68results about How to "Automate quickly" patented technology

A method for associating related electronic messages in computer storage. A first transportable application is created and stored. User input requesting creation of a link from the first transportable application to another transportable application is received. User input that selects a second transportable application from among a plurality of previously created transportable applications is received. A link from the first transportable application to the second transportable application is created and stored. As a result, transportable application may be inter-related in complex message webs. The message webs may also be inter-related in message web rings. Links may be generated manually or automatically, based on context, workflow processes, or other known relationships among applications. Recipient lists and data may propagate among fields of linked transportable applications, directly or according to abstract business rules. Further, multiple-part electronic messages are disclosed. A graphical user interface of an electronic messaging system displays a message in the form of one or more header portions and one or more body portions. Each of the body portions has a selection region. While one body portion is visible at a given time, all the selection regions are continuously visible in the user interface to facilitate selection of any of the body portions at a particular time. Selecting a selection region of a non-displayed body portion causes a server to generate a refreshed user interface that includes the entirety of the selected body portion, and that hides the previously viewed body portion. As a result, a large amount of associated information may be combined in a single message in a way that is clearly organized and easily accessible.

Embodiments of the invention provide a security expert system (SES) that automates intrusion detection analysis and threat discovery that can use fuzzy logic and forward-chaining inference engines to approximate human reasoning process. Embodiments of the SES can analyze incoming security events and generate a threat rating that indicates the likelihood of an event or a series of events being a threat. In one embodiment, the threat rating is determined based on an attacker rating, a target rating, a valid rating, and, optionally, a negative rating. In one embodiment, the threat rating may be affected by a validation flag. The SES can analyze the criticality of assets and calibrate / recalibrate the severity of an attack accordingly to allow for triage. The asset criticality can have a user-defined value. This ability allows the SES to protect and defend critical network resources in a discriminating and selective manner if necessary (e.g., many attacks).

A system, method, and computer program for automatically identifying, parsing, and interpreting tabular data from unstructured documents stored in various formats such as ASCII text, Unicode text, HTML, PDF text, and PDF image format is provided. A set of table identification, parsing / tokenizing, and interpreting / mapping rules are developed with grammar descriptors. These rules are then applied to a set of documents to identify a table, parse the content of the table, and interpret the parsed content, if required, thereby standardizing the tabular data.

A system, method, and computer program for automatically identifying, parsing, and interpreting tabular data from unstructured documents stored in various formats such as ASCII text, Unicode text, HTML, PDF text, and PDF image format is provided. A set of table identification, parsing / tokenizing, and interpreting / mapping rules are developed with grammar descriptors. These rules are then applied to a set of documents to identify a table, parse the content of the table, and interpret the parsed content, if required, thereby standardizing the tabular data.

The invention discloses a three-dimensional calibration device for a curve flexible touch sensor array, which comprises a three-dimensional guide rail robot, a three-dimensional force loading mechanism, an array platform and a control part electrically connected with the array platform, wherein the three-dimensional guide rail robot comprises an X axis guide rail, a Y axis guide rail and a Z axis guide rail, each of which is provided with a grating ruler having a position detection function; the three-dimensional force loading mechanism is arranged at the lower end of the Z axis guide rail through an installing flange of a parallel mechanism; the three-dimensional force loading mechanism comprises the parallel mechanism and a three-dimensional force detecting part; and the three-dimensional force detecting part is arranged at the operation tail end of the parallel mechanism. The device is used for realizing the accurate positioning by driving the three-dimensional guide rail robot to drive the three-dimensional force loading mechanism to perform spatial positioning and matching with the closed loop position control of the grating ruler. The parallel mechanism is used for adjusting the posture of a three-dimensional force loading head. When three-dimensional force detected by a standard three-dimensional touch sensor reaches a preset value, a measuring value and a corresponding matrix position coordinate of a sensor sampling circuit are outputted.

