mhurhangee/ep-ind-claims huggingface dataset:
A component for a gas turbine engine, the component comprising: a platform (406, 704); an airfoil (306, 308, 706, 708) extending from the platform, wherein the airfoil comprises a first cavity inlet at a forward side of the airfoil and a second cavity inlet at a aft side of the airfoil and the airfoil has a first cavity (506, 606) and a second cavity (508, 608) separated by a divider (422, 502, 602), the divider having a spiral portion (504, 604) and the first cavity inlet is fluidly connected to the first cavity and the second cavity inlet is fluidly connected to the second cavity; a cover plate (316, 410, 702) attached to the platform on a side opposite the airfoil, wherein a platform cavity (310, 414, 718) is defined between the cover plate and the platform; and a cavity separating rail dividing the platform cavity into a forward platform cavity and an aft platform cavity, wherein the forward platform cavity is fluidly connected to the first cavity through the first cavity inlet and the aft platform cavity is fluidly connected to the second cavity through the second cavity inlet; wherein a flow of air from the forward platform cavity enters the airfoil at the first inlet and flows through the first cavity along the forward side of the airfoil and is transitioned toward the aft side of the airfoil by the spiral portion of the divider, and wherein a flow of air from the aft platform cavity enters the airfoil at the second inlet and flows through the second cavity along the aft side of the airfoil and is transitioned toward the forward side of the airfoil by the spiral portion of the divider. a platform (406, 704); an airfoil (306, 308, 706, 708) extending from the platform, wherein the airfoil comprises a first cavity inlet at a forward side of the airfoil and a second cavity inlet at a aft side of the airfoil and the airfoil has a first cavity (506, 606) and a second cavity (508, 608) separated by a divider (422, 502, 602), the divider having a spiral portion (504, 604) and the first cavity inlet is fluidly connected to the first cavity and the second cavity inlet is fluidly connected to the second cavity; a cover plate (316, 410, 702) attached to the platform on a side opposite the airfoil, wherein a platform cavity (310, 414, 718) is defined between the cover plate and the platform; and a cavity separating rail dividing the platform cavity into a forward platform cavity and an aft platform cavity, wherein the forward platform cavity is fluidly connected to the first cavity through the first cavity inlet and the aft platform cavity is fluidly connected to the second cavity through the second cavity inlet; wherein a flow of air from the forward platform cavity enters the airfoil at the first inlet and flows through the first cavity along the forward side of the airfoil and is transitioned toward the aft side of the airfoil by the spiral portion of the divider, and wherein a flow of air from the aft platform cavity enters the airfoil at the second inlet and flows through the second cavity along the aft side of the airfoil and is transitioned toward the forward side of the airfoil by the spiral portion of the divider.
A method of communicating a message using an I1 interface, the I1 interface providing a session control channel between a user agent, UA, and a network node, the method comprising: sending, by the UA, a 3GPP I1 INVITE message comprising an information element, IE, and an indicium from the UA to the network node, wherein the IE comprises an information element code, and the indicium comprises American Standard Code for Information Interchange, ASCII, strings or hex data associated with a particular string; wherein the step of sending the I1 INVITE message from the user agent to the network node further comprises converting a feature tag to the indicium. sending, by the UA, a 3GPP I1 INVITE message comprising an information element, IE, and an indicium from the UA to the network node, wherein the IE comprises an information element code, and the indicium comprises American Standard Code for Information Interchange, ASCII, strings or hex data associated with a particular string; wherein the step of sending the I1 INVITE message from the user agent to the network node further comprises converting a feature tag to the indicium.
Bearing, comprising a bearing ring (5, 6) with a cathodic corrosion-protection device, characterized in that the bearing ring (5, 6) is connected as the cathode of an external current source, and in that the anode (8, 10) of the external current source is arranged at a distance from the bearing ring (5, 6), and in that the anode (8, 10) is designed as a ring anode which is arranged on a support ring (12, 13).
A sheet structure comprising a carrier layer and a foamed cover layer which contains polyvinyl chloride, lignocellulosic based components and hollow microspheres, wherein the density of the foamed cover layer is less than 1500 kg/m 3.
