mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for monitoring transactions in a distributed computing environment using a topology model , where the topology model includes topology entities which collectively describe a network topology of the computing resources, comprising: - receiving, by a topology processor , topology data from one or more agents , where the topology data describes computing resources comprising the distributed computing environment and the one or more agents are instrumented in the computing resources; - receiving, by an inference processor , transaction trace data captured by a given agent , where the transaction trace data identifies a given transaction being executed between a sender application and a receiver application and includes a performance metric for the given transaction; - identifying, by the inference processor , a particular computing resource which executes at least a portion of the given transaction; - determining, by the inference processor , presence of a given topology entity in the topology model , where the given topology entity corresponds to the particular computing resource; and - updating, by the inference processor , the topology model with information for the given topology entity , where updating occurs in response to a determination that the given topology entity is absent from the topology model. - receiving, by a topology processor , topology data from one or more agents , where the topology data describes computing resources comprising the distributed computing environment and the one or more agents are instrumented in the computing resources; - receiving, by an inference processor , transaction trace data captured by a given agent , where the transaction trace data identifies a given transaction being executed between a sender application and a receiver application and includes a performance metric for the given transaction; - identifying, by the inference processor , a particular computing resource which executes at least a portion of the given transaction; - determining, by the inference processor , presence of a given topology entity in the topology model , where the given topology entity corresponds to the particular computing resource; and - updating, by the inference processor , the topology model with information for the given topology entity , where updating occurs in response to a determination that the given topology entity is absent from the topology model.
A method in a computing system for generating a tool path to cause a target waterjet cutting tool to perform a cutting project on a workpiece of a distinguished material using at least one designated operating parameter, the method comprising: accessing a cutting model for the distinguished material that, for each of one or more aspects of a waterjet's effect on a workpiece of the distinguished material using the designated operating parameters, specifies a relation adapted to predict the value of the aspect based on the value of one or more independent variables, the relations having been established using a plurality of cutting test observations selected from a multiplicity of cutting test observations, each of the multiplicity of cutting test observations identifying a material and one or more operating parameters for which a corresponding cutting test was performed, the plurality of cutting test observations selected on the basis that their identified material and operating parameters most closely match the distinguished material and designated operating parameters; and using the accessed cutting model to generate a tool path for the cutting project. accessing a cutting model for the distinguished material that, for each of one or more aspects of a waterjet's effect on a workpiece of the distinguished material using the designated operating parameters, specifies a relation adapted to predict the value of the aspect based on the value of one or more independent variables, the relations having been established using a plurality of cutting test observations selected from a multiplicity of cutting test observations, each of the multiplicity of cutting test observations identifying a material and one or more operating parameters for which a corresponding cutting test was performed, the plurality of cutting test observations selected on the basis that their identified material and operating parameters most closely match the distinguished material and designated operating parameters; and using the accessed cutting model to generate a tool path for the cutting project.
A wear resistant composite, comprising: a metal substrate having a surface; a reinforcing support attached to the surface; and an inorganic curable composition comprising a silica dispersion or colloidal silica disposed over and through the reinforcing support and contacting the surface. a metal substrate having a surface; a reinforcing support attached to the surface; and an inorganic curable composition comprising a silica dispersion or colloidal silica disposed over and through the reinforcing support and contacting the surface.
