mhurhangee/ep-ind-claims huggingface dataset:
A wireless electric energy transmission system, wherein the system comprises a transmitter and a receiver, the transmitter comprises a DC/AC inverter circuit, a first inductor, and a first capacitor that are connected in series, the receiver comprises an AC/DC rectifier circuit, a second inductor, and a second capacitor that are connected in series, electric energy of the transmitter is transmitted to the receiver through electromagnetic induction between the first inductor and the second inductor, and the AC/DC rectifier circuit is configured to rectify the electric energy transmitted by the transmitter to the receiver; and the transmitter is configured to: detect a value of a resonant frequency of the transmitter; detect a value of a coupling coefficient between the transmitter and the receiver; obtain a value of a constant-voltage operating frequency of the transmitter through calculation based on the resonant frequency and the coupling coefficient; and control an operating frequency of the DC/AC inverter circuit based on the constant-voltage operating frequency obtained through calculation; and wherein the receiver is configured to detect an output voltage of the receiver; and the transmitter is configured to: determine that a value of a gain is not equal to a first threshold, wherein the gain is a ratio of the output voltage of the receiver to an input voltage of the transmitter; modulate, within a preset range, the constant-voltage operating frequency obtained through calculation, until the value of the gain is equal to the first threshold; and control the operating frequency of the DC/AC inverter circuit to be a modulated constant-voltage operating frequency. detect a value of a resonant frequency of the transmitter; detect a value of a coupling coefficient between the transmitter and the receiver; obtain a value of a constant-voltage operating frequency of the transmitter through calculation based on the resonant frequency and the coupling coefficient; and control an operating frequency of the DC/AC inverter circuit based on the constant-voltage operating frequency obtained through calculation; and wherein the receiver is configured to detect an output voltage of the receiver; and the transmitter is configured to: determine that a value of a gain is not equal to a first threshold, wherein the gain is a ratio of the output voltage of the receiver to an input voltage of the transmitter; modulate, within a preset range, the constant-voltage operating frequency obtained through calculation, until the value of the gain is equal to the first threshold; and control the operating frequency of the DC/AC inverter circuit to be a modulated constant-voltage operating frequency. determine that a value of a gain is not equal to a first threshold, wherein the gain is a ratio of the output voltage of the receiver to an input voltage of the transmitter; modulate, within a preset range, the constant-voltage operating frequency obtained through calculation, until the value of the gain is equal to the first threshold; and control the operating frequency of the DC/AC inverter circuit to be a modulated constant-voltage operating frequency.
Non-therapeutic use of erythrulose as antimicrobial agent, wherein erythrulose inhibits the growth of Propionibacterium acnes, Staphylococcus epidermidis, Cornyebacterium xerosis, and/ or Aspergillus brasiliensis.
A personal care composition comprising: a) a structured cleansing phase comprising: i) from 5 % to 20 %, by weight of the personal care composition, of sodium trideceth (n) sulfate where n is between 0.5 and 2.7; ii) an amphoteric surfactant, a zwitterionic surfactant, or a combination thereof; and iii) a structuring system comprising from 0.01 % to 0.03 %, by weight of the personal care composition, of an associative polymer and from 0.01 % to 5 %, by weight of the personal care composition, of a non-associative polymer, wherein the associative polymer comprises acrylate/C10-C30 alkyl acrylate cross-polymers; and b) a benefit phase comprising from 0.1 % to 50 %, by weight of the personal care composition, of a benefit agent; wherein the structured cleansing phase and the benefit phase are in physical contact. a) a structured cleansing phase comprising: i) from 5 % to 20 %, by weight of the personal care composition, of sodium trideceth (n) sulfate where n is between 0.5 and 2.7; ii) an amphoteric surfactant, a zwitterionic surfactant, or a combination thereof; and iii) a structuring system comprising from 0.01 % to 0.03 %, by weight of the personal care composition, of an associative polymer and from 0.01 % to 5 %, by weight of the personal care composition, of a non-associative polymer, wherein the associative polymer comprises acrylate/C10-C30 alkyl acrylate cross-polymers; and i) from 5 % to 20 %, by weight of the personal care composition, of sodium trideceth (n) sulfate where n is between 0.5 and 2.7; ii) an amphoteric surfactant, a zwitterionic surfactant, or a combination thereof; and iii) a structuring system comprising from 0.01 % to 0.03 %, by weight of the personal care composition, of an associative polymer and from 0.01 % to 5 %, by weight of the personal care composition, of a non-associative polymer, wherein the associative polymer comprises acrylate/C10-C30 alkyl acrylate cross-polymers; and b) a benefit phase comprising from 0.1 % to 50 %, by weight of the personal care composition, of a benefit agent;
