mhurhangee/ep-ind-claims huggingface dataset:
A surfactant composition comprising an alkyl sulfate salt derivative represented by the formula which derivative is produced by steps comprising the following steps (A-I) and (A-II): step (A-I): a step of adding 0.2 to 0.8 mol propylene oxide to 1 mol of an alcohol having a straight-chain alkyl group having 8 to 24 carbon atoms; and step (A-II): a step of sulfating the alkoxylate obtained in the above (A-I) and neutralizing the resultant; R-O- n -SO 3 M wherein R represents a straight-chain alkyl group having 8 to 24 carbon atoms, PO represents a propylene oxide group, n denotes the average number of added moles of PO and is a number satisfying: 0.2 ≤ n ≤ 0.8 and M represents a cation. step (A-I): a step of adding 0.2 to 0.8 mol propylene oxide to 1 mol of an alcohol having a straight-chain alkyl group having 8 to 24 carbon atoms; and step (A-II): a step of sulfating the alkoxylate obtained in the above (A-I) and neutralizing the resultant;
Security element for securing security papers, value documents and other data carriers, having a luminescing imprint, wherein - the luminescing imprint is formed by, on the one hand, printed luminescent white, a luminescent substance luminescing white, and at least two printed luminescent primary colorants (20R, 20G, 20B) on the other hand, characterized in that - the luminescing imprint shows a multicolored motif (50, 60, 70) in the UV light, and - the multicolored motif (50, 60, 70) contains achromatic portions also in colored regions, which in the imprint are formed at least partly by luminescent white. - the luminescing imprint is formed by, on the one hand, printed luminescent white, a luminescent substance luminescing white, and at least two printed luminescent primary colorants (20R, 20G, 20B) on the other hand, - the luminescing imprint shows a multicolored motif (50, 60, 70) in the UV light, and - the multicolored motif (50, 60, 70) contains achromatic portions also in colored regions, which in the imprint are formed at least partly by luminescent white.
A data processing management method executed in a system including a first computer and a second computer, the data processing management method comprising: transmitting, by the first computer, progress information of a process executed by the first computer to the second computer upon reception of an instruction to reassign the process to the second computer, the progress information being indicating a state associated with an arrival situation of a plurality of events, the plurality of events being associated with the process; transmitting, by the first computer, a first event associated with the process to the second computer upon reception of the first event during the transmission of the progress information; receiving, by the second computer, a second event associated with the process prior to arrival of the progress information and the first event, and holding, by the second computer, the second event by using a storing unit; executing, by the second computer, the process using the progress information, the first event and the second event before arrival of a third event associated with the process, the third event occurring before the second event. transmitting, by the first computer, progress information of a process executed by the first computer to the second computer upon reception of an instruction to reassign the process to the second computer, the progress information being indicating a state associated with an arrival situation of a plurality of events, the plurality of events being associated with the process; transmitting, by the first computer, a first event associated with the process to the second computer upon reception of the first event during the transmission of the progress information; receiving, by the second computer, a second event associated with the process prior to arrival of the progress information and the first event, and holding, by the second computer, the second event by using a storing unit; executing, by the second computer, the process using the progress information, the first event and the second event before arrival of a third event associated with the process, the third event occurring before the second event.
A dry powder inhaler comprising: a reservoir containing a dry powder formulation and an arrangement for delivering a metered dose of the medicament from the reservoir; a cyclone deagglomerator for breaking up agglomerates of the dry powder medicament; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the formulation comprises inhalable formoterol fumarate and inhalable budesonide as the sole active ingredients and wherein the formoterol fumarate has a particle size distribution of d10 <1 μm, d50 = 1-3 μm, d90 = 3.5-6 μm and NLT 99% <10 μm and a lactose carrier. a reservoir containing a dry powder formulation and an arrangement for delivering a metered dose of the medicament from the reservoir; a cyclone deagglomerator for breaking up agglomerates of the dry powder medicament; and a delivery passageway for directing an inhalation-induced air flow through a mouthpiece, the delivery passageway extending to the metered dose of medicament, wherein the formulation comprises inhalable formoterol fumarate and inhalable budesonide as the sole active ingredients and wherein the formoterol fumarate has a particle size distribution of d10 <1 μm, d50 = 1-3 μm, d90 = 3.5-6 μm and NLT 99% <10 μm and a lactose carrier.
