30results about How to "Realize online debugging" patented technology

The invention discloses a development method of an optimizer plugin of multidisciplinary optimization simulation software. In the method, the optimizer plugin comprises a plugin port module, an API interface module, an algorithm program module and a plugin interface module, wherein the plugin port module is used for realizing the function calling carried out on the optimizer plugin by the simulation software; the API interface module is used for realizing calling carried out on an analysis module in the software by the optimizer plugin; the algorithm program module is used for realizing functions of calling an algorithm program and executing an optimization strategy; and the plugin interface module is used for realizing graphical configuration of parameters of the algorithm program. According to the method disclosed by the invention, interfaces are simple and easy to learn, so that the online debugging of the program of the optimizer plugin can be realized, and the development period of the optimizer plugin can be shortened; and meanwhile, the calling and data transmission between the optimizer plugin and the simulation software are carried out by adoption of a memory interaction manner, so that the running efficiency of the optimizer plugin is improved.

The embodiment of the invention provides an intelligent equipment online debugging method, an intelligent equipment online debugging device, an intelligent equipment online debugging system and electronic equipment, and belongs to the technical field of computers and communication. The intelligent equipment online debugging method comprises the following steps: in response to debugging parameter input information, generating a debugging instruction; in response to a confirmation instruction for a debugging control, sending the debugging instruction to an Internet of Things platform so as to issue the debugging instruction to the intelligent device through the Internet of Things platform; receiving and displaying an execution message returned by the Internet of Things platform, wherein theexecution message is generated by executing the debugging instruction by the intelligent device. According to the technical scheme, online debugging of the intelligent device can be achieved. The debugging accuracy is improved. Meanwhile, the debugging convenience of the intelligent device can be improved.

The invention discloses a Bluetooth intelligent mobile terminal-based hydrodynamic retarder monitoring system, which comprises a hydrodynamic retarder, a lower computer and an upper computer, wherein an oil temperature sensor, a water temperature sensor, a pressure sensor and a hand-operated / foot-operated gear switch are arranged on the hydrodynamic retarder, and are connected with the lower computer; the lower computer is connected with an automotive CAN (controller area network) bus; a first Bluetooth module is arranged on the upper computer; a second Bluetooth module is arranged on the lower computer; the upper and lower computers communicate through the first and second Bluetooth modules. The system is used for monitoring the statuses of a vehicle and the retarder on line in real time by monitoring data produced by a hydrodynamic retarder controller product in real time, and in addition, multiple functions of real-time data acquisition and display, online debugging, failure diagnosis and the like can be realized; the monitoring system has multiple advantages of low cost, convenience, high speed, high reliability, reduction in requirements on technicians and the like, and meanwhile, the comprehensive application of a mobile terminal and automotive electronics is guided.

The invention provides an avionics case with internal module stack structure form connection. The function modules are connected in a stack structure mode. A micro rectangular connector is adopted between the adjacent functional modules; the functional module communicates with the socket rear printed board of the front panel through a double-head cable; the printed board of each function module isparallel to the case cover board, the function module printed board is parallel to the micro-distance connector plug-in opening, each function module is fixed on the installation boss of the case body, and the function module and the mother board are plugged in the rectangular connector space, and the locking device is installed in the fixing space. According to the invention, the maximization ofthe effective device arrangement area on the module printed board in the case can be realized, so that the size of the appearance of the case is minimum. The metal wire mesh shock absorber is arranged to meet the requirement for the vibration strength of a machine, the window in the case body can be externally connected with debugging equipment, the online debugging and software upgrading are achieved, the power source function module and the cover plate function are integrated, and the heat dissipation efficiency is high.

