mhurhangee/ep-ind-claims huggingface dataset:
An adjuvant comprising a protein complex composed of hemagglutinin subcomponents HA1, HA2 and HA3 of botulinum toxin, wherein the subcomponent HA1 is: (a) a protein which comprises a sequence of amino acids at positions 7 to 294 of the amino acid sequence shown in SEQ ID NO: 1; the subcomponent HA2 is: (c) a protein which comprises a sequence of amino acids at positions 2 to 146 of the amino acid sequence shown in SEQ ID NO: 2; the subcomponent HA3 is: (e) a protein which comprises an amino acid sequence including a substitution of at least one or more amino acids among leucine at position 473, methionine at position 508, and lysine at position 607 with alanine, with respect to a sequence of amino acids at positions 19 to 626 of the amino acid sequence shown in SEQ ID NO: 3 or an adjuvant comprising a protein complex composed of hemagglutinin subcomponents HA1, HA2 and HA3 of botulinum toxin, wherein the subcomponent HA1 is: (g) a protein which comprises a sequence of amino acids at positions 6 to 293 of the amino acid sequence shown in SEQ ID NO: 15; the subcomponent HA2 is: (i) a protein which comprises a sequence of amino acids at positions 2 to 146 of the amino acid sequence shown in SEQ ID NO: 16; the subcomponent HA3 is: (k) a protein which comprises an amino acid sequence including a substitution of at least one or more amino acids among leucine at position 473, methionine at position 508, and lysine at position 607 with alanine, with respect to a sequence of amino acids at positions 20 to 626 of the amino acid sequence shown in SEQ ID NO: 17. (a) a protein which comprises a sequence of amino acids at positions 7 to 294 of the amino acid sequence shown in SEQ ID NO: 1;
A method for providing channel quality indicator feedback from a user equipment (230, 340), comprising: receiving, at the user equipment, a power offset value, a power scaling factor ρ A and a cell-specific parameter P B; determining, at the user equipment, a power scaling parameter ρ B based on the power offset value, the power scaling factor ρ A and the cell-specific parameter P B; measuring, at the user equipment, a channel quality indicator over a reference symbol resource element; and scaling, at the user equipment, the channel quality indicator using the power scaling parameter ρ B, the power offset value and the power scaling parameter ρ A during an almost blank subframe. receiving, at the user equipment, a power offset value, a power scaling factor ρ A and a cell-specific parameter P B; determining, at the user equipment, a power scaling parameter ρ B based on the power offset value, the power scaling factor ρ A and the cell-specific parameter P B; measuring, at the user equipment, a channel quality indicator over a reference symbol resource element; and scaling, at the user equipment, the channel quality indicator using the power scaling parameter ρ B, the power offset value and the power scaling parameter ρ A during an almost blank subframe.
Convertible support for a children's pushchair, comprising a frame supporting three elements for receiving a child, hinged in pairs, in order to be able to take on at least two positions: - a laid-back position, in which said frame essentially extends in a substantially horizontal upper plane (P S) and said receiving elements are substantially aligned in a substantially horizontal base plane (P B), so as to receive a child lying down; - at least one seated position, in which said receiving elements are positioned so as to respectively define a leg rest element, a seat base and a backrest, in order to receive a child sitting up, said frame having two lateral frame uprights (31, 32), one top crosspiece and one bottom crosspiece connecting said frame uprights (31, 32), characterised in that said frame uprights (31, 32) have two portions forming an angle (α) therebetween that is strictly less than 180°, such that, in said laid-back position, a main portion of said uprights (31, 32) extends substantially horizontally from the top crosspiece, and such that a final portion extends downwards from said main portion towards said bottom crosspiece, such that the latter substantially extends in said base plane (P B). - a laid-back position, in which said frame essentially extends in a substantially horizontal upper plane (P S) and said receiving elements are substantially aligned in a substantially horizontal base plane (P B), so as to receive a child lying down; - at least one seated position, in which said receiving elements are positioned so as to respectively define a leg rest element, a seat base and a backrest, in order to receive a child sitting up,
A dose counting device (10; 110; 210) for coupling with a medical container filled with a number N of doses of a product to be withdrawn therefrom, said medical container being provided with an opening for access to said product, the dose counting device comprising: - a gripping member for securing the dose counting device to the medical container, said gripping member including a hole (44; 144; 244) intended to face said opening when said dose counting device is coupled to said medical container, - a counting ring (30; 230) rotatably mounted with respect to said gripping member, said counting ring being provided with information data corresponding to the N doses, - a cover (50; 140; 240) movable with respect to said hole between a closed position, in which said cover prevents access to said hole, and an open position, in which it does not prevent access to said hole, characterised in that it further comprises - an incrementing system (32, 57; 248, 253, 232, 232a, 232b) coupled to said cover and to said counting ring, said incrementing system being configured such that the counting ring automatically rotates on a predetermined angle, each time said cover moves from its open position to its closed position. - a gripping member for securing the dose counting device to the medical container, said gripping member including a hole (44; 144; 244) intended to face said opening when said dose counting device is coupled to said medical container, - a counting ring (30; 230) rotatably mounted with respect to said gripping member, said counting ring being provided with information data corresponding to the N doses, - a cover (50; 140; 240) movable with respect to said hole between a closed position, in which said cover prevents access to said hole, and an open position, in which it does not prevent access to said hole, - an incrementing system (32, 57; 248, 253, 232, 232a, 232b) coupled to said cover and to said counting ring, said incrementing system being configured such that the counting ring automatically rotates on a predetermined angle, each time said cover moves from its open position to its closed position.
