83results about How to "Fast debugging" patented technology

The invention discloses a testing and verifying system appropriate for an intelligent transformer substation and a verifying method. The system comprises an upper computer and an embedded system lower computer that comprises a collecting plate, a signal plate, a data plate and four sub-plates of a synchronization plate. The signal plate, the data plate and the synchronization plate are supplied with power by an external adapter DC5V. The synchronization plate provides synchronization pulse signals to other sub-plates. Ethernet of the upper computer is connected with the signal plate of the upper computer, the intelligent transformer substation, and a process layer, an interval layer and a station layer network of a digital transformer substation by an RJ45 twisted-pair through an industrial switchboard. The testing and verifying system appropriate for the intelligent transformer substation is convenient to detect and verify the electrical capacity of current intelligent transformer substation and digital transformer substation and improves the debugging speed of the intelligent transformer substation and digital transformer substation greatly so as to provide good technical assurance to construction of the intelligent transformer substation and digital transformer substation and lay a solid foundation for safe and stable operation of the intelligent transformer substation and digital transformer substation.

The invention relates to a debugging method for a +/- 800 kV ultra-high voltage direct-current transmission project system. The system comprises convertor stations at two ends and a direct-current transmission line. The debugging method for the +/- 800 kV ultra-high voltage direct-current transmission project system comprises the following steps that (I) the +/- 800 kV ultra-high voltage direct-current transmission project system is subjected to calculation and analysis; (II) a debugging scheme for the +/- 800 kV ultra-high voltage direct-current transmission project system is formed; (III) a debugging plan for the +/- 800 kV ultra-high voltage direct-current transmission project system is made; (IV) the +/- 800 kV ultra-high voltage direct-current transmission project system is subjected to a field debugging test; (V) the +/- 800 kV ultra-high voltage direct-current transmission project system is subjected to a pilot run; (VI) the +/- 800 kV ultra-high voltage direct-current transmission project system is subjected to a debugging summary. According to the debugging method for the +/- 800 kV ultra-high voltage direct-current transmission project system, a single current converter and a monopolar and bipolar system debugging test are combined for the first time, therefore, the efficiency of a system debugging test is improved, the system debugging speed is increased, good conditions are created for finishing system debugging in advance, and experience and reference are provided for the debugging of a direct-current transmission project system in future.

The invention relates to a system and method for realizing an analog whole network capacity open platform based on a cloud computing system. The system comprises an open platform access module, an analog capability providing module and a capability open management module. The open platform access module is connected with the analog capability providing module, the capability open management module and an external application. The analog capability providing module is connected with the capability open management module. Through adoption of the system and the method of the structure, physical complexities of various networks are shielded; a plurality of capability open technologies are integrated together; various capabilities in a whole network are simulated; abundant convergence services are established and managed efficiently and reliably with relatively low average operation costs; the capability efficiency of employing the open platform by enterprise applications is effectively improved; and the system and the method have a wide application range.

The invention discloses a method for placing workpieces to be processed on a static chuck, which is characterized in that the wafer transfer position of a manipulator is determined by a locating device so that the workpieces to be processed can be quickly and accurately placed on the static chuck. The invention also discloses plasma processing equipment capable of using the method. The method or the device can finish the adjustment process in one step and avoid the repeated adjustments through the combination of naked eyes and manual operations, thereby greatly improving adjustment speed, saving a lot of adjustment time, and greatly enhancing the accuracy that the workpieces to be processed fall on the position of the static chuck; furthermore, the adjustment of a technical chamber can be finished without using the workpieces to be processed, thereby further improving working efficiency.

A method and apparatus for analyzing and debugging natural language parses is provided. An input sentence is received and parsed by a parsing engine. A table of constituents is retrieved from the parsing engine and a grid tree is drawn representing the input sentence. Nodes of the tree, or connecting points, appear at intersections of the tree “branches.” Once the grid has been drawn, the first syntactically correct parse of the sentence is mapped to the grid in a tree-like manner (the “parse tree”). Input is then received for selecting one of several graphical buttons, for selecting a node that is in the parse tree, for selecting a node that is not in the parse tree, or for selecting options from one of several “pull-down” menus. If a connecting point that is not contained in the parse tree is selected, a group of menu options may be displayed adjacent to the selected connecting point. The user may select menu options for displaying successful rules applied at the connecting point, or for displaying unattempted and failed rules for the connecting point. If a connecting point that is contained in the parse tree (i.e. a constituent was formed at the connecting point) is selected, a second group of menu options may be displayed adjacent to the selected connecting point. The menu options may include displaying the name of the connecting point and the name of the rule that was applied at the connecting point to form the constituent.

