24results about How to "Fast transplant" patented technology

The invention discloses a waterproof composite material production intelligent control system, and relates to the technical field of control systems, the system comprises a data acquisition layer, a standard template generation module, a data processing layer, a Transform-based model core layer and an output layer, the data acquisition layer acquires production data in real time; a data processing standard template is generated through a standard template generation module, standardization processing is conducted on real-time data through a data processing layer, production process modeling and production state analysis are conducted through a Transform model core layer, an analysis result is decoded into a control instruction through an output layer, and production line process parameters are adjusted. The production process is intelligently and optimally controlled by applying the artificial intelligence technology, the intelligent level, the operation efficiency and the product quality of the production line are remarkably improved, meanwhile, the production goals of energy conservation, efficiency improvement and intrinsic safety are achieved through refined management and control and whole-process safety protection, and intelligent and green development of the waterproof composite material industry is promoted.

The present invention discloses a flexible fingertip deformation measurement method based on DIC, establishes a flexible fingertip deformation measurement system, first collects camera calibration image data, and calibrates the camera using a combination method based on multi-step phase shift and LBP encoding; then collects images before and after glass refraction, and uses a BP neural network to correct the glass refraction; finally, collects image data to be measured, uses the DIC method and combines the proposed camera calibration method and glass refraction correction algorithm to complete the measurement and analysis of the surface deformation of the soft object under test when pressing the glass. The present invention uses a flexible fingertip deformation measurement system based on DIC, an improved camera calibration method based on multi-step phase shift method and LBP encoding, and a BP neural network glass refraction correction method to detect the three-dimensional deformation information of the target, and the detection is fast, and the detection result is consistent with the actual deformation situation.

The utility model discloses a transplanting device for tobacco planting. The transplanting device comprises a fixing plate; moving wheels are arranged on the lower portion of the fixing plate, a fixing frame is arranged on the fixing plate, a placing plate is arranged on the fixing frame, and a groove is formed in the placing plate. A clamping groove is formed in the side wall of the fixing frame, a horizontal rod is arranged on the clamping groove, and a driving rod is arranged on the horizontal rod; a side rod is arranged on the horizontal rod, a first hydraulic rod is arranged on the side rod, and the first hydraulic rod is connected with the first hydraulic pump and the containing cylinder. The tobacco seedlings can be conveniently and rapidly placed in the placing holes, then soil covering is manually carried out, the tobacco seedlings can be rapidly transplanted, and time is saved.

The utility model relates to the technical field of aquatic planting equipment, and discloses aquatic plant aquatic planting equipment which comprises a planting disc, a first planting assembly is arranged at the top of the planting disc, a second planting assembly is arranged at the top of the planting disc, and the first planting assembly comprises a first planting frame plate arranged at the top of the planting disc. A first planting structure is arranged at the top of the first planting frame plate, the second planting assembly comprises protection plates fixedly installed on the outer walls of the two sides of the planting disc, second planting structures are arranged on the outer walls of the protection plates, and the first planting assembly further comprises a second planting frame plate arranged at the top of the planting disc, so that the purpose of adjusting the internal position of the device is achieved; the device can be conveniently adjusted according to the spacing required by plant growth, the use flexibility of the device is improved, planters can conveniently extract plants, the problem that plant rhizomes are connected with the planting device in a twining mode is solved, and the use experience of the device is optimized.

The utility model provides a kind of automatic seedling rolling device, including vehicle body and the seedling rolling mechanism being installed on the vehicle body, the seedling rolling mechanism includes fixed plate, seedling rolling motor, seedling rolling shaft, clamping plate and control motor, the seedling rolling shaft is installed on the fixed plate, and it is connected the seedling rolling motor by transmission member, the clamping plate top both ends are connected mounting plate by pivot, the mounting plate is fixedly arranged on the seedling rolling shaft surface, the control motor is connected one of the pivot by transmission member;Using the above technical solution, vehicle body moves to the starting position of the planting of field seedling, so that seedling is close to seedling rolling shaft, under the action of control motor, seedling is clamped on seedling rolling shaft using clamping plate, then seedling rolling shaft is driven by seedling rolling motor, so that seedling is rolled together with culture medium, realize automatic seedling rolling, so as to improve the seedling rolling efficiency of seedling, realize the rapid transplanting of seedling.

