31results about How to "Less testing effort" patented technology

The invention discloses a safe detonating circuit and a safe detonating method for an initiating explosive device of an aircraft. The safe detonating method comprises the following steps: firstly, forbidding power supply for a power supply positive end of the initiating explosive device and a power supply positive end of a relay, and setting a circuit of the initiating explosive device in an initial safe state; supplying power to the power supply positive end of the initiating explosive device, starting supplying power to the power supply positive end of the relay after a certain time interval, and enabling the circuit of the power supply initiating explosive device to enter an electrified safe state; connecting a take-off signal of the aircraft into an open circuit end of an electromagnetic coil, and enabling the circuit of the initiating explosive device to enter a one-time unlocking state; connecting a separating signal of the aircraft and a rocket into the electromagnetic coil, and enabling the circuit of the initiating explosive device to enter a secondary unlocking state; instantly applying a detonating instruction to the open circuit end of the electromagnetic coil, and detonating the initiating explosive device; cutting off the power supply of the power supply positive end of the initiating explosive device and the power supply positive end of the relay, breaking off the take-off signal of the aircraft and the separation signal of the aircraft and the rocket, and enabling the initiating explosive device to be restored to an initial safe state. According to the safe detonating circuit and the safe detonating device disclosed by the invention, due to the adoption of automatic unlocking, the detonating circuit and a five-stage detonating process, the initiating explosive device is effective, safe and reliable for detonation.

The embodiments of the invention provide a mobile device Wi-Fi channel configuration method and device. The method comprises the steps of when loading the Wi-Fi drive of a mobile device, reading the mobile country code of a country or district where the mobile device is located; inquiring about channel information corresponding to the mobile country code; configuring the Wi-Fi of the mobile device according to the channel information. The method and the device solve the problem of excessive scanning of some channels or missing scanning of some channels and guarantee the success rate of network connection. Dynamic loading reduce the implementation and test work of research personnel and test personnel during channel information update, so that the waste of manpower cost is reduced and the error probability is reduced.

The present invention discloses a multi-channel meteor trail channel simulator, and relates to the transmission environment simulation equipment of meteor trail burst communication channel in the field of communication. The channel simulator comprises a digital control attenuator, a power distribution / synthesis device, a channel simulation unit, a power supply and other components. When in use, the channel simulator is connected in the meteor trail communication channel in series, to simulate the characteristics of the actual meteor trail channel, which comprise the appearance of random burst and the signal intensity of exponential decay; and the channel simulator can be used for simulation testing of various technical indicators of the meteor trail communication channel. The channel simulator also has the advantages of high degree of integration, simple circuit, small size, convenient use, stable and reliable performance, and so on, and is in particular suitable for the meteor trail channel simulator on the occasions of the joint testing of the system, the transmission threshold testing of the equipment, the capacity testing of the network protocol, and so on in the meteor trail communication system network under the condition of the laboratory.

The invention discloses a method and a system capable of fast embedding a client-side game program to a browser. The method is that current game information of a game role is obtained, and necessary game resource groups of a current game are looked up in all game resource groups according to the current game information; the found game resource group necessary in operating the game is downloaded, and whether the necessary game resource group is downloaded is judged in preset time; if the necessary game resource group is downloaded, game resource data in the necessary game resource group are loaded in a plug-in of a browser; if the necessary game resource group is not downloaded, a waiting downloading state is displayed in the plug-in of the browser, and the input process of a user is prevented. Compared with the prior art, the method greatly reduces recoding and test work on client-side game data, and reduces the producing cost of changing a client-side game to a webgame.

In a method for controlling a field device F1 in automation engineering with a control program which comprises a framework application and executable software components which are associated with field devices and which encapsulate the control functionalities of field devices, the software component which is associated with the field device F1 is in two parts. It comprises a basic software component and an expansion software component, wherein the basic software component DTM-F1 is used for reading and writing device parameters of the field device F1 and provides a basic graphical user interface, and wherein the expansion software component DLL-F1 is produced from the program code of the device software GS of the field device F1 and provides the control functionality of the field device F1.

