mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a barrel section of an aircraft fuselage, the method comprising: positioning a plurality of longitudinal stiffeners on a mandrel assembly (700, 706); holding the plurality of stiffeners in position on the mandrel assembly (700, 706) by wrapping an innermost ply of composite fabric around the mandrel assembly (700, 706) and the stiffeners; wrapping composite material 360 degrees around the stiffeners and over the innermost ply; positioning one or more pressure pads around the outside of the composite material; applying pressure to the one or more pressure pads to compress the composite material against the mandrel assembly; and cocuring the stiffeners, the innermost ply and the composite material to bond the stiffeners to an interior surface of the innermost ply of composite fabric. positioning a plurality of longitudinal stiffeners on a mandrel assembly (700, 706); holding the plurality of stiffeners in position on the mandrel assembly (700, 706) by wrapping an innermost ply of composite fabric around the mandrel assembly (700, 706) and the stiffeners; wrapping composite material 360 degrees around the stiffeners and over the innermost ply; positioning one or more pressure pads around the outside of the composite material; applying pressure to the one or more pressure pads to compress the composite material against the mandrel assembly; and cocuring the stiffeners, the innermost ply and the composite material to bond the stiffeners to an interior surface of the innermost ply of composite fabric.
A process for joining of two or more weldable or non-weldable materials by using an improved friction stir spot welding enabling of high weld strength, proper mixing of said materials, avoiding formation of void in the weld region and the effectively removing of oxides and contamination from the weld region, the method comprising steps of: a) creating a cavity at a centre of overlapped welding surface of a first material and a second material by removing a portion of predefined geometry therefrom at least one of the first and the second materials (401, 402) to form a joint region; b) adding either reinforcement or an alloying element or combination of both into said created cavity in the joint region; c) penetrating a tapered cylindrical filler material with similar geometry design as that of said cavity in the joint region by rotating said tapered cylindrical filler material in combination with compressive force thereto; d) interlocking the tapered cylindrical filler material with at least one of the first and second materials (401, 402) that is weldable with the filler material to form an inter-material bond; e) welding the first material with the second material by filling the cavity formed in the joint region with the tapered cylindrical filler material and f) generating a composition structure at the weld interface with customized interface material properties. a) creating a cavity at a centre of overlapped welding surface of a first material and a second material by removing a portion of predefined geometry therefrom at least one of the first and the second materials (401, 402) to form a joint region; b) adding either reinforcement or an alloying element or combination of both into said created cavity in the joint region; c) penetrating a tapered cylindrical filler material with similar geometry design as that of said cavity in the joint region by rotating said tapered cylindrical filler material in combination with compressive force thereto; d) interlocking the tapered cylindrical filler material with at least one of the first and second materials (401, 402) that is weldable with the filler material to form an inter-material bond; e) welding the first material with the second material by filling the cavity formed in the joint region with the tapered cylindrical filler material and f) generating a composition structure at the weld interface with customized interface material properties.
A method of displaying a sequence of images on a displaying means associated with a radio-communication mobile equipment co-operating with a subscriber identity module, the method comprising the following, in order: sending by said subscriber identity module an image sequence display command to said mobile equipment; executing by said mobile equipment said command on said displaying means; characterized in that said sequence of images is stored in a file of said subscriber identity module. sending by said subscriber identity module an image sequence display command to said mobile equipment; executing by said mobile equipment said command on said displaying means; characterized in that said sequence of images is stored in a file of said subscriber identity module.
