mhurhangee/ep-ind-claims huggingface dataset:
A method for tracking an object, the method comprising: counting a number of access requests to the object, wherein the object comprises one or more address ranges; associating a tag with the object, wherein the tag is associated with a memory address in the one or more address ranges of the object; adding the tag into a translation lookaside buffer entry associated with the memory address, wherein the translation lookaside buffer entry also includes an address translation associated with the memory address; in response to the number of access requests exceeding a predetermined threshold, adding a separate table entry in an object tracking table for each address range of the one or more address ranges of the object and the associated tag, wherein the table entry in the object tracking table maintains a plurality of object statistics for a plurality of memory events; updating an object statistic for an occurrence of an associated memory event; and providing the plurality of memory object statistics to a user entity to optimize memory utilization decisions. counting a number of access requests to the object, wherein the object comprises one or more address ranges; associating a tag with the object, wherein the tag is associated with a memory address in the one or more address ranges of the object; adding the tag into a translation lookaside buffer entry associated with the memory address, wherein the translation lookaside buffer entry also includes an address translation associated with the memory address; in response to the number of access requests exceeding a predetermined threshold, adding a separate table entry in an object tracking table for each address range of the one or more address ranges of the object and the associated tag, wherein the table entry in the object tracking table maintains a plurality of object statistics for a plurality of memory events; updating an object statistic for an occurrence of an associated memory event; and providing the plurality of memory object statistics to a user entity to optimize memory utilization decisions.
A composite trailing edge control surface comprising: a contiguous one-piece composite control surface skin receiving fastener apertures and hinge fitting access apertures there-through; a plurality of stiffening cores bonded to the contiguous one-piece composite control surface skin; a plurality of hinge fittings fastened to the contiguous one-piece composite control surface skin; and a plurality of substantially parallel ribs fastened to the contiguous one-piece composite control surface skin, wherein each hinge fitting is disposed proximate the respective hinge fitting access apertures and is connected to the contiguous one-piece composite control surface skin via the fastener apertures proximate the hinge fitting access apertures, wherein the contiguous one-piece composite control surface skin is enclosed around the plurality of stiffening cores, and wrapped and glued with one end around the plurality of hinge fittings and the plurality of substantially parallel ribs onto another end, wherein the contiguous one-piece composite control surface skin provides a control surface on opposing sides of the trailing edge control surface and is configured to substantially distribute bending, shear and torsion loads of the trailing edge control surface to the plurality of hinge fittings and the plurality of substantially parallel ribs. a contiguous one-piece composite control surface skin receiving fastener apertures and hinge fitting access apertures there-through; a plurality of stiffening cores bonded to the contiguous one-piece composite control surface skin; a plurality of hinge fittings fastened to the contiguous one-piece composite control surface skin; and a plurality of substantially parallel ribs fastened to the contiguous one-piece composite control surface skin, wherein each hinge fitting is disposed proximate the respective hinge fitting access apertures and is connected to the contiguous one-piece composite control surface skin via the fastener apertures proximate the hinge fitting access apertures, wherein the contiguous one-piece composite control surface skin is enclosed around the plurality of stiffening cores, and wrapped and glued with one end around the plurality of hinge fittings and the plurality of substantially parallel ribs onto another end, wherein the contiguous one-piece composite control surface skin provides a control surface on opposing sides of the trailing edge control surface and is configured to substantially distribute bending, shear and torsion loads of the trailing edge control surface to the plurality of hinge fittings and the plurality of substantially parallel ribs.
A cooking oven with an oven cavity and a cooling channel, wherein: - the oven cavity includes at least one cavity opening, - the cooling channel includes at least one guiding channel, - the cavity opening is connected to the guiding channel, - the cavity opening is surrounded by a first structure, - the guiding channel is surrounded by a second structure, and - the first structure and the second structure are formed complementary to each other, wherein complementary first structure and second structure provide a mechanical sealing between the cavity opening and the guiding channel, characterized in that the first structure is embossed around the cavity opening into the top wall of the cavity or that the first structure is formed as shape part attached to the top wall of the cavity. - the oven cavity includes at least one cavity opening, - the cooling channel includes at least one guiding channel, - the cavity opening is connected to the guiding channel, - the cavity opening is surrounded by a first structure, - the guiding channel is surrounded by a second structure, and - the first structure and the second structure are formed complementary to each other, wherein complementary first structure and second structure provide a mechanical sealing between the cavity opening and the guiding channel, characterized in that the first structure is embossed around the cavity opening into the top wall of the cavity or that the first structure is formed as shape part attached to the top wall of the cavity.
