12results about How to "Write quickly" patented technology

The invention discloses a flash memory particle processing method, flash memory particle processing equipment and a storage medium, relates to the technical field of flash memory processing, and discloses a flash memory particle processing method which comprises the following steps: acquiring detection information of flash memory particles, and determining the life cycle of the flash memory particles based on the detection information; according to the life cycle, determining a target value corresponding to a correlation characteristic value of the flash memory control program, the target value being in positive correlation with the life cycle, and the correlation characteristic value including a programming characteristic value and an erasure characteristic value; and if the current filling value of the related characteristic value is different from the target value, updating the current filling value to the target value. On the basis, the current feature values of the flash memory particles are updated through the related feature values conforming to the current life cycle of the flash memory particles, and meanwhile, the processing efficiency of the flash memory particles during data processing in the early stage of the life cycle is improved based on the positive correlation between the target value and the change of the life cycle.

The invention provides an interface system which comprises a main controller, an interface module and a function module, the main controller is connected with the interface module, and the interface module is connected with the function module. Based on the interface system, the invention provides a method for writing mask data, the main controller sends a command packet to the interface module, the command packet comprises one or more commands, at least one command is a mask writing command, the mask writing command comprises an address field, a data field and a mask field, and after the interface module receives the command packet, the mask field is a mask field. The command packet is sent to the function module, after the function module receives the command packet, a command contained in the command packet is executed, and the step of executing the mask writing command comprises the substeps that the bit of the mask writing command data field corresponding to the bit with the mask field being 1 in the mask writing command is written into the storage space pointed by the mask writing command address field.

The present invention proposes a mixed reality visual guidance method for remote collaboration between trainees and experts. Experts write visual instructions through a virtual reality (VR) interface. The instructions are displayed to trainees by overlaying them on the workspace through an augmented reality (AR) interface. First, when showing the visual instructions written by the expert to the trainee, the occlusion of the three-dimensional workspace should be taken into account. Second, the expert can write highly suggestive instructions by selecting, copying, pasting and repositioning the objects in the workspace to truly describe the target state of the workspace; third, multiple instructions can be connected in sequence and executed independently by the trainee without any additional guidance from the expert; for this purpose, it is necessary to obtain the changing workspace in real time and adjust the instructions to take into account the actual state of the workspace; supporting robust batch execution of instructions improves the efficiency of cooperation between trainees and experts and enables experts and trainees to work asynchronously.

The invention discloses a method and equipment for automatically generating an interface automatic test project architecture, and a medium. The method comprises the following steps: constructing the interface automatic test project architecture; installing a corresponding Python package according to the dependency library file; calling the public and basic files for use according to project requirements, and completing compiling of an interface test script; generating a component under the interface automation script source code file according to the added component file and the compiled interface test script; deleting the component under the interface automation script source code file according to the component deletion file and the compiled interface test case; executing an interface test process according to a complete component and function script code written under the interface automation script source code file, and obtaining interface test data; storing the interface test data into a target database according to the database file; and obtaining interface test data from the target database according to the interface automation test report file, and generating a test report. The method can unify automatic project specifications.

The invention provides a data backup method and device for a partition namespace solid state disk and electronic equipment, and relates to the technical field of solid state disks. The data backup method for the partition namespace solid state disk comprises the steps that according to a partition namespace ZNS interface specification, all data blocks in to-be-written data are sequentially written into the solid state disk SSD; in the process of writing each data block into the SSD, each data block is sent to a hardware acceleration module, the hardware acceleration module is indicated to perform checksum operation on all data blocks in the calculation period by using a preset algorithm and taking a single data block as a unit, and a checksum of the calculation period is obtained; and storing the checksum of each calculation period. According to the method, the data written into the partition namespace solid state disk can be efficiently and safely backed up.

The utility model relates to the technical field of electronic tag application design, in particular to an RFID tag for sealing sample management. The tag comprises an RFID chip, a surface paper layer, an antenna layer, a first adhesive layer and a bottom paper layer, the surface paper layer, the antenna layer, the first adhesive layer and the bottom paper layer are sequentially stacked, the antenna layer comprises a first antenna circuit layer, a base material layer and a second antenna circuit layer which are sequentially stacked, and the first antenna circuit layer and the second antenna circuit layer are electrically connected through metal via holes formed in the base material layer. The RFID chip is electrically connected with the first antenna circuit layer or the second antenna circuit layer; and the bottom paper layer is torn down when the RFID tag is used, so that the first adhesive layer is adhered to the surface of an object. According to the anti-tamper anti-transfer RFID tag, the antenna layer can be easily torn after the anti-tamper anti-transfer RFID tag is uncovered by external force, so that the RFID tag loses efficacy, the anti-tamper anti-transfer RFID tag is provided with the RFID chip capable of storing rich information, the good anti-tamper anti-transfer effect is achieved, and the authenticity of objects in sample sealing management is guaranteed.

