mhurhangee/ep-ind-claims huggingface dataset:
A redox flow battery comprising a cell arrangement and a tank facility for receiving electrolyte, wherein the cell arrangement comprises a plurality of redox flow cells, and the tank facility comprises at least one first tank for receiving anolyte, at least one second tank for receiving catholyte and a piping system for connecting the tanks to the cell arrangement, and wherein the battery comprises a measuring device for determining an open-circuit voltage and a circulation module which is designed such that it can circulate anolyte and catholyte, and wherein the measuring device for determining an open-circuit voltage comprises at least one measuring cell (4.1, 4.2, 4.3) and at least four connections, wherein a connection for the feeding of anolyte, a connection for the removal of anolyte, a connection for the feeding of catholyte and a connection for the removal of catholyte are provided, and wherein the circulation module comprises at least one pump head (8.1, 8.2) and at least two pump impellers (9.1, 9.2), and wherein at least one pump impeller (9.1, 9.2) is arranged in the at least one pump head (8.1, 8.2), characterized in that the at least one measuring cell (4.1, 4.2, 4.3) is integrated in the pump head (8.1, 8.2), and a connection of the measuring device is connected to a pressure side of the pump impeller (9.1, 9.2) arranged in the pump head (8.1, 8.2), and the associated interconnection line is integrated in the pump head (8.1, 8.2).
A method for managing electronic messages in a closed network, the method including: determining a quantity of credits to be expended for a transmission of each electronic message from a sender's device in the closed network; deducting the quantity of credits from the sender's account at a central credit repository; receiving a relevance rating of the electronic message from a recipient of the electronic message; crediting an incentive credit quantity to a recipient's account at the central credit repository; either crediting or deducting at least one credit from the sender's account at a central credit repository in accordance with the relevance rating of the electronic message; and when the sender's or recipient's account at the central credit repository is at an insufficient level, a user of the sender's or recipient's account is unable to utilize electronic messaging in the closed network; wherein the quantity of credits to be expended is dependent on an identity of a recipient of the electronic message and wherein the accounts at the central credit repository are analysed to determine at least one of behavioural patterns and electronic messaging usage patterns of users. determining a quantity of credits to be expended for a transmission of each electronic message from a sender's device in the closed network; deducting the quantity of credits from the sender's account at a central credit repository; receiving a relevance rating of the electronic message from a recipient of the electronic message; crediting an incentive credit quantity to a recipient's account at the central credit repository; either crediting or deducting at least one credit from the sender's account at a central credit repository in accordance with the relevance rating of the electronic message; and when the sender's or recipient's account at the central credit repository is at an insufficient level, a user of the sender's or recipient's account is unable to utilize electronic messaging in the closed network; wherein the quantity of credits to be expended is dependent on an identity of a recipient of the electronic message and wherein the accounts at the central credit repository are analysed to determine at least one of behavioural patterns and electronic messaging usage patterns of users.
Process for the preparation of a phosphate salt in solid form of formula Mn(HPO 4)y.zH 2 O in which M is Na, K, NH 4, n = 2, and y = 1; or M is Ca, n = 1, y = 1; or M is Al or Fe, n = 2, y = 3; and in which z is 0, 1 or 2; said phosphate salt having a content of phosphate expressed in content of P 2 O 5 of between 30% and 50% by weight of the phosphate salt, preferably from 36% to 45% by weight, the phosphate salt having a content of cadmium of less than 0.40 ppm, advantageously less than 0.30 ppm, preferably less than 0.20 ppm, in particular less than 0.10 ppm, the process comprising the following steps: a) digestion of a phosphate source by a first aqueous hydrochloric acid solution with formation of an attack liquor consisting of an aqueous phase comprising phosphate ions and chloride ions in solution, and of a first insoluble solid phase containing impurities, b) a first separation between the aqueous phase comprising phosphate ions and chloride ions in solution and the first insoluble solid phase containing impurities, c) neutralization of said aqueous phase comprising phosphate ions and chloride ions in solution to a pH sufficient for forming an aqueous medium comprising chloride ions and for precipitating the phosphate ions in the form of said phosphate salt, d) a second separation between said aqueous medium comprising the chloride ions and said phosphate salt, characterized in that steps a) and b) are performed at a temperature of between 50°C and 70°C for a duration of less than two hours and in that said first aqueous hydrochloric acid solution has a concentration of HCl between 12% and 15% by weight and in that the neutralization performed in step c) has a duration of less than one hour. a) digestion of a phosphate source by a first aqueous hydrochloric acid solution with formation of an attack liquor consisting of an aqueous phase comprising phosphate ions and chloride ions in solution, and of a first insoluble solid phase containing impurities, b) a first separation between the aqueous phase comprising phosphate ions and chloride ions in solution and the first insoluble solid phase containing impurities, c) neutralization of said aqueous phase comprising phosphate ions and chloride ions in solution to a pH sufficient for forming an aqueous medium comprising chloride ions and for precipitating the phosphate ions in the form of said phosphate salt, d) a second separation between said aqueous medium comprising the chloride ions and said phosphate salt, characterized in that steps a) and b) are performed at a temperature of between 50°C and 70°C for a duration of less than two hours and in that said first aqueous hydrochloric acid solution has a concentration of HCl between 12% and 15% by weight and in that the neutralization performed in step c) has a duration of less than one hour.
