mhurhangee/ep-ind-claims huggingface dataset:
A beverage brewing structure, comprising: a rack, comprising a base and support plates arranged on two opposing sides of the base, the support plates and the base enclosing a mount space; an injection assembly, arranged in the mount space, and being proximal to or distal from the base along a first direction; and a clamp assembly, a pair of clamp assemblies being respectively arranged on the two support plates and movable along the first direction, the clamp assembly comprising a mount, a clamp member, and a connection rod; wherein the mount is in slidable cooperation with the support plates along the first direction, one end of the clamp member is rotatably connected to the mount and the other end of the clamp member is rotatably connected to the connection rod, and one end of the connection rod is rotatably connected to the clamp member and the other end of the connection rod is rotatably connected to the injection assembly; wherein when the injection assembly moves towards a direction proximal to the base along the first direction, an end of the clamp member proximal to the injection assembly is openable towards a direction distal from the mount space; characterized in that when the injection assembly moves towards the direction proximal to the base along the first direction to the clamp assembly and abuts against the base, the end of the clamp member proximal to the injection assembly is openable towards the direction distal from the mount space. a rack, comprising a base and support plates arranged on two opposing sides of the base, the support plates and the base enclosing a mount space; an injection assembly, arranged in the mount space, and being proximal to or distal from the base along a first direction; and a clamp assembly, a pair of clamp assemblies being respectively arranged on the two support plates and movable along the first direction, the clamp assembly comprising a mount, a clamp member, and a connection rod; wherein the mount is in slidable cooperation with the support plates along the first direction, one end of the clamp member is rotatably connected to the mount and the other end of the clamp member is rotatably connected to the connection rod, and one end of the connection rod is rotatably connected to the clamp member and the other end of the connection rod is rotatably connected to the injection assembly; wherein when the injection assembly moves towards a direction proximal to the base along the first direction, an end of the clamp member proximal to the injection assembly is openable towards a direction distal from the mount space; characterized in that when the injection assembly moves towards the direction proximal to the base along the first direction to the clamp assembly and abuts against the base, the end of the clamp member proximal to the injection assembly is openable towards the direction distal from the mount space.
A sustained release ophthalmic formulation for topical delivery of an ophthalmic drug, comprising: cyclosporine admixed with one or more hydrophobic polymers to form a solid matrix composition, wherein the composition is in the form of a drug core and configured for placement within a lacrimal canaliculus; and wherein the drug core does not comprise one or more of silicone, or methacrylate polymers or monomers; wherein a first hydrophobic polymer is polycaprolactone and is present from 5 to 30% w/w, a second hydrophobic polymer is polyvinyl acetate and is present from 0 to 20% w/w, and the cyclosporine is present from 70 to 80% w/w. cyclosporine admixed with one or more hydrophobic polymers to form a solid matrix composition, wherein the composition is in the form of a drug core and configured for placement within a lacrimal canaliculus; and wherein the drug core does not comprise one or more of silicone, or methacrylate polymers or monomers; wherein a first hydrophobic polymer is polycaprolactone and is present from 5 to 30% w/w, a second hydrophobic polymer is polyvinyl acetate and is present from 0 to 20% w/w, and the cyclosporine is present from 70 to 80% w/w.
A method of processing a plurality of starting samples, wherein the starting samples have varying concentration of target nucleic acid, the method comprising: conducting a nucleic acid amplification reaction according to a method comprising: a) providing a starting sample comprising a target nucleic acid; b) segmenting at least part of the sample to provide a set of sample droplets in a continuous flow of immiscible carrier fluid through a channel, each of the droplets containing on average one or fewer copies of a target nucleic acid and reagents sufficient to perform a polymerase chain reaction; c) providing a further starting sample comprising the target nucleic acid and having a higher concentration of the target nucleic acid; d) segmenting at least part of the further sample to provide a set of further sample droplets in the continuous flow of immiscible carrier fluid through the channel; e) passing the droplets provided in step b) and the further droplets provided in step d) through a thermocycling process thereby allowing the target nucleic acid, if present, to be amplified in each one of the droplets and the further droplets; and f) detecting the presence or absence of, and determining the amount of, the amplified target nucleic acid in the droplets and the further droplets while flowing. a) providing a starting sample comprising a target nucleic acid; b) segmenting at least part of the sample to provide a set of sample droplets in a continuous flow of immiscible carrier fluid through a channel, each of the droplets containing on average one or fewer copies of a target nucleic acid and reagents sufficient to perform a polymerase chain reaction; c) providing a further starting sample comprising the target nucleic acid and having a higher concentration of the target nucleic acid; d) segmenting at least part of the further sample to provide a set of further sample droplets in the continuous flow of immiscible carrier fluid through the channel; e) passing the droplets provided in step b) and the further droplets provided in step d) through a thermocycling process thereby allowing the target nucleic acid, if present, to be amplified in each one of the droplets and the further droplets; and f) detecting the presence or absence of, and determining the amount of, the amplified target nucleic acid in the droplets and the further droplets while flowing.
