mhurhangee/ep-ind-claims huggingface dataset:
A filter cartridge for use with a liquid filter assembly, the filter cartridge including: a primary filter cartridge section; a bypass filter cartridge section; a first end cap positioned between the primary filter cartridge section and the bypass filter cartridge section; a seal support surrounded by the media of the bypass filter cartridge section; and a second end cap positioned on an opposite end of the primary filter cartridge section from the first end cap, the seal support including a first inner seal member defining a first inwardly directed seal, characterized in that the first inwardly directed seal is positioned in a slanted seal plane non-orthogonal to a central axis of the bypass filter cartridge section and in that the first inner seal member of the seal support defining the inwardly directed seal and slanted seal plane extends at an acute angle x within the range of 4° to 20° inclusive, with respect to a plane orthogonal to the central axis of that bypass filter cartridge section.
Safety device for a converter, which for conversion of an input variable into an output variable is operated by a supplied electrical supply voltage (U v) and a supplied auxiliary medium, wherein the safety device comprises: an auxiliary medium line for supply of the auxiliary medium from an auxiliary medium source to the converter; a first non-return valve, which is incorporated in the auxiliary medium line, for preventing a return flow of the auxiliary medium from the converter to the auxiliary medium source; a buffer store, which is branched off from the auxiliary medium line downstream of the first non-return valve, for the auxiliary medium; a controllable valve device for preventing an uncontrolled outflow of the auxiliary medium from the buffer store; a pressure comparison device which is connected with the auxiliary medium line for the auxiliary medium preferably upstream of the first non-return valve; and a control device for switching off the supply voltage (U v) of the converter and for opening the valve device for supply of the converter with the auxiliary medium, which is under a predetermined operating pressure, from the buffer store when the pressure comparison device establishes that the actual pressure of the auxiliary medium in the auxiliary medium line upstream of the first non-return valve falls short of a predetermined operating pressure threshold value (P threshold operation) for the auxiliary medium. an auxiliary medium line for supply of the auxiliary medium from an auxiliary medium source to the converter; a first non-return valve, which is incorporated in the auxiliary medium line, for preventing a return flow of the auxiliary medium from the converter to the auxiliary medium source; a buffer store, which is branched off from the auxiliary medium line downstream of the first non-return valve, for the auxiliary medium; a controllable valve device for preventing an uncontrolled outflow of the auxiliary medium from the buffer store; a pressure comparison device which is connected with the auxiliary medium line for the auxiliary medium preferably upstream of the first non-return valve; and a control device for switching off the supply voltage (U v) of the converter and for opening the valve device for supply of the converter with the auxiliary medium, which is under a predetermined operating pressure, from the buffer store when the pressure comparison device establishes that the actual pressure of the auxiliary medium in the auxiliary medium line upstream of the first non-return valve falls short of a predetermined operating pressure threshold value (P threshold operation) for the auxiliary medium.
Conveying apparatus by means of which flat products (18a; 18b) which are fed in a product-introduction region (12a-c) in a state in which they lie on their main surfaces in a transporting plane (14a-c) are conveyed along a transporting route (20a-c) to a product-discharging region (22a-c), having at least one product-introduction conveying means (24a-c), which is provided so that the products (18a; 18b) which are fed in a state in which they lie on their main surfaces are conveyed from the product-introduction region (12a-c) along a first transporting-route portion (26a; 26c), having a product-discharge conveying means (28a-c) with an erecting portion (30a-c), which is provided to erect the products (18a; 18b) onto their respective peripheries, and with an adjoining conveying portion (34a-c), which is provided to convey the products (18a; 18b) into the product-discharging region (22a-c), and having an intermediate conveying apparatus (36a-c), which is provided to convey the products (18a; 18b) from at least one product-introduction conveying means (24a-c) to the product-discharge conveying means (28a-c), wherein the intermediate conveying apparatus (36a-c) is provided so that in a first operating state, which is provided for discharging products (18a; 18b) lying on their main surfaces, the products (18a; 18b) are set down in the conveying portion (34a-c) of the product-discharge conveying means (28a-c) and in a further operating state, which is provided for discharging products (18a; 18b) standing on their peripheries, the products (18a; 18b) are set down in the erecting portion (30a-c) of the product-discharge conveying means (28a-c), wherein the intermediate conveying apparatus (36a-c) has an intermediate conveyor belt (50a-c), which can be moved into the transporting route (20a-c) and is provided so that in the further operating state, which is provided for discharging products (18a; 18b) standing on their peripheries, the products (18a; 18b) are conveyed to the erecting portion (30a-c) of the product-discharge conveying means (28a-c), characterized in that the intermediate conveying apparatus (36a-c) has at last one product-turning device (38a-c, 40a), which is provided to accommodate the products (18a; 18b) in a conveying operation, to rotate them through a desired angle of rotation (44a; 44c) about an axis perpendicular to the main surfaces of said products, and then to set them down again.
