mhurhangee/ep-ind-claims huggingface dataset:
Method for managing embedded software modules for an electronic computer embedded in an electrical switching device for an electric current, this method comprises steps: a) for acquisition, by a management system, of software modules for the electronic computer of the switching device, of a software module comprising an executable code and a service contract declaring the hardware resources required by the executable code during its execution by the electronic computer; b) for installation of the software module inside a host receptacle, by the management system, this host receptacle belonging to an assembly of host receptacles each intended to form a run-time environment for executing a software module, each receptacle comprising, for this purpose, a memory location defined statically inside of a memory of the electronic computer and being associated with a sub-assembly of hardware resources of the electronic computer; c) for executing of the software module by the electronic computer; the step c) comprises, when the software module is executed, a step consisting in verifying, by means of the management system, whether the execution of the software module complies with the service contract of this software module, said execution is authorized to proceed if it complies with the service contract and, if the execution of the software module is identified as not complying with the service contract, a recovery step is implemented with the aim of interrupting the execution of the software module by the electronic computer, and during the step c), the execution of the code comprises the execution of several tasks in real time by a logic processing unit of the electronic computer, each task being associated with a predefined frequency of execution, and the execution of the tasks by the logic processing unit is regulated by a first sequencer implemented by the management system then by a second sequencer implemented in real time by an operating system of the electronic computer, the first sequencer selectively authorizing the execution of the tasks waiting to be executed as a function of their frequency of execution and assigning them an execution priority level for the second sequencer which depends on the frequency of execution defined for this task. a) for acquisition, by a management system, of software modules for the electronic computer of the switching device, of a software module comprising an executable code and a service contract declaring the hardware resources required by the executable code during its execution by the electronic computer; b) for installation of the software module inside a host receptacle, by the management system, this host receptacle belonging to an assembly of host receptacles each intended to form a run-time environment for executing a software module, each receptacle comprising, for this purpose, a memory location defined statically inside of a memory of the electronic computer and being associated with a sub-assembly of hardware resources of the electronic computer; c) for executing of the software module by the electronic computer;
An ingot growth apparatus, comprising: a chamber being provided a space in which an ingot growth process is performed and sealed and having an upper chamber in which the ingot grows and a lower chamber; a quartz crucible being disposed on the inside of the chamber and receiving silicon melt; a pulling means causing the ingot to be grown by dipping in the silicon melt, rotating and pulling a seed; and a view port being installed on the side of the chamber and transmitting light of inside of the chamber to observe process condition of the inside of the chamber, characterized in that, the ingot growth apparatus comprises an inert gas injection unit that supplies inert gas to the inside of the chamber, the inert gas flowing in the inside of the chamber from the upper chamber to the lower chamber; that the view port includes a body part disposed on the a side of the chamber and having a window hole connected to the inside of the chamber, a window being inserted into the window hole of the body part to maintain a sealing state of the chamber and through which light being transmitted from the inside of the chamber; and a window purge for injecting gas towards the window, a gas injection unit injecting gas from an upper part of the view port to the lower part thereof in order not to interfere with the flow of the gas flowing in the inside of the chamber from the upper chamber to the lower chamber. a chamber being provided a space in which an ingot growth process is performed and sealed and having an upper chamber in which the ingot grows and a lower chamber; a quartz crucible being disposed on the inside of the chamber and receiving silicon melt; a pulling means causing the ingot to be grown by dipping in the silicon melt, rotating and pulling a seed; and a view port being installed on the side of the chamber and transmitting light of inside of the chamber to observe process condition of the inside of the chamber, characterized in that, the ingot growth apparatus comprises an inert gas injection unit that supplies inert gas to the inside of the chamber, the inert gas flowing in the inside of the chamber from the upper chamber to the lower chamber; that the view port includes a body part disposed on the a side of the chamber and having a window hole connected to the inside of the chamber, a window being inserted into the window hole of the body part to maintain a sealing state of the chamber and through which light being transmitted from the inside of the chamber; and a window purge for injecting gas towards the window, a gas injection unit injecting gas from an upper part of the view port to the lower part thereof in order not to interfere with the flow of the gas flowing in the inside of the chamber from the upper chamber to the lower chamber.