The present invention discloses a development platform for the compressor controller of an electric car power-driven air conditioner. The development platform is composed of an upper computer and a lower computer. The hardware structure of the upper computer comprises an industrial control machine and a USB / CAN card. The hardware structure of the lower computer comprises an electric car power-driven air conditioner compressor test bench and a test bench control plate. The upper computer sends the test content to the test bench control plate. The test bench control plate controls the test bench to conduct the test on the compressor controller of the power-driven air conditioner. According to the technical scheme of the invention, the online program updating, the parameter calibrating, the data monitoring and various tests on the compressor controller of the electric car power-driven air conditioner are realized. Therefore, the debugging complexity of the compressor controller of the power-driven air conditioner is obviously reduced. Meanwhile, the development time of the controller is shortened.

The invention discloses an informatization management method. The method comprises the steps that service data uploaded by terminal equipment are received, the service data are preliminarily processed according to the preset strategy, and the data meeting the preset conditions are converted into standardized data; the standardized data are forwarded based on the condition of loading; and the standardized data are analyzed and preset operation is completed based on the analysis result, wherein the preset operation at least includes one of the following: real-time alarming, event tracking and report generation. The invention also discloses an informatization management device and system. With application of the technical scheme, integrated intelligent management and support of "cloud-management-terminal" can be provided so that the real-time monitoring and management, online debugging and control functions of the terminal equipment can be realized, and the complexity of the framework of the internet of things and interdisciplinary applications can be reduced.

The invention discloses a debugging method. The debugging method includes the steps that a first debugging enable signal is extracted from a message header of a received transmission message, whereinthe transmission message is a message sent by a previous chip in a transmission path of a to-be-debugged datagram; the to-be-debugged datagram is configured in a message body of the transmission message after the previous chip is completely debugged, and the first debugging enable signal is configured in the message header of the transmission message after the previous chip is completely debugged;if the first debugging enable signal is in the enable state, the to-be-debugged datagram is debugged to obtain the debugged result. The invention also discloses a debugging device and a computer readable storage medium.

The invention relates to a novel embedded system monitoring method, belongs to the technical field of embedding, and overcomes the defects that in a traditional monitoring method, a software watchdog is invalid during initialization configuration and a hardware watchdog cannot be shielded after being started. According to the novel monitoring method, dog feeding is achieved in a software and hardware combined mode, the running conditions of software and logic in the system can be monitored at the same time, and the system is reset when running is abnormal. According to the monitoring method, the dog feeding mode of the watchdog monitoring chip can be switched through an RS422 serial port command, only the logic operation condition is monitored during pure logic dog feeding, the software and logic operation conditions are monitored at the same time during software and hardware logic combined dog feeding, and according to the monitoring method, initialization is not needed during power-on, software resource occupation is reduced, reliability is high, and use is flexible and convenient.

The invention relates to a servo control system and method for a multi-view-field thermal imager. The servo control system comprises a power supply filtering module, a power supply conversion module,an asynchronous communication module, a main control module, a main control reset module, a motor driving module, a high-precision sensor position signal modulation and demodulation module, a signal conditioning module, a reference voltage generation module, a connector and a limit switch input module. The servo control system realizes precise position servo control for four motors by adopting a main controlling with the performance meeting requirements to serve as a core control device, a motor driver with ultra-small volume and a high-precision position signal acquisition module.

The invention relates to the technical field of third-party equipment data processing, and discloses an access method and equipment of third-party equipment, electronic equipment and a readable storage medium. The method comprises the steps: responding to the configuration operation of model parameters of at least one third-party equipment; collecting a channel program of the at least one third-party equipment based on the equipment type of the at least one third-party equipment; analyzing the channel program, and determining an application program interface corresponding to the configurationcommand of the at least one third-party equipment; determining debugging data of the at least one third-party equipment based on the configuration attribute of the at least one third-party equipment and the application program interface; and determining an access state of the at least one third-party equipment according to the debugging data of the at least one third-party equipment so as to debugthe channel program. By implementing the invention, the code burden is reduced, the real-time return of debugging data and the online debugging of the third-party equipment are realized, and the access state of the third-party equipment is determined in time.

