mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for the identification of epilepsy patients who are candidates for surgery by utilizing data extracted from clinical notes of an epilepsy patient to classify the patient's epilepsy as either "intractable" or "non-intractable", the method comprising: receiving, by a computing device, a set of data consisting of n-grams extracted from a corpus of clinical text of the epilepsy patient; classifying the data into one of two bins consisting of "intractable epilepsy" or "non-intractable epilepsy" by applying by a computer implemented method comprising a classifier selected from the group consisting of a pre-trained support vector machine (SVM), a log-likelihood ratio, Bayes factor, or Kullback-Leibler Divergence, wherein the classifier is trained on a training set consisting of two sets of n-grams extracted from two corpora of clinical text, a first corpus consisting of clinical text from a population of epilepsy patients that were referred for surgery and a second corpus consisting of clinical text from a population of epilepsy patients that were never referred for surgery; and outputting the result of the classification of the data as the classification of the patient's epilepsy as either "intractable" or "non-intractable", wherein a classification of "intractable" identifies the patient as a candidate for surgery. receiving, by a computing device, a set of data consisting of n-grams extracted from a corpus of clinical text of the epilepsy patient; classifying the data into one of two bins consisting of "intractable epilepsy" or "non-intractable epilepsy" by applying by a computer implemented method comprising a classifier selected from the group consisting of a pre-trained support vector machine (SVM), a log-likelihood ratio, Bayes factor, or Kullback-Leibler Divergence, wherein the classifier is trained on a training set consisting of two sets of n-grams extracted from two corpora of clinical text, a first corpus consisting of clinical text from a population of epilepsy patients that were referred for surgery and a second corpus consisting of clinical text from a population of epilepsy patients that were never referred for surgery; and outputting the result of the classification of the data as the classification of the patient's epilepsy as either "intractable" or "non-intractable", wherein a classification of "intractable" identifies the patient as a candidate for surgery.
A gas turbine engine component , comprising: a first wall section (82; 182); a second wall section (84; 84) spaced from said first wall section (82; 82) and a lattice structure that includes: a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section , and a working medium of said heat transfer device (90; 90) moves between said evaporation section and said condenser section in response to absorbing or releasing heat, wherein locations of said evaporation section and said condenser section vary based on localized temperatures of the component . a first wall section (82; 182); a second wall section (84; 84) spaced from said first wall section (82; 82) and a lattice structure that includes: a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section , and a plurality of branches (86; 94) between said first wall section (82; 82) and said second wall section (84; 84); passages (88; 196) that extend between said adjacent branches (86; 194) of said plurality of branches (86; 194); characterized in that a heat transfer device (90; 90) is disposed between adjacent branches (86;194) of said plurality of branches (86; 194), wherein said heat transfer device (90; 90) is located within one of said passages (88; 196, 97), and said heat transfer device (90; 90) includes an evaporation section and a condenser section , and a working medium of said heat transfer device (90; 90) moves between said evaporation section and said condenser section in response to absorbing or releasing heat, wherein locations of said evaporation section and said condenser section vary based on localized temperatures of the component .
Coil assembly comprising an electric coiling included in an overmold , the coiling being suitable to drive the control valve of a fuel injector , the coil assembly having a generally elongated revolution-generated cylindrical shape extending along a longitudinal axis (L) from a transverse lower face , suitable for cooperating with a magnetic core , as far as an upper end from which electric connection wires for the coiling extend, the coil assembly being provided with a longitudinal bore opening into the lower face thereof and extending in the middle of the coiling as far as a distant bottom , the bore being suitable for receiving a spring compressed between said bottom and said magnetic core , the coil assembly further comprising an adjusting member for the setting of the spring , said member being suitable to be moved from outside the injector, said movement being transformed into a compression of the spring along the longitudinal axis and wherein the adjusting member extends along an adjusting axis and comprises a fixed part fixed in the middle of the overmold , and a deformable part arranged such as to block the bottom of the longitudinal bore and cooperate with said spring in order to adjust the setting thereof, wherein said deformable part can be deformed along the longitudinal axis (L) through an action produced from outside the coil assembly , characterized in that the adjusting member is arranged in an adjusting bore extending radially into the overmold along an adjusting axis substantially perpendicular to the longitudinal axis (L), the radial adjusting bore opening into the external side face of the overmold such that an adjusting tool can be engaged therein in order to act upon the deformable part of the adjusting member and thus adjust the setting of the spring .