Method for manufacturing a bevel gear wheel for a bevel gear mechanism, the teeth of which each have a load face and a rear face, wherein the rear faces have an engagement region for rear faces of the meshing gear wheel, characterized in that - a blank is cast from steel to give a round wheel, - thereafter, the contours of the teeth are milled and/or ground into the as yet un-hardened material in order to achieve the macro-geometry, - then, instead of a hardening process, the outer region and the rim region are lowered by means of a point-exact removal of material, in particular by milling or grinding using a four-or multi-axis method, to the point that these lowered surfaces or regions can no longer come into contact, this therefore being the case also after the hardening distortion, and the reduced, inner region is 10 to 40 percent, preferably 20 to 30 percent of the total face surface (B1 + B2), - there follows hardening of the gear wheel, of the teeth or of the remaining inner raised regions. - a blank is cast from steel to give a round wheel, - thereafter, the contours of the teeth are milled and/or ground into the as yet un-hardened material in order to achieve the macro-geometry, - then, instead of a hardening process, the outer region and the rim region are lowered by means of a point-exact removal of material, in particular by milling or grinding using a four-or multi-axis method, to the point that these lowered surfaces or regions can no longer come into contact, this therefore being the case also after the hardening distortion, and the reduced, inner region is 10 to 40 percent, preferably 20 to 30 percent of the total face surface (B1 + B2), - there follows hardening of the gear wheel, of the teeth or of the remaining inner raised regions.
A burner for drying cylinders comprising: a central unit having a flame emission outlet and which can be fed with at least one fuel and at least a first primary air flow for combustion; at least one auxiliary pipe mounted around the central unit and comprising an outlet positioned around the flame emission outlet and at least a first inlet section which can be fed with a secondary air flow for combustion; air feed means connected to the central unit and to the first inlet section of the auxiliary pipe, the air feed means comprising first adjusting means for the primary air flow fed to the central unit and second adjusting means for the secondary air flow fed to the auxiliary pipe, the first adjusting means and the second adjusting means being adjustable independently of each other, the central unit comprising at least one device which in practice supplies an air/fuel mixture characterised in that the central unit comprises an outer duct mounted coaxially with and around the device and fed by the air feed means with air which in practice is intended for mixing with the mixture that comes out of the device. a central unit having a flame emission outlet and which can be fed with at least one fuel and at least a first primary air flow for combustion; at least one auxiliary pipe mounted around the central unit and comprising an outlet positioned around the flame emission outlet and at least a first inlet section which can be fed with a secondary air flow for combustion; air feed means connected to the central unit and to the first inlet section of the auxiliary pipe,
A method for controlling the locking and unlocking in a portable terminal having a transparent display, the transparent display having two display surfaces and being capable of double-sided touch input and double-sided display, such that a screen is visible from a front side and a back side of the transparent display, the method comprising: activating the transparent display according to a lock state or an unlock state of the transparent display, displaying in a preset area of at least one of the display surfaces of the transparent display a lock or unlock area, which notifies whether a display surface of the transparent display is locked, and changing the lock state or the unlock state of the at least one of the display surfaces of the transparent display and displaying whether the changed state is the lock state or the unlock state in the lock or unlock area of the at least one display surface of the transparent display, when a touch input is received in the lock or unlock area, characterised in that, the transparent display is controlled so as to have a preset first transparency if the two display surfaces of the transparent display are in the unlock state, the transparent display is controlled so as to have a preset second transparency if one of the two display surfaces of the transparent display is in the unlock state, and the transparent display is controlled so as to have a preset third transparency if the two display surfaces of the transparent display are in the lock state. activating the transparent display according to a lock state or an unlock state of the transparent display, displaying in a preset area of at least one of the display surfaces of the transparent display a lock or unlock area, which notifies whether a display surface of the transparent display is locked, and changing the lock state or the unlock state of the at least one of the display surfaces of the transparent display and displaying whether the changed state is the lock state or the unlock state in the lock or unlock area of the at least one display surface of the transparent display, when a touch input is received in the lock or unlock area, characterised in that, the transparent display is controlled so as to have a preset first transparency if the two display surfaces of the transparent display are in the unlock state, the transparent display is controlled so as to have a preset second transparency if one of the two display surfaces of the transparent display is in the unlock state, and the transparent display is controlled so as to have a preset third transparency if the two display surfaces of the transparent display are in the lock state.
