mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for the signed registration of a file, preferably a PDF-based document, by a user in a blockchain, said method comprising the steps of: (a) receiving said file from said user; (b) processing said file and calculating a hash for said file, said step (b) comprising the sub-steps (b.i) processing said file by creating and/or revising a file identifier comprised in said file so that it is unique and new with respect to the blockchain, obtaining a uniquely identified file; (b.ii) calculating the hash of said uniquely identified file comprising said file identifier with a cryptographic hash function; (b.iii) optionally, determining if the hash obtained in step (b.ii) is unique and new with respect to the blockchain and if so, ending step (b); if not, resuming from step (b.i); (c) establishing a file reference taking into account said hash; (d) registering said file reference in the blockchain; wherein said file reference established in step (c) comprises said file identifier and a hash-related string; wherein step (c) comprises establishing a hash-related string comprising said hash, optionally being said hash; wherein step (c) comprises encrypting said hash-related string by means of a private key belonging to a key pair belonging to said user for obtaining said hash-related string, said key pair comprising said private key and a public key; and wherein said file reference comprises a user identity for retrieving said public key. (a) receiving said file from said user; (b) processing said file and calculating a hash for said file, said step (b) comprising the sub-steps (b.i) processing said file by creating and/or revising a file identifier comprised in said file so that it is unique and new with respect to the blockchain, obtaining a uniquely identified file; (b.ii) calculating the hash of said uniquely identified file comprising said file identifier with a cryptographic hash function; (b.iii) optionally, determining if the hash obtained in step (b.ii) is unique and new with respect to the blockchain and if so, ending step (b); if not, resuming from step (b.i); (b.i) processing said file by creating and/or revising a file identifier comprised in said file so that it is unique and new with respect to the blockchain, obtaining a uniquely identified file; (b.ii) calculating the hash of said uniquely identified file comprising said file identifier with a cryptographic hash function; (b.iii) optionally, determining if the hash obtained in step (b.ii) is unique and new with respect to the blockchain and if so, ending step (b); if not, resuming from step (b.i); (c) establishing a file reference taking into account said hash; (d) registering said file reference in the blockchain;
A system for forming a micro-truss structure, the system comprising: a reservoir having walls and a flat bottom, configured to hold a volume of a liquid photo-monomer, the photomonomer being configured to form a photopolymer when exposed to light; a partially transparent mask secured to, or being, the bottom of the reservoir; a release layer on the mask, the release layer being configured to resist adhesion by the photopolymer; a blocker positioned a first distance below the mask; a light source positioned below the blocker, configured to produce collimated light suitable for causing conversion of the photomonomer into the photopolymer, and to which the blocker is opaque; and a first mirror, oblique to the blocker, configured to reflect the light from the light source around the blocker and through the mask and into the reservoir, the blocker being positioned to block a straight path of light from the light source to the mask. a reservoir having walls and a flat bottom, configured to hold a volume of a liquid photo-monomer, the photomonomer being configured to form a photopolymer when exposed to light; a partially transparent mask secured to, or being, the bottom of the reservoir; a release layer on the mask, the release layer being configured to resist adhesion by the photopolymer; a blocker positioned a first distance below the mask; a light source positioned below the blocker, configured to produce collimated light suitable for causing conversion of the photomonomer into the photopolymer, and to which the blocker is opaque; and a first mirror, oblique to the blocker, configured to reflect the light from the light source around the blocker and through the mask and into the reservoir, the blocker being positioned to block a straight path of light from the light source to the mask.
