mhurhangee/ep-ind-claims huggingface dataset:
A basil extract as an active ingredient for use in preventing, ameliorating or treating Alzheimer's dementia, probable Alzheimer's dementia, possible Alzheimer's dementia, prodromal Alzheimer's dementia, or mild cognitive impairment due to Alzheimer's dementia (MCI due to AD), wherein the active ingredient acts to inhibit aggregation of tau proteins or/and degrade tau protein aggregates, wherein the basil extract is an extract of water, a lower alcohol having 1 to 5 carbon atoms, or an aqueous solution of a lower alcohol having 1 to 5 carbon atoms, or wherein the basil extract is an ethanol aqueous solution extract at a concentration of 20% to 80%.
A system for use in monitoring registration of a patient to a surgical robot, said system comprising: a computer; a tracking camera electronically coupled to the computer; a surgical robot electronically coupled to the computer; a dynamic reference base, including at least one array marker configured to be viewed by the tracking camera; a dynamic reference base post connected to the dynamic reference base; and a surveillance marker configured to be viewed by the tracking camera, the surveillance marker further configured to be disposed at a predetermined distance from the dynamic reference base, wherein the surveillance marker is configured to be secured to the patient independently from the dynamic reference base; a surveillance marker post, wherein the surveillance marker is configured to be disposed on the surveillance marker post, characterised in that the surveillance marker post is configured to be disposed in a hollow channel of the dynamic reference base post. a computer; a tracking camera electronically coupled to the computer; a surgical robot electronically coupled to the computer; a dynamic reference base, including at least one array marker configured to be viewed by the tracking camera; a dynamic reference base post connected to the dynamic reference base; and a surveillance marker configured to be viewed by the tracking camera, the surveillance marker further configured to be disposed at a predetermined distance from the dynamic reference base, wherein the surveillance marker is configured to be secured to the patient independently from the dynamic reference base; a surveillance marker post, wherein the surveillance marker is configured to be disposed on the surveillance marker post, characterised in that the surveillance marker post is configured to be disposed in a hollow channel of the dynamic reference base post.
A method comprising: receiving from a user device a request to copy content (52; 62; 72, 82) at a first server that is a content sharing server, characterised in that the request to copy content requests that content from a second server be provided to said first server, the request to copy content being a hypertext-transfer-protocol PUT request that includes an indication of a location of the content on the second server, the second server being a message storage server, and characterised in that the method comprises issuing a content access request (54; 64; 73, 74; 84, 86) from the first server to the second server, and receiving said content (56; 66; 76; 86) from the second server at said first server in response to the content access request. receiving from a user device a request to copy content (52; 62; 72, 82) at a first server that is a content sharing server, characterised in that the request to copy content requests that content from a second server be provided to said first server, the request to copy content being a hypertext-transfer-protocol PUT request that includes an indication of a location of the content on the second server, the second server being a message storage server, and characterised in that the method comprises issuing a content access request (54; 64; 73, 74; 84, 86) from the first server to the second server, and receiving said content (56; 66; 76; 86) from the second server at said first server in response to the content access request.
A melt-joining method for melt-joining thin-walled sheet metal parts, and especially aluminium sheet metal parts (9, 10), positioned one on top of the other in the lap joint, in which method a fillet weld is produced in the inner corner region of two components with the addition of an additional material such that the components are joined together by a multifocal high-energy beam with a beam direction running obliquely to the wall portions (12, 13), defining the inner corner of the two components and with focal regions (F a, F b) which melt the additional material, characterised in that the focal regions (F a, F b) intersect each other and overlap the inner corner of the components In the intersection region, and in that - the thin sheet metal parts (9, 10) are illuminated in the region of the molten bath and of at least one adjacent thin sheet metal edge, - the illumination field is video recorded and - a warning signal is generated in an evaluation circuit positioned downstream when there is a lateral positional error of the molten bath with respect to the thin metal sheet edge. - the thin sheet metal parts (9, 10) are illuminated in the region of the molten bath and of at least one adjacent thin sheet metal edge, - the illumination field is video recorded and - a warning signal is generated in an evaluation circuit positioned downstream when there is a lateral positional error of the molten bath with respect to the thin metal sheet edge.
A method of producing a fiber, the method comprising extruding, from a spinneret, a spinning dope solution containing a fiber-forming polymer dissolved in a solvent, once allowing the solution to run in air, and then guiding the solution into a coagulation bath liquid to allow coagulation, wherein a gas-phase portion formed in a vertically downward direction from an extrusion surface of the spinneret to a coagulation bath liquid surface has a unidirectional air flow, and has an air flow rate per unit time (Af) which satisfies, in relation to the amount of the solvent in the extruded spinning dope solution per unit time (As) in the gas-phase-portion volume (Vh), the relational expression 0.0008 m 3 ≤ Af/(As/Vh) ≤ 0.0015 m 3, wherein the air flow is judged as unidirectional in case the conditions disclosed in the description are fulfilled, wherein the parameters Af, As and Vh are defined as disclosed in the description.
