52results about How to "Timely detection of errors" patented technology

The invention relates to the field of program development, and discloses a target program generation method and device. The method comprises following steps of receiving input compiling parameters which are associated with a program version, wherein the compiling parameters comprise related information of code corresponding to the program version; establishing a configuration file corresponding to the program version according to the input compiling parameters, wherein the configuration file comprises the compiling parameters; invoking the configuration file corresponding to the program version; invoking the code corresponding to the program version for compiling according to the compiling parameters contained in the configuration file, thus generating a target program corresponding to the program version. According to the method and the device, the compiling parameters are imported into the configuration file, therefore standardized management can be carried out on the compiling parameters conveniently, the compiling parameters can be checked conveniently, the errors in the configured compiling parameters can be discovered timely, and the error rate of the released program product of the corresponding version can be reduced.

The embodiment of the invention provides a calibration method and device for a FPGA plug-in storage. The method includes the following steps that an FPGA obtains first data and a first address corresponding to the first data, wherein the first data and the first address are written into the FPGA plug-in storage; a first address to be calibrated with the same digit with the first data is obtained according to the first address; XOR is performed on the first data and the first address to be calibrated, and a first XOR result is obtained; XOR is performed on the first XOR result and an initial calibration value, and a first calibration value is obtained. According to the calibration method and device for the FPGA plug-in storage, XOR is performed on the first data and the first address to be verified, XOR is performed on the XOR result and the initial calibration value, the calibration value is obtained, mixed calibration of the address and the data written into the FPGA plug-in storage is achieved, calibration of the data is finished, calibration of the address is also finished, and errors of the address can be found in time.

The invention provides a maintenance and management system and method based on online and offline integration. The system comprises a server, a front end display unit, a data exchange module, a data support module, a man-machine service module, a communication service module A, a communication service module B, a uniform safety management module A, a uniform safety management module B, a public application service module, a system management service module and a man-machine exchange module. According to the method, through distinguishing of administration authority of different users, the users are managed, online and offline data are managed through authority, and maintenance and management with the online and offline integration are achieved by establishing an effective online and offline integration management system.

The embodiment of the invention provides a calibration method and device for a FPGA plug-in storage. The method includes the following steps that an FPGA obtains first data and a first address corresponding to the first data, wherein the first data and the first address are written into the FPGA plug-in storage; a first address to be calibrated with the same digit with the first data is obtained according to the first address; XOR is performed on the first data and the first address to be calibrated, and a first XOR result is obtained; XOR is performed on the first XOR result and an initial calibration value, and a first calibration value is obtained. According to the calibration method and device for the FPGA plug-in storage, XOR is performed on the first data and the first address to be verified, XOR is performed on the XOR result and the initial calibration value, the calibration value is obtained, mixed calibration of the address and the data written into the FPGA plug-in storage is achieved, calibration of the data is finished, calibration of the address is also finished, and errors of the address can be found in time.

The invention discloses a single-point progressive forming machine for the inner circle of a tubular part. The single-point progressive forming machine comprises a clamping mechanism, a drive mechanism, a tool head moving mechanism and a control device. A first stepping motor is connected with a reducer. A transmission shaft is connected with the reducer. The operation of the transmission shaft is achieved under the drive of the reducer. The rotation of a gear is achieved under the drive of the transmission shaft. The rotating motion of the clamping mechanism is achieved under the effect of a transmission gear. A second stepping motor is connected with a transmission lead screw. The transmission lead screw drives a sliding mechanism to move in the axial direction of the transmission lead screw, and the sliding mechanism drives a feed mechanism to move. A third stepping motor is connected with the feed mechanism to drive a tool head bracket to move. The tool head bracket is mounted on the feed mechanism. The tool head bracket drives a tool head to move. The clamping mechanism, the drive mechanism and the tool head moving mechanism are matched during moving through the control device, the rotating motion of the clamping mechanism and the feed motion of the forming tool head are achieved, and the required part is machined. The single-point progressive forming machine has the beneficial effects of being low in manufacturing cost, wide in application range and high in production speed.

The invention discloses a data verification method, device and storage medium based on multiple checksums. The method includes: reading the data to be verified and the original memory verification from a storage unit of a preset type by acquiring a data reading instruction and, the original memory checksum is generated by the data to be verified; the current memory checksum is generated according to the data to be verified; the original memory checksum is compared with the current memory checksum, according to The comparison result verifies the integrity of the data to be verified. Since the data read in various types of storage units has been verified for data integrity, it is possible to find out whether data errors occur in time.