A method for manufacturing a water-containing heat-resistant chocolate, which comprises: a step of adding a seeding agent containing at least a β-form XOX crystal to a chocolate mix in a molten state at a temperature of 32 to 40°C, and a step of adding water in an amount of 0.1 to 5.0% by mass to the chocolate mix, wherein the β-form XOX crystal is an oil and fat crystal in which, in the determination of a short spacing at 2θ in a range of 17 to 26 degrees by X-ray diffraction, a strong diffraction peak corresponding to a spacing of 4.5 to 4.7Å is detected and a diffraction peak corresponding to a spacing of 4.1 to 4.3Å and a diffraction peak corresponding to a spacing of 3.8 to 3.9Å are not detected or are very weak, and wherein X represents a saturated fatty acid having 18-22 carbon atoms, O represents oleic acid, and XOX represents triacylglycerol in which oleic acid is bonded to the 2-position of glycerol, and X is bonded to the 1- and 3-positions, which further includes, after the seeding agent addition step and the water addition step, a holding step of holding the temperature of the chocolate mix at 32 to 40°C for 10 minutes or more. a step of adding a seeding agent containing at least a β-form XOX crystal to a chocolate mix in a molten state at a temperature of 32 to 40°C, and a step of adding water in an amount of 0.1 to 5.0% by mass to the chocolate mix, wherein the β-form XOX crystal is an oil and fat crystal in which, in the determination of a short spacing at 2θ in a range of 17 to 26 degrees by X-ray diffraction, a strong diffraction peak corresponding to a spacing of 4.5 to 4.7Å is detected and a diffraction peak corresponding to a spacing of 4.1 to 4.3Å and a diffraction peak corresponding to a spacing of 3.8 to 3.9Å are not detected or are very weak, and wherein X represents a saturated fatty acid having 18-22 carbon atoms, O represents oleic acid, and XOX represents triacylglycerol in which oleic acid is bonded to the 2-position of glycerol, and X is bonded to the 1- and 3-positions, which further includes, after the seeding agent addition step and the water addition step, a holding step of holding the temperature of the chocolate mix at 32 to 40°C for 10 minutes or more.
A method for hydroprocessing hydrocarbon oil, comprising the following steps, injecting hydrogen gas into hydrocarbon oil through pores with an average pore diameter in nanometer size, to obtain a hydrogen-containing hydrocarbon oil, wherein the pores have an average pore diameter in a range of 1 nm to 1,000 nm; feeding the hydrogen-containing hydrocarbon oil into a reactor, to contact with a catalyst having a hydrogenation catalytic action under a liquid-phase hydroprocessing condition. injecting hydrogen gas into hydrocarbon oil through pores with an average pore diameter in nanometer size, to obtain a hydrogen-containing hydrocarbon oil, wherein the pores have an average pore diameter in a range of 1 nm to 1,000 nm; feeding the hydrogen-containing hydrocarbon oil into a reactor, to contact with a catalyst having a hydrogenation catalytic action under a liquid-phase hydroprocessing condition.
A method of preparing an implant comprising a culture of cells on a membrane, the method comprising the steps of: fixing the membrane on a support, disposing the support in a housing recess of a housing (10, 20) leaving two spaces (38, 39) having adjusted heights, above and below the membrane, injecting into the spaces a liquid capable of transforming into gel at a temperature of transport below an injection temperature of the liquid, and bringing the housing to the transport temperature, so as to form an implant comprising the membrane and two layers of gel (71, 72) having adjusted thicknesses, respectively on two opposite faces of the membrane. fixing the membrane on a support, disposing the support in a housing recess of a housing (10, 20) leaving two spaces (38, 39) having adjusted heights, above and below the membrane, injecting into the spaces a liquid capable of transforming into gel at a temperature of transport below an injection temperature of the liquid, and bringing the housing to the transport temperature, so as to form an implant comprising the membrane and two layers of gel (71, 72) having adjusted thicknesses, respectively on two opposite faces of the membrane.
A metrological scale track for mounting a metrological scale onto a substrate comprising at least first and second metrological scale track strips which are linked and held in a spaced apart relationship by at least one spacer (61, 80) which is configured to be removed once the at least first and second metrological scale track strips have been secured to a substrate, such that a metrological scale can be located on the substrate between the first and second metrological scale track strips.
Intra-ocular artificial lens with variable optical strength, wherein the artificial lens comprises at least two optical elements (3, 4), at least two of which are movable relative to each other in a direction extending transversely of the optical axis, wherein the optical elements (3, 4) have a form such that in different relative positions of the optical elements the artificial lens has different optical strengths, characterized in that each of the movable optical elements (3; 4) is fixed only to a nail (5, 6), clamp (7, 8) or claw like hook (9, 10) belonging to the positioning means and being adapted for coupling to the iris of the eye for the purpose of driving the optical elements.
