mhurhangee/ep-ind-claims huggingface dataset:
Method for evaluating a set of measurement data from an oral glucose tolerance test, whereby the set of measurement data includes a series of measurement data of the glucose concentration and, in addition, at least one series of measurement data of a further analyte concentration, characterised in that the series of measured values of the glucose concentration and one each of several predefined glucose reference profiles are used to calculate one value each of a similarity measure that quantifies the similarity between the time profile of the series of measured values of the glucose concentration and the corresponding glucose reference profile, the series of measured values of the further analyte concentration and one each of several predefined analyte reference profiles are used to calculate one value each of a further similarity measure that quantifies the similarity between the profile of the series of measured values of the further analyte concentration and the corresponding analyte sample profile, the data set is represented by a point in a vector space that comprises coordinate axes that are formed by the similarity measures, whereby the coordinates of said point contain the calculated values of the similarity measures, the position of said point with respect to reference points, which each represent a defined state of health, is evaluated in order to calculate a parameter that specifies the state of the glucose metabolism of the patient, wherein the position of the point characterising the set of measurement data is evaluated with respect to the reference points by projecting the point onto a norm trajectory which follows a disease progression in said vector space from a healthy normal patient via a pre-diabetic conditions to a diabetic disease and contains at least a fraction of the reference points, the length of a section of the trajectory from the start of the trajectory to the point of the trajectory onto which the point representing the set of measurement data was projected is used to determine the parameter specifying the state of glucose metabolism.
A system for performing measurements of flow rate, density, and rheology of a flowing fluid, wherein said system comprises: a rheology measurement subsystem, said rheology measurement subsystem comprising: a horizontal tube of internal radius r H having an upstream end and a downstream end; a velocity profile measurement device configured to measure a velocity profile of a test fluid flowing through said horizontal tube at a distance x 0 from said upstream end; and, wall shear stress determining means for determining wall shear stress at a boundary between said flowing fluid and an inner surface of said horizontal tube; characterised in that it comprises a density measurement subsystem, said density measurement subsystem comprising: a vertical tube of internal radius r V in fluid connection with said horizontal tube, wherein r V > r H; a first pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 1; and, a second pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 2 downstream from y 1 and displaced vertically from y 1 by a distance Δ h. a horizontal tube of internal radius r H having an upstream end and a downstream end; a velocity profile measurement device configured to measure a velocity profile of a test fluid flowing through said horizontal tube at a distance x 0 from said upstream end; and, wall shear stress determining means for determining wall shear stress at a boundary between said flowing fluid and an inner surface of said horizontal tube; characterised in that it comprises a density measurement subsystem, said density measurement subsystem comprising: a vertical tube of internal radius r V in fluid connection with said horizontal tube, wherein r V > r H; a first pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 1; and, a second pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 2 downstream from y 1 and displaced vertically from y 1 by a distance Δ h. a vertical tube of internal radius r V in fluid connection with said horizontal tube, wherein r V > r H; a first pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 1; and, a second pressure sensor configured to measure pressure of said test fluid within said vertical tube at a location y 2 downstream from y 1 and displaced vertically from y 1 by a distance Δ h.
