mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: obtaining a series of thread dump samples by generating a separate thread dump during each particular time interval in a series of time interval; based on the series of thread dump samples, automatically generating a set of stack segment classifications based on divergences of intensities of stack frames within stack segments as indicated in the thread dump samples, each stack segment classification in the set representing a separate class of stack segments containing stack frames having the same intensity, the intensity providing a statistical measure of the number of invocations of a code block times the execution time of the code block; for each particular thread represented in the series of thread dump samples, automatically selecting, from the set of stack segment classifications, a particular stack segment classification for the particular thread based at least in part on a number of invocations of a code block in the particular stack segment multiplied by an execution time of the code block; determining, by measuring rates of change of resources, a trend for each stack segment classification in the set of stack segment classifications, thereby generating a set of trends, each trend in the set of trends representing a rate of change of a resource; determining a set of anomalies having forecast error residuals larger than a specified percentage of a moving average of forecast error residual deviations represented in the set of trends; and generating output based at least in part on the set of anomalies. obtaining a series of thread dump samples by generating a separate thread dump during each particular time interval in a series of time interval; based on the series of thread dump samples, automatically generating a set of stack segment classifications based on divergences of intensities of stack frames within stack segments as indicated in the thread dump samples, each stack segment classification in the set representing a separate class of stack segments containing stack frames having the same intensity, the intensity providing a statistical measure of the number of invocations of a code block times the execution time of the code block; for each particular thread represented in the series of thread dump samples, automatically selecting, from the set of stack segment classifications, a particular stack segment classification for the particular thread based at least in part on a number of invocations of a code block in the particular stack segment multiplied by an execution time of the code block; determining, by measuring rates of change of resources, a trend for each stack segment classification in the set of stack segment classifications, thereby generating a set of trends, each trend in the set of trends representing a rate of change of a resource; determining a set of anomalies having forecast error residuals larger than a specified percentage of a moving average of forecast error residual deviations represented in the set of trends; and generating output based at least in part on the set of anomalies.
A device for protecting an electrical installation, comprising a pair of input terminals (12, 14), an input line provided with two input conductors (16L, 16N) each connected to one of the input terminals (12, 14), at least one output line (18, 20, 22) connected to the input line, provided with two output conductors (18L, 18N, 20L, 20N, 22L, 22N) and able to supply a downstream electrical installation, an electronic breaking device comprising power switches (42, 44) based on semiconductor components connected in series between the input line and the output line (18, 20, 22), and a control unit able to control the electronic breaking device, the protection device comprises a plurality of output lines (18, 20, 22) connected in parallel to the input line, each output line (18, 20, 22) being provided with two output conductors (18L, 18N, 20L, 20N, 22L, 22N), an output current measuring device (24, 26, 28) and being able to supply a downstream electrical installation, the control unit also being able to receive a signal representative of an output current of each output line (18, 20, 22) measured by the output current measuring device (24, 26, 28) of this output line (18, 20, 22), and one of the output conductors (18L, 18N, 20L, 20N, 22L, 22N) of each output line (18, 20, 22) is provided with a switch (30, 32, 34) controllable by the control unit to switch the switch (30, 32, 34) between an open position and a closed position and vice versa, characterised in that the input line is provided with a voltage measuring device, the control unit also being able to receive a signal representative of a voltage measured by the voltage measuring device, the control unit is configured to determine whether the signal representative of the voltage corresponds to a voltage lower than a minimum correct operating voltage of the electronic switching device, or to a voltage higher than a maximum correct operating voltage of the electronic switching device, and the electronic breaking device and the switch (30, 32, 34) of each output line (18, 20, 22) are configured to open when a voltage lower than the minimum operating voltage of the electronic breaking device has been determined or when a voltage higher than the maximum operating voltage of the electronic breaking device has been determined. characterised in that the input line is provided with a voltage measuring device, the control unit also being able to receive a signal representative of a voltage measured by the voltage measuring device, the control unit is configured to determine whether the signal representative of the voltage corresponds to a voltage lower than a minimum correct operating voltage of the electronic switching device, or to a voltage higher than a maximum correct operating voltage of the electronic switching device, and the electronic breaking device and the switch (30, 32, 34) of each output line (18, 20, 22) are configured to open when a voltage lower than the minimum operating voltage of the electronic breaking device has been determined or when a voltage higher than the maximum operating voltage of the electronic breaking device has been determined.