An engine comprising: a cylinder head; and a valvetrain comprising: a lifter having an axis; and an anti-rotation guide mounted to the lifter; wherein the anti-rotation guide maintains a uniform profile over a portion of its length in a direction parallel to the lifter axis; the profile includes a first region and a second region joined by a neck region; the first region is wider than the neck region; the first region is within the lifter; and the second region extends via the neck region outward from the lifter, wherein the lifter comprises a cylindrical portion; first and second bores (119, 123) are formed in the cylinder head; the first and second bores (119, 123) in the cylinder head are parallel to the lifter axis and overlap to form an opening between them; the lifter comprises a bore parallel to the lifter axis, extending partway through the length of the lifter, and intersecting an edge of the lifter to form an opening in the edge of the lifter; the opening in the edge of the lifter has a width less than a diameter of the bore in the lifter; the first region of the anti-rotation guide is mounted within the bore in the lifter; and the lifter is mounted to reciprocate within the first bore while the second region of the anti-rotation guide reciprocates within the second bore including a portion of the second bore that is outside the first bore. a cylinder head; and a valvetrain comprising: a lifter having an axis; and an anti-rotation guide mounted to the lifter; wherein the anti-rotation guide maintains a uniform profile over a portion of its length in a direction parallel to the lifter axis; the profile includes a first region and a second region joined by a neck region; the first region is wider than the neck region; the first region is within the lifter; and the second region extends via the neck region outward from the lifter, a lifter having an axis; and an anti-rotation guide mounted to the lifter; wherein the anti-rotation guide maintains a uniform profile over a portion of its length in a direction parallel to the lifter axis; the profile includes a first region and a second region joined by a neck region; the first region is wider than the neck region; the first region is within the lifter; and the second region extends via the neck region outward from the lifter, wherein the lifter comprises a cylindrical portion; first and second bores (119, 123) are formed in the cylinder head; the first and second bores (119, 123) in the cylinder head are parallel to the lifter axis and overlap to form an opening between them; the lifter comprises a bore parallel to the lifter axis, extending partway through the length of the lifter, and intersecting an edge of the lifter to form an opening in the edge of the lifter; the opening in the edge of the lifter has a width less than a diameter of the bore in the lifter; the first region of the anti-rotation guide is mounted within the bore in the lifter; and the lifter is mounted to reciprocate within the first bore while the second region of the anti-rotation guide reciprocates within the second bore including a portion of the second bore that is outside the first bore.
A method for operating a multi-cylinder piston engine, where each cylinder of the engine can be operated using either a first fuel or a second fuel as a main fuel, the method comprising the steps of - operating at least one cylinder of the engine using the first fuel as the main fuel, - simultaneously operating at least one cylinder of the engine using the second fuel as the main fuel, - monitoring combustion process in each cylinder of the engine by measuring a variable or a set of variables describing the combustion process in the cylinder, - comparing at least one measured variable to a predetermined threshold or target value or target range, and - in case the compared variables in a cylinder using the first fuel as the main fuel do not fulfill predetermined requirements, determining said cylinder as a disturbed cylinder and switching the disturbed cylinder to use the second fuel as the main fuel, and determining at least one cylinder using the second fuel as the main fuel as a target cylinder and switching the target cylinder to use the first fuel as the main fuel. - operating at least one cylinder of the engine using the first fuel as the main fuel, - simultaneously operating at least one cylinder of the engine using the second fuel as the main fuel, - monitoring combustion process in each cylinder of the engine by measuring a variable or a set of variables describing the combustion process in the cylinder, - comparing at least one measured variable to a predetermined threshold or target value or target range, and - in case the compared variables in a cylinder using the first fuel as the main fuel do not fulfill predetermined requirements, determining said cylinder as a disturbed cylinder and switching the disturbed cylinder to use the second fuel as the main fuel, and determining at least one cylinder using the second fuel as the main fuel as a target cylinder and switching the target cylinder to use the first fuel as the main fuel.
Distribution tray for counter-current flows in a heat and/or material exchange column between a gas and a liquid comprising at least one chimney protruding on the upper part of said tray for the exclusive passage of said gas through said tray and at least one means for the passage of said liquid through said tray, said gas rising through said chimney for the exclusive passage of said gas and said liquid descending through said means for the passage of said liquid, said chimney for the exclusive passage of said gas comprising at least one cover that is raised relative to said chimney so as to allow said gas to escape through the space formed between said cover and said chimney and so as to prevent said liquid arriving from above said upper part of said tray from penetrating into said chimney, characterized in that the interior of at least one of said chimneys for the exclusive passage of said gas is provided with a material that is dispersive with respect to said gas, said dispersive material ensuring a dispersion of said gas in its passage in said chimney, so as to generate a better homogenization of said gas at the output of said chimney.
A flexible display apparatus comprising: a flexible substrate comprising a resin layer and a metal layer formed on the resin layer; a planarization layer that has an area smaller than an area of the flexible substrate is formed on the flexible substrate; a display device that is formed on the planarization layer; and a protective layer that is formed on the flexible substrate to cover both the planarization layer and the display device, wherein an edge of the planarization layer has an inclined side. a flexible substrate comprising a resin layer and a metal layer formed on the resin layer; a planarization layer that has an area smaller than an area of the flexible substrate is formed on the flexible substrate; a display device that is formed on the planarization layer; and a protective layer that is formed on the flexible substrate to cover both the planarization layer and the display device, wherein an edge of the planarization layer has an inclined side.