A hearing system comprising at least one hearing device (11, 12) with: - an input transducer; - an output transducer; and - a processing unit operatively connected to the input transducer as well as to the output transducer; wherein the hearing system further comprises: - a first means for determining from a signal of the input transducer at least one parameter representative of a current acoustic environment at a current location; and - a second means for indicating to a user of the hearing system a degree of suitability of the current location to achieve satisfactory hearing performance based on the at least one parameter; characterized in that the second means is capable of indicating an increased or decreased suitability to achieve satisfactory hearing performance at the current location compared to a further location. - an input transducer; - an output transducer; and - a processing unit operatively connected to the input transducer as well as to the output transducer; - a first means for determining from a signal of the input transducer at least one parameter representative of a current acoustic environment at a current location; and - a second means for indicating to a user of the hearing system a degree of suitability of the current location to achieve satisfactory hearing performance based on the at least one parameter;
Personal protection device for the protection of a portion of the body of a user, said device comprising an inflatable element intended to protect at least partially a region of the pelvis of the user and including a first side protection portion intended to protect at least one hip region, and a second side protection portion intended to protect at least the other region of the hip of the user, and a connecting portion defining a zone of connection between the first side protection portion and the second side protection portion, and defining a fluid communication between said first side protection portion and the second side protection portion, characterized in that each of the first side protection portion and the second side protection portion are substantially "C"-shaped with a curved profile or with a curved region defining a cavity or a concavity.
A hose for transporting refrigerant comprising an inner tube layer including a gas barrier layer and a rubber layer adjacent to an outer surface of the gas barrier layer, wherein the rubber layer comprises a rubber composition comprising from 1 to 15 parts by mass of an alkylphenol-formaldehyde resin and from 1 to 8 parts by mass of a hydrotalcite per 100 parts by mass of a raw rubber; the raw rubber comprises at least one selected from the group consisting of a BIMS and a copolymer rubber, which is a butyl rubber and/or a halogenated butyl rubber; and the gas barrier layer comprises a polyamide resin composition comprising a modified polyamide obtained by blending a polyamide and a carboxyl group-containing modified polyolefin.
Transport and loading assembly for a motor vehicle, such as in particular a passenger car, with a loading space extending up to a rear opening, with a transport car which comprises a chassis with multiple rollers and at least one transport mount, wherein the chassis can be adjusted between a transport position and a loading position, and with a loading device which can be installed in the loading space and which has a loading mechanism for loading and/or unloading the transport car into or out of the loading space, wherein the transport car has an electrically operated height adjustment apparatus by means of which a height (H, H1, H2) of the transport car can be adjusted in the transport position, characterized in that the chassis has an at least partially telescopic linkage for adjusting the height (H, H1, H2) of the transport car, and three rollers are held on a respective telescopic apparatus, wherein the telescopic apparatuses are adjustable independently of one another. with a transport car which comprises a chassis with multiple rollers and at least one transport mount, wherein the chassis can be adjusted between a transport position and a loading position, and with a loading device which can be installed in the loading space and which has a loading mechanism for loading and/or unloading the transport car into or out of the loading space, wherein the transport car has an electrically operated height adjustment apparatus by means of which a height (H, H1, H2) of the transport car can be adjusted in the transport position, characterized in that the chassis has an at least partially telescopic linkage for adjusting the height (H, H1, H2) of the transport car, and three rollers are held on a respective telescopic apparatus, wherein the telescopic apparatuses are adjustable independently of one another.
A method for wireless communications, comprising: • receiving, by a network entity, information about a special uplink, UL, physical signal from a first network point, wherein the special UL physical signal is transmitted from a user equipment, UE to the first network point and the special UL physical signal is a modified version of an existing UL signal and has, as the modified version of the existing UL signal, different transmission parameters compared to the existing UL signal; • determining, by the network entity, a second network point to perform the transmission or reception with the UE according to the information. • receiving, by a network entity, information about a special uplink, UL, physical signal from a first network point, wherein the special UL physical signal is transmitted from a user equipment, UE to the first network point and the special UL physical signal is a modified version of an existing UL signal and has, as the modified version of the existing UL signal, different transmission parameters compared to the existing UL signal; • determining, by the network entity, a second network point to perform the transmission or reception with the UE according to the information.