mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material, comprising: a lithium-nickel based transition metal composite oxide having a layered structure, which is expressed by Chemical Formula 1 below; and a phosphate coated layer formed on the surface of the composite oxide, and wherein the content of nickel in the positive electrode active material is 70 mol% or more based on the total amount of metallic components excluding lithium, and wherein the phosphate coated layer comprises Li 3 PO 4 formed by reaction with lithium by-products present in the outer surface of the lithium-nickel based transition metal composite oxide: [Chemical Formula 1] Li x Ni a M b A w O 2-y D y where, 1.0≤x≤1.2, 0.7≤a≤1, 0<b≤0.3, 0≤y<0.2, 0<w≤0.3, and 2≤x+a+b+w≤2.2, M is Mn b1 Co b2 , where, 0<b1+b2≤0.3, A is Sr, and D is at least one selected from the group consisting of S, N, F, Cl, Br, I, and P. a lithium-nickel based transition metal composite oxide having a layered structure, which is expressed by Chemical Formula 1 below; and a phosphate coated layer formed on the surface of the composite oxide, and wherein the content of nickel in the positive electrode active material is 70 mol% or more based on the total amount of metallic components excluding lithium, and wherein the phosphate coated layer comprises Li 3 PO 4 formed by reaction with lithium by-products present in the outer surface of the lithium-nickel based transition metal composite oxide: [Chemical Formula 1] Li x Ni a M b A w O 2-y D y where, 1.0≤x≤1.2, 0.7≤a≤1, 0<b≤0.3, 0≤y<0.2, 0<w≤0.3, and 2≤x+a+b+w≤2.2, M is Mn b1 Co b2 , where, 0<b1+b2≤0.3, A is Sr, and D is at least one selected from the group consisting of S, N, F, Cl, Br, I, and P. where, 1.0≤x≤1.2, 0.7≤a≤1, 0<b≤0.3, 0≤y<0.2, 0<w≤0.3, and 2≤x+a+b+w≤2.2, M is Mn b1 Co b2 , where, 0<b1+b2≤0.3, A is Sr, and D is at least one selected from the group consisting of S, N, F, Cl, Br, I, and P.
In-the-ear hearing instrument, comprising an assembly structure with at least three parts , wherein the structure comprises a hard or rigid shell for the arrangement of electronic parts, a power supply and a microphone, a receiver housing compartment for the arrangement of a receiver and a middle connecting compartment for the interconnection of the said shell and the receiver housing compartment , wherein the said shell and the receiver housing compartment are removably connectable to the middle connecting compartment and wherein the said shell and the receiver housing compartment can be arranged, one in relation to the other, in a different orientation, characterized in that the middle connecting compartment is made of a flexible material and is an enveloping structurally empty chamber adapted to provide a sound dampening mechanism.
Regulating device for an electric machine , comprising: a first regulating unit , which is designed to provide a first target variable (R1) to minimize an interference variable at an operating point (M) of the electric machine ; a computing device , which is designed to calculate a change (E) in the operating point (M) of the electric machine based on driving the electric machine with the first target variable (R1); a second regulating unit , which is designed to provide a second target variable (R2) for setting a specified first target value (S1) in the electric machine , wherein the second target variable (R2) is determined using a difference between a detected value of the operating point (M) and the calculated change (E) in the operating point (M) based on driving with the first target variable (R1); and a control device , which is designed to drive the electric machine using a combination of the first target variable (R1) and the second target variable (R2). a first regulating unit , which is designed to provide a first target variable (R1) to minimize an interference variable at an operating point (M) of the electric machine ; a computing device , which is designed to calculate a change (E) in the operating point (M) of the electric machine based on driving the electric machine with the first target variable (R1); a second regulating unit , which is designed to provide a second target variable (R2) for setting a specified first target value (S1) in the electric machine , wherein the second target variable (R2) is determined using a difference between a detected value of the operating point (M) and the calculated change (E) in the operating point (M) based on driving with the first target variable (R1); and a control device , which is designed to drive the electric machine using a combination of the first target variable (R1) and the second target variable (R2).
A sustained-release aqueous intranasal formulation comprising rivastigmine or a pharmaceutically acceptable salt thereof, a pH modifying agent and a thickening agent, wherein: the rivastigmine comprises 0.5% to 15% by weight of the total formulation; the thickening agent comprises 0.25% to 2% by weight of the total formulation; and the pH of the formulation is in the range of 3 to 6. the rivastigmine comprises 0.5% to 15% by weight of the total formulation; the thickening agent comprises 0.25% to 2% by weight of the total formulation; and the pH of the formulation is in the range of 3 to 6.