The invention discloses an automatic testing method and system based on synchronous mapping of a data space and a physical entity, and relates to the field of automatic testing of an intelligent power system.The method comprises the steps that closed-loop wiring is conducted on an intelligent testing box and a protection device, and hardware testing and software testing are conducted respectively; analyzing the configuration file, and creating a twin data space; analyzing the twin data space through a resource index pointer, forming mapping between a physical entity and a digital space, extracting key data to generate a test instance, and performing data display; according to the invention, the debugging efficiency and reliability are obviously improved; rapid generation and transplantation of the test cases among different projects and models are realized by reducing the use threshold; visual protection logic display is provided, and the understanding of complex logic is enhanced; a multi-stage combined architecture design is adopted, and the capability of flexibly adapting to various test scenes is achieved; the modular design enables the system to be more miniaturized, and is convenient to carry and use.

The invention discloses a method, a medium and equipment for upgrading a Linux system to a swan mongolian system, and all directory files of a Linux root file system are completely copied to a new directory / data / linux-rootfs under a root of the swan mongolian root file system. The method comprises the following steps of: after a swan gap operating system is started, modifying an oos-rootfs root directory and a file structure through a shell script, mounting a directory under a Linux root file system directory to a corresponding directory under a swan gap root file system root, linking a file under the Linux root file system directory to a corresponding file under the swan gap root file system root, and on the basis of the swan gap root file system, linking the directory under the Linux root file system directory to a corresponding file under the swan gap root file system. According to the method, a root file system environment required by an original Linux application program is created to realize seamless translation and compatible operation of the application, and the method has the advantages of rapid transplantation, downward compatibility and continuous iteration, and has relatively good practicability.

The invention discloses an electronic circuit experiment teaching method and system based on mixed reality, and relates to the technical field of virtual-real interaction, and the method specifically comprises the steps: obtaining an electronic component, splitting the electronic component, and constructing an electronic component model database; identifying and tracking the physical object, and acquiring identification information and real-time position data of the physical object; obtaining an external input instruction, and analyzing the external input instruction to obtain an operation instruction; calling related data in the electronic component model and / or the theory knowledge base according to the operation instruction and the identification information of the physical object; and displaying the related data, and performing corresponding interactive operation on the related data according to the received gesture data or eye movement data or real-time position data and a preset rule. According to the invention, a real-time interactive learning environment is provided, so that students can understand abstract concepts more intuitively and perform operation practice in a virtual environment, the learning efficiency is improved, and the sense of participation and interest of the students are enhanced.

A distributed vector processing method, device, system and medium are disclosed. The system includes at least two clusters, each cluster includes a plurality of nodes, and the number of nodes in each cluster of the at least two clusters is the same. In each cluster, the plurality of nodes include two types of nodes, aggregation nodes and computing nodes. The aggregation nodes in each cluster are used to manage the data in the cluster, and the computing nodes are used to store and calculate the data of at least one partition. Each computing node in each cluster in the scheme provided by the application can perform parallel storage and calculation on data, can quickly transplant local algorithms without a distributed foundation, can realize distributed calculation, and can accelerate the development efficiency of federated algorithms.

The invention discloses a self-adaptive thermal management control method and system for a power battery and electronic equipment, and relates to the field of battery thermal management, and the method comprises the steps: obtaining a thermal management control parameter of the power battery; obtaining current temperature data and current data of the power battery, wherein the temperature data comprises the highest temperature, the lowest temperature and the average temperature; initiating or canceling a thermal management mode control request based on the temperature data and a preset temperature judgment rule; estimating the residual duration of the battery continuously working to the preset SOC state; judging whether the highest temperature and the lowest temperature of the battery are in the optimal working temperature interval or not after the residual duration based on a current thermal management strategy; if yes, keeping the current thermal management strategy, and returning to the step A2; if not, calculating the average current in the preset historical time; and based on a comparison result of the average current and the current threshold group, adjusting a thermal management mode and a thermal management target water temperature, and returning to the step A2 according to an adjustment result.