The invention discloses a migration data verification method for a power dispatching automation system. The migration data verification method comprises the steps of selecting a new master station and an old master station corresponding to service migration of the power dispatching automation system, selecting some to-be-verified substation in the old master station, disconnecting a normal communication channel of the to-be-verified substation and the old master station and establishing a corresponding analog substation, enabling remote control points to be selected in the new master station and the old master station for the analog substation and serve as current remote control points, sequentially issuing a remote control selection command, a remote control execution command or a remote control revocation command according to the current remote control points, collecting original data of issued commands of the current new master station and the current old master station through the analog substation, checking and comparing the original data to finish data verification of every remote control point, and finally restoring the normal communication channel of the to-be-verified substation and the old master station. The migration data verification method can guarantee migration of the power dispatching automation system between the new master station and the old master station, and has the advantages of being quick in verification speed, high in verification efficiency, good in verification accuracy, and simple and practical.

An embodiment of the invention provides an LIN (local interconnect network) communication schedule setting method which is simplified in modifying process, aiming to solve the problems of complex scheduling period modifying process, frequent code changing and a large amount of repeated work of existing LIN communication scheduling. The LIN communication scheduling setting method includes: setting a communication period of every node in an LIN network to be a variable on a host node of the LIN network and configuring a diagnosis configuration service on the host node; modifying the communication period of every node by the diagnosis configuration service when a scheduling period of LIN communication scheduling needs to be modified; acquiring the modified scheduling period of the LIN communication scheduling according to the modified communication period of every node, so that the host node can perform scheduling according to the modified scheduling period. The LIN communication schedule setting method has the advantages of more simplicity and easiness in scheduling period modifying process, no requirement for frequent code modifying and prevention of large amount of repeated work.

The invention relates to a computer interlocking software development and realization system based on formalized model development. The system includes: an interlocking software logic module, which isused for realizing interlocking logic processing functions of the system, wherein modeling and designing of the interlocking logic functions are carried out by adopting an SCADE (safety-critical application development environment) tool; an interlocking software application interface module, which provides information transmission channels of logical operations and external interfaces, and is used for realizing parsing and packaging of various types of communication message data of the external interfaces, and completing information exchange with the interlocking software logic module at thesame time; and a testing module, which is used for carrying out simulation testing and safety verification on model logic designs. Compared with the prior art, a model of the invention has the advantages such as the advantages that C-language code which is suitable for use in an embedded operating system can be verified or automatically generated, and the generated code meets a series of safety features.

The invention discloses a safe detonating circuit and a safe detonating method for an initiating explosive device of an aircraft. The safe detonating method comprises the following steps: firstly, forbidding power supply for a power supply positive end of the initiating explosive device and a power supply positive end of a relay, and setting a circuit of the initiating explosive device in an initial safe state; supplying power to the power supply positive end of the initiating explosive device, starting supplying power to the power supply positive end of the relay after a certain time interval, and enabling the circuit of the power supply initiating explosive device to enter an electrified safe state; connecting a take-off signal of the aircraft into an open circuit end of an electromagnetic coil, and enabling the circuit of the initiating explosive device to enter a one-time unlocking state; connecting a separating signal of the aircraft and a rocket into the electromagnetic coil, and enabling the circuit of the initiating explosive device to enter a secondary unlocking state; instantly applying a detonating instruction to the open circuit end of the electromagnetic coil, and detonating the initiating explosive device; cutting off the power supply of the power supply positive end of the initiating explosive device and the power supply positive end of the relay, breaking off the take-off signal of the aircraft and the separation signal of the aircraft and the rocket, and enabling the initiating explosive device to be restored to an initial safe state. According to the safe detonating circuit and the safe detonating device disclosed by the invention, due to the adoption of automatic unlocking, the detonating circuit and a five-stage detonating process, the initiating explosive device is effective, safe and reliable for detonation.

The present invention provides an OCV-SOC curve real-time online prediction method. The method includes the following steps that: the OCV-SOC curve of a battery when a certain influence factor is constant and the other influence factors are variable is obtained, and the obtained curve is adopted as a reference OCV-SOC curve, an influence factor value in the curve is set to a reference influence factor value; all influence factor values under the current state of the battery are obtained; and the reference OCV-SOC curve is fitted through a nonlinear algorithm under corresponding influence factors according to the obtained current influence factor values, so that the SOC value of the battery under the current state can be obtained, With the OCV-SOC curve real-time online prediction method adopted, similarity between a predicted OCV-SOC curve and an actually tested OCV-SOC curve can be improved.