The invention provides a device for subpackaging culture mediums. According to the device for subpackaging the culture mediums, culture dishes comprising dish covers and dish bottoms descend along a first pushing rod, a clamping part retracts inwards to clamp the dish covers tightly, the dish bottoms continue to descend to a horizontal rotating tray of culture dish separating equipment, and the first pushing rod continues to descend to the position below the horizontal rotating tray; the dish bottoms and the dish covers rotate together along with the culture dish separating equipment, and the horizontal rotating tray rotates to the position above a second pushing rod; after the culture mediums are injected, the second pushing rod pushes the dish bottoms upwards, so that the dish bottoms are made to make contact with the dish covers; the clamping part is loosened, the dish bottoms are covered with the dish covers, and the culture dishes injected with the culture mediums are recovered. According to the device for subpackaging the culture mediums, the continuity, speediness, quantification and the automation of subpackaging can be achieved, and the compatibility to the outlines, the diameter sizes and heights of the culture dishes is good; particularly, the device can be used for subpackaging novel culture dishes of which the diameter of dish bottoms is larger than the diameter of dish covers.

The invention provides an automatic vibration calibration system and a calibration method and belongs to the field of vibration metering and calibrating. The automatic vibration calibration system comprises a control part and a measuring part. The control part is used for controlling frequency and amplitude of a vibration table. The measuring part is used for measuring the amplitude and the phase of the vibration table and measuring signals output by a vibration measuring element. The control part comprises a function generator, an amplitude controller, a power amplifier, a self-adaptive control algorithm module and a fuzzy control algorithm module. The function generator outputs a sinusoidal signal of the assigned frequency F and an assigned voltage amplitude value Uci according to a computer instruction, the sinusoidal signal is output to the power amplifier after passing through the amplitude controller to drive the vibration table to start vibration, and the self-adaptive control algorithm module calculates a corresponding output signal according to the input signal.

The invention provides a vehicle-mounted laser scanning system external parameter calibration method and device, and the method comprises the steps: carrying out the data collection in a selected calibration scene according to a preset multi-direction collection route; calculating an external parameter initial value by using a hand-eye calibration method based on the acquired data; splicing the point clouds at different positions acquired by the laser radar according to an iterative nearest point algorithm by combining the pose information of the inertial navigation system and combining the calculated external parameter initial values, and calculating a matching distance residual error; optimizing an external parameter by adopting a nonlinear optimization algorithm, updating an initial value of the external parameter by using the optimized external parameter, recalculating a matching distance residual error, and carrying out repeated iterative computation; and taking the external parameter as a calibration external parameter until the matching distance residual error is smaller than a preset threshold value or the number of iterations reaches the maximum number of iterations. According to the method, accurate calibration of the external parameters of the vehicle-mounted laser scanning system is rapidly and automatically realized without a fixed calibration field and artificialparticipation in point selection.

The invention relates to the technical field of materials, in particular to a GISSMO material failure model parameter optimization method which comprises the following steps: S1, determining a real stress-strain curve of simulation input; s2, comparing the simulation result of the uniaxial stretching virtual sample with the test result to determine the initial range of the WF; s3, under the condition that no keyword * MAT_ADD _ EROSION exists, optimizing the material parameter WF by adopting an interval reduction sequence based on a meta-model; and S4, adding * MATs _ ADD _ EROSION, namely a GISSMO failure model, and optimizing GISSMO failure model parameters by adopting an optimization method consistent with the step S3 and a target function. According to the method, based on a GISSMO failure model provided in commercial finite element software LS-DYNA, GISSMO failure model parameters are reversely solved and calibrated according to material mechanical property test data parameters; by adopting the LS-OPT, material parameters can be quickly identified, so that output engineering stress-strain curves of simulation and test can obtain relatively good consistency, and a reference canbe provided for establishment of a quick, automatic and high-precision failure material library.