A sole structure for an article of footwear having an upper , the sole structure comprising: an outsole defining a ground-contacting surface; a midsole disposed between the outsole and the upper ; a plate attached to the midsole and defining a recess extending in a direction away from the outsole and toward the upper , the recess extending from a medial side of the sole structure to a lateral side of the sole structure and including a first retainer disposed closer to one of the medial side and the lateral side than the other of the medial side and the lateral side; and a first cushion having a first portion received within the recess , the first portion engaging the first retainer to maintain a desired position of the first cushion relative to the plate . an outsole defining a ground-contacting surface; a midsole disposed between the outsole and the upper ; a plate attached to the midsole and defining a recess extending in a direction away from the outsole and toward the upper , the recess extending from a medial side of the sole structure to a lateral side of the sole structure and including a first retainer disposed closer to one of the medial side and the lateral side than the other of the medial side and the lateral side; and a first cushion having a first portion received within the recess , the first portion engaging the first retainer to maintain a desired position of the first cushion relative to the plate .
A method for manufacturing stretch fitted bed sheets or the like protective covers, wherein rectangular cloth pieces are cut off from a web material, each corner of the cloth pieces being placed on top of each other, the sections placed on top of each other being connected, spaced to the tip of the corner of the cloth piece, by a seam, and the tip protruding beyond the seam being removed, so that a cuboid-like sheet or cloth piece is formed, characterized by that it is an automated process wherein by a machine, - the cloth piece is held respectively in the region of a corner close to two border edges forming the corner at a distance from the corner corresponding to the web height of the cuboid-like sheet or cloth to be formed, at two holding points (2, 3; 6, 7), - the first holding point (2; 6) at the first border edge is displaced in parallel to the plane formed by the cloth, to the second holding point (3; 7) at the second border edge , together with the corresponding section of the cloth piece , - both holding points (2', 3; 6', 7) are held on top of each other, and thus a cloth tip shaped like a rectangular triangle is formed, the tip thereof opposed to the hypotenuse being formed by the holding points (2, 3; 6, 7), the first cathetus thereof forming an extension of the second border edge of the cloth piece , and the second cathetus thereof forming the section of the seam to be fitted and of the point of separation, - the cloth tip is provided with the seam along the second cathetus and is separated besides along the seam , - the thus completed cloth piece is released at the holding points (2, 3; 6, 7). - the cloth piece is held respectively in the region of a corner close to two border edges forming the corner at a distance from the corner corresponding to the web height of the cuboid-like sheet or cloth to be formed, at two holding points (2, 3; 6, 7), - the first holding point (2; 6) at the first border edge is displaced in parallel to the plane formed by the cloth, to the second holding point (3; 7) at the second border edge , together with the corresponding section of the cloth piece , - both holding points (2', 3; 6', 7) are held on top of each other, and thus a cloth tip shaped like a rectangular triangle is formed, the tip thereof opposed to the hypotenuse being formed by the holding points (2, 3; 6, 7), the first cathetus thereof forming an extension of the second border edge of the cloth piece , and the second cathetus thereof forming the section of the seam to be fitted and of the point of separation, - the cloth tip is provided with the seam along the second cathetus and is separated besides along the seam , - the thus completed cloth piece is released at the holding points (2, 3; 6, 7).
A method for adjusting a cutting angle for a header disposed on a self-propelled harvesting machine , preferably a combine harvester , wherein the header can be rotated about a longitudinal axis orientated in the direction of travel and is fixed against rotation in a transverse direction which is transverse to the direction of travel at a mounting angle on an inclined conveyor , wherein the header makes a cutting angle with the ground and the harvesting machine comprises at least one slope compensation device comprising at least one wheel positioning cylinder to compensate for the inclination of the slope, by means of which a machine housing of the harvesting machine is pivoted, and at least one lifting cylinder disposed between the machine housing and the inclined conveyor to pivot the inclined conveyor , wherein the slope compensation device is operated in a first control strategy (A) and in a further control strategy (B), wherein in the first control strategy (A), the slope compensation device is used to compensate for the inclination of the slope, and in the further control strategy (B) for adjusting the cutting angle , wherein the pressurization or decompression of the at least one wheel positioning cylinder in the further control strategy (B) causes a variation in the height of the header and a variation of the cutting angle and the further control strategy (B) adjusts the cutting angle independently of the cutting height or essentially independently of the cutting height by utilizing the slope compensation device , characterized in that the slope compensation device comprises the at least one wheel positioning cylinder and at least one portal gear and in that selection of the control strategy (A, B) is carried out automatically by means of a management and control device, wherein during automatic selection of the control strategy (A, B), the selection is carried out after inputting the cutting angle .
