mhurhangee/patent-ind-claim-en huggingface dataset:
Method for extracting metal and/or metalloid ions from an aqueous medium, comprising the steps of: a) mixing the aqueous medium with an ionic liquid comprising an aliphatic carboxylate anion having at least one unsaturated carbon-carbon bond and having between 8 and 28 carbon atoms, preferably between 12 and 22 carbon atoms, the ionic liquid comprising a cation selected from the group consisting of ammonium, imidazolium, pyrrolidinium, pyridinium and phosphonium, and/or wherein the ionic liquid comprises an ammonium having at least one alkyl substituent comprising at least 8 carbon atoms; b) transferring the metal and/or metalloid ions from the aqueous medium to the ionic liquid; c) separating the ionic liquid and the aqueous medium; and d) obtaining the metal and/or metalloid ions from the ionic liquid by at least one method selected from electrochemically reducing the metal and/or metalloid ions, crystallization, and precipitation. a) mixing the aqueous medium with an ionic liquid comprising an aliphatic carboxylate anion having at least one unsaturated carbon-carbon bond and having between 8 and 28 carbon atoms, preferably between 12 and 22 carbon atoms, the ionic liquid comprising a cation selected from the group consisting of ammonium, imidazolium, pyrrolidinium, pyridinium and phosphonium, and/or wherein the ionic liquid comprises an ammonium having at least one alkyl substituent comprising at least 8 carbon atoms; b) transferring the metal and/or metalloid ions from the aqueous medium to the ionic liquid; c) separating the ionic liquid and the aqueous medium; and d) obtaining the metal and/or metalloid ions from the ionic liquid by at least one method selected from electrochemically reducing the metal and/or metalloid ions, crystallization, and precipitation.
A method for increasing a moisture content of a skin surface and improving a moisture retaining function of a dermis by a beauty apparatus comprising a blower, a case having a blow off port and an ion generating device, characterized in that : irradiating a skin surface simultaneously with positive ions and negative ions which are generated by the ion generating device from an air by an electric discharge in an atmosphere, wherein concentrations of the positive and negative ions for irradiating the skin surface are of 7000/cm 3 or more for the respective positive and negative ions. irradiating a skin surface simultaneously with positive ions and negative ions which are generated by the ion generating device from an air by an electric discharge in an atmosphere, wherein concentrations of the positive and negative ions for irradiating the skin surface are of 7000/cm 3 or more for the respective positive and negative ions.
Receptacle including a housing having an opening, a cover adapted to the opening of the housing and a clamping mechanism configured to hold the cover on the housing and to close its opening or to release the cover from the housing and open said opening, this receptacle further comprising at least one removable container which can be placed inside the housing ; and a sealing system between each of the removable containers and the cover , this sealing system being configured to seal the removable containers when the cover is held on the housing by the clamping mechanism , this receptacle being characterized in that said cover has a removable internal face made of metal.
A brewing module for preparing a brewed drink from a portion capsule, comprising: • a first brewing module part and a second brewing module part , the second brewing module part being movable relative to said first brewing module part between a first brewing module part position and a second brewing module part position, wherein, in the second brewing module part position, a brewing chamber is formed which during a brewing procedure at least partly surrounds the portion capsule situated in a brewing position, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the portion capsule and to discharge said brewed drink out of the portion capsule; and • an operating element which can be brought manually from a first into a second operating element position, characterised by an energy store which is configured to intermediately store energy which is coupled into the brewing module, by way of moving the operating element from the first into the second position, and to again convert it, activated by a release, into a movement from the first brewing module part position into the second brewing module part position. • a first brewing module part and a second brewing module part , the second brewing module part being movable relative to said first brewing module part between a first brewing module part position and a second brewing module part position, wherein, in the second brewing module part position, a brewing chamber is formed which during a brewing procedure at least partly surrounds the portion capsule situated in a brewing position, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the portion capsule and to discharge said brewed drink out of the portion capsule; and • an operating element which can be brought manually from a first into a second operating element position,
A method implemented in a session controller for facilitating a connectivity check between a terminal device and a media gateway in a communication network , comprising: receiving , via a web gateway associated with said terminal device , a request for establishing a real-time communication call and an indication for indicating a capability of said terminal device for early reception of a connectivity parameter of said media gateway to be used in said connectivity check, wherein said connectivity parameter includes Interactive Connectivity Establishment, ICE attributes, of the media gateway, wherein said ICE attributes include Internet Protocol, IP, address, username, password; requesting, said media gateway in a H.248 ADD message to add two terminations, including both a terminal device side termination and a core side termination; receiving a reply from said media gateway in a H.248 ADD Reply message including said connectivity parameter, thereby obtaining said connectivity parameter from said media gateway ; and in response to said connectivity parameter being obtained, sending said connectivity parameter via said web gateway towards said terminal device within a time limit. receiving , via a web gateway associated with said terminal device , a request for establishing a real-time communication call and an indication for indicating a capability of said terminal device for early reception of a connectivity parameter of said media gateway to be used in said connectivity check, wherein said connectivity parameter includes Interactive Connectivity Establishment, ICE attributes, of the media gateway, wherein said ICE attributes include Internet Protocol, IP, address, username, password; requesting, said media gateway in a H.248 ADD message to add two terminations, including both a terminal device side termination and a core side termination; receiving a reply from said media gateway in a H.248 ADD Reply message including said connectivity parameter, thereby obtaining said connectivity parameter from said media gateway ; and in response to said connectivity parameter being obtained, sending said connectivity parameter via said web gateway towards said terminal device within a time limit.
