Modular Containerized Identification Document Production System
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current identification document production systems are inflexible, require significant space, and are inefficient, especially when producing different types of documents simultaneously, with long throughput times and high complexity, making them unsuitable for decentralized production and cost-effective operation with minimal rejects.
Innovation Solution
A modular, containerized production system comprising document card and assembly device groups, allowing for flexible production of various document types with reduced space requirements, enabling decentralized setup and operation, and incorporating conveyor systems for individual product handling and quality control.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If conventional isolated production systems are used, then document production can be carried out, but the area required is high and the installations are stationary and inflexible
Solution Approach 1:
The production system is divided into separate functional modules (personalization module, binding module, control unit) that can be independently positioned and configured. These modules communicate via data bus and control signals, allowing flexible arrangement within the housing without requiring fixed installation locations, thereby reducing the overall area while maintaining adaptability.
Solution Approach 2:
The production system is designed as a universal platform capable of producing different types of identification documents (passports, ID cards, travel documents) by changing the personalization data and binding parameters through software control, without requiring physical reconfiguration or additional equipment, thus achieving high versatility in a compact design.
2Productivity
If batch production with manual transport is used, then production can be carried out, but the throughput time is long and the process is inefficient
Solution Approach 1:
The system enables continuous production by automatically feeding document cards through the personalization and binding processes without manual intervention. The control unit coordinates the operation of different modules in sequence, maintaining continuous material flow and eliminating idle time between production steps, thereby significantly reducing throughput time.
Solution Approach 2:
The production system performs all operations autonomously including automatic document card feeding, laser personalization, printing, binding, and quality inspection. The system monitors its own operation through sensors and control signals, automatically adjusting parameters and detecting defects without human intervention, thus eliminating manual handling while maintaining high productivity.
3Productivity
If only one type of document is produced at a time, then production simplicity is maintained, but the total production time for multiple document types is long
Solution Approach 1:
The production system features dynamically reconfigurable parameters controlled through software. The control unit can adjust personalization data formats, binding specifications, and processing parameters on-the-fly based on the document type being produced. This dynamic adaptability allows rapid switching between different document types without physical reconfiguration, maintaining production simplicity while enabling multi-document type production with reduced total time.
4Adaptability or versatility
If decentralized production is implemented, then production flexibility is improved, but system complexity increases making quick installation difficult
Solution Approach 1:
The decentralized production system is divided into integrated functional modules housed in a single compact unit with all necessary components (laser device, printing device, binding mechanism, control unit) pre-assembled and interconnected. This modular integration simplifies decentralized installation as the entire system can be deployed as one unit without complex inter-module wiring or configuration, achieving both decentralization and ease of installation.
Data Source
Figure 1~2
Figure 3
Figure 4
AI summary
The aim of the invention is a simple and inexpensive installation of production systems (1000) for book-like identification documents (200). This is achieved by forming the production systems from a first system part (2000), which is made of at least one document card device group (2100) for producing individualized document cards (100), and a second system part (3000), which is made of at least one assembly device group (3100) for joining together a set of book pages (230) of the identification document (200) with a corresponding individualized document card (100), thereby producing the identification document (200). Each of the at least one document card device group (2100) is made of at least one containerized document card manufacturing unit (2500), and each of the at least one assembly device group (3100) is made of at least one containerized assembly manufacturing unit (3500). In order to erect the production system (1000) according to the invention, the following method is used: (a) producing at least one containerized document card manufacturing unit (2500) and at least one containerized assembly manufacturing unit (3500) at a production location; (b) transporting the at least one containerized document card manufacturing unit (2500) and the at least one containerized assembly manufacturing unit (2500) to an installation location; and (c) combining and assembling the at least one containerized document card manufacturing unit (2500), thereby forming the first system part (2000), and the at least one containerized assembly manufacturing unit (3500), thereby forming the second system part (3000), at the installation location.