11results about How to "Implement initialization" patented technology

The invention provides an image forming apparatus which can simply initialize a consumable memory. An image forming apparatus (1) stores first life information (224-225, 426-428) in first consumable memories (22, 42) provided in first consumables (4, 20), stores second life information (224-225, 426-428) in second consumable memories (22, 42) provided in second consumables (4, 20), and executes: an acceptance process (S12) that accepts an instruction to initialize the first life information and the second life information; an initialization process (S313, S314) for initializing the first life information and the second life information in accordance with the received instruction; and a write process (S415, S434) in which first initialization information indicating that the first life information has been initialized is written to the first consumable memory, and second initialization information indicating that the second life information has been initialized is written to the second consumable memory.

According to the multi-base-station high-precision positioning post-processing method and device, the electronic equipment and the medium, positioning can be completed only through two times of forward and reverse calculation, and the calculation efficiency is effectively improved; meanwhile, according to the scheme, in the resolving process, the positioning state result and the covariance matrix of the last base station resolving stage are utilized, initialization of filtering after base station switching is achieved, correlation resolving among multiple base stations is achieved, the fixed rate is effectively improved, and the accuracy of the positioning result is improved at the same time; besides, according to the technical scheme of the invention, not only is the type fusion of the positioning results carried out, but also the numerical fusion is carried out, so that the accuracy of the positioning results is further improved.

The invention discloses an array antenna beam pointing initialization method based on a baseband chip and MEMS inertial navigation, and the method comprises the steps: calculating an elevation angle and an azimuth angle of a pointing vector of a pointing satellite of an array antenna in an array antenna carrier coordinate system through a calculation processing module under a static or quasi-static condition; and controlling the beam of the array antenna to point to the elevation angle and the azimuth angle, and gradually screening out the optimal antenna carrier azimuth angle from the generated multiple groups of azimuth angles by evaluating the signal strength of a specified satellite corresponding to different azimuth angles of the array antenna in the navigation system. And calculating and determining an antenna carrier pitch angle and a roll angle of the array antenna in combination with information reported by MEMS inertial navigation, completing the initialization of the attitude of the array antenna, and realizing the initialization of the beam pointing of the array antenna.

Embodiments of the present application provide an application initialization method and device, a storage medium and a program product. In the embodiments of the present application, a hook function is embedded in an execution initialization function in a runtime component to hijack an original function initialization process, and the hook function is used to set a function initialization order of a target application as a target initialization order in which initialization of a target function's embedded code is performed first and then initialization of the target function is performed. In this way, when the executable file of the target application is initialized according to the target initialization order, it is ensured that the initialization of the target function's embedded code is completed before the initialization of the target function, and the initialization of the instrumented application is implemented. In this way, the target function can run normally during runtime, and the embedded code can ensure performance monitoring or state tracking of the target function.

The present invention discloses a star-coordinated master star handover method, which relates to the field of space-based detection technology. The specific implementation of the method includes: the current master star in the star cluster generates a master star handover instruction; wherein the master star handover instruction indicates the handover time, the master star identifier of the current master star and the slave star identifier of the master star to be handed over; according to the master star identifier of the current master star and the slave star identifier of the master star to be handed over, the current master star sends the task arrangement information of the star cluster to the master star to be handed over; the current master star receives the first handover response result of the master star to be handed over; when the first handover response result is that the handover is allowed, at the handover time, the current master star switches to the slave star of the star cluster, and the master star to be handed over switches to the master star of the star cluster. This implementation method can flexibly switch the master star of the star cluster based on the distance of each satellite in the star cluster relative to the central control center, the observation task requirements, etc., so as to efficiently and clearly observe the target, so that the observation effect of the entire star cluster is optimized and adapted to various task scenarios.

The embodiments of the present specification provide an engine processing method, device, medium and program product, wherein the method comprises: receiving an access instruction sent by a target platform, and deploying a kernel module and a target application module of a target engine on the target platform, wherein the target application module is an application module corresponding to the target platform among a plurality of application modules of the target engine; creating at least one application component through the target application module deployed on the target platform; initializing the application component and an engine function, and controlling the target platform to display an engine interface of the target engine. By deploying the kernel module and the target application module on the target platform, the engine can be accessed to the target platform, so that the engine can provide support for the target platform; by creating the application component, initializing the application component and the engine function, and completing engine starting, project development based on the target platform can be implemented in the running environment of the target platform, and the product developed can also have compatibility for the target platform.