Device for adjusting the length (d) of a spacer element , characterized in that the device comprises a setting key and a rotary element , the setting key and the rotary element each having at least one magnet (M1, M2), which magnets are arranged so as to transmit the rotational movement of the setting key to the rotary element via a generated magnetic field, and the rotary element being designed as a driver for an actuator of the spacer element , wherein the length (d) of the spacer element in the direction of the rotational axis is changeable by rotating the actuator with the rotary element .
Method of monitoring an elementary cell (S) of a site, by means of a monitoring device comprising an emitter and a receiver of electromagnetic waves, characterised by the following steps implemented in a treatment unit : a) emission towards the elementary cell to be monitored (S), by means of the emitter , of at least three electromagnetic waves (E 1 , E 2 , E 3 ) of different respective frequencies (f 1 , f 2 , f 3 ) and such that the wavelength associated with a first beat frequency defined by the difference (|f 2 -f 1 |) between a first and a second of said frequencies is greater than the radial size (r) of the elementary cell (S); b) coherent reception, by means of the receiver , of the reflected waves (S 1 , S 2 , S 3 ) coming from the reflection of the waves (E 1 , E 2 , E 3 ) on the monitored cell; c) treatment of the reflected waves (S 1 , S 2 , S 3 ) so as to detect the motion of an object comprising one dimension, in rotation and scattering, in the elementary cell (S) and estimating the position thereof in the elementary cell (S), said treatment determining the argument of a temporal means of a correlation between two waves corresponding to the first beat frequency in order to deduce therefrom the position of the object in motion, the module of a temporal means of a correlation between two waves corresponding to a second beat frequency so as to deduce therefrom the dimension of the object in motion, said second beat frequency being defined by the difference between the third of the three frequencies and one of the other two. a) emission towards the elementary cell to be monitored (S), by means of the emitter , of at least three electromagnetic waves (E 1 , E 2 , E 3 ) of different respective frequencies (f 1 , f 2 , f 3 ) and such that the wavelength associated with a first beat frequency defined by the difference (|f 2 -f 1 |) between a first and a second of said frequencies is greater than the radial size (r) of the elementary cell (S); b) coherent reception, by means of the receiver , of the reflected waves (S 1 , S 2 , S 3 ) coming from the reflection of the waves (E 1 , E 2 , E 3 ) on the monitored cell; c) treatment of the reflected waves (S 1 , S 2 , S 3 ) so as to detect the motion of an object comprising one dimension, in rotation and scattering, in the elementary cell (S) and estimating the position thereof in the elementary cell (S), said treatment determining the argument of a temporal means of a correlation between two waves corresponding to the first beat frequency in order to deduce therefrom the position of the object in motion,
A platform screen door system having a fixed panel and a door panel , wherein the system is provided with a track having a convex surface adapted to support a main roller , which main roller is rotatably mounted on the door panel and has a concave surface sitting on the upper surface of the track, wherein a secondary roller is rotatably mounted on the door panel, which secondary roller in the installed position is spaced from the track and is adapted to hinder the door panel being lifted off of the track, characterised in that the secondary roller is located with a small clearance below the track so that in use the secondary roller does not touch the track but will prevent the door panel being lifted off of the track and wherein the track and the main roller are profiled such that the roller has two points of contact on the track
A reusable fixed tissue holder, comprising: a bar frame comprising a first bar frame and a second bar frame sleeving the first bar frame ; a base fixed to one end of the first bar frame ; a disc seat mounted in the base ; a suction cup mounted on the disc seat , characterised in that a first channel is disposed on the disc seat , and a second channel connected with the channel is disposed on the suction cup ; and a button structure mounted on the base and used for connecting the first channel and the second channel to the atmosphere. a bar frame comprising a first bar frame and a second bar frame sleeving the first bar frame ; a base fixed to one end of the first bar frame ; a disc seat mounted in the base ; a suction cup mounted on the disc seat , characterised in that a first channel is disposed on the disc seat , and a second channel connected with the channel is disposed on the suction cup ; and a button structure mounted on the base and used for connecting the first channel and the second channel to the atmosphere.