A method for determining the location of modified cytosines in a nucleic acid fragment, comprising: (a) reacting a nucleic acid fragment containing at least one C and/or at least one modified C with a methylcytosine dioxygenase and a DNA glucosyltransferase, wherein the methylcytosine dioxygenase and DNA glucosyltransferase are combined in the same reaction mix; and then the product of this reaction is reacted with a cytidine deaminase; and (b) comparing the sequences obtained in (a), or amplification products thereof, with an untreated reference sequence to determine which Cs in the initial nucleic acid fragment are modified. (a) reacting a nucleic acid fragment containing at least one C and/or at least one modified C with a methylcytosine dioxygenase and a DNA glucosyltransferase, wherein the methylcytosine dioxygenase and DNA glucosyltransferase are combined in the same reaction mix; and then the product of this reaction is reacted with a cytidine deaminase; and (b) comparing the sequences obtained in (a), or amplification products thereof, with an untreated reference sequence to determine which Cs in the initial nucleic acid fragment are modified.
A combine harvester comprising: - a straw walker; - a straw walker drive system connected to the straw walker and configured to drive the straw walker with an oscillating movement at a controllable frequency; and - a straw walker control system connected to the straw walker drive system and configured to control the controllable frequency of the oscillating movement, - an inclination module coupled to the straw walker control system, the inclination module being configured to provide information on an inclination of the combine harvester; - the straw walker control system further comprising a configuration module comprising a predetermined correlation between the controllable frequency of the oscillating movement and the information on the inclination of the combine harvester, the straw walker control system being further configured to control the controllable frequency of the oscillating movement in function of the information on the inclination of the combine harvester by means of the predetermined correlation, characterised in that the predetermined correlation comprises a first value of the information on inclination, and a second value of the information on inclination which relates to an inclination that is higher than the inclination related to the first value, a rate of change of the controllable frequencies correlated to the first value being lower than a rate of change of the controllable frequency correlated to the second value. - a straw walker; - a straw walker drive system connected to the straw walker and configured to drive the straw walker with an oscillating movement at a controllable frequency; and - a straw walker control system connected to the straw walker drive system and configured to control the controllable frequency of the oscillating movement, - an inclination module coupled to the straw walker control system, the inclination module being configured to provide information on an inclination of the combine harvester; - the straw walker control system further comprising a configuration module comprising a predetermined correlation between the controllable frequency of the oscillating movement and the information on the inclination of the combine harvester, the straw walker control system being further configured to control the controllable frequency of the oscillating movement in function of the information on the inclination of the combine harvester by means of the predetermined correlation, characterised in that the predetermined correlation comprises a first value of the information on inclination, and a second value of the information on inclination which relates to an inclination that is higher than the inclination related to the first value, a rate of change of the controllable frequencies correlated to the first value being lower than a rate of change of the controllable frequency correlated to the second value.
A cartridge adapted to retain a plurality of immobilisation elements, the cartridge being adapted to be detachably secured in a housing of a flying pest trap, wherein the cartridge comprises: a rear wall; a plurality of side walls extending from the periphery of the rear wall, and a retaining portion adapted to retain the plurality of immobilisation elements within the cartridge. a rear wall; a plurality of side walls extending from the periphery of the rear wall, and a retaining portion adapted to retain the plurality of immobilisation elements within the cartridge.
A method used in a wireless communication system performed by a base station that supports both legacy and expanded capability user equipments, UEs, the method comprising: generating at least one signal comprising information that is recognizable as valid by the expanded capability UEs and recognizable as invalid by the legacy UEs, wherein the at least one signal is generated according to a downlink control information, DCI, message format 0 for DCI message format 1A; and transmitting the at least one signal.
A cooling design feature for a combustor of an aircraft, comprising: a liner including a grommet (300a, 300b), the grommet (300a, 300b) defining: a plurality of angled holes; and at least one through hole, the plurality of angled holes arranged in alternating sequences with the at least one through hole, wherein any of a first angled hole of the plurality of angled holes is separated from a second angled hole of the plurality of angled holes by the at least one through hole, wherein the at least one through hole is oriented at an angle that is substantially perpendicular to a surface of the liner, and wherein each of the plurality of angled holes are non-parallel to the at least one through hole. a liner including a grommet (300a, 300b), the grommet (300a, 300b) defining: a plurality of angled holes; and at least one through hole, the plurality of angled holes arranged in alternating sequences with the at least one through hole, a plurality of angled holes; and at least one through hole, the plurality of angled holes arranged in alternating sequences with the at least one through hole, wherein any of a first angled hole of the plurality of angled holes is separated from a second angled hole of the plurality of angled holes by the at least one through hole, wherein the at least one through hole is oriented at an angle that is substantially perpendicular to a surface of the liner, and wherein each of the plurality of angled holes are non-parallel to the at least one through hole.
