mhurhangee/ep-ind-claims huggingface dataset:
Safety device for simple installation between a drinking water pipeline and a non-drinking water pipeline for reliably hygienically separating the non-drinking water pipeline from the drinking water pipeline and for preventing water, such as drinking water, contaminated drinking water and/or non-drinking water from infiltrating into the drinking water pipeline from the non-drinking water pipeline and for permanently hygienising a safety flushing apparatus connected between the drinking water pipeline and the non-drinking water pipeline; a. the safety device comprising a feed apparatus and a safety flushing apparatus, b. the feed apparatus being connected to a supply pipe of the drinking water pipeline, on which the safety device is installed, the feed apparatus further comprising a system separator, c. the feed apparatus comprising a first gate valve connected to the system separator, a first butterfly valve connected to the first gate valve, and a second butterfly valve connected to the first butterfly valve, characterised in that d. the safety flushing apparatus is arranged with the input of its flushing pipeline between the system separator and the first gate valve and with the output of its flushing pipeline between the first butterfly valve and the second butterfly valve, e. a first flushing valve and a second flushing valve are arranged in series in the flushing pipeline of the safety flushing apparatus, f. the safety flushing apparatus comprises a third flushing valve arranged between the first gate valve and the first butterfly valve and a fourth flushing valve arranged between the first butterfly valve and the second butterfly valve, g. discharge pipes for conducting away flushing liquids are connected to the outputs of the third flushing valve and the fourth flushing valve. a. the safety device comprising a feed apparatus and a safety flushing apparatus, b. the feed apparatus being connected to a supply pipe of the drinking water pipeline, on which the safety device is installed, the feed apparatus further comprising a system separator, c. the feed apparatus comprising a first gate valve connected to the system separator, a first butterfly valve connected to the first gate valve, and a second butterfly valve connected to the first butterfly valve, characterised in that d. the safety flushing apparatus is arranged with the input of its flushing pipeline between the system separator and the first gate valve and with the output of its flushing pipeline between the first butterfly valve and the second butterfly valve, e. a first flushing valve and a second flushing valve are arranged in series in the flushing pipeline of the safety flushing apparatus, f. the safety flushing apparatus comprises a third flushing valve arranged between the first gate valve and the first butterfly valve and a fourth flushing valve arranged between the first butterfly valve and the second butterfly valve, g. discharge pipes for conducting away flushing liquids are connected to the outputs of the third flushing valve and the fourth flushing valve.
Thermoplastic composition, containing A) 44% by weight to 96.999% by weight of aromatic polycarbonate, B) 3.0% by weight to 30.0% by weight of titanium dioxide and C) glass flakes comprising a titanium dioxide coating, characterized in that the amount of component C is 0.001% by weight to 0.25% by weight, wherein the reported amounts are in each case based on the total weight of the thermoplastic composition. A) 44% by weight to 96.999% by weight of aromatic polycarbonate, B) 3.0% by weight to 30.0% by weight of titanium dioxide and C) glass flakes comprising a titanium dioxide coating, characterized in that the amount of component C is 0.001% by weight to 0.25% by weight, wherein the reported amounts are in each case based on the total weight of the thermoplastic composition.
A solid electrolyte composition comprising: an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder, wherein the binder includes a polymer satisfying the following condition or, (condition 1) A Young's modulus is 0.003 GPa or more and less than 0.2 GPa and a breaking elongation is 300% to 700%, and (condition 2) A Young's modulus is 0.2 to 2 GPa and a breaking elongation is 10% to 1,000%, wherein the polymer included in the binder is selected from the group consisting of polyurethane, polyester, acrylic polymer, polycarbonate, a hydrogenated acrylonitrile butadiene rubber and a polyamide, wherein Young's modulus is obtained by producing a test specimen described in JIS K 7161 "Plastics-Determination of Tensile Properties" from a binder solution and measuring the tensile elastic modulus and tensile strain at break or nominal tensile strain at break described in the above standard, and the breaking elongation is obtained by producing a test specimen described in JIS K 7161 "Plastics-Determination of Tensile Properties" from a binder solution and measuring the tensile elastic modulus and tensile strain at break or nominal tensile strain at break described in the above standard. an inorganic solid electrolyte having a conductivity of an ion of a metal belonging to Group I or II of the periodic table; and a binder, wherein the binder includes a polymer satisfying the following condition or, (condition 1) A Young's modulus is 0.003 GPa or more and less than 0.2 GPa and a breaking elongation is 300% to 700%, and (condition 2) A Young's modulus is 0.2 to 2 GPa and a breaking elongation is 10% to 1,000%, wherein the polymer included in the binder is selected from the group consisting of polyurethane, polyester, acrylic polymer, polycarbonate, a hydrogenated acrylonitrile butadiene rubber and a polyamide, wherein Young's modulus is obtained by producing a test specimen described in JIS K 7161 "Plastics-Determination of Tensile Properties" from a binder solution and measuring the tensile elastic modulus and tensile strain at break or nominal tensile strain at break described in the above standard, and the breaking elongation is obtained by producing a test specimen described in JIS K 7161 "Plastics-Determination of Tensile Properties" from a binder solution and measuring the tensile elastic modulus and tensile strain at break or nominal tensile strain at break described in the above standard.