A separation process comprising: dissolving an amount of gas in a fluid via a centrifugal pump to form a fluid/gas mixture comprising a plurality of dissolved bubbles ; delivering the fluid/gas mixture to a floatation unit comprising a waste stream therein, the waste stream comprising oil droplets having an average oil droplet size; releasing the dissolved bubbles from the fluid/gas mixture, the bubbles having an average bubble size of 100 micron or less; and separating the oil droplets from the waste stream in the floatation unit via attachment of the released bubbles to the oil droplets and rising of the oil droplets toward a fluid surface in the floatation unit ; characterized in that the pump comprises an impeller disposed within a first pump chamber and further comprising; introducing a first amount of gas to a front section of the impeller ; introducing a second amount of gas to back section of the impeller ; and modifying a ratio of the first amount of gas to the second amount of gas to change the average bubble size. dissolving an amount of gas in a fluid via a centrifugal pump to form a fluid/gas mixture comprising a plurality of dissolved bubbles ; delivering the fluid/gas mixture to a floatation unit comprising a waste stream therein, the waste stream comprising oil droplets having an average oil droplet size; releasing the dissolved bubbles from the fluid/gas mixture, the bubbles having an average bubble size of 100 micron or less; and separating the oil droplets from the waste stream in the floatation unit via attachment of the released bubbles to the oil droplets and rising of the oil droplets toward a fluid surface in the floatation unit ; characterized in that the pump comprises an impeller disposed within a first pump chamber and further comprising; introducing a first amount of gas to a front section of the impeller ; introducing a second amount of gas to back section of the impeller ; and modifying a ratio of the first amount of gas to the second amount of gas to change the average bubble size.
An orthopedic device for shoulder joint reconstruction, the orthopedic device comprising: a head prosthetic component comprising a generally convex articulating surface ; and a bearing prosthetic component comprising a generally concave articulating surface , the generally convex articulating surface articulating with respect the generally concave articulating surface ; characterized in that , the generally convex articulating surface comprises a continuously varying curvature having at least three connecting radii, and wherein the radius of the generally convex articulating surface gradually increases from a local minimum at an area of the generally convex articulating surface that is in contact with the generally concave articulating surface when an arm is in a neutral position, with a moment arm that increases as the arm is moved out of the neutral position, the neutral position being when the arm hanging down at the side of a subject in a relaxed position. a head prosthetic component comprising a generally convex articulating surface ; and a bearing prosthetic component comprising a generally concave articulating surface , the generally convex articulating surface articulating with respect the generally concave articulating surface ; characterized in that , the generally convex articulating surface comprises a continuously varying curvature having at least three connecting radii, and wherein the radius of the generally convex articulating surface gradually increases from a local minimum at an area of the generally convex articulating surface that is in contact with the generally concave articulating surface when an arm is in a neutral position, with a moment arm that increases as the arm is moved out of the neutral position, the neutral position being when the arm hanging down at the side of a subject in a relaxed position.
Method for manufacturing a semiconductor compound material by means of a vapour phase epitaxy in a reactor , wherein in a mixture of carrier gases, which is arranged to carry one or more reaction gases in a direction towards a substrate , a flow profile represented by local mass flow rates is formed in the reactor, characterized in that a predetermined value for the concentration of hydrogen at the surface of the substrate is obtained by adjusting a volume flow proportion of a first carrier gas in the mixture, and the influence exerted on the flow profile in the reactor arising thereby is compensated by adjusting corresponding volume flow proportions of a second and a third carrier gas in the mixture, in order to obtain a predetermined flow profile independent from the hydrogen concentration.
