mhurhangee/patent-ind-claim-en huggingface dataset:
Method for geolocating a terminal, called "terminal of interest", of a wireless communication system , including: - a determination, on the basis of messages emitted by other terminals, called "calibration terminals ", and received by base stations of said wireless communication system , of a set of reference elements, each reference element including a radio signature associated with a geographic position of a calibration terminal when a message is emitted, said radio signature corresponding to a set of values representative of the quality of radio links existing between said calibration terminal and base stations , and - a determination , on the basis of a message emitted by said terminal of interest located at a geographic position to be estimated, of a radio signature for said terminal of interest, said geolocation method being characterized in that it further includes: - an identification of particular geographic positions, called "points of interest", on the basis of the geographic positions of the reference elements of the set of reference elements, - a modification of the set of reference elements on the basis of the points of interest identified, and - an estimation of the geographic position of said terminal of interest on the basis of the radio signature of said terminal of interest and the modified set of reference elements. - a determination, on the basis of messages emitted by other terminals, called "calibration terminals ", and received by base stations of said wireless communication system , of a set of reference elements, each reference element including a radio signature associated with a geographic position of a calibration terminal when a message is emitted, said radio signature corresponding to a set of values representative of the quality of radio links existing between said calibration terminal and base stations , and - a determination , on the basis of a message emitted by said terminal of interest located at a geographic position to be estimated, of a radio signature for said terminal of interest, - an identification of particular geographic positions, called "points of interest", on the basis of the geographic positions of the reference elements of the set of reference elements, - a modification of the set of reference elements on the basis of the points of interest identified, and - an estimation of the geographic position of said terminal of interest on the basis of the radio signature of said terminal of interest and the modified set of reference elements.
A Phi29 type DNA polymerase, wherein the Phi29 type DNA polymerase has an amino acid sequence of at least 80%, 85%, 90%, 95%, 99.5%, 98% or 99% sequence identity with SEQ ID NO:1, wherein the Phi29 type DNA polymerase comprises amino acid substitution K64R and optionally M97K, and wherein the Phi29 type DNA polymerase: (a) has an improved affinity for short primers compared to a wild type Phi29 polymerase with SEQ ID NO:1; or (b) is a Phi29 polymerase with improved primer recognition compared to a wild type Phi29 polymerase with SEQ ID NO:1.
A dispersion composition comprising: a pigment; a dispersant; and a cyclic or chain-like polyester compound, which is a polymer or oligomer containing a plurality of structural units having an ester structure, wherein the polymer or oligomer is represented by General Formula or General Formula , and a content thereof is 0.001 % to 5 % by mass with respect to the entire mass of the dispersion composition, in General Formula , a represents an integer of 1 to 8, and m represents an integer of 3 to 100, and in General Formula , b represents an integer of 1 to 8, n represents an integer of 3 to 100, R 1 represents a hydroxyl group or an amino group, and R 2 represents a monovalent organic group or a hydrogen atom, wherein the monovalent organic group is selected from an aliphatic group, an aromatic group, a heterocyclic group, and combination thereof as well as combinations of any of an aliphatic group, an aromatic group, and a heterocyclic group with an oxygen atom (-O-), a sulfur atom (-S-), an imino group (-NH-), a substituted imino group (-NR 31 -, where R 31 is an aliphatic group, an aromatic group, or a heterocyclic group), or a carbonyl group (-CO-), and the polymer or oligomer is contained in an amount of 0.005 % to 20 % by mass with respect to the dispersant. a pigment; a dispersant; and a cyclic or chain-like polyester compound, which is a polymer or oligomer containing a plurality of structural units having an ester structure, wherein the polymer or oligomer is represented by General Formula or General Formula , and a content thereof is 0.001 % to 5 % by mass with respect to the entire mass of the dispersion composition, in General Formula , a represents an integer of 1 to 8, and m represents an integer of 3 to 100, and in General Formula , b represents an integer of 1 to 8, n represents an integer of 3 to 100, R 1 represents a hydroxyl group or an amino group, and R 2 represents a monovalent organic group or a hydrogen atom, wherein the monovalent organic group is selected from an aliphatic group, an aromatic group, a heterocyclic group, and combination thereof as well as combinations of any of an aliphatic group, an aromatic group, and a heterocyclic group with an oxygen atom (-O-), a sulfur atom (-S-), an imino group (-NH-), a substituted imino group (-NR 31 -, where R 31 is an aliphatic group, an aromatic group, or a heterocyclic group), or a carbonyl group (-CO-), and the polymer or oligomer is contained in an amount of 0.005 % to 20 % by mass with respect to the dispersant.
