mhurhangee/ep-ind-claims huggingface dataset:
A capsulotomy repair device, comprising: a resistive-heating element comprising an electrically resistive, superelastic wire having first and second ends, the superelastic wire forming a loop with a gap between the first and second ends; and an insulating portion comprising an electrically insulating material separating the first and second ends of the superelastic wire, wherein the first and second ends are adjacent to each other and at least partially extend at an angle from a planar face defined by the loop, to the insulating portion, to form a transitional neck between the loop and the insulating portion; an insertion sleeve configured to fit around the insulating portion and to substantially contain the resistive-heating element when the resistive-heating element is in a retracted position; wherein the first and second ends form at least one bend between the planar face and a centerline of the insertion sleeve; wherein the resistive-heating element has a length and width that are smaller than a length and width of a capsularhexis perimeter to be repaired such that the resistive heating element is configured to overlap a tear in the capsularhexis perimeter for repair of the capsularhexis perimeter. a resistive-heating element comprising an electrically resistive, superelastic wire having first and second ends, the superelastic wire forming a loop with a gap between the first and second ends; and an insulating portion comprising an electrically insulating material separating the first and second ends of the superelastic wire, wherein the first and second ends are adjacent to each other and at least partially extend at an angle from a planar face defined by the loop, to the insulating portion, to form a transitional neck between the loop and the insulating portion; an insertion sleeve configured to fit around the insulating portion and to substantially contain the resistive-heating element when the resistive-heating element is in a retracted position; wherein the first and second ends form at least one bend between the planar face and a centerline of the insertion sleeve; wherein the resistive-heating element has a length and width that are smaller than a length and width of a capsularhexis perimeter to be repaired such that the resistive heating element is configured to overlap a tear in the capsularhexis perimeter for repair of the capsularhexis perimeter.
A solar roof panel system for laying on an inclined surface, preferably on a roof having a roof ridge and a roof eaves, with at least two roof panels having an upper side and an underside and with a solar module extending over the upper sides of the roof panels and attachable thereto, wherein a profiled rail is provided which connects the roof panels to one another and which has at least one module holder for holding an edge of the solar module, preferably an edge of the solar module facing the roof eaves or the roof ridge, wherein the module holder is formed from a bracket section and an support section, wherein the profile rail has at least one roof panel holder formed as a profile clamp with plurality of folded edges (81, 82, 83, 84) for holding at least one of the roof panels, wherein the roof panels have a clamp section which can be embraced by the profile clamp, and wherein the support section is adjoined by a securing section in the form of one of the plurality of folded edges (81, 82, 83, 84), which serves to engage behind the clamp section of the roof panel.
Method for generating water vapor (H 2 O (g)), in which hydrogen (H 2(g)) and oxygen (O 2(g)) are combusted in a combustion chamber while adding water (H 2 O (fl)), characterized in that the water (H 2 O (fl)) in a liquid state is directed into the combustion chamber in a common volume flow with the oxygen (O 2(g)).
A composition which includes a plastic matrix, an acid-activatable metal component selected from aluminium (Al), magnesium (Mg), zinc (Zn), copper (Cu), iron (Fe), tin (Sn), cobalt (Co) and manganese (Mn) and at least one acid carrier which in the RoO test has a rate of oxidation (RoO = rate of oxidation) of less than 1000 ppm of iron with a reaction time of 60 min, wherein the RoO is defined as described in the description under RoO (rate of oxidation) wherein the acid carrier is selected from dicalcium phosphate dihydrate (DCPD), sodium aluminium sulphate, sodium aluminium phosphate (SALP), potassium aluminium phosphate (PALP), calcium magnesium aluminium phosphate, calcium polyphosphate, magnesium polyphosphate, calcium pyrophosphate, magnesium pyrophosphate and mixtures of the aforementioned compounds.
