9 results about "Code distribution" patented technology

The application discloses a kind of dynamic channel-based numerical control system M code control method and related equipment, it is related to numerical control machine tool and industrial automation control technical field.Numerical control equipment first extracts M code set from current program segment, then according to preset channel distribution strategy, multiple M codes in M code set are distributed to different preset logical channels.M code is delivered according to channel distribution table, avoid the complex decoding logic problem caused by writing order uncertainty in traditional multiway control, PLC program only needs to process specific range of M code for fixed channel, reduce the complexity and memory occupation of ladder diagram program.Effectively solve the technical problems that the PLC program complexity is high in the prior art due to the coupling of M code channel allocation and writing order depth, while improving parallel processing efficiency, ensure the reliability of program execution, and then realize the scalability and maintainability of numerical control system by improving the parallel processing capacity of numerical control system.

In some embodiments, the present disclosure provides an exemplary method that may include steps of receiving a request for a plurality of data items from a computing device; determining at least one pattern for at least one metric associated with the computing device; generating at least one digital code based on the at least one pattern meeting a predetermined metric threshold, the at least one digital code comprising access to a plurality of resources; assigning the at least one digital code to the computing device to form at least one assigned digital code; and allowing access to the plurality of resources to facilitate performing a domain name availability determination for the plurality of data items.

To facilitate the use of services provided via a network by devices. [Solution] An information processing device according to one embodiment of the present invention comprises: a code distribution unit that generates and distributes a code containing information about an application and information used for registering a device; a device registration unit that, upon obtaining information used for registering the device from the device, notifies the device of information for identifying the device; and a linking unit that obtains information about the application and information for identifying the device from the device, and registers the device in association with the application.

This invention discloses a transceiver node identification and link rate configuration method for a plastic fiber optic multi-node bus, comprising: extracting the first threshold crossing time, pulse peak amplitude attenuation, and first echo arrival interval from training pulses to form a node response feature group, thereby improving the distinguishability of the physical response of multiple nodes; generating a node identification tag sequence through a hierarchical index matrix and unique landing points, thereby improving the node sorting stability; dividing rate groups by hierarchical intervals and determining the target link rate within a group by combining the number of error codes and the location of error code distribution, thereby reducing the constraint of low-quality nodes on the overall line rate; and suppressing node drift and misconfigured rates through confirmation pulse verification, tag rearrangement, and rate resetting after rate switching, thereby improving the identification accuracy and link transmission stability of the plastic fiber optic multi-node bus.

This invention relates to the field of battery safety monitoring technology, specifically to a method and system for tracing batteries after combustion based on heterogeneous dual codes, solving the technical problem that existing technologies struggle with identification and tracing under abnormal conditions. The method includes: acquiring a microscopic depth image of the battery tab surface, performing image depth analysis based on the microscopic depth image to determine the character sequence corresponding to the plaintext character distribution area on the battery tab surface and the set of etching point coordinates corresponding to the QR code distribution area; performing database traversal matching based on the character sequence to obtain at least one candidate factory identification code and a QR code bitmap corresponding to each candidate factory identification code; and performing structural comparison analysis based on the etching point coordinate set and the QR code bitmaps corresponding to each candidate factory identification code to trace back to the target factory identification code from the at least one candidate factory identification code.

The application discloses a B-code distribution network phase synchronization method based on high-precision DAC control and belongs to the technical field of phase adjustment. The B-code distribution network phase synchronization system based on high-precision DAC control is built, a multi-channel counter calculates the phase difference between the B-code signal of an input channel and the B-code signal of a reference input port and reports the phase difference to the host computer software, the host computer software calculates the phase adjustment amount according to the phase difference and issues the phase adjustment amount to a phase adjustment module to adjust the phase of the B-code signal of the input channel, and the phase consistency of the B-code signal output by the B-code distribution network is realized. Compared with the traditional method of adjusting the length of the B-code signal transmission cable, the method saves time and effort, has high control precision, avoids the process of re-correcting the cable length when the output B-code signal phase changes due to the damage and replacement of the B-code distribution equipment, and is convenient to use.

This invention discloses a method for generating ladder diagrams for programmable controllers based on a large language model, belonging to the field of programmable controller technology. It uses a first large language model to structure the logical control requirements, including I / O inputs, control logic relationships, and I / O outputs, described in natural language. The generated structured logical control requirements are then processed by a pre-trained base large language model to obtain an I / O allocation table and intermediate IL (Intermediate Language) code. The I / O allocation table represents variable information and is converted into a first element in a specific format. The intermediate IL code is logical control information organized based on the variables in the I / O allocation table. The association relationships of ladder diagram controls represented by an Object-Oriented View (AOV) network are generated by traversing the intermediate IL code, and the relative position information of the ladder diagram controls is injected during the generation process. The AOV network is then traversed to generate a second element in a specific format. The first and second elements are merged and assembled to form a file of the target ladder diagram code in a specific format.

According to one aspect of the present application, a method for generating and updating front-end code is provided, the method comprising: determining feature information of components in a front-end design file and determining a feature semantic tree based on the feature information, the feature information comprising visual feature information, semantic feature information and interaction feature information; inputting the feature semantic tree into a pre-trained model to obtain code of multiple framework types; creating a structured directory corresponding to code of a target framework type among the code of the multiple framework types and assigning the code of the target framework type to the structured directory to obtain structured code, optimizing and packaging the structured code to generate front-end code for deployment; and in response to an update instruction, determining a target update node in the feature semantic tree corresponding to the update instruction to update front-end code associated with the target update node in the front-end code according to the update instruction.

In some embodiments, the present disclosure provides an exemplary method that may include steps of receiving a request for a plurality of data items from a computing device; determining at least one pattern for at least one metric associated with the computing device; generating at least one digital code based on the at least one pattern meeting a predetermined metric threshold, the at least one digital code comprising access to a plurality of resources; assigning the at least one digital code to the computing device to form at least one assigned digital code; and allowing access to the plurality of resources to facilitate performing a domain name availability determination for the plurality of data items.