An isolated bacteriophage having a specific bactericidal activity against Salmonella choleraesuis, which is identified by accession number KCCM11208P.
A pharmaceutical dosage form for use in the treatment of pain, which contains a pharmacologically active agent according to general formula wherein R is -H or -CH 3, or a physiologically acceptable salt thereof and a self-emulsifying formulation; wherein the pharmaceutical dosage form is administered twice daily, once daily or less frequently.
Pivoting door having a sealing device, in particular for a pivoting door having a pivot axis running through the door leaf, having a seal housing, a sealing strip and a mechanism for displacing the sealing strip relative to the seal housing, wherein the mechanism comprises a triggering element which, upon being subjected to an external force, causes the mechanism to displace the sealing strip relative to the seal housing, characterized in that the triggering element is assigned a transmission element which is arranged on the door leaf rebate opposite to the door lock and which partially or completely covers the triggering element in the triggering direction thereof and forms a ramp-shaped run-on surface, and transmits the externally acting force onto the triggering element.
Composition in the gel form, characterized in that it comprises at least 90% of seawater, by weight with respect to the total weight of the composition, and hydroxyethyl methyl cellulose as gelling agent.
Device for setting fastening elements, having: - a set control link having a set control slot; - a rivet ram connected to a set control pin which engages in the set control slot; - a feed shaft rod on which the set control link is non-rotatably mounted; and - a drive unit by means of which the feed shaft rod can be driven to rotate in order to move the rivet ram between a retracted, pre-installation position and an advanced, installation position, characterised in that - a feed link having a feed control slot is provided; - mounted on the feed shaft rod is a feed control pin which engages in the feed control slot; and - the feed control slot is configured so that on rotation of the feed shaft rod, said feed shaft rod moves between a retracted, start position and an advanced, setting position. - a set control link having a set control slot; - a rivet ram connected to a set control pin which engages in the set control slot; - a feed shaft rod on which the set control link is non-rotatably mounted; and - a drive unit by means of which the feed shaft rod can be driven to rotate in order to move the rivet ram between a retracted, pre-installation position and an advanced, installation position, characterised in that - a feed link having a feed control slot is provided; - mounted on the feed shaft rod is a feed control pin which engages in the feed control slot; and - the feed control slot is configured so that on rotation of the feed shaft rod, said feed shaft rod moves between a retracted, start position and an advanced, setting position.
A method for isolating a leak in a closed-volume liquid system in an aircraft, the closed-volume liquid system including a pump, a plurality of isolatable zones (Z2,Z3) which can be isolated from the pump and a non-isolatable zone which cannot be isolated from the pump, the method comprising: circulating a fluid using the pump through the plurality of isolatable zones (Z2, Z3) and the non-isolatable zone; and detecting a leak in the closed-volume liquid system; characterized in that the method further comprises: isolating all of the isolatable zones from the non-isolatable zone; detecting if the leak is present in the non-isolatable zone; if the leak is not detected in the non-isolatable zone, sequentially opening each of the isolatable zones to isolate and detect the leak; and taking corrective action after the leak is detected. circulating a fluid using the pump through the plurality of isolatable zones (Z2, Z3) and the non-isolatable zone; and detecting a leak in the closed-volume liquid system; characterized in that the method further comprises: isolating all of the isolatable zones from the non-isolatable zone; detecting if the leak is present in the non-isolatable zone; if the leak is not detected in the non-isolatable zone, sequentially opening each of the isolatable zones to isolate and detect the leak; and taking corrective action after the leak is detected. isolating all of the isolatable zones from the non-isolatable zone; detecting if the leak is present in the non-isolatable zone; if the leak is not detected in the non-isolatable zone, sequentially opening each of the isolatable zones to isolate and detect the leak; and taking corrective action after the leak is detected.
A modified resin for a molded article obtained by modifying an ionomer of an ethylene/unsaturated carboxylic acid copolymer with at least one guanidine compound selected from guanidine derivatives and salts thereof.