A method for use in a network node, for transmitting synchronization sequences of a synchronization signal, transmitted in a beam sweep, to one or more receiving wireless devices, the method comprising: - determining multiple synchronization sequences, such that each synchronization sequence comprises a respective timing indication, wherein the timing indication corresponds to a synchronization signal index, whereby the synchronization signal index enables determination of a time of an event in a receiving wireless device, wherein the time of an event comprises the time when the network node should listen for a UL signal from the wireless device; and - transmitting the synchronization sequences to the one or more wireless devices, at different points in time. - determining multiple synchronization sequences, such that each synchronization sequence comprises a respective timing indication, wherein the timing indication corresponds to a synchronization signal index, whereby the synchronization signal index enables determination of a time of an event in a receiving wireless device, wherein the time of an event comprises the time when the network node should listen for a UL signal from the wireless device; and - transmitting the synchronization sequences to the one or more wireless devices, at different points in time.
A method of removing mercury and/or its compounds deposited on or embedded inside or on a component, in particular of the oil or gas-producing industry, and/or its surface, comprising at least the method steps a) Treatment of the component with an acidic solution passing through a circuit and flowing around or through the component by addition of a first acid, by means of which the pH value of the solution is adjusted, b) Addition of oxalic acid as a second acid, c) after an at least partial reaction of the oxalic acid, passing of the solution to a device binding mercury ions and/or mercury and arranged in a bypass extending from the circuit. a) Treatment of the component with an acidic solution passing through a circuit and flowing around or through the component by addition of a first acid, by means of which the pH value of the solution is adjusted, b) Addition of oxalic acid as a second acid, c) after an at least partial reaction of the oxalic acid, passing of the solution to a device binding mercury ions and/or mercury and arranged in a bypass extending from the circuit.
A mechanism for a drug delivery device, comprising - a body defining an axial direction, - a fixed window in the body, - a window arrangement (4, 12) comprising a movable window, - the fixed window and the movable window forming the window arrangement, and the movable window being movable within dimensions of the fixed window and displays a surface area of an indicator member, - a unidirectional rotational gear or ratchet (33, 33'), - a dial that is rotatable with respect to the body and is moved with respect to the body for setting a dose, and - the indicator member coupled with the dial, characterized in that - the dial is axially locked to the body, - the indicator member is coupled with the dial via the unidirectional rotational gear or ratchet (33, 33'), - a movement of the dial generates a helical movement of the indicator member with respect to the body, and - the movable window is threadedly engaged with the indicator member. - a body defining an axial direction, - a fixed window in the body, - a window arrangement (4, 12) comprising a movable window, - the fixed window and the movable window forming the window arrangement, and the movable window being movable within dimensions of the fixed window and displays a surface area of an indicator member, - a unidirectional rotational gear or ratchet (33, 33'), - a dial that is rotatable with respect to the body and is moved with respect to the body for setting a dose, and - the indicator member coupled with the dial, characterized in that - the dial is axially locked to the body, - the indicator member is coupled with the dial via the unidirectional rotational gear or ratchet (33, 33'), - a movement of the dial generates a helical movement of the indicator member with respect to the body, and - the movable window is threadedly engaged with the indicator member.