The invention discloses a plug-in verification method, electronic equipment and a computer storage medium. The method comprises the steps that a new program library file generated according to a current host application program is acquired, and an old program library file which a to-be-verified plug-in depends on in generation is acquired; whether the new program library file contains content of the old program library file is determined, and a determination result is obtained; and a plug-in verification result is generated according to the determination result. Obviously, through the scheme,the realizability of the plug-in can be detected when the host application program which the plug-in depends on changes, test work of the plug-in by a tester in a later period is saved to a great extent, a developer can realize detection and modification of the matching relation between the plug-in and the host application program in the development process, and development and optimization efficiency of application software is improved.

The invention discloses a monitoring equipment configuration method, device and system and an intelligent terminal, which are used for reducing confirmation and test work in a configuration customization process without finishing manufacturing and programming of a configuration file in a development process, and shortening the product development time. The monitoring equipment configuration methodcomprises the following steps: receiving a configuration information uploading request containing a first equipment identifier; acquiring configuration information of monitoring equipment corresponding to the first equipment identifier; and uploading the configuration information to a server to request the server to write the configuration information into monitoring equipment with the same monitoring equipment requirement corresponding to the first equipment identifier.

The invention discloses an account generation method and device, and relates to the technical field of computers. A specific embodiment of the method comprises the steps of determining an account rulecorresponding to a service according to a service demand and an account rule set stored in an account configuration table; generating an account template corresponding to the service according to theaccount type and the account rule corresponding to the service; and calling a unified account generation interface to generate an account according to the account template. According to the embodiment, the account rule can be loosely coupled with the service, and the high reusability of the account template can be realized; the situation that logic of various account rules is solidified in codesis avoided, when new service requirements need to be met, only development of a new account template needs to be achieved, the influence analysis, development and test work is greatly reduced, and meanwhile standardized access specifications can be provided for users.

The invention discloses a harmonic suppression system based on digital-analogue mixed design. The harmonic suppression system comprises two parts, namely a digital circuit and an analogue circuit, wherein the digital circuit comprises a signal processor and an isolation circuit; the analogue circuit comprises a receiving latch and a receiving channel. The harmonic suppression system based on the digital-analogue mixed design is used of the problem of interference of a digital circuit in an existing digital-analogue mixed receiver with the receiving channel via a control line.

The invention discloses a complaining method at a user terminal, a complaint processing method at a network side, the user terminal, a complaint processing server and system, wherein the complaining method at the user terminal includes: acquiring complaint types selected by users at the user terminal; measuring network parameter of the current network; generating complaint information according to the measurement result of the network parameter; and transmitting the complaint information to the complaint processing server at the network side. The complaining method at the user terminal, the complaint processing method at the network side, the user terminal, the complaint processing server and system of the inventive embodiments can quickly and accurately execute fault location, improves complaint processing efficiency, and reduces waste of resources, thereby effectively overcoming the defects of low describing accuracy of the complaint mode, no accurate fault location and considerable resource consumption in the prior art.

Embodiments include methods, performed by a master node (MN) in a radio access network, for establishing radio resources between a secondary node (SN) and a user equipment (UE). Such embodiments include sending, to the SN, a request identifying one or more QoS flows to be setup between the SN and the UE; and receiving, from the SN, a response including identification of one or more radio bearers that were admitted by the SN in association with the requested QoS flows. Such embodiments also include sending, to the SN, identifiers of one or more tunnels for forwarding downlink user-plane (DL UP)data over an interface between the SN and the MN. Each tunnel identifier is associated with a respective admitted radio bearer. Embodiments also include complementary methods performed by a SN, as well as network nodes configured to perform the various methods.