Recumbent bicycle for transporting at least one seated person, comprising: a) a central support beam, to which are attached - at least three running wheels, of which at least two rear running wheels running in parallel are arranged on the rear part of the support beam and at least one front running wheel is arranged on the front part of the support beam, - and a backrest seat, b) further a first drive device - having a crankset (6.1) having two pedals (6.1a) and a bottom bracket (6.1b), which drive at least one of the running wheels via a traction mechanism, - wherein said first drive device is configured as a drive block driven exclusively by muscle power, which is detachably attachable to the support beam, and c) characterised by a second drive device replaceable by the first drive device, - having a crankset (6.2) having two pedals (6.2a) and a bottom bracket (6.2b), which drive a traction mechanism of at least one of the running wheels, - wherein said second drive device is configured as a drive block operating with electric assistance, - is detachably attachable to the support beam - and wherein the second drive block is provided with a battery. a) a central support beam, to which are attached - at least three running wheels, of which at least two rear running wheels running in parallel are arranged on the rear part of the support beam and at least one front running wheel is arranged on the front part of the support beam, - and a backrest seat, - at least three running wheels, of which at least two rear running wheels running in parallel are arranged on the rear part of the support beam and at least one front running wheel is arranged on the front part of the support beam, - and a backrest seat, b) further a first drive device - having a crankset (6.1) having two pedals (6.1a) and a bottom bracket (6.1b), which drive at least one of the running wheels via a traction mechanism, - wherein said first drive device is configured as a drive block driven exclusively by muscle power, which is detachably attachable to the support beam, and - having a crankset (6.1) having two pedals (6.1a) and a bottom bracket (6.1b), which drive at least one of the running wheels via a traction mechanism, - wherein said first drive device is configured as a drive block driven exclusively by muscle power, which is detachably attachable to the support beam, and c) characterised by a second drive device replaceable by the first drive device, - having a crankset (6.2) having two pedals (6.2a) and a bottom bracket (6.2b), which drive a traction mechanism of at least one of the running wheels, - wherein said second drive device is configured as a drive block operating with electric assistance, - is detachably attachable to the support beam - and wherein the second drive block is provided with a battery. - having a crankset (6.2) having two pedals (6.2a) and a bottom bracket (6.2b), which drive a traction mechanism of at least one of the running wheels, - wherein said second drive device is configured as a drive block operating with electric assistance, - is detachably attachable to the support beam - and wherein the second drive block is provided with a battery.
A method for testing a leakage detection system by using a leak detection device that is provided with a test leak, has a cavity that can be filled with a gas, and is arranged in a test chamber of the leak detection system, comprising the following steps: a) filling the cavity with ambient air until an interior pressure in the interior of the cavity corresponds to the ambient atmospheric pressure, b) establishing an exterior pressure in the area surrounding the leak detection device that is lower than the interior pressure, c) measuring of the leakage rate of the air flowing from the interior to the exterior through the test leak of the leak detection device, and d) establishing an atmosphere consisting of ambient air with an ambient atmospheric pressure as exterior pressure in the test chamber in the area surrounding the leak detection device. a) filling the cavity with ambient air until an interior pressure in the interior of the cavity corresponds to the ambient atmospheric pressure, b) establishing an exterior pressure in the area surrounding the leak detection device that is lower than the interior pressure, c) measuring of the leakage rate of the air flowing from the interior to the exterior through the test leak of the leak detection device, and d) establishing an atmosphere consisting of ambient air with an ambient atmospheric pressure as exterior pressure in the test chamber in the area surrounding the leak detection device.
A method for preparing a vanadium-containing electrolyte for a vanadium redox flow battery comprising the steps of: dissolving a first vanadium precursor capable of forming tetravalent vanadium ions in deoxygenated distilled water; mixing an acid with the solution; oxidizing the tetravalent vanadium ions in the solution into pentavalent vanadium ions VO 2 +; and dissolving a second vanadium precursor capable of forming tetravalent vanadium ions VO 2+ in the solution. dissolving a first vanadium precursor capable of forming tetravalent vanadium ions in deoxygenated distilled water; mixing an acid with the solution; oxidizing the tetravalent vanadium ions in the solution into pentavalent vanadium ions VO 2 +; and dissolving a second vanadium precursor capable of forming tetravalent vanadium ions VO 2+ in the solution.
Cartridge system for producing a beverage, wherein the cartridge system is insertable into a beverage preparation machine, wherein the cartridge system has a cartridge, which comprises a reservoir filled with a beverage substance, and a cartridge receptacle, which is connected to the cartridge, wherein the cartridge receptacle is insertable into the beverage preparation machine and is connected to the cartridge, wherein the cartridge receptacle has a mixing chamber, which is able to be brought into fluidic connection with the reservoir, and a fluid supply which opens out into the mixing chamber, wherein the cartridge has a cartridge opening which is fluidically connected to the reservoir, wherein the cartridge opening is closed with a sealing element, wherein the sealing element comprises a sealing film which is applied to the periphery of the cartridge opening, wherein the cartridge receptacle comprises a piercing mandrel which projects in the direction of the cartridge in such a manner that the piercing mandrel as a result of a relative movement between the cartridge receptacle and the cartridge pierces the sealing element and a fluidic connection between the reservoir and the mixing chamber is generated, characterized in that the cartridge initially sits in a preliminary position within the cartridge receptacle, in which the piercing mandrel is spaced apart from the sealing element, and upon introducing the cartridge system into the beverage preparation machine is transferable from the preliminary position to a terminal position in which the piercing mandrel pierces the sealing element.
