mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a resonance bandwidth in a wireless power transmission system, the apparatus comprising: a source resonator configured to transfer an electromagnetic energy to a target resonator; and a source resonance bandwidth setting unit configured to set a resonance bandwidth of the source resonator, CHARACTERIZED BY a source controller configured to: verify a demand power of a target device, control the source resonance bandwidth setting unit to set a Q-factor of the source resonator to be within a first range in response to the demand power of the target device being less than a setting value, and control the source resonance bandwidth setting unit to set the Q-factor of the source resonator to be within a second range in response to the demand power of the target device being equal to or greater than the setting value, wherein the first range comprises values less than 100, and the second range comprises values from 100 to 3000. a source resonator configured to transfer an electromagnetic energy to a target resonator; and a source resonance bandwidth setting unit configured to set a resonance bandwidth of the source resonator, CHARACTERIZED BY a source controller configured to: verify a demand power of a target device, control the source resonance bandwidth setting unit to set a Q-factor of the source resonator to be within a first range in response to the demand power of the target device being less than a setting value, and control the source resonance bandwidth setting unit to set the Q-factor of the source resonator to be within a second range in response to the demand power of the target device being equal to or greater than the setting value, verify a demand power of a target device, control the source resonance bandwidth setting unit to set a Q-factor of the source resonator to be within a first range in response to the demand power of the target device being less than a setting value, and control the source resonance bandwidth setting unit to set the Q-factor of the source resonator to be within a second range in response to the demand power of the target device being equal to or greater than the setting value, wherein the first range comprises values less than 100, and the second range comprises values from 100 to 3000.
A folding grill equipped with two essentially C-shaped left and right legs connected to a fireplace consisting of a bowl sheltered by three walls: rear wall and two side walls, on which a cover rests, and a grate, wherein the front and rear walls of the bowl of the fireplace are swingingly connected to the upper ends of the front and rear walls of the left leg and right leg, characterized in that the rear wall of the fireplace, consisting of a lower and an upper parts connected to each other by hinges, and the side walls of the fireplace are connected by hinges to the side walls and the rear wall of the bowl, whereas the side walls of the fireplace are detachably connected to the rear wall of the fireplace by means of protrusions inseparably connected to the upper part of the rear wall of the fireplace, which are located in the vertical slots of the side walls of the fireplace, and in addition the upper part of the rear wall of the fireplace is connected by hinges to the cover.
An extended release pharmaceutical formulation for oral administration in form of a multiparticulate comprising a) 40-O-(2-hydroxy)ethyl-rapamycin, b) at least one extended release coating which comprises i) a water insoluble coating forming polymer and ii) optionally a pore former, and c) a protection layer, wherein the protection layer separates the layer comprising the 40-O-(2-hydroxy)ethyl-rapamycin from the extended release coating.
Pharmaceutical composition suitable for use as a food supplement containing - gamma cyclodextrin curcumin complex; - selenium and/or selenomethionine in organic or inorganic form as a mineral; - one or more filler selected from lactose monohydrate, lactose anhydrase, sugar, mannitol, dextrate and derivatives thereof, microcrystalline cellulose, starch, pregelatinized starch, cellulose and fumed silica; - a lubricant selected from magnesium stearate, stearic acid and sodium sterile fumarate; - a sweetener; and - a flavouring agent. - gamma cyclodextrin curcumin complex; - selenium and/or selenomethionine in organic or inorganic form as a mineral; - one or more filler selected from lactose monohydrate, lactose anhydrase, sugar, mannitol, dextrate and derivatives thereof, microcrystalline cellulose, starch, pregelatinized starch, cellulose and fumed silica; - a lubricant selected from magnesium stearate, stearic acid and sodium sterile fumarate; - a sweetener; and - a flavouring agent.
