8 results about "Digital master" patented technology

The utility model relates to the technical field of hoisting machinery, and provides a digital master controller which comprises an operating lever, a crankshaft, a base frame, a combined gear, a bevel gear, a sector, a straight gear, a vertical change-over switch mechanism and a horizontal change-over switch mechanism, a gear sector is fixed on the crankshaft; the gear sector is meshed with a straight tooth part in the combined gear; a bevel tooth part in the combined gear is meshed with the bevel gear; the bevel gear is connected with the vertical change-over switch mechanism; the gear sector is meshed with a straight gear, and the straight gear is connected with a horizontal change-over switch mechanism; the vertical change-over switch mechanism and the horizontal change-over switch mechanism respectively comprise a ratchet wheel, a rotating shaft, a contact head, a cam block and an encoder; a ratchet wheel and a plurality of cam blocks are mounted on the rotating shaft; a contact head is arranged on the cam block; and the tail end of the rotating shaft is connected with an encoder. According to the utility model, the encoder is arranged to accurately control the operation state of the driving equipment, so that the controller has higher response speed.

The application discloses a full life cycle management method of an intelligent hanger based on a PLM system, relates to the technical field of intelligent manufacturing and PLM, and comprises the following steps: a digital master model integrated with a three-dimensional model, a material list and process rules is established in a PLM system; a standardized two-way data interface with a production execution system and a workshop Internet of Things is constructed to acquire state data flow in the process of hanger manufacturing, use and maintenance in real time; based on real-time data and preset rules, the system dynamically evaluates the suitability of the hanger, generates process recommendations or risk warning instructions, and issues the instructions to a production system; and the digital master model is synchronously updated according to the state data to form an evolution model mapping the real state of the entity. The method realizes real-time linkage between the state of the hanger and the design model, improves the precision of process adaptation and the risk control capability, and provides a dynamic data basis for the full life cycle optimization of assets.

The invention discloses an artificial intelligence service system and method for an electric power metering digital master station, and relates to the technical field of intelligent language services, the system comprises three core modules of telephone traffic access, a virtual telephone operator and an interrogation assistant, a user call is received through an IMS administrative telephone line, the user demand is analyzed by using an intelligent voice interaction technology, and the intelligent voice interaction technology is used for receiving the user call. And a structured instruction is generated to drive an RPA automatic script to execute operations such as remote interrogation and the like. In terms of technical implementation, the ASR voice recognition unit is adopted, and high-precision voice recognition is achieved. Meanwhile, in cooperation with ACD dynamic routing and dual-channel redundancy design, it is guaranteed that the system has the high-concurrency service capacity. In addition, an SM4 encryption tunnel and an operation auditing chain are further constructed, and it is ensured that the whole business process is safe and credible. Through the design, the electric power metering service response speed is effectively improved, the service processing accuracy is improved, the manual operation and maintenance cost is remarkably reduced, and an intelligent solution is provided for digital transformation of electric power enterprises.

This application relates to the field of data processing technology, and in particular to a data maintenance method, apparatus, digital master platform, and computer equipment. The method, applied to a digital master platform, includes: acquiring domain knowledge for each stage of the global process and determining the metadata definition of each element within that domain knowledge; extracting attribute information of components at each level and relationship information between components from the application model corresponding to each stage; aligning the metadata definition with the relationship and attribute information for each stage to obtain standard relationship and attribute information for the target dimension; constructing a component database based on the standard relationship and attribute information; and constructing a central semantic model based on the component database corresponding to each stage. The central semantic model is used for data mapping of components to the application model corresponding to each stage. The solution adopted in this application can improve the efficiency of iteration between stages.

This document describes a method and apparatus for testing and / or manufacturing holograms. Specifically, a method for manufacturing and / or testing holograms on a planar or substantially planar substrate or on a cylindrical roller is provided, the method comprising the steps of: generating a target holographic optical element (HOE) based on input geometric parameters and input system parameters; generating a digital master printer control file and test pass / fail criteria; printing a master hologram; testing the master hologram, and if the master hologram passes the test criteria: generating a first witness replica from the master hologram; testing the replica hologram, and if the replica hologram passes the test criteria: mass-producing replica copies on a curved substrate using the master and / or replica holograms.

Herein is described a method and apparatus for testing and / or manufacturing holograms. In particular, there is provided a method of manufacturing and / or testing holograms on a flat or a substantially flat substrate or on a cylindrical drum the method comprising the steps of: generating a target holographic optical element (HOE), which is based on input geometries and input system parameters; generating digital master printer control files and testing pass / fail criteria; printing a master hologram; testing the master hologram, and if the master hologram passes the testing criteria: generating a first witness replica from the master hologram; testing the replica hologram, and if the replica hologram passes the testing criteria: using the master and / or replica hologram to mass manufacture replica copies onto a curved substrate.

In some embodiments, the present disclosure provides an exemplary method that may include steps of identifying a plurality of identification numbers associated with a plurality of entities; determining at least one digital master key associated with an identification number; utilizing a derivation translation module to derive at least three digits of the plurality of digital digits associated with the digital master key; automatically generating a plurality of time-based digital tokens based on the at least three digits derived from the digital master key; utilizing at least one time-based digital token of the plurality of time-based digital tokens to generate digital data for with a computing device associated with a user; automatically generating a first card verification code associated with the at least one time-based digital token and the digital data; and automatically expiring the first card verification code after a predetermined period of time.

The invention discloses an intelligent hanger full life cycle management method based on a PLM system, and relates to the technical field of intelligent manufacturing and PLM, and the method comprises the steps: building a digital main model integrated with a three-dimensional model, a material list and a process rule in the PLM system, building a standardized bidirectional data interface of a production execution system and a workshop Internet of Things; therefore, the state data flow in the manufacturing, using and maintaining processes of the hanger can be obtained in real time. Based on the real-time data and a preset rule, the system dynamically evaluates the applicability of the hanger, generates a process recommendation or risk early warning instruction, and issues the instruction to a production system. And synchronously updating the digital main model according to the state data to form an evolution model for mapping the real state of the entity. According to the method, the real-time linkage of the hanger state and the design model is realized, the accuracy of process adaptation and the risk management and control capability are improved, and a dynamic data basis is provided for the full life cycle optimization of assets.