DELIVERY SYSTEM

To provide a delivery system with which it is possible to realize labor-saving in a cargo delivery service and the qualitative improvement of the delivery service.SOLUTION: A delivery system 1 comprises: a server 10 for generating delivery route information RD relating to a commodity P delivery rout...

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Hauptverfasser: HACHISUGA JOJI, SUETSUGU SHIGEHISA, OCHIAI HIROTOSHI, SUGIURA TOSHIJI, ANDO MITSUHIRO, KIMURA TERUHIRO, TANAKA HIROYUKI, IWATA YUJI, SUGIURA SEI, NOSE KEISUKE, HORI SATOSHI
Format: Patent
Sprache:eng ; jpn
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Zusammenfassung:To provide a delivery system with which it is possible to realize labor-saving in a cargo delivery service and the qualitative improvement of the delivery service.SOLUTION: A delivery system 1 comprises: a server 10 for generating delivery route information RD relating to a commodity P delivery route R; a moving vehicle 20 for carrying the commodity P and equipped with a sensor 26 for acquiring environment information that indicates a surrounding condition and a communication device 333 for acquiring the delivery route information RD from the server 10, the moving vehicle 20 being capable of autonomously traveling toward a destination DP on the basis of the environment information, the delivery route information RD and an action pattern defined by a prescribed computer program; and a remote operation device 30 for remotely operating the moving vehicle 20 when the moving vehicle 20 encounters an autonomously unavoidable condition. The server 10 is capable of learning a new control mode of the moving vehicle 20 on the basis of the mode of the remote operation and controlling the moving vehicle 20 on the basis of the result of the learning.SELECTED DRAWING: Figure 1 【課題】荷物の配送業務における省人化及び配送業務の質的向上を実現可能な配送システムを提供する。【解決手段】 配送システム1は、商品Pの配送経路Rに関する配送経路情報RDを生成するサーバー10と、商品Pを運搬する移動体20であって、周囲の状況を表す環境情報を取得するセンサ26及びサーバー10から配送経路情報RDを取得する通信装置333を備え、前記環境情報及び配送経路情報RD、並びに所定のコンピュータプログラムによって規定された行動パターンに基づいて、目的地DPへ向かって自律的に走行可能な移動体20と、移動体20が自律的に回避不能な状況に遭遇したとき、移動体20を遠隔操作する遠隔操作装置30と、を備える。サーバー10は、前記遠隔操作の態様に基づいて、移動体20の新たな制御態様を学習し、その学習結果に基づいて移動体20を制御可能である。【選択図】図1