通过对物流及矿山开发企业运输车辆轮胎消耗量较大、影响运输安全、成本居高不下等问题进行研究,提出一种轮胎全生命周期管理方法,通过建立数据驱动的轮胎管理系统,加强轮胎在采购、使用、维护和仓储等环节的数据挖掘和精细化管理,从而...通过对物流及矿山开发企业运输车辆轮胎消耗量较大、影响运输安全、成本居高不下等问题进行研究,提出一种轮胎全生命周期管理方法,通过建立数据驱动的轮胎管理系统,加强轮胎在采购、使用、维护和仓储等环节的数据挖掘和精细化管理,从而达到提高轮胎安全性、延长轮胎使用寿命、降低轮胎使用成本的目的。最终系统经过项目现场的使用检验,结果达到系统设计效果。By studying the problems such as large tire consumption, impact on transportation safety and high cost of transportation vehicles in logistics and mining development enterprises, a tire life cycle management method is proposed. By establishing a data-driven tire management system, data mining and fine management of tire procurement, use, maintenance and warehousing are strengthened, so as to achieve the goal of improving tire safety, extending the service life of tires, and reducing the use cost of tires. The final system has been tested on the project site, and the result has achieved the system design effect.展开更多
文摘通过对物流及矿山开发企业运输车辆轮胎消耗量较大、影响运输安全、成本居高不下等问题进行研究,提出一种轮胎全生命周期管理方法,通过建立数据驱动的轮胎管理系统,加强轮胎在采购、使用、维护和仓储等环节的数据挖掘和精细化管理,从而达到提高轮胎安全性、延长轮胎使用寿命、降低轮胎使用成本的目的。最终系统经过项目现场的使用检验,结果达到系统设计效果。By studying the problems such as large tire consumption, impact on transportation safety and high cost of transportation vehicles in logistics and mining development enterprises, a tire life cycle management method is proposed. By establishing a data-driven tire management system, data mining and fine management of tire procurement, use, maintenance and warehousing are strengthened, so as to achieve the goal of improving tire safety, extending the service life of tires, and reducing the use cost of tires. The final system has been tested on the project site, and the result has achieved the system design effect.