An autonomous device for executing one or more operations on or near the teats of a dairy animal for the purpose of milking the dairy animal, including a self-propelled wheeled undercarriage which can travel freely across a floor surface in at least two independent directions, and a robot arm which is fitted to the undercarriage and configured to execute the one or more operations on or near the teats of the dairy animal, the device configured to execute the one or more operations in a milking device with a milking floor on which the dairy animals are situated during milking, and the device being supported on a stationary pit floor during the execution of the one or more operations, which pit floor is at a lower level than the milking floor.

The invention discloses a virus nucleic acid extraction kit based on nano magnetic beads. The lysis liquid comprises guanidine thiocyanate / guanidine hydrochloride, a nonionic surfactant, tris (hydroxymethyl) aminomethane hydrochloride and ethylenediamine tetraacetic acid, and the nonionic surfactant comprises one or more of triton X-100, Tween 20 and ethyl phenyl polyethylene glycol. The binding liquid is isopropanol, the volume ratio of isopropanol to pyrolysis is 1: 1, and the magnetic beads are silicon oxide hydroxyl nano magnetic beads. According to the kit, a nano magnetic bead extractionmethod is adopted, isopropanol is used as a binding liquid, making sample splitting, binding of nucleic acid and magnetic beads to be done in one step. The steps are simple, convenient and easy to implement, and the automatic extraction process of virus nucleic acid can be completed quickly at high flux within 9 min. The kit disclosed by the invention can be used for extracting RNA and DNA of viruses in sample, such as plasma, serum, nasopharynx swabs, urine, secretion liquid, virus concentrate, cell culture liquid supernatant and virus preservation liquid.

The invention relates to a contact sensor (11) with a sensor body (12) which can be attached to a laser processing head (4) of a machine tool for the processing of preferably plate-like work pieces, particularly metal sheets. The sensor body (12) can be inserted on the laser processing head (4) in place of a laser processing nozzle, and an electrically conducting and electrically contacting measuring probe (15) is guided in the sensor body (12), and the measuring probe is movable in a sliding direction from a resting position in which the measuring probe (15) does not project above the sensorbody (12) to a measuring position in which the measuring probe (15) projects out of the sensor body (12). The invention relates in addition to a machine tool with such a contact sensor (11) and to a method for the detection of the condition of a work piece edge in accordance with such a contact sensor (11).

The present invention relates to a method for the project engineering of an automation system and in particular for configuring hardware modules in an automation system, comprising the steps: a) Open an existing project or create a new project in a project engineering software tool, b) Open or generate, in this project, a station having a plurality of slots, c) Open a hardware catalog comprising a plurality of hardware modules, d) Insert at least one hardware module from the hardware catalog into the station, e) Save the station together with the inserted modules. In the process one or more hardware modules can be combined to form a hardware packet. In order to insert the hardware modules which are combined in a hardware packet, the hardware packet must first be selected and, as soon as the hardware packet is integrated into the station, all the hardware modules contained therein are automatically allocated to free slots of the station.

The inventive system and method provide an integrated data management platform implemented in four stages: Stage one is data collection, in which the novel system and method interface with, and collect data from multiple data sources and organize the collected data in accordance with user-defined criteria. Stage two is organization, in which the novel system and method link at least a portion of the data sources with at least one corresponding data model, such that each data model is representative of at least a portion of the data collectable from the at least one corresponding data source, and in which a portfolio is formed by applying at least one predefined visual business rule to a predetermined set of data models to manage data extracted from the data sources corresponding to the set of data models, to define and manage business logic, and to consolidate and categorize the data into at least one predetermined hierarchy. Stage three is performing aggregations and selectively performing aggregations on the portfolio obtained at Stage two. Finally, Stage four is analysis and reporting, in which the novel system and method provide analysis of the portfolio in accordance with at least one predetermined analysis protocol, and generate at least one report representative of the analysis.

