mhurhangee/ep-ind-claims huggingface dataset:
A total liquid ventilation system configured to deliver a breathable liquid to the lungs of a mammal, the total liquid ventilation system comprising an inspiratory circuit, an expiratory circuit, and a breathable liquid treatment unit, the breathable liquid treatment unit comprising: - a gas injection system configured to inject a gas mixture into the breathable liquid, so as to obtain a two-phase mixture; - a heat exchange system configured to heat and/or cool the two-phase mixture, the heat exchange system comprising: • a backing device configured to provide mechanical support; • at least one plate configured to be at a controlled temperature; and • a bag located in between the at least one plate and the backing device, the bag comprising at least two opposite surfaces, a fluid inlet fluidly connected to the expiratory circuit, and a fluid outlet fluidly connected to the inspiratory circuit; - a pumping system comprising a pump for circulating the two-phase mixture from the fluid inlet to the fluid outlet through the fluid duct; and the backing device, the at least one plate, and the bag being configured to define a fluid duct extending between the fluid inlet and the fluid outlet of the bag, the fluid duct having a length which is larger than the distance between the fluid inlet and the fluid outlet. - a gas injection system configured to inject a gas mixture into the breathable liquid, so as to obtain a two-phase mixture; - a heat exchange system configured to heat and/or cool the two-phase mixture, the heat exchange system comprising: • a backing device configured to provide mechanical support; • at least one plate configured to be at a controlled temperature; and • a bag located in between the at least one plate and the backing device, the bag comprising at least two opposite surfaces, a fluid inlet fluidly connected to the expiratory circuit, and a fluid outlet fluidly connected to the inspiratory circuit; • a backing device configured to provide mechanical support; • at least one plate configured to be at a controlled temperature; and • a bag located in between the at least one plate and the backing device, the bag comprising at least two opposite surfaces, a fluid inlet fluidly connected to the expiratory circuit, and a fluid outlet fluidly connected to the inspiratory circuit; - a pumping system comprising a pump for circulating the two-phase mixture from the fluid inlet to the fluid outlet through the fluid duct; and
Perimetrical frame for delimiting compartments, especially for nautical applications, comprising: - a shaped element suitable to be fixed to a reference structure at said compartment and to support a finishing slab made of transparent material; - sealing means, contained into an inner groove made in at least one linear section of the perimeter of said shaped element, characterized in that said sealing means comprise: - a first laminar gasket having a plurality of first through micro-openings and communicating with the outside through a plurality of first through holes made in at least a portion of the inner wall of said element shaped; - a second laminar gasket, spaced apart from said first gasket, having a plurality of second through micro-openings, staggered with respect to said first through micro-openings, communicating with the outside through a plurality of second through holes made in at least a portion of the outer wall of said shaped element, wherein said first through micro-openings and said second through micro-openings are mutually staggered in such a way as to create a tortuous labyrinth that allows the passage of air and prevents the passage of water. - a shaped element suitable to be fixed to a reference structure at said compartment and to support a finishing slab made of transparent material; - sealing means, contained into an inner groove made in at least one linear section of the perimeter of said shaped element, - a first laminar gasket having a plurality of first through micro-openings and communicating with the outside through a plurality of first through holes made in at least a portion of the inner wall of said element shaped; - a second laminar gasket, spaced apart from said first gasket, having a plurality of second through micro-openings, staggered with respect to said first through micro-openings, communicating with the outside through a plurality of second through holes made in at least a portion of the outer wall of said shaped element,
A microparticle having a diameter of about 2 μm to about 70 μm comprising a protein particle core of about 2 μm to about 12 μm in diameter and a biodegradable polymer cortex.