A pharmaceutical composition deliverable from a metered dose inhaler, the pharmaceutical composition comprising: a propellant of pharmaceutical grade (1 E )-1,3,3,3-Tetrafluoro-1-propene (HFO-1234ze(E)) having a purity of at least 99.90%; a plurality of glycopyrrolate particles; a plurality of formoterol particles; a plurality of budesonide particles; and a plurality of phospholipid particles comprising perforated microstructures. a propellant of pharmaceutical grade (1 E )-1,3,3,3-Tetrafluoro-1-propene (HFO-1234ze(E)) having a purity of at least 99.90%; a plurality of glycopyrrolate particles; a plurality of formoterol particles; a plurality of budesonide particles; and
Filter device, with a filter housing which holds a filter element that separates a feed chamber from a filtrate chamber within the filter housing , wherein the filter element is sealed with respect to the filter housing by means of a sealing device , wherein the filter element is mounted inside the filter housing exclusively by means of floating bearings , the bearing in each case having a sealing ring of the sealing device, and wherein the sealing ring , which helps to form the first floating bearing , is arranged between a connection point of the filter element and a head of the filter housing , characterised in that the sealing ring , which helps to form the second floating bearing , is arranged between the said filter head and a filter bowl of the filter housing .
A merchandise security system comprising: a plurality of merchandise security devices located within a retail store, each merchandise security device having one serial number; and a plurality of electronic keys , wherein each electronic key is configured to store a plurality of the serial numbers, and wherein two or more of the electronic keys store different combinations of the serial numbers, wherein at least one of the electronic keys is configured to be authorized for locking, unlocking, arming, and/or disarming one or more merchandise security devices within the retail store, and wherein one of the electronic keys is configured to communicate with a merchandise security device and to determine, whether one of the plurality of the serial numbers stored by the electronic key matches the serial number of the merchandise security device , wherein the electronic key is configured to lock, unlock, arm, and/or disarm the merchandise security device in response to one of the plurality of the serial numbers stored by the electronic key matching the serial number of the merchandise security device . a plurality of merchandise security devices located within a retail store, each merchandise security device having one serial number; and a plurality of electronic keys , wherein each electronic key is configured to store a plurality of the serial numbers, and wherein two or more of the electronic keys store different combinations of the serial numbers, wherein at least one of the electronic keys is configured to be authorized for locking, unlocking, arming, and/or disarming one or more merchandise security devices within the retail store, and wherein one of the electronic keys is configured to communicate with a merchandise security device and to determine, whether one of the plurality of the serial numbers stored by the electronic key matches the serial number of the merchandise security device , wherein the electronic key is configured to lock, unlock, arm, and/or disarm the merchandise security device in response to one of the plurality of the serial numbers stored by the electronic key matching the serial number of the merchandise security device .
A charged particle microscope (M) comprising: - A vacuum enclosure ; - A source , for producing a beam (B) of charged particles; - A specimen holder (H), for holding a specimen (S); - An illuminator , provided between said source and specimen holder (H), and comprising in a propagation direction of said beam (B): ▪ A source lens serving to effect magnification/collimation of the beam immediately after production by the source; ▪ A condenser system ; - A detector, for detecting radiation emanating from the specimen (S) in response to irradiation by said beam (B), wherein said source lens is a compound lens, comprising in said propagation direction: - A magnetic lens , comprising permanent magnets disposed outside said vacuum enclosure but producing a magnetic field within it; and - A variable electrostatic lens ; Characterized in that said source lens further comprises an aligning beam deflector provided between said magnetic lens and said electrostatic lens . - A vacuum enclosure ; - A source , for producing a beam (B) of charged particles; - A specimen holder (H), for holding a specimen (S); - An illuminator , provided between said source and specimen holder (H), and comprising in a propagation direction of said beam (B): ▪ A source lens serving to effect magnification/collimation of the beam immediately after production by the source; ▪ A condenser system ; ▪ A source lens serving to effect magnification/collimation of the beam immediately after production by the source; ▪ A condenser system ; - A detector, for detecting radiation emanating from the specimen (S) in response to irradiation by said beam (B), - A magnetic lens , comprising permanent magnets disposed outside said vacuum enclosure but producing a magnetic field within it; and - A variable electrostatic lens ;
A durable dental film-forming composition, comprising: an acrylate/octylacrylamide copolymer, wherein the acrylate/octylacrylamide copolymer is present in an amount from about 0.1% to about 50% by weight, an adhesive comprising a rosin, and an orally acceptable solvent. an acrylate/octylacrylamide copolymer, wherein the acrylate/octylacrylamide copolymer is present in an amount from about 0.1% to about 50% by weight, an adhesive comprising a rosin, and an orally acceptable solvent.