A system, comprising: a sorbent recharger having a recharging flow path comprising at least one receiving compartment for a zirconium oxide sorbent module; the at least one receiving compartment comprising a zirconium oxide module inlet and a zirconium oxide module outlet; at least one recharge solution source; the at least one recharge solution source comprising a concentrated hydroxyl source and a concentrated free chlorine source fluidly connectable to the recharging flow path; a controller controlling at least one pump to introduce fluid from the at least one recharge solution source to the zirconium oxide sorbent module; wherein the recharging flow path is fluidly connectable to a water source upstream of the zirconium oxide module inlet; and wherein the controller controls a flow rate of hydroxide from said concentrated hydroxyl source and free chlorine from said concentrated free chlorine source and a flow rate of water to generate a recharge solution having a specified concentration of hydroxide and free chlorine. a sorbent recharger having a recharging flow path comprising at least one receiving compartment for a zirconium oxide sorbent module; the at least one receiving compartment comprising a zirconium oxide module inlet and a zirconium oxide module outlet; at least one recharge solution source; the at least one recharge solution source comprising a concentrated hydroxyl source and a concentrated free chlorine source fluidly connectable to the recharging flow path; a controller controlling at least one pump to introduce fluid from the at least one recharge solution source to the zirconium oxide sorbent module; wherein the recharging flow path is fluidly connectable to a water source upstream of the zirconium oxide module inlet; and wherein the controller controls a flow rate of hydroxide from said concentrated hydroxyl source and free chlorine from said concentrated free chlorine source and a flow rate of water to generate a recharge solution having a specified concentration of hydroxide and free chlorine.
A process for annealing photovoltaic polymer encapsulation film, comprising the steps of - producing a photovoltaic polymer encapsulation film made of a functionalized polyolefin of the type ethylene vinylacetate by extrusion along an extrusion direction, the film comprising polymer molecules oriented along a machine direction along the extrusion direction and - annealing the thus obtained photovoltaic polymer encapsulation film by feeding the film in the form of a continuous sheet over a support surface of a support means and wherein a fluid is comprised between the film and the support surface and heating the film by infra red heating to a relaxation temperature to increase the isotropy of polymer molecules such that the film is at least partly annealed, and wherein the surface of the support means has a roughness Rz between 50 and 120 microns, wherein Rz represents the ten point roughness of the 2D roughness profile determined according to ISO 4287:1997, and wherein the surface of the support means has a roughness Ra between 5 and 50 microns, wherein Ra represents the arithmetic roughness of the 2D roughness profile determined according to ISO 4287:1997. - producing a photovoltaic polymer encapsulation film made of a functionalized polyolefin of the type ethylene vinylacetate by extrusion along an extrusion direction, the film comprising polymer molecules oriented along a machine direction along the extrusion direction and - annealing the thus obtained photovoltaic polymer encapsulation film by feeding the film in the form of a continuous sheet over a support surface of a support means and wherein a fluid is comprised between the film and the support surface and heating the film by infra red heating to a relaxation temperature to increase the isotropy of polymer molecules such that the film is at least partly annealed, and wherein the surface of the support means has a roughness Rz between 50 and 120 microns, wherein Rz represents the ten point roughness of the 2D roughness profile determined according to ISO 4287:1997, and wherein the surface of the support means has a roughness Ra between 5 and 50 microns, wherein Ra represents the arithmetic roughness of the 2D roughness profile determined according to ISO 4287:1997.
A gas turbine engine comprising: a turbine section including at least one turbine rotor (46;54) having at least one blade; and a blade outer air seal positioned radially outward of a radially outer tip of said at least one turbine blade, and said blade outer air seal having a forward hook and an aft hook, said forward hook supported on a forward retainer and said aft hook supported on an aft hook retainer, said aft hook retainer providing structure to prevent rotation of said blade outer air seal relative to said aft hook retainer, and there being an interference fit between said aft hook retainer and said forward retainer, and a load path being provided from a static structure through said aft hook retainer to said forward retainer, wherein said aft hook retainer has a radially inner ledge to support a radially inner end of said aft hook, and characterised in that the aft hook retainer has lugs positioned radially outwardly of said radially inner ledge, said lugs being received in depressions in said aft hook to prevent rotation in the circumferential direction of said blade outer air seal relative to said aft hook retainer. a turbine section including at least one turbine rotor (46;54) having at least one blade; and a blade outer air seal positioned radially outward of a radially outer tip of said at least one turbine blade, and said blade outer air seal having a forward hook and an aft hook, said forward hook supported on a forward retainer and said aft hook supported on an aft hook retainer, said aft hook retainer providing structure to prevent rotation of said blade outer air seal relative to said aft hook retainer, and there being an interference fit between said aft hook retainer and said forward retainer, and a load path being provided from a static structure through said aft hook retainer to said forward retainer, wherein said aft hook retainer has a radially inner ledge to support a radially inner end of said aft hook, and characterised in that the aft hook retainer has lugs positioned radially outwardly of said radially inner ledge, said lugs being received in depressions in said aft hook to prevent rotation in the circumferential direction of said blade outer air seal relative to said aft hook retainer.