The invention relates to the technical field of thyristor-level loop testing, and discloses a thyristor-level loop testing method, which comprises the following steps of: setting an initial testing condition, selecting original parameters of a tested thyristor and a loop, and constructing a measurement model based on the original parameters of the thyristor; after initialization is completed, multiple sensors are installed at key positions of a thyristor-level loop, multiple sensor nodes are connected to a central control unit through a wireless communication technology, and an environment sensing module is integrated to establish an intelligent sensing network. According to the thyristor-level loop test method, the initial test condition is set and the original parameters of the tested thyristor and the loop are selected, so that comprehensive initialization of the test system is realized, normal work of all hardware components is ensured, and a reliable reference basis is provided for subsequent tests; the effects that the whole testing process is stable and reliable and data are accurate are achieved, and multiple sensors are installed at key positions of a thyristor-level loop and an intelligent sensing network is established.

This invention relates to the fields of clinical laboratory medicine and artificial intelligence, and provides a risk prediction method and device based on machine learning for clinical mass spectrometry. The risk prediction method includes: defining N+M dimensions of features based on a liquid chromatography-tandem mass spectrometry system to obtain an N+M dimension feature vector structure; obtaining a virtual training dataset based on the N+M dimension feature vector structure, acquiring parameter values ​​of each dimension of the current batch through a data acquisition interface, and assembling them into N+M dimension feature vector data; performing format verification and invalid value filtering on the N+M dimension feature vector data using the N+M dimension feature vector structure to obtain a feature matrix; and obtaining a standardized real-time risk score based on the feature matrix and a trained fusion-integrated risk prediction model. This invention utilizes a machine learning model to uncover the complex nonlinear relationship between configuration parameters and dynamic parameters, thereby achieving more accurate and forward-looking risk warnings than traditional single-threshold methods.

The invention relates to the technical field of vulcanizing machine group control, in particular to a cross-platform group control method and system for vulcanizing machines, and the method comprises the following steps: 1, creating N machine objects, N being a natural number; 2, setting machine configuration information; step 3, creating a user-defined class; 4, a database is connected, and data storage, access and management are achieved; 5, connecting the OPC-UA, loading machine attributes, and performing data monitoring and refreshing by the upper computer to realize data reading and data writing; step 6, creating an interface; and step 7, reading and writing the whole data, so that the purpose of controlling a plurality of vulcanizing machines by deploying only one set of program on one industrial personal computer is achieved, the cost is saved, and the production efficiency is improved.

The invention provides a writing method and a writing circuit based on an RRAM chip, and relates to the technical field of memory circuit design, the method comprises the following steps: when a writing instruction for a target RRAM chip is received, reading a formation state flag of the target RRAM chip; wherein if the formation state flag is not formed, the target RRAM chip does not execute one-time initialization operation; and when the formation state flag is not formed, executing an initialization operation on the target RRAM chip, and setting the target RRAM chip in the first logic state through the initialization operation to complete the write-in instruction. According to the method and the device, the optimal writing reliability and data stability can be provided for key application scenes, such as a solidified test program code, a storage equipment calibration parameter or a secure root key, which only need to write data at one time.

The embodiment of the invention provides an Ethernet card initialization processing method and device, equipment and a storage medium. The Ethernet card comprises a first Ethernet controller, a second Ethernet controller and an Ethernet physical layer, and the first Ethernet controller is accessed to the configuration management interface; responding to the device member pointed by the current device pointer; when the equipment member is a first Ethernet controller, storing an equipment pointer by adopting a global variable; the first Ethernet controller is controlled to sequentially poll the corresponding Ethernet physical layer addresses, and initialization of Ethernet physical layers connected with the first Ethernet controller is executed; and when the device member is a second Ethernet controller, calling the first Ethernet controller pointed by the global variable to continue polling the corresponding Ethernet physical layer addresses, and executing initialization of the Ethernet physical layer connected with the second Ethernet controller. In the method, the initialization of the multi-path GMAC and the PHY chip can be completed only when the first path of the multi-path GMAC is accessed to the configuration management interface.