A transparent conductive laminate that is a laminate formed by laminating a polymer film, a cured resin layer-1 and a transparent conductive layer in this order, the cured resin layer-1 having concavoconvex shapes formed by phase separation of two components and containing no fine particles that impart concavoconvex shapes, and the cured resin layer-1 having an arithmetic average roughness (Ra), measured according to JIS B0601- 1994, of 0.05 μm or more but less than 0.5 μm and a ten- point average roughness (Rz), measured according to JIS B0601-1982, of 0.5 μm or more but less than 2.0 μm, wherein said fine particles have an average particle diameter of 5 to 50 nm.
A handheld electronic device, comprising: a controller; a first input device connected to the controller; a second input device connected to the controller; a first body having a first face and a second face; a second body having a first face and a second face, the first and second input devices (40; 42) being located on the first face of the second body; the first body being connected to the second body for sliding movement between a closed position and a first open position, wherein in the closed position the first body covers at least a portion of the second body, and wherein in the first open position the first input device is exposed on the first face of the second body; wherein the second body is rotatable 180 degrees relative to the first body between the first open position and a second open position, wherein in the second open position the second input device is exposed on the first face of the second body while the first input device is substantially covered by the first body. a controller; a first input device connected to the controller; a second input device connected to the controller; a first body having a first face and a second face; a second body having a first face and a second face, the first and second input devices (40; 42) being located on the first face of the second body; the first body being connected to the second body for sliding movement between a closed position and a first open position, wherein in the closed position the first body covers at least a portion of the second body, and wherein in the first open position the first input device is exposed on the first face of the second body; wherein the second body is rotatable 180 degrees relative to the first body between the first open position and a second open position, wherein in the second open position the second input device is exposed on the first face of the second body while the first input device is substantially covered by the first body.
A package device for an elongate medical device, comprising: a conduit or tube arranged in a coiled configuration, the conduit or tube having a first end and a second end; at least one over-molded tubing connector being structured and arranged to maintain the coiled configuration; wherein the over-molded tubing connector retains more than two adjacent sections of tubing adjacent one another and without any gap or spacing therebetween; and an additional over-molded tubing connector serves as an area for locating the first conduit or tube end and the second conduit or tube end, at least one of: a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contains no gap or spacing; and a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contact or abut one another. a conduit or tube arranged in a coiled configuration, the conduit or tube having a first end and a second end; at least one over-molded tubing connector being structured and arranged to maintain the coiled configuration; wherein the over-molded tubing connector retains more than two adjacent sections of tubing adjacent one another and without any gap or spacing therebetween; and an additional over-molded tubing connector serves as an area for locating the first conduit or tube end and the second conduit or tube end, at least one of: a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contains no gap or spacing; and a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contact or abut one another. a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contains no gap or spacing; and a portion of adjacent curved sections of the coiled configuration not covered by the at least one over-molded tubing connector (30/40) contact or abut one another.
A polypeptide comprising formula: X 01 -Val-X 03 -Glu-Ile-Gln-Leu-X 08 -His-X 10 -X 11 -X 12 -X 13 -X 14 -X 15 -X 16 -X 17 -X 18 -Arg-Arg-Arg-X 22 -Phe-Leu-X 25 -X 26 -Leu-Ile-Ala-Glu-Ile-His-Thr-Ala-Glu-Ile X 01 is Ala or Ser or Aib; X 03 is Ser, Ala or Aib; X 08 is Met, Leu, or Nle; X 10 is Gln or Asn; X 11 is Arg, Leu or Har; X 12 is Ala or Gly; X 13 is Lys; X 14 is Trp or His; X 15 is Ile; X 16 is Gln or Asn; X 17 is Asp or Ser; X 18 is Ala; X 22 is Ala; X 25 is His; and X 26 is Lys; or a pharmaceutically acceptable salt thereof. X 01 is Ala or Ser or Aib; X 03 is Ser, Ala or Aib; X 08 is Met, Leu, or Nle; X 10 is Gln or Asn; X 11 is Arg, Leu or Har; X 12 is Ala or Gly; X 13 is Lys; X 14 is Trp or His; X 15 is Ile; X 16 is Gln or Asn; X 17 is Asp or Ser; X 18 is Ala; X 22 is Ala; X 25 is His; and X 26 is Lys;
A method for power management comprising the steps of: receiving telemetry data in the form of real-time intracardiac electrogram, IEGM, data transmitted from an implantable medical device to an external device; determining a time lapse since receiving an input from a user at the external device while receiving the real-time IEGM data; and sending an instruction from the external device to the implantable medical device to terminate the transmission of real-time IEGM data to the external device when the time lapse exceeds a predetermined amount time. receiving telemetry data in the form of real-time intracardiac electrogram, IEGM, data transmitted from an implantable medical device to an external device; determining a time lapse since receiving an input from a user at the external device while receiving the real-time IEGM data; and sending an instruction from the external device to the implantable medical device to terminate the transmission of real-time IEGM data to the external device when the time lapse exceeds a predetermined amount time.
