mhurhangee/ep-ind-claims huggingface dataset:
A regulator for flow modulation during fluid collection, comprising: a fluid transfer device for transferring fluid from a patient to a collection device, the fluid transfer device comprising a fluid passageway (14, 114) defined by a tubular sidewall (16, 116), and a flexible member (18, 118) associated with a portion of the tubular sidewall (16, 116), wherein the flexible member (18, 118) is configured for movement with respect to the fluid passageway (14, 114) upon exposure of the fluid transfer device to a differential pressure, characterized in that the flexible member (18, 118, 218) is integrally formed within or secured to the tubular sidewall (16, 116), forms a barrier between the fluid flowing through the fluid passageway (14, 114) and the atmosphere, and comprises a first face which is located adjacent to the fluid passageway and a second face which is located adjacent an atmospheric pressure resulting in the fluid passageway having a linear flow through architecture. a fluid transfer device for transferring fluid from a patient to a collection device, the fluid transfer device comprising a fluid passageway (14, 114) defined by a tubular sidewall (16, 116), and a flexible member (18, 118) associated with a portion of the tubular sidewall (16, 116), wherein the flexible member (18, 118) is configured for movement with respect to the fluid passageway (14, 114) upon exposure of the fluid transfer device to a differential pressure, characterized in that the flexible member (18, 118, 218) is integrally formed within or secured to the tubular sidewall (16, 116), forms a barrier between the fluid flowing through the fluid passageway (14, 114) and the atmosphere, and comprises a first face which is located adjacent to the fluid passageway and a second face which is located adjacent an atmospheric pressure resulting in the fluid passageway having a linear flow through architecture.
Inflatable suspended ceiling for a passenger cabin of an aircraft, comprising: a flat fabric cover sheet configured to roof over at least a longitudinal section of an interior space along an extending direction of the passenger cabin underneath a structural ceiling of the passenger cabin; a tensioning structure attached to the cover sheet to carry the cover sheet from above and having a flexible envelope enclosing at least one inflatable chamber configured to tension the cover sheet when inflated with air; and mounting members attached to the tensioning structure and configured to mount the tensioning structure to counter-mounting members on the structural ceiling in a hanged configuration. a flat fabric cover sheet configured to roof over at least a longitudinal section of an interior space along an extending direction of the passenger cabin underneath a structural ceiling of the passenger cabin; a tensioning structure attached to the cover sheet to carry the cover sheet from above and having a flexible envelope enclosing at least one inflatable chamber configured to tension the cover sheet when inflated with air; and mounting members attached to the tensioning structure and configured to mount the tensioning structure to counter-mounting members on the structural ceiling in a hanged configuration.
A system for managing processes in a computing device, the system comprising: a memory comprising a first set of memory locations; a processor configured to execute a plurality of executable programs; and a protection circuit, coupled to the processor and to the memory, wherein: the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the protection circuit is configured to regulate access by the processor to the first and second sets of memory locations based at least on the permission data in the second set of memory locations. a memory comprising a first set of memory locations; a processor configured to execute a plurality of executable programs; and a protection circuit, coupled to the processor and to the memory, wherein: the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the set of the executable programs; and the first and second sets of memory locations; and the protection circuit is configured to regulate access by the processor to the first and second sets of memory locations based at least on the permission data in the second set of memory locations.
An isocyanurate composition consisting essentially of an isocyanurate derivative of 1,3-xylylenediisocyanate, wherein the isocyanurate derivative is modified with aliphatic alcohol, and the modification amount of the aliphatic alcohol is 0.5 mass% or more and 15 mass% or less. wherein the isocyanurate derivative is modified with aliphatic alcohol, and the modification amount of the aliphatic alcohol is 0.5 mass% or more and 15 mass% or less.
