the airfoil section and securing the first and second endwall sections (62, 64) together to trap the airfoil section therebetween, the tie member extending through the guide opening in the first endwall section; characterised in that: the guide opening is flanked by first and second bearing lands (82a, 82b), the first bearing land being disposed between the guide opening and a first port in the first endwall section, the first port opening to the internal cavity of the airfoil section, and the second bearing land being disposed between the guide opening and a second port in the first endwall section, the second port opening to the internal cavity of the airfoil section; and a spring member (88; 188) is disposed on the first and second bearing lands (82a, 82b), the spring member (88; 188) tensioning the tie member. the guide opening is flanked by first and second bearing lands (82a, 82b), the first bearing land being disposed between the guide opening and a first port in the first endwall section, the first port opening to the internal cavity of the airfoil section, and the second bearing land being disposed between the guide opening and a second port in the first endwall section, the second port opening to the internal cavity of the airfoil section; and a spring member (88; 188) is disposed on the first and second bearing lands (82a, 82b), the spring member (88; 188) tensioning the tie member.
A method of producing a compound represented by the formula wherein R 1 is an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group, R 7 is a cyano group or a substituted carboxyl group, and R 8 is a hydrogen atom, an optionally substituted hydrocarbon group, an optionally substituted heterocyclic group, a chlorine atom or a fluorine atom, or a salt thereof, comprising reducing a compound represented by the formula wherein each symbol is as defined above, or a salt thereof, and cyclizing the reduced product.
A porous polyimide film for use in a method of healing a bone injury site, wherein the porous polyimide film has a three-layer structure consisting of an A-surface layer having a plurality of pores, a B-surface layer having a plurality of pores, and a macro-void layer sandwiched between the two surface layers, a mean pore size in the A-surface layer is smaller than a mean pore size in the B-surface layer, and the macro-void layer has a partition bonded to the A-surface layer and the B-surface layer, and a plurality of macro-voids surrounded by the partition, the A-surface layer, and the B-surface layer, and wherein the bone injury is preferably a fracture or bone loss.
A fibrous composite material comprising primary fibers and a fiber-bonding agent composition, wherein said fiber-bonding agent composition comprises a melt-processed fluoropolymer, said fluoropolymer being a homopolymer or a copolymer comprising at least 60 weight percent of vinylidene fluoride monomer units, wherein said fluoropolymer composition has a melt viscosity of from 1 to 500 Pa.s (10 to 5,000 poise) as measured at 100 s -1 and 230°C by capillary rheology, and wherein said fluoropolymer has a second heat melting point of from 110°C to 180°C as measured by DSC, and wherein said fiber-bonding agent composition has a melting point of at least 10°C below the melting point of the primary fibers, wherein said primary fibers are selected from the group consisting of fluoropolymers, polyimides, polyamides, aramid fiber, poly(ether ketone), poly(ether ether ketone) and poly(ether ketone ketone), and wherein the primary fibers are bound together by the fiber-bonding agent composition through melt bonding.
A temperature probe for inserting into the esophagus, characterized in that said temperature probe comprises at least two flexible flat sensor array segments disposed rotationally symmetrically around a catheter and the surfaces thereof taper at least towards the distal end of the catheter so that said surfaces form connection regions connected to the catheter at the distal end, the sensor array segments each comprising one or more temperature sensors connected via conductor tracks, the temperature sensors being functionally contactable by the mucosal surface of the esophagus, so that a temperature on the mucosal surface is detectable via the temperature sensors.
A friction material used for a disc brake pad, which is manufactured by forming a NAO friction material composition, characterised in that said friction material composition contains 1 - 15 weight % of ferrous sulfide (FeS) particles relative to the total amount of the friction material composition and 0.3 - 5 weight % of crushed expanded graphite particles with an average particle diameter of 1 - 100 μm relative to the total amount of the friction material composition both as one of lubricants, and the total amount of copper component contained in the friction material composition is less than 5 weight % relative to the total amount of the friction material composition. said friction material composition contains 1 - 15 weight % of ferrous sulfide (FeS) particles relative to the total amount of the friction material composition and 0.3 - 5 weight % of crushed expanded graphite particles with an average particle diameter of 1 - 100 μm relative to the total amount of the friction material composition both as one of lubricants, and the total amount of copper component contained in the friction material composition is less than 5 weight % relative to the total amount of the friction material composition.