A method for making a compound having the structure, the method comprising combining in an ether solvent the following compounds in any order: (i) (ii) and (iii) at least 2 molar equivalents of a metal salt of bis(trimethylsilyl)amide, [M +][N(SiMe 3) 2 -], wherein R 1 and R 2 are independently an unsubstituted or substituted alkyl, aryl, or alkenyl group; R 3 is hydrogen, or an unsubstituted or substituted alkyl, aryl, or alkenyl group, or a substituted silyl group; R 4A and R 4B are independently a hydrocarbyl group, or hydrogen; and M + is Li +, Na +, or K +. (i) (ii) and (iii) at least 2 molar equivalents of a metal salt of bis(trimethylsilyl)amide, [M +][N(SiMe 3) 2 -],
A method of generating common priority information for use in a next cycle to arbitrate between a plurality of requestors that share a plurality of computing resources of a computing system, the method comprising: generating, for each resource, priority information for the next cycle based on an arbitration scheme, the priority information indicating which of the plurality of requestors has priority in the next cycle; generating, for each resource, relevant priority information for the next cycle based on the priority information for the next cycle for that resource, the relevant priority information for a resource being the priority information that relates to requestors that requested access to the resource in a current cycle and were not granted access to the resource in the current cycle; and combining the relevant priority information for the next cycle for each resource to generate the common priority information for the next cycle. generating, for each resource, priority information for the next cycle based on an arbitration scheme, the priority information indicating which of the plurality of requestors has priority in the next cycle; generating, for each resource, relevant priority information for the next cycle based on the priority information for the next cycle for that resource, the relevant priority information for a resource being the priority information that relates to requestors that requested access to the resource in a current cycle and were not granted access to the resource in the current cycle; and combining the relevant priority information for the next cycle for each resource to generate the common priority information for the next cycle.
An anchoring and fixing implant constituted by a continuous thread with rectilinear portions and recurved portions, characterised in that it comprises: a) a central recurved portion forming a sealing winding of at least substantially 1.5 turns, b) on either side and in extension of said central portion, a set of two rectilinear portions (3,4), specifically an intermediate portion (5,6) and an end portion (7, 8), connected to one another by a bent portion (9,10) at an angle (α) of the order of 30° to 90° and in that the rectilinear end portions (7, 8) are oriented divergently so as to make an angle (β) of the order of 60° to 180° between them, and in that the continuous thread is made of shape-memory material such that, in a position of introduction, the two rectilinear end portions (7,8) can be stressed towards one another, so as to form between them an angle of the order of 10 to 30° and, in an implantation position, resume their initial angular arrangement of the order of 60° to 180°. a) a central recurved portion forming a sealing winding of at least substantially 1.5 turns, b) on either side and in extension of said central portion, a set of two rectilinear portions (3,4), specifically an intermediate portion (5,6) and an end portion (7, 8), connected to one another by a bent portion (9,10) at an angle (α) of the order of 30° to 90°
A process of supplying to an operation (10, 20) a liquid that is applied at the operation (10, 20) comprising: delivering to the operation (10, 20) from a holding vessel (12, 22) a liquid comprising more than one constituent; applying the liquid at the operation (10, 20), whereby a spent liquid is formed; returning the spent liquid to the holding vessel (12, 22); analyzing the composition of the liquid at the holding vessel (12, 22) while the liquid at the holding vessel (12, 22) is being delivered and applied at the operation (10, 20) and the spent liquid is being returned to the holding vessel (12, 22); determining the amount of each constituent of the liquid that is required to be added to the liquid at the holding vessel (12, 22) to provide at the holding vessel (12, 22) a liquid of a prescribed composition; delivering to a pressure vessel the amount of each constituent that is required to be added to the liquid at the holding vessel (12, 22) so as to form at the pressure vessel (12, 22) a constituent volley that comprises a combination of each constituent that is required; increasing the pressure in the pressure vessel to a level adequate to deliver the constituent volley to the holding vessel (12, 22) upon the release of the pressure; and releasing the pressure from the pressure vessel so as to cause the pressure at the pressure vessel to forcibly deliver the constituent volley to the holding vessel (12, 22). delivering to the operation (10, 20) from a holding vessel (12, 22) a liquid comprising more than one constituent; applying the liquid at the operation (10, 20), whereby a spent liquid is formed; returning the spent liquid to the holding vessel (12, 22); analyzing the composition of the liquid at the holding vessel (12, 22) while the liquid at the holding vessel (12, 22) is being delivered and applied at the operation (10, 20) and the spent liquid is being returned to the holding vessel (12, 22); determining the amount of each constituent of the liquid that is required to be added to the liquid at the holding vessel (12, 22) to provide at the holding vessel (12, 22) a liquid of a prescribed composition; delivering to a pressure vessel the amount of each constituent that is required to be added to the liquid at the holding vessel (12, 22) so as to form at the pressure vessel (12, 22) a constituent volley that comprises a combination of each constituent that is required; increasing the pressure in the pressure vessel to a level adequate to deliver the constituent volley to the holding vessel (12, 22) upon the release of the pressure; and releasing the pressure from the pressure vessel so as to cause the pressure at the pressure vessel to forcibly deliver the constituent volley to the holding vessel (12, 22).