Apparatus for handling containers comprising a carrier which is rotatable about an axis of rotation, wherein a plurality of receiving discs are arranged on the carrier, wherein the receiving discs are each rotatable about axes of rotation and are suitable and intended for supporting the containers, wherein furthermore drive means, which are rotatable about predetermined axes of rotation are arranged on the carrier and which are coupled non-rotatably to the receiving discs, wherein the receiving discs are removeable from the drive means, and the drive means and/or the receiving discs have coupling means which enable a transmission of torque between the drive means and the receiving discs, wherein the apparatus has at least one disc carrier, wherein the disc carrier is removable form the apparatus together with the receiving disc arranged thereon, characterised in that at least one receiving disc is arranged rotatable on the disc carrier. wherein furthermore drive means, which are rotatable about predetermined axes of rotation are arranged on the carrier and which are coupled non-rotatably to the receiving discs, wherein the receiving discs are removeable from the drive means, and the drive means and/or the receiving discs have coupling means which enable a transmission of torque between the drive means and the receiving discs, wherein the apparatus has at least one disc carrier, wherein the disc carrier is removable form the apparatus together with the receiving disc arranged thereon, characterised in that at least one receiving disc is arranged rotatable on the disc carrier.
Fitting assembly for two leaves (14a, 14b) of a window or door that can be slid towards one another, wherein the end faces of the leaves (14a, 14b) are in contact when slid together, the fitting assembly comprising the following: a) a first connecting-rod assembly for a first leaf, it being possible to move the first connecting-rod assembly into a sliding position, in which the first leaf can slide, and into a blocking position, in which the first leaf cannot slide; b) a second connecting-rod assembly for a second leaf, it being possible to move the second connecting-rod assembly into a sliding position, in which the second leaf can slide, and into a blocking position, in which the second leaf cannot slide; characterized in that the fitting assembly comprises a first projection on the first connecting-rod assembly, wherein the first projection can be movably arranged on the first leaf and the fitting assembly comprises a second projection that can be arranged on the second leaf, the first projection being able to pass by the second projection when the leaves (14a, 14b) are slid towards one another in the blocking position of the first connecting-rod assembly and colliding with the second projection when the leaves (14a, 14b) are slid towards one another in the sliding position of the first connecting-rod assembly. a) a first connecting-rod assembly for a first leaf, it being possible to move the first connecting-rod assembly into a sliding position, in which the first leaf can slide, and into a blocking position, in which the first leaf cannot slide; b) a second connecting-rod assembly for a second leaf, it being possible to move the second connecting-rod assembly into a sliding position, in which the second leaf can slide, and into a blocking position, in which the second leaf cannot slide;
A merchandising system comprising: a base configured to support product, the base having a first side edge, a second side edge and a front edge; a housing configured to be engaged with the base, comprising a top wall, a first side wall, a second side wall, a back edge and a retaining front wall; a spring-urged pusher movably mounted on the base; and characterized by: a dampener assembly mounted to the spring-urged pusher configured to control the rate of speed at which the spring-urged pusher is urged forward; the front retaining wall is at an angle relative to the base and extends from the second side edge to the first side edge towards the front edge such that the front retaining wall and the first side wall define an opening through which product can be removed from the base; and in that a lever is operatively coupled to the merchandising system for ejecting product through said opening. a base configured to support product, the base having a first side edge, a second side edge and a front edge; a housing configured to be engaged with the base, comprising a top wall, a first side wall, a second side wall, a back edge and a retaining front wall; a spring-urged pusher movably mounted on the base; and characterized by: a dampener assembly mounted to the spring-urged pusher configured to control the rate of speed at which the spring-urged pusher is urged forward; the front retaining wall is at an angle relative to the base and extends from the second side edge to the first side edge towards the front edge such that the front retaining wall and the first side wall define an opening through which product can be removed from the base; and in that a lever is operatively coupled to the merchandising system for ejecting product through said opening. a dampener assembly mounted to the spring-urged pusher configured to control the rate of speed at which the spring-urged pusher is urged forward; the front retaining wall is at an angle relative to the base and extends from the second side edge to the first side edge towards the front edge such that the front retaining wall and the first side wall define an opening through which product can be removed from the base; and in that a lever is operatively coupled to the merchandising system for ejecting product through said opening.