An illumination device comprising: a light-emitting part; and a lighting circuit for supplying, by being attached to the light-emitting part, an output voltage (Vout) to the light-emitting part, wherein the light-emitting part includes: a light-emitting element part for emitting, by being connected to an output of the lighting circuit, light in response to an output voltage (Vout) supplied from the lighting circuit; and a current limiting part for limiting a current flowing from the lighting circuit to the light-emitting element part upon attachment of the light-emitting part to the lighting circuit, characterized in that the current limiting part is a switch circuit being connected in series to the light-emitting element part and including a switching element and a resistance element (Ra) connected in parallel with each other; and the switch circuit turns off the switching element in the attachment so as to allow connection of the light-emitting element part to the lighting circuit via the resistance element (Ra) and turns on the switching element in the normal lighting so as to bypass the resistance element (Ra). a light-emitting element part for emitting, by being connected to an output of the lighting circuit, light in response to an output voltage (Vout) supplied from the lighting circuit; and a current limiting part for limiting a current flowing from the lighting circuit to the light-emitting element part upon attachment of the light-emitting part to the lighting circuit, characterized in that the current limiting part is a switch circuit being connected in series to the light-emitting element part and including a switching element and a resistance element (Ra) connected in parallel with each other; and the switch circuit turns off the switching element in the attachment so as to allow connection of the light-emitting element part to the lighting circuit via the resistance element (Ra) and turns on the switching element in the normal lighting so as to bypass the resistance element (Ra).
A portable connector arrangement including: a portable connector device for providing a secure connection structure for a portable medical device, the connector device comprises - the connection structure shaped to enable connection with a connection feature of the portable medical device, - one or more vacuum connectors for making a vacuum connection with a surface, where the vacuum connector has a cavity circumscribed by a rim for making contact with the surface, where the one or more vacuum connectors are connected with the connection structure, - a vacuum provider (103 a, 103b) for providing a vacuum in the cavity, - an air pressure detector for measuring the air pressure in the cavity of the vacuum connector, where the air pressure detector is configured to provide data related to the measured air pressure; and being characterized by further comprising: an external monitoring device arranged to receive the provided data and to generate an alarm in dependence of the provided data. a portable connector device for providing a secure connection structure for a portable medical device, the connector device comprises - the connection structure shaped to enable connection with a connection feature of the portable medical device, - one or more vacuum connectors for making a vacuum connection with a surface, where the vacuum connector has a cavity circumscribed by a rim for making contact with the surface, where the one or more vacuum connectors are connected with the connection structure, - a vacuum provider (103 a, 103b) for providing a vacuum in the cavity, - an air pressure detector for measuring the air pressure in the cavity of the vacuum connector, where the air pressure detector is configured to provide data related to the measured air pressure; and being characterized by further comprising: an external monitoring device arranged to receive the provided data and to generate an alarm in dependence of the provided data. - the connection structure shaped to enable connection with a connection feature of the portable medical device, - one or more vacuum connectors for making a vacuum connection with a surface, where the vacuum connector has a cavity circumscribed by a rim for making contact with the surface, where the one or more vacuum connectors are connected with the connection structure, - a vacuum provider (103 a, 103b) for providing a vacuum in the cavity, - an air pressure detector for measuring the air pressure in the cavity of the vacuum connector, where the air pressure detector is configured to provide data related to the measured air pressure; and being characterized by further comprising: an external monitoring device arranged to receive the provided data and to generate an alarm in dependence of the provided data.
