mhurhangee/ep-ind-claims huggingface dataset:
Device adapted for wastewater treatment, said wastewater comprising at least one sort of micropollutant, said device comprising a) a column, said column comprising i. an inlet and an outlet, said inlet being upstream to said outlet; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space, said backwashing space being downstream to said zone comprising bacteriologically activated carbon; b) a backwashing system in fluid connection with said column through said inlet, characterized in that the bacteriologically activated carbon of subzone A comprises starving micro-organisms, the bacteriologically activated carbon of subzone B comprises micro-organisms fed through a first feeding system configured to feed said micro-organisms with ethanol, sugar derivatives and/or nutrients, the bacteriologically activated carbon of subzone C comprises micro-organisms fed through a second feeding system configured to feed said micro-organisms with structural analogs of said at least one sort of micropollutant, and in that said backwashing system is configured to mix said subzones A, B and C together. a) a column, said column comprising i. an inlet and an outlet, said inlet being upstream to said outlet; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space, said backwashing space being downstream to said zone comprising bacteriologically activated carbon; i. an inlet and an outlet, said inlet being upstream to said outlet; ii. a zone comprising bacteriologically activated carbon being downstream to said inlet and being divided in subzone A, subzone B and subzone C; subzone A being upstream to subzone B and subzone B being upstream to subzone C; iii. a backwashing space, said backwashing space being downstream to said zone comprising bacteriologically activated carbon; b) a backwashing system in fluid connection with said column through said inlet, characterized in that the bacteriologically activated carbon of subzone A comprises starving micro-organisms, the bacteriologically activated carbon of subzone B comprises micro-organisms fed through a first feeding system configured to feed said micro-organisms with ethanol, sugar derivatives and/or nutrients, the bacteriologically activated carbon of subzone C comprises micro-organisms fed through a second feeding system configured to feed said micro-organisms with structural analogs of said at least one sort of micropollutant, and in that said backwashing system is configured to mix said subzones A, B and C together.
A method of conditioning stucco comprising the steps of: • supplying a quantity of stucco particles to a reaction vessel, the stucco particles comprising calcium sulphate hemihydrate and/or calcium sulphate anhydrite, as well as calcium sulphate dihydrate; and • conditioning the stucco particles at a temperature of at least 100°C and a humidity of at least 70%, wherein during the step of conditioning the stucco particles, the stucco particles are held statically within the reaction vessel, such that the bulk density of the stucco particles within the reaction vessel is at least 1 g/cm 3, and characterised in that the conditioning time of the stucco particles is at least 30 minutes and the pressure inside the reaction vessel during the step of conditioning the stucco particles is less than 2 bar. • supplying a quantity of stucco particles to a reaction vessel, the stucco particles comprising calcium sulphate hemihydrate and/or calcium sulphate anhydrite, as well as calcium sulphate dihydrate; and • conditioning the stucco particles at a temperature of at least 100°C and a humidity of at least 70%, wherein during the step of conditioning the stucco particles, the stucco particles are held statically within the reaction vessel, such that the bulk density of the stucco particles within the reaction vessel is at least 1 g/cm 3, and characterised in that the conditioning time of the stucco particles is at least 30 minutes and the pressure inside the reaction vessel during the step of conditioning the stucco particles is less than 2 bar.
A fluid transfer device comprising an outer casing, a proximal end, a piercing member, a pierceable seal arranged against said piercing member and a distal end with a number of locking members; said piercing member extending from the proximal end longitudinally through the distal end to provide a fluid passageway therebetween in an activated position of the device; wherein the device further comprises a spring member made of an elastic material extending from the proximal end longitudinally through the distal end in a manner surrounding the piercing member in fluid tight fashion and forming an inner through channel therein, said spring member comprising an upper portion, a sealing portion, and a number of locking members in close proximity to the said distal end, that are integrally molded as a one piece unit; said upper portion being flexible such that being movable between an activated position and deactivated position, and wherein the device being operable between said activated and deactivated positions, said device being activated by a longitudinal force to load the spring member whereby the device having a double locking by surrounding the corresponding protrusions on another vial, adapter or valve by means of the locking members of the casing and locking members of the spring member.