A turbomachine (S1, S2, S3, S4) comprising an impeller that is rotatively driveable and a shaft arranged to transmit rotational power to the impeller, wherein the turbomachine (S1, S2, S3, S4) comprises a two-way screw of which a first end side serves as an impeller screwing region that is screwed together with the impeller and a second end side serves as a shaft screwing region that is screwed together with the shaft, with the turning direction of the screw thread that is formed at the impeller screwing region and the turning direction of the screw thread that is formed at the shaft screwing region made to be opposite directions, and the impeller and the shaft are fastened by the two-way screw, characterized in that the two-way screw is formed of a material having a higher thermal conductivity than the impeller.
A composition comprising: a) an amount of leucine in the form of a free amino acid and/or a metabolite thereof; b) an amount of metformin; and c) an amount of sildenafil; wherein the amount of leucine and/or a metabolite thereof is between 50-95 wt% of the total wt of (a), (b), and (c), the amount of metformin is between 5-50 wt% of the total wt of (a), (b), and (c), and the amount of sildenafil is between 0.01-1 wt% of the total wt of (a), (b), and (c); and wherein the leucine metabolite is selected from the group consisting of β-hydroxy β-methylbutyrate and keto-isocaproic acid. a) an amount of leucine in the form of a free amino acid and/or a metabolite thereof; b) an amount of metformin; and c) an amount of sildenafil;
An electrical insulator intended for insulating at least one electrode (12, 13) of a vacuum tube, in which a charged particle beam circulates, the electrical insulator being formed by an alumina-based ceramic, characterised in that the ceramic is formed by a polycrystalline material, between whose joints a vitreous phase of between 2% and 8% by weight is present and at least one metal oxide being diffused therein from a side of the electrical insulator, the metal oxide concentration gradually decreasing as one is moving away from the side.
More than one cooling device (C1, C2) placed side by side to each other connected to each other by means of at least one linking mechanism comprising - a first support member mounted on the side wall of one of the cooling devices, - a second support member mounted on the side wall of the other cooling device, - a first extension that is situated on the first support member and that extends outwards from between the cooling devices (C1, C2) when the cooling devices (C1, C2) are connected, - a second extension that is situated on the second support member, that extends outwards from between the cooling devices (C1, C2) when the cooling devices (C1, C2) are connected and that overlaps with the first extension, and - at least one connection member that enables the first and second extensions (3, 103) to be connected to each other, wherein at least one screw path is situated on the first and/or the second extension (3, 103) and the connection member, has a threaded configuration and is fitted into the screw path by being rotated, enabling the extensions (3, 103) to be connected to each other, and wherein more than one rib (6, 106) is situated on the lateral surfaces of the support members (2, 102) opposite the cooling devices (C1, C2) and enables the support members (2, 102) to be seated and placed on the joined edges of the upper walls and/or lower walls of the cooling devices (C1, C2). - a first support member mounted on the side wall of one of the cooling devices, - a second support member mounted on the side wall of the other cooling device, - a first extension that is situated on the first support member and that extends outwards from between the cooling devices (C1, C2) when the cooling devices (C1, C2) are connected, - a second extension that is situated on the second support member, that extends outwards from between the cooling devices (C1, C2) when the cooling devices (C1, C2) are connected and that overlaps with the first extension, and - at least one connection member that enables the first and second extensions (3, 103) to be connected to each other,
A medication delivery device, for use with a container having a distal end and a needle being placed at said distal end of said container, comprising: a push rod which is movable with respect to at least a portion of said container; a compression spring configured to bias said push rod to move toward said distal end of said container; a releasable restraining means configured to releasably restrain said push rod in a locked state against said biasing of said compression spring, wherein, upon release of said releasable restraining means, said push rod moves under force of said compression spring toward said distal end of said container; an adjustable stopping ring configured to be moved along the push rod to adjust amount of movement of said push rod with respect to said container in order to automatically deliver a predetermined dose of medication, upon release of said releasable restraining means; and an activation means configured to release said releasable means. a push rod which is movable with respect to at least a portion of said container; a compression spring configured to bias said push rod to move toward said distal end of said container; a releasable restraining means configured to releasably restrain said push rod in a locked state against said biasing of said compression spring, wherein, upon release of said releasable restraining means, said push rod moves under force of said compression spring toward said distal end of said container; an adjustable stopping ring configured to be moved along the push rod to adjust amount of movement of said push rod with respect to said container in order to automatically deliver a predetermined dose of medication, upon release of said releasable restraining means; and an activation means configured to release said releasable means.