An advance timbering device of a dig-anchor-integrated comprehensive mining machine is disclosed. The problems of low degree of automation and poor safety in the prior art are solved. The advance timbering device of the dig-anchor-integrated comprehensive mining machine is characterized in that a swing folding support is mounted at the front ends of telescopic beams, a combined type middle telescopic supporting beam and external telescopic supporting beams are mounted on the swing folding support, and a front combined baffle is hinged to the front ends of the combined type middle telescopic supporting beam and the external telescopic supporting beams. The advance timbering device has the beneficial effects that the structure is compact, the body is small, the advance timbering device can be folded through an overturning and folding machine frame and transferred to the rear portion of the machine body of the comprehensive mining machine through telescopic beams and a sliding transverse beam, work of a mining part of the comprehensive mining machine is not influenced, and influence on the other facilities at the rear portion of the machine body in a roadway is also slight; the combined front baffle can conduct supporting type protection on the front end surface of the roadway, and a relatively comprehensive and wide advance temporary supporting area is provided; five supporting beams provide strong support for the upper roof of the roadway, the problem of insufficiency of cantilever support capacity is solved radically, and a rapid and automatic advance timbering device is provided for roadway anchor protection.

The invention provides a transcriptome sequencing method for microviridae and geminivirus viral genome splice. The method comprises the three steps of performing transcriptome sequencing on an infected DNA virus sample, comparing and splicing viral sequences and filling a blank area of the viral genome sequence. According to the method provided by the invention, the whole genome sequence of the banana bunchy top virus can be acquired and the other microviridae or geminivirus viral genomes can be spliced so as to acquire the whole genome sequence of the virus. The invention firstly reports the method for sequencing the spliced DNA viral genome in high throughput by utilizing transcriptome at home and abroad and fills the blank of the field at home and abroad. The method provided by the invention can be used for identifying and detecting DNA virus.

The invention discloses a non-contact measurement device and method for sound velocities of surface waves and plate waves. The non-contact measurement device comprises an emitting probe, a receiving probe, an embedding system, a pre-amplifier, a signal collecting and processing module, a motor driving device, a scanning frame, a pulse emitter and a power supply, wherein the power supply is connected with the scanning frame, the pre-amplifier, the signal collecting and processing module, the motor driving device, the pulse emitter and the embedding system, respectively; the scanning frame is connected with the embedding system, the signal collecting and processing module, the motor driving device and the pulse emitter, respectively; the emitting probe is connected with the pulse emitter; the receiving probe is connected with the pre-amplifier; the embedding system is connected with the signal collecting and processing module, the motor driving device and the pulse emitter, respectively;the pre-amplifier is connected with a pulse amplifier and the signal collecting and processing module; the signal collecting and processing module is connected with the pre-amplifier and the embedding system; and the motor driving device is connected with the embedding system.

The invention discloses a laser rapid detection and sterilization integrated device and method for viruses and bacteria. The device comprises a laser, a light beam scanning element, a sample collection element, a micro-fluidic chip and a Raman spectrum detection platform. The laser comprises a laser generation source, a light splitting element and a frequency doubling element. A light beam emittedby the laser generation source forms two split light beams through the light splitting element, and one beam forms an excitation light source of the Raman spectrum detection platform. A sample is adsorbed and blocked by the nanotube assembly of the micro-fluidic chip according to the size from large to small to form a bacterial virus area classified according to the size; the excitation light source irradiates each bacterial virus area to obtain microbial identification information; and the other beam forms an ultraviolet laser beam through the frequency doubling element, and the ultravioletlaser beam flows to the beam scanning element. According to the invention, a closed-loop process of rapid detection, disinfection and disinfection and disinfection effect recheck of bacterial virusesis realized, the effectiveness of disinfection and disinfection is ensured, the disinfection and disinfection efficiency is high, the disinfection and disinfection are rapid and targeted, and the safety is high.

The invention provides a calibration method and device of a current sensor. The method comprises: according to a current value range and a working temperature range of a to-be-calibrated current sensor, determining a plurality of groups of different test data of the current sensor, each group of test data comprising an input test current value and a test temperature; according to each group of test data, setting the working temperature of the to-be-calibrated current sensor and inputting a current value to the to-be-calibrated current sensor; obtaining an output current value of the to-be-calibrated current sensor; acquiring calibration parameters of the to-be-calibrated current sensor according to the multiple groups of test data and the output current value corresponding to each group of test data; and finally, storing the calibration parameters in the to-be-calibrated current sensor. Therefore, the calibration process of the to-be-calibrated current sensor can be quickly and automatically carried out, and the calibration precision is improved.