A self-propelled ground milling machine , comprising - a machine frame , an operator platform , a primary drive unit , a ground milling device with a milling drum arranged within a milling drum box and rotatable about a rotation axis (R), front and rear travel units, wherein at least one of the front and/or rear travel units is connected to the machine frame via a vertically adjustable lifting device; - wherein at least one hydraulic drive circuit is provided for driving at least one of the travel units and/or for driving a milled material conveyor, with at least one main hydraulic pump driven by the primary drive unit and at least one hydraulic motor driven by the main hydraulic pump in a closed hydraulic circuit,; characterized in that - the at least one hydraulic drive circuit has a separation and/or connection point upstream and downstream of the at least one hydraulic motor ; and - the ground milling machine has an emergency hydraulic pump which is part of a hydraulic emergency supply system; wherein the emergency supply system can be connected to the separation and/or connection point for emergency operation of the hydraulic motor such that hydraulic fluid can be conveyed by the emergency hydraulic pump in an open emergency hydraulic circuit to drive the at least one hydraulic motor while bypassing the main hydraulic pump . - a machine frame , an operator platform , a primary drive unit , a ground milling device with a milling drum arranged within a milling drum box and rotatable about a rotation axis (R), front and rear travel units, wherein at least one of the front and/or rear travel units is connected to the machine frame via a vertically adjustable lifting device; - wherein at least one hydraulic drive circuit is provided for driving at least one of the travel units and/or for driving a milled material conveyor, with at least one main hydraulic pump driven by the primary drive unit and at least one hydraulic motor driven by the main hydraulic pump in a closed hydraulic circuit,; characterized in that - the at least one hydraulic drive circuit has a separation and/or connection point upstream and downstream of the at least one hydraulic motor ; and - the ground milling machine has an emergency hydraulic pump which is part of a hydraulic emergency supply system;
An enzyme surfactant component for inclusion in a detergent composition that optimizes the cleaning ability of the enzyme comprising: an effective amount of protease; an amylase; one or more of sodium olefin sulfonate and/or sodium lauryl ether sulfate; one or more amphoteric surfactants, wherein said component is free of alkyl benzene sulfonate; and one or more branched nonionic surfactants. an effective amount of protease; an amylase; one or more of sodium olefin sulfonate and/or sodium lauryl ether sulfate; one or more amphoteric surfactants, wherein said component is free of alkyl benzene sulfonate; and one or more branched nonionic surfactants.
Strand of plastic having a first and a second end, wherein the two ends can be connected to one another such that a ring serving to enclose cables or lines is formed, wherein the strand , over its thickness, has a first, inner elastomer layer and a second elastomer layer atop the first, wherein the elastomer of the first elastomer layer is softer than the elastomer of the second elastomer layer , wherein the first elastomer layer has ribs or studs on an inner side, wherein the strand , over its thickness, has a third, outer elastomer layer , the elastomer of which is softer than the elastomer of the second elastomer layer , wherein, for the purpose of connecting the ends, the first end of the strand has a first elastomer connecting portion , which has a receiving opening , and the second end of the strand has a second elastomer connecting portion , which has a plug-in region that can be inserted into the receiving opening and wherein an inner face of the receiving opening is at partially provided by an elastomer coating which is harder than the rest of the first connecting portion , and an outer face of the plug-in region is at least partially provided by an elastomer coating which is harder than the rest of the second connecting portion . wherein the strand , over its thickness, has a first, inner elastomer layer and a second elastomer layer atop the first, wherein the elastomer of the first elastomer layer is softer than the elastomer of the second elastomer layer , wherein the first elastomer layer has ribs or studs on an inner side, wherein the strand , over its thickness, has a third, outer elastomer layer , the elastomer of which is softer than the elastomer of the second elastomer layer , wherein, for the purpose of connecting the ends, the first end of the strand has a first elastomer connecting portion , which has a receiving opening , and the second end of the strand has a second elastomer connecting portion , which has a plug-in region that can be inserted into the receiving opening and wherein an inner face of the receiving opening is at partially provided by an elastomer coating which is harder than the rest of the first connecting portion , and an outer face of the plug-in region is at least partially provided by an elastomer coating which is harder than the rest of the second connecting portion .