Optoelectronic semiconductor chip comprising: - a semiconductor body comprising a semiconductor layer sequence suitable for emitting electromagnetic radiation in a first wavelength range from its front side, - a first wavelength-converting layer on at least one first partial region of the front side of the semiconductor body with a first wavelength conversion substance, which converts radiation in the first wavelength range into radiation in a second wavelength range, which is different from the first wavelength range, wherein at least one second partial region of the front side is free of the first wavelength-converting layer and the first wavelength-converting layer is embodied as a film containing the first wavelength conversion substance, - a second wavelength-converting layer with a second wavelength conversion substance is applied on the second or at least one third partial region - different from the first partial region - of the front side, which second wavelength conversion substance converts radiation in the first wavelength range into radiation in a third wavelength range, which is different from the first and second wavelength ranges, and - a third wavelength-converting layer with a third wavelength conversion substance is applied directly on the first and second wavelength-converting layers (6, 10), which third wavelength conversion substance converts radiation in the first wavelength range into radiation in a fourth wavelength range, which is different from the first, second and third wavelength ranges. - a semiconductor body comprising a semiconductor layer sequence suitable for emitting electromagnetic radiation in a first wavelength range from its front side, - a first wavelength-converting layer on at least one first partial region of the front side of the semiconductor body with a first wavelength conversion substance, which converts radiation in the first wavelength range into radiation in a second wavelength range, which is different from the first wavelength range, wherein at least one second partial region of the front side is free of the first wavelength-converting layer and the first wavelength-converting layer is embodied as a film containing the first wavelength conversion substance, - a second wavelength-converting layer with a second wavelength conversion substance is applied on the second or at least one third partial region - different from the first partial region - of the front side, which second wavelength conversion substance converts radiation in the first wavelength range into radiation in a third wavelength range, which is different from the first and second wavelength ranges, and - a third wavelength-converting layer with a third wavelength conversion substance is applied directly on the first and second wavelength-converting layers (6, 10), which third wavelength conversion substance converts radiation in the first wavelength range into radiation in a fourth wavelength range, which is different from the first, second and third wavelength ranges.
Coating compositions based on one or more mineral binders, one or more polymers, one or more fillers, and optionally one or more additives, characterized in that the coating compositions comprise 0.05% to 5% by weight, based on the dry weight of the coating compositions, of one or more flexibilizers selected from the group encompassing hydroxy compounds having 1 to 25 carbon atoms, carboxylic acid compounds having 2 to 10 carbon atoms, or salts thereof, hydroxy-carboxylic acid compounds having 2 to 10 carbon atoms, or salts thereof, phosphonic acids or salts thereof, and phosphoric acids or salts thereof, and 60% to 98% by weight of polymers, based on the dry weight of the polymers and of the mineral binders. 0.05% to 5% by weight, based on the dry weight of the coating compositions, of one or more flexibilizers selected from the group encompassing hydroxy compounds having 1 to 25 carbon atoms, carboxylic acid compounds having 2 to 10 carbon atoms, or salts thereof, hydroxy-carboxylic acid compounds having 2 to 10 carbon atoms, or salts thereof, phosphonic acids or salts thereof, and phosphoric acids or salts thereof, and 60% to 98% by weight of polymers, based on the dry weight of the polymers and of the mineral binders.
A control device for a high-pressure fuel pump for an internal combustion engine, the high pressure fuel pump comprising: a pressurizing member being reciprocated by rotation of a pump driving cam mounted on the internal combustion engine; a pressurized chamber whose volume is varied by reciprocation of the pressurizing member to perform pump action by repeating a charging stroke and a discharging stroke; and a solenoid valve which is installed as a suction valve in a fuel charging passage to the pressurized chamber such that a pump suction pressure generated in the pressurized chamber in the charging stroke is exerted on the solenoid valve in a valve opening direction, and that is closed at OFF state of an electric driving signal and opened at ON state of the electric driving signal, so that a discharging rate of the high-pressure fuel pump of variable discharge rate type is controlled by an opening and closing control of the solenoid valve, characterized in that, during fuel cut, a finish timing of an ON state output of the electrical driving signal is set on the way of a compression stroke of the high-pressure fuel pump in an angle range for which the high pressure fuel pump can maintain the state of non-discharge even if the electrical driving signal is turned to the OFF state, whereby a power energization finish angle OFFANG is calculated, having an output compulsory finish angle CPOFFANG as utmost upper limit value which is obtained by adding the variable timing operating angle to a value obtained by a compulsory OFF timing map related to the engine speed and battery voltage as inputs. a pressurizing member being reciprocated by rotation of a pump driving cam mounted on the internal combustion engine; a pressurized chamber whose volume is varied by reciprocation of the pressurizing member to perform pump action by repeating a charging stroke and a discharging stroke; and a solenoid valve which is installed as a suction valve in a fuel charging passage to the pressurized chamber such that a pump suction pressure generated in the pressurized chamber in the charging stroke is exerted on the solenoid valve in a valve opening direction, and that is closed at OFF state of an electric driving signal and opened at ON state of the electric driving signal, so that a discharging rate of the high-pressure fuel pump of variable discharge rate type is controlled by an opening and closing control of the solenoid valve, characterized in that, during fuel cut, a finish timing of an ON state output of the electrical driving signal is set on the way of a compression stroke of the high-pressure fuel pump in an angle range for which the high pressure fuel pump can maintain the state of non-discharge even if the electrical driving signal is turned to the OFF state, whereby a power energization finish angle OFFANG is calculated, having an output compulsory finish angle CPOFFANG as utmost upper limit value which is obtained by adding the variable timing operating angle to a value obtained by a compulsory OFF timing map related to the engine speed and battery voltage as inputs.