A system for chemical vapor infiltration and densification, the system comprising: a reaction chamber ; a plurality of conduits fluidly coupled to an exhaust outlet of the reaction chamber, wherein a first set of conduits of the plurality of conduits define a first flow path and a second set of conduits of the plurality of conduits define a second flow path wherein the second flow path is fluidly coupled to an inlet of the reaction chamber; a first valve in operable communication with the first set of conduits; a roughing pump downstream of the first valve and configured to drive fluid through the first set of conduits, wherein a portion of effluent gas output from the roughing pump is recirculated into the reaction chamber; a second valve in operable communication with the second set of conduits; a first pump downstream of the second valve and configured to drive fluid through the second set of conduits; and a first hydrogen extraction component in fluid communication with a least one of the first set of conduits or the second set of conduits, wherein the first hydrogen extraction component comprises at least one of a cryogenic-cooler or a pressure swing absorption unit. a reaction chamber ; a plurality of conduits fluidly coupled to an exhaust outlet of the reaction chamber, wherein a first set of conduits of the plurality of conduits define a first flow path and a second set of conduits of the plurality of conduits define a second flow path wherein the second flow path is fluidly coupled to an inlet of the reaction chamber; a first valve in operable communication with the first set of conduits; a roughing pump downstream of the first valve and configured to drive fluid through the first set of conduits, wherein a portion of effluent gas output from the roughing pump is recirculated into the reaction chamber; a second valve in operable communication with the second set of conduits; a first pump downstream of the second valve and configured to drive fluid through the second set of conduits; and a first hydrogen extraction component in fluid communication with a least one of the first set of conduits or the second set of conduits, wherein the first hydrogen extraction component comprises at least one of a cryogenic-cooler or a pressure swing absorption unit.
A method for path correction of a vehicle travelling from a first marker to a second marker, the method comprising: computing, by circuitry of an information processing apparatus, an offset between a location of the vehicle and the first marker; dividing a navigation path between the first marker and the second marker into a predetermined number of segments, the navigation path being a linear path between the first marker and the second marker; computing a speed profile of the vehicle based on a distance of the navigation path between the first marker and the second marker; generating a compensation curve that is a correction path between the location of the vehicle and the navigation path, the compensation curve generated based on (i) the computed offset and (ii) a plurality of interpolation points that include the location of the vehicle and a location of the second marker; and modifying, upon the vehicle traversing each segment, the speed profile of the vehicle based on a reading of a wheel counter disposed on the vehicle. computing, by circuitry of an information processing apparatus, an offset between a location of the vehicle and the first marker; dividing a navigation path between the first marker and the second marker into a predetermined number of segments, the navigation path being a linear path between the first marker and the second marker; computing a speed profile of the vehicle based on a distance of the navigation path between the first marker and the second marker; generating a compensation curve that is a correction path between the location of the vehicle and the navigation path, the compensation curve generated based on (i) the computed offset and (ii) a plurality of interpolation points that include the location of the vehicle and a location of the second marker; and modifying, upon the vehicle traversing each segment, the speed profile of the vehicle based on a reading of a wheel counter disposed on the vehicle.
Device for producing butyl sealing strips, wherein the device has an extrusion device with a nozzle unit , a liner feed device which can be used to feed a liner for receiving at least one sealing strip dispensed by the nozzle unit to a dispensing region of the nozzle unit , and a transport device with a transport means , said transport device being mounted downstream of the nozzle unit and of the liner feed device in the conveying direction of the at least one sealing strip and being able to be used to transport away a liner equipped with at least one sealing strip, characterized in that the liner feed device is configured such that a conveying speed of the liner feed device is as great as a dispensing speed of the nozzle unit , and wherein the transport device is configured such that a movement speed of the transport means of the transport device is greater than the conveying speed of the liner feed device and greater than the dispensing speed of the nozzle unit .
A method for quantitative determination of Sudden Cardiac Death (SCD) risk using digital electrocardiogram (ECG)-type data of an individual, the method comprising steps of: (a) preprocessing digital ECG-type data by detrending, denoising, and normalizing, to obtain preprocessed ECG-type data; (b) generating a plurality of mathematical digital ECG-derived models corresponding to the preprocessed ECG-type data; (c) generating digital ECG-derived control model systems corresponding to each ECG-derived model; (d) applying perturbations simulating electrical impulses to the digital ECG-derived control model systems; (e) determining system stabilities of the digital ECG-derived control model systems, in response to the applied perturbations, by a plurality of techniques; and (f) determining, based on the system stabilities, a derived SCD risk for the individual. (a) preprocessing digital ECG-type data by detrending, denoising, and normalizing, to obtain preprocessed ECG-type data; (b) generating a plurality of mathematical digital ECG-derived models corresponding to the preprocessed ECG-type data; (c) generating digital ECG-derived control model systems corresponding to each ECG-derived model; (d) applying perturbations simulating electrical impulses to the digital ECG-derived control model systems; (e) determining system stabilities of the digital ECG-derived control model systems, in response to the applied perturbations, by a plurality of techniques; and (f) determining, based on the system stabilities, a derived SCD risk for the individual.