A method for predicting the sensitivity of a patient suffering from a cancer disease to DNA methylation inhibitor therapy, which comprises determining in vitro in cancer cells taken from the patient and comparing with values for parent type of cells - the level of expression of bromodomain containing gene ASH1L, wherein the change in expression determining resistance is increase, and/or - the mutations involving the non-synonymous change in amino acid sequence of bromodomain containing protein ASH1L: Amino acid change determining resistance Mutation in parental vs resistant cell lines Position Reference Parental Resistant ASH1L 1429 Alanine Alanine Valine - the level of expression of bromodomain containing gene ASH1L, wherein the change in expression determining resistance is increase, and/or - the mutations involving the non-synonymous change in amino acid sequence of bromodomain containing protein ASH1L: Amino acid change determining resistance Mutation in parental vs resistant cell lines Position Reference Parental Resistant ASH1L 1429 Alanine Alanine Valine
A method for assembling groups of segments, in particular filter segments, for producing rod-like articles of the tobacco processing industry, wherein segments of a first type are delivered in a direction transverse to the longitudinal axis of the segments, wherein the segments of the first type are arranged relative to each other at a transaxial distance that is greater than the diameter of the respective segment of the first type, wherein segments of a second type are arranged between the segments of the first type so that the segments of the first type and the segments of the second type are sequentially arranged alternatingly in a row in a transaxial direction, wherein the segments of the first type and the segments of the second type are delivered transaxially in a row, wherein a segment of a third type is added along the longitudinal axis next to the segments of the first type and the segments of the second type, respectively.
Method for producing a fibre-reinforced, foamed plastic moulded part, wherein a) in a first step, a polymer melt containing fibres is obtained from a granulate of a thermoplastic plastic and reinforcement fibres in a plasticising unit, b) in a second step, the polymer melt is displaced with a physical propellant, and c) then, in a third step, is injected into a mould cavity of a moulding tool under pressure via an injection cylinder, wherein a screw extruder is used as a plasticising unit, having several separate inlets (4, 5, 6) arranged one behind the other, wherein the first inlet is provided for the addition of the granulate, the granulate is plasticised by heating and then the reinforcement fibres are supplied to the plasticising unit, wherein a supply for the reinforcement fibres is provided in the front third, characterised in that the polymer melt is ventilated in the plasticising unit after addition of the reinforcement fibres, and the physical propellant is added to the polymer melt in a transfer cylinder arranged separately between the plasticising unit and the injection cylinder via a gas injection unit after passing the plasticising unit. a) in a first step, a polymer melt containing fibres is obtained from a granulate of a thermoplastic plastic and reinforcement fibres in a plasticising unit, b) in a second step, the polymer melt is displaced with a physical propellant, and c) then, in a third step, is injected into a mould cavity of a moulding tool under pressure via an injection cylinder, wherein a screw extruder is used as a plasticising unit, having several separate inlets (4, 5, 6) arranged one behind the other, wherein the first inlet is provided for the addition of the granulate,
A process for producing an organic compound comprising an 18 F atom, which process comprises treating an organoboron compound, which organoboron compound comprises a boron atom bonded to an sp 2 hybridised carbon atom, with (i) 18 F - and (ii) a copper compound. (i) 18 F - and (ii) a copper compound.
Actively clocked power factor correction circuit, comprising: - an input at which an AC supply voltage can be supplied, - a rectifier (D1, D2, D3, D4), - a filter capacitor fed from the rectifier (D1, D2, D3, D4), - an inductor, - a control circuit, and - a switch which can be controlled by the control circuit in order to charge the inductor during an on period and to discharge it during an off period, wherein - the control circuit is configured to set an on period of the switch for regulating the output voltage (U out) of the power factor correction circuit, to measure a capacitor voltage across the filter capacitor and to change the on period of the switch depending on the measurement of the capacitor voltage, characterized in that - the control circuit is configured to determine a setpoint curve, the course of which corresponds to the AC supply voltage, in which every second half-wave is inverted, to compare the capacitor voltage to the setpoint curve and, as depending thereupon, to change the set on period of the switch in order to modulate the capacitor voltage to the setpoint curve. - an input at which an AC supply voltage can be supplied, - a rectifier (D1, D2, D3, D4), - a filter capacitor fed from the rectifier (D1, D2, D3, D4), - an inductor, - a control circuit, and - a switch which can be controlled by the control circuit in order to charge the inductor during an on period and to discharge it during an off period, wherein - the control circuit is configured to set an on period of the switch for regulating the output voltage (U out) of the power factor correction circuit, to measure a capacitor voltage across the filter capacitor and to change the on period of the switch depending on the measurement of the capacitor voltage, - the control circuit is configured to determine a setpoint curve, the course of which corresponds to the AC supply voltage, in which every second half-wave is inverted, to compare the capacitor voltage to the setpoint curve and, as depending thereupon, to change the set on period of the switch in order to modulate the capacitor voltage to the setpoint curve.