An optical element comprising: on a substrate, an anti-reflection layer on which a plurality of small concave protrusions, which have a modal pitch less than or equal to a wavelength of light in an environment where the optical element is to be used, are formed; wherein 80% or more of the concave protrusions include one or more steps, and satisfy the following conditions: [Formula 1] 0.12 d ≦ w s ≦ 0.17 d [Formula 2] 0.42 h ≦ z s ≦ 0.52 h wherein d is a diameter of the concave protrusions, h is a depth of the concave protrusions, w s is a total width of the steps in any cut surface; and z s is an average depth of the steps, wherein the step is the section of the n th straight line - connecting the changing points - where the absolute value of the slope of an n th straight line among the straight lines is less than or equal to the absolute values of the slope of the n-1 th straight line and the slope of the n+1 th straight line, the width of the steps is the width of a respective step projected on a reference plane of the respective concave protrusion, with the total width of the steps being the total of the widths of each of the respective steps multiplied by two, and the depth of the steps is the depth of a respective step from the reference plane, including the reference point, to a midpoint of the step, with the average depth z s of the steps being the total of the depths of all the respective steps divided by the number of steps. on a substrate, an anti-reflection layer on which a plurality of small concave protrusions, which have a modal pitch less than or equal to a wavelength of light in an environment where the optical element is to be used, are formed; wherein 80% or more of the concave protrusions include one or more steps, and satisfy the following conditions: [Formula 1] 0.12 d ≦ w s ≦ 0.17 d [Formula 2] 0.42 h ≦ z s ≦ 0.52 h wherein d is a diameter of the concave protrusions, h is a depth of the concave protrusions, w s is a total width of the steps in any cut surface; and z s is an average depth of the steps, wherein the step is the section of the n th straight line - connecting the changing points - where the absolute value of the slope of an n th straight line among the straight lines is less than or equal to the absolute values of the slope of the n-1 th straight line and the slope of the n+1 th straight line, the width of the steps is the width of a respective step projected on a reference plane of the respective concave protrusion, with the total width of the steps being the total of the widths of each of the respective steps multiplied by two, and the depth of the steps is the depth of a respective step from the reference plane, including the reference point, to a midpoint of the step, with the average depth z s of the steps being the total of the depths of all the respective steps divided by the number of steps.
Use of a ternary composition of 2,3,3,3-tetrafluoropropene, 1,1-difluoroethane and difluoromethane as heat transfer fluid in compression-type refrigeration systems with exchangers operating in countercurrent mode or in crossed-current mode with countercurrent tendency.
Appliance for treating the skin and/or hair, comprising: - a housing that contains an electric motor associated with transmission means, - a treatment head that is connected to the housing and which comprises: - a hollow body that delimits a treatment chamber open at a treatment window, - a treatment means that is disposed inside the treatment chamber and is driven on a rotation axis Δ by the transmission means, - a flap able to rotate on said axis Δ and which comprises a support heel defining a surface making contact with the skin to be treated, said flap comprising at least one elongate element in line with the support heel, the longitudinal symmetry axis Δ' of said element being orthogonal to said axis Δ, one of the ends of the element being connected to said support heel while the opposite end is intended to make contact with the skin to be treated, characterised in that the flap comprises a plurality of elements parallel to each other and having the same length. - a housing that contains an electric motor associated with transmission means, - a treatment head that is connected to the housing and which comprises: - a hollow body that delimits a treatment chamber open at a treatment window, - a treatment means that is disposed inside the treatment chamber and is driven on a rotation axis Δ by the transmission means, - a flap able to rotate on said axis Δ and which comprises a support heel defining a surface making contact with the skin to be treated,
Stator for an eccentric spiral pump or an eccentric worm motor having a stator which comprises an outer pipe with a lining made of rubber or a rubber-like material and a hollow formed in the manner of a dual- or multi-start coarse thread for accommodating a rigid rotor also formed in the manner of a coarse thread, wherein the coarse thread of the stator in each case comprises one start more than the coarse thread of the rotor, characterised in that an inner pipe provided with through holes is arranged in the lining.