A positive resist composition comprising at least: a base resin, which has acidic functional groups protected by acid labile groups, respectively, and is insoluble or hardly soluble in alkali, and which is turned to be soluble in alkali upon elimination of the acid labile groups; an acid generator; and a nitrogen-containing compound as a basic component; wherein the base resin is a polymer consisting of repeating units selected from repeating units represented by the following general formulae,,,,,, and; further wherein said polymer contains the repeating units each represented by the general formula and, as the repeating units having the acidic functional groups protected by the acid labile groups, respectively, at least one or more repeating unit/s each represented by the general formulae,, and, and, when the polymer does not contain the repeating unit represented by the general formula, said polymer contains at least the repeating unit represented by the general formula; and wherein the base resin contains the repeating units represented by the general formulae,, and, respectively, at a sum ratio of 70 mole % or more relative to a total amount of all repeating units constituting the base resin: wherein, independently of each other, X represents an acid labile group; and R 1 represents a hydrogen atom, a halogen atom, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, a linear, branched, or cyclic alkoxy group having 1 to 10 carbon atoms and being uneliminatable by an acid, or a linear, branched, or cyclic acyl group having 1 to 10 carbon atoms and being uneliminatable by an acid; Y represents an acid labile group; R represents a hydrogen atom or a methyl group; and R 2 represents a hydrogen atom, a hydroxyl group, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, a linear, branched, or cyclic alkoxy group having 1 to 10 carbon atoms and being uneliminatable by an acid, or a linear, branched, or cyclic acyl group having 1 to 10 carbon atoms and being uneliminatable by an acid. a base resin, which has acidic functional groups protected by acid labile groups, respectively, and is insoluble or hardly soluble in alkali, and which is turned to be soluble in alkali upon elimination of the acid labile groups; an acid generator; and a nitrogen-containing compound as a basic component; X represents an acid labile group; and R 1 represents a hydrogen atom, a halogen atom, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, a linear, branched, or cyclic alkoxy group having 1 to 10 carbon atoms and being uneliminatable by an acid, or a linear, branched, or cyclic acyl group having 1 to 10 carbon atoms and being uneliminatable by an acid; Y represents an acid labile group; R represents a hydrogen atom or a methyl group; and R 2 represents a hydrogen atom, a hydroxyl group, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, a linear, branched, or cyclic alkoxy group having 1 to 10 carbon atoms and being uneliminatable by an acid, or a linear, branched, or cyclic acyl group having 1 to 10 carbon atoms and being uneliminatable by an acid.
A method of controlling a home appliance connected to an access point, the access point being connectable to a plurality of portable terminals (100-1, 100-2), characterized by the method comprising the following steps performed by the home appliance: receiving a control command from a user, the control command being a command to perform a predetermined operation when a portable terminal selected from the plurality of user terminals connects to the access point; receiving a notification from the access point, the notification indicating that the access point is connected to the selected portable terminal; and performing the predetermined operation in response to receiving the notification. receiving a control command from a user, the control command being a command to perform a predetermined operation when a portable terminal selected from the plurality of user terminals connects to the access point; receiving a notification from the access point, the notification indicating that the access point is connected to the selected portable terminal; and performing the predetermined operation in response to receiving the notification.