A method of operating a gaseous-fuelled direct injection internal combustion engine, the method comprising injecting said gaseous fuel directly into a combustion chamber at an injection pressure higher than 300 bar wherein an orientation of a jet of said gaseous fuel is determined such that said jet is impinging on at least one surface of a cylinder piston and a ratio between said injection pressure and a peak cylinder pressure is between 1.6:1 and 3:1.
A method at a storage service subject to synchronization of files with a remote device , the files being initially stored at the storage device and at the remote device, to retain synchronized content that has been deleted at the remote device, the method comprising: providing to be displayed a selectable feature to retain content locally deleted from the remote device at the storage service, wherein the selectable feature is a selectable feature of one or more of the remote device and a folder on the remote device containing the content; in response to detecting a selection of the feature, associating the remote device or the folder with a tag at the storage service indicating that the content of the remote device or the folder which is detected at the remote device is to be retained at the storage service; detecting a deletion of the content on the remote device; and automatically retaining the content at the storage service if the tag has been associated with the remote device or the folder containing the content, including preventing the retained content from being downloaded and stored locally on the remote device when content at the storage service and the remote device are synchronized. providing to be displayed a selectable feature to retain content locally deleted from the remote device at the storage service, wherein the selectable feature is a selectable feature of one or more of the remote device and a folder on the remote device containing the content; in response to detecting a selection of the feature, associating the remote device or the folder with a tag at the storage service indicating that the content of the remote device or the folder which is detected at the remote device is to be retained at the storage service; detecting a deletion of the content on the remote device; and automatically retaining the content at the storage service if the tag has been associated with the remote device or the folder containing the content, including preventing the retained content from being downloaded and stored locally on the remote device when content at the storage service and the remote device are synchronized.
A device for securing in an ostomy for the prevention of hernias comprising an ostomy base and a securing strap of said base, characterized in that the ostomy base is composed of an elongated rigid plate which has the shape of a bridge, with a curved central section , equipped with through-holes and two approximately flat and coplanar end sections (3-4) which have a greater thickness than the central section ; and whose securing strap is elastic and flexible and has mutual securing means at its ends.
A method for governing use of a tool , the method comprising: providing a system including (i) a registration and control component , (ii) at least one mobile device , and (iii) at least one tool including communication provisions and electronic locking provisions; registering the tool with the registration and control component ; selecting at least one parameter to govern tool operation; transmitting the parameter to the tool to govern tool operation; whereby the tool remains operational until disabled based upon the selected parameter and without receipt of a deactivation signal; characterised in that the parameter to govern tool operation is selected from the group consisting of (i) a maximum amount of cumulative time during which the tool is operational, (ii) a maximum cumulative number of actuation cycles during which the tool is operational, (iii) combinations of (i) and (ii), and (iv) an expiration date up to and during which the tool use is allowed. providing a system including (i) a registration and control component , (ii) at least one mobile device , and (iii) at least one tool including communication provisions and electronic locking provisions; registering the tool with the registration and control component ; selecting at least one parameter to govern tool operation; transmitting the parameter to the tool to govern tool operation; whereby the tool remains operational until disabled based upon the selected parameter and without receipt of a deactivation signal; characterised in that the parameter to govern tool operation is selected from the group consisting of (i) a maximum amount of cumulative time during which the tool is operational, (ii) a maximum cumulative number of actuation cycles during which the tool is operational, (iii) combinations of (i) and (ii), and (iv) an expiration date up to and during which the tool use is allowed.
A system for triggering an imaging process, comprising: a processing unit that is configured for: obtaining first information; processing the first information to determine if a first pre-defined criterion is satisfied ; and generating a signal to cause an imaging process that includes a delivery of imaging radiation energy to begin based at least in part on a result from the act of processing ; wherein the first information is regarding a state of a device or dose information;, characterized in that : said first information comprises one or more gantry positions, or an amount of change in gantry position. obtaining first information; processing the first information to determine if a first pre-defined criterion is satisfied ; and generating a signal to cause an imaging process that includes a delivery of imaging radiation energy to begin based at least in part on a result from the act of processing ; wherein the first information is regarding a state of a device or dose information;, characterized in that : said first information comprises one or more gantry positions, or an amount of change in gantry position.