A tool for mounting a roller-band hinge on a frame profile and an associated wing profile, comprising means (120, 170, 171, 180) for fixing the frame profile and the wing profile in a position in which the longitudinal axes of the frame profile and of the wing profile are aligned in parallel, and the frame profile and the wing profile have a preset distance to one another; and means for positioning and fixing, on the frame profile and the wing profile, a drilling template of the roller-band hinge to be mounted, wherein the means (120, 170, 171, 180) for fixing the frame profile and the wing profile comprise a U-shaped clamping apparatus, with which the frame profile and the wing profile can be fixed at the same time, wherein the U-shaped clamping apparatus is composed of two halves (111, 112), which are connected to one another by a guide, and can be pulled together via a spindle that is operated using a hand wheel, and wherein the U-shaped clamping apparatus comprises at least one support for seating the frame profile and the wing profile, wherein the at least one support has at least one first structure, which is configured for seating a projection of the frame profile, and/or has at least one second structure, which is configured for engaging in a recess of the frame profile such that a displacement of the frame profile transverse to the longitudinal axis of the frame profile is blocked; and has at least one third structure, which is configured for seating a projection of the wing profile, and/or has at least one fourth structure, which is configured for engaging in a recess of the wing profile such that a displacement of the wing profile transverse to the longitudinal axis of the wing profile is blocked; and wherein the at least one support is configured for fixing the frame profile and the wing profile on the at least one support such that the frame profile and the wing profile are aligned parallel to one another and have a preset distance to one another, and wherein the means for positioning and fixing, on the frame profile and the wing profile a drilling template of the roller-band hinge to be mounted comprise at least one drilling jig with openings that correspond to the drilling template of the roller-band hinge to be mounted, said drilling jig being configured for being set upon the frame profile and the wing profile, wherein a bottom side of the at least one drilling jig has a spacing element configured for engaging in the intermediate space between the frame profile and the wing profile, and wherein the at least one drilling jig has at least one stop rod that runs parallel to the longitudinal axis of the frame profile arranged on the at least one support and has at least one stop (187, 188) at one end.
A method for sputter depositing an additive-containing aluminium nitride film containing an additive element selected from Sc or Y, the method comprising the steps of: depositing a first layer of the additive-containing aluminium nitride film onto a substrate disposed within a chamber by pulsed DC reactive sputtering, wherein an electrical bias power is applied to the substrate so that the first layer has a compressive stress; and depositing a second layer of the additive-containing aluminium nitride film onto the first layer by pulsed DC reactive sputtering, the second layer having the same composition as the first layer; wherein: the step of depositing the first layer comprises introducing a gas or gaseous mixture into the chamber at a flow rate in sccm, and 87-100 % of the flow rate in sccm is a flow of nitrogen gas; the step of depositing the second layer comprises introducing a gaseous mixture into the chamber at a flow rate in sccm, the gaseous mixture comprising nitrogen gas and an inert gas; and the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the first layer is greater than the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the second layer. depositing a first layer of the additive-containing aluminium nitride film onto a substrate disposed within a chamber by pulsed DC reactive sputtering, wherein an electrical bias power is applied to the substrate so that the first layer has a compressive stress; and depositing a second layer of the additive-containing aluminium nitride film onto the first layer by pulsed DC reactive sputtering, the second layer having the same composition as the first layer; wherein: the step of depositing the first layer comprises introducing a gas or gaseous mixture into the chamber at a flow rate in sccm, and 87-100 % of the flow rate in sccm is a flow of nitrogen gas; the step of depositing the second layer comprises introducing a gaseous mixture into the chamber at a flow rate in sccm, the gaseous mixture comprising nitrogen gas and an inert gas; and the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the first layer is greater than the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the second layer. the step of depositing the first layer comprises introducing a gas or gaseous mixture into the chamber at a flow rate in sccm, and 87-100 % of the flow rate in sccm is a flow of nitrogen gas; the step of depositing the second layer comprises introducing a gaseous mixture into the chamber at a flow rate in sccm, the gaseous mixture comprising nitrogen gas and an inert gas; and the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the first layer is greater than the percentage of nitrogen gas in the flow rate in sccm used during the step of depositing the second layer.
A rail of a furniture pull-out guide, comprising a guide section integrally attached to the upper end of a guide web with tracks for rolling bodies held in a cage and at least one fixing bracket which is rigidly connected to the rail and is provided with a fixing flange which extends at a distance from and parallel to the guide web, characterized in that the rail is made of a composite material of metal and a further material such as plastic, ceramic, wood and/or wood-fibre material or the like.
