Unmanned delivery vehicle debugging system

Abstract

The invention provides an unmanned distribution vehicle debugging system, and belongs to the technical field of vehicle debugging. The unmanned distribution vehicle debugging system comprises an unmanned distribution vehicle, a debugging vehicle, a mechanical link and a power module, a cockpit is arranged on the debugging vehicle, and a debugging module and a takeover mechanism located in the cockpit are further arranged on the debugging vehicle. The debugging module is electrically connected with a first electrical system of the unmanned distribution vehicle, a second electrical system of thedebugging vehicle is electrically connected with the first electrical system, the takeover mechanism is mechanically connected with a mechanical system of the unmanned distribution vehicle through the mechanical link, and the power module is electrically connected with the debugging module, the first electrical system and the second electrical system, respectively. By means of the control of thesecond electrical system on the debugging vehicle and by means of the debugging module and the takeover mechanism arranged in the cockpit of the debugging vehicle, the unmanned distribution vehicle debugging system provided by the invention realizes the synchronous movement of the debugging vehicle and the unmanned distribution vehicle, and the debugging personnel can debug and take over the unmanned distribution vehicle in the cockpit of the debugging vehicle, so that the problem of debugging difficulty of the unmanned distribution vehicle is solved.

Description

technical field [0001] The present disclosure relates to the technical field of vehicle debugging, in particular to an unmanned delivery vehicle debugging system. Background technique [0002] At present, door-to-door express delivery and home-delivered meals have become a trend, so there is an urgent need to build a terminal distribution system that can be dispatched online and delivered offline to users. Since the order volume in the distribution market is far greater than the number of employees, and with the increase in order volume, the number of employees is saturated, and the use of unmanned delivery vehicles for distribution has been extensively studied in the industry. When using an unmanned delivery vehicle for distribution, in order to avoid the downtime of the first electrical system of the unmanned delivery vehicle, the debugger can debug the first electrical system of the unmanned delivery vehicle after driving a certain distance. [0003] At present, during t...

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Problems solved by technology

However, when the speed of the vehicle increases, the walking speed of the debugging personnel cannot be consistent with that of the unmanned delivery vehicle, which makes it difficult for the debugging personnel to follow synchronously, thus increasing the difficulty of debugging the unmanned delivery vehicle

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