The invention is applicable to the technical field of interface testing, and provides an interface testing management method and device and terminal equipment, and the method comprises the steps: building a first association relation between a test case and an interface according to a test record that the test case references the interface, and the interface comprises an interface of a main version and an interface of a branch version in an interface project; merging the interface of the branch version to the interface of the main version, and updating the interface information of the interface of the main version; establishing a second association relationship between the test case and the updated interface of the main version according to the first association relationship and the interface information; according to the second association relationship, quoting the interface information by the test case, and testing the updated interface of the main version. Through the application, the problem that the interface test case is difficult to maintain when a parallel version appears in an interface project is solved, and the maintenance standardization and automation of the interfacedocument and the test case are realized.

The invention belongs to the field of molecular markers and detection thereof, and particularly relates to a core SNP locus and primer combination for identifying the germplasm resource authenticity of cucumis melo, an SNP locus-based DNA fingerprint database and database construction method, and an SNP locus-based cucumis melo germplasm resource authenticity identification method and application,wherein SNP loci are selected from any one to 32 of the first SNP locus to the thirty-two SNP locus. A DNA fingerprint database for identifying the germplasm resource authenticity of the cucumis melobased on high-throughput sequencing is established in the invention. The method provided by the invention not only can be used for identifying unknown cucumis melo germplasm resources, but also can be used for identifying the authenticity of known cucumis melo germplasm resources. The method provided by the invention has the advantages of high flux, accuracy, low cost, simplicity in operation, manpower and material resource saving and the like, and has a very wide application prospect.

The invention provides a coastal zone wetland ecological safety pattern optimization method and device based on machine learning, and the method comprises the steps: employing a support vector machineand a random forest method to carry out the supervised classification extraction of a pixel scale of a coastal zone wetland of a target coastal zone, so as to obtain a coastal zone wetland extractionresult; performing shape recognition on each wetland patch in the coastal zone wetland extraction result by adopting a patch shape recognition algorithm based on an information theory; and comparingecological disturbance degree differences of wetland patches with different shapes by utilizing variance analysis to obtain an optimal coastal zone wetland landscape type with statistical significance, thereby obtaining a landscape ecological safety pattern mode capable of maximizing ecological toughness. The method and deice can assist in guiding coastal zone wetland landscape pattern optimization, and landscape planning thought and theoretical basis are provided.

The invention belongs to the field of molecular markers and detection thereof, and particularly relates to a core SNP locus and primer combination for identifying the authenticity of pinus bungeana germplasm, a DNA fingerprint database based on SNP loci, a database construction method, a method for identifying the authenticity of the pinus bungeana germplasm based on the SNP loci and application.The SNP loci are selected from any one to 36 of the first SNP locus to the thirty-sixth SNP locus. The DNA fingerprint database for identifying the authenticity of the pinus bungeana germplasm based on high-throughput sequencing is established and can be used for carrying out early identification on the pinus bungeana germplasm in tissues or organs such as seeds, seedlings and leaves, and technical support is provided for pinus bungeana germplasm resource protection. The method not only can be used for identifying unknown pinus bungeana germplasm, but also can be used for identifying the authenticity of known pinus bungeana germplasm. The method has the advantages of high flux, accuracy, low cost, simplicity in operation, manpower and material resource saving and the like, and has very wide application prospects.