Reversible electric machine comprising: - a first electric device provided with a first rotor cooperating with a first stator, - a second electric device comprising a second rotor cooperating with a second stator, - a first coupling means disengageable so as to enable said first and second rotors (12,22) to be associated or dissociated in rotation and - an output shaft, characterised in that said reversible electric machine comprises a second coupling means disengageable under a first predetermined force and mechanically connecting said second rotor to said output shaft, said first electric device being a motor transmitting mechanical power to said output shaft and said second electric device being a motor-generator transmitting in motor mode additional mechanical power to said output shaft and receiving in generator mode mechanical power from said output shaft. - a first electric device provided with a first rotor cooperating with a first stator, - a second electric device comprising a second rotor cooperating with a second stator, - a first coupling means disengageable so as to enable said first and second rotors (12,22) to be associated or dissociated in rotation and - an output shaft,
A preparation method of an organic light-emitting diode, comprising: forming a first layer and a second layer adjacent to each other, whereby the second layer is laminated on the first layer, forming an interface between the first layer and the second layer, and performing an annealing process thereon, so that the interface between the first layer and the second layer and a surface of the second layer farther away from the first layer form a fold morphology, a vitrification transition temperature of the first layer being less than a vitrification transition temperature of the second layer, and a thermal expansion coefficient of the first layer being greater than a thermal expansion coefficient of the second layer, characterized in that a difference value between the vitrification transition temperature of the first layer and the vitrification transition temperature of the second layer is greater than 50 °C; that an annealing temperature of the annealing process is 8 °C to 40 °C higher than the vitrification transition temperature of the first layer; and that at an annealing temperature of the annealing process, a ratio of the thermal expansion coefficient of the first layer to the thermal expansion coefficient of the second layer is greater than 2. forming a first layer and a second layer adjacent to each other, whereby the second layer is laminated on the first layer, forming an interface between the first layer and the second layer, and performing an annealing process thereon, so that the interface between the first layer and the second layer and a surface of the second layer farther away from the first layer form a fold morphology, a vitrification transition temperature of the first layer being less than a vitrification transition temperature of the second layer, and a thermal expansion coefficient of the first layer being greater than a thermal expansion coefficient of the second layer, characterized in that a difference value between the vitrification transition temperature of the first layer and the vitrification transition temperature of the second layer is greater than 50 °C; that an annealing temperature of the annealing process is 8 °C to 40 °C higher than the vitrification transition temperature of the first layer; and that at an annealing temperature of the annealing process, a ratio of the thermal expansion coefficient of the first layer to the thermal expansion coefficient of the second layer is greater than 2.
A composite component, comprising: a first cover layer comprising a first fabric; a second cover layer comprising a second fabric, wherein the first fabric and the second fabric define a warp direction and a weft direction; several tapes arranged between the two cover layers (102, 112) along the warp direction and connected in a form-fit manner to the respective fabric (102g, 112g) of the first cover layer and the second cover layer, wherein each of the several tapes is kinked several times and wherein the kink edges extend obliquely to the warp direction and/or obliquely to the weft direction. a first cover layer comprising a first fabric; a second cover layer comprising a second fabric, wherein the first fabric and the second fabric define a warp direction and a weft direction; several tapes arranged between the two cover layers (102, 112) along the warp direction and connected in a form-fit manner to the respective fabric (102g, 112g) of the first cover layer and the second cover layer, wherein each of the several tapes is kinked several times and wherein the kink edges extend obliquely to the warp direction and/or obliquely to the weft direction.
A latch assembly (280; 282) for a switchable rocker arm, comprising: a latch bore comprising a first bore end, a second bore end, and a lost motion gap; a latch pin configured to reciprocate in the latch bore, the latch pin comprising a main body comprising a first plug end in the first bore end, a second plug end in the second bore end, and a clearance between the first plug end and the second plug end, wherein the latch pin is configured to selectively move in the latch bore between an activated position and a deactivated position, wherein, when the latch pin is in the activated position, one of the first plug end and the second plug end is positioned in the lost motion gap, and wherein, when the latch pin is in the deactivated position, the clearance is in the lost motion gap; a key in the latch bore, the key configured to guide the latch pin in the latch bore, wherein the key comprises a post, wherein the latch pin comprises a slot, and wherein the key guides the latch pin via the slot, and wherein the latch bore is configured to receive hydraulic control in both of the first bore end and the second bore end to move the latch pin. a latch bore comprising a first bore end, a second bore end, and a lost motion gap; a latch pin configured to reciprocate in the latch bore, the latch pin comprising a main body comprising a first plug end in the first bore end, a second plug end in the second bore end, and a clearance between the first plug end and the second plug end, wherein the latch pin is configured to selectively move in the latch bore between an activated position and a deactivated position, wherein, when the latch pin is in the activated position, one of the first plug end and the second plug end is positioned in the lost motion gap, and wherein, when the latch pin is in the deactivated position, the clearance is in the lost motion gap; a key in the latch bore, the key configured to guide the latch pin in the latch bore, wherein the key comprises a post, wherein the latch pin comprises a slot, and wherein the key guides the latch pin via the slot, and wherein the latch bore is configured to receive hydraulic control in both of the first bore end and the second bore end to move the latch pin.