The invention provides a method for realizing online debugging on application codes of a 51 soft core. The method comprises the following steps: by modification of the 51 soft core and a Monitor-51, merging an independent external data space of the 51 soft core with a code space to form a unified readable-writable external memory space RAMx and generate an FPGA (field programmable gate array) configuration data file containing the 51 soft core; downloading the FPGA configuration data file containing the 51 soft core into an FPGA, thereby realizing online debugging on the application codes of the 51 soft core. The method is practical and feasible; the development period of a programmable system-on-chip based on the 51 soft core is shortened greatly; and the method is applicable to MC8051 cores and other 51 soft cores.

The invention relates to an application debugging method and device, electronic equipment and a storage medium. The application debugging method applied to the compiling side comprises the following steps: sending an application element to a running side through debugging connection with the running side; receiving a debugging identifier allocated to the application element by the running side through the debugging connection; sending a debugging request to the operation side according to the debugging identifier; and receiving an operation result returned by the operation side according to the debugging request, thereby simplifying application debugging, realizing online debugging and improving debugging efficiency.

The invention discloses a method, device and storage medium for online debugging of DC control system parameters. The method includes the steps of: determining a control parameter list according to debugging needs; modifying a control protection program according to the control parameter list, and providing an online modification and debugging interface for control parameters, In order to obtain the control protection program that can realize online parameter debugging; modify the human-computer interaction interface program according to the control parameter list, so that the human-computer interaction interface provides an interface for online input control parameters and an interface for displaying real-time control parameters; it will be able to realize online parameter debugging Download the control and protection program to the DC control and protection simulation device, and debug the DC system to the initial state of the test; after inputting different control parameters on the interface of the online input control parameters, input the enable signal to enable and complete the control Online debugging of parameters. The invention realizes online modification of specified control parameters by modifying the interface form of the direct current control and protection program, thereby effectively improving test efficiency.

The application provides a smart home gateway, a network management platform, a processing method and a storage medium. The smart home gateway includes: a main processor module and a cellular communication module, and the main processor module is used for wireless communication corresponding to the cellular communication module The method is to receive the connection test data packet sent by the network management platform. The connection test data packet is sent when the network management platform receives the connection request sent by the terminal device; according to the connection test data packet, it is tested whether the smart home gateway is connected to the broadband optical fiber interface, and the obtained Connection test result; send the connection test result to the network management platform through wireless communication, so that the network management platform returns the activation page to the terminal device when the connection test result indicates connectivity, and receives the activation page sent by the terminal device When the instruction is activated, broadband service is enabled for the smart home gateway. The processing process of the present application is relatively simple, the processing efficiency is high, and the user experience is improved.

The invention discloses a debugging method, comprising: extracting a first debugging enabling signal from a message header of a received transmission message; the transmission message is a message sent by a previous chip in a transmission path of a data message to be debugged; Wherein, the data message to be debugged is configured in the message body of the transmission message after the debugging of the previous chip is completed, and the first debugging enable signal is configured in the message body of the transmission message after the debugging of the previous chip is completed. In the message header of the transmission message; if the first debugging enabling signal is in an enabled state, debugging the data packet to be debugged to obtain a debugging result. The invention also discloses a debugging device and a computer-readable storage medium at the same time.

The invention relates to a servo control system and method for a multi-field thermal imager, the system includes a power filter module, a power conversion module, an asynchronous communication module, a main control module, a main control reset module, a motor drive module, and a high-precision sensor position signal Modem module, signal conditioning module, reference voltage generation module, connector and limit switch input module. The present invention adopts the main controller whose performance meets the requirements as the core control device, the motor driver with ultra-small volume, and the high-precision position signal acquisition module, and realizes the position servo precise control of the four-way motor.