A controller for reading of both an RS485 data signal and a Wiegand data signal from a user connector having two output ports, the controller comprising: an RS485 transceiver with two input ports (A, B), each of which being connected to a respective one of the two output ports of the user connector for reading one data signal on each of the output ports from the user connector, and an output port for providing an RS485 data signal that is defined by the data signals read on the two output ports; an RS485 interface with an RS485 data port (RS485_RX) connected to the output port of the RS485 transceiver for receiving the RS485 data signal; a Wiegand interface with a Wiegand data port (WIEGAND DATA) connected to the output port of the RS485 transceiver for receiving the RS485 data signal and a data ready port (WG_ DATA_READY) connected to the two input ports (A, B) via a first logic circuit, comprised in the controller, for determining whether the RS485 data signal is to be read as a Wiegand data signal or not on the Wiegand data port (WIEGAND DATA). an RS485 transceiver with two input ports (A, B), each of which being connected to a respective one of the two output ports of the user connector for reading one data signal on each of the output ports from the user connector, and an output port for providing an RS485 data signal that is defined by the data signals read on the two output ports; an RS485 interface with an RS485 data port (RS485_RX) connected to the output port of the RS485 transceiver for receiving the RS485 data signal; a Wiegand interface with a Wiegand data port (WIEGAND DATA) connected to the output port of the RS485 transceiver for receiving the RS485 data signal and a data ready port (WG_ DATA_READY) connected to the two input ports (A, B) via a first logic circuit, comprised in the controller, for determining whether the RS485 data signal is to be read as a Wiegand data signal or not on the Wiegand data port (WIEGAND DATA).
A two-stroke internal combustion engine configured to expel burnt gas externally of a combustion chamber through an exhaust port while introducing air-fuel mixture into the combustion chamber from a crankcase through scavenging passages, comprising: first scavenging ports opening to said combustion chamber and oriented away from said exhaust port; main scavenging passages making communication between each said first scavenging port and said crankcase; second scavenging ports opening to said combustion chamber at positions remoter from said exhaust port than said first scavenging ports respectively, and oriented away from said exhaust port; and branch scavenging passages branched from said main scavenging passages and extending aslant away from said exhaust port up to each said second scavenging port; wherein said branch scavenging passages have a mean cross-sectional area smaller than a mean cross-sectional area of said main scavenging passages, characterised by each said first scavenging port and each said second scavenging port having opening areas (S4, S5) which are in total larger than a cross-sectional area of each said main scavenging passage at an inlet portion thereof next to said crankcase. first scavenging ports opening to said combustion chamber and oriented away from said exhaust port; main scavenging passages making communication between each said first scavenging port and said crankcase; second scavenging ports opening to said combustion chamber at positions remoter from said exhaust port than said first scavenging ports respectively, and oriented away from said exhaust port; and branch scavenging passages branched from said main scavenging passages and extending aslant away from said exhaust port up to each said second scavenging port; wherein said branch scavenging passages have a mean cross-sectional area smaller than a mean cross-sectional area of said main scavenging passages, characterised by each said first scavenging port and each said second scavenging port having opening areas (S4, S5) which are in total larger than a cross-sectional area of each said main scavenging passage at an inlet portion thereof next to said crankcase.
Process for the preparation of a grape seed extract, said process comprising the steps of: 1. providing marc deriving from grape pressing, and subjecting said marc to mechanical sieving, to separate the grape seeds from stalks, skins and other residues resulting from the mechanical pruning of the vines, 2. drying the grape seeds thus separated, down to a residual humidity of less than 8%, 3. infusing the grape seeds in water at a temperature of at least 80°C for at least an hour, at a pH of 3.0-3.5, 4. separating the aqueous solution obtained in step 3, from the grape seeds, 5. subjecting said aqueous solution to tangential microfiltration through 0.2 micron membranes, then collecting and storing the permeate, 6. subjecting said permeate to tangential ultrafiltration with a cut off of 300 kDalton, then collecting and preserving the retentate, 7. subjecting said retentate to tangential nanofiltration, to eliminate residual water, thus obtaining a grape seed extract, and optionally 8. concentrating and spray drying said extract, thus obtaining a powder. 1. providing marc deriving from grape pressing, and subjecting said marc to mechanical sieving, to separate the grape seeds from stalks, skins and other residues resulting from the mechanical pruning of the vines, 2. drying the grape seeds thus separated, down to a residual humidity of less than 8%, 3. infusing the grape seeds in water at a temperature of at least 80°C for at least an hour, at a pH of 3.0-3.5, 4. separating the aqueous solution obtained in step 3, from the grape seeds, 5. subjecting said aqueous solution to tangential microfiltration through 0.2 micron membranes, then collecting and storing the permeate, 6. subjecting said permeate to tangential ultrafiltration with a cut off of 300 kDalton, then collecting and preserving the retentate, 7. subjecting said retentate to tangential nanofiltration, to eliminate residual water, thus obtaining a grape seed extract, and optionally 8. concentrating and spray drying said extract, thus obtaining a powder.
