mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: using a hydraulic pressure supply device to actuate an operational device , the hydraulic pressure supply device comprising an elongated body having an internal bore extending from a power end to a discharge end having a discharge port in communication with the operational device , a piston movably disposed in the internal bore , a hydraulic fluid disposed in the internal bore between the piston and the discharge end , characterised by a gas generator comprising a monopropellant and a decomposition catalyst operationally connected to the power end of the internal bore ; activating the gas generator thereby pressurizing and discharging a first volume of the hydraulic fluid through the discharge port to the operational device ; actuating the operational device in response to receiving the first volume of the hydraulic fluid; activating the gas generator thereby pressurizing and discharging a second volume of hydraulic fluid through the discharge port to the operational device ; and actuating the operational device in response to receiving the second volume of the hydraulic fluid. using a hydraulic pressure supply device to actuate an operational device , the hydraulic pressure supply device comprising an elongated body having an internal bore extending from a power end to a discharge end having a discharge port in communication with the operational device , a piston movably disposed in the internal bore , a hydraulic fluid disposed in the internal bore between the piston and the discharge end , characterised by a gas generator comprising a monopropellant and a decomposition catalyst operationally connected to the power end of the internal bore ; activating the gas generator thereby pressurizing and discharging a first volume of the hydraulic fluid through the discharge port to the operational device ; actuating the operational device in response to receiving the first volume of the hydraulic fluid; activating the gas generator thereby pressurizing and discharging a second volume of hydraulic fluid through the discharge port to the operational device ; and actuating the operational device in response to receiving the second volume of the hydraulic fluid.
An electrode comprising an electrically conductive support of which at least a part of the surface is covered by a metal deposit of zinc and silver, wherein said metal deposit has a specific surface area greater than or equal to 0.1 m 2 .g -1 , the specific surface area being determined by BET analysis, and wherein the electrode is obtainable by a process comprising the following successive steps: (i) providing an electrically conductive support; (ii) immersing said electrically conductive support at least partially in an acidic aqueous solution containing ions of zinc and ions of silver; (iii) applying a current or a potential between the electrically conductive support and a second electrode in order to form a metal deposit of zinc and silver on the electrically conductive support, so as to obtain a current density equal to or more negative than -0.1 A.cm -2 between the electrically conductive support and a second electrode; and (iv) optionally removing the metal deposit of zinc and silver from the electrically conductive support and applying said removed metal deposit of zinc and silver on a second electrically conductive support. wherein said metal deposit has a specific surface area greater than or equal to 0.1 m 2 .g -1 , the specific surface area being determined by BET analysis, and wherein the electrode is obtainable by a process comprising the following successive steps: (i) providing an electrically conductive support; (ii) immersing said electrically conductive support at least partially in an acidic aqueous solution containing ions of zinc and ions of silver; (iii) applying a current or a potential between the electrically conductive support and a second electrode in order to form a metal deposit of zinc and silver on the electrically conductive support, so as to obtain a current density equal to or more negative than -0.1 A.cm -2 between the electrically conductive support and a second electrode; and (iv) optionally removing the metal deposit of zinc and silver from the electrically conductive support and applying said removed metal deposit of zinc and silver on a second electrically conductive support. (i) providing an electrically conductive support; (ii) immersing said electrically conductive support at least partially in an acidic aqueous solution containing ions of zinc and ions of silver; (iii) applying a current or a potential between the electrically conductive support and a second electrode in order to form a metal deposit of zinc and silver on the electrically conductive support, so as to obtain a current density equal to or more negative than -0.1 A.cm -2 between the electrically conductive support and a second electrode; and (iv) optionally removing the metal deposit of zinc and silver from the electrically conductive support and applying said removed metal deposit of zinc and silver on a second electrically conductive support.