A cooking appliance comprising: a housing having a bottom part , two side parts , and a back part , and a cooking compartment formed therein, wherein the housing has an upper surface and a front surface which are open; a door for opening and closing the housing , the door including a door upper surface part for covering the upper surface of the housing and a door front surface part extending from a front portion of the door upper surface part for covering the front surface of the housing ; a heating part configured to generate heat inside the cooking compartment ; and a see-through window (W) disposed in the door upper surface part ; characterized in that the heating part includes a first heating part disposed at the door upper surface part and installed at outer sides of the see-through window (W). a housing having a bottom part , two side parts , and a back part , and a cooking compartment formed therein, wherein the housing has an upper surface and a front surface which are open; a door for opening and closing the housing , the door including a door upper surface part for covering the upper surface of the housing and a door front surface part extending from a front portion of the door upper surface part for covering the front surface of the housing ; a heating part configured to generate heat inside the cooking compartment ; and a see-through window (W) disposed in the door upper surface part ; characterized in that the heating part includes a first heating part disposed at the door upper surface part and installed at outer sides of the see-through window (W).
A multi-, preferably, two-part acrylic cold curing composition for metallography moulds to produce a metallography mount comprising a storage stable solid part and a storage stable liquid part, the parts being operable to form a mixture which polymerises to a solid mass upon mixing of the parts together, the solid part comprising polymer powder and initiator and the liquid part comprising acrylic monomer and optionally activator or accelerator, the initiator component being present in an amount effective to polymerize the acrylic monomer component upon being mixed with the liquid part characterized in that the acrylic monomer component comprises a cyclic ester side group containing monofunctional acrylic monomer, wherein the cyclic ester side group containing monofunctional acrylic monomer comprises between 70 and 96 % w/w of the total monomers in the uncured composition.
Balance spring intended to be fitted to a balance spiral oscillator with a timepiece balance having fixed inertia, the balance spring being formed of a core having lateral faces connecting an upper face to a lower face , said balance spring comprising at least on one of the lateral faces in one portion of the outer coil , a coating formed of one or more layers, said coating being characterised in that it includes: - a layer arranged to contact at least one pin that said balance spiral oscillator comprises, said combined layer being made of an electrically conductive ceramic. - a layer arranged to contact at least one pin that said balance spiral oscillator comprises, said combined layer being made of an electrically conductive ceramic.
A rotor blade , comprising: a blade portion ; a tip cap formed to define a dimple ; a fastener including a flat-headed shaft and being disposed such that the flat-headed shaft extends through a flange of the blade portion and a lower surface of the tip cap at the dimple , the fastener being configured to urge the blade portion toward the tip cap ; the rotor blade being characterised in further comprising a doubler including a dimpled portion disposed between the tip cap and a portion of the flat-headed shaft at the dimple and an exterior portion , which is disposed flush with respective exterior surfaces of the blade portion and the flat-headed shaft . a blade portion ; a tip cap formed to define a dimple ; a fastener including a flat-headed shaft and being disposed such that the flat-headed shaft extends through a flange of the blade portion and a lower surface of the tip cap at the dimple , the fastener being configured to urge the blade portion toward the tip cap ; the rotor blade being characterised in further comprising a doubler including a dimpled portion disposed between the tip cap and a portion of the flat-headed shaft at the dimple and an exterior portion , which is disposed flush with respective exterior surfaces of the blade portion and the flat-headed shaft .