An injection molded article comprising: i) 30% to 90% by weight based on the total weight of the components i to iii of a biodegradable polyester comprising: i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; ii) 0% to 35% by weight based on the total weight of the components i to iii of polylactic acid; iii) 10% to 35% by weight based on the total weight of the components i to iii of at least one methacryloylsilane- or vinylsilane-modified silicate selected from the group consisting of: kaolin, muscovite, montmorillonite, talc and wollastonite. i) 30% to 90% by weight based on the total weight of the components i to iii of a biodegradable polyester comprising: i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; i-a) 90 to 100 mol% based on the components i-a to i-b of succinic acid; i-b) 0 to 10 mol% based on the components i-a to i-b of one or more C 6 -C 20 dicarboxylic acids; i-c) 99 to 100 mol% based on the components i-a to i-b of 1,3-propanediol or 1,4-butanediol; i-d) 0% to 1% by weight based on the components i-a to i-c of a chain extender and/or branching agent; ii) 0% to 35% by weight based on the total weight of the components i to iii of polylactic acid; iii) 10% to 35% by weight based on the total weight of the components i to iii of at least one methacryloylsilane- or vinylsilane-modified silicate selected from the group consisting of: kaolin, muscovite, montmorillonite, talc and wollastonite.
A method for operating a spinning machine , particularly an open-end spinning machine, having a plurality of workstations disposed adjacent to each other, each of the workstations comprising an infeed device for a fiber material , a spinning device having spinning means for spinning the fiber material into a thread , and a take-off device for taking off the thread , characterized in that a precision measurement head is disposed at at least one of the workstations for detecting the quality of the thread , that batch-related, optimized spinning means are determined at the beginning of a new yarn batch at the at least one workstation , wherein at least one quality parameter of the thread is captured by means of the precision measuring head for determining the optimized spinning means, and as a function of a captured value of the at least one quality parameter, the spinning means are selected and placed in the spinning device , and that a type of the optimized spinning means thus determined is transferred by means of a controller to further workstations of the spinning machine processing the same yarn batch . that batch-related, optimized spinning means are determined at the beginning of a new yarn batch at the at least one workstation , wherein at least one quality parameter of the thread is captured by means of the precision measuring head for determining the optimized spinning means, and as a function of a captured value of the at least one quality parameter, the spinning means are selected and placed in the spinning device , and that a type of the optimized spinning means thus determined is transferred by means of a controller to further workstations of the spinning machine processing the same yarn batch .
A heating system component for a heating system for heating a fluid medium, said heating system component comprising: a carrier unit ; a heating unit coupled to said carrier unit , wherein said carrier unit comprises a wet side and a dry side, wherein said wet side corresponds to a surface of said carrier unit configured to be in contact with said fluid medium, wherein said dry side is located on a surface opposite to said wet side, and wherein said heating unit is provided on said dry side of the carrier unit ; at least one temperature sensor , in particular an NTC thermistor, wherein said temperature sensor is effectively in thermal contact with at least a part of an upper surface of said dry side of the carrier unit wherein the part of the upper surface of the carrier unit is in contact with said fluid medium at the wet side; a plug ; and at least one conductor path connecting the at least one temperature sensor to the plug , wherein the at least one temperature sensor and the at least one conductor path are formed on a thin layer , preferably on a thin polymer foil, characterized in that the heating unit is recessed in a groove , and the part of the upper surface of the carrier unit being in thermal contact with the temperature sensor is effectively thermally insulated from the heating unit . a carrier unit ; a heating unit coupled to said carrier unit , wherein said carrier unit comprises a wet side and a dry side, wherein said wet side corresponds to a surface of said carrier unit configured to be in contact with said fluid medium, wherein said dry side is located on a surface opposite to said wet side, and wherein said heating unit is provided on said dry side of the carrier unit ; at least one temperature sensor , in particular an NTC thermistor, wherein said temperature sensor is effectively in thermal contact with at least a part of an upper surface of said dry side of the carrier unit wherein the part of the upper surface of the carrier unit is in contact with said fluid medium at the wet side; a plug ; and at least one conductor path connecting the at least one temperature sensor to the plug , wherein the at least one temperature sensor and the at least one conductor path are formed on a thin layer , preferably on a thin polymer foil, characterized in that the heating unit is recessed in a groove , and the part of the upper surface of the carrier unit being in thermal contact with the temperature sensor is effectively thermally insulated from the heating unit .
A side sill structure for a vehicle, the side sill structure comprising: a side sill having a cavity ; a side sill reinforcement which is received in the cavity of the side sill ; and a battery mounting pipe which is joined to the side sill reinforcement , wherein the side sill reinforcement is joined to the side sill as a mounting bolt is fastened to the battery mounting pipe . a side sill having a cavity ; a side sill reinforcement which is received in the cavity of the side sill ; and a battery mounting pipe which is joined to the side sill reinforcement , wherein the side sill reinforcement is joined to the side sill as a mounting bolt is fastened to the battery mounting pipe .