A DC power supply for driving a non-transferred electric arc gas heater, comprising: - an AC to DC rectifier providing a potential U 0; - a DC to DC switching converter (2, 3, 4) having a switching frequency f s; - a current control loop (5, 6, 7, 8) latency τ; and, - a ballast inductor having an inductance L; characterized in that inductance L is such that L > U 0 1500 τ, and L < 1 f S U 0 200. - an AC to DC rectifier providing a potential U 0; - a DC to DC switching converter (2, 3, 4) having a switching frequency f s; - a current control loop (5, 6, 7, 8) latency τ; and, - a ballast inductor having an inductance L;
Stable, physiologically cellulose fibre-based carrier matrix on a paper basis (smartFilm) for the production of film products for oral and peroral application, characterised, in that it is comprised of laminar to cuboid fibrous cellulose in the form of a stable paper material comprising one or more layers with a crystallinity index of 1 ≤ Krl ≤ 200 preferably between 18 and 70, an apparent sheet density of 0.10 ≤ ρ ≤ 2.00 g/cm 3 preferably between 0.36 and 0.51 g/cm 3, a water absorption capacity of 10 ≤ M water absorption ≤ 2,000 % (m/m) preferably between 195 and 388 % (m/m), an average pore diameter of 1 ≤ d pore 200 μm preferably between 21 and 57 μm and a water content of 1.0 ≤ w ≤ 20.0 % (m/m) preferably between 7.5 and 9.5 % (m/m) loaded with ingredients, in particular active ingredients.
Method for determining the shutoff position of a shaft of an internal combustion engine, wherein the shaft comprises an encoder wheel which has a circumferential structure which triggers signals when it moves past a sensor, an electric machine whose rotor is connected in a rotationally fixed fashion to the shaft and which comprises a position-sensing apparatus which is configured to sense an absolute rotor position within a pole division, characterized in that a reversal of the rotational direction of the shaft is sensed by means of the position-sensing apparatus, and when there is a sensed reversal of the rotational direction a sensed absolute rotor position in the shutoff position and within a pole division is used (R2, G3) to correct a shutoff position of the shaft determined by means of the encoder wheel, and the position-sensing apparatus detects the reversal of the rotational direction on the basis of a to and fro movement of the sensed absolute rotor position within a pole division when the rotor runs out, and in that when there is a sensed reversal of the rotational direction the determined shutoff position of the shaft is defined on the basis of a value of the sensed absolute rotor position in the shutoff position and within a pole division, wherein the value is corrected by a predetermined phase offset between the encoder wheel and the position-sensing apparatus and ambiguity of the value with respect to the pole divisions which are present is resolved on the basis of the shutoff position sensed by the encoder wheel.
A non-laminated monolithic fire resistant glazing screen comprising: at least two monolithic soda lime silica glass panes, wherein said panes are toughened to an extent, wherein each of said panes abuts at least one other of said panes at adjacent edges, and wherein a sealant is located between said adjacent edges of abutting panes, and wherein the sealant comprises alkali metal silicates; and wherein said panes and/or said adjacent edges comprise a surface compressive stress of at least 90 MPa, but at most 200 MPa; and wherein said glass panes are not fully captured along edges where one glass pane abuts another glass pane; and wherein said adjacent edges each comprise two borders that each connects said adjacent edge to a major surface of said pane; and wherein each adjacent edge further comprises a central region located between the two borders; and wherein the central region corresponds to at least 50% of the surface area of the adjacent edge; and wherein said borders comprise a surface with a maximum surface irregularity of 0.015mm; and wherein the fire resistant glazing screen exhibits fire resistance for greater than 30 minutes in accordance with fire test standard BS EN 1363-1:2012. at least two monolithic soda lime silica glass panes, wherein said panes are toughened to an extent, wherein each of said panes abuts at least one other of said panes at adjacent edges, and wherein a sealant is located between said adjacent edges of abutting panes, and wherein the sealant comprises alkali metal silicates; and wherein said panes and/or said adjacent edges comprise a surface compressive stress of at least 90 MPa, but at most 200 MPa; and wherein said glass panes are not fully captured along edges where one glass pane abuts another glass pane; and wherein said adjacent edges each comprise two borders that each connects said adjacent edge to a major surface of said pane; and wherein each adjacent edge further comprises a central region located between the two borders; and wherein the central region corresponds to at least 50% of the surface area of the adjacent edge; and wherein said borders comprise a surface with a maximum surface irregularity of 0.015mm; and wherein the fire resistant glazing screen exhibits fire resistance for greater than 30 minutes in accordance with fire test standard BS EN 1363-1:2012.
A membrane for selective separation of target stem cells from a single-cell suspension containing stem cells, whereby said single-cell suspension is obtained from a biological sample containing stem cells, wherein the membrane consists of a 3D carrier structure made of at least one layer of a biocompatible polymer with pores, wherein said biocompatible polymer is inert towards the target stem cells, meaning that it should not influence essential characteristics of the target stem cells, characterized in that the pores have a diameter in the range from 200 to 500 μm for enabling a free flow of the input single-cell suspension through the carrier structure and wherein the carrier structure has on its surface and/or in the pores covalently bound selected target molecules for recognizing characteristic antigens on the surface of the target stem cells to be isolated, and for specific binding to the characteristic antigens on the surface of the target stem cells to be isolated, for selective retrieval of target stem cell subpopulation only, by binding the target stem cells to be isolated to the selected target molecules.