A method to be executed in a computing device for location determination in networked communication systems, the method comprising: determining a local use ratio, L/R, for a target client device, the L/R being a total time spent logged in for local users divided by a total time spent logged in by remote users; if the L/R is above a first threshold and if the target client device is a multi-user device, determining a peak to mean usage ratio, P/M, for the distribution of local users of the target client device; and if the P/M is above a second threshold: setting a peak user as a primary user for the target client device and assigning a confidence level based on the P/M; retrieving physical location information for the primary user of the target client device from a directory service; and providing the physical location information and the confidence level to a location-based service. determining a local use ratio, L/R, for a target client device, the L/R being a total time spent logged in for local users divided by a total time spent logged in by remote users; if the L/R is above a first threshold and if the target client device is a multi-user device, determining a peak to mean usage ratio, P/M, for the distribution of local users of the target client device; and if the P/M is above a second threshold: setting a peak user as a primary user for the target client device and assigning a confidence level based on the P/M; retrieving physical location information for the primary user of the target client device from a directory service; and providing the physical location information and the confidence level to a location-based service. setting a peak user as a primary user for the target client device and assigning a confidence level based on the P/M; retrieving physical location information for the primary user of the target client device from a directory service; and providing the physical location information and the confidence level to a location-based service.
An electric device, comprising: a core comprising a center section and two outer sections (106, 108); and a high current winding including a plurality of half-turn coils connected in parallel between a first high current terminal and a second high current terminal, each of the plurality of half-turn coils wound around a fraction of the center section of the core, wherein each of the plurality of half-turn coils forms a loop around one of the two outer sections along with the first high current terminal and the second high current terminal; and a low current winding including a plurality of full-turn coils connected in series between a first low current terminal and a second low current terminal, each of the plurality of full-turn coils wound around the center section of the core substantially fully; wherein the plurality of half-turn coils of the high current winding are interleaved with the plurality of full-turn coils of the low current winding. a core comprising a center section and two outer sections (106, 108); and a high current winding including a plurality of half-turn coils connected in parallel between a first high current terminal and a second high current terminal, each of the plurality of half-turn coils wound around a fraction of the center section of the core, wherein each of the plurality of half-turn coils forms a loop around one of the two outer sections along with the first high current terminal and the second high current terminal; and a low current winding including a plurality of full-turn coils connected in series between a first low current terminal and a second low current terminal, each of the plurality of full-turn coils wound around the center section of the core substantially fully; wherein the plurality of half-turn coils of the high current winding are interleaved with the plurality of full-turn coils of the low current winding.
A switch assembly for an ultrasonic surgical instrument including a handle housing configured to be supported in one hand, the switch assembly comprising a button assembly movably supported by the handle housing for selective axial and pivotal travel relative to a right switch contact, a central switch contact and a left switch contact such that axial movement of the button assembly in a first direction causes the button assembly to actuate the central switch contact and pivotal movement of the button assembly in a first pivotal direction causes the button assembly to actuate the left switch contact and pivotal movement of the button assembly in a second pivotal direction causes the button assembly to actuate the right switch contact.
Mangle-type ironing machine comprising a carrier frame, a recessed shell, which is movably arranged in the frame, and a roller for forming a shell-shaped smoothing chamber for textiles between the roller casing and the recessed shell, which roller is horizontally and movably arranged in a recessed region, the recessed shell being provided with a heating device or interacting with a heating device, the recessed shell being movable towards the roller or away from the roller by means of at least one actuator, the input region for feeding the textiles into the smoothing chamber being arranged in the upper region of the ironing machine, an output region for the textiles from the smoothing chamber being provided in the rear region of the recessed shell, the recessed shell being movably guided in the carrier frame (2, 2a, 2b) and at least one air bellow (10, 10a, 10b, 10c) being provided as an actuator for moving the recessed shell, characterised in that the air bellow (10, 10a, 10b, 10c) is arranged on the carrier frame in the region between the lateral ends of the recessed shell, and a retaining means for floatingly connecting the recessed shell to the air bellow (10, 10a, 10b, 10c) is mounted on the outside of the recessed shell, a movement transverse to the travelling direction caused by the air bellows being made possible by the floating connection.