The invention relates to the technical field of instruments and meters, and in particular relates to a combined programmable radio beacon simulator. The simulator comprises a PXI case and a controller, and further comprises a high-speed baseband module which is composed of a double-channel 1.25 GS / s and 16-bit DA circuit, has two DA outputs and can complete IQ baseband source output at the same time; the simulator further comprises an L-band dual-channel up-conversion module which is connected with the PXI case and the controller by adopting a PXI bus, and is used for carrying out modulation frequency conversion on the baseband signal output from the high-speed baseband module, filtering, amplifying and attenuating and then outputting the baseband signal, and a radio frequency switch network which is used for completing switching of various analog signals, so that the simulator can multiplex an output port; the simulator further comprises a dual-channel conditioning board card. According to the invention, a modular integrated design is adopted, and online debugging of analog signals is realized by utilizing programming control of an upper computer. Maintenance of simulation equipment is facilitated, and rapid repair of the equipment is met through software self-inspection and module replacement. A computer control technology is adopted, and expansion and function upgrading of the simulator are facilitated.

The invention discloses a method for optimizing and debugging the resistance of a cooling water circulation system, comprising the following steps: 1) collecting data; 2) analyzing the flow of water supply: if the difference between the design temperature difference of the total supply and return water and the actual temperature difference of the total supply and return water falls within If it is within the set threshold range, perform step 4); if the difference between the total supply and return water design temperature difference and the total supply and return water actual temperature difference falls outside the set threshold value range, adjust the operating flow rate of the circulating water system After the circulating water system runs stably under the operating flow conditions, perform step 3); 3) collect the actual operating parameters of the system again, and perform step 2) in a loop until the actual temperature difference of the total supply and return water falls below the set threshold 4) resistance analysis; 5) resistance concentration: concentrate all the abnormal resistance in the circulating water system on the outlet valve of the water pump, and calculate the optimal water supply capacity required by the circulating water system; 6) debugging: adjust the circulating water system from The current water supply capacity is adjusted to optimize the water supply capacity.

The invention relates to the field of system debugging, and discloses a system debugging method, device and equipment and a computer readable storage medium. The system debugging method comprises the following steps: realizing a virtual serial port path through redefinition; four-stage system output is realized; associating the output module function with the redefinition module; and the output module is visualized. The invention further provides a system debugging device and equipment and a computer readable storage medium. The method and the device are used for debugging system programs of the single-chip microcomputer online in real time under the condition that hardware resources are not additionally increased, output of any level can be closed after development is finished, and the single-chip microcomputer can be flexibly started when needed.

The invention belongs to the field of software technology development, and discloses a front-end component rapid processing method and system for realizing business orchestration, and the method comprises the steps: injecting a data model engine into a front-end framework, carrying out intrusive code binding of the data model engine and the front-end framework, and directly accessing the interior of the front-end framework by a native JavaScript grammar, and obtaining a component instance of a page and operating a component. The problems of performance consumption and relatively long time period caused by re-compiling when component codes of an original front-end framework are changed are solved, online debugging can be conveniently and quickly realized by dynamically replacing script codes, compiling is avoided, and cross-framework use can be realized.

The invention provides a method for realizing 51 soft-core online application code debugging. By modifying 51 soft-core and Monitor-51, the independent external data space and code space of 51 soft-core are merged to form a unified readable and writable The external storage space RAMx generates FPGA configuration data files containing 51 soft cores; downloads the FPGA configuration data files containing 51 soft cores to the FPGA to realize online debugging of 51 soft core application codes, which is feasible and greatly shortens the The soft-core programmable system-on-chip development cycle is applicable to MC8051 core and other 51 soft cores.

The invention discloses a method and a system for realizing hot update dynamic adaptation based on JavaSPI (Serial Peripheral Interface), and the method comprises the following steps: step S110, planning and designing functions required to be provided, and generating a standardized interface; s120, according to the function needing to be provided, a target interface is achieved and uploaded to a server; step S130, judging whether an available implementation class exists or not when the server is started; and S140, if the judgment result is yes, entering the step S140, rewriting the JavaSPI and the ClassLoader, and loading the target implementation class dynamics. According to the method and the system, under a customized development scene, a client side can be helped to complete function increase and improvement by itself by reading instructions provided by a manufacturer without understanding all business logics.