A computer-implemented method comprising: identifying (S105), by a server of a traffic system, a network state of a portion of a cellular network, the portion of the cellular network selected based on received position data for a mobile device (122, 40a-d) connected to the cellular network; identifying (S107), by the server, a vehicular traffic-controlling device (27a-c) based on the position data or the selected portion of the cellular network; and generating (S109), by the server, a traffic control adjustment for the vehicular traffic-controlling device in response to the network state, wherein the vehicular traffic-controlling device (27a-c) is one or more of (i) near the position of the mobile device (122, 40a-d) and (ii) along a road segment or a route of the mobile device in the direction that the mobile device is travelling, wherein the network state comprises or is based on one or more of: a bandwidth available on the portion of the cellular network , the data speed of the cellular network, the radio resources of the portion of the cellular network, a signal strength, a throughput of a mobile device, and a level of network congestion for the portion of the cellular network, and wherein the vehicular traffic controlling device is a variable sign configured to display a speed limit as a function of the network state. identifying (S105), by a server of a traffic system, a network state of a portion of a cellular network, the portion of the cellular network selected based on received position data for a mobile device (122, 40a-d) connected to the cellular network; identifying (S107), by the server, a vehicular traffic-controlling device (27a-c) based on the position data or the selected portion of the cellular network; and generating (S109), by the server, a traffic control adjustment for the vehicular traffic-controlling device in response to the network state, wherein the vehicular traffic-controlling device (27a-c) is one or more of (i) near the position of the mobile device (122, 40a-d) and (ii) along a road segment or a route of the mobile device in the direction that the mobile device is travelling, wherein the network state comprises or is based on one or more of: a bandwidth available on the portion of the cellular network , the data speed of the cellular network, the radio resources of the portion of the cellular network, a signal strength, a throughput of a mobile device, and a level of network congestion for the portion of the cellular network, and wherein the vehicular traffic controlling device is a variable sign configured to display a speed limit as a function of the network state.
Medical device comprising an electrical measurement circuit , wherein are connected at least two sensors the impedance of which varies as a function of a sensed physical quantity, an electrical power source for supplying power to the electrical measurement circuit , an antenna for emitting an electromagnetic field according to the impedance of the electrical measurement circuit , each of the sensors being associated with a switch for interrupting the current supply of the sensor in said measurement circuit , characterized in that the medical device further comprises a control system of the switches to successively control the opening or the closing of the switches , according to determined configurations, wherein the control system includes modules (28; 62) arranged in series with respect to one another, each controlling an associated switch , the modules (28; 62) being configured so that a change of state of an input of a first module triggers the closing or opening of the associated switch and triggers, after an amount of time, a change of state at the output of said module , corresponding to the input of the next module of the series of modules.
A method for diagnosing a subject with mucormycosis, the method comprising: (i) providing a sample comprising breath from a subject and detecting the presence, in the sample, of one or more of volatile organic compounds (VOCs) produced by the Mucorales species in the sample, wherein the one or more VOCs are: Cedrene; cedranoxide, 8,14-; 1H-Indene, 2,3,3a,4-tetrahydro-3,3a,6-trimethyl-1-(1-methylethyl)-;, Longifolene; 2H-3,9a-Methano-1-benzoxepin; octahydro-2,2,5a,9-tetramethyl-,[3R-(3α,5aα,9α,9aα)]-; cis-(-)2,4a,5,6,9a-Hexahydro-3,5,5,9-tetramethyl benzocycloheptene; selina-5,11-diene; α-guaiene or alloaromadendrene or providing a sample comprising headspace from a culture suspected of comprising Mucorales isolated from a subject; detecting the presence, in the sample, of one or more volatile organic compounds (VOCs) produced by the Mucorales species in the sample, wherein the one or more VOCs are Cedrene; cedranoxide, 8,14-; 1H-Indene, 2,3,3a,4-tetrahydro-3,3a,6-trimethyl-1-(1-methylethyl)-;, aciphyllene; aromandendrene; alloaromadendrene; Cubebene; cubebol; Cyperene; Daucene; Humulene; Isocaryophyllene; Isocomene; Isodaucene; Isoledene; Longipinene; α-bisabolene; and (ii) diagnosing the subject as having mucormycosis when at least one of the VOCs is present in the breath or headspace sample. (i) providing a sample comprising breath from a subject and detecting the presence, in the sample, of one or more of volatile organic compounds (VOCs) produced by the Mucorales species in the sample, wherein the one or more VOCs are: Cedrene; cedranoxide, 8,14-; 1H-Indene, 2,3,3a,4-tetrahydro-3,3a,6-trimethyl-1-(1-methylethyl)-;, Longifolene; 2H-3,9a-Methano-1-benzoxepin; octahydro-2,2,5a,9-tetramethyl-,[3R-(3α,5aα,9α,9aα)]-; cis-(-)2,4a,5,6,9a-Hexahydro-3,5,5,9-tetramethyl benzocycloheptene; selina-5,11-diene; α-guaiene or alloaromadendrene or providing a sample comprising headspace from a culture suspected of comprising Mucorales isolated from a subject; detecting the presence, in the sample, of one or more volatile organic compounds (VOCs) produced by the Mucorales species in the sample, wherein the one or more VOCs are Cedrene; cedranoxide, 8,14-; 1H-Indene, 2,3,3a,4-tetrahydro-3,3a,6-trimethyl-1-(1-methylethyl)-;, aciphyllene; aromandendrene; alloaromadendrene; Cubebene; cubebol; Cyperene; Daucene; Humulene; Isocaryophyllene; Isocomene; Isodaucene; Isoledene; Longipinene; α-bisabolene; and (ii) diagnosing the subject as having mucormycosis when at least one of the VOCs is present in the breath or headspace sample.