A method for treating food which is in an insulating encapsulation or casing or which will be introduced into same, by means of non-conventional ohmic heating, for heating a sausage product such as scalded sausage, hot dogs or similar food products present in a casing, wherein the respective food is brought into contact with spaced electrically conductive electrodes, and the electrodes are connected to a controllable or regulatable current source, wherein the electrodes are each in the form of at least one first and one second electrode group, wherein the electrode groups (8; 9) are at a distance (A EG ) to one another, each electrode group (8; 9) has a number of individual electrodes, similar to a comb-like set of needles, wherein the neighboring individual electrodes of the comb-like set of needles are each at a distance (A EE ) to one another, furthermore, the distance (A EG ) between the first and the second electrode group is greater than or equal to the distance (A EE ) between adjacent electrode groups, characterized in that the respective comb-like set of needles is arranged or moved to penetrate the insulating encapsulation or the casing and to pierce the food in such a way that entry and exit points of the comb-like set of needles are formed in relation to the food or the encapsulation or casing.
An acoustic panel for producing a wall and ceiling covering, comprising - a front face and a rear face , and - recesses extending from the front face and from the rear face into the acoustic panel , - wherein at least one front-face recess and one rear-face recess are arranged so as to be partially offset from one another and have a through-opening , - wherein locking profiles which correspond to one another and which can be locked to one another without adhesive, are arranged on at least two opposite side edges , characterized in that - the front-face recesses protrude to below a profile plane (P) of the acoustic panel, wherein the profile plane (P) starting from the front face , extends parallel to the front face and rear face at the lowest point of the locking profiles . - a front face and a rear face , and - recesses extending from the front face and from the rear face into the acoustic panel , - wherein at least one front-face recess and one rear-face recess are arranged so as to be partially offset from one another and have a through-opening , - wherein locking profiles which correspond to one another and which can be locked to one another without adhesive, are arranged on at least two opposite side edges , - the front-face recesses protrude to below a profile plane (P) of the acoustic panel, wherein the profile plane (P) starting from the front face , extends parallel to the front face and rear face at the lowest point of the locking profiles .
Process for electrochemical detection of mycobacteria in a biological sample, said process comprising the steps of: a) selecting a substrate of at least one acyltransferase and its cofactor; b) bringing said biological sample into contact with said substrate and cofactor; c) electrochemically detecting the product resulting from the catalytic activity of said at least one acyltransferase. a) selecting a substrate of at least one acyltransferase and its cofactor; b) bringing said biological sample into contact with said substrate and cofactor; c) electrochemically detecting the product resulting from the catalytic activity of said at least one acyltransferase.
A breathing assistance apparatus comprising: a main body ; a humidification chamber ; a humidification compartment defined within the main body and adapted to receive the humidification chamber , the humidification chamber having a humidification chamber inlet; and a flow generator positioned within the main body ; characterized in that the breathing assistance apparatus further comprises: a liquid containment compartment positioned within the main body , the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment , wherein, when the humidification chamber is received within the humidification compartment , gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber , and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment . a main body ; a humidification chamber ; a humidification compartment defined within the main body and adapted to receive the humidification chamber , the humidification chamber having a humidification chamber inlet; and a flow generator positioned within the main body ; characterized in that the breathing assistance apparatus further comprises: a liquid containment compartment positioned within the main body , the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment , wherein, when the humidification chamber is received within the humidification compartment , gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber , and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment . a liquid containment compartment positioned within the main body , the liquid containment compartment having a first opening and being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment , wherein, when the humidification chamber is received within the humidification compartment , gas passing through the first opening is configured to flow into the humidification compartment first and then from the humidification compartment into the humidification chamber , and wherein the liquid containment compartment is configured to limit the travel of liquid spilled from the humidification compartment .