A surgical instrument comprising two clamping jaws located at an end of a shaft or a grip part, and comprising a bearing having a continuous bearing pin, on which at least one of the clamping jaws is mounted so as to be able to pivot between an open position and a closed position, and comprising a separating means that can be displaced substantially parallel to the longitudinal axis of the instrument in a gap between the clamping jaws, characterised in that the continuous bearing pin has a through-opening extending along the direction of movement of the separating means, through which opening the separating means can be passed, and in that the greatest extent of the through-opening transverse to the direction of movement of the separating means corresponds at least to the dimensioning of the separating means in this direction, and in that the through-opening for the separating means is provided running in a slot-like manner transversely to the longitudinal axis of the bearing, wherein the greater extent of the slot forming the through-opening runs transversely to the longitudinal extent of the bearing pin.
Device for detachably connecting elements for positioning warp yarns on a weaving loom, comprising a male coupling part which comprises a head, and a female coupling part comprising detaining means which can be reached via a passage and serve to detain the head, characterized in that the head is elastically deformable so that the radial dimension thereof is reduced, in that the passage is designed to allow the head through in the deformed state on account of a coupling force, in that, beyond the passage, the head returns to a state with a larger transverse dimension so that the head is detained there and the coupling parts, are coupled, in that, beyond the passage, the female coupling part comprises an uncoupling body with an opening which is substantially displaceable in the axial direction, in that the head situated beyond the passage can be displaced into said opening, and in that said opening is designed to then deform the head in such a manner that it can be introduced into the passage in order to uncouple the coupling parts,.
A method for handling a received vehicle-to-X message in a vehicle, wherein the message has at least a header and a body, characterized in that the method comprises the following steps: - establishing whether the message is suitable for simplified processing, - if the message is suitable for simplified processing: forwarding of the header without the body to a self-learning map, - if the message is not suitable for simplified processing: forwarding of the header with the body to the self-learning map. - establishing whether the message is suitable for simplified processing, - if the message is suitable for simplified processing: forwarding of the header without the body to a self-learning map, - if the message is not suitable for simplified processing: forwarding of the header with the body to the self-learning map.
A method of routing misbehavior detection reports from vehicle-to-everything, V2X, onboard equipment to an entity associated with the V2X onboard equipment, the method comprising: routing a misbehavior detection report to the entity associated with the V2X onboard equipment based on a combination of: information stored in a misbehavior report router, MRR, resulting from a provisioning of a certificate to the V2X onboard equipment; and information included in the misbehavior detection report received from the V2X onboard equipment. information stored in a misbehavior report router, MRR, resulting from a provisioning of a certificate to the V2X onboard equipment; and information included in the misbehavior detection report received from the V2X onboard equipment.
A focusing method, comprising: setting positions of a focusing lens sequentially; recording image statistical information corresponding to each position of the focusing lens from the beginning of focusing, wherein the image statistical information comprises a luminance value of an image corresponding to said each position; determining whether the current scene is a point light source scene based on the recorded image statistical information; and executing a focusing process based on a regional luminance variance of the image corresponding to said each position when the current scene is determined as a point light source scene, wherein the regional luminance variance of the image is obtained by the following steps: partitioning the image into a plurality of regions, and determining a mean of the square of differences between luminance values of the plurality of regions and an average luminance value of the image. setting positions of a focusing lens sequentially; recording image statistical information corresponding to each position of the focusing lens from the beginning of focusing, wherein the image statistical information comprises a luminance value of an image corresponding to said each position; determining whether the current scene is a point light source scene based on the recorded image statistical information; and executing a focusing process based on a regional luminance variance of the image corresponding to said each position when the current scene is determined as a point light source scene, wherein the regional luminance variance of the image is obtained by the following steps: partitioning the image into a plurality of regions, and determining a mean of the square of differences between luminance values of the plurality of regions and an average luminance value of the image. partitioning the image into a plurality of regions, and determining a mean of the square of differences between luminance values of the plurality of regions and an average luminance value of the image.