A connecting device for a gas bottle storing pressurized fluid, and the gas bottle with a valve, the connecting device at least comprising a connecting line with a valve tappet, a holding device pivotable between a first position and a second position and having a coupling, wherein the gas bottle is connectable to the coupling via a threaded receptacle of the coupling; wherein, when the holding device is pivoted from the first position towards the second position, the coupling and the gas bottle connected thereto are pivoted with the holding device relative to the connecting line and the valve tappet in such a manner that the coupling is displaced relative to the valve tappet along an axial direction and the valve tappet actuates the valve of the gas bottle and thus establishes a fluid connection between the gas bottle and the connecting line.
A production apparatus for producing a hollow molded product, comprising the following stations juxtaposed in the following sequence from one end of the production apparatus: a parison forming station for forming a parison; a built-in part attachment station in which opposite sides of a center die provided with a built-in part are held between a pair of molding dies to locate the center die in the molding dies with the parison being laid between the center die and the molding dies, and the built-in part is attached to the parison transferred to the molding dies; a molding station in which the molding dies are closed to mold the hollow molded product; and a conveyance station for taking the hollow molded product out of the molding dies and conveying the hollow molded product, wherein the center die is fixed at the built-in part attachment station, and wherein the molding dies are configured to be movable back and forth between the built-in part attachment station and the molding station. a parison forming station for forming a parison; a built-in part attachment station in which opposite sides of a center die provided with a built-in part are held between a pair of molding dies to locate the center die in the molding dies with the parison being laid between the center die and the molding dies, and the built-in part is attached to the parison transferred to the molding dies; a molding station in which the molding dies are closed to mold the hollow molded product; and a conveyance station for taking the hollow molded product out of the molding dies and conveying the hollow molded product, wherein the center die is fixed at the built-in part attachment station, and wherein the molding dies are configured to be movable back and forth between the built-in part attachment station and the molding station.
Vacuum cleaner, comprising: a connecting cable having an at least two-pole mains plug for connecting the electrical domestic appliance to a domestic socket; a cable receptacle which is designed for pulling out and retracting the connecting cable; characterised in that the vacuum cleaner comprises: a sensor which is designed to detect a user touching at least one pole (6a, 6b) of the power plug; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch. a connecting cable having an at least two-pole mains plug for connecting the electrical domestic appliance to a domestic socket; a cable receptacle which is designed for pulling out and retracting the connecting cable; characterised in that the vacuum cleaner comprises: a sensor which is designed to detect a user touching at least one pole (6a, 6b) of the power plug; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch. a sensor which is designed to detect a user touching at least one pole (6a, 6b) of the power plug; and a triggering device which is designed to trigger the retraction of the pulled-out connection cable in response to the touch.
A process for the production of hydrogen and pyrolysis carbon from hydrocarbons, wherein the hydrocarbons are converted to hydrogen and carbon in a reactor at temperatures of 1000°C or more, and wherein the reactor has at least two electrodes spaced apart from each other in the direction of flow of the hydrocarbons, characterized in that carbon particles or packings thereof are introduced into the reactor in countercurrent to the hydrocarbons at such a rate and are heated in the region between the electrodes to a temperature above the decomposition temperature of the hydrocarbons to form hydrogen and carbon that the reaction zone in which the hydrocarbons are converted to hydrogen and carbon is spatially separated in the flow direction of the carbon particles from the heating zone located between the electrodes, wherein the carbon particles flow first through the heating zone and then through the reaction zone.