The invention relates to a tree-shaped logic software design method of a dual-power automatic change-over switch. The design method comprises the following steps that the design method comprises the following steps of: S1, designing a container structure, wherein S101, the container linked list comprises a linked list structure realized by using a template; different types of container objects canbe received by specifying different template parameters, and each container object holds pointers of the front container object and the rear container object so as to form a linked list structure, S102, designing a container adding method, S103, designing a container deleting method and S104, designing a traversal algorithm; S2, four classes are created according to the dual-power-supply workingmode, each working mode comprises multiple working states, the working states are abstracted into container classes, objects are created for each container class and added to the corresponding workingmode, and a top-down tree-shaped structure is finally formed by the same class; And S3, designing a scheduling algorithm of a tree structure. The logic structure is clear, the later modification riskis reduced, and the test workload is reduced.

The invention relates to a software test method and device and a test manuscript generation method and device. The software test method comprises the following steps of: obtaining a first prototype graph, a test command and a second prototype graph according to a test manuscript corresponding to software, wherein the test command comprises operation information corresponding to a design operation carried out on the first prototype graph, and the second prototype graph is obtained after carrying out the design operation on the first prototype graph; executing the test command in the software to obtain a test result page; comparing the test result page with the second prototype graph; and determining whether the test command passes or not according to the comparison result. According to the methods and devices provided by the invention, the test personnel do not need to compile test manuscripts, and automatically generate test manuscripts according to software development processes, so that the test work of the test personnel is lightened; and moreover, the test manuscripts comprise test commands and test results for each design of software development, so that the subsequent software test is more comprehensive and correct.

The invention provides an SSD laminated layout structure and a design method and device, and the method comprises the following steps: S1, enabling a CPU, a DDR and a DRAM to be disposed at two sidesof a flexible board, and enabling a power utilization module and a corresponding power supply module to be disposed at the same side of the CPU and the DDR; s2, increasing the area of the SSD productboard, and setting test components on the periphery of the SSD product board; s3, increasing the layers of the SSD product board, setting the wiring of the test component and the original SSD productboard at the newly increased layer, adding an isolation layer for the newly increased layer, maintaining the relative interlayer relationship of the original SSD product board, and generating a test board; and S4, after the test is completed, deleting the test element and the correspondingly increased SSD product board area, removing the test element and SSD product board wiring and the increasedlayer surface, and recovering the original SSD product board.

The embodiment of the invention provides an SSB beam configuration optimization method and device, a medium and electronic equipment. The method comprises the following steps: acquiring an interference index of each beam in a target cell, wherein the interference index is used for representing the interference degree of beams in adjacent cells on the beams in the target cell; determining a comprehensive interference index of the target cell according to the interference index of each beam in the target cell; when the comprehensive interference index of the target cell is not equal to the minimum value, the beam configuration mode of the target cell is adjusted so that the comprehensive interference index of the target cell can be equal to the minimum value, and the beam configuration mode corresponds to the emission sequence of all beams in the target cell in time and space. According to the technical scheme of the embodiment of the invention, the optimization efficiency of the network coverage quality in the cell can be improved.

The invention belongs to the field of composite boards, and particularly relates to an irreversible temperature change ceramic tile composite board. The ceramic tile composite board comprises a base board and ceramic tiles compounded on the base board, wherein an irreversible thermochromic layer is arranged on the outer side surface of the ceramic tile, and the irreversible thermochromic layer is formed by curing irreversible thermochromic ink. The irreversible thermochromic layer is arranged on the outer side face of the ceramic tile composite board, when the ceramic tile composite board experiences the environment temperature larger than or equal to 50 DEG C in the transportation process, the composite board can irreversibly deform, meanwhile, the irreversible thermochromic layer can also irreversibly change in color, and when the composite board is transported to a construction site from a factory, the irreversible thermochromic layer can change color irreversibly. A worker can simply judge whether the composite board deforms or not in the transportation process according to the color change of the side face of the composite board, so that the test work on the composite board on site is reduced, the site construction efficiency is improved, and the expenditure of manpower and material resources is reduced.

The present application relates to an application testing method, system, computer equipment and storage medium. The method includes: analyzing the current interface to obtain controls on the current interface; identifying controls to be operated from the controls; acquiring the operation type of the controls to be operated, and according to the operation The type performs a simulated trigger operation on the control to be operated, and detects whether the control to be operated triggers a response; if the control to be operated does not trigger a response, marks the control to be operated as an invalid control; Control's pending controls to test. Efficiency can be tested using this method.