A pressure-sensitive adhesive composition comprising a (meth)acrylate polymer comprising interpolymerized monomers comprising at least three structural isomers of a secondary alkyl (meth)acrylate of Formula: wherein: R 1 and R 2 are each independently a C 1 to C 30 saturated linear alkyl group; the sum of the number of carbons in R 1 and R 2 is 7 to 31; and R 3 is H or CH 3. R 1 and R 2 are each independently a C 1 to C 30 saturated linear alkyl group; the sum of the number of carbons in R 1 and R 2 is 7 to 31; and R 3 is H or CH 3.
A tube LED lamp realised to replace a fluorescent tube lamp, which tube LED lamp comprises - a tube containing an LED arrangement with a number of LEDs; - a connector arrangement (16A, 16B) with connectors realized for insertion into sockets of a socket arrangement (50A, 50B) of a tube lamp housing incorporating a dimming ballast (20, 21); - a driver circuit arrangement for driving the LED arrangement, which driver circuit arrangement is realized to output an LED current (I LED) on the basis of an input current provided by the dimming ballast (20, 21); and - a safety switch (S 13, M1) arranged within the tube to electrically isolate connectors of the connector arrangement (16A, 16B), wherein the safety switch (S 13, M1) is arranged between the driver circuit arrangement and the LED arrangement. - a tube containing an LED arrangement with a number of LEDs; - a connector arrangement (16A, 16B) with connectors realized for insertion into sockets of a socket arrangement (50A, 50B) of a tube lamp housing incorporating a dimming ballast (20, 21); - a driver circuit arrangement for driving the LED arrangement, which driver circuit arrangement is realized to output an LED current (I LED) on the basis of an input current provided by the dimming ballast (20, 21); and - a safety switch (S 13, M1) arranged within the tube to electrically isolate connectors of the connector arrangement (16A, 16B), wherein the safety switch (S 13, M1) is arranged between the driver circuit arrangement and the LED arrangement.
A tank internal pressure suppression device, comprising: a gas combustion unit (31;52-n) that is arranged to generate pressurized exhaust gas by combusting boil-off gas generated inside a tank using compressed air; a plurality of separate gas turbines (34,35;53-n) that is arranged to generate a plurality of motive forces using the pressurized exhaust gas; a compressor (36;54) that is arranged to compress air using the motive force generated by an air-compression gas turbine (34;53-1) among the plurality of gas turbines (34,35;53-n), and to generate the compressed air; a refrigerant gas compressor (37;55) that is arranged to generate compressed high-pressure refrigerant gas using a recovered motive force which is generated by a motive force recovery gas turbine (35;53-2) different from the air-compression gas turbine (34;53-1) among the plurality of gas turbines (34,35;53-n); and a refrigerator that is arranged to supply low-temperature LNG to the tank, characterized in that the refrigerator is arranged to supply the low temperature LNG to the tank which is generated by cooling LNG supplied from the tank using the compressed high-pressure refrigerant gas after expansion in an expansion turbine to generate a low-temperature refrigerant gas. a gas combustion unit (31;52-n) that is arranged to generate pressurized exhaust gas by combusting boil-off gas generated inside a tank using compressed air; a plurality of separate gas turbines (34,35;53-n) that is arranged to generate a plurality of motive forces using the pressurized exhaust gas; a compressor (36;54) that is arranged to compress air using the motive force generated by an air-compression gas turbine (34;53-1) among the plurality of gas turbines (34,35;53-n), and to generate the compressed air; a refrigerant gas compressor (37;55) that is arranged to generate compressed high-pressure refrigerant gas using a recovered motive force which is generated by a motive force recovery gas turbine (35;53-2) different from the air-compression gas turbine (34;53-1) among the plurality of gas turbines (34,35;53-n); and a refrigerator that is arranged to supply low-temperature LNG to the tank,
A hub unit bearing comprising: an outer ring having an outer ring raceway (5c, 5d); a hub having an inner ring raceway (7c, 7d); and a plurality of rolling elements (4a, 4b) disposed between the outer ring raceway (5c, 5d) and the inner ring raceway (7c, 7d), wherein the hub has a hub body with an outer circumferential surface, and an inner ring that is disposed on the outer circumferential surface of the hub body and is held on the hub body, characterized in that the hub body has a clamp portion for the inner ring, and a recess provided on the clamp portion, the inner ring has a land that faces the clamp portion, and a projection that is provided on the land and is engaged with the recess, and the recess is a part of a slit provided on the hub body. an outer ring having an outer ring raceway (5c, 5d); a hub having an inner ring raceway (7c, 7d); and a plurality of rolling elements (4a, 4b) disposed between the outer ring raceway (5c, 5d) and the inner ring raceway (7c, 7d), wherein the hub has a hub body with an outer circumferential surface, and an inner ring that is disposed on the outer circumferential surface of the hub body and is held on the hub body, characterized in that the hub body has a clamp portion for the inner ring, and a recess provided on the clamp portion, the inner ring has a land that faces the clamp portion, and a projection that is provided on the land and is engaged with the recess, and the recess is a part of a slit provided on the hub body.