A media guidance system comprising: a data store (412, 954) configured to store audio asset information associated with a plurality of known audio assets, and a server configured to: i) receive a plurality of requests to identify an audio asset embedded within a video program from a first plurality of users, wherein audio asset information for each of the plurality of audio assets includes a title and ii) store an indication of the embedded audio asset within the data store (412, 954), which is a remote data store, characterized in that the server is further configured to: iii) monitor a plurality of user equipment data stores, iv) identify audio asset information, associated with the plurality of known audio assets, that is stored in the data store and is not stored in the plurality of user equipment data stores, v) provide the audio asset information stored in the data store that is not stored in the plurality of user equipment data stores to the plurality of user equipment data stores, and vi) in response to determining that the number of users within the first plurality of users matches a predetermined threshold number of users for determining popularity, provide the audio asset information associated with the embedded audio asset to a second plurality of users viewing the video program who have not requested to identify the embedded audio asset when the embedded audio asset starts playing in the video program. a data store (412, 954) configured to store audio asset information associated with a plurality of known audio assets, and a server configured to: i) receive a plurality of requests to identify an audio asset embedded within a video program from a first plurality of users, wherein audio asset information for each of the plurality of audio assets includes a title and ii) store an indication of the embedded audio asset within the data store (412, 954), which is a remote data store, characterized in that the server is further configured to: iii) monitor a plurality of user equipment data stores, iv) identify audio asset information, associated with the plurality of known audio assets, that is stored in the data store and is not stored in the plurality of user equipment data stores, v) provide the audio asset information stored in the data store that is not stored in the plurality of user equipment data stores to the plurality of user equipment data stores, and vi) in response to determining that the number of users within the first plurality of users matches a predetermined threshold number of users for determining popularity, provide the audio asset information associated with the embedded audio asset to a second plurality of users viewing the video program who have not requested to identify the embedded audio asset when the embedded audio asset starts playing in the video program.
Device for managing data buffers in a memory space distributed over a plurality of memory elements, the memory space being able to be allocated by memory pages, each buffer comprising one or more memory pages, the buffers being able to be used by at least one processing unit for the execution of an application, the application being executed by a plurality of processing units executing tasks in parallel, the memory elements being accessible in parallel by the processing units, the device comprising means for allocating buffers to the tasks during the execution of the application and means for managing access rights to the buffers, the device being characterised in that the means for allocating buffers are capable of allocating buffers to the tasks in accordance with the fill state of the buffers, and in that the means for managing access rights to the buffers include means for managing access rights to the pages in a given buffer, verifying that writing to a given page does not modify data currently being read from said page or that reading from a given page does not access data currently being written to said page, in order to share said buffer between unsynchronised tasks.
Uncoupling mat comprising a flexible plastic layer made of a film-like plastic with a structuring that defines on the first side, which in the correctly laid state of the uncoupling mat forms the upper side, indentations provided with undercuts, which indentations are made in the form of channels, form a grid-like arrangement and have a cross-section which is adapted to the diameter of a cable, in particular a heating cable, such that the cable can be held in a clamping manner in the indentations, and cavities arranged between the indentations on the opposite side, and a fleece or fabric securely connected to the second side and covering the cavities, characterised in that the plastic layer is provided with a plurality of weakening zones extending in the middle of indentations in the longitudinal and transverse direction of the uncoupling mat in a straight line and continuously between opposite side edges of the plastic layer and by which the plastic layer is structurally given an additional possibility of movement essentially transversely to the direction in which the weakening zones extend.