Secondary reflector for a double reflector antenna comprising: - a first end having a first diameter, - a second end having a second diameter longer than the first diameter, - a convex, reflective inner surface positioned at the second end having an axis of revolution (W-W'), - an outer surface, having the same axis of revolution as the inner surface, connecting the first end to the second end, - a dielectric body extending between the first and second ends (4, 5) and limited by the inner surface and the outer surface, characterised in that the dielectric body has, at the level of the first end, a bulge forming a horn having an outer surface with a continuous profile, the end of which having the shorter diameter is designed to be coupled to the end of a cylindrical waveguide, the outer surface of which is reflective. - a first end having a first diameter, - a second end having a second diameter longer than the first diameter, - a convex, reflective inner surface positioned at the second end having an axis of revolution (W-W'), - an outer surface, having the same axis of revolution as the inner surface, connecting the first end to the second end, - a dielectric body extending between the first and second ends (4, 5) and limited by the inner surface and the outer surface, characterised in that the dielectric body has, at the level of the first end, a bulge forming a horn having an outer surface with a continuous profile, the end of which having the shorter diameter is designed to be coupled to the end of a cylindrical waveguide, the outer surface of which is reflective.
A method for monitoring a CIP (Clean-In-Place) system comprising the steps of: a. providing a fluorometer; b. fluorometrically monitoring said CIP system; c. pre-rinsing said CIP system with potable water; d. adding a known first amount of fluorescent tracer and a known first amount of chemical to said CIP system or the chemical with fluorescent properties alone to said CIP system; e. circulating said fluorescent tracer and said chemical for a pre-determined time period or circulating said chemical alone for a pre-determined time period; f. using said fluorometer to detect the fluorescence of either said chemical, said fluorescent tracer, or both, in said CIP system, wherein said fluorometer produces an output signal proportional to the detected fluorescence; g. optionally adjusting the dosage amount of said fluorescent tracer and chemical or chemical alone based upon the output signal from said fluorometer; h. final rinsing said CIP system with potable water until the output signal from said fluorometer can no longer be detected or indicates a predetermined level of said fluorescent tracer, chemical or both: i. adding a known amount of a second-stage fluorescent tracer to said CIP system; and j. flushing said CIP system with potable water until the output signal from said fluorometer for said second-stage tracer can no longer be detected or indicates a pre-determined level of said second-stage tracer. a. providing a fluorometer; b. fluorometrically monitoring said CIP system; c. pre-rinsing said CIP system with potable water; d. adding a known first amount of fluorescent tracer and a known first amount of chemical to said CIP system or the chemical with fluorescent properties alone to said CIP system; e. circulating said fluorescent tracer and said chemical for a pre-determined time period or circulating said chemical alone for a pre-determined time period; f. using said fluorometer to detect the fluorescence of either said chemical, said fluorescent tracer, or both, in said CIP system, wherein said fluorometer produces an output signal proportional to the detected fluorescence; g. optionally adjusting the dosage amount of said fluorescent tracer and chemical or chemical alone based upon the output signal from said fluorometer; h. final rinsing said CIP system with potable water until the output signal from said fluorometer can no longer be detected or indicates a predetermined level of said fluorescent tracer, chemical or both: i. adding a known amount of a second-stage fluorescent tracer to said CIP system; and j. flushing said CIP system with potable water until the output signal from said fluorometer for said second-stage tracer can no longer be detected or indicates a pre-determined level of said second-stage tracer.
Mechanism for transmission of axial and rotational movements between two parts (8, 9) of a shaft with offset axes comprising a mobile assembly formed by a connection piece comprising two elements (23, 30), of which at least one is elastic, forming with the rigid central body of this connection piece two bearings (24, 25; 31, 32); each of the parts of said shaft comprising an end supporting a pinion (13, 17) and being arranged to be pivoted in one of said two bearings; characterised in that, in this mechanism, one of the elements has a locking extension terminated by a hook cooperating with a locking formation of the body of said connection piece; and in that, when this hook is engaged in the locking formation, the elastic element or both elastic elements (23, 30) are held in an operating position unable to move further away from the body of the connection piece.