The invention discloses an intelligent model transplantation method based on a domestic intelligent chip, and the method comprises the steps: carrying out the model rewriting through a transplantation tool provided by the domestic intelligent chip, and obtaining a model file of a corresponding version of the transplantation tool; if the internal logic of the original model is changed, operators are added to the model file of the version corresponding to the transplantation tool, the model file added with the operators is obtained, and the next step is executed; if not, directly entering the next step; performing model quantification on the model file to obtain a model file after model quantification; generating an offline model based on the model file after model quantification; and the original intelligent model and the offline model respectively load the same example, the results of the two models are compared, if the comparison difference of the results meets the requirement, transplantation is ended, and if the comparison difference of the results does not meet the requirement, a transplantation problem is searched for and resumes. According to the invention, the compatibility problem of the intelligent model is solved, and the operation efficiency, response speed and precision of the artificial intelligence model are not affected.

The invention discloses a process communication method based on an Android virtualization framework and electronic equipment, and the method comprises the steps: a native shared library creates a remote procedure call service and a data forwarding Binder object, and the service information of a server side process in MicroAndroid is registered in a service management center of the native shared library through the data forwarding Binder object; creating a first remote session service through the host to construct a data forwarding channel and obtain a data forwarding Binder agent, wherein the data forwarding Binder agent creates an agent service corresponding to the service information in an agent service management center; when the host receives an access request sent by the client process to the server process, the host searches the proxy service from the proxy service management center, and the proxy service sends the access request to the native shared library through the data forwarding channel; and the native shared library forwards the access request to the server process. According to the application, the communication between the application in the host and the MicroAndroid service is realized.

The invention discloses a combined tea seedling transplanting and fertilizing all-in-one machine, and relates to the technical field of tea seedling planting, the combined tea seedling transplanting and fertilizing all-in-one machine comprises a rack, a transplanting structure is arranged in the rack, and a fertilizing structure is arranged on one side of a mounting column. By arranging a transplanting structure and a fertilizing structure, tea seedlings enter a duckbilled hoe through a guide basket, a driving motor is started to enable a movable part to drive the duckbilled hoe to reciprocate on the outer wall of a reciprocating screw rod, and a transmission belt drives a stirring fan to rotate, so that fertilizer in a fertilizer cylinder is more sufficiently mixed with water; the duckbilled hoe moves downwards to enable the end part of the T-shaped rod to be in contact with the connecting piece, so that the T-shaped rod pulls the fixed piece to enable the movable hoe to rotate to be opened and push soil, and tea seedlings are transplanted; meanwhile, a T-shaped rod pushes a connecting piece, a rotating rod and a barrier plate to rotate, so that fertilizer liquid passes through a hard straight pipe, a communicating valve and a connecting hose, and fertilizer water is directly applied to the roots of the tea seedlings; therefore, the tea seedlings can be quickly transplanted, the utilization efficiency of the fertilizer is improved, and the manual labor amount is reduced.

The invention relates to a multi-partition multi-system guiding method based on UEFI BIOS specifications, and belongs to the technical field of computers. According to the method, system identification is carried out by taking a partition as a unit, different system startup files are matched, different operating systems are distinguished in a disk + partition mode, and each startup item is added into a BIOS (Basic Input / Output System) startup sequence. Meanwhile, the BIOS starting sequence is modified in an in-band mode and an out-band mode, and multiple systems are guided to be started. The BIOS rollback function can be rapidly achieved, a flexible user interface is provided, and the method has the advantages of being easy to expand, independent of a hardware platform, low in coupling degree and high in modularization degree.

