Manufacturing institutions are developing and applying integrated judgment systems to address the aging trend.

Abstract

This invention relates to a judgment and integration system developed for a manufacturing industry to address the aging trend. It is applied to manufacturing processing machines, which have operator positions. The system includes a backend device, which is a computer or server. This backend device comprises a microprocessor module, an artificial intelligence accelerator, a data storage module, an operation and display module, and a communication connection module. The microprocessor module is electrically connected to the artificial intelligence accelerator, data storage module, operation and display module, and communication connection module to perform integrated calculations, judgments, presentations, and transmissions of design conditions, achieving both age-friendliness and operational stability.

Claims

1. A system for developing and applying integrated judgment mechanisms in response to the aging trend in the manufacturing industry, comprising: At least one system backend device, which is a computer or server, is provided with at least one microprocessor module, at least one artificial intelligence accelerator, at least one data storage module, at least one operation and display module, and at least one communication connection module. The data storage module includes at least one engineering requirement assessment database and at least one mechanical mechanism design principle database. The engineering requirement assessment database includes at least one engineering requirement priority condition storage unit, at least one customer requirement weight assessment condition storage unit, at least one customer requirement and engineering requirement relationship matrix assessment condition storage unit, and at least one correlation assessment condition storage unit. The mechanical mechanism design principle database includes at least... The system includes a design principle priority storage unit, at least one common requirement weight evaluation condition storage unit, at least one common requirement and design principle relationship matrix evaluation condition storage unit, and at least one design principle correlation evaluation condition storage unit. The microprocessor module is electrically connected to the artificial intelligence accelerator, data storage module, operation and display module, and communication connection module. The microprocessor module, artificial intelligence accelerator, and data storage module perform integrated calculations and judgments on the design conditions of the mechanical mechanism application. The integrated calculation and judgment results are presented on the operation and display module, which can input data. The communication connection module transmits the integrated calculation and judgment results.

2. As described in claim 1, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, This system is applied to at least one manufacturing processing machine, which has several operator positions and a number of detection devices. The detection devices are electrically connected to a communication module in the system's backend device. The detection devices are located at the operator positions of the manufacturing processing machine to transmit the detected data back to the correlation evaluation condition storage unit in the engineering requirements evaluation database of the data storage module through the communication module, so as to provide the basis for calculation and judgment for the development and application of the machine mechanism.

3. As described in claim 2, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, The detection device is a pressure sensor, optical sensor, distance or position sensor, or acceleration and gyroscope sensor. It senses the operation positions and movements of operators on manufacturing processing machines and transmits the sensing data back and stores it as the basis for calculation and judgment in the development and application of the machine mechanism.

4. As described in claim 1, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, The communication connection module of the system's backend device is a Bluetooth wireless receiving and transmitting unit, a wired network receiving and transmitting unit, or a wireless network receiving and transmitting unit, allowing for the selection of various connection methods according to requirements.

5. As described in any of claims 1 to 4, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein... The engineering requirements assessment database contains two storage units: one for priority conditions and the other for correlation assessment conditions. These units store conditions related to labor-saving and physical load reduction, and conditions related to human safety and job friendliness. These serve as core data for calculation and judgment.

6. As described in claim 5, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, The engineering requirements assessment database's mechanism design principle database contains a design principle priority storage unit and a design principle correlation evaluation condition storage unit. These units store the design principle priority conditions and design principle correlation evaluation conditions for gravity, lever principle, self-weight transfer, friction damping, cam driven, spring force reciprocating, roller and drum, magnetic pole interaction, gear linkage, directional control, or pulley mechanism, respectively. These serve as the core judgment data for calculation and evaluation.

7. As described in claim 6, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, The engineering requirements assessment database of this data storage module contains a customer requirements and engineering requirements relationship matrix assessment condition storage unit, which stores the conditions for generating the customer requirements and engineering requirements matrix diagram. The common requirements and design principles relationship matrix assessment condition storage unit of this mechanism design principles database stores the conditions for generating the common requirements and design principles matrix diagram. Fuzzy evaluation scale is used for quantitative evaluation, and a relationship matrix diagram is generated after the evaluation. This diagram is then presented in the operation and display module and serves as a condition for determining the priority of engineering requirements.

8. As described in claim 7, the manufacturing industry develops and applies an integrated judgment system to address the aging trend, wherein, The customer demand weight assessment condition storage unit of this data storage module is based on the importance priority ranking of customer demands after they are collected, analyzed and evaluated through industry expert questionnaires. The customer demand weight is stored in the customer demand weight assessment condition storage unit as the core judgment data for calculation and judgment.

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