Electronic component comprising at least one microcomponent which is electrically contact-connected and mounted on a carrier element (3, 4), wherein the carrier element (3, 4) comprises a spring element (25, 26) which is designed for mounting the at least one microcomponent, and wherein the spring element (25, 26) is latched into the carrier element (3, 4) by means of a latching apparatus (29, 30) in order to mount the at least one microcomponent on the carrier element (3, 4), wherein the spring element (25, 26) comprises a contact spring section which is designed for electrically contact-connecting the microcomponent and the carrier element (3, 4), characterized in that the carrier element (3, 4) comprises a microcomponent support (23, 24), wherein the microcomponent support (23, 24) merges with a main spring section of the spring element (25, 26), wherein the main spring section merges with the contact spring section, wherein the spring element (25, 26) ends with at least one latching lug (33, 34) of the latching apparatus (29, 30), and wherein a latching groove of the latching apparatus (29, 30) is formed on the microcomponent support (23, 24).
An insulation structure module for a module structured insulation structure which preserves cold and/or heat, wherein the insulation structure module comprises a tubular shell part, which comprises an inner shell and an outer shell which is surrounding the inner shell, and an insulation volume, which is arranged at least partly to a space which is formed in between the inner shell and the outer shell, characterized in that the insulation structure module comprises an intermediate floor inside the shell part, so that the inner shell and the intermediate floor define between each other a first volume under the intermediate floor for water or water solutions as a thermal preserving medium, and the inner shell and the intermediate floor define between each other a second volume above the intermediate floor for a cold and/or a heat use to be implemented in the insulation structure module.
A cart-window assembly comprising a cart for moving material to/from a clean room and at least one window adapted to allow the communication between a dirty space and said clean room; wherein said cart comprises: - a compartment, - at least one protected door adapted to alternatively allow accessing the compartment and hermetically closing the compartment, - a ventilation system, and - first interface means (60.1) surrounding the protected door; wherein said window comprises: - a panel which can alternatively be open or sealingly closed and - second interface means (60.2) extending along the periphery of the panel; characterized in that the first interface means (60.1) and the second interface means (60.2) are mutually complementary and allow the cart to be firmly coupled to the window in a reversible manner, so as to define a gap therebetween which is sealingly closed. wherein said cart comprises: - a compartment, - at least one protected door adapted to alternatively allow accessing the compartment and hermetically closing the compartment, - a ventilation system, and - first interface means (60.1) surrounding the protected door; - a compartment, - at least one protected door adapted to alternatively allow accessing the compartment and hermetically closing the compartment, - a ventilation system, and - first interface means (60.1) surrounding the protected door; wherein said window comprises: - a panel which can alternatively be open or sealingly closed and - second interface means (60.2) extending along the periphery of the panel; - a panel which can alternatively be open or sealingly closed and - second interface means (60.2) extending along the periphery of the panel; characterized in that the first interface means (60.1) and the second interface means (60.2) are mutually complementary and allow the cart to be firmly coupled to the window in a reversible manner, so as to define a gap therebetween which is sealingly closed.
Reciprocating compressor, comprising: a crankcase; a rotating shaft comprising at least one inner axial channel, said inner axial channel connected to at least one inner radial channel (22a, 22b) or to a crankpin; the crankpin is associated with a connecting rod, and the connecting rod is associated with a movable piston within a compression cylinder; and an oil pump, an axial flux electric motor comprising a rotor, with magnets, and a stator with coils; wherein the rotor and the stator are fixed to the shaft and to the crankcase, respectively, by means of bearings or fixing arrangements; wherein the stator is located between the crankcase and the rotor, and said rotor and stator are separated by a first axial clearance; wherein the shaft and crankcase are separated by a second lower axial clearance; characterized in that: the first clearance and the second lower axial clearance are adjustable by displacing a bushing disposed between the rotor and the rotating shaft. a crankcase; a rotating shaft comprising at least one inner axial channel, said inner axial channel connected to at least one inner radial channel (22a, 22b) or to a crankpin; the crankpin is associated with a connecting rod, and the connecting rod is associated with a movable piston within a compression cylinder; and an oil pump, an axial flux electric motor comprising a rotor, with magnets, and a stator with coils; wherein the rotor and the stator are fixed to the shaft and to the crankcase, respectively, by means of bearings or fixing arrangements; wherein the stator is located between the crankcase and the rotor, and said rotor and stator are separated by a first axial clearance; wherein the shaft and crankcase are separated by a second lower axial clearance; characterized in that: the first clearance and the second lower axial clearance are adjustable by displacing a bushing disposed between the rotor and the rotating shaft.