A medication dispenser comprising: a base seat, a circuitry unit, an outer casing, and a notched wheel rotatable within said base seat, said base seat including a mouthpiece, said base seat defining a flow path therein that is in communication with said mouthpiece, said circuitry unit being disposed on said base seat, and including a first circuit board and a pressure sensor that is disposed on a bottom surface of said first circuit board and that is located in said flow path, said pressure sensor being for detecting pressure difference in said flow path, said notched wheel being formed with a plurality of equidistantly and angularly spaced-apart notches, each of said notches being adapted for receiving one of capsules of a conveying strip, said outer casing being movably mounted to said base seat, and being movable relative to said base seat between a close position where said outer casing covers said mouthpiece, and an open position where said outer casing uncovers said mouthpiece; characterized in that when said notched wheel is rotated to a position such that one of said notches is in communication with said flow path, the one of said notches is located downstream of said pressure sensor, and a dose of medication in a corresponding one of the capsules of the conveying strip is accessible via said mouthpiece. a base seat, a circuitry unit, an outer casing, and a notched wheel rotatable within said base seat, said base seat including a mouthpiece, said base seat defining a flow path therein that is in communication with said mouthpiece, said circuitry unit being disposed on said base seat, and including a first circuit board and a pressure sensor that is disposed on a bottom surface of said first circuit board and that is located in said flow path, said pressure sensor being for detecting pressure difference in said flow path, said notched wheel being formed with a plurality of equidistantly and angularly spaced-apart notches, each of said notches being adapted for receiving one of capsules of a conveying strip, said outer casing being movably mounted to said base seat, and being movable relative to said base seat between a close position where said outer casing covers said mouthpiece, and an open position where said outer casing uncovers said mouthpiece; characterized in that when said notched wheel is rotated to a position such that one of said notches is in communication with said flow path, the one of said notches is located downstream of said pressure sensor, and a dose of medication in a corresponding one of the capsules of the conveying strip is accessible via said mouthpiece.
A high efficiency fuel cell system comprising: a topping fuel cell assembly comprising a topping cathode portion and a topping anode portion; and a bottoming fuel cell assembly comprising a bottoming cathode portion and a bottoming anode portion; and a controller for controlling the amount of supplemental fuel conveyed to the bottoming anode portion; wherein the controller controls the amount of current generated in the bottoming fuel cell assembly by controlling the amount of supplemental fuel conveyed to the bottoming anode portion; wherein the bottoming anode portion receives anode exhaust output from the topping anode portion and the topping cathode portion receives cathode exhaust from the bottoming cathode portion; and wherein the topping fuel cell assembly has a greater number of fuel cells than the bottoming fuel cell assembly so that the topping fuel cell assembly utilizes more fuel than the bottoming fuel cell assembly. a topping fuel cell assembly comprising a topping cathode portion and a topping anode portion; and a bottoming fuel cell assembly comprising a bottoming cathode portion and a bottoming anode portion; and a controller for controlling the amount of supplemental fuel conveyed to the bottoming anode portion; wherein the controller controls the amount of current generated in the bottoming fuel cell assembly by controlling the amount of supplemental fuel conveyed to the bottoming anode portion; wherein the bottoming anode portion receives anode exhaust output from the topping anode portion and the topping cathode portion receives cathode exhaust from the bottoming cathode portion; and wherein the topping fuel cell assembly has a greater number of fuel cells than the bottoming fuel cell assembly so that the topping fuel cell assembly utilizes more fuel than the bottoming fuel cell assembly.
A non-volatile thermotropic composite material comprising: a first component comprising a non-aqueous and non-volatile proton donating material; a second component comprising a monomer, an oligomer, or a polymer, as a proton accepting material, wherein the second component has hydrogen bonding ability with the first component; a non-volatile polymeric matrix; and wherein the non-volatile polymeric matrix, the first component and the second component are configured to maintain at least one property which is reversibly changeable based on thermal energy received by or given out from the non-volatile thermotropic composite material, wherein the at least one property comprises an optical state of the non-volatile thermotropic composite material, wherein the optical state is reversibly changeable between an optically pervious state and an optically non-pervious state based on changing the hydrogen bonding ability of the second component with the first component based on temperature, wherein the non-volatile thermotropic composite material is formed as an iongel. a first component comprising a non-aqueous and non-volatile proton donating material; a second component comprising a monomer, an oligomer, or a polymer, as a proton accepting material, wherein the second component has hydrogen bonding ability with the first component; a non-volatile polymeric matrix; and wherein the non-volatile polymeric matrix, the first component and the second component are configured to maintain at least one property which is reversibly changeable based on thermal energy received by or given out from the non-volatile thermotropic composite material, wherein the at least one property comprises an optical state of the non-volatile thermotropic composite material, wherein the optical state is reversibly changeable between an optically pervious state and an optically non-pervious state based on changing the hydrogen bonding ability of the second component with the first component based on temperature, wherein the non-volatile thermotropic composite material is formed as an iongel.
