This article is based on the development trend of unmanned logistics, and discusses the possibility of unmanned technology development based on the logistics status of trunk freight. Taking the main transportation means of trunk freight as the carrier, we try to carry out innovation and design research on the interior, exterior, cargo box and on-board APP. This article will first focus on the current status of the logistics model and analyze it with specific examples at home and abroad. , And at the same time make an in-depth discussion on the development background of unmanned logistics; development overview and technical principles. After studying the entire logistics model and unmanned logistics, further analysis and discussion on the heavy trucks of the main line transportation are carried out, and a certain forward-looking and feasible solution is proposed. In terms of product design, this article will combine electric vehicle drive technology and autonomous driving technology to develop a zero-pollution, high-efficiency, intelligent, electric unmanned heavy truck that is more in line with the logistics model. This article aims to design an electric unmanned heavy truck and vehicle service system that can fully cope with the trunk freight by combining the unmanned logistics technology. And can gradually replace the existing backward trunk freight service mode, and at the same time provide a valuable case reference for the development of the logistics industry.
Questo articolo si basa sul trend di sviluppo della logistica senza equipaggio e discute la possibilità di sviluppo di tecnologia senza pilota in base allo stato logistico del trasporto merci. Prendendo come vettore i principali mezzi di trasporto del trasporto merci, cerchiamo di effettuare ricerche di innovazione e design su interni, esterni, cassone di carico e APP di bordo. Questo articolo si concentrerà innanzitutto sullo stato attuale del modello logistico e lo analizzerà con esempi specifici in patria e all'estero. , E allo stesso tempo fare una discussione approfondita sullo sfondo dello sviluppo della logistica senza pilota; panoramica dello sviluppo e principi tecnici. Dopo aver studiato l'intero modello logistico e della logistica non presidiata, vengono svolte ulteriori analisi e discussioni sugli autocarri pesanti della linea principale di trasporto e viene proposta una certa soluzione lungimirante e fattibile. In termini di design del prodotto, questo articolo combinerà la tecnologia di guida dei veicoli elettrici e la tecnologia di guida autonoma per sviluppare un camion pesante senza pilota elettrico, ad alta efficienza, intelligente ed a inquinamento zero, più in linea con il modello logistico. Questo articolo mira a progettare un sistema di servizio per autocarri pesanti e veicoli elettrici senza pilota in grado di far fronte pienamente al trasporto di merci combinando la tecnologia logistica senza pilota. E può gradualmente sostituire l'attuale modalità di servizio di trasporto merci a ritroso e allo stesso tempo fornire un prezioso riferimento per lo sviluppo del settore logistico.
Research and design of mainline frieght trasport vehicle based on unmanned logistics
Wang, Desen
2021/2022
Abstract
This article is based on the development trend of unmanned logistics, and discusses the possibility of unmanned technology development based on the logistics status of trunk freight. Taking the main transportation means of trunk freight as the carrier, we try to carry out innovation and design research on the interior, exterior, cargo box and on-board APP. This article will first focus on the current status of the logistics model and analyze it with specific examples at home and abroad. , And at the same time make an in-depth discussion on the development background of unmanned logistics; development overview and technical principles. After studying the entire logistics model and unmanned logistics, further analysis and discussion on the heavy trucks of the main line transportation are carried out, and a certain forward-looking and feasible solution is proposed. In terms of product design, this article will combine electric vehicle drive technology and autonomous driving technology to develop a zero-pollution, high-efficiency, intelligent, electric unmanned heavy truck that is more in line with the logistics model. This article aims to design an electric unmanned heavy truck and vehicle service system that can fully cope with the trunk freight by combining the unmanned logistics technology. And can gradually replace the existing backward trunk freight service mode, and at the same time provide a valuable case reference for the development of the logistics industry.| File | Dimensione | Formato | |
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Wang Desen final thesis 10737511 Research and design of Mainline Freight Transport Vehicle Based on Unmanned Logistics.pdf
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Descrizione: Wang Desen's final thesis.
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https://hdl.handle.net/10589/185736