13results about How to "Improve online efficiency" patented technology

The present application discloses a script online method and development platform, wherein the development platform includes: a script management background, a remote script warehouse, and an interface container; the remote script warehouse is used to store uploaded project scripts developed based on the interface container; the script management background is used to respond to user configuration operations, configure basic information of the project and the remote script warehouse address corresponding to the project, and push the project script stored under the remote script warehouse address corresponding to the project to a target online server; the interface container is used to periodically poll the project script newly received by the corresponding target online server, and compile and load the project script through a pre-defined script compiler corresponding to the project to which the project script belongs, and is used to respond to user resource application requests and create resources corresponding to the project in the resource cluster applied for by the development platform.

The invention provides an online method, device and equipment and a mobile robot, and relates to the technical field of mobile robotics.The method comprises the steps that mobile exploration is carried out based on an exploration route, and code band recognition is carried out in the mobile exploration process; if the code belt is identified, continuing to move along the code belt; and if the positioning code is identified in the process of moving along the code band, determining the current position in the map according to the positioning code. According to the scheme, mobile exploration is carried out by utilizing the exploration route, when the mobile robot moves to the code belt, the code belt can be recognized, and then the mobile robot can enter the line patrol mode and automatically move along the code belt until the positioning code is recognized, so that online is realized. According to the mode, the online process of the mobile robot is simplified, the mobile robot does not need to be manually and remotely controlled to move to the two-dimensional code any more, operation is simpler and more convenient, and the online efficiency of the mobile robot is improved.

The present disclosure provides a data model automatic testing method and device and electronic equipment, and relates to the field of software testing. The method comprises the following steps: obtaining all attribute combinations of a plurality of preset attributes corresponding to a to-be-tested data model and a plurality of preset conditions, and determining all condition combinations corresponding to the to-be-tested data model according to the all attribute combinations and the plurality of preset conditions; obtaining preset attribute values of each preset attribute under each condition combination, and determining a first target result corresponding to each condition combination according to the preset attribute values of the preset attribute; generating a plurality of data requests corresponding to each condition combination respectively, and inputting the plurality of data requests into the to-be-tested data model to obtain a second target result corresponding to each condition combination output by the to-be-tested data model; and outputting an output test pass message of the to-be-tested data model when each second target result is equal to the first target result of the corresponding condition combination. The present disclosure can improve the comprehensive testing efficiency of the data model.

An unmanned aerial vehicle on-line hoisting structure comprises a stand column, a moving base, a pressing assembly, a linkage assembly, walking wheels, a first driving device, a second driving device, a mounting base, a hoisting arm and a connecting assembly. One end of the stand column is mounted on the inspection robot, a mounting seat is mounted at the other end of the stand column, the traveling wheels are rotatably mounted on the mounting seat, and the second driving device is used for driving the traveling wheels to rotate; one end of the suspension arm is detachably installed on the installation base through a connecting assembly, the other end of the suspension arm is used for being connected with an unmanned aerial vehicle, the connecting assembly is movably installed on the installation base, and the end of the connecting assembly can be installed at one end of the suspension arm. The utility model provides the on-line hoisting structure of the unmanned aerial vehicle according to the content, and solves the problems of long time consumption and low on-line efficiency due to the fact that the on-line hoisting structure in the prior art needs to place the inspection robot, firstly press the inspection robot to prevent the inspection robot from falling off and then take out the suspension arm or the suspension rope.

The invention discloses a spacer mounting robot which comprises an energy supply mechanism, a wire clamping mounting mechanism and a taking mechanism, the energy supply mechanism, the wire clamping mounting mechanism and the taking mechanism are arranged in a split mode, and the energy supply mechanism and the wire clamping mounting mechanism are electrically connected through a magnetic connecting wire. The energy supply mechanism is used for providing driving energy for the whole, the taking mechanism can grab a spacer, the wire clamping installation mechanism clamps a wire to place the wire into lock catches of the spacer and lock the wire, the load during wire feeding can be reduced through the three-body type arrangement, the wire can be conveniently conveyed to the wire, the wire feeding efficiency is greatly improved, and the labor intensity of workers is reduced. And secondly, due to the fact that the single mechanism is light in weight, when the unmanned aerial vehicle is on line, more kinds of unmanned aerial vehicles can be selected, new large-load unmanned aerial vehicles do not need to be specially researched and developed, and therefore the construction cost is reduced.

The application provides an online method and system of a terminal and a computer readable medium. The method comprises the following steps: obtaining the current latest terminal information matching table through a factory base station; polling the terminal which has not entered the factory and is online in the latest terminal information matching table according to a polling period; sending a call package to the polled terminal; updating the state of the polled terminal in the terminal information matching table to the state of having entered the factory and being online if the response package replied by the polled terminal is received within a preset time length; and broadcasting the updated terminal information matching table to the base station accessing the factory network through the factory network, so that the positioning base station updates the factory terminal dynamic list according to the updated terminal information matching table, and communicates with the terminal which has entered the factory and is online in the factory terminal dynamic list according to the polling period, thereby reducing the call time consumption of the terminal which has not entered the factory and is online, and shortening the polling period of the positioning base station.

