Three-dimensional operation instruction station directional pushing system and method for ship production workshop

Abstract

The invention discloses a three-dimensional operation instruction station directional pushing system and method for a ship production workshop. The system comprises a plurality of positioning base stations, a positioning label, a plurality of communication base stations, a positioning pushing server, a positioning information base, a three-dimensional operation instruction information base, a mobile terminal and three-dimensional operation instruction pushing software. The method comprises the following steps: S100, dynamically binding a personnel ID with a mobile terminal ID; S200, dynamically binding the personnel ID and the positioning tag ID; S300, enabling a user to carry the mobile terminal to enter a ship production workshop, and enabling the positioning tag to transmit the receivedinformation to the communication base station through a wireless signal; S400, enabling the communication base station to receive and forward the information to a positioning push server; S500, enabling the positioning push server to calculate and obtain personnel position coordinates; S600, judging whether a user enters a station area or not; and S700, judging whether the user enters a designated station area or not, and if so, pushing a three-dimensional operation instruction book. The method has the advantages of being simple and rapid in deployment, accurate in operation guidance information pushing, high in directivity, and simple, convenient and efficient in on-site dispatching.

Description

technical field [0001] The invention belongs to the technical field of directional information pushing in a ship workshop, and in particular relates to a system and method for directional pushing of a three-dimensional operation instruction book station in a ship production workshop. Background technique [0002] Shipbuilding is a multi-element, multi-disciplinary, multi-stage and multi-process comprehensive system engineering. The existing production mode often organizes planned production with segment manufacturing as a unit, and the workshop, as the forefront of shipbuilding, is the main place and basic unit of segment construction. Taking the segmented workshop as an example, in the actual production process, intermediate products need to go through multiple processes such as cutting, jigsawing, FCB welding, longitudinal frame assembly, longitudinal frame welding, middle group assembly, and middle group welding. Mouth-grinding-bending processing-distribution-subgroup (p...

AI Technical Summary

Problems solved by technology

In the application process of shipbuilding, the instruction book mode mainly has the following disadvantages: (1) The information expression is mostly drawings and text descriptions, with a high degree of discreteness, poor correlation, and weak pertinence, and the information visualization effect is not good and lacks intuition Therefore, it is not conducive to the interpretation of the process requirements by the operators, and it is easy to cause understanding deviations and even rework, which affects the operation efficiency and quality; The mode cannot be dynamically adjusted in time, and the modification response is low, which seriously restricts production efficiency; (3) The two-dimensional work instructions in paper form are large in number and easy to be damaged and lost, with low reuse rate and poor management convenience

The release and push methods of the existing work instructions are mostly in the form of webpages or QR codes, which cannot accurately and efficiently release the production information of the day to the corresponding stations and operators

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