Apparatus for conveying viscous material out of a barrel-like container, which has a container base and a container shell that extends upward from the container base, having a follower plate for closing off the container, which plate, lying against the inner surface of the container shell that faces the container interior, can be moved in a direction toward the container base and away from the container base, and which plate has a material outlet opening and a ventilation opening; having a pump for conveying the viscous material through the material outlet opening and a ventilation device for introducing compressed air through the ventilation opening; and having a lowering device for lowering the follower plate in the container, which device has at least one dual-action cylinder having two pressure chambers (38, 40) that are delimited from one another, in pressure-tight manner, by means of a piston; and which device has a support device that supports the follower plate, wherein the piston is connected with the support device by means of a piston rod that runs through a first of the pressure chambers and is led axially out of the cylinder, in such a manner that the first pressure chamber is reduced in size when the follower plate is raised in the direction away from the container base, characterized by a discharge valve that blocks a line that leads out of the first pressure chamber in a first switching position and opens the line in a second switching position, to discharge pressure medium from the first pressure chamber.
Combined electric device for power supply and charging, comprising an AC motor, an inverter and accumulation means, the device comprising switching means allowing either the authorisation of the supply of power to the motor or the authorisation of the charging of the accumulation means by the inverter via an electric network by using the windings of the motor as an inductor, said electric device being characterised in that the switching means are integrated into the inverter and comprise at least one H-bridge structure (3, 3', 3") for each phase of the motor.
A disposable blood separation set comprising: a circumferential blood processing chamber adapted to be mounted on a centrifuge rotor; an inlet line fluidly connected to said blood processing chamber; a generally frustro-conical cell separation chamber in fluid communication with said blood processing chamber and adapted to be mounted on said centrifuge rotor; the cell separation chamber having an inlet and a primary outlet, said inlet being fluidly connected to said blood processing chamber, a side tap outlet on said cell separation chamber, said side tap outlet being adjacent said inlet, a first outlet line fluidly coupled to said primary outlet, a second outlet line fluidly coupled to said side tap outlet, and a common outlet line, said first and second outlet lines being fluidly coupled to said common outlet line adjacent said cell separation chamber at a junction, and a sheath surrounding at least said inlet line and said outlet line, wherein said junction is between said cell separation chamber and said sheath. a circumferential blood processing chamber adapted to be mounted on a centrifuge rotor; an inlet line fluidly connected to said blood processing chamber; a generally frustro-conical cell separation chamber in fluid communication with said blood processing chamber and adapted to be mounted on said centrifuge rotor; the cell separation chamber having an inlet and a primary outlet, said inlet being fluidly connected to said blood processing chamber, a side tap outlet on said cell separation chamber, said side tap outlet being adjacent said inlet, a first outlet line fluidly coupled to said primary outlet, a second outlet line fluidly coupled to said side tap outlet, and a common outlet line, said first and second outlet lines being fluidly coupled to said common outlet line adjacent said cell separation chamber at a junction, and a sheath surrounding at least said inlet line and said outlet line, wherein said junction is between said cell separation chamber and said sheath.
A method for chemical destroying of magnetic data carriers characterized in that the magnetic data carriers comprising aluminium or its alloys and ferromagnetic materials are subjected to a digestion reaction in a reactor with an aqueous solution of a digesting mixture that comprises: a) hydrochloric acid and nitrate of one or more alkali metals, alkaline earth metals and/or ammonium; or b) nitric acid and chloride of one or more alkali metals, alkaline earth metals and/or ammonium; the product of the digestion reaction is an aqueous solution comprising aluminium hydroxide and chlorides and nitrates of metals contained in the ferromagnetic materials as well as gaseous products of the reaction; wherein the magnetic data carriers, before being subjected to the digestion reaction, are fragmented into stripes with the width of 0.1 to 5 mm. a) hydrochloric acid and nitrate of one or more alkali metals, alkaline earth metals and/or ammonium; or b) nitric acid and chloride of one or more alkali metals, alkaline earth metals and/or ammonium;
A multiband antenna including one or more modules, each module including a low frequency annular ring element and a high frequency element centred in the low frequency annular ring element and superposed with the low frequency annular ring element, characterized in that the low frequency annular ring element is a low frequency microstrip annular ring element and the high frequency element is a high frequency crossed dipole element, wherein an inner periphery of the low frequency microstrip annular ring element completely encloses an outer periphery of the high frequency crossed dipole element, and wherein the low frequency microstrip annular ring element and the high frequency crossed dipole element are mounted on a printed circuit board comprising a substrate which carries a microstrip feedline network coupled to the low frequency microstrip annular ring element and a further microstrip feedline network coupled to the high frequency crossed dipole element, wherein the other face of the substrate carries a ground plane.