The application discloses a driving circuit, a micro-fluid driving device and a driving method, relates to the field of micro-fluids, and comprises a data writing module, a first inverter and a second inverter. The output end of the data writing module is connected with a first node. The first end of the first inverter is connected with a first power supply end, the second end is connected with a second power supply end, the input end is connected with the first node, and the output end is connected with a second node. The first end of the second inverter is connected with the first power supply end, the second end is connected with the second power supply end, the input end is connected with the second node, and the output end is connected with the input end of the first inverter. The data writing module and the latch circuit composed of inverters are introduced in the driving circuit, a storage capacitor is not needed to be introduced, the speed of driving signal output is improved, the driving signal is quickly written to the driving electrode, and when the application is applied to the micro-fluid driving device, the driving of large-scale array droplets is facilitated.

The present application discloses a file generation method, an electronic device, and a storage medium, the method comprising: loading an analysis program into a target application; analyzing the target application using the analysis program to obtain a control tree of the target application; generating a target source code based on the control tree, and saving the target source code as a target file, wherein the target source code refers to a source code in a target format, and the target file refers to a file in a target format. Through this method, the interface of the target application can be quickly cloned.

The invention discloses an efficient data exchange system and method for a digital ink-jet printer, and relates to the technical field of printers. Comprising an MCU (Microprogrammed Control Unit) and an FPGA (Field Programmable Gate Array), the FPGA is responsible for reading the content in the buffer area and performing related processing; the DRAM is used for storing printing data; the DRAM is positioned between the MCU and the FPGA; according to the invention, a high-speed dynamic random access memory chip is introduced as a data exchange medium between the microcontroller unit and the field-programmable gate array, so that the problems of bandwidth bottleneck, unmatched data transmission rate and low system response speed of the traditional data bus architecture are solved.

The utility model provides an agricultural statistical data recording device, which relates to the technical field of agricultural statistical data, and comprises a writing board, a clamping assembly is arranged at the top end of the writing board close to the back surface, an auxiliary mechanism is arranged at the top end of the writing board close to the left side, and the auxiliary mechanism comprises a sliding rod. Supporting blocks are symmetrically welded to the two ends of the sliding rod, the supporting blocks are welded to the top end of the writing board, a fixing assembly is slidably connected to the periphery of the sliding rod, and an auxiliary board is fixedly connected to the right side of the fixing assembly. The auxiliary plate is driven to move to a writing or checking position, and is matched with the writing groove and the identification frame, so that the area can be quickly written or checked, and compared with a traditional data recording device, the probability of data disorder is greatly reduced, and the practicability is effectively improved.

This invention relates to a personalized card issuance method based on a dynamic library, comprising the following steps: obtaining formatted personalized data through a card issuance interface encapsulated by the dynamic library; obtaining and parsing a local personalized file, and integrating the personalized file with the personalized data; generating encryption machine instructions by calling corresponding encryption methods to obtain keys; obtaining encryption and decryption results by calling decryption algorithms, and generating card writing instructions based on the encryption and decryption results; and sending the card writing instructions to the card issuance device by calling corresponding device-related methods. This invention also provides a storage medium and a personalized card issuance system based on a dynamic library. Using the personalized card issuance method, storage medium, and system based on a dynamic library described in this invention reduces the requirements for personalization personnel, speeds up programming, reduces the maintenance workload of the dynamic library, and lowers the development difficulty.

The present invention discloses a super-resolution maskless exposure device and method based on a two-color two-step absorption effect. The present invention utilizes a digital micromirror device to realize the regulation of an independent laser point switch, and the regulation speed can reach kHz, laying the foundation for rapid processing. The present invention makes full use of the large-scale matrix pixels of the digital micromirror device to form a laser direct writing point array of more than one million points, which can quickly complete the writing of large-area complex structures. The present invention further focuses the smallest pixel unit in the digital micromirror device into a smaller point of action through a microlens array, and utilizes the two-color two-step absorption effect to achieve a high writing resolution that exceeds the diffraction limit. The present invention can quickly and specifically regulate the laser point array, and act on the material to realize the two-color two-step absorption effect, which can provide the necessary technical basis for the realization of a fast, high-precision maskless exposure system that can realize direct writing of large-area complex structures.