A method for receiving, by a user equipment, UE, an indication of on/off state of past subframes in a wireless communication system, the method comprising: buffering raw data for a few milliseconds, ms, receiving (S100) an indication of on/off state of buffered past subframes, wherein the indication informs the on/off state of buffered past subframes for a specific time interval in the past; and performing (S110) a measurement in the buffered past subframes of on-state, which are informed by the received indication, wherein the on/off state is an on/off state of an unlicensed carrier, wherein the measurement is a discovery reference signal, DRS, measurement, and wherein a physical downlink shared channel, PDSCH, of buffered past subframes is decoded based on the buffered past subframes. buffering raw data for a few milliseconds, ms, receiving (S100) an indication of on/off state of buffered past subframes, wherein the indication informs the on/off state of buffered past subframes for a specific time interval in the past; and performing (S110) a measurement in the buffered past subframes of on-state, which are informed by the received indication, wherein the on/off state is an on/off state of an unlicensed carrier, wherein the measurement is a discovery reference signal, DRS, measurement, and wherein a physical downlink shared channel, PDSCH, of buffered past subframes is decoded based on the buffered past subframes.
An immunoadsorber for the removal of autoantibodies from liquids by means of autoantigen, characterized in that the immunoadsorber contains cellulose or derivatives thereof as matrix and a ligand is bound to the matrix via an affinity bond, the affinity bond is achieved by the interaction of cellulose and cellulose-binding domains of the ligand and wherein a) the autoantigen is selected from the group comprising desmoglein 1, desmoglein 3, bullous pemphigoid antigen 2/collagen XVII, aquaporin 4, NMDA receptor subtype 1a, contactin-associated protein 2, leucine-rich protein 1 inactivated in gliomas, acetylcholine receptor, myelin-associated glycoprotein and variants thereof; and/or b) the cellulose binding domain is selected from the group consisting of Xyn10A from xylanase 10B from Cellulomonas fimi according to SEQ ID NO:5 and EngD from xylanase D from Clostridium cellulovorans according to SEQ ID NO:4. a) the autoantigen is selected from the group comprising desmoglein 1, desmoglein 3, bullous pemphigoid antigen 2/collagen XVII, aquaporin 4, NMDA receptor subtype 1a, contactin-associated protein 2, leucine-rich protein 1 inactivated in gliomas, acetylcholine receptor, myelin-associated glycoprotein and variants thereof; and/or b) the cellulose binding domain is selected from the group consisting of Xyn10A from xylanase 10B from Cellulomonas fimi according to SEQ ID NO:5 and EngD from xylanase D from Clostridium cellulovorans according to SEQ ID NO:4.
- A Programmable Non-Explosive Electronic Initiator for a rapidly expanding metal mixture and/or plasma, WHEREIN it comprises a capsule, containing attached a first rapidly expanding metal mixture and a second rapidly expanding metal mixture with activation temperatures above 1000°C; where the capsule corresponds to a container tube or sleeve which is closed with a sealing plug ; which receives a communication protocol based on voltage modulation , by means of a communication and power line using a bidirectional serial algorithm from an external command equipment ; a capacitor (C7, 8, 21), with a voltage requirement under 35V which by means of a controlled discharge on a filament produces the filament to glow, where this filament is supported on a solid base covered with the first expanding metallic mixture which is activated above 1000°C, wherein both are inserted in a shrink sleeve which holds them together, wherein the shrink sleeve , which holds them together, where the shrink sleeve is contained inside the capsule container which in turn contains the second rapidly expanding metallic mixture which is activated above 1200°C; a PCB printed circuit board with a PCB printed circuit that controls the discharge, its delay between 1 ms to 64,000 ms and its testing so that the circuit may be checked prior to ignition.