A method of preparing butadiene, comprising: a step of obtaining oxidative dehydrogenation reaction products containing butadiene, which are generated when reaction raw materials containing butene, oxygen (O 2) having a purity of 90% or more, steam, and a diluent gas are passed through an oxidative dehydrogenation reaction part; a step of removing water from the oxidative dehydrogenation reaction products containing butadiene by passing the oxidative dehydrogenation reaction products through a cooling separation part; a step of condensing hydrocarbons by passing the oxidative dehydrogenation reaction products, from which water is removed, through a condensation separation part; a step of recovering all hydrocarbons not condensed in the condensation separation part by passing oxidative dehydrogenation reaction products containing hydrocarbons not condensed in the condensation separation part through an absorption separation part; and a step of separating butadiene by passing crude hydrocarbons comprising n-butane, butene, and butadiene, which are condensed in the condensation separation part, and crude hydrocarbons comprising n-butane, butene, and butadiene excluding COx and O 2, which are recovered in the absorption separation part, through a purification part, wherein n-butane and butene excluding butadiene, which are separated in the purification part, are fed again into the oxidative dehydrogenation reaction part, and the diluent gas is butane. a step of obtaining oxidative dehydrogenation reaction products containing butadiene, which are generated when reaction raw materials containing butene, oxygen (O 2) having a purity of 90% or more, steam, and a diluent gas are passed through an oxidative dehydrogenation reaction part; a step of removing water from the oxidative dehydrogenation reaction products containing butadiene by passing the oxidative dehydrogenation reaction products through a cooling separation part; a step of condensing hydrocarbons by passing the oxidative dehydrogenation reaction products, from which water is removed, through a condensation separation part; a step of recovering all hydrocarbons not condensed in the condensation separation part by passing oxidative dehydrogenation reaction products containing hydrocarbons not condensed in the condensation separation part through an absorption separation part; and a step of separating butadiene by passing crude hydrocarbons comprising n-butane, butene, and butadiene, which are condensed in the condensation separation part, and crude hydrocarbons comprising n-butane, butene, and butadiene excluding COx and O 2, which are recovered in the absorption separation part, through a purification part, wherein n-butane and butene excluding butadiene, which are separated in the purification part, are fed again into the oxidative dehydrogenation reaction part, and the diluent gas is butane.
A suspension system for suspending a camera lens element comprising at least one lens in a manner allowing movement orthogonal to the optical axis of the at least one lens, the suspension system comprising: a support structure; a camera lens element comprising at least one lens having an optical axis; at least one ball disposed between the support structure and the camera lens element allowing movement of the camera lens element relative to the support structure orthogonal to the optical axis; a biasing arrangement, connected between the support structure and the camera lens element that biases the support structure and the camera lens element against the at least one ball whilst permitting said movement of the camera lens element relative to the support structure orthogonal to the optical axis; and a lateral actuation arrangement comprising plural SMA actuator wires connected between the support structure and the camera lens element in an arrangement wherein the SMA actuator wires are arranged, on selective driving, to move the camera lens element relative to the support structure in any direction orthogonal to the optical axis of the at least one lens. a support structure; a camera lens element comprising at least one lens having an optical axis; at least one ball disposed between the support structure and the camera lens element allowing movement of the camera lens element relative to the support structure orthogonal to the optical axis; a biasing arrangement, connected between the support structure and the camera lens element that biases the support structure and the camera lens element against the at least one ball whilst permitting said movement of the camera lens element relative to the support structure orthogonal to the optical axis; and a lateral actuation arrangement comprising plural SMA actuator wires connected between the support structure and the camera lens element in an arrangement wherein the SMA actuator wires are arranged, on selective driving, to move the camera lens element relative to the support structure in any direction orthogonal to the optical axis of the at least one lens.
A loading assembly for oblong elements, in particular metal elements, such as for example bars, comprising a feeding plane, on which said elements are arranged, in operation, oriented according to a longitudinal direction, a movable selector member, a chute associated with said selector member and cooperating with a transfer seat (5, 50) to collect a number of elements loaded on said chute by means of said selector member, said selector member being movable with a lifting motion relative to said chute between a lowered position under said feeding plane and a raised position up to said chute, to intercept and transfer said number of said elements from said feeding surface to said chute, said loading assembly also comprising a transfer device (4, 400) for said elements, movable with a transfer motion between an engagement configuration, approached to said transfer seat (5, 50), to engage said number of elements inserted in said transfer seat (5, 50), and a transport configuration, spaced therefrom, to transfer said number of elements, characterized in that it comprises alignment means (32, 33) for subjecting said number of elements to respective alignment operations, said alignment means being aligned with said transfer seat (5, 50) and/or with an intermediate seat interposed between said feeding surface and said transfer seat (5, 50).