Polymer A, obtained through polymerisation of at least: a. one or several alkyl-BHT diamine chosen from methyl-bis hexamethylene triamine, ethyl-bis hexamethylene triamine, n-propyl-bis hexamethylene triamine and/or i-propyl-bis hexamethylene triamine, and b. one or several polycarboxylic acid, chosen from aliphatic polycarboxylic acids, aryl polycarboxylic acids, alkylaryl polycarboxylic acids and arylalkyl polycarboxylic acids, said polymer A comprising a minimum amount of alkyl-BHT diamine of 1 mol% relative to the total mole amount of diamine monomers comprised in the polymer, and which is a polyamide [polyamide] comprising recurring units derived from: (i-1) a dicarboxylic acid component [acid component], wherein said acid component comprises at least one long chain aliphatic dicarboxylic acid or derivative thereof [acid (AL long)], said acid (AL long) having at least 8 carbon atoms, and, optionally, at least one diacid different from said acid (AL long); and (i-2) a diamine component [amine component] comprising at least one alkyl-BHT diamine selected from the group consisting of methyl-bis hexamethylene triamine, ethyl-bis hexamethylene triamine, n-propyl-bis hexamethylene triamine and i-propyl-bis hexamethylene triamine, and, optionally, at least one amine different from alkyl-BHT diamine, and optionally recurring units derived from at least one of lactams and amino-acids.. a. one or several alkyl-BHT diamine chosen from methyl-bis hexamethylene triamine, ethyl-bis hexamethylene triamine, n-propyl-bis hexamethylene triamine and/or i-propyl-bis hexamethylene triamine, and b. one or several polycarboxylic acid, chosen from aliphatic polycarboxylic acids, aryl polycarboxylic acids, alkylaryl polycarboxylic acids and arylalkyl polycarboxylic acids, (i-1) a dicarboxylic acid component [acid component], wherein said acid component comprises at least one long chain aliphatic dicarboxylic acid or derivative thereof [acid (AL long)], said acid (AL long) having at least 8 carbon atoms, and, optionally, at least one diacid different from said acid (AL long); and (i-2) a diamine component [amine component] comprising at least one alkyl-BHT diamine selected from the group consisting of methyl-bis hexamethylene triamine, ethyl-bis hexamethylene triamine, n-propyl-bis hexamethylene triamine and i-propyl-bis hexamethylene triamine, and, optionally, at least one amine different from alkyl-BHT diamine, and optionally recurring units derived from at least one of lactams and amino-acids..
System of modular display and signalling units for networking and signalling with display and signalling units connected jointly to a bus and supply line, comprising: - a central bus controller, - wherein a plurality of the display and signalling devices connected to the bus and supply line have optical display means, - wherein at least one of the display and signalling units contains an ambient light sensor with insulating material housing, wherein the ambient light sensor comprises the following: - a light sensor element arranged on a front side (5.1) of the insulating material housing and in a housing opening (3.3), - electric contact means for contacting with the bus and supply line (8.1) on a housing rear side (5.2) of the ambient light sensor, and - an electronic component mounted in the housing (3.2) of the ambient light sensors for bus communication via the central bus controller with the connected display and signalling units, wherein the electric component and the central bus controller are programmed such that as a function of ambient brightness a light output of the optical display means of the plurality of display or signalling units connected to the bus and supply line (8.1) can be changed in the same direction by the central bus controller. - a central bus controller, - wherein a plurality of the display and signalling devices connected to the bus and supply line have optical display means, - wherein at least one of the display and signalling units contains an ambient light sensor with insulating material housing, wherein the ambient light sensor comprises the following: - a light sensor element arranged on a front side (5.1) of the insulating material housing and in a housing opening (3.3), - electric contact means for contacting with the bus and supply line (8.1) on a housing rear side (5.2) of the ambient light sensor, and - an electronic component mounted in the housing (3.2) of the ambient light sensors for bus communication via the central bus controller with the connected display and signalling units,
A system for testing mechanical properties of an earth formation, the system comprising: at least one probe which is suitable for penetrating the formation; a displacement sensor which is suitable for detecting a displacement of the probe; characterised in that it further comprises an energy storage device which, when released, is suitable for causing the probe to be displaced outwardly very rapidly to impact the formation. at least one probe which is suitable for penetrating the formation; a displacement sensor which is suitable for detecting a displacement of the probe; characterised in that it further comprises an energy storage device which, when released, is suitable for causing the probe to be displaced outwardly very rapidly to impact the formation.