The invention relates to the programming of a programmable logic controller (PLC), in particular to a general sequence control algorithm used in the programmable logic controller. The method is that the programmable logic controller repetitively digitalizes the current input signal, the digitalized data is used as an input parameter for indirect addressing, information required for the next operation and control output of the programmable logic controller is obtained from a datasheet and a corresponding operation is conducted according to the information. The general sequence control algorithm used in the programmable logic controller is not limited by a controller master program (i.e. a controller master scheduling program) and a hardware, and can independently maintain the progress of a customer program (i.e. control program), a customer program algorithm for inputting and outputting signal status, the definition of a supportive data storage structure and the specific implementation method.

The embodiment of the invention discloses an application development environment configuration method, device and equipment and a storage medium, the method is applied to computer equipment, the computer equipment is provided with a preset operating system, the preset operating system supports a cross-platform multimedia library SDL, and the method comprises the following steps: simulating the preset external equipment through the SDL, obtaining simulation equipment information, wherein the preset external equipment at least comprises display equipment and input equipment; and based on the simulation equipment information, configuring the application development environment by utilizing an embedded open source graphics library LVGL. Thus, the application development cost based on the LVGLcan be reduced, by matching with the SDL, a peripheral driving program of a development board does not need to be transplanted, decoupling from a driving problem is achieved, therefore, the development efficiency can be improved, and meanwhile applications developed based on the application development environment have transportability.

The present invention discloses a debugging method of high-level configuration and power supply interface module in basic input/output system. Said method includes the following steps: adding debugging information into the high-level configuration and power supply interface module code to be debugged; compiling the code containing debugging information and reading it into object machine; on the object machine operating debugging tool; after the debagging tool is operated, utilizing said debugging information displayed on object machine to make debugging work.

The invention relates to a system and method for debugging a single-mode broadband double-fiber collimator. The system for debugging the single-mode broadband double-fiber collimator comprises an FP-LD laser light source with a wavelength of 1550nm, a Photon Nano Scan spot device, a one-dimensional adjusting bracket, a five-dimensional adjusting bracket, a computer and a to-be-debugged single-mode broadband double-fiber collimator, wherein the FP-LD laser light source with a wavelength of 1550nm is arranged at one end of the single-mode broadband double-fiber collimator; the to-be-debugged single-mode broadband double-fiber collimator is arranged on the one-dimensional adjusting bracket on the five-dimensional adjusting bracket; the one-dimensional adjusting bracket is used for adjusting a clearance between a single-mode double-fiber pigtail and a lens in the single-mode broadband double-fiber collimator; the Photon Nano Scan v2 spot device is interconnected with the computer; the debugging of the single-mode broadband double-fiber collimator is realized by debugging the five-dimensional adjusting bracket; the spot device is used for double beam debugging. The debugging method according to the invention is simple and convenient in operation, high in debugging result consistency, low in insertion loss and high in yield, and can be widely applied to the field of optical fiber communication.

The invention discloses an embedded-browser debugging method, a debugging terminal and a computer-readable storage medium. The debugging terminal of the invention acquires source code of a target embedded-browser in response to a debugging instruction for the target embedded-browser; extracts corresponding interface class identifiers from the source code; finds interface data parameters, which correspond to the interface class identifiers, in a C-language running library; generates an extension running library according to the interface class identifiers and the corresponding interface data parameters; and loads the extension running library, and debugs the source code of the target embedded-browser according to the extension running library. Extension running determines a range of interface classes needed for debugging a running environment, the debugging terminal is enabled to not need to load the original C-language running library in debugging the source code of the target browser,consumption of memory is reduced on the basis of not impacting accuracy of embedded-browser debugging results, and debugging speed is increased.