An effector launch system comprising: a stowable effector launcher housing including: a housing panel configured for coupling with a vehicle, and one or more receptacle brackets (302, 304) movably coupled with the housing panel, the one or more receptacle brackets providing one or more effector launcher sockets when deployed; one or more effector launchers, each effector launcher includes an effector received within an adapter housing; and wherein the stowable effector launcher housing is movable between a deployed configuration and a stowed configuration: in the deployed configuration the one or more receptacle brackets extend from the housing panel and the one or more effector launchers are received within the one or more effector launcher sockets, and in the stowed configuration the one or more effector launchers are removed from the one or more effector launcher sockets, the one or more effector launcher sockets are collapsed, and the one or more receptacle brackets are folded into and within the borders of the housing panel, or on top of the housing panel or around the edges of the housing panel. a stowable effector launcher housing including: a housing panel configured for coupling with a vehicle, and one or more receptacle brackets (302, 304) movably coupled with the housing panel, the one or more receptacle brackets providing one or more effector launcher sockets when deployed; a housing panel configured for coupling with a vehicle, and one or more receptacle brackets (302, 304) movably coupled with the housing panel, the one or more receptacle brackets providing one or more effector launcher sockets when deployed; one or more effector launchers, each effector launcher includes an effector received within an adapter housing; and wherein the stowable effector launcher housing is movable between a deployed configuration and a stowed configuration: in the deployed configuration the one or more receptacle brackets extend from the housing panel and the one or more effector launchers are received within the one or more effector launcher sockets, and in the stowed configuration the one or more effector launchers are removed from the one or more effector launcher sockets, the one or more effector launcher sockets are collapsed, and the one or more receptacle brackets are folded into and within the borders of the housing panel, or on top of the housing panel or around the edges of the housing panel. in the deployed configuration the one or more receptacle brackets extend from the housing panel and the one or more effector launchers are received within the one or more effector launcher sockets, and in the stowed configuration the one or more effector launchers are removed from the one or more effector launcher sockets, the one or more effector launcher sockets are collapsed, and the one or more receptacle brackets are folded into and within the borders of the housing panel, or on top of the housing panel or around the edges of the housing panel.
A coating system for an article comprising a first component having a surface in frictional engagement with a surface of a second component, wherein at least a portion of at least one surface of the component(s) is coated with a coating prepared from a composition comprising: (a) a first, curable organopolysiloxane comprising at least two alkenyl groups; and (b) a second, curable organopolysiloxane comprising at least two polar groups, the second organopolysiloxane being different from the first organopolysiloxane, each polar group of the second organopolysiloxane (b) being independently selected from the group consisting of acrylate and methacrylate, wherein said composition further comprises, (c) an organopolysiloxane that is different than the first and second organopolysiloxanes, said organopolysiloxane being an alkyl siloxane. (a) a first, curable organopolysiloxane comprising at least two alkenyl groups; and (b) a second, curable organopolysiloxane comprising at least two polar groups, the second organopolysiloxane being different from the first organopolysiloxane, each polar group of the second organopolysiloxane (b) being independently selected from the group consisting of acrylate and methacrylate, (c) an organopolysiloxane that is different than the first and second organopolysiloxanes, said organopolysiloxane being an alkyl siloxane.
Process for producing a three dimensional bioartificial tissue having viable cells in or on a matrix and with which the cells and matrix can be cultivated to a tissue or precursor of it, characterized in that at the beginning of the production at least one vessel or porous vessel wherein the vessel has lateral openings departing from a longitudinally extended vessel lumen is inserted into the tissue whereby the perfusion of the vessel is from outside by perfusion with blood or a culture medium and cultivating said tissue in a manner of hereby vessels propagate into the tissue and a vascularized bioartificial tissue obtained.
A compound having formula IV or a pharmaceutically acceptable salt thereof wherein Y is a C 5-11 bridged bicycloalkyl, Z is straight-chain or branched C 1-11 alkyl, wherein one or more CH 2 groups may independently be replaced by -(CH 2 -O-CH 2)-, -(CH 2 -CH 2 -O)-, -(O-CH 2 -CH 2)-, -O-, -NH-, and -NR-, wherein R is branched or linear C 1-6 alkyl. Y is a C 5-11 bridged bicycloalkyl, Z is straight-chain or branched C 1-11 alkyl, wherein one or more CH 2 groups may independently be replaced by -(CH 2 -O-CH 2)-, -(CH 2 -CH 2 -O)-, -(O-CH 2 -CH 2)-, -O-, -NH-, and -NR-, wherein R is branched or linear C 1-6 alkyl.
Iron comprising a soleplate surmounted by a housing having a rear end provided with a heel on which the iron can rest substantially vertically during the inactive phases of ironing and having a steam distribution circuit comprising at least one filtering screen (8, 9) for retaining scale particles, characterised in that said filtering screen (8, 9) extends parallel to the longitudinal direction of the soleplate and is arranged in the steam distribution circuit so that steam crosses from the bottom to the top when the steam iron rests horizontally on the soleplate.