A method to identify Akt1 and Myc status in a prostate tumor comprising: analyzing, with at least one computer processor, a profile of at least 5 metabolites in a prostate tumor sample obtained from a subject to assign an Akt1 and Myc status to the sample, wherein: the at least 5 metabolites are differentially produced in prostate tumors with high Akt1 expression versus prostate tumors with high Myc expression, wherein the metabolites are selected from Table 1; wherein the expression profile of metabolites is compared to an appropriate reference profile of the metabolites, wherein the appropriate reference profile of the metabolites comprises profiles of the metabolites in prostate tumor with high Akt1 expression, in prostate tumor with low Akt1 expression, in prostate tumor with high Myc expression, and in prostate tumor with low Myc expression; and wherein the processor assigns a status of high Akt1/high Myc, high Akt1/low Myc, low Akt1 /high Myc, or low Akt1/low Myc to the sample. the at least 5 metabolites are differentially produced in prostate tumors with high Akt1 expression versus prostate tumors with high Myc expression, wherein the metabolites are selected from Table 1; wherein the expression profile of metabolites is compared to an appropriate reference profile of the metabolites, wherein the appropriate reference profile of the metabolites comprises profiles of the metabolites in prostate tumor with high Akt1 expression, in prostate tumor with low Akt1 expression, in prostate tumor with high Myc expression, and in prostate tumor with low Myc expression; and wherein the processor assigns a status of high Akt1/high Myc, high Akt1/low Myc, low Akt1 /high Myc, or low Akt1/low Myc to the sample.
An adjustable contact protection for a shaft with a multi-part central part, wherein the individual parts (2a, 2b) of the central part are arranged so as to be releasable from one another and the individual parts (2a, 2b), when used as intended, are arranged to form a box which is closed in the circumferential direction, characterized in that a replaceable extension part (4a, 4b, 5a, 5b) which extends the individual part (2a, 2b) in the axial direction is fastened to both axial ends of an individual part (2a, 2b), wherein a part (6a, 6b) of a radially inwardly extending protective barrier is disposed on each of the individual parts (2a, 2b) of the central part and said parts (6a, 6b), when the individual parts (2a, 2b) are used as intended, form a circular passage for the shaft, and in the event of breakage of the shaft the two parts (6a, 6b) trap the shaft.
A method for verifying the authenticity of a fluorescent-based security feature using a mobile device which has at least one evaluation device, an image recording device with a camera and an illumination unit, and a display, comprising the steps of: - detecting of an ambient light intensity (I 0) of the ambient light, - presenting of at least one parameter for excitation of the fluorescent-based safety feature as a function of the detected radiant intensity (I 0) of the ambient light, - positioning the security feature with respect to the image recording device while setting or maintaining the at least one parameter for the excitation, - stimulating the fluorescent material of the fluorescent-based security feature for emission by means of the illumination unit, - detecting the emission of the light emitted by the fluorescent-based security feature by means of the camera, - evaluating of an image series or video recording captured by the camera by means of the evaluation device and evaluation of the authenticity of the fluorescent-based security feature on the basis of reference data (306, 308), characterized in that real-time detection by means of the camera takes place even before the excitation of the fluorescent-based security feature and the image detected by the camera is output on the display, the image output on the display being superimposed with a partially transparent mask which has a positioning frame adapted to the feature to be detected or a positioning contour adapted to the feature to be detected, and in that the dimensions of the positioning frame or the positioning contour are predetermined as a function of the detected ambient light intensity (I 0), with excitation of the fluorescent-based security feature only being possible when the positioning frame or the positioning contour in the image has been brought into coincidence with the dimensions of the fluorescent-based security feature. - detecting of an ambient light intensity (I 0) of the ambient light, - presenting of at least one parameter for excitation of the fluorescent-based safety feature as a function of the detected radiant intensity (I 0) of the ambient light, - positioning the security feature with respect to the image recording device while setting or maintaining the at least one parameter for the excitation, - stimulating the fluorescent material of the fluorescent-based security feature for emission by means of the illumination unit, - detecting the emission of the light emitted by the fluorescent-based security feature by means of the camera, - evaluating of an image series or video recording captured by the camera by means of the evaluation device and evaluation of the authenticity of the fluorescent-based security feature on the basis of reference data (306, 308),