Circulator for circulating a refrigerant fluid at a temperature equal or less than 30K in a circuit of a cryogenic installation from and to an element having a thermal load, the circulator including a magnetic rotor and a drive module (8a, 8b) and a pumping module (9a, 9b) including a centrifugal wheel, said drive module (8a, 8b) having a magnetic coupling to said pumping module (9a, 9b) in order to drive said centrifugal wheel in a rotary movement, the pumping module (9a, 9b) comprising an envelope defining a sealed enclosure containing a drive shaft of the centrifugal wheel, the envelope comprising a casing of the magnetic rotor and a volute casing, characterized in that the drive module comprises a magnetic stator, in particular a magnetic stator including at least two electromagnets, arranged around a circumference of all or part of the casing of the magnetic rotor of the envelope of the pumping module in such a manner as to cooperate with said magnetic rotor.
A balloon for use in valvuloplasty of aortic stenosis comprising a catheter having two lumen running through its entire shaft and reaching to its external end that remains outside of the patient's body: wherein one lumen is used for the inflation of the balloon that is mount to the other end of the catheter, and the other lumen is used for passing a guide-wire over which the balloon is advanced from the entry site to the application site; wherein the balloon is shaped in the form of an hour-glass when inflated with its waist having a smaller diameter than of its ends, and wherein an antirestenotic drug is delivered to aortic valve tissues characterised in that, the drug against restenosis coats a portion of the external surface of the balloon, wherein only the surfaces of the middle segment of the balloon are coated with the antirestenotic drug, and the antirestenotic drug is delivered from the external surface of the balloon during the inflation of the balloon in performing valvuloplasty.
Device for rotating an object about an axis which is fixed in relation to the device, the device comprising two partial manipulators (3, 3'), each of which has a base part (5, 5') to which an upper arm (6, 6') is linked so as to be rotatable about a base axis (9, 9'), to which upper arm in turn a lower arm (7, 7') is linked so as to be rotatable about an arm axis (10, 10'), which lower arm has an end axis (11, 11'), the base axis, the arm axis and the end axis of each partial manipulator intersecting with each other in each case at one central point (12. 12'), and a connecting piece being mounted between the two lower arms (7, 7') so as to be rotatable about the two end axes (11, 11') and providing or forming an object holder for the object to be rotated, characterised in that the connecting line of the central points (12, 12') defines a turning axis for the connecting piece.
A stacked half-bridge power module comprising: a high side device having a high side power terminal coupled to a high side substrate; a low side device having a low side power terminal coupled to a low side substrate; said high side and low side devices being stacked on opposite sides of a common conductive interface; said high side and low side devices being situated between said high side substrate and said low side substrate; said common conductive interface electrically, mechanically, and thermally coupling a high side output terminal of said high side device to a low side output terminal of said low side device; characterized in further comprising a low side gate terminal (G L1) and a low side supply terminal (V L1) protruding laterally from a first side of said high side substrate and said low side substrate, a high side gate terminal (G H1) and a high side supply terminal (V H1) protruding laterally from a second side of said high side substrate and said low side substrate, said second side opposing said first side, the common conductive interface having a first extension protruding laterally from a third side of said of said high side substrate and said low side substrate, said third side extending between said first and second sides (254a, 254b) of said high side substrate and said low side substrate. a high side device having a high side power terminal coupled to a high side substrate; a low side device having a low side power terminal coupled to a low side substrate; said high side and low side devices being stacked on opposite sides of a common conductive interface; said high side and low side devices being situated between said high side substrate and said low side substrate; said common conductive interface electrically, mechanically, and thermally coupling a high side output terminal of said high side device to a low side output terminal of said low side device; characterized in further comprising a low side gate terminal (G L1) and a low side supply terminal (V L1) protruding laterally from a first side of said high side substrate and said low side substrate, a high side gate terminal (G H1) and a high side supply terminal (V H1) protruding laterally from a second side of said high side substrate and said low side substrate, said second side opposing said first side, the common conductive interface having a first extension protruding laterally from a third side of said of said high side substrate and said low side substrate, said third side extending between said first and second sides (254a, 254b) of said high side substrate and said low side substrate.