A separator for an electrochemical element, the separator being interposed between a pair of electrodes and configured to be capable of holding an organic electrolytic solution that contains an electrolyte, wherein the separator is a wet-laid nonwoven fabric that contains 10 to 50 mass% of thermoplastic synthetic fibers and 50 to 90 mass% of beaten regenerated cellulose fibers having a mean fiber length of 0.2 to 2.0 mm, and the separator has a thickness of 10 to 70 μm and a density of 0.25 to 0.90 g/cm 3 , including two parts obtained by bisecting a cross-section of the separator in a thickness direction, characterized in that the two parts are an A part with a small number of the thermoplastic synthetic fibers and a B part with a large number of the thermoplastic synthetic fibers , and the A part and the B part are formed into a single layer in an integrated manner, wherein a value obtained by dividing the number of the thermoplastic synthetic fibers in the A part by the number of the thermoplastic synthetic fibers in the B part is 0.85 or less, wherein the mean fiber length is measured in accordance with "JIS P8226-2 Pulps-Determination of fibre length by automated optical analysis-Part 2: Unpolarized light method (ISO 16065-2)", the thickness of the separator is measured with a micrometer as described in "5.1.1 Measuring instrument and measuring method-a. with external micrometer" prescribed in "JIS C 2300-2 'Cellulosic papers for electrical purposes-Part 2: Methods of test' 5.1 Thickness", and is measured by a method of folding a sheet of paper in ten which is specified in "5.1.3 Measurement of thickness by folding paper", the density of the separator is measured by a method prescribed in the method B of "JIS C 2300-2 'Cellulosic papers for electrical purposes-Part 2: Methods of test' 7.0A Density", and wherein for obtaining the value by dividing the number of the thermoplastic synthetic fibers in the A part by the number of the thermoplastic synthetic fibers in the B part, the number of fibers crossing the center line that bisects the cross-section are counted in a manner such that, when the cross-section of a synthetic fiber is eccentrically located in the A part, the synthetic fiber is counted as 0.75 in the A part and 0.25 in the B part, and when the cross-section of a synthetic fiber is eccentrically located in the B part, the synthetic fiber is counted as 0.25 in the A part and 0.75 in the B part, and when the cross-section of a synthetic fiber is uniformly contained in the A part and the B part, the synthetic fiber is counted as 0.5 in the A part and 0.5 in the B part.
A method for obtaining information about a service chain in a cloud computing system, comprising: receiving , a path forwarding identifier that is of a path used to transmit service data and that is sent by a service chain decision device; obtaining , information that is about a path instance and that corresponds to the path forwarding identifier, wherein the information about the path instance comprises an identifier of the path instance, an address of each node in the path, and a rank of each node in the path; obtaining , an address that is of a virtual controller and that corresponds to the identifier of the path instance; obtaining , an identifier of a physical service chain from the virtual controller according to the address of the virtual controller, the address of each node in the path, and the rank of each node in the path; and sending , information about the physical service chain to the service chain decision device, wherein the information about the physical service chain comprises the identifier of the physical service chain, the address of each node in the path, and the rank of each node in the path, and the information about the physical service chain is used to instruct to route and forward the service data. receiving , a path forwarding identifier that is of a path used to transmit service data and that is sent by a service chain decision device; obtaining , information that is about a path instance and that corresponds to the path forwarding identifier, wherein the information about the path instance comprises an identifier of the path instance, an address of each node in the path, and a rank of each node in the path; obtaining , an address that is of a virtual controller and that corresponds to the identifier of the path instance; obtaining , an identifier of a physical service chain from the virtual controller according to the address of the virtual controller, the address of each node in the path, and the rank of each node in the path; and sending , information about the physical service chain to the service chain decision device, wherein the information about the physical service chain comprises the identifier of the physical service chain, the address of each node in the path, and the rank of each node in the path, and the information about the physical service chain is used to instruct to route and forward the service data.
A positive electrode active substance for a non-aqueous electrolyte secondary battery comprising a composite oxide containing lithium and nickel, wherein the positive electrode active substance has a structure of secondary particles formed by aggregation of primary particles, the average particle diameter of primary particles (D1) is 0.9 μm or less, the ratio value (D2/D1) of the average particle diameter of the secondary particles (D2) to the average particle diameter of the primary particles (D1) is 25 to 40, and the crystallite diameter of the positive electrode active substance is 0.4 μm or less.
Plant for treatment of waste water containing oil, comprising a feeding duct for supplying the waste water , a constructed wetland area having at least one constructed wetland basin with wetland plants for treating the water flowing through the constructed wetland basin in a longitudinal direction, wherein the constructed wetland basin comprises a fundamentally rectangular shape integrated in a natural or artificial topography with longitudinal sides in the longitudinal direction and broad sides in a direction transverse to the flow direction, whereby at least one constructed wetland basin comprises at least one calming zone along at least one of the broad sides of the at least one constructed wetland basin , the calming zone being deeper than an adjacent wetland zone with the wetland plants. a feeding duct for supplying the waste water , a constructed wetland area having at least one constructed wetland basin with wetland plants for treating the water flowing through the constructed wetland basin in a longitudinal direction, wherein the constructed wetland basin comprises a fundamentally rectangular shape integrated in a natural or artificial topography with longitudinal sides in the longitudinal direction and broad sides in a direction transverse to the flow direction, whereby at least one constructed wetland basin comprises at least one calming zone along at least one of the broad sides of the at least one constructed wetland basin , the calming zone being deeper than an adjacent wetland zone with the wetland plants.