A machine-implemented method for evolving a trusted pattern from a pattern source using a set of images collected from a pattern-under-test, the method comprising: a) defining, during a trusted registration mode in which an initial trusted template is defined and stored in memory, a set of two or more evolvable image seeds (310 1, 310 2, 310 3, 310 N) identified from two or more images of a portion of the trusted pattern; b) defining the set of two or more evolvable image seeds as template elements of the initial trusted template; c) applying, during a semi-trusted registration mode in which images of a portion of a pattern-under-test are collected and are evaluated against the initial trusted template, a quality metric to choose which evolvable image seeds to evolve from the set of evolvable image seeds; and d) evolving the chosen evolvable image seeds by adding matching or correlating images of the collected images to each evolvable image seed, thereby producing a built-out evolved image seed comprising the evolvable image seed and the added matching or correlating images; wherein an evolved image seed includes an image of a portion of the trusted pattern and the quality metric for an evolved image seed includes an image size for a portion of the trusted pattern that is represented by that evolved image seed. a) defining, during a trusted registration mode in which an initial trusted template is defined and stored in memory, a set of two or more evolvable image seeds (310 1, 310 2, 310 3, 310 N) identified from two or more images of a portion of the trusted pattern; b) defining the set of two or more evolvable image seeds as template elements of the initial trusted template; c) applying, during a semi-trusted registration mode in which images of a portion of a pattern-under-test are collected and are evaluated against the initial trusted template, a quality metric to choose which evolvable image seeds to evolve from the set of evolvable image seeds; and d) evolving the chosen evolvable image seeds by adding matching or correlating images of the collected images to each evolvable image seed, thereby producing a built-out evolved image seed comprising the evolvable image seed and the added matching or correlating images;
A glass panel unit comprising: a first glass panel; a second glass panel placed opposite the first glass panel; a seal with a rectangular frame shape hermetically bonding the first glass panel and the second glass panel to each other; an evacuated space enclosed by the first glass panel, the second glass panel, and the seal; and at least one spacer placed between the first glass panel and the second glass panel, the seal enclosing the evacuated space completely, the at least one spacer containing polyimide represented by following chemical formula: wherein in the chemical formula R1 represents an organic group containing at least one aromatic ring, R2 represents an organic group, and n represents an integer equal to or larger than one, wherein the organic group represented by R2 in the chemical formula includes a diphenylether structure. a first glass panel; a second glass panel placed opposite the first glass panel; a seal with a rectangular frame shape hermetically bonding the first glass panel and the second glass panel to each other; an evacuated space enclosed by the first glass panel, the second glass panel, and the seal; and at least one spacer placed between the first glass panel and the second glass panel, the seal enclosing the evacuated space completely, the at least one spacer containing polyimide represented by following chemical formula: wherein in the chemical formula R1 represents an organic group containing at least one aromatic ring, R2 represents an organic group, and n represents an integer equal to or larger than one, wherein the organic group represented by R2 in the chemical formula includes a diphenylether structure.
A method of causing a vehicle which is self-propelled to move into a docking area which is a quadrilateral area and has an entrance on one side of the quadrilateral area, said method comprising: obtaining, by using a docking point obtainment unit, a first point, a second point, a third point, and a fourth point which indicate positions of four corners of the docking area and are represented in relative coordinates with respect to a position of the vehicle, the first point and the second point being located on an entrance side of the docking area, and the third point and the fourth point being located on a rear side of the docking area; obtaining, by using a reference distance detection unit, a reference distance indicating a distance between the vehicle and the docking area; and characterized in that the method further comprising controlling, by using a movement control unit, movement of the vehicle moving to the docking area, based on the first point and the second point when the reference distance is equal to or longer than a first correction distance, and based on at least the third point and the fourth point when the reference distance is shorter than the first correction distance. obtaining, by using a docking point obtainment unit, a first point, a second point, a third point, and a fourth point which indicate positions of four corners of the docking area and are represented in relative coordinates with respect to a position of the vehicle, the first point and the second point being located on an entrance side of the docking area, and the third point and the fourth point being located on a rear side of the docking area; obtaining, by using a reference distance detection unit, a reference distance indicating a distance between the vehicle and the docking area; and characterized in that the method further comprising controlling, by using a movement control unit, movement of the vehicle moving to the docking area, based on the first point and the second point when the reference distance is equal to or longer than a first correction distance, and based on at least the third point and the fourth point when the reference distance is shorter than the first correction distance.
A verification method for distinguishing a man from a machine, comprising: generating at least three random points on a verification interface and connecting all random points in turn with straight line segments as a preset trajectory; displaying the preset trajectory on the verification interface and specifying a starting point and a finishing point; S1: receiving trajectory information input by a terminal; S2: comparing the trajectory information with the preset trajectory; S3: judging whether verification passes at least from dimensionality of a comparison result of the trajectory information and the preset trajectory, wherein the preset trajectory is generated randomly, and is a bent line consisting of at least two line segments. generating at least three random points on a verification interface and connecting all random points in turn with straight line segments as a preset trajectory; displaying the preset trajectory on the verification interface and specifying a starting point and a finishing point; S1: receiving trajectory information input by a terminal; S2: comparing the trajectory information with the preset trajectory; S3: judging whether verification passes at least from dimensionality of a comparison result of the trajectory information and the preset trajectory, wherein the preset trajectory is generated randomly, and is a bent line consisting of at least two line segments.