Pruning system (1; 20) for planting rows, comprising a frame supporting at least one pruning assembly (3; 30), said at least one pruning assembly (3; 30) comprising a first pruning assembly in which it is possible to identify a plurality of cutting units characterized in that said cutting units are independent of and spaced from one another, said cutting units being mechanically associated with said frame through a plurality of first supporting rods, each one of said supporting rods allowing one of said cutting units to be moved with respect to said frame and independently of the other cutting units according to a substantially orthogonal direction with respect to the alignment direction of said planting rows,
A method for producing a semiconductor apparatus, the method comprising: a process of cutting a semiconductor chip substrate where a plurality of light receiving sections are formed on a first main face and electrode pads are formed around each of the light receiving sections to fabricate a plurality of image pickup chips; a process of bonding the first main face of each of the image pickup chips to a support substrate via an adhesive layer to fabricate a joined wafer; a process of filling a sealing member among the plurality of image pickup chips bonded to the support substrate of the joined wafer; a process of machining the joined wafer from a second main face side opposite the first main face side; and a process of cutting the joined wafer, characterized in that the sealing member is a benzocyclobutene resin. a process of cutting a semiconductor chip substrate where a plurality of light receiving sections are formed on a first main face and electrode pads are formed around each of the light receiving sections to fabricate a plurality of image pickup chips; a process of bonding the first main face of each of the image pickup chips to a support substrate via an adhesive layer to fabricate a joined wafer; a process of filling a sealing member among the plurality of image pickup chips bonded to the support substrate of the joined wafer; a process of machining the joined wafer from a second main face side opposite the first main face side; and a process of cutting the joined wafer, characterized in that the sealing member is a benzocyclobutene resin.
A polyamide composition for a reflector, comprising: 30 mass% or more of a polyamide having a melting point of 280°C or higher; and 30 mass% or more of titanium oxide, 0 mass% of a reinforcement material, and magnesium oxide and/or magnesium hydroxide, wherein the melting point is the peak temperature of the melting peak that appears when the polyamide is heated from 30°C to 360°C at a rate of 10°C/minute in a nitrogen atmosphere using a differential scan calorimetric analyzer after the polyamide was heated to 360°C at the rate of 10°C/minute and the polyamide was maintained at 360°C for 2 minutes to be melted completely, and then the polyamide was cooled to 30°C at a rate of 10°C/minute and maintained at 30°C for 2 minutes, and a total content of the polyamide and the titanium oxide is 75 mass% or more, and dicarboxylic acid units of the polyamide comprise more than 60 mol% of 1,4-cyclohexanedicarboxylic acid units.
A metal coated steel sheet, wherein a chemical composition contains, in mass%, C: 0.03% to 0.70%, Si: 0.25% to 2.50%, Mn: 1.00% to 5.00%, P: 0.100% or less, S: 0.010% or less, sol. Al: 0.001% or more and 0.075% or less, N: 0.020% or less, Ti: 0% to 0.300%, Nb: 0% to 0.300%, V: 0% to 0.300%, Cr: 0% to 2.000%, Mo: 0% to 2.000%, B: 0% to 0.0200%, Cu: 0% to 2.000%, Ni: 0% to 2.000%, Ca: 0% to 0.0100%, Mg: 0% to 0.0100%, REM: 0% to 0.1000%, Bi: 0% to 0.0500%, and a balance composed of iron and impurities, a metal structure contains greater than 5.0 vol% of retained austenite and greater than 16.0 vol% of tempered martensite, a C content in the retained austenite is 0.85 mass% or more, and a Mn content in the retained austenite satisfies Expression below Mn γ / Mn ave ≧ 1.10 [Mn] γ: Mn content in retained austenite in mass% [Mn] ave: Mn content of the chemical composition of the steel sheet in mass%.
A method for transmitting data over a bus, to which a plurality of receivers and/or controllers are connected, said method comprising: - measuring a sensing current on the bus; - repeating the step of measuring the sensing current after a delay time interval, if the sensing current is measured to be at or below a predetermined current threshold; and - applying a transmission voltage to the bus and transmitting data over the bus, if the sensing current is measured to be above the predetermined current threshold, wherein said delay time interval is shorter than 10 ms. - measuring a sensing current on the bus; - repeating the step of measuring the sensing current after a delay time interval, if the sensing current is measured to be at or below a predetermined current threshold; and - applying a transmission voltage to the bus and transmitting data over the bus, if the sensing current is measured to be above the predetermined current threshold,