Polyurethane-based display, in particular for vehicles, comprising: - a decorative element having at least one cutout, wherein at least one printed sheet is arranged in the cutout such that the printed part is visible, wherein the printed sheet is coated with a first polyurethane layer, characterized in that the decorative element comprises glass, wood, wood veneer, ceramic material, stone or a combination thereof, wherein the decorative element comprises holes and/or spikes by means of which the first polyurethane layer is fixed. - a decorative element having at least one cutout, wherein at least one printed sheet is arranged in the cutout such that the printed part is visible, wherein the printed sheet is coated with a first polyurethane layer, characterized in that the decorative element comprises glass, wood, wood veneer, ceramic material, stone or a combination thereof, wherein the decorative element comprises holes and/or spikes by means of which the first polyurethane layer is fixed.
A pharmaceutical preparation for use in treating an individual having eclampsia, wherein the pharmaceutical preparation comprises a therapeutically effective amount of digestive enzymes, wherein the digestive enzymes comprise an amylase, a lipase, and a protease.
A process for the preparation of an anticholinergic agent, wherein the process is carried out in continuous flow mode using a solvent consisting of one or more polar protic solvents.
An image recording method comprising: applying an ink comprising a pigment to a region of a recording medium, and applying a liquid composition capable of destabilizing the dispersion of the pigment to the recording medium so as to cover at least part of the region of the recording medium; wherein the ink comprises a polymer particle and at least one surfactant selected from the group consisting of the compounds expressed by General Formula and the compounds expressed by General Formula, wherein a content of the polymer particle is 3% by mass or more and 20% by mass or less relative to the total mass of the ink, and wherein the mass ratio of the content of the polymer particle to the content of the surfactant in the ink is 1.5 or more and 5.0 or less. wherein "I + n" is 3 or more and 45 or less, and m is 16 or more and 57 or less, and wherein "p + r" is 25 or more and 50 or less, and q is 8 or more and 25 or less. applying an ink comprising a pigment to a region of a recording medium, and applying a liquid composition capable of destabilizing the dispersion of the pigment to the recording medium so as to cover at least part of the region of the recording medium; wherein the ink comprises a polymer particle and at least one surfactant selected from the group consisting of the compounds expressed by General Formula and the compounds expressed by General Formula, wherein a content of the polymer particle is 3% by mass or more and 20% by mass or less relative to the total mass of the ink, and wherein the mass ratio of the content of the polymer particle to the content of the surfactant in the ink is 1.5 or more and 5.0 or less. wherein "I + n" is 3 or more and 45 or less, and m is 16 or more and 57 or less, and wherein "p + r" is 25 or more and 50 or less, and q is 8 or more and 25 or less.
A method comprising: receiving an update for a firmware module, wherein the firmware module include one or more code modules enabling the processor to boot an operating system; determining whether the update is directed toward a primary firmware module; and responsive to a determination that the update is directed toward the primary firmware module, allowing the update; the method further comprising: responsive to a determination that the update is directed to a backup firmware module, determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module, fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting. determining whether the update is directed toward a primary firmware module; and responsive to a determination that the update is directed toward the primary firmware module, allowing the update; the method further comprising: responsive to a determination that the update is directed to a backup firmware module, determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module, fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting. responsive to a determination that the update is directed to a backup firmware module, determining whether the backup firmware module is protected, and responsive to a determination that the backup firmware module is protected, initiating a signed capsule update process, wherein the signed capsule update process comprises rebooting using the backup firmware module, fetching the update as a signed update capsule, verifying the signature of the capsule, installing the update in the capsule to the memory, and rebooting.