A method for servicing a dual-stage, separated gas/fluid shock strut, comprising: charging a secondary gas chamber with a first quantity of compressed gas; circulating an oil through an oil chamber of the dual-stage, separated gas/fluid shock strut via an oil charge port and an oil bleed port; extending the dual-stage, separated gas/fluid shock strut to a shock strut extension corresponding to the secondary chamber pressure according to an oil servicing reference curve; closing the oil bleed port; pumping the oil into the oil chamber until an oil chamber pressure reaches a pre-determined pressure; closing the oil charge port; extending the dual-stage, separated gas/fluid shock strut to a fully extended position; and charging a primary gas chamber with a second quantity of compressed gas until a shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve. charging a secondary gas chamber with a first quantity of compressed gas; circulating an oil through an oil chamber of the dual-stage, separated gas/fluid shock strut via an oil charge port and an oil bleed port; extending the dual-stage, separated gas/fluid shock strut to a shock strut extension corresponding to the secondary chamber pressure according to an oil servicing reference curve; closing the oil bleed port; pumping the oil into the oil chamber until an oil chamber pressure reaches a pre-determined pressure; closing the oil charge port; extending the dual-stage, separated gas/fluid shock strut to a fully extended position; and charging a primary gas chamber with a second quantity of compressed gas until a shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve.
Method for evaluating the security situation in a building, wherein the building has common areas with access authorisation for appropriately authorised persons, wherein the current number of persons physically present in at least one sub-area of the common areas is automatically determined by means of a spatially resolving floor which is sensitive to pressure and/or to approach, wherein in the at least one sub-area identifiers are automatically read by contactless RFID transponders carried by the respective authorised persons via RFID readers arranged distributed in the floor and wherein the current number of recognized identifiers is determined, and wherein an indicator for evaluating the current security situation in the building is then output on the basis of the two numbers (CP, CID).
A synthetic paper including one or more layers of a resin film formed from a composition comprising: a high density polyethylene resin present in an amount of 40 percent to 60 percent by weight of the composition; a particulate filler having a mean particle size of 10 μm to 30 μm; and a cyclic olefin copolymer produced by copolymerization of ethylene with at least one cyclic olefin monomer, wherein the at least one cyclic olefin monomer comprises at least one of: cyclopentadiene, a cyclopentadiene derivative, dicyclopentadiene, a dicyclopentadiene derivative, norbomene, dihydrodicyclopentadiene, phenyl norbornene, and tetracyclododecene, or a combination thereof, wherein the synthetic paper has: - a dead fold angle of 20° to 30° when measured by making a 180°-fold in the material at ambient temperature and then measuring the angle to which the fold opens after a period of time; and - an Elmendorf tear strength of 100 mN to 1000 mN in a transverse direction when measured according to ASTM D1922. a high density polyethylene resin present in an amount of 40 percent to 60 percent by weight of the composition; a particulate filler having a mean particle size of 10 μm to 30 μm; and a cyclic olefin copolymer produced by copolymerization of ethylene with at least one cyclic olefin monomer, wherein the at least one cyclic olefin monomer comprises at least one of: cyclopentadiene, a cyclopentadiene derivative, dicyclopentadiene, a dicyclopentadiene derivative, norbomene, dihydrodicyclopentadiene, phenyl norbornene, and tetracyclododecene, or a combination thereof, wherein the synthetic paper has: - a dead fold angle of 20° to 30° when measured by making a 180°-fold in the material at ambient temperature and then measuring the angle to which the fold opens after a period of time; and - an Elmendorf tear strength of 100 mN to 1000 mN in a transverse direction when measured according to ASTM D1922. - a dead fold angle of 20° to 30° when measured by making a 180°-fold in the material at ambient temperature and then measuring the angle to which the fold opens after a period of time; and - an Elmendorf tear strength of 100 mN to 1000 mN in a transverse direction when measured according to ASTM D1922.
