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MATCHING ROUTES METHOD - CAB WITH MANY CUSTOMERS

机译:匹配路线方法-拥有许多客户的驾驶室

摘要

The invention is about the sales of seats of the shuttle vehicles which serve as cabs to the passengers. Normally one person or a group takes a cab. The taxi cab takes the customer to the desired address. It receives the service fee in return. There are seats remain empty. Let's think that we have shuttle vehicles with a capacity of 7 passengers and those are travelling around our city. Let's imagine that the customers inform the host computer about their location and address they want to go through devices such as smart phones or similar computers and tablets. Let's think that our host computer responds to the calls of thousands of customers waiting in different locations. The route drawn between the location of the customer and the desired destination. For this route, the closest suitable shuttle vehicle is directed. But at the same time, it sets the host routes among the other customers that are compatible with this route. It also guides the shuttle vehicle to these customers. The shuttle vehicle also takes these customers. Thanks to similar routes, the shuttle car takes multiple customers at the same time. Passengers pay less. The cab makes more turnover. Less fuel is consumed. The people prefer shuttle vehicles rather than using their cars in the traffic. We will direct the most suitable shuttle vehicle for a maximum of 7 passengers and take them to the desired destination with the routes determined taking into account the optimum and traffic density.
机译:本发明涉及作为乘员室的穿梭车辆的座椅的销售。通常,一个人或一组人乘坐出租车。出租车将顾客带到所需的地址。它收取服务费作为回报。有座位空着。假设我们有7名乘客的往返车辆,而这些车辆正在我们的城市中旅行。假设客户将要通过智能手机或类似计算机和平板电脑等设备访问的位置和地址告知主机。假设我们的主机响应了在不同位置等待的成千上万客户的呼叫。客户位置与所需目的地之间绘制的路线。对于此路线,将引导最近的合适穿梭车。但同时,它会在与该路由兼容的其他客户之间设置主机路由。它还将穿梭车引导给这些客户。穿梭车也吸引了这些顾客。由于路线相似,穿梭车可同时吸引多个客户。乘客少付钱。出租车使营业额增加。消耗更少的燃料。人们更喜欢穿梭车辆,而不是在交通中使用自己的汽车。我们将为最多7名乘客提供最合适的穿梭车,并在考虑最佳和交通密度的情况下确定路线,将他们带到所需的目的地。

著录项

  • 公开/公告号WO2019040017A2

    专利类型

  • 公开/公告日2019-02-28

    原文格式PDF

  • 申请/专利权人 DIRIK HUNKAR;

    申请/专利号WO2018TR50090

  • 发明设计人 DIRIK HUNKAR;

    申请日2018-03-09

  • 分类号G06Q30;

  • 国家 WO

  • 入库时间 2022-08-21 11:56:24

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