A turbo fan suitable to be used in ceiling type air conditioners comprising: a main plate rotating by a fan motor providing power; and a plurality of blades having its one end connected to the main plate, the plurality of blades being disposed along a circumferential direction on the main plate, characterised in that each of the plurality of blades comprises: a first curved part, disposed on a rear end of the blade, being curved in one direction with respect to an extension part; and a second curved part, disposed on the rear end of the blade, being curved in the other direction with respect to the extension part, wherein the extension part is a virtual line straightly extending from an upper portion of the rear end of the blade up to a lower portion of the rear end of the blade, wherein the blade further comprises a crossing part as a point at which the extension part and the blade rear end meet each other, forming a boundary between the first and the second curved part (421, 422), and wherein a plurality of projections protruding in one direction from the one end of the blade and a plurality of grooves protruding in the other direction are alternately disposed on the first and second curved parts (421, 422). a main plate rotating by a fan motor providing power; and a plurality of blades having its one end connected to the main plate, the plurality of blades being disposed along a circumferential direction on the main plate, characterised in that each of the plurality of blades comprises: a first curved part, disposed on a rear end of the blade, being curved in one direction with respect to an extension part; and a second curved part, disposed on the rear end of the blade, being curved in the other direction with respect to the extension part, a first curved part, disposed on a rear end of the blade, being curved in one direction with respect to an extension part; and a second curved part, disposed on the rear end of the blade, being curved in the other direction with respect to the extension part, wherein the extension part is a virtual line straightly extending from an upper portion of the rear end of the blade up to a lower portion of the rear end of the blade, wherein the blade further comprises a crossing part as a point at which the extension part and the blade rear end meet each other, forming a boundary between the first and the second curved part (421, 422), and wherein a plurality of projections protruding in one direction from the one end of the blade and a plurality of grooves protruding in the other direction are alternately disposed on the first and second curved parts (421, 422).
Method for estimating an air mass flow rate (m) entering a cylinder of a four-stroke spark-ignition engine, equipped with an intake manifold and at least one intake valve and a pressure and temperature sensor associated with the intake manifold, the method being based on an air mass flow estimation model comprising - a first contribution ( f ( p,T,N e,η,.,.)) calculated by means of a steady-state modelling of the estimate of the mass air flow entering the engine, - a second contribution m p, T,... p ̇ p μ function of an average pressure and a relative derivative over time, estimated as a function of + an estimate of an average pressure at the intake manifold based on a pressure measurement acquired by means of said pressure sensor and + an estimate of a temperature in the vicinity of said engine intake valve, - a third contribution m p, T,... T ̇ T υ function of a temperature and a relative derivative over time estimated in the vicinity of said engine intake valve, as a function of at least one temperature measurement at the intake manifold acquired by means of said temperature sensor, and as a function of said estimate of said average pressure at the intake manifold and wherein the first and second contributions have a positive sign and the third contribution has a negative sign. - a first contribution ( f ( p,T,N e,η,.,.)) calculated by means of a steady-state modelling of the estimate of the mass air flow entering the engine, - a second contribution m p, T,... p ̇ p μ function of an average pressure and a relative derivative over time, estimated as a function of + an estimate of an average pressure at the intake manifold based on a pressure measurement acquired by means of said pressure sensor and + an estimate of a temperature in the vicinity of said engine intake valve, + an estimate of an average pressure at the intake manifold based on a pressure measurement acquired by means of said pressure sensor and + an estimate of a temperature in the vicinity of said engine intake valve, - a third contribution m p, T,... T ̇ T υ function of a temperature and a relative derivative over time estimated in the vicinity of said engine intake valve, as a function of at least one temperature measurement at the intake manifold acquired by means of said temperature sensor, and as a function of said estimate of said average pressure at the intake manifold and
A component of an article of footwear comprising: one or more fiber(s); and a cured coating disposed on the one or more fiber(s), the cured coating including a plurality of pigment particles entrapped in a matrix of crosslinked polyurethane homopolymers or copolymers or both. one or more fiber(s); and a cured coating disposed on the one or more fiber(s), the cured coating including a plurality of pigment particles entrapped in a matrix of crosslinked polyurethane homopolymers or copolymers or both.
A method of analyzing an operating environment of wireless communication equipment in a wireless communication system, said method comprising: sensing a stimulus in the operating environment at a location of the wireless communication equipment; linearly expanding the stimulus in Slepian sequences using a multitaper spectral estimation procedure; and performing a singular value decomposition, SVD, on the linearly expanded stimulus, and deriving an estimate of interference at the location of the wireless communication equipment from a singular value resulting from said SVD. sensing a stimulus in the operating environment at a location of the wireless communication equipment; linearly expanding the stimulus in Slepian sequences using a multitaper spectral estimation procedure; and performing a singular value decomposition, SVD, on the linearly expanded stimulus, and deriving an estimate of interference at the location of the wireless communication equipment from a singular value resulting from said SVD.