Laser nozzle (1, 2, 3) comprising: - a nozzle body comprising a first axial housing having first outlet orifice located on a front face of the nozzle body, - a mobile element comprising a second axial housing, said mobile element being arranged in the first axial housing, - an elastic element arranged in the first axial housing between the nozzle body and the mobile element, and - an insert comprising an axial passage and a front part forming a skirt that projects outwards from the second axial housing, said insert being arranged in the second axial housing of the mobile element, characterised in that the mobile element is able to be moved in translation in the first axial housing in the direction of the first outlet orifice under the effect of a gaseous pressure being exerted on said mobile element and/or said insert, with the elastic element exerting an elastic return force on the mobile element which tends to oppose the translation movement of the mobile element in the first axial housing in the direction of the first outlet orifice, and the insert is formed from an electrically conductive material and the mobile element is formed from an electrically insulating material. - a nozzle body comprising a first axial housing having first outlet orifice located on a front face of the nozzle body, - a mobile element comprising a second axial housing, said mobile element being arranged in the first axial housing, - an elastic element arranged in the first axial housing between the nozzle body and the mobile element, and - an insert comprising an axial passage and a front part forming a skirt that projects outwards from the second axial housing, said insert being arranged in the second axial housing of the mobile element, characterised in that the mobile element is able to be moved in translation in the first axial housing in the direction of the first outlet orifice under the effect of a gaseous pressure being exerted on said mobile element and/or said insert, with the elastic element exerting an elastic return force on the mobile element which tends to oppose the translation movement of the mobile element in the first axial housing in the direction of the first outlet orifice, and the insert is formed from an electrically conductive material and the mobile element is formed from an electrically insulating material.
Method for detection of a blocked valve of a coolant compressor having a drive unit and a piston/cylinder unit for cyclical compression of a coolant, wherein the drive unit has an electric motor for drive of the piston/cylinder unit, wherein the speed of rotation ( ω) of the electric motor is monitored, characterized in that first, a maximal speed of rotation ( ω max) of the electric motor is detected and that the following steps are carried out, as long as the speed of rotation ( ω) of the electric motor essentially corresponds to the maximal speed of rotation ( ω max): - determination of a maximal value X max of a monitoring parameter (I, T) of the coolant compressor; - determination of a value X t1 of the monitoring parameter (I, T) after a first time span after the determination of the maximal value X max; - detection of a blocked valve, if X t1 is less than X max and (X max - X t1) / X max ≥ Δ X holds true, wherein Δ X is predetermined. - determination of a maximal value X max of a monitoring parameter (I, T) of the coolant compressor; - determination of a value X t1 of the monitoring parameter (I, T) after a first time span after the determination of the maximal value X max; - detection of a blocked valve, if X t1 is less than X max and (X max - X t1) / X max ≥ Δ X holds true, wherein Δ X is predetermined.
A zoom lens, comprising, in order from an object side to an image side: a first lens unit having a positive refractive power which does not move for zooming; a second lens unit having a negative refractive power which moves during zooming; an aperture stop; and an N-th lens unit (U4, U5) having a positive refractive power which does not move for zooming and is arranged closest to the image side, wherein the N-th lens unit comprises, in order from an object side to an image side: a first sub-lens unit (U41, U51); and a second sub-lens unit (U42, U52) configured to be able to move in an optical axis direction, and wherein the following conditional expressions are satisfied: − 2.70 < β nw < − 1.45; and 0 < β n 2 < 0.75, where βnw represents a lateral magnification at a wide angle end of the N-th lens unit and βn2 represents a lateral magnification at a wide angle end of the second sub-lens unit when an axial ray enters from infinity in a state in which focus is at the infinity. a first lens unit having a positive refractive power which does not move for zooming; a second lens unit having a negative refractive power which moves during zooming; an aperture stop; and an N-th lens unit (U4, U5) having a positive refractive power which does not move for zooming and is arranged closest to the image side, wherein the N-th lens unit comprises, in order from an object side to an image side: a first sub-lens unit (U41, U51); and a second sub-lens unit (U42, U52) configured to be able to move in an optical axis direction, and a first sub-lens unit (U41, U51); and a second sub-lens unit (U42, U52) configured to be able to move in an optical axis direction, and wherein the following conditional expressions are satisfied: − 2.70 < β nw < − 1.45; and 0 < β n 2 < 0.75, where βnw represents a lateral magnification at a wide angle end of the N-th lens unit and βn2 represents a lateral magnification at a wide angle end of the second sub-lens unit when an axial ray enters from infinity in a state in which focus is at the infinity.