Mounting plate for supporting a circuit breaker accessory part having - a holding means for holding the mounting plate on a wall of a housing of a circuit breaker and - a fastening means for fastening the circuit breaker accessory part to the mounting plate, wherein the mounting plate is embodied in two parts, wherein a first part of the mounting plate has the holding means and wherein a second part of the mounting plate has the fastening means, wherein the first part is fixedly connected to the second part, and wherein the fastening means has a contact surface for supporting the circuit breaker accessory part, and wherein the holding means and/or the first part consist of an insulation material, in particular polyamide, and characterised in that the fastening means and/or the second part consists of a metal, in particular of steel, wherein the contact surface has at least one bore hole for fastening the circuit breaker accessory part to the contact surface. - a holding means for holding the mounting plate on a wall of a housing of a circuit breaker and - a fastening means for fastening the circuit breaker accessory part to the mounting plate,
A method for setting a working mode of a multi-processor system, wherein: the multi-processor system comprises a backplane, and the backplane comprises at least two slots for inserting boards, and the method comprises: detecting (201; 301), after a current board is inserted into a slot of the backplane, whether an associated board exists on the backplane; identifying the current board as a master board if the associated board does not exist; detecting (304, 309), within a predetermined detection time, whether a board is inserted into another slot of the backplane except the slot of the master board; powering on the current board according to the independent working mode if it is detected that no board is inserted within the detection time; detecting, if it is detected that the associated board exists, whether the associated board is in an independent working state, wherein in the independent working state the associated board runs an operating system independently from another board; and powering on the current board according to a slave working mode of a slave board if it is detected that the associated board is not in an independent working state, so as to work coordinately with the associated board and to run one operation system jointly. detecting (201; 301), after a current board is inserted into a slot of the backplane, whether an associated board exists on the backplane; identifying the current board as a master board if the associated board does not exist; detecting (304, 309), within a predetermined detection time, whether a board is inserted into another slot of the backplane except the slot of the master board; powering on the current board according to the independent working mode if it is detected that no board is inserted within the detection time; detecting, if it is detected that the associated board exists, whether the associated board is in an independent working state, wherein in the independent working state the associated board runs an operating system independently from another board; and powering on the current board according to a slave working mode of a slave board if it is detected that the associated board is not in an independent working state, so as to work coordinately with the associated board and to run one operation system jointly.
An absorbent structure comprising a water-absorbing material containing coated water-absorbing polymer particles, obtainable by a process comprising the steps of a) coating water-absorbing polymer particles with an aqueous composition comprising a film-forming polyurethane and hydrophilic pyrogenic silica in a weight ratio from 1:1.2 to 1:3 and b) heat-treating the coated particles at above 50°C. a) coating water-absorbing polymer particles with an aqueous composition comprising a film-forming polyurethane and hydrophilic pyrogenic silica in a weight ratio from 1:1.2 to 1:3 and b) heat-treating the coated particles at above 50°C.
An apparatus for cooling liquids, comprising: a tank and cooling flasks; wherein said tank has a circumferential wall (23, 24) comprising two longitudinal walls and two lateral walls, said tank further comprising a bottom and a top opening; wherein each of said cooling flasks has a first wall section that faces a first wall section of an adjacent cooling flask, a second wall section that faces the circumferential wall (23, 24) of the tank, and a bottom; wherein said cooling flasks are designed to contain coolant material; wherein the first wall section, the second wall section and the bottom of each of said cooling flasks each have at least one protrusion smaller than 2.5 millimeters; wherein the cooling flasks are designed to be set within the tank in such a way that said protrusions create gaps smaller than 2.5 millimeters between each two adjacent cooling flasks, between said bottoms of said cooling flasks and said bottom of said tank and between said second wall sections of said cooling flasks and said longitudinal walls of said tank, wherein said gaps constitute a single cooling space; wherein a total volume of the cooling flasks is three times greater or more than a total volume of the single cooling space; and whereby when a user pours hot water into the single cooling space then the coolant material within said cooling flasks absorbs heat from said hot water. wherein said tank has a circumferential wall (23, 24) comprising two longitudinal walls and two lateral walls, said tank further comprising a bottom and a top opening; wherein each of said cooling flasks has a first wall section that faces a first wall section of an adjacent cooling flask, a second wall section that faces the circumferential wall (23, 24) of the tank, and a bottom; wherein said cooling flasks are designed to contain coolant material; wherein the first wall section, the second wall section and the bottom of each of said cooling flasks each have at least one protrusion smaller than 2.5 millimeters; wherein the cooling flasks are designed to be set within the tank in such a way that said protrusions create gaps smaller than 2.5 millimeters between each two adjacent cooling flasks, between said bottoms of said cooling flasks and said bottom of said tank and between said second wall sections of said cooling flasks and said longitudinal walls of said tank, wherein said gaps constitute a single cooling space; wherein a total volume of the cooling flasks is three times greater or more than a total volume of the single cooling space; and whereby when a user pours hot water into the single cooling space then the coolant material within said cooling flasks absorbs heat from said hot water.