A method for predicting the sensitivity of a patient suffering from a cancer disease to DNA methylation inhibitor therapy, which comprises determining in vitro in cancer cells taken from the patient and comparing with values for parent type of cells - the level of expression of BRD4, wherein the decrease in expression determines resistance, optionally in combination with one or more or all of the further genes selected from the group comprising: Gene Change in expression determining resistance ASH1L increase ATAD2 decrease BAZ1B decrease BAZ2A increase BAZ2B decrease BRD1 decrease BRD2 increase BRD3 increase BRD7 decrease BRD8 decrease BRWD1 increase CECR2 increase CREBBP increase EP300 increase KAT2A increase KAT2B increase KMT2A increase SMARCA2 increase SP100 increase SP110 increase TRIM66 decrease ZMYND8 decrease ZMYND11 decrease - the level of expression of BRD4, wherein the decrease in expression determines resistance, optionally in combination with one or more or all of the further genes selected from the group comprising: Gene Change in expression determining resistance ASH1L increase ATAD2 decrease BAZ1B decrease BAZ2A increase BAZ2B decrease BRD1 decrease BRD2 increase BRD3 increase BRD7 decrease BRD8 decrease BRWD1 increase CECR2 increase CREBBP increase EP300 increase KAT2A increase KAT2B increase KMT2A increase SMARCA2 increase SP100 increase SP110 increase TRIM66 decrease ZMYND8 decrease ZMYND11 decrease
Method for generating an inductive reactive power (Q IND) for a public grid by means of an electrical consumer apparatus, in which, in a first operating mode of the electrical consumer apparatus, an AC current of the public grid is transformed by means of a transformer device, and the transformed AC current is provided for an electrical consumer of the electrical consumer apparatus, wherein, in a second operating mode of the electrical consumer apparatus that is different to the first operating mode, the transformer device is short-circuited in a phase-controlled manner by means of a switching device of the electrical consumer apparatus, wherein the switching device is phase-controlled in such a way that the inductive reactive power (Q IND) is generated by means of the transformed AC current for the public grid by means of the switching device depending on a phase gating angle of the phase control of the switching device, characterized in that the inductive reactive power (Q IND) is additionally controlled by means of a tap changer of the transformer device.
A selective Organic Cation Transporter 2 inhibitor for use in a method for reducing platinum drug-induced neurotoxicity in a subject in need thereof, the method comprising administering to the subject a platinum drug that is oxaliplatin; and administering to the subject an effective dose of the selective OCT2 inhibitor, wherein the subject has colorectal cancer or liver cancer; and wherein the selective OCT2 inhibitor is selected from the group consisting of buflomedil, a buflomedil salt, dolutegravir, and a dolutegravir salt.
A peptide, a pharmaceutical salt thereof or an active metabolite thereof, wherein said peptide is selected from: a) a peptide of sequence SEQ ID NO:8:; and b) a peptide of sequence SEQ ID NO:9:; and wherein the active metabolite is characterized by lacking 1 amino acid in the N-terminal region and/or from 1 to 3 amino acids of the C-terminal region. a) a peptide of sequence SEQ ID NO:8:; and b) a peptide of sequence SEQ ID NO:9:; and wherein the active metabolite is characterized by lacking 1 amino acid in the N-terminal region and/or from 1 to 3 amino acids of the C-terminal region.