A cleaner holder, comprising: a first body comprising a charging port configured to charge a cleaner; a second body configured to support the cleaner, wherein the second body is connected to the first body; a locking part located on the first body and configured to attach to a battery housing of the cleaner to secure the cleaner; a fixing member located on the second body and configured to attach to a dust container of the cleaner to secure the cleaner; and a cleaner guide located on the second body and configured to support the dust container of the cleaner and guide movement of the cleaner during mounting of the cleaner on the cleaner holder characterized in that: the second body comprises a battery accommodation space configured to hold a battery. a first body comprising a charging port configured to charge a cleaner; a second body configured to support the cleaner, wherein the second body is connected to the first body; a locking part located on the first body and configured to attach to a battery housing of the cleaner to secure the cleaner; a fixing member located on the second body and configured to attach to a dust container of the cleaner to secure the cleaner; and a cleaner guide located on the second body and configured to support the dust container of the cleaner and guide movement of the cleaner during mounting of the cleaner on the cleaner holder characterized in that: the second body comprises a battery accommodation space configured to hold a battery.
A distributor device for distributing treatment fluid to the teat cups of a milking cluster, the distributor device having at least one distributor inlet for treatment fluid, at least one distributor outlet for connection to a teat cup, and a safety valve (27, 28), wherein the safety valve is selectively operable to permit flow between the at least one inlet and the at least one outlet and, in a rest position, to shut off flow between the at least one inlet and the at least one outlet and vent the at least one inlet to atmosphere, wherein the distributor includes a bleed port for venting to atmosphere and a first passageway interconnecting the at least one inlet and the bleed port, a second passageway connecting with the at least one outlet for delivering treatment fluid thereto, a first port disposed between the first passageway and the bleed port, a second port disposed between the first and second passageways (24, 25), and a valve means controlling the ports, said valve means opening the first valve port and closing the second valve port in the rest position of the valve means, wherein the valve means comprises a movable valve body carrying at least one valve member (32, 33) for cooperating with the first and second valve ports, characterised in that the safety valve comprises a valve bore extending transverse to the first and second passageways (25, 24), and wherein the movable valve body is slidably mounted in the valve bore.
Fireproof and thermal insulator product, which comprises a material combination of: - an Alkaline Earth Silicate material, and - alumina, such that the alumina is bonded onto the Alkaline Earth Silicate material, wherein the Alkaline Earth Silicate material and the alumina are in the form of a layer, the layer of Alkaline Earth Silicate being between 2 mm and 20 mm thick, and the layer of alumina being between 0.5 mm and 2 mm thick. - an Alkaline Earth Silicate material, and - alumina,
An immunocytokine comprising: a) a conjugate, and b) an immunomodulatory antibody, or a fragment thereof capable of reacting with the same antigen than its antibody counterpart, directly or indirectly linked by covalence to said conjugate, wherein said conjugate comprises: (i) a polypeptide comprising the amino acid sequence of interleukin-15 or a derivative thereof, wherein the derivative has an amino acid sequence having a percentage of identity of at least 92.5 % with an amino acid sequence selected from the group consisting of SEQ ID n°:1, SEQ ID n°:2, SEQ ID n°:3, and (ii) a polypeptide comprising the amino acid sequence of the sushi domain of the IL-15Rα or a derivative thereof, wherein the derivative has an amino acid sequence having a percentage of identity of at least 92% with an amino acid sequence selected from the group consisting of SEQ ID n°:4, SEQ ID n°:5, SEQ ID n°:6, SEQ ID n°:7, SEQ ID n°:8, and SEQ ID n°:9; and wherein said immunomodulatory antibody or fragment thereof inhibits an immunosuppressive receptor or stimulates a co-stimulatory receptor. a) a conjugate, and b) an immunomodulatory antibody, or a fragment thereof capable of reacting with the same antigen than its antibody counterpart, directly or indirectly linked by covalence to said conjugate, (i) a polypeptide comprising the amino acid sequence of interleukin-15 or a derivative thereof, wherein the derivative has an amino acid sequence having a percentage of identity of at least 92.5 % with an amino acid sequence selected from the group consisting of SEQ ID n°:1, SEQ ID n°:2, SEQ ID n°:3, and (ii) a polypeptide comprising the amino acid sequence of the sushi domain of the IL-15Rα or a derivative thereof, wherein the derivative has an amino acid sequence having a percentage of identity of at least 92% with an amino acid sequence selected from the group consisting of SEQ ID n°:4, SEQ ID n°:5, SEQ ID n°:6, SEQ ID n°:7, SEQ ID n°:8, and SEQ ID n°:9;
An arrangement for improving the performance of a start assist system for an internal combustion engine of a vehicle comprising: a start/stop system, a primary source of electrical energy; a secondary source of electrical energy; an electrical starter motor; an engine control unit; and additional vehicle electrical loads, and a start controller arranged such that the starter motor and engine control unit are operated with power supplied from the primary source of electrical energy at a first cold starting attempt and characterized in that the start controller is arranged such that, if reset of the engine control unit occurs during the first cold starting attempt as a result of that the primary source of electrical energy is suffering from reduced performance such that the power is sufficient for the starter motor to crank the internal combustion engine, but otherwise insufficient for maintaining a sufficient voltage level, the starter motor is operated with power supplied from the primary source of electrical energy and the engine control unit is operated with power supplied from the secondary source of electrical energy for an additional cold starting attempt.