The invention provides a development and release method and system for a front-end pop-up window page and a storage medium, and the method comprises the steps: obtaining a pre-designed visual image, and carrying out the pop-up window page layout through a preset pop-up window configuration platform in a manner of dragging elements based on the visual image; based on the result of the popup window page layout, elements of a popup window configuration platform are embedded into a pre-written service code through a preset popup window development kit to form a popup window code; and after the pop-up window code is tested through a preset test platform, a pop-up window page is released. The problems that an existing front-end pop-up window page development process is high in complexity and low in online efficiency are solved.

The utility model relates to the technical field of electrolytic aluminum, and discloses an aluminum electrolysis anode forklift clamping device which comprises an installation part, a guide rod guide plate is arranged in the middle of the installation part, and a first telescopic oil cylinder and a second telescopic oil cylinder are symmetrically arranged at the two ends of the installation part. The output end of the first telescopic oil cylinder and the output end of the second telescopic oil cylinder are each provided with a clamp which is movably connected with the installation piece and matched with the guide rod guide plate. Compared with the prior art, the device has the advantages of being small in size, easy to manufacture, safe and convenient to operate, efficient and flexible, and high in efficiency of clamping two groups of anode scraps to be fed.

The invention belongs to the technical field of application performance management, and discloses a SKYWALKING technology-based problem tracking platform and a SKYWALKING technology-based problem tracking method, which comprise system structure design, function module design, user interface design, safety and performance optimization, test and deployment, the system structure design comprises a front end, a rear end, a database and a monitor, the function module design comprises a user management module, a problem management module, a communication and cooperation module, a data analysis module and a monitoring and alarm module. And through a comment system and a file sharing function, rapid solving of problems is promoted. And the data analysis module provides detailed data support for managers by using statistical reports and processing aging analysis, so that decision optimization and process improvement are facilitated. The functional modules jointly form an efficient and flexible problem tracking and management system, and the agility and reliability of software development, operation and maintenance are greatly improved.

The present invention relates to a link log generation method and system. By utilizing a bytecode plugging method, link information is synchronously added in the existing process of generating log information while keeping the original log system unchanged at the bottom layer. This can greatly reduce the development and operation and maintenance workload required when the existing log system is switched and upgraded to a link log, improve the online efficiency, reduce the application cost, realize the addition of a link tracking function to the existing log component, and avoid the tedious work of large-scale modification of the system bottom layer and re-adaptation of the system.

The application discloses an element positioning method and an element positioning device. The element positioning method comprises the following steps: determining a target logical name of a target element; calling a target calling interface based on the target logical name; determining a target element identifier corresponding to the target logical name based on a first mapping relationship table between logical names and element identifiers by using the target calling interface, wherein the logical name and the element identifier of each element are unique; and determining a target position of the target element based on the target element identifier. The target calling interface is used to determine the target element identifier corresponding to the target logical name of the target element, and the target position of the target element is determined based on the target element identifier, that is, the target positions of the target elements in a page can be automatically determined without manual determination of the target positions by testers; and after the position of the target element in the page is updated, the testers do not need to rewrite scripts, time and labor are saved, and the test efficiency of a user interface is greatly improved.

This invention relates to a four-split conductor auxiliary loading device and its usage method, comprising an upper assembly and a lower assembly. The upper assembly includes a clamping assembly, a guiding assembly, a winding assembly, a first frame, and a locking device. The lower assembly includes a second frame, a conductor pressing assembly, a guide cone, a positioning assembly, and a lifting assembly. The guide cone of the lower assembly engages with the guide assembly of the upper assembly. Clamping assemblies are located on both sides of the first frame, and guide assemblies that engage with the lower assembly are located on the inner sides of the two clamping assemblies. Locking devices are located on one side of each of the two guide assemblies at the bottom of the first frame. A guide cone that engages with the guide assembly is located at the top of the second frame, and a positioning assembly is located between the two guide cones. A lifting assembly is located at the bottom of the second frame. This device reduces the overall weight during high-altitude operations, avoids the problem of overlapping of the upper and lower layers of four-split conductors when the four-split robot is too heavy during loading, and eliminates the tedious operation of repeatedly winding and unwinding the rope, significantly saving operation time and improving loading efficiency.

The application provides a hospital heterogeneous service unified access system and method, relates to the technical field of medical informatization, and the system comprises a hospital integrated base. The hospital integrated base provides a preset standardized application programming interface for a hospital internal information system, and receives a standardized service request sent through the interface; determines a target external service platform according to a service type and a routing rule; performs service adaptation and protocol conversion processing according to the service type, converts the standardized service request into a request matched with a target platform interface, the processing comprises service fusion processing of combining multiple requests into a single request, or simplification processing of extracting core fields to generate a simplified request; sends the converted request to the target platform, and receives response data, which is converted into a standardized format and then returned to the information system. The application realizes decoupling of internal and external systems, reduces development and maintenance costs, and improves interfacing efficiency and service response speed.