An electrode for photoelectric catalysis, comprising a substrate layer, on which a catalytic layer is arranged which comprises particles of a first semiconductor material, wherein the catalytic layer further comprises a matrix of an amorphous second semiconductor material which at least partly envelops the particles, characterized in that at least 90% of the particles deviate from an average particle diameter by at most 20%.
A stabiliser for an organic polymer mixture, comprising one or more compounds from group (b) and one or more compounds from group (c) wherein (b) and (c) are as follows; (b) Antioxidant 1076 (octadecyl-3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate; CAS 2082-79-3); (c) Antioxidant 1520 (2-methyl-4,6-bis [octylthiomethyl]-phenol; CAS 110553-27-0), wherein the ratio by weight of (b):(c) is in the range 4:1 to 1:1. (b) Antioxidant 1076 (octadecyl-3-(3,5-di-tert-butyl-4-hydroxyphenyl)propionate; CAS 2082-79-3); (c) Antioxidant 1520 (2-methyl-4,6-bis [octylthiomethyl]-phenol; CAS 110553-27-0),
Transseptal insertion device which is suitable for facilitating precise and safe transseptal insertion of a needle or catheter through a cardiac septum, comprising: a device housing: a slidable body slidably disposed in the device housing, the slidable body comprising a pusher and a guide element extending from the pusher, the guide element extendable and retractable from a distal end of the device housing, wherein: the guide element defines an interior space that guides a needle or catheter for transseptal insertion through a cardiac septum and the guide element is formed to include multiple, parallel, spaced-apart longitudinal webbing elements and multiple, annular transverse webbing elements provided at spaced-apart intervals with respect to each other along the longitudinal webbing elements in which the longitudinal and transverse webbing elements define openings between the interior space and an exterior of the guide element.
A method for inerting a fire at a plurality of indoor locations, the method comprising the steps of: - providing a first fire inerting gas system configured to detect and inert a fire at a first indoor location, the first fire inerting gas system comprising at least one first container comprising a fire inerting gas, a first conduit connecting the at least one first container with an outlet at the first indoor location and a first control system; - providing a second fire inerting gas system configured to detect and inert a fire at a second indoor location, the second fire inerting gas system comprising at least one second container comprising a fire inerting gas, a second conduit connecting the at least one second container and an outlet at the second indoor location and a second control system; - providing the first fire inerting gas system with a first communication module; - providing the second fire inerting gas system with a second communication module,wherein the first and second communication modules are configured for mutual communication and - providing a stand alone detector for detecting a state of an intermittent pathway between the first indoor location and the second indoor location, the stand alone detector comprising a detector communication module; characterised in that the second inerting gas system delivering fire inerting gas to the second indoor location if: ∘ the first fire inerting gas system detects a fire at the first indoor location; and ∘ the stand alone detector detects an open state of the intermittent pathway. - providing a first fire inerting gas system configured to detect and inert a fire at a first indoor location, the first fire inerting gas system comprising at least one first container comprising a fire inerting gas, a first conduit connecting the at least one first container with an outlet at the first indoor location and a first control system; - providing a second fire inerting gas system configured to detect and inert a fire at a second indoor location, the second fire inerting gas system comprising at least one second container comprising a fire inerting gas, a second conduit connecting the at least one second container and an outlet at the second indoor location and a second control system; - providing the first fire inerting gas system with a first communication module; - providing the second fire inerting gas system with a second communication module,wherein the first and second communication modules are configured for mutual communication and - providing a stand alone detector for detecting a state of an intermittent pathway between the first indoor location and the second indoor location, the stand alone detector comprising a detector communication module; ∘ the first fire inerting gas system detects a fire at the first indoor location; and ∘ the stand alone detector detects an open state of the intermittent pathway.
A memory cell comprising a via made of a phase-change material (41, 51) arranged between a lower electrode and an upper electrode, wherein the via comprises a central region (43, 53) laterally surrounded with a peripheral region (45, 55), each of the central and peripheral regions extending over the whole height of the via; the crystallization and melting temperatures of the central region being respectively lower than those of the peripheral region.