Method for extracting a non-saponifiable fraction contained in an oil or vegetable butter, in an oil from a microorganism, in a concentrate of oil or of vegetable butter or of oil from a microorganism, or in a co-product of the industry of refining vegetable oils, such as deodorisation distillates and physical-refining distillates, or oils from microorganisms, comprising at least: A) a step of transforming said oils, said butter or said co-product of the industry of refining vegetable oils or oils from microorganisms into a hydroalcoholic solution, in particular via a saponification step, A') a step of adjusting the alcohol titre of the hydroalcoholic solution obtained after step A), and B) a step of extracting the hydroalcoholic solution in which the fatty fraction is separated from the non-saponifiable fraction by liquid/liquid extraction, said method being characterised in that at least the step of liquid/liquid extraction of step B is carried out using a first system of solvents comprising a concentration of solvent, chosen from the solvents comprising at least 5 atoms of carbon and one or two atoms of oxygen in the form of an ether function, a ketone function or an ester function, of at least 50% by volume with respect to the total volume of the first system of solvents, said solvents being chosen from the methyl ketones, in particular methyl isobutyl ketone (MIBK), 2-heptanone, the propionates, in particular ethyl propionate, n-butyl propionate, isoamyl propionate, the propyl ethers, in particular diisopropyl ether (DIPE), and the mixtures thereof, characterised in that after step A, the step A' of adjusting the alcohol titre of the hydroalcoholic solution allows an alcohol titre between 10 and 50% by weight to be obtained. A) a step of transforming said oils, said butter or said co-product of the industry of refining vegetable oils or oils from microorganisms into a hydroalcoholic solution, in particular via a saponification step, A') a step of adjusting the alcohol titre of the hydroalcoholic solution obtained after step A), and B) a step of extracting the hydroalcoholic solution in which the fatty fraction is separated from the non-saponifiable fraction by liquid/liquid extraction,
A sensor array (100, 200, 300, 700, 800, 940, 950, 1100, 1300) comprising: a base (110, 210, 330, 966, 1310) for providing a probe signal; a plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900), wherein each modular recording site (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) of the plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) comprises: a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n, 130), an in-situ analog-to-digital converter (226 1 to 226 n) configured for converting the analog biosignal (132 1 to 132 n, 130) into a digital sensor signal (134 1 to 134 n) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n) to the base (110, 210, 330, 966, 1310); characterised in that wherein the communication interfaces (228 1 to 228 n, 328 1 to 328 n, 440, 460, 550) of the plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) are connected serially with respect to each other and to the base (110, 210, 330, 966, 1310). a base (110, 210, 330, 966, 1310) for providing a probe signal; a plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900), wherein each modular recording site (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) of the plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) comprises: a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n, 130), an in-situ analog-to-digital converter (226 1 to 226 n) configured for converting the analog biosignal (132 1 to 132 n, 130) into a digital sensor signal (134 1 to 134 n) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n) to the base (110, 210, 330, 966, 1310); characterised in that a CMOS silicon substrate, at least one sensor element configured for receiving an analog biosignal (132 1 to 132 n, 130), an in-situ analog-to-digital converter (226 1 to 226 n) configured for converting the analog biosignal (132 1 to 132 n, 130) into a digital sensor signal (134 1 to 134 n) and a communication interface configured to provide the digital sensor signal (134 1 to 134 n) to the base (110, 210, 330, 966, 1310); characterised in that wherein the communication interfaces (228 1 to 228 n, 328 1 to 328 n, 440, 460, 550) of the plurality (120, 220) of modular recording sites (122 1 to 122 n, 122 e; 224 1 to 224 n; 320 1 to 320 n; 321 1 to 321 3; 400; 500, 514; 900) are connected serially with respect to each other and to the base (110, 210, 330, 966, 1310).
A receiver assembly (1, 1', 101, 101', 201, 301, 401, 401', 501, 601A, 601B, 601C, 601D) comprising a receiver (2, 2', 102, 102', 202, 302, 402, 502, 602A, 602B, 602C, 602D) and an assembly housing (3, 3', 102, 102', 303, 403, 503, 603); the receiver (2, 2', 102, 102', 202, 302, 402, 502, 602A, 602B, 602C, 602D) comprising a sound outlet (7, 7', 107, 307, 507, 607) configured to outlet sound from the receiver and at least a first and a second outer surface (8A, 8B, 208A, 208B, 308A, 308B) and being arranged at least partly within the assembly housing (3, 3', 102, 102', 303, 403, 503, 603), the assembly housing (3, 3', 102, 102', 303, 403, 503, 603) comprising an assembly sound outlet (9, 9', 109, 309, 509, 609) arranged in communication with the sound outlet (7, 7', 107, 307, 507, 607) for outlet of sound from the receiver via the assembly outlet, the receiver assembly further comprising a suspension structure (10, 110, 110', 410, 410', 610, 610', 610") comprising at least two suspension elements (10A, 10A', 210A, 10B, 10B, 210B, 10C, 10C', 201C), the suspension structure suspending the receiver (2, 2', 102, 102', 202, 302, 402, 502, 602A, 602B, 602C, 602D) in the assembly housing (3, 3', 102, 102', 303, 403, 503, 603), wherein the at least two suspension elements (10A, 10A', 210A, 10B, 10B, 210B, 10C, 10C', 201C) connect the receiver (2, 2', 102, 102', 202, 302, 402, 502, 602A, 602B, 602C, 602D) and the assembly housing (3, 3', 102, 102', 303, 403, 503, 603), the at least two suspension elements being formed by a sheet material and being elongated elements extending in an longitudinal direction and being configured to dampen vibration of the receiver (2, 2', 102, 102', 202, 302, 402, 502, 602A, 602B, 602C, 602D) by deflection of the suspension element (10A, 10A', 210A, 10B, 10B, 210B, 10C, 10C', 201C)in a direction transverse to the longitudinal direction; characterised in that the suspension structure (10, 110, 110', 410, 410', 610, 610', 610") forms a bent section whereby a first suspension element (10A, 10A', 210A) is arranged between the first outer surface (8A, 208A, 308A) and an inner surface of the assembly housing and a second suspension element (10B, 10B, 210B) is arranged between the second outer surface (8B, 208B, 308B) and an inner surface of the assembly housing, the first and second suspension elements (10A, 10A', 210A, 10B, 10B, 210B) extending in different directions from the bent section thereby providing a 2D suspension structure, where the bent section is arranged at an edge of the receiver.