A method for decoding a video, the method comprising: decoding index information specifying one among a plurality of reference sample lines; selecting, based on the index information, a reference sample line of a current block among the plurality of reference sample lines; and performing intra prediction for the current block based on reference samples included in the selected reference sample line, characterized by filtering the reference samples included in the selected reference sample line using one of a plurality of filters, each of the plurality of filters having at least one of a different filter coefficient or a different tap size, wherein a selection of said one of the plurality of filters is made based on an index of the selected reference sample line, and wherein a non-directional prediction mode is available as an intra prediction mode of the current block only when the index of the selected reference sample line is not greater than an index of a neighboring reference sample line adjacent to the current block. decoding index information specifying one among a plurality of reference sample lines; selecting, based on the index information, a reference sample line of a current block among the plurality of reference sample lines; and performing intra prediction for the current block based on reference samples included in the selected reference sample line, characterized by filtering the reference samples included in the selected reference sample line using one of a plurality of filters, each of the plurality of filters having at least one of a different filter coefficient or a different tap size, wherein a selection of said one of the plurality of filters is made based on an index of the selected reference sample line, and wherein a non-directional prediction mode is available as an intra prediction mode of the current block only when the index of the selected reference sample line is not greater than an index of a neighboring reference sample line adjacent to the current block.
A replaceable printer component comprising: a first memory device storing a first secret; and a communication link configured to communicatively link the first memory device to a printer controller when the replaceable printer component is installed in a printing system, wherein the first memory device is configured to generate a session-key identifier and a first session-key based on the first secret and provide the session-key identifier to the printer controller in response to a request, receive a read or write request from the printer controller, the read or write request including a first message authentication code calculated using a second session-key based on the session key identifier and a second secret, wherein the first secret is derived from the second secret, and calculate a second message authentication code based on the read or write request from the printer controller and the first session-key, and perform the read or write request in response to the second message authentication code matching the first message authentication code. a first memory device storing a first secret; and a communication link configured to communicatively link the first memory device to a printer controller when the replaceable printer component is installed in a printing system, wherein the first memory device is configured to generate a session-key identifier and a first session-key based on the first secret and provide the session-key identifier to the printer controller in response to a request, receive a read or write request from the printer controller, the read or write request including a first message authentication code calculated using a second session-key based on the session key identifier and a second secret, wherein the first secret is derived from the second secret, and calculate a second message authentication code based on the read or write request from the printer controller and the first session-key, and perform the read or write request in response to the second message authentication code matching the first message authentication code.
Process for preparing organic isocyanates having carbodiimide and/or uretonimine groups or prepolymers derived therefrom, wherein (i) in a first step, a starting isocyanate which is an organic isocyanate or a mixture of a plurality of organic isocyanates is partially carbodiimidized using a catalyst K of the formula cyclo -C 4 H 6 P R, where the substituent R is a saturated or unsaturated, optionally substituted, organic radical, and subsequently (ii) in a second step, the carbodiimidization reaction is stopped at a temperature of ≤ 80°C by addition of a stopper, where an organic silane S of the general formula H n SiX 4-n, where n is a natural number in the range from 1 to 3 and X is a saturated or unsaturated, optionally substituted, organic radical, is used as stopper. (i) in a first step, a starting isocyanate which is an organic isocyanate or a mixture of a plurality of organic isocyanates is partially carbodiimidized using a catalyst K of the formula cyclo -C 4 H 6 P R, where the substituent R is a saturated or unsaturated, optionally substituted, organic radical, and subsequently (ii) in a second step, the carbodiimidization reaction is stopped at a temperature of ≤ 80°C by addition of a stopper,
A method of implementing a deterministic finite automata, DFA, on a blockchain, characterised by: associating a portion of data in the locking script of an unspent output of a blockchain transaction with a given state of a state transition table for the DFA, wherein the portion of data comprises at least an identifier;; generating a further transaction responsive to an input signal by: using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the further transaction to make a transition from the state of the DFA to a further state by spending the output of the transaction; wherein the further state is associated with a further portion of data provided within a locking script of an unspent output of the further transaction, wherein the further portion of data is a portion of metadata, a label, an identifier, a tag or a cryptographic key associated with the further state of the state transition table for the DFA. associating a portion of data in the locking script of an unspent output of a blockchain transaction with a given state of a state transition table for the DFA, wherein the portion of data comprises at least an identifier;; generating a further transaction responsive to an input signal by: using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the further transaction to make a transition from the state of the DFA to a further state by spending the output of the transaction; wherein the further state is associated with a further portion of data provided within a locking script of an unspent output of the further transaction, wherein the further portion of data is a portion of metadata, a label, an identifier, a tag or a cryptographic key associated with the further state of the state transition table for the DFA.