Process for the preparation of coagulated legume protein fractions selected from pea or field bean protein fractions of a molecular weight > 14, characterized by : Providing fruit juice prepared by separating solids from comminuted fruits to release fruit juice from the cells, optionally with the addition of an aqueous solvent, and separating all or part of the fruit juice thus released containing all of the protein; precipitating a high molecular weight legume fraction, the major amount of which has a molecular weight of > 116 kD < 600 kD according to the SDS-Page, by adjusting a pH in the range of the isoelectric point in the fruit juice of 5 - 7 while precipitating a fraction and mechanically separating the fraction thus precipitated; and completely or partially separating the fruit juice thus released, containing all the protein, from the solids; and precipitating a medium molecular weight coagulated legume protein fraction in the heat by treating the solution obtained from the separation of the high molecular weight legume protein fraction at pH 3 - 6 and between 60 - 90°C, preferably 65 - 80°C; and mechanical separation of the medium molecular weight coagulated legume protein fraction with a molecular weight MG between 14 - 120 kD according to SDS-Page, whereas the center of gravity of the molecular weight distribution thereof is between 20 - 66 kD according to SDS-Page. Providing fruit juice prepared by separating solids from comminuted fruits to release fruit juice from the cells, optionally with the addition of an aqueous solvent, and separating all or part of the fruit juice thus released containing all of the protein; precipitating a high molecular weight legume fraction, the major amount of which has a molecular weight of > 116 kD < 600 kD according to the SDS-Page, by adjusting a pH in the range of the isoelectric point in the fruit juice of 5 - 7 while precipitating a fraction and mechanically separating the fraction thus precipitated; and completely or partially separating the fruit juice thus released, containing all the protein, from the solids; and precipitating a medium molecular weight coagulated legume protein fraction in the heat by treating the solution obtained from the separation of the high molecular weight legume protein fraction at pH 3 - 6 and between 60 - 90°C, preferably 65 - 80°C; and mechanical separation of the medium molecular weight coagulated legume protein fraction with a molecular weight MG between 14 - 120 kD according to SDS-Page, whereas the center of gravity of the molecular weight distribution thereof is between 20 - 66 kD according to SDS-Page.
A variable area fan nozzle (100; 140) comprising: an actuator flap and a follower flap (106;142), said actuator flap having a portion in contact with a portion of said follower flap (106;142); an actuator for actuating said actuator flap radially inwardly and outwardly to, in turn, move said follower flap (106;142) to vary an area of an exhaust nozzle; and said flap actuator being operable to drive said actuator flap into a thrust reverser position; characterised by further comprising: a bias member biasing said follower flap (106;142) radially outwardly; said portion of said actuator flap in contact with said follower flap (106; 142) being a lip for causing movement of said follower flap (106; 142) against the bias member ; and wherein when said actuator flap is driven to the thrust reverse position, said actuator flap is moved out of contact with said follower flap (106; 142) and said bias member biases said follower flap (106; 142) radially outwardly such that the follower flap (106; 142) drives air radially outwardly against an inner face of said actuator flap . an actuator flap and a follower flap (106;142), said actuator flap having a portion in contact with a portion of said follower flap (106;142); an actuator for actuating said actuator flap radially inwardly and outwardly to, in turn, move said follower flap (106;142) to vary an area of an exhaust nozzle; and said flap actuator being operable to drive said actuator flap into a thrust reverser position; characterised by further comprising: a bias member biasing said follower flap (106;142) radially outwardly; said portion of said actuator flap in contact with said follower flap (106; 142) being a lip for causing movement of said follower flap (106; 142) against the bias member ; and wherein when said actuator flap is driven to the thrust reverse position, said actuator flap is moved out of contact with said follower flap (106; 142) and said bias member biases said follower flap (106; 142) radially outwardly such that the follower flap (106; 142) drives air radially outwardly against an inner face of said actuator flap . a bias member biasing said follower flap (106;142) radially outwardly; said portion of said actuator flap in contact with said follower flap (106; 142) being a lip for causing movement of said follower flap (106; 142) against the bias member ; and wherein when said actuator flap is driven to the thrust reverse position, said actuator flap is moved out of contact with said follower flap (106; 142) and said bias member biases said follower flap (106; 142) radially outwardly such that the follower flap (106; 142) drives air radially outwardly against an inner face of said actuator flap .