An induction heating type cooktop comprising: a case ; a cover plate coupled to a top of the case and having an upper plate that is configured to support a target object; a thin film disposed on at least one of a top of the upper plate or a bottom of the upper plate , characterised by a working coil provided in the case and configured to inductively heat the thin film ; a memory configured to store information on one or more correlations between a temperature of the thin film and a plurality of components of an equivalent circuit associated with the thin film , the plurality of components including an inductor component and a resistor component; and a controller configured to operate the working coil and determine estimated temperature information corresponding to the inductor component and the resistor component of the equivalent circuit, wherein the controller is configured to determine an estimated temperature associated with the determined estimated temperature information as a current temperature of the thin film based on the information on the one or more correlations. a case ; a cover plate coupled to a top of the case and having an upper plate that is configured to support a target object; a thin film disposed on at least one of a top of the upper plate or a bottom of the upper plate , characterised by a working coil provided in the case and configured to inductively heat the thin film ; a memory configured to store information on one or more correlations between a temperature of the thin film and a plurality of components of an equivalent circuit associated with the thin film , the plurality of components including an inductor component and a resistor component; and a controller configured to operate the working coil and determine estimated temperature information corresponding to the inductor component and the resistor component of the equivalent circuit, wherein the controller is configured to determine an estimated temperature associated with the determined estimated temperature information as a current temperature of the thin film based on the information on the one or more correlations.
A compound of the following formulae (V) or (I): wherein in formulae (V): P 1 is Bn; P 3 is CH 3 ; R 3 is H; R x is Br or R 2 -X-NR 1 -C(O)-; R 2 is 2,4-difluorophenyl; X is methylene; R 1 is H; and R 5 and R 6 are -CH 3 ; and, in formula (I): R is -CH(OH)(OCH 3 ); P 1 is -Bn; P 3 is -CH 3 ; R 3 is -H; and R x is Br or 2,4-difluorophenylmethylaminocarbonyl. P 1 is Bn; P 3 is CH 3 ; R 3 is H; R x is Br or R 2 -X-NR 1 -C(O)-; R 2 is 2,4-difluorophenyl; X is methylene; R 1 is H; and R 5 and R 6 are -CH 3 ; R is -CH(OH)(OCH 3 ); P 1 is -Bn; P 3 is -CH 3 ; R 3 is -H; and R x is Br or 2,4-difluorophenylmethylaminocarbonyl.
A method for adjusting a broadcast message queue carried out in a terminal, comprising: determining a target broadcast sender of each of a plurality of broadcast messages in a broadcast message queue, the plurality of broadcast messages being arranged in the broadcast message queue according to broadcast timings of the respective broadcast messages; making statistics on frequency information of identical broadcast messages sent by the target broadcast sender; and when the frequency information of the identical broadcast messages exceeds a predetermined threshold, deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue, wherein deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue comprises: retaining a predetermined number of broadcast messages, that enter the queue late in a queuing order, of the identical broadcast messages in the broadcast message queue, and removing the other broadcast messages, that are ahead of the predetermined number of broadcast messages, of the identical broadcast messages in the broadcast message queue. determining a target broadcast sender of each of a plurality of broadcast messages in a broadcast message queue, the plurality of broadcast messages being arranged in the broadcast message queue according to broadcast timings of the respective broadcast messages; making statistics on frequency information of identical broadcast messages sent by the target broadcast sender; and when the frequency information of the identical broadcast messages exceeds a predetermined threshold, deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue, wherein deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue comprises: retaining a predetermined number of broadcast messages, that enter the queue late in a queuing order, of the identical broadcast messages in the broadcast message queue, and removing the other broadcast messages, that are ahead of the predetermined number of broadcast messages, of the identical broadcast messages in the broadcast message queue.