A network card apparatus comprising: a network card assembly comprising: a network interface card comprising at least one network cable connector; and a connector card coupled to the NIC by connectors (708, 2. 710), characterized by 710) comprising a U.2 connector configured to mate with a U.2 connector of a modular bay of a rackmount chassis assembly and to carry communications of the NIC over a Peripheral Component Interconnect Express (PCIe) interface of the U.2 connector. a network interface card comprising at least one network cable connector; and a connector card coupled to the NIC by connectors (708, 2. 710),
A method for an authentication system to provide authentication information for a web page, comprising: receiving a request for authentication information from a web page; judging whether the web page is redirected to through a relevant search engine; judging whether the web page satisfies a condition of displaying the authentication information; and providing the authentication information to the web page satisfying the condition, characterized in that the step of judging whether the web page issuing the request for authentication information is redirected to through a relevant search engine comprises: if the web page is redirected to through the relevant search engine, entering subsequent steps of determining and providing the authentication information associated with the search engine; if the web page is not redirected to through the relevant search engine, rejecting to provide the authentication information. receiving a request for authentication information from a web page; judging whether the web page is redirected to through a relevant search engine; judging whether the web page satisfies a condition of displaying the authentication information; and providing the authentication information to the web page satisfying the condition, characterized in that the step of judging whether the web page issuing the request for authentication information is redirected to through a relevant search engine comprises: if the web page is redirected to through the relevant search engine, entering subsequent steps of determining and providing the authentication information associated with the search engine; if the web page is not redirected to through the relevant search engine, rejecting to provide the authentication information. if the web page is redirected to through the relevant search engine, entering subsequent steps of determining and providing the authentication information associated with the search engine; if the web page is not redirected to through the relevant search engine, rejecting to provide the authentication information.
A printing apparatus comprising: feeding means (3,4) arranged to feed a sheet; conveying means (5,6) arranged to convey the sheet fed by the feeding means; printing means arranged to print the sheet conveyed by the conveying means; an inversion path arranged to invert the sheet printed on a first surface by the printing means and convey the sheet to the conveying means; and characterized by conveyance control means configured to perform conveyance control of overlapping a preceding sheet after being inverted by the inversion path and a leading edge of a succeeding sheet fed following the preceding sheet. feeding means (3,4) arranged to feed a sheet; conveying means (5,6) arranged to convey the sheet fed by the feeding means; printing means arranged to print the sheet conveyed by the conveying means; an inversion path arranged to invert the sheet printed on a first surface by the printing means and convey the sheet to the conveying means; and characterized by conveyance control means configured to perform conveyance control of overlapping a preceding sheet after being inverted by the inversion path and a leading edge of a succeeding sheet fed following the preceding sheet.
A centrifugal pump assembly with a pump housing accommodating a pump impeller, with a motor housing accommodating a stator, and with a can in which a rotor which is drive-connected to the pump impeller is arranged, wherein the can is fastened on the pump housing independently of the motor housing, and is provided with a flange, with which it connects to the side of the pump housing which faces the motor, and with which it is fastened on the pump housing, characterised in that the can with its flange is manufactured from at least two shape parts, wherein each of the shape parts (4, 9) comprises a peripheral section (26a, 26b) arranged parallel to the cylindrical part of the can, and that these peripheral sections (26a, 26b) of the shape parts (4, 9) bear on one another and form a stiffening rib.
Real-time collaboration platform comprising a collaboration application adapted to enable a number of users to communicate with each other over a network in at least one session about a predetermined topic, wherein the real-time collaboration platform comprises at least one media server which is adapted for selective forwarding of media streams according to a content of a predetermined session and a number of clients (4, 5, 6), characterized in that the media server has an interface to a media gateway with a real-time announcement adapter, via which the media server can be connected to an announcement system (9, 10) with acoustic output devices, so that the media streams of a predetermined session can be output to the output devices via substitute clients.