Add-on frame for coupling to a utility vehicle, - having a frame base, - having bearing means (13, 14, 26) which are arranged pivotably on the frame base and which serve for mounting on the frame base a central implement and, on both sides of the central implement, in each case at least one lateral implement (10, 11), and - having adjustment means for adjusting a pivoting position of the bearing means (13, 14, 26) such that the pivoting positions of the bearing means (13, 14, 26), which are assigned to different implements (9, 10, 11), are able to be adjusted relative to one another and are each able to be adjusted relative to the frame base independently of one another, characterized in that the frame base is connected fixedly to an add-on part which is designed for rigid and detachable coupling to a utility vehicle. - having a frame base, - having bearing means (13, 14, 26) which are arranged pivotably on the frame base and which serve for mounting on the frame base a central implement and, on both sides of the central implement, in each case at least one lateral implement (10, 11), and - having adjustment means for adjusting a pivoting position of the bearing means (13, 14, 26) such that the pivoting positions of the bearing means (13, 14, 26), which are assigned to different implements (9, 10, 11), are able to be adjusted relative to one another and are each able to be adjusted relative to the frame base independently of one another,
A profile strip of a vehicle body, wherein the profile strip is formed with at least one shell component made of fibre-reinforced plastics material and with at least one pultrusion component, in which the profile strip is placed under bending stress in a bending direction and the pultrusion component in the bending direction is arranged next to the shell component, and in which the pultrusion component is formed with an outer shell and at least one internal web internally coupled thereto, characterised in that the at least one internal web extends in the bending direction and the at least one shell component additionally has internal ribs which likewise extend in the bending direction.
A system, comprising: a first electronic device (110, 120, 130, 140, 410, 420, 430, 440, 500); a plurality of second electronic devices (110, 120, 130, 140, 410, 420, 430, 440, 500) coupled to the first electronic device via a plurality of interfaces (I/F, 510); and a clock generator (150, 450) coupled to the plurality of second electronic devices and configured to provide a clock signal to each of the plurality of second electronic devices for clocking operation of the plurality of second electronic devices, wherein the clock signal is a gapped clock signal having at least one gap created by the clock generator removing one or more clock pulses based on a synchronization signal, wherein the plurality of second electronic devices are configured to synchronize data transmission between the plurality of second electronic devices and the first electronic device via the plurality of interfaces using the at least one gap in the gapped clock signal to align the data transmission, wherein the plurality of second electronic devices are further configured to generate respective internal clock signals using the clock signal provided by the clock generator, and wherein the operations of the plurality of electronic devices are clocked using the generated internal clock signals, characterized in that the internal clock signal is a frame clock and each of the plurality of second electronic devices is further configured to align a phase of the frame clock with a phase of the clock signal provided by the clock generator. a first electronic device (110, 120, 130, 140, 410, 420, 430, 440, 500); a plurality of second electronic devices (110, 120, 130, 140, 410, 420, 430, 440, 500) coupled to the first electronic device via a plurality of interfaces (I/F, 510); and a clock generator (150, 450) coupled to the plurality of second electronic devices and configured to provide a clock signal to each of the plurality of second electronic devices for clocking operation of the plurality of second electronic devices, wherein the clock signal is a gapped clock signal having at least one gap created by the clock generator removing one or more clock pulses based on a synchronization signal, wherein the plurality of second electronic devices are configured to synchronize data transmission between the plurality of second electronic devices and the first electronic device via the plurality of interfaces using the at least one gap in the gapped clock signal to align the data transmission, wherein the plurality of second electronic devices are further configured to generate respective internal clock signals using the clock signal provided by the clock generator, and wherein the operations of the plurality of electronic devices are clocked using the generated internal clock signals, characterized in that the internal clock signal is a frame clock and each of the plurality of second electronic devices is further configured to align a phase of the frame clock with a phase of the clock signal provided by the clock generator.
An energy absorbing system that is adapted for absorbing energy of an object in a vehicle in a crash situation by decreasing acceleration and force acting on said object in said crash situation, said energy absorbing system comprising at least one plastically deformable energy absorber that is plastically deformable in said crash situation, the energy absorbing system being provided with a mass-dependent self-adjusting mechanism, said mass-dependent self-adjusting mechanism being adapted for adjusting, on the basis of an underlying mass of said object, a required compensation force that is to be provided by said energy absorbing system in said crash situation for plastically deforming said at least one plastically deformable energy absorber in order to decrease said acceleration and force acting on said object. characterized in that said mass-dependent self-adjusting mechanism comprises at least one first and one second roller (3a, 3b) that are spaced apart from each other by means of at least one spring pushing said first and second rollers (3a, 3b) in opposed directions, said first and second rollers (3a, 3b) being adapted for applying said required compensation force to said at least one plastically deformable energy absorber in said crash situation for plastically deforming said at least one plastically deformable energy absorber in said crash situation.