An apparatus for managing liquid flow associated with a tissue site, the apparatus comprising: a first valve (118, 218) in fluid communication with a reduced-pressure source, the first valve (118, 218) movable between an open position and a closed position, wherein the first valve (118, 218) is operable to be activated based on a reduced pressure transmitted from the tissue site to the first valve (118, 218); a second valve (127, 227) in fluid communication with the reduced-pressure source, the second valve (127, 227) movable between an open position and a closed position, wherein the second valve (127, 227) is operable to be activated based on a reduced pressure transmitted from the tissue site to the second valve (127, 227); wherein at least one of the first valve (118, 218) and the second valve (127, 227) is in the closed position to obstruct a flow of a liquid when experiencing the reduced pressure; a reservoir (124, 224) fluidly coupled to the first valve (118, 218) and the second valve (127, 227), the reservoir (124, 224) operable to contain a liquid when the second valve (127, 227) is in the closed position; and a reduced-pressure conduit (121, 221) in fluid communication with the first valve (118, 218) and the second valve (127, 227), wherein the reduced-pressure conduit is operable to transmit the reduced pressure from the tissue site to the first valve (118, 218) and the second valve (127, 227). a first valve (118, 218) in fluid communication with a reduced-pressure source, the first valve (118, 218) movable between an open position and a closed position, wherein the first valve (118, 218) is operable to be activated based on a reduced pressure transmitted from the tissue site to the first valve (118, 218); a second valve (127, 227) in fluid communication with the reduced-pressure source, the second valve (127, 227) movable between an open position and a closed position, wherein the second valve (127, 227) is operable to be activated based on a reduced pressure transmitted from the tissue site to the second valve (127, 227); wherein at least one of the first valve (118, 218) and the second valve (127, 227) is in the closed position to obstruct a flow of a liquid when experiencing the reduced pressure; a reservoir (124, 224) fluidly coupled to the first valve (118, 218) and the second valve (127, 227), the reservoir (124, 224) operable to contain a liquid when the second valve (127, 227) is in the closed position; and a reduced-pressure conduit (121, 221) in fluid communication with the first valve (118, 218) and the second valve (127, 227), wherein the reduced-pressure conduit is operable to transmit the reduced pressure from the tissue site to the first valve (118, 218) and the second valve (127, 227).
Process for the production of metal-carbon containing bodies comprising ferromagnetic metal particles encapsulated by graphitic carbon layers, which process comprises impregnating cellulose, cellulose-like or carbohydrate bodies with an aqueous solution of at least one metal compound, followed by heating the impregnated bodies in an inert and oxygen-free atmosphere at a temperature above 700°C, thereby reducing at least part of the at least one metal compound to the corresponding metal or metal alloy, and wherein the metal(s) is (are) selected from iron, nickel, cobalt or alloys thereof.
A method for protectively lining a part, the method comprising: a) preparing a mold that is defined on at least a bottom side by the part; b) casting a self-curing potting sealant compound into the mold; and c) levelling the sealant or letting the sealant self-level and letting the sealant cure in the mold, characterized in that d) step b) comprises casting of a self-curing potting sealant compound that includes fibers or fiber material pieces; and/or e) a fiber ply is being placed into the mold as a reinforcement layer. a) preparing a mold that is defined on at least a bottom side by the part; b) casting a self-curing potting sealant compound into the mold; and c) levelling the sealant or letting the sealant self-level and letting the sealant cure in the mold, characterized in that d) step b) comprises casting of a self-curing potting sealant compound that includes fibers or fiber material pieces; and/or e) a fiber ply is being placed into the mold as a reinforcement layer.
Assembly for preparing a liquid by reverse osmosis, having a pump, a membrane unit, an energy recovery unit, at least one sensor (10, 11, 12, 14, 15) and an evaluation unit, the pump feeding a feed stream to the membrane unit and the membrane unit separating the feed stream into a permeate stream and a retentate stream, and the actual value of the yield of the assembly being given as a ratio of permeate stream to feed stream, and the retentate stream being fed to the energy recovery unit, measured values being measured by at least one sensor (10, 11, 12, 14, 15) and forwarded to an evaluation unit characterized by an algorithm implemented in the evaluation unit, by means of which the evaluation unit calculates at least the efficiency of the pump and of the energy recovery unit and determines an optimal yield as reference value, at which the assembly can be operated with a minimum specific energy requirement, wherein a functional relationship between specific energy requirement, yield, temperature and salt content is stored in the evaluation unit, and the evaluation unit determines the necessary delivery pressure by means of the osmotic pressure and the frictional losses and determines the minimum of the energy consumption by means of the algorithm, which calculates the minimum of the specific energy requirement as a function of the yield, and calculates the deviation of the actual value from the reference value and varies the yield on the basis of this deviation.