A collapsible element of a railway vehicle; the collapsible element comprising: - a rear plate connectable to a support; - an absorption structure (18,19), which extends in a cantilevered fashion from said rear plate along a substantially horizontal axis, is plastically deformable to absorb energy, and has a front end supporting an anti-climber plate; - a guide device comprising; a) a plurality of partitions (31a, 31b, 31c) orthogonal to said axis, housed in said absorption structure between said anti-climber and rear plates (20,7) in positions axially spaced from one another, fixed to said absorption structure, and having, at the centre, respective coaxial holes; b) a stem, which is fixed to said anti-climber plate, extends along said axis inside said absorption structure, and engages said holes; characterized in that: - said anti-climber plate is fixed to the front end of said absorption structure (18,19); - said stem is constituted by a plurality of stem portions (26a,26b,26c), which are coaxial, are coupled in an axially sliding manner to one another and comprise a rear end stem portion; - said collapsible element comprises first fixing means to fix said rear end stem portion to said rear plate and/or to said partitions (31a, 31b, 31c). - a rear plate connectable to a support; - an absorption structure (18,19), which extends in a cantilevered fashion from said rear plate along a substantially horizontal axis, is plastically deformable to absorb energy, and has a front end supporting an anti-climber plate; - a guide device comprising; a) a plurality of partitions (31a, 31b, 31c) orthogonal to said axis, housed in said absorption structure between said anti-climber and rear plates (20,7) in positions axially spaced from one another, fixed to said absorption structure, and having, at the centre, respective coaxial holes; b) a stem, which is fixed to said anti-climber plate, extends along said axis inside said absorption structure, and engages said holes; a) a plurality of partitions (31a, 31b, 31c) orthogonal to said axis, housed in said absorption structure between said anti-climber and rear plates (20,7) in positions axially spaced from one another, fixed to said absorption structure, and having, at the centre, respective coaxial holes; b) a stem, which is fixed to said anti-climber plate, extends along said axis inside said absorption structure, and engages said holes; - said anti-climber plate is fixed to the front end of said absorption structure (18,19); - said stem is constituted by a plurality of stem portions (26a,26b,26c), which are coaxial, are coupled in an axially sliding manner to one another and comprise a rear end stem portion; - said collapsible element comprises first fixing means to fix said rear end stem portion to said rear plate and/or to said partitions (31a, 31b, 31c).
A system, comprising: subsea equipment that is adapted to contain a first fluid while operating in a subsea environment; an accumulator device (170a, 170b) that is adapted to receive and store a quantity of a second fluid while said subsea equipment is positioned in said subsea environment, wherein said accumulator device (170a, 170b) comprises a first adjustable accumulator chamber and a second adjustable accumulator chamber, said second adjustable accumulator chamber being adapted to contain a third fluid; and a valve that is adapted to controllably inject at least a portion of said quantity of said second fluid stored in said accumulator device (170a, 170b) into said subsea equipment, characterized in that said valve is adapted to inject said at least said portion of said quantity of stored second fluid into said subsea equipment prior to raising said subsea equipment from said subsea environment. subsea equipment that is adapted to contain a first fluid while operating in a subsea environment; an accumulator device (170a, 170b) that is adapted to receive and store a quantity of a second fluid while said subsea equipment is positioned in said subsea environment, wherein said accumulator device (170a, 170b) comprises a first adjustable accumulator chamber and a second adjustable accumulator chamber, said second adjustable accumulator chamber being adapted to contain a third fluid; and a valve that is adapted to controllably inject at least a portion of said quantity of said second fluid stored in said accumulator device (170a, 170b) into said subsea equipment, characterized in that said valve is adapted to inject said at least said portion of said quantity of stored second fluid into said subsea equipment prior to raising said subsea equipment from said subsea environment.