A speaker assembly comprising: two separate and symmetrical speakers combining together in a reversed manner, each speaker including a base for seating said speaker and a sound emission surface provided at one front side thereof for an emission of sound derived from the speaker; wherein each speaker defines a mating surface which the sound emission surface is located at and said two speakers can be secured to each other snugly into an integral unit by jointing two mating surfaces thereof via a magnetic force, wherein one of said speakers mates to the other one in an upside-down way, and said two speakers combine into a cylinder in shape approximately; each of said speakers is approximately tower-shaped characterized in that the mating surface is formed by cutting in and out of a cylindrical surface of said cylinder obliquely, wherein the mating surface is S-shaped including a first mating surface curvedly extending backwardly, an up-down oblique second mating surface connecting a bottom side of the first mating surface, and a third mating surface curvedly extending forwardly connecting a bottom side of the second mating surface.
A method for extending the shelf-life of one or more foods or preserving food, comprising the steps of: providing at least 2 microwave radiation sources, comprising at least 1 horizontal microwave radiation source and at least 1 vertical microwave radiation source; exposing the one or more foods to one or more pulses of microwave radiation for at least seven seconds from each of the at least 2 microwave radiation sources; rotating the one or more foods; moving the one or more foods horizontally; providing a coolant source comprising a CO 2 supply in communication with the one or more foods; contacting the one or more foods with the CO 2 supply wherein the CO 2 supply cools the one or more foods; disposing the one or more foods within a container; and sealing the container, whereby one or more microbiological activities within the container or a pathogenic organism, in particular food-borne pathogens, within the container is inhibited so long as the container remains sealed, or wherein the shelf-life of the food is improved. providing at least 2 microwave radiation sources, comprising at least 1 horizontal microwave radiation source and at least 1 vertical microwave radiation source; exposing the one or more foods to one or more pulses of microwave radiation for at least seven seconds from each of the at least 2 microwave radiation sources; rotating the one or more foods; moving the one or more foods horizontally; providing a coolant source comprising a CO 2 supply in communication with the one or more foods; contacting the one or more foods with the CO 2 supply wherein the CO 2 supply cools the one or more foods; disposing the one or more foods within a container; and sealing the container, whereby one or more microbiological activities within the container or a pathogenic organism, in particular food-borne pathogens, within the container is inhibited so long as the container remains sealed, or wherein the shelf-life of the food is improved.
A method of forming an Al-Zn-Si-Mg alloy coating on a steel strip, the Al-Zn-Si-Mg alloy coating including the following ranges in % by weight of the elements Al, Zn, Si, and Mg: Zn: 35 to 50 % Si: 1.2 to 2.5% Mg 1.0 to 3.0% balance Al and unavoidable impurities, the method including the steps of dipping steel strip into a bath of molten Al-Zn-Si-Mg alloy and forming a coating of the alloy on exposed surfaces of the steel strip and cooling the coated strip with cooling water, conditioning the surface of the coated strip in a rolling section, and passivating the surface of the coated strip to provide resistance to wet storage and early dulling by coating the strip with a passivation solution in a passivation section, with the cooling step including controlling the pH of cooling water to be in a range of 5 to less than 7 by adding acid to the cooling water and controlling the temperature of cooling water to be in a range of 25-80°C, and with the cooling step including a water quench step and (a) a closed loop in which water is circulated through a circuit that supplies water to the coated strip and collects and cools water and returns the cooled water for cooling the coated strip or (b) an open loop in which cooling water is supplied from a cooling tower to the coated strip and collected and recirculated through the cooling tower. Zn: 35 to 50 % Si: 1.2 to 2.5% Mg 1.0 to 3.0% balance Al and unavoidable impurities,
A bearing, in particular a rolling bearing, comprising a stationary first bearing ring and a second bearing ring which is arranged in a rotatable manner about a longitudinal axis relative to the first bearing ring, wherein the bearing has at least a first sensor and a second sensor, wherein the first sensor and the second sensor are contactlessly measuring sensors, wherein the first sensor and the second sensor each have a sensor surface, wherein the second sensor is arranged opposite a reference surface and is provided for measuring a distance between the sensor surface and the reference surface, characterized in that the first sensor is arranged opposite an at least partly circumferential, step-shaped reference edge, wherein the first sensor is provided for measuring the degree of overlap between the sensor surface and the reference edge.
A method for treating heavy products resulting from refining waste from a biological treatment including: - a step of screening the heavy products in other to separate a higher size fraction and a lower size fraction; and - a step of gravity concentrating the higher size fraction in water in order to separate denser inert particles from less dense organic particles, characterised in that a leaching test is carried out on a sample of the inert particles. - a step of screening the heavy products in other to separate a higher size fraction and a lower size fraction; and - a step of gravity concentrating the higher size fraction in water in order to separate denser inert particles from less dense organic particles,