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Devices and methods for semi-automated, automated and mobile replacement of an electric battery for propulsion of automobiles

机译:用于自动推进汽车的电池的半自动,自动和移动替换的装置和方法

摘要

Both the relatively long time it takes to charge e-batteries (2), which are used to drive automobiles (1), and the (currently at the state of e-battery technology) limited travel distance of approx. 130-150 km Can be reached with a battery charge, in long-distance traffic (route one battery charge) is not an economical alternative for the use of electric batteries (2) powered automobiles (1) compared to automobiles that are powered by internal combustion engines, the routes of about 600 km (and more). A quick change of the e-battery (2) would largely compensate for these serious disadvantages. The basic idea for the proposed replacement process for e-batteries (2) that are used to drive automobiles (1) is the mechanized discharge or entry of the e-battery (2) from / into the automobile (1). The position of the e-battery (2) in the automobile (1) while driving is in versions 1 (partially automated), 2 (automated) and 3 (mobile change) / Var. 1 in the area above the rear axle, or behind the rear seats, or in the rear part of the trunk - in a so-called battery tunnel (3). The discharged or ready-to-use e-battery (2) for the aforementioned interchangeable versions is discharged laterally (on the passenger side) from / to the automobile (1). With version 3 / Var. 2 (mobile change), the position of the electric battery (2) is arranged in a space that extends from the rear in the longitudinal direction of the automobile (1). This flat space is formed by a second vehicle floor, which is arranged above the actual vehicle floor (4). For this interchangeable version 3 / Var. 2, the e-battery (2) is removed or inserted from the rear of the automobile (1). The mechanized transport of the e-battery (2) takes place in all the listed interchangeable versions (versions 1, 2, 3 / var. 1 and 2) by means of a driven, movable frame (8) - in which the e-battery (2) is inserted - inside the automobile (1) as well as outside - by means of technical devices, which are used with the change process of the three versions described, on rails.
机译:给用于驱动汽车(1)的电子电池(2)充电需要相对较长的时间,以及(当前处于电子电池技术的状态)有限的行驶距离(大约为5分钟)。 130-150 km可以用电池充电,在长途交通(路线>一个电池充电)中,与使用电动汽车(2)供电的汽车(1)相比,使用电动汽车(2)并不是一种经济的选择内燃机,路线约600公里(甚至更多)。快速更换电子电池(2)将在很大程度上弥补这些严重的缺点。用于驱动汽车(1)的电子电池(2)的拟议更换过程的基本思想是,机械化将电子电池(2)从汽车(1)排放或进入汽车(1)。行驶时,汽车(1)中电动电池(2)的位置为版本1(部分自动),版本2(自动)和版本3(移动零钱)。 1在所谓的电池通道(3)中位于后轴上方,后排座椅之后或后备箱的后部。用于上述可互换版本的已放电或可使用的电子电池(2)从/向汽车(1)横向排放(在乘客侧)。随着版本3 / Var。如图2所示(电动车),电池(2)的位置配置在从汽车(1)的长度方向的后方延伸的空间。该平坦空间由布置在实际车辆地板(4)上方的第二车辆地板形成。对于此可互换的版本3 / Var。如图2所示,从汽车(1)的后部卸下或插入电子电池(2)。在所有列出的可互换版本(版本1、2、3 /版本1和2)中,通过驱动的可移动框架(8)对电动电池(2)进行机械化运输。电池(2)通过技术设备插入到汽车(1)的内部和外部,该技术设备用于在上述三个版本的更换过程中使用的技术设备。

著录项

  • 公开/公告号DE102012012739B4

    专利类型

  • 公开/公告日2014-11-27

    原文格式PDF

  • 申请/专利权人 GÜNTHER BÜDENBENDER;

    申请/专利号DE20121012739

  • 发明设计人 GLEICH PATENTINHABER;

    申请日2012-06-26

  • 分类号B60S5/06;B60K1/04;B60L11/18;B60S5;

  • 国家 DE

  • 入库时间 2022-08-21 14:55:53

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