The invention discloses a self-controlled computer mainboard, which comprises a COMe mainboard, a CPCI pinboard, and a power module for supplying power for the COMe mainboard and the CPCI pinboard. The COMe mainboard comprises a processor, a bridge ribbon and a memory; the CPCI pinboard comprises a PCIe to PCI bridge chip; the processor adopts a Loongson 3A serial processor; the bridge ribbon adopts a Loongson 2H chip; the memory adopts a DDR3 memory grain chip; the Loongson 3A serial processor is connected with the Loongson 2H chip through an HT bus; the Loongson 3A serial processor and the Loongson 2H chip are connected with the DDR3 memory grain chip through memory channels; an EJTAG debugging interface used for carrying out reliability testing on the Loongson 3A serial processor and the Loongson 2H chip is also arranged on the COMe mainboard. According to the self-controlled computer mainboard provided by the invention, the Loongson 3A serial processor and the Loongson 2H matched bridge chip with full autonomy proprietary intellectual property rights are adopted, and the hardware interface of a mainboard platform is arranged, so that higher product domestication rate can be realized, the demands on information safety and self-controllability are met, and the technical risks and the uncontrollable hidden dangers in product use and maintenance are eliminated.

The invention relates to the field of industrial intelligent control, in particular to an edge and cloud fusion industrial automation maintenance method and system. According to the edge and cloud fusion industrial automation maintenance method, an integrated development environment of the cloud is displayed to an electrical engineer through a human-computer interface, and after the electrical engineer changes configuration of corresponding automation engineering or edge equipment, the corresponding edge equipment is searched and positioned through an Internet of Things platform; a request is sent to equipment installed on the edge equipment, and a processing program on the edge equipment receives the request, performs corresponding processing on the equipment and feeds back a processing result to the cloud server. The method is realized through cooperation of the cloud and the edge device. The process of manually carrying the storage medium to the field for maintenance and debugging is omitted, the problem solving efficiency is greatly improved, and the customer satisfaction is enhanced.

A teaching experiment platform of an automobile body network control system comprises a simulation automobile body, a comprehensive experiment box, a computer, a universal serial bus-controller area network (USB-CAN) interface card, a 12V lead-acid storage battery for an automobile, a transformer converting 220V alternating current into 12V direct current, a network assembly, an automobile external lighting system, an automobile windscreen wiper system, an automobile window and rearview mirror system and an automobile door lock system, wherein the automobile external lighting system, the automobile windscreen wiper system, the automobile window and rearview mirror system and the automobile door lock system are arranged on the simulation automobile body. A body control module (BCM), a lamp connecting unit, a signal testing unit, a bus interface unit and an analog switch button unit for simulating actual automobile signals are arranged in a comprehensive experiment box. Three interfaces of the bus interface unit are bus interfaces of CAN-L, CAN-H and LIN networks of a CAN respectively and are used for measuring or connecting new network nodes directly. The teaching experiment platform has the advantages of being simple in structure, clear in principle, complete in functions, high in integration, good in openness, high in safety, good in simulation, convenient for large-scale manufacture and the like.

Embodiments of the present disclosure provide an online debugging method, device, system, and electronic equipment of an intelligent device, which belong to the technical field of computers and communications. The online debugging method for smart devices includes: generating a debugging instruction in response to debugging parameter input information; sending the debugging instruction to an Internet of Things platform in response to a confirmation instruction for a debugging control, so as to send the debugging instruction to the Internet of Things platform through the Internet of Things platform. Sending a debugging instruction to the smart device; receiving and displaying an execution message returned by the IoT platform, wherein the execution message is generated by the smart device executing the debugging instruction. The technical solutions of the embodiments of the present disclosure can realize online debugging of smart devices, improve the accuracy of debugging, and at the same time improve the convenience of debugging of smart devices.