This invention discloses a two-row rice transplanter and its transplanting method. In the four-arm seedling-grabbing mechanism of this invention, the seedling-grabbing arm housing is fixedly connected to the seedling-grabbing shaft rotatably connected to the seedling-grabbing arm base. A partially non-circular gear is sleeved on the seedling-grabbing shaft and fixed to the seedling-grabbing arm base fixed to the frame. Four intermediate non-circular gears and four planetary shafts are hinged to the seedling-grabbing arm housing, evenly distributed circumferentially along the seedling-grabbing shaft. Planetary non-circular gears are fixed on the planetary shafts, and seedling-grabbing claws are provided. A convex locking arc is fixed at the toothless position on the partially non-circular gear, and a concave locking arc is fixed on each intermediate non-circular gear, meshing with one planetary non-circular gear. Funnels are fixed directly below the two four-arm seedling-grabbing mechanisms on the frame. Both seedling-grabbing shafts form a rotating pair with the frame. Each pair of accelerating cylinders, with their ends aligned, is located directly below the outlet of one funnel. This invention enables rapid rice transplanting with excellent transplanting trajectory.

A method for counting code execution coverage includes: calculating target code coverage based on target code function instruction information, target code function branch instruction information, and target code instruction corresponding source code information. Abstracting the source code into a syntax tree, parsing the syntax tree to obtain source code function information. Parsing the source code function information to obtain source code function line number information and source code function branch line number information. Calculating source code coverage based on target code instruction corresponding source code information, source code function line number information, and source code function branch line number information. The present invention implements a method and device for counting coverage without inserting stub codes, which can effectively avoid software vulnerabilities caused by redundant stub codes in the software production process, increased storage volume of generated target code files, and frequent source code modifications caused by stub codes, thereby improving the stability and reliability of software products.

The invention discloses a reciprocating compressor control program writing method in a plain text form. The reciprocating compressor control program writing method comprises the following steps that control logic of a reciprocating compressor is divided into a pre-starting stage, a starting stage, a no-load operation stage, a loading operation stage, a normal shutdown stage, a fault shutdown stage and an emergency shutdown stage; text language programming is adopted, a compressor control program can be rapidly transplanted to a high-performance processor platform, a control program with complex functions can be written on a higher-performance platform, and the cross-platform writing capability is high.

The invention relates to the technical field of automatic production, and particularly discloses flexible double-station operation equipment and a working process thereof. The equipment is provided with four conveying ways, namely an avoiding way, an overtaking way, an automatic way and a manual way which are sequentially arranged in parallel in the first direction; the flexible double-station operation equipment comprises a feeding device arranged at the input end of the overtaking lane, a discharging device arranged at the output end of the overtaking lane, a transplanting device and an operation device, wherein the transplanting device and the operation device are arranged in a staggered mode in the second direction. The transplanting device comprises two transplanting carriers, the positions of the transplanting carriers can be switched in the first direction, and transplanting assemblies can convey products in the corresponding conveying channels in the second direction; the operation device comprises an automatic operation module and two operation carriers, the positions of the operation carriers can be switched in the first direction, the operation assemblies can convey products in the corresponding conveying channels in the second direction, and the automatic operation module is used for processing the products located on the operation assemblies in the automatic channels. The equipment is used for realizing flexible combination of different processes and action flows.

The present invention discloses a data compression method suitable for low-level embedded systems, including the following steps: S1, processing target data to obtain the required data format, and confirming the minimum effective data length; S2, presetting the fault tolerance range according to the effective data length; S3, collecting a reference frame as a reference data reference table, and subsequent data compression and decompression are based on this reference data reference table, and update synchronization is performed on the basis of this reference data reference table; S41, compressing the data vertically line by line through the reference frame, comparing whether the changes before and after each section of effective data are within the preset fault tolerance range, and judging whether the effective data needs to be transmitted. The present invention can provide a higher data compression rate to a certain extent, is more suitable for low-level embedded systems, saves costs, replaces the existing complex compression transmission method with a simple and easy-to-implement compression method, makes the project development faster, and the entire compression method is easier to maintain and transplant.