A drug delivery balloon catheter comprising: an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire contacts an inner surface of the balloon or is imbedded within the balloon. an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire contacts an inner surface of the balloon or is imbedded within the balloon.
Load-holding valve, comprising: - a body provided with a plurality of openings (3, 4, 5) through which a pressurised fluid can enter, or exit, said valve; - a main piston that is movable bidirectionally parallel to a longitudinal axis of said valve and comprises a head portion, an intermediate portion and an end portion; - throttling means intended for being traversed by said pressurised fluid; - piloting means that can alternatively adopt an open configuration, in which said piloting means enables a portion of pressurised fluid to pass into a piloting chamber for moving said main piston along a direction that is substantially parallel to said longitudinal axis, and a closed configuration, in which said piloting means prevents the passage of said portion of said fluid and in which said main piston is moved in said direction by said pressurised fluid that reaches said piloting chamber after traversing said throttling means; - a piloting piston comprising a body and a head portion, said head portion being received in said piloting chamber; characterised in that said head portion contacts said end portion. - a body provided with a plurality of openings (3, 4, 5) through which a pressurised fluid can enter, or exit, said valve; - a main piston that is movable bidirectionally parallel to a longitudinal axis of said valve and comprises a head portion, an intermediate portion and an end portion; - throttling means intended for being traversed by said pressurised fluid; - piloting means that can alternatively adopt an open configuration, in which said piloting means enables a portion of pressurised fluid to pass into a piloting chamber for moving said main piston along a direction that is substantially parallel to said longitudinal axis, and a closed configuration, in which said piloting means prevents the passage of said portion of said fluid and in which said main piston is moved in said direction by said pressurised fluid that reaches said piloting chamber after traversing said throttling means; - a piloting piston comprising a body and a head portion, said head portion being received in said piloting chamber;
A bridge for coupling two radio frequency resonators, the bridge comprising: a body of dielectric material having an exposed first surface area, predetermined length, width and thickness and having an elongate shape along the length of the body; a hole (302, 402, 502, 602) disposed through the body along the width of the body, the hole (302, 402, 502, 602) having a wall forming a second surface area of the body; and a conductive coating covering the exposed first surface area of the body and a first portion of the second surface area of the body; wherein a second portion (312, 512) of the second surface area is free of conductive coating forming a non-conductive section of the wall of the hole (302, 402, 502, 602); and characterised in that: the non-conductive section of the wall of the hole (302, 402, 502, 602) extends from an edge of the hole (302, 402, 502, 602) into the hole (302, 402, 502, 602); and the hole (302, 402, 502, 602) has a shape of a cylinder with a conical top near the edge of the hole from which the non-conductive section of the wall of the hole extends into the hole. a body of dielectric material having an exposed first surface area, predetermined length, width and thickness and having an elongate shape along the length of the body; a hole (302, 402, 502, 602) disposed through the body along the width of the body, the hole (302, 402, 502, 602) having a wall forming a second surface area of the body; and a conductive coating covering the exposed first surface area of the body and a first portion of the second surface area of the body; wherein a second portion (312, 512) of the second surface area is free of conductive coating forming a non-conductive section of the wall of the hole (302, 402, 502, 602); and characterised in that: the non-conductive section of the wall of the hole (302, 402, 502, 602) extends from an edge of the hole (302, 402, 502, 602) into the hole (302, 402, 502, 602); and the hole (302, 402, 502, 602) has a shape of a cylinder with a conical top near the edge of the hole from which the non-conductive section of the wall of the hole extends into the hole. the non-conductive section of the wall of the hole (302, 402, 502, 602) extends from an edge of the hole (302, 402, 502, 602) into the hole (302, 402, 502, 602); and the hole (302, 402, 502, 602) has a shape of a cylinder with a conical top near the edge of the hole from which the non-conductive section of the wall of the hole extends into the hole.