A NAND memory device, comprising: a substrate (202, 402); a plurality of NAND strings (230, 418) on the substrate; one or more peripheral devices above the plurality of NAND strings (230, 418); a single crystalline silicon layer above the one or more peripheral devices, and one or more first interconnect layers (222, 223) between the one or more peripheral devices and the plurality of NAND strings (230, 418), characterised in that the memory device further comprises a second interconnect layer (253, 505) above the one or more peripheral devices on the opposite side of the single crystalline silicon layer with respect to the one or more first interconnect layers (222, 223), wherein the second interconnect layer (253, 505) comprises one or more conductor layers (248, 510) formed in one or more dielectric layers (252, 506). a substrate (202, 402); a plurality of NAND strings (230, 418) on the substrate; one or more peripheral devices above the plurality of NAND strings (230, 418); a single crystalline silicon layer above the one or more peripheral devices, and one or more first interconnect layers (222, 223) between the one or more peripheral devices and the plurality of NAND strings (230, 418), characterised in that the memory device further comprises a second interconnect layer (253, 505) above the one or more peripheral devices on the opposite side of the single crystalline silicon layer with respect to the one or more first interconnect layers (222, 223), wherein the second interconnect layer (253, 505) comprises one or more conductor layers (248, 510) formed in one or more dielectric layers (252, 506).
An essentially water-free premixed composition of matter for dental restoration and bone implants and restoration comprising, in combination: a non-toxic non-aqueous water-miscible liquid; a powdered calcium compound selected from the group consisting of monocalcium phosphate monohydrate, monocalcium phosphate anhydrous, dicalcium phosphate anhydrous, dicalcium phosphate dehydrate, octacalcium phosphate, α-tricalcium phosphate, β-tricalcium phosphate, amorphous calcium phosphate, calcium deficient hydroxyapatite, non-stoichiometric hydroxyapatite, tetracalcium phosphate, CaSO 4, CaSO 4 •0.5 H 2 O, CaSO 4 •2 H 2 O, CaO, Ca 2, CaCO 3 and mixtures thereof; wherein the powder has a particle size of between 1 to 50 μm; a carboxylic acid for forming calcium complexes when reacted with the calcium compound in the presence of water; and a gelling agent. a non-toxic non-aqueous water-miscible liquid; a powdered calcium compound selected from the group consisting of monocalcium phosphate monohydrate, monocalcium phosphate anhydrous, dicalcium phosphate anhydrous, dicalcium phosphate dehydrate, octacalcium phosphate, α-tricalcium phosphate, β-tricalcium phosphate, amorphous calcium phosphate, calcium deficient hydroxyapatite, non-stoichiometric hydroxyapatite, tetracalcium phosphate, CaSO 4, CaSO 4 •0.5 H 2 O, CaSO 4 •2 H 2 O, CaO, Ca 2, CaCO 3 and mixtures thereof; wherein the powder has a particle size of between 1 to 50 μm; a carboxylic acid for forming calcium complexes when reacted with the calcium compound in the presence of water; and a gelling agent.
A computer-implemented method for improving utilization of portable medical devices by a practitioner, the method comprising: determining a plurality of device states within a test cycle that are to be monitored, at least one of the device states corresponding to when a portable medical device is in the possession of a patient and at least two of said device states corresponding to when the portable medical device is in the possession of the practitioner; monitoring the time one or more portable medical devices are in one of the device states; determining that the time spent in the one device state by one portable medical device or the average time spent in the one device state by more than one portable medical device is greater than an optimum time; and wherein the plurality of device states comprise one or more of: a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and wherein the method further comprises, responsive to determining that the time, or the average time, spent in the state corresponding to the portable medical device undergoing one or more of a recharging process and a cleaning process by one or more than one portable medical device is greater than an optimum time, determining that an inefficiency exists in the usage of said one or more than one portable medical device, and providing an indication if the time spent is greater than the optimum time. determining a plurality of device states within a test cycle that are to be monitored, at least one of the device states corresponding to when a portable medical device is in the possession of a patient and at least two of said device states corresponding to when the portable medical device is in the possession of the practitioner; monitoring the time one or more portable medical devices are in one of the device states; determining that the time spent in the one device state by one portable medical device or the average time spent in the one device state by more than one portable medical device is greater than an optimum time; and wherein the plurality of device states comprise one or more of: a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and wherein the method further comprises, responsive to determining that the time, or the average time, spent in the state corresponding to the portable medical device undergoing one or more of a recharging process and a cleaning process by one or more than one portable medical device is greater than an optimum time, determining that an inefficiency exists in the usage of said one or more than one portable medical device, and providing an indication if the time spent is greater than the optimum time.