A fluid dispenser device comprising a body and a dispenser head provided with a dispenser orifice and axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening closed by a stopper adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a cannula including a perforating tip for perforating a perforating site, said perforating tip being provided with an opening , said opening defining a peripheral edge extending around said opening and including a distal axial end and a proximal axial end, said distal axial end of said peripheral edge forming the distal axial end of the perforating tip , said distal axial end of the perforating tip being arranged on the longitudinal central axis (A) of said cannula , characterized in that said perforating tip has an outer shape that is rounded in the radial direction and in that said distal axial end of said perforating tip is of shape that is rounded in the axial direction.
Protection device for the personal protection of a user, wherein said device includes a mattress body including a plurality of inflatable elements , arranged adjacent side-by-side in sequence, wherein each inflatable element has an elongated envelope shape so as to each define an internal chamber shaped like a channel, and wherein the mattress body is designed to assume a first rest configuration in which the inflatable elements are in a deflated condition close to or stacked on top of each other, and wherein the mattress body is designed to assume an active configuration in which said inflatable elements are in an inflated condition with a straight and/or rectilinear form, wherein each inflatable element has at least one mutual connection zone and at least one separation zone , wherein said mutual connection zones are configured to maintain a mutual connection between inflatable elements adjacent to each other and said separation zones are configured to maintain a separation between adjacent inflatable elements , and wherein said separation zones define a plurality of through-channels passing between adjacent inflatable elements , and wherein the protection device comprises a cover defining an internal zone, the internal zone being configured to receive the mattress body , and wherein the device includes one or more tie elements connected to the cover and each inserted slidably and/or freely inside a respective through-channel passing between adjacent inflatable elements , and wherein each of the inflatable elements has at least one side wall partially adhering to a side wall of an adjacent inflatable element and two opposite walls which, once the sequence of inflatable elements has been defined, form opposite external surfaces, namely a surface or wall exposed to an impact or to the cold and a rear wall facing the user, and wherein the partially adhering side walls of adjacent inflatable elements comprise said mutual connection zones and said separation zones and said one or more tie elements protrude from opposite sides beyond said two external surfaces and are connected to the cover . and wherein the protection device comprises a cover defining an internal zone, the internal zone being configured to receive the mattress body , and wherein the device includes one or more tie elements connected to the cover and each inserted slidably and/or freely inside a respective through-channel passing between adjacent inflatable elements , and wherein each of the inflatable elements has at least one side wall partially adhering to a side wall of an adjacent inflatable element and two opposite walls which, once the sequence of inflatable elements has been defined, form opposite external surfaces, namely a surface or wall exposed to an impact or to the cold and a rear wall facing the user, and wherein the partially adhering side walls of adjacent inflatable elements comprise said mutual connection zones and said separation zones and said one or more tie elements protrude from opposite sides beyond said two external surfaces and are connected to the cover .
An electromechanical microsystem comprising: • at least one electromechanical transducer comprising a movable portion between a balance position, off-load, and an out-of-balance position, under load, • at least one deformable membrane , • a deformable cavity , delimited by walls , at least one portion of the deformable membrane forming at least one portion of a first wall selected amongst said walls of the cavity , the cavity being configured to hermetically contain a deformable medium capable of keeping a substantially constant volume under the action of a change of an external pressure exerted on the deformable medium through one of the walls of the cavity , wherein the movable portion of the electromechanical transducer is configured so that its movement depends on said change in the external pressure, or conversely its movement induces a change in the external pressure, and wherein said at least one portion of the deformable membrane has at least one free area that is deformable, preferably elastically, according to said change in the external pressure, the free area having an outer perimeter and a peripheral portion which extends from the outer perimeter and up to a central portion of the free area , characterised in that the electromechanical microsystem comprises at least one pin , configured to bear on the peripheral portion of the free area so that a deformation of the free area of the membrane causes an inclination of the pin . • at least one electromechanical transducer comprising a movable portion between a balance position, off-load, and an out-of-balance position, under load, • at least one deformable membrane , • a deformable cavity , delimited by walls , at least one portion of the deformable membrane forming at least one portion of a first wall selected amongst said walls of the cavity , the cavity being configured to hermetically contain a deformable medium capable of keeping a substantially constant volume under the action of a change of an external pressure exerted on the deformable medium through one of the walls of the cavity ,