Profile for composing the frame of a window or door, whereby the profile (4, 5) has received a finish in the form of coating or other chemical process and whereby the finished profile (4, 5) contains at least one single aluminium profile, whereby the finished profile is provided with a readable or detectable identification with the individual data of each of the single aluminium profiles in the finished profile (4, 5), characterised in that the readable or detectable identification is applied prior to the coating or other chemical process and is such that it is resistant against the influences and circumstances of the coating or other chemical process.
Disc brake with a brake calliper overlapping a brake disc, in which calliper two brake linings (2, 3) are disposed that are adapted to be pressed against said brake disc, and which is displaceable relative to a brake backing plate on guiding rods connected to the stationary brake backing plate on the vehicle side, wherein an end stop is provided between said brake backing plate and said brake calliper for limitation of the displacement of said brake calliper when the latter is displaced by means of restoring springs into a non-functional position, characterised in that said end stop is maintained for adjustment on said brake backing plate or on said brake calliper.
Procedure for preheating untreated water in a power plant having a water/steam circuit, the power plant comprising a steam generator, a steam turbine and steam lines, of which at least some connect the steam generator to the steam turbine, wherein untreated water for production of deionized water is heated by waste water from the water/steam circuit, characterized in that the waste water is admixed with the untreated water for the purpose of heating the untreated water.
A high pressure carbamate condenser comprising a shell-and-tube heat exchanger which comprises a vessel which comprises a shell and at least one tube bundle, wherein the shell encloses a vessel space, wherein the tube bundle comprises tubes having ends, and wherein a shell space is provided between the tubes and the shell, wherein the heat exchanger further comprises a redistribution chamber located in said vessel space, wherein said redistribution chamber comprises a wall for separating a first fluid in the shell space from a second fluid inside the redistribution chamber, wherein a plurality of said tubes (2a, 2b) are connected to a single redistribution chamber such that said second fluid can flow between said tubes (2a, 2b) and said redistribution chamber, wherein the condenser further comprises a duct extending from an opening for the second fluid in said shell through said vessel space to said redistribution chamber, such that the second fluid can flow between a tube end and said opening for the second fluid in said shell through said redistribution chamber and said duct. wherein the heat exchanger further comprises a redistribution chamber located in said vessel space, wherein said redistribution chamber comprises a wall for separating a first fluid in the shell space from a second fluid inside the redistribution chamber, wherein a plurality of said tubes (2a, 2b) are connected to a single redistribution chamber such that said second fluid can flow between said tubes (2a, 2b) and said redistribution chamber, wherein the condenser further comprises a duct extending from an opening for the second fluid in said shell through said vessel space to said redistribution chamber, such that the second fluid can flow between a tube end and said opening for the second fluid in said shell through said redistribution chamber and said duct.
A method of re-refining used lubricating oil comprising the steps of: filtering the used oil through a multi-layer filter; processing the used oil in a cyclone separator for removing water from the used oil after the used oil has been filtered; distilling a feedstock from the cyclone separator for eliminating a trace amount of water and light hydrocarbon fraction from the used oil; introducing liquefied propane into the used oil to form an oil/propane mixture; processing the oil/propane mixture in an extraction process that includes a plurality of extraction towers linked in series, wherein each extraction tower has an inverted cone shape to promote enhanced removal and recovery of undesired components that settle in the tower and are discharged to a storage container, and transferring the oil/propane mixture from the last extraction tower in the series to at least one propane recovery tower where propane is withdrawn from the mixture and the used oil is ready for further processing. filtering the used oil through a multi-layer filter; processing the used oil in a cyclone separator for removing water from the used oil after the used oil has been filtered; distilling a feedstock from the cyclone separator for eliminating a trace amount of water and light hydrocarbon fraction from the used oil; introducing liquefied propane into the used oil to form an oil/propane mixture; processing the oil/propane mixture in an extraction process that includes a plurality of extraction towers linked in series, wherein each extraction tower has an inverted cone shape to promote enhanced removal and recovery of undesired components that settle in the tower and are discharged to a storage container, and transferring the oil/propane mixture from the last extraction tower in the series to at least one propane recovery tower where propane is withdrawn from the mixture and the used oil is ready for further processing.
A balancing unit for medical fluids comprising - at least one balancing chamber and - at least one conveying means for filling the balancing chamber, wherein the conveying means is a pressure limited conveying means, characterized in that the conveying means is a centrifugal pump which, due to its type, does not build up a pressure above a predetermined pressure, without being supported by further elements. - at least one balancing chamber and - at least one conveying means for filling the balancing chamber, wherein the conveying means is a pressure limited conveying means,