The invention relates to the technical field of weld joint processing and provides a weld joint excess weld metal processing device and a weld joint processing method. The device comprises a base frame, a milling unit, a polishing unit and a burnishing unit; the milling unit comprises a milling cutter, a milling buffer floating part, a milling cutter fixing board and a milling drive part arrangedon the milling cutter fixing board; the milling buffer floating part is used for driving the milling cutter fixing board to vertically move according to the excess weld metal of a weld joint to be milled; the polishing unit comprises a flap disc, a polishing drive part and a polishing buffer floating part; the polishing buffer floating part is used for driving the polishing drive part to vertically move according to the excess weld metal of the weld joint to be polished; and the burnishing unit comprises a brush head, a burnishing drive part and a burnishing buffer floating part which is usedfor driving the burnishing drive part to vertically move according to the excess weld metal of the weld joint to be burnished. Through the method, super-long weld joints of twenty meters or longer canbe processed continuously without interruption, milling, polishing and burnishing procedures can be finished at a time, and the processing quality can also be ensured.

The invention discloses a brazing flux solution preparation device, and the device comprises a workbench, a stirring cover, a stirring tank, a stirring assembly, a supporting air cylinder, a transverse plate, a liquid outlet assembly, a control system, a second stirring assembly, a pre-stirring hopper with four inclined faces, a material conveying pipe arranged on the first inclined face, a water pipe which is arranged on the second inclined face and used for discharging water from the side face, and material holes which are formed in the third inclined surface and the fourth inclined surface, wherein the pre-stirring hopper is fixedly connected with the stirring tank through a material conveying pipe, and the second stirring assembly realizes a pre-stirring function; the invention also discloses a control method thereof. The brazing flux solution preparation device is reasonable in design, high in integration level and long in service life, the control method for brazing flux solution preparation is convenient to operate, efficient and continuous production can be achieved, and the production quality of products is guaranteed.

The invention provides a blockchain technology compliance evaluation system and a use method thereof. The system comprises an evaluation outline system, an evaluation template system, an evaluation case system, a project management system, a user management system, a dynamic management system, an evaluation log system and an evaluation report system. Different bottom blockchain platforms can be quickly connected; the interface is convenient and easy to operate; batch modification and updating of scripts corresponding to the evaluation items are realized; the batch execution of the evaluation cases according to different dimensions is realized; rapid export of the evaluation report and the execution log is realized. By customizing the environment, enriching interface functions and shortcut operation, automatic and batch evaluation of the to-be-tested blockchain system can be quickly implemented, the evaluation difficulty of the blockchain system is effectively solved, and the evaluation progress is improved.

The invention relates to an immune nano-magnetic separation system for rapid detection of bacteriotoxin. The immune nano-magnetic separation system comprises a liquid flow unit, a bacteriotoxin detection unit, a gasbag and a collecting pipe, wherein the liquid flow unit is provided with a magnetic separation unit. The immune nano-magnetic separation system is characterized in that the magnetic separation unit comprises a capture pipe and a magnet I, the wall of the capture pipe is provided with a sunken part, the magnet I is mounted on the sunken part, the liquid flow unit comprises a sample pool, a two-position three-way valve I, a two-position three-way valve II and a peristaltic pump, the outlet of the gasbag is communicated with an interface III of the two-position three-way valve II through a pipeline, the collecting pipe is communicated with an interface III of the two-position three-way valve I through a pipeline, and a magnet II is mounted at the bottom of the collecting pipe.

The embodiment of the invention discloses a land leveling method, system and device, equipment and a storage medium. The method comprises the steps that fluctuation information of a to-be-leveled areais determined, and the fluctuation information comprises longitude and latitude information and height information of all position points in the to-be-leveled area; according to the fluctuation information of the to-be-leveled area, a land leveling prescription map of the to-be-leveled area is generated, and the land leveling prescription map comprises all the position points in the to-be-leveledarea; according to the land leveling prescription map of the to-be-leveled area, a land leveling operation route and a land leveling track corresponding to the to-be-leveled area are generated; and land leveling operation is carried out in the to-be-leveled area based on the land leveling operation route and the land leveling track. According to the land leveling method, system and device, the equipment and the storage medium, land leveling operation can be conveniently and accurately carried out in the to-be-leveled area according to the land leveling operation route and the land leveling track, the land leveling accuracy is improved, and the land leveling effect is improved.