A control unit for a vehicle steering system that includes: a steering shaft that is used to change a steered angle (θ) that is a turning angle of a steered wheel (19, 20) of a vehicle; an electric motor (22, 23) that is used to change a steering angle (θh) that is a rotation angle of the steering shaft; and a steered mechanism that steers the steered wheel (19, 20) upon receiving rotation of the steering shaft, the control unit controlling the electric motor (22, 23) to change the steering angle (θh) based on a target route for the vehicle, characterized in that: a member in the steered mechanism, that rotates in accordance with an operation for changing the steered angle (θ) in the steered mechanism is set as a steered rotation member, a rotation angle of the steered rotation member is set as a steered element angle (θt), and the steered element angle (θt) is used in control over the electric motor (22, 23), wherein the control unit comprises computing means in which a correlation between the steering angle (θh) and the steered element angle (θt) is defined in advance, and a distortion of the components of the steered mechanism is reflected in the correlation. a member in the steered mechanism, that rotates in accordance with an operation for changing the steered angle (θ) in the steered mechanism is set as a steered rotation member, a rotation angle of the steered rotation member is set as a steered element angle (θt), and the steered element angle (θt) is used in control over the electric motor (22, 23), wherein the control unit comprises computing means in which a correlation between the steering angle (θh) and the steered element angle (θt) is defined in advance, and a distortion of the components of the steered mechanism is reflected in the correlation.
A composition including at least one total unsaponifiable or at least one oleodistillate in combination with at least krill oil, characterised in that the oleodistillate is an oil concentrated in the unsaponifiable with a content at least five times, more particularly at least eight times, or at least ten times greater in the unsaponifiable than the oil or the fatty substance from which it arises.
A method for determining a parameter pair for a CDMA transmission between a sending and a receiving device wherein the parameter pair comprises a number of code channels, E-DPDCH, and a spreading factor, SF, and wherein the parameter pair corresponds to a possible number of bits, N e, data, available for a transmission time interval, and the parameter pair to be determined is one pair of a set of parameter pairs defined by {N 256, N 128, N 64, N 32, N 16, N 8, N 4, 2×N 4, 2×N 2, 2×N 2 +2×N 4}, the method comprising the steps of: if a difference between a possible number of N e, data available for a transmission time interval in an allowed set, SETO, supported by the sending and receiving device and a total number of bits per transmission time interval after channel coding and before rate matching N e, j is negative, wherein j is the transport format, determining a set of N e, data according to at least one first selection criterion given by a limitation of the sending or the receiving device, a rate matching criterion or a puncturing limit, wherein the set is a subset of the allowed set SETO supported by the sending and receiving device; sorting the set of N e, data corresponding to the possible number of bits available for a transmission time interval in ascending order, determining the N e, data from said set according to at least one second selection criterion, wherein the second selection criterion includes, while the N e, data is not a maximum value of the set and a follower of N e, data only requires a single code channel, selecting the follower of the N e, data in said set. if a difference between a possible number of N e, data available for a transmission time interval in an allowed set, SETO, supported by the sending and receiving device and a total number of bits per transmission time interval after channel coding and before rate matching N e, j is negative, wherein j is the transport format, determining a set of N e, data according to at least one first selection criterion given by a limitation of the sending or the receiving device, a rate matching criterion or a puncturing limit, wherein the set is a subset of the allowed set SETO supported by the sending and receiving device; sorting the set of N e, data corresponding to the possible number of bits available for a transmission time interval in ascending order, determining the N e, data from said set according to at least one second selection criterion, wherein the second selection criterion includes, while the N e, data is not a maximum value of the set and a follower of N e, data only requires a single code channel, selecting the follower of the N e, data in said set.
A reel for a windable element comprising: at least two plates (71, 72), mobile in translation, coplanar with respect to each other; guide elements (73; 73'; 73") arranged approximately in a plurality of concentric semi-circles (711, 712, 713, 721, 722, 723) for guiding said windable element on each plate from a first fixed end, at the reel level, of the windable element; and characterized by a third plate provided with radial ports towards said concentric circles and intended for the passing of local guide elements of pulley type. at least two plates (71, 72), mobile in translation, coplanar with respect to each other; guide elements (73; 73'; 73") arranged approximately in a plurality of concentric semi-circles (711, 712, 713, 721, 722, 723) for guiding said windable element on each plate from a first fixed end, at the reel level, of the windable element; and characterized by a third plate provided with radial ports towards said concentric circles and intended for the passing of local guide elements of pulley type.