A control mechanism operable by a mechanical multiple axis handle (40; 201; 305; 401; 501; 701; 802) movable about a first and a second axis of rotation, the control mechanism further comprising: an operated device (41; 203; 307; 412; 600), comprising a base block , a base static plate and a movable plate movable over the base static plate, wherein rotating the movable plate over the base static plate sets a first control parameter, and sliding the movable plate over the base static plate sets a second control parameter; and a movement transformation assembly (42; 202; 306; 410; 702; 803) to transform rotational movements to control commands to the operated device, wherein the movement transformation assembly comprises: a rocker (726; 828); a first member (734; 840) to transfer rotational movements about the first axis of rotation to control commands to the operated device, the first member anchorable to a handle and fixed to the base block , the first member to rotate the base block that rotates the movable plate over the base static plate when there is a rotation about the first axis of rotation; and a second member, said second member comprising an elongated rod (210; 710; 810) to transfer rotation movements about the second axis of rotation to control commands to the operated device, a first end of the rod anchorable to the handle at a distance from the second axis of rotation such that when there is a rotation about the second axis of rotation, the elongated rod moves substantially back and forth relatively to the operated device, a second end of the rod is anchored to a first end of the rocker and the rocker is anchored to the first member, such that when the rod moves towards or away from the operated device, the rocker slides the movable plate over the base static plate. a rocker (726; 828); a first member (734; 840) to transfer rotational movements about the first axis of rotation to control commands to the operated device, the first member anchorable to a handle and fixed to the base block , the first member to rotate the base block that rotates the movable plate over the base static plate when there is a rotation about the first axis of rotation; and a second member, said second member comprising an elongated rod (210; 710; 810) to transfer rotation movements about the second axis of rotation to control commands to the operated device, a first end of the rod anchorable to the handle at a distance from the second axis of rotation such that when there is a rotation about the second axis of rotation, the elongated rod moves substantially back and forth relatively to the operated device, a second end of the rod is anchored to a first end of the rocker and the rocker is anchored to the first member, such that when the rod moves towards or away from the operated device, the rocker slides the movable plate over the base static plate.
A method of purifying exhaust gas, for reducing nitrogen oxides by ammonia in the presence of a catalyst, the exhaust gas including combustion ashes containing a Fe component, the catalyst being supported on a metal substrate, the catalyst containing titanium oxide as a main component and oxides of molybdenum (Mo) and vanadium (V) as an active component, wherein phosphoric acid or a water soluble phosphoric acid compound is added to the active component so that the atomic ratio of phosphorus (P) to a catalytically active component represented by the following formula is 0.2 to 1.0; P / catalytically active component atomic ratio = number of moles of P / number of moles of Mo + number of moles of V , thereby the Fe component is reacted with the phosphorus compound to form an insoluble iron phosphate, to suppress SO 2 oxidation of the catalyst caused by adhesion of the Fe component to the catalyst, and by corrosion of the metal substrate.
A bit holder for holding a bit for coupling the bit to a drive tool , the bit holder comprising: a receiving device which is designed to receive the bit ; and a tool coupling , which is designed for coupling with the drive tool , characterized by a fixing sleeve for fixing the bit to the receiving device ; the bit holder furthermore having an impact load protection device which is designed to protect the fixing sleeve from an impact load acting on the fixing sleeve when the bit holder abuts against an anchoring base , when a fastening element to be driven by means of the bit , the drive tool and the bit holder is introduced into the anchoring base , in particular is introduced in a rotating manner. a receiving device which is designed to receive the bit ; and a tool coupling , which is designed for coupling with the drive tool , a fixing sleeve for fixing the bit to the receiving device ; the bit holder furthermore having an impact load protection device which is designed to protect the fixing sleeve from an impact load acting on the fixing sleeve when the bit holder abuts against an anchoring base , when a fastening element to be driven by means of the bit , the drive tool and the bit holder is introduced into the anchoring base , in particular is introduced in a rotating manner.