A method for managing transactions between Peripheral Component Interconnect Express, PCIe, host(s) and PCIe endpoint(s) communicably connected to each other through an interconnect fabric, the method comprising: intercepting a downstream transaction transmitted from a first host to a first endpoint by a proxy processor between a host interface and a root complex interface of an interconnect fabric, wherein the transaction comprises a virtual address of the first endpoint according to a first virtual topology associated with the first host, and the first virtual topology associates the first host with virtual address(es) of one or more endpoints of the host; translating the virtual address to a local address of the first endpoint using a first mapping between virtual address(es) of the one or more endpoints of the first host and local address(es) of the corresponding endpoints; forwarding, to the first endpoint through the root complex interface, the downstream transaction using the local address of the first endpoint instead of the virtual address; intercepting an upstream transaction transmitted from a second endpoint addressable by a local address of the second endpoint; and determining a second host corresponding to the second endpoint from the different hosts using an upstream translator for performing a reverse lookup of the local address to determine to which one of the different hosts the second endpoint corresponds. intercepting a downstream transaction transmitted from a first host to a first endpoint by a proxy processor between a host interface and a root complex interface of an interconnect fabric, wherein the transaction comprises a virtual address of the first endpoint according to a first virtual topology associated with the first host, and the first virtual topology associates the first host with virtual address(es) of one or more endpoints of the host; translating the virtual address to a local address of the first endpoint using a first mapping between virtual address(es) of the one or more endpoints of the first host and local address(es) of the corresponding endpoints; forwarding, to the first endpoint through the root complex interface, the downstream transaction using the local address of the first endpoint instead of the virtual address; intercepting an upstream transaction transmitted from a second endpoint addressable by a local address of the second endpoint; and determining a second host corresponding to the second endpoint from the different hosts using an upstream translator for performing a reverse lookup of the local address to determine to which one of the different hosts the second endpoint corresponds.
Oscillating arm to be pivotally connected with its first end to a connecting device of a windscreen wiper device and with its second end to a mounting head on a drive shaft, wherein said oscillating arm is provided with a longitudinally extending base and two spaced-apart sidewalls (30,31) extending outwardly along opposite sides of said base to form a tube having an open face, wherein said oscillating arm is produced integrally from a sheet material, wherein said oscillating arm consists of an intermediate part forming said tube, as well as an end part integral therewith, having a substantially U-shaped cross-section and being connected to said mounting head, wherein outboard edges (32, 33) of said sidewalls (30, 31) of said tube are folded inwardly towards each other to partially close said open face of said tube, wherein a longitudinal slot is formed between said outboard edges (32, 33), wherein said open face of said tube has a width varying between 8 mm and 20 mm, characterized in that said oscillating arm consists of another end part integral therewith, having a substantially U-shaped cross-section and arranged to be detachably connected to said connecting device through a bayonet connection.
A wave guide for high efficiency transmission of high energy light for ablation procedures at predetermined bandwidths over predetermined distances comprising: a. an optical fiber core; b. a silanization agent; c. layered cladding surrounding said optical fiber core comprising: i. a first metal layer comprising at least two types of metals, said first metal layer covalently bonded to said core; and, ii. a second metal layer bonded to said first metal layer; d. a catalyst component, wherein said catalyst component is palladium derived from an activation solution consisting of tin chloride, palladium chloride, potassium chloride for enhancing said layered cladding upon said optical fiber; characterized in that said silanization agent comprising 3-aminopropyltriethoxysilane (APTS) is a self supporting bridge between the surface of said optical fiber and said first metal layer; said first metal layer is uniformly chemisorbed onto the surface of said optical fiber by means of covalent Si-O-Si bonds with said optical fiber. a. an optical fiber core; b. a silanization agent; c. layered cladding surrounding said optical fiber core comprising: i. a first metal layer comprising at least two types of metals, said first metal layer covalently bonded to said core; and, ii. a second metal layer bonded to said first metal layer; i. a first metal layer comprising at least two types of metals, said first metal layer covalently bonded to said core; and, ii. a second metal layer bonded to said first metal layer; d. a catalyst component, wherein said catalyst component is palladium derived from an activation solution consisting of tin chloride, palladium chloride, potassium chloride for enhancing said layered cladding upon said optical fiber;
A compound of formula wherein L is selected from phenylene, naphthylene and biphenylene; R 1, R 2, R 3, R 4 and R 5 are independently selected from unsubstituted or substituted C 6 to C 18 aryl and unsubstituted or substituted pyridyl; and the substituents are selected from deuterium, C 1 to C 12 alkyl and C 1 to C 12 alkoxy; a, b, c, d and e are independently selected from 0 or 1 and 2 ≤ a + b + c + d + e ≤ 5. L is selected from phenylene, naphthylene and biphenylene; R 1, R 2, R 3, R 4 and R 5 are independently selected from unsubstituted or substituted C 6 to C 18 aryl and unsubstituted or substituted pyridyl; and the substituents are selected from deuterium, C 1 to C 12 alkyl and C 1 to C 12 alkoxy; a, b, c, d and e are independently selected from 0 or 1 and 2 ≤ a + b + c + d + e ≤ 5.