A radial press in the yoke press design, comprising a press tool with a plurality of press jaws disposed around a press axis and two structural elements (1, 2) each comprising a press yoke (3, 4), wherein the press yokes can be moved relative to one another in a direction of movement which runs on a plane normal to the press axis and constitute between them an accommodation space, in which the press tool is accommodated, wherein furthermore a drive unit having a direction of action parallel to the direction of movement and comprising two tie rods disposed on both sides of the accommodation space for the press tool and defining a reference plane is provided for the movement of the two press yokes relative to one another and press jaws are supported on the press yokes sliding over slide faces in such a way that the relative movement of the press yokes in the direction of movement is converted into a radial movement of the press jaws in the direction of the press axis, characterised in that a compensation device with a further drive unit comprising at least one drive element and an associated control unit is provided, wherein the drive element of the further drive unit acts between the two structural elements (1, 2) and engages offset relative to the reference plane with at least one of the structural elements, and wherein furthermore the control unit acts on the further drive unit in such a way that the force made available by its drive element and acting between the two structural elements counteracts a change in the press geometry, which arises during pressing on account of an effect on the press jaws of the reaction force exerted by a workpiece on the press jaws when said effect occurs outside the reference plane.
A method in a flow device for exhaust gas aftertreatment, comprising: supporting a mixer pipe at least partially within a mixer chamber, the mixer pipe having a first end and a second end; inputting exhaust gas through an input port that is in communication with the mixer chamber at a location spaced apart from the first end so that exhaust gas flows in towards the mixer pipe; dividing the input exhaust gas into a first inflow onto a first side of the mixer pipe and into a second inflow onto a second side of the mixer pipe; directing the first inflow in a first rotational direction about the mixer pipe and in a first longitudinal direction of the mixer pipe towards the first end of the mixer pipe; guiding by an entry guide the first inflow into the first end of the mixer pipe so that a mixing flow is formed into the mixer pipe for receiving a reactant feed; and directing the second inflow in a second rotational direction about the mixer pipe and in a second longitudinal direction of the mixer pipe towards the second end of the mixer pipe for bypassing the first end of the mixer pipe; wherein the second rotational direction is opposite to the first rotational direction. supporting a mixer pipe at least partially within a mixer chamber, the mixer pipe having a first end and a second end; inputting exhaust gas through an input port that is in communication with the mixer chamber at a location spaced apart from the first end so that exhaust gas flows in towards the mixer pipe; dividing the input exhaust gas into a first inflow onto a first side of the mixer pipe and into a second inflow onto a second side of the mixer pipe; directing the first inflow in a first rotational direction about the mixer pipe and in a first longitudinal direction of the mixer pipe towards the first end of the mixer pipe; guiding by an entry guide the first inflow into the first end of the mixer pipe so that a mixing flow is formed into the mixer pipe for receiving a reactant feed; and directing the second inflow in a second rotational direction about the mixer pipe and in a second longitudinal direction of the mixer pipe towards the second end of the mixer pipe for bypassing the first end of the mixer pipe; wherein the second rotational direction is opposite to the first rotational direction.
A method for using a device for angular positioning of a shaft with cams with respect to a cylinder head of an internal combustion engine, this device including a shim having a rider including a body and two parallel legs projecting from the body and able to come in contact with at least one flattened portion formed on the shaft with cams such that the shim straddles the shaft with cams, the shim also including an arm projecting from the body, opposite the legs, this arm having an outer face and an inner face opposite one another, the device also including an angular sensor suitable to be mounted on the inner face or the outer face, characterized in that the method includes the steps consisting of: - calibrating the angular sensor by means of a square having a vertical face and a horizontal face which are perpendicular; - setting the angular sensor to zero on an upper surface of the cylinder head; - assembling the angular sensor on the inner face or the outer face of the arm of the shim to form the angular positioning device; - positioning the device so that the rider straddles the shaft with cams and that one of the inner planes of the legs comes in contact with a flattened portion of the shaft with cams; - adjusting the shaft with cams and taking the measurement indicated on the angular sensor, and - withdrawing the device from the shaft with cams and separating the angular sensor from the shim. - calibrating the angular sensor by means of a square having a vertical face and a horizontal face which are perpendicular; - setting the angular sensor to zero on an upper surface of the cylinder head; - assembling the angular sensor on the inner face or the outer face of the arm of the shim to form the angular positioning device; - positioning the device so that the rider straddles the shaft with cams and that one of the inner planes of the legs comes in contact with a flattened portion of the shaft with cams; - adjusting the shaft with cams and taking the measurement indicated on the angular sensor, and - withdrawing the device from the shaft with cams and separating the angular sensor from the shim.