A method for producing high purity crystalline carbamide from an aqueous carbamide solution, comprising carbamide crystallization and drying, characterized in that the aqueous carbamide solution is heated to a temperature from +30°C to +130°C, whereupon the solution is purified by electrodialysis at a voltage in the range of 400V - 600V.
A battery pack (100, 200) comprising: a curved can (110, 210) having an opening wherein the can is curved along an arc such that opposite lateral edges of the can curve away from the lateral axis of the can; an electrode assembly (130, 230) accommodated in the can; a cap assembly (190, 290) comprising a cap plate (180, 280) and an electrode pin (182, 282) in the cap plate, the cap plate being configured to seal the opening of the can; and characterised in that the battery pack further comprises a first insulating unit (151, 251) and a second insulating unit (152, 252) that are separated from each other and disposed between the electrode assembly and the cap assembly. a curved can (110, 210) having an opening wherein the can is curved along an arc such that opposite lateral edges of the can curve away from the lateral axis of the can; an electrode assembly (130, 230) accommodated in the can; a cap assembly (190, 290) comprising a cap plate (180, 280) and an electrode pin (182, 282) in the cap plate, the cap plate being configured to seal the opening of the can; and characterised in that the battery pack further comprises a first insulating unit (151, 251) and a second insulating unit (152, 252) that are separated from each other and disposed between the electrode assembly and the cap assembly.
A respiratory mask assembly (1,700) comprising: a headgear (3,704) configured to secure the mask assembly (1,700) to a user's face in use, the headgear (3,704) comprising: a yoke (9,716); first and second side arms (8, 714), each of the first and second side arms (8, 714) extending from a lateral portion of the yoke (9,716), and configured to extend across a cheek and above an ear of a user in use; and a top strap (7,712) coupled to and extending between the first and second side arms (8, 714) and configured to extend across the top of the user's head in use; and the respiratory mask assembly also comprising: a frame (5,710) having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke (9,716) and configured to be coupled to the frame (5,710) by approaching the frame (5,710) from one of the top or the bottom; wherein the yoke (9,716) extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector. a yoke (9,716); first and second side arms (8, 714), each of the first and second side arms (8, 714) extending from a lateral portion of the yoke (9,716), and configured to extend across a cheek and above an ear of a user in use; and a top strap (7,712) coupled to and extending between the first and second side arms (8, 714) and configured to extend across the top of the user's head in use; and the respiratory mask assembly also comprising: a frame (5,710) having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke (9,716) and configured to be coupled to the frame (5,710) by approaching the frame (5,710) from one of the top or the bottom; wherein the yoke (9,716) extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector. a frame (5,710) having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke (9,716) and configured to be coupled to the frame (5,710) by approaching the frame (5,710) from one of the top or the bottom; wherein the yoke (9,716) extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector.
An oral care composition comprising i. from 1% - 2% by wt. of arginine in free or salt form; ii. from 0.75% by wt. - 1.5% by wt. of sodium monofluorophosphate; iii. from 35% - 45% by wt. of precipitated calcium carbonate; iv. from 0.1% - 7% by wt. of glycerin; v. from 0.75% - 2.0% by wt. of sodium lauryl sulfate; vi. from 0.15% - 0.60% by wt. of tetrasodium pyrophosphate; vii. from 0.5% - 1.5% by wt. of sodium bicarbonate; viii. from 0.75% - 1.25% by wt. of sodium carboxymethylcellulose and polyionic cellulose; and wherein the composition comprises purified water in an amount of 40-47% by wt of the composition. i. from 1% - 2% by wt. of arginine in free or salt form; ii. from 0.75% by wt. - 1.5% by wt. of sodium monofluorophosphate; iii. from 35% - 45% by wt. of precipitated calcium carbonate; iv. from 0.1% - 7% by wt. of glycerin; v. from 0.75% - 2.0% by wt. of sodium lauryl sulfate; vi. from 0.15% - 0.60% by wt. of tetrasodium pyrophosphate; vii. from 0.5% - 1.5% by wt. of sodium bicarbonate; viii. from 0.75% - 1.25% by wt. of sodium carboxymethylcellulose and polyionic cellulose; and