The invention belongs to the debugging technical field and discloses a motor driving algorithm debugging system and debugging method of an electric vehicle driver. The debugging method includes an upper computer module, a simulator module, a driver motor driving control module and a motor driving algorithm debugging module; the signal interface of the motor driving algorithm debugging module is connected with the signal interface of the driver motor driving control module; the simulation interface of the driver motor driving control module is connected with the test interface of the simulator module; the communication interface of the driver motor driving control module is connected with the upper computer module; and the data interface of the simulator module is connected with the upper computer module. With the motor drive algorithm debugging system and debugging method of the electric vehicle driver of the invention adopted, the development, debugging and improvement of the driving algorithm of a motor can be completed in a short time. The debugging system and debugging method have the advantages of low cost as well as convenience and quickness in motor driving algorithm debugging of the electric vehicle driver.

The invention relates to a method and device for detecting dual-axis horizontal precision. The method comprises the following steps: selecting measuring components according to leveling accuracy requirements of a measured objected and installation conditions of a measurement reference surface; arranging the selected measuring components, except a horizon sensor, in a housing to form a measurement device body, wherein the measurement device body is connected with the horizon sensor through a cable; and mounting the horizon sensor on a base and placed on the measurement reference surface, wherein the horizon sensor remotely transmits the collected analog signal via a cable to the measurement device body for data processing and display to realize horizontal measurement. The method can realize detection of a double-axis horizontal precision value in real time under severe conditions, and can meet measurement of a narrow space; and when the measurement reference surface is high, operation personnel can measure the horizontal precision of the reference surface without climbing, thereby improving detection speed of horizontal precision of the measured object and improving operation safety.

The invention discloses an intelligent substation phase approval device capable of adaptively receiving FT3 transport protocols, which comprises an FT3 data optical signal receiver connected with an FT3 interface of a merging unit in an intelligent substation, double CPUs (Central Processing Units) connected with the FT3 data optical signal receiver, a man-machine interactive system, and an adaptive power supply management module connected with an outside electric supply interface. The device has the benefits that 1, compatible hardware loop design is adopted, the FT3 sample data transport protocols at different transport baud rates and message lengths are identified by software automatically, additional configuration of a user is not required, and the device can adaptively perform communication monitoring and decoding on sample data in an FT3 format, and achieves sampling and receiving functions on the FT3 data; 2, the device can receive various sample data in the intelligent substation; and 3, the sample data is accurate and real-time.

The invention discloses a game data dynamic object capture method and device. The method is used for capturing data objects in the game software operating process, and a debugging program package is pre-registered in the game software. The method includes when the game software operates, starting the debugging program package; in the game software operating process, monitoring the mouse pointer position and a preset triggering manner; when the preset triggering manner is monitored, capturing at least one data object in the range of the mouse pointer; acquiring the attribute information of one or multiple data objects of the at least one data object. By means of the technical scheme, a user can capture the data object in the range of the mouse pointer dynamically in the game software operating process, the game software debugging speed is increased, and the game debugging method is optimized.

The invention relates to a method for precisely locating a laser beam space, wherein at least one laser beam is incident to a first reflector; the first reflector reflects the laser beam to a second reflector; the second reflector reflects the reflected laser beam; therefore, the laser beam reflected by the second reflector passes through a tooling hole in a corresponding tooling set; the preciselocation of the laser beam is realized; the number of the laser beams is same as the number of the tooling sets; the tooling set comprises a first tooling and a second tooling; the hole centre of thefirst tooling and the hole centre of the second tooling are on the same straight line; and the straight line is vertical to the hole bottom surface of the first tooling.

The invention relates to a panoramic sunroof guide rail arc pressing all-purpose die, and belongs to the field of automobile component machining equipment. The panoramic sunroof guide rail arc pressing all-purpose die comprises an upper die body and a lower die body. The upper die body comprises two upper pressing block assemblies, and the lower ends of the upper pressing block assemblies can be adjusted to a certain radian. The lower die body comprises lower die block assemblies matched with the lower die body. By means of the panoramic sunroof guide rail arc pressing all-purpose die, multiple types of automobile sunroof guide rails can be produced, meanwhile, the debugging speed is high, and production is safe and stable.

One embodiment relates to a method of generating worst case inter-symbol interference (ISI) inducing short patterns for simulating and/or testing a communication link. The method includes the generation of a binary clock sequence comprising bits of alternating values at the beginning of the pattern. In addition, an ISI inducing binary sequences and its complement are generated after the clock sequence. Another embodiment relates to a pattern generator for generating an worst case inter-symbol interference inducing short pattern for testing a communication link. Other embodiments, aspects, and features are also disclosed.