The utility model relates to the field of rooting promoting devices, and discloses a garden nursery stock cutting rooting promoting device which comprises a main body, a glass cover is fixedly arranged on the upper end face of the main body, a placing frame is fixedly arranged on the inner bottom face of the main body, a placing plate is fixedly arranged on the upper end face of the placing frame, and a plurality of placing mechanisms are arranged on the upper end face of the placing plate in a clamped mode. The glass cover comprises a supporting frame, a glass cover is fixedly arranged on the upper end face of the supporting frame, and a plurality of air inlets are formed in the front end and the rear end of the supporting frame. According to the seedling planting device, when the seedling planting device is used, the placing frame is arranged in the main body, the placing frame can support the placing plate, rooting water can be placed in the main body, the placing mechanism can be placed when the placing plate is used, the placing mechanism can be used for planting seedlings, and the placing mechanism comprises a base. A placing cylinder is fixed at the upper end of the base, and planting soil can be placed in the placing cylinder.

The application relates to a 2.4G wireless communication distance enhancement method based on bit repetition coding. The method comprises the following steps: bit repetition coding is performed on an original binary data bit stream at a sending end to repeatedly send each original bit N times to generate a sending bit sequence after repetition coding; a demodulation bit sequence is obtained after demodulation at a receiving end, the demodulation bit sequence is grouped according to every N continuous bits to obtain a plurality of bit groups, majority judgment is performed on each bit group to output a judgment result, and meanwhile, the judgment results are spliced in sequence to recover the original binary data bit stream; and the application solves the problems that the existing 2.4GHz wireless communication system has insufficient anti-interference capability, poor edge distance communication reliability, and the like under the premise of not increasing transmission power, not changing hardware and not reducing data rate.

The utility model relates to the technical field of seedling transplanting technique provides a zongye seedling cup stripping transplanting device, including mobile base, the top of mobile base is fixed with the ejection structure, the ejection structure includes electric push rod, top plate and guide telescopic link. The utility model discloses be provided with the ejection structure, and electric push rod drives the vertical rise of top plate, and top plate can resist the bottom of seedling cup body, make the bottom of seedling cup body deform upward, and the zongye seedling is ejected from the inside of seedling cup body upward, is convenient for stripping, avoids the mechanical hand to directly stretch into the inside of seedling cup body and carries out the seedling, avoids the mechanical hand to damage root system, and the guide telescopic link is symmetrically distributed, ensures that the movement track of top plate is perpendicular, prevents the deviation, realizes the device to have the function convenient for the seedling and ejects, is favorable to stripping, improves the convenience of the zongye seedling cup stripping transplanting device when using.

The invention discloses a modularized vehicle-mounted controller Bootloader. The modularized vehicle-mounted controller Bootloader comprises a microcontroller abstraction layer MCAL, a communication and diagnosis module and an application layer, the abstraction layer MCAL of the microcontroller is driven by the MCAL of the AUTOSAR standard; the communication and diagnosis module is used for CAN communication and UDS diagnosis based on the AUTOSAR specification; the application layer comprises a BM module, an FBL module and a SecM module; the BM module is used for initializing an ECU (Electronic Control Unit), checking downloading of the ECU after initialization, managing skipping executed by a BootLoader or refreshing an APP (Application) program, and executing initialization of a microcontroller abstraction layer MCAL (Microcontroller Abstraction Layer) driver; the FBL module provides a related downloading service processing interface for the UDS for executing data processing of a downloading process; and the SecM module is used for executing a data verification task. The modularized vehicle-mounted controller Bootloader disclosed by the invention has the advantages that the quick transplantation of the Bootloader can be realized, the transplantation cost is reduced, the parameter configuration is convenient and quick, and the like.

The application discloses a radio waveform cross-platform transplantation method and device, equipment and medium, and the method comprises the following steps: performing waveform transplantation uniformity detection on an evaluation object to obtain a detection result quantization value; if the detection result quantization value reaches a preset uniformity threshold, basic element evaluation is continued; otherwise, the evaluation is ended; if the evaluation quantization result of the basic element reaches a preset basic element threshold, waveform initial transplantation verification is performed; after the waveform initial transplantation verification evaluation is completed, waveform portability quantization statistics are performed; otherwise, the evaluation is ended. Through the construction of a quantitative evaluation system, the application can realize fast cross-platform transplantation of software radio waveforms and provide strong support for waveform development.