A process for producing a tapered multifilament yarn comprising feeding a drawable filament to a drawing apparatus and changing the take-over speed relative to the feed speed of the filament in order to change the thickness of the filament in a longitudinal direction, characterized by making the take-over speed slower than the feed speed under heating in a part of the filament in the longitudinal direction and thereby shrinking and thickening the part of the filament, wherein the drawable filament is a multifilament, wherein another part in the longitudinal direction of the filament is drawn while the take-over speed is made faster than the feed speed, wherein when the take-over speed is slower than the feed speed, the ratio of the take-over speed to the feed speed is not less than 0.5 and less than 1, wherein when the drawable filament is drawn, the ratio of the take-over speed to the feed speed is not more than 6.
A blade outer air seal comprising: at least one internal surface formed within said blade outer air seal, wherein the at least one internal surface comprises a ceramic matrix composite; and a layer atop the at least one internal surface comprising: a matrix comprising at least one of hafnium silicate (HfSiO 4) zirconium silicate (ZrSiO 4) and ytterbium disilicate (Yb 2 Si 2 O 7); and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; wherein the layer has a BMAS or other alkaline earth aluminosilicate concentration of 0.8% to 10.0% by weight. at least one internal surface formed within said blade outer air seal, wherein the at least one internal surface comprises a ceramic matrix composite; and a layer atop the at least one internal surface comprising: a matrix comprising at least one of hafnium silicate (HfSiO 4) zirconium silicate (ZrSiO 4) and ytterbium disilicate (Yb 2 Si 2 O 7); and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; a matrix comprising at least one of hafnium silicate (HfSiO 4) zirconium silicate (ZrSiO 4) and ytterbium disilicate (Yb 2 Si 2 O 7); and barium magnesium alumino silicate (BMAS) or other alkaline earth aluminosilicate; wherein the layer has a BMAS or other alkaline earth aluminosilicate concentration of 0.8% to 10.0% by weight.
Method for alternately supplying one of at least three outlets (C,D,E) of a cross-jet device delivering a liquid to at least three washing agent containers (41,42,43) in a washing machine, in particular a laundry washing or washing/drying machine, wherein said at least three containers (41,42,43) are in fluid communication with a tub of the washing machine, and wherein the cross-jet device comprises a crossing chamber to which a first and a second inlet (A,B) and at least three outlets (C,D,E) are afferent, which outlets (C,D,E) are in fluid communication with said at least three containers (43,41,42) and can be supplied alternately with said liquid depending on whether one or both of the inlets (A,B) are being supplied, and wherein the liquid supplied to the first inlet is clean water taken from the water main, characterized in that the liquid supplied to the second inlet is a wash liquid taken from the tub.
A pharmaceutical composition for use in the treatment of B-Cell Chronic Lymphocytic Leukemia, wherein the composition comprises a humanized Monoclonal Antibody recognizing the leukocyte differentiation antigen CD6 able to induce apoptosis in tumor cells, and an appropriate excipient, and wherein the humanized Monoclonal Antibody anti-CD6 is the humanized antibody T1h from the secreting hybridoma IOR- T1A with deposit No. ECACC 96112640.
Rotating electrical machine, notably for a motor vehicle, comprising: - a body of a stator, - a winding of a stator borne by the body of the stator, - a lead-out wire of the winding projecting from an end of the body of the stator, - a casing, bearing the body of the stator, comprising a bearing positioned facing the lead-out wire of the winding of the stator, - a sensor, - a wedging element positioned on an upper portion of the bearing, said wedging element being constructed and arranged to compress the sensor against the lead-out wire of the winding, and characterized in that the upper portion of the bearing forms a second slope constructed and arranged to cooperate with a first slope formed by the bevelling of a lower portion of the wedging element, the cooperation of the second slope and of the first slope ensuring the displacement of the wedging element towards the sensor to compress said sensor against the lead-out wire of the winding. - a body of a stator, - a winding of a stator borne by the body of the stator, - a lead-out wire of the winding projecting from an end of the body of the stator, - a casing, bearing the body of the stator, comprising a bearing positioned facing the lead-out wire of the winding of the stator, - a sensor, - a wedging element positioned on an upper portion of the bearing, said wedging element being constructed and arranged to compress the sensor against the lead-out wire of the winding,