A method for adjusting playing progress of a media file, comprising: receiving a progress adjusting rule setting operation inputted by the user, wherein the progress adjusting rule setting operation carries at least one progress adjusting rule customized by the user; storing the progress adjusting rule customized by the user into a terminal device locally; acquiring a first operation made by a user with respect to a progress bar of the media file; judging whether the first operation satisfies a preset operation condition, the judging comprising determining whether the first operation is an operation whereby the user drags the progress bar to a first point and then slowly drags the progress bar in the same direction without releasing the progress bar at the first point; when the first operation satisfies the preset operation condition, determining a progress adjusting rule corresponding to the preset operation condition; and determining a playing progress point of the media file according to the progress adjusting rule and a second operation made by the user with respect to the progress bar of the media file, the second operation comprising the user dragging the progress bar in the same direction from the first point to a second point. receiving a progress adjusting rule setting operation inputted by the user, wherein the progress adjusting rule setting operation carries at least one progress adjusting rule customized by the user; storing the progress adjusting rule customized by the user into a terminal device locally; acquiring a first operation made by a user with respect to a progress bar of the media file; judging whether the first operation satisfies a preset operation condition, the judging comprising determining whether the first operation is an operation whereby the user drags the progress bar to a first point and then slowly drags the progress bar in the same direction without releasing the progress bar at the first point; when the first operation satisfies the preset operation condition, determining a progress adjusting rule corresponding to the preset operation condition; and determining a playing progress point of the media file according to the progress adjusting rule and a second operation made by the user with respect to the progress bar of the media file, the second operation comprising the user dragging the progress bar in the same direction from the first point to a second point.
A suture anchor assembly comprising: a suture anchor comprising a body, the body having a path for threading a suture therethrough; and a suture threader configured to be received within the body through the path, the suture threader comprising an elongated tube having an open first end outside of the body adapted to receive and hold suture therein to allow the suture to be pulled through the path via the tube to the load the suture into the body; characterised by a clamp (322, 324) about the first end of the elongated tube to compress the first end and hold the suture therein. a suture anchor comprising a body, the body having a path for threading a suture therethrough; and a suture threader configured to be received within the body through the path, the suture threader comprising an elongated tube having an open first end outside of the body adapted to receive and hold suture therein to allow the suture to be pulled through the path via the tube to the load the suture into the body; characterised by a clamp (322, 324) about the first end of the elongated tube to compress the first end and hold the suture therein.
A selection device comprising: an acquisition part configured to acquire a first digital selection signal; a conversion table circuit configured to obtain a second digital selection signal by a conversion table, the conversion table being selected among a plurality of conversion tables by a sequencer; and an output part configured to output a selection signal to each of a plurality of unit cells, the selection signal being output according to the second digital selection signal, the output part being able to be instructed to output a value 0 as the total of a value of outputs instructed by the selection signal output to each of the plurality of unit cells; wherein the output part is further configured to instruct by the means of the selection signal an output of a value corresponding to the selection signal to the unit cell; the total of the value of outputs instructed by the output part by the means of the selection signal output to each of the plurality of unit cells being a value determined according to the first digital selection signal; the output part is further configured to, when the total of the value of the output of the plurality of unit cells corresponding to the first digital selection signal is a value 0, output the same number of selection signals which instruct outputs of value N which is not a value 0 than the number of selection signals which instruct outputs of value -N in time series with a time average of the output of the plurality of unit cells of a value 0. an acquisition part configured to acquire a first digital selection signal; a conversion table circuit configured to obtain a second digital selection signal by a conversion table, the conversion table being selected among a plurality of conversion tables by a sequencer; and an output part configured to output a selection signal to each of a plurality of unit cells, the selection signal being output according to the second digital selection signal, the output part being able to be instructed to output a value 0 as the total of a value of outputs instructed by the selection signal output to each of the plurality of unit cells; wherein the output part is further configured to instruct by the means of the selection signal an output of a value corresponding to the selection signal to the unit cell; the total of the value of outputs instructed by the output part by the means of the selection signal output to each of the plurality of unit cells being a value determined according to the first digital selection signal; the output part is further configured to, when the total of the value of the output of the plurality of unit cells corresponding to the first digital selection signal is a value 0, output the same number of selection signals which instruct outputs of value N which is not a value 0 than the number of selection signals which instruct outputs of value -N in time series with a time average of the output of the plurality of unit cells of a value 0.