The invention relates to cigarette manufacturing mechanical equipment, in particular to an aluminum foil indentation pattern rolling device used in a cigarette packing machine. The device comprises an embossing roll, a fine adjustment device, rotating rolls, a brush, reversing rolls, a paper cutter rest and bobbin paper. The fine adjustment device comprises a guide rail, a sliding block, a fixed roll and a movable roll, wherein the fixed roll is arranged at one side of the brush, and the movable roll is arranged at one side of the embossing roll; the guide rail and the sliding block are forked pieces which are respectively provided with an opening end, and the sliding block is movably arranged in a forked mouth of the guide rail; the fixed roll is arranged at the opening end of the guide rail, and the movable roll is arranged at the opening end of the sliding block; and a screw fine adjustment device is arranged between the guide rail and the sliding block. The aluminum foil indentation pattern rolling device thoroughly eliminates influence of indentation pattern position adjustment on the brush and has the advantages of convenient, fast and intuitive adjustment process, wide adjustment range, on-line debugging function and the like, thus effectively solving the problem of reduction of effective operating rate caused by indentation pattern position adjustment.

The invention relates to the technical field of circuit line and electronic line hardware, in particular to a positioning device for various short-circuit points of a circuit board card, which mainlycomprises an MCU, a signal source driving module, a power supply module, a signal interface conditioning and collecting module, a TFT touch color screen interface and a JTAG updating interface. The MCU is used for driving the DDS chip and the AD chip and processing the acquired data; an STM32F103ZET6 chip is selected and used as the MCU. The signal source driving module mainly comprises an external driving hardware interface and a DDS module; the signal source driving module is used for outputting an alternating current signal to realize digital-to-analog conversion; an AD9833 chip is selectedas the DDS module; the power supply module is used for converting an externally provided power supply into a low-voltage voltage through the power supply module so as to provide a stable and reliablepower supply for each functional module; on-line debugging and on-line program upgrading of the short-circuit positioning device system can be realized without disassembly, and great convenience is brought to upgrading of a user.

The invention discloses a development method of an optimizer plugin of multidisciplinary optimization simulation software. In the method, the optimizer plugin comprises a plugin port module, an API interface module, an algorithm program module and a plugin interface module, wherein the plugin port module is used for realizing the function calling carried out on the optimizer plugin by the simulation software; the API interface module is used for realizing calling carried out on an analysis module in the software by the optimizer plugin; the algorithm program module is used for realizing functions of calling an algorithm program and executing an optimization strategy; and the plugin interface module is used for realizing graphical configuration of parameters of the algorithm program. According to the method disclosed by the invention, interfaces are simple and easy to learn, so that the online debugging of the program of the optimizer plugin can be realized, and the development period of the optimizer plugin can be shortened; and meanwhile, the calling and data transmission between the optimizer plugin and the simulation software are carried out by adoption of a memory interaction manner, so that the running efficiency of the optimizer plugin is improved.

The invention discloses a wave control architecture integrating work and test simulation and a wave control method. The architecture mainly comprises a controller area network (CAN) bus interface module, a field programmable gate array (FPGA) module and a digital signal processor (DSP) module. The CAN bus interface module comprises a first CAN bus interface unit and a second CAN bus interface unit; the FPGA module mainly comprises an order analysis unit, a transmitting unit, a wavefront monitoring unit and a first simulation debugging unit; the DSP module mainly comprises a preprocessing unit, a second simulation debugging unit and a calculation unit; and the storage module mainly comprises a stationary storage unit and a dynamic storage unit. The entire wave control system adopts the DSP module and the FPGA module as main processing devices, the system is connected with a system debugging platform through a joint test action group (JTAG) interface, and the online debugging of the entire system is realized through the first simulation debugging unit and the second simulation debugging unit. Due to the adoption of the architecture and the method, the problems of the wave control software that a simulation test program needs to be run again in the debugging process can be solved, and the working efficiency is improved.