A chocolate composition prepared from a premix, the premix comprising an admixture of (i) a polyol having a boiling point above 110°C and (ii) a thermal structuring component; wherein the premix comprises less than all components of the chocolate composition; and wherein the polyol is glycerin and the thermal structuring component is a monosaccharide comprising dextrose monohydrate.
A catalyst system effective for catalyzing the (co)-polymerization of α-olefin, the catalyst system comprising a catalyst component prepared by: (a) reacting a compound having the formula R 3 M with an amine having a terminal nitrogen-hydrogen bond and containing four or more carbon atoms, wherein R is a C 1-13 hydrocarbon and M is selected from the group consisting of aluminum, boron, gallium, and indium; (b) reacting the product of (a) with a dialkylmagnesium compound; (c) reacting a compound containing a cyclic diene group with an early transition metal compound, wherein the early transition metal compound has the formula M'O p R 1 q X r, wherein R 1 is alkyl, X is halogen, and p, q, and r are numbers from 0 to 4, and M' is Ti; and (d) reacting the product of (b) with the product of (c); wherein said catalyst system further comprises a solid magnesium halide support and an alkylaluminum co-catalyst, and wherein the reactions (a) and (b) are carried out in a non-polar solvent. (a) reacting a compound having the formula R 3 M with an amine having a terminal nitrogen-hydrogen bond and containing four or more carbon atoms, wherein R is a C 1-13 hydrocarbon and M is selected from the group consisting of aluminum, boron, gallium, and indium; (b) reacting the product of (a) with a dialkylmagnesium compound; (c) reacting a compound containing a cyclic diene group with an early transition metal compound, wherein the early transition metal compound has the formula M'O p R 1 q X r, wherein R 1 is alkyl, X is halogen, and p, q, and r are numbers from 0 to 4, and M' is Ti; and (d) reacting the product of (b) with the product of (c);
A bisabolene sesquiterpenoid isolated from Turmeric oil for use as an anticonvulsant agent in the treatment of epilepsy, wherein said Turmeric oil is from Curcuma longa L
Interrupter unit for an electrical switching device for power supply systems, in particular high-voltage switch, wherein the switching device comprises a central axis, a first contact system, an insulating-material nozzle for arc blowing, a second contact system and a switch drive which drives the first contact system and, by means of an auxiliary gear mechanism (5... 11), the second contact system, wherein the auxiliary gear mechanism (5...11) has a holding part and a guide part for a toothed rack drive (6... 8), wherein the auxiliary gear mechanism (5...11) comprises a monobloc in which the holding part and the guide part for the toothed rack drive (6... 8) are integrated, wherein the monobloc has, in its holding part, a bearing for at least one gear wheel, characterized in that a) the monobloc has, in its guide part, a sliding guide (9, 11) and a sliding contact for the arc contact piece which is driven by the auxiliary gear mechanism (5... 11), and b) the monobloc is electrically conductively connected to the external rated-current contact for drawing current from the arc contact piece. a) the monobloc has, in its guide part, a sliding guide (9, 11) and a sliding contact for the arc contact piece which is driven by the auxiliary gear mechanism (5... 11), and b) the monobloc is electrically conductively connected to the external rated-current contact for drawing current from the arc contact piece.
A seal for an implantable medical device, comprising: a body comprising: a first cylinder that is elastic and that defines a seal bore having a centerline, the first cylinder having an outer diameter; and a wall portion that is coupled to the first cylinder and that has an outer surface that forms a plane that the centerline intersects, the first cylinder being movable relative to the wall portion to allow an angle of intersection between the centerline and the plane to change. a first cylinder that is elastic and that defines a seal bore having a centerline, the first cylinder having an outer diameter; and a wall portion that is coupled to the first cylinder and that has an outer surface that forms a plane that the centerline intersects, the first cylinder being movable relative to the wall portion to allow an angle of intersection between the centerline and the plane to change.
A decontamination method characterized by comprising exposing organic compounds selected from the group consisting of VE gas, VG gas, VM gas, VX gas, sarin, ethylsarin, and cyclosarin to a processing gas at normal temperature, wherein said processing gas includes a hydroxylmethyl radical, a hydroperoxy radical, a hydrogen radical, and a hydroxyl radical which are generated by allowing a catalyst to act on methanol gas.