A device for recovering halogenated hydrocarbons, having: - a desorption tank holding a sorbate that contains the halogenated hydrocarbons, - a steam generator that is configured for generating steam from water supplied to the steam generator and introducing the generated steam into the desorption tank in such a way that the halogenated hydrocarbons are desorbed from the sorbate and absorbed by the steam, - a cooling device that is configured for cooling the steam combined with halogenated hydrocarbons in such a way that a condensate is formed, - a collection tank that holds the condensate in such a way that the halogenated hydrocarbons sink to the bottom, and - a buffer tank that holds the halogenated hydrocarbons that are separated from the condensate, characterized by - a water softening device that is situated upstream from the steam generator and that is configured for reducing the hardness of the supplied water, - a cleaning device that is situated upstream from the steam generator and that is configured for at least partially removing dissolved substances from the supplied water, and - a compressed air device that is configured for conveying the separated halogenated hydrocarbons from the buffer tank into a transport container, wherein the cooling device has a precooler and an intercooler , the precooler being configured for preheating newly fed water for the steam generator , and the intercooler being configured for cooling the steam combined with hydrocarbons, thus forming a condensate. - a desorption tank holding a sorbate that contains the halogenated hydrocarbons, - a steam generator that is configured for generating steam from water supplied to the steam generator and introducing the generated steam into the desorption tank in such a way that the halogenated hydrocarbons are desorbed from the sorbate and absorbed by the steam, - a cooling device that is configured for cooling the steam combined with halogenated hydrocarbons in such a way that a condensate is formed, - a collection tank that holds the condensate in such a way that the halogenated hydrocarbons sink to the bottom, and - a buffer tank that holds the halogenated hydrocarbons that are separated from the condensate, - a water softening device that is situated upstream from the steam generator and that is configured for reducing the hardness of the supplied water, - a cleaning device that is situated upstream from the steam generator and that is configured for at least partially removing dissolved substances from the supplied water, and - a compressed air device that is configured for conveying the separated halogenated hydrocarbons from the buffer tank into a transport container,
Method for regulating a rotational speed of an electric motor of an electric tool, wherein the rotational speed of the electric motor is defined as a function of an actuation of a control means by an operator, wherein the control means is actuated by an operator in such a way that a rotational speed is requested which is lower than a maximum rotational speed, wherein the rotational speed of the electric motor is adjusted by means of a control device in such a way that, in a first rotational speed range until a threshold rotational speed is reached, if there is an increase in a torque output by the electric motor, the rotational speed decreases with a first negative gradient, characterized in that in a second rotational speed range, after the threshold rotational speed has been reached, the rotational speed is adjusted in such a way that, if there is an increase in the output torque, the rotational speed varies with a second gradient, wherein the second gradient, viewed mathematically, is greater than the first gradient.
Inorganic glass sheet coated on each of its faces, the coating of a first face being formed of at least one hard pyrolytic layer transparent to visible light and that of the other face by at least one durable reflecting layer deposited by cathode sputtering, in which the hard layer is a layer of tin oxide doped with fluorine or antimony, and the reflecting layer comprises a niobium oxide, or a tantalum oxide or mixtures of these oxides, or a mixed oxide of titanium and zirconium.
A unidirectional valve assembly for a face mask, comprising: a valve seat member providing a continuous valve seat surface surrounding a non-circular valve orifice , and a plurality of cross members each extending partially across the valve orifice to meet at an intersection region; a substantially flexible and cantilevered valve flap mounted at a fixed end region 108) to the valve seat member and configured to engage the valve seat surface when in a closed position to prevent air flow through the valve assembly; and a valve cover member attached to the valve seat member and defining a plurality of apertures in fluid communication with the valve orifice when at least a free end region of the valve flap is in an open position with respect to the valve seat surface to allow air flow through the valve assembly, characterized in that the cross members are arranged in a Y-shape configuration and consist of a first cross member extending from a first corner region of the valve orifice, a second cross member extending from a second corner region of the valve orifice, and a third cross member extending substantially longitudinally with respect to an axis of the valve flap and away from the first and second corner regions of the valve orifice. a valve seat member providing a continuous valve seat surface surrounding a non-circular valve orifice , and a plurality of cross members each extending partially across the valve orifice to meet at an intersection region; a substantially flexible and cantilevered valve flap mounted at a fixed end region 108) to the valve seat member and configured to engage the valve seat surface when in a closed position to prevent air flow through the valve assembly; and a valve cover member attached to the valve seat member and defining a plurality of apertures in fluid communication with the valve orifice when at least a free end region of the valve flap is in an open position with respect to the valve seat surface to allow air flow through the valve assembly, characterized in that the cross members are arranged in a Y-shape configuration and consist of a first cross member extending from a first corner region of the valve orifice, a second cross member extending from a second corner region of the valve orifice, and a third cross member extending substantially longitudinally with respect to an axis of the valve flap and away from the first and second corner regions of the valve orifice.