Intelligent tool car system based on ultra-wideband wireless communication

Abstract

The invention discloses an intelligent tool car system based on ultra-wideband wireless communication. The intelligent tool car system comprises an intelligent factory server system, a UWB factory base station network, a tool car and an electronic work permit, the factory server system serves as an intelligent computing center and is used for completing factory resource configuration, equipment scheduling and engineering management and storing factory data. The UWB factory base station network is arranged in a fragmentation mode according to the size of a factory, and coordinates of UWB factory base stations in the factory are stored in the server system and used for achieving position positioning; both the tool car system and the electronic work permit are provided with UWB radio frequency tags, are registered in the factory server system, and are distributed with unique equipment ID numbers for management. The system is suitable for intelligent information management of future intelligent factories. Coordinated work of people and the tool car is achieved, the use requirements of workers for tools in industrial assembly production are met, the workers can take the tools when usingthe tools, automatic identification and statistics can be achieved on tool management, the tools are effectively prevented from being lost, and the registration process of tool entering and exiting is simplified.

Description

technical field [0001] The invention relates to the technical field of intelligent factory and computer control, in particular to an intelligent tool cart system and design method based on ultra-bandwidth wireless communication. Background technique [0002] Intelligent production is the main line of intelligent manufacturing, and intelligent factory is the main carrier of intelligent production. With the proposal of Made in China 2025, Chinese factories will develop in the direction of intelligent production and intelligent management in the next 20 years. By building an intelligent factory network, realize Independent judgment, independent coordination, and independent planning. Therefore, the smart factory will realize the mutual coordination and cooperation between people and equipment, thereby improving the production efficiency of the factory. In the smart factory of the future, humans, machines and resources can communicate with each other, workers can know the statu...

AI Technical Summary

Problems solved by technology

[0003] 1. The existing tool trolley does not have a power output device. When the staff needs to travel to and from multiple operating points to carry out work, manpower is required to push the tool trolley to move, especially when large-scale equipment and instruments are required to carry the tool trolley. The experience of using the tool trolley is poor

[0004] 2. The existing tool trolley does not have the ability to manage tools. When the work is completed, the tools need to be manually counted and counted, which is a waste of manpower and material resources. If the management is not good, it is easy to cause the tools to be taken or lost. , Tool carts are parked arbitrarily, causing chaos on the site from time to time

[0005] 3. Existing tool carts are generally used as independent equipment, and it is difficult to achieve the ability of factory overall management, and it is even more impossible to associate management of tool requirements, projects and personnel

[0006] To sum up, in the existing tool trolley equipment, there is no tool management system suitable for smart factories available

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