Maneuvering power supply vehicle with small lifting platform

Abstract

A maneuvering power supply vehicle with a small lifting platform uses an electric vehicle (1) for the old and the disabled as a carrying power source, a small lifting platform (2) (electric or hand hydraulic) is arranged on the electric vehicle for the old and the disabled, and a rear-portion rear wheel vehicle body is provided with the platform (3) for bearing light-duty cargoes. The maneuvering power supply vehicle adopts the electric vehicle for the old and the disabled, the vehicle body is small, provided with the small lifting platform, safe, green and environment-friendly and flexible in maneuvering performance when running in a narrow space, the manufacture cost for motor vehicle accumulator replacement is lower than that of large traditional vehicles pulled with the small lifting platforms, and the motor vehicle accumulator replacement is quick and strength-saving compared with a mode adopting small hand-pushing movable lifting platform. In addition, the electric vehicle for the old and the disabled is flexible to move, safe in operation and quick and convenient and used for accumulator replacement of large, medium and small sized motor vehicles in large parking lots and the like and small devices, and goods and material loading and unloading operations are very convenient.

Description

technical field [0001] The invention relates to a motorized small lifting platform power supply car, which has a more rationalized and humanized improvement than the conventional way of replacing the vehicle battery, and belongs to the technical field of mechanical maintenance equipment. The motorized small lifting platform power supply vehicle is used as a car maintenance personnel In the case of outdoor work or when it is impossible to provide vehicle battery replacement, especially in some large motor vehicle storage places, etc., in the cold winter in the north, the site is subject to fluctuations in weather conditions such as low temperature, when various vehicles have their own battery loss, etc. For other reasons, when it is necessary to remove and charge the battery, and it is found that the battery has been used up or is damaged, a new battery needs to be replaced, or a spare battery needs to be replaced, if the battery replacement is not resumed, the motorized small l...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, in the daily operation of automobile maintenance workers, the traditional operation method is to remove the battery cable and leave the battery, and then 2 people lift the battery and carry it to the charging repair workshop. In front of the vehicle with the battery, 2 people are needed to lift the battery to the place where the battery is placed. It takes time and effort to lift or push the battery, increasing the manpower, and the efficiency is not high. Moreover, it involves the vehicle that needs to replace the battery. For example: Foton Auman The weight of the starting battery used in the tractor is about 80 kg, and the weight is heavy (for example: Fengfan brand battery model 6-QA-165, for example, each weight is 44kg, and the overall size: (510×223×212 / 237mm), Moreover, the bottom of the battery compartment is between 77-89 cm from the ground, which is high from the ground and has a large range. The starter batteries used on the cart are 2 pieces of 24V. Especially when there is no helper, only one person can operate. According to my work experience, this will inevitably cause lumbar muscle strain and injury to the human body, and the gain outweighs the gain

But when there is only one person, he is unwilling to operate like this, waiting for helpers to support or find someone to help, time-consuming, labor-intensive, low-efficiency, and in the middle of the operation of the car maintenance personnel, although some small motor vehicles are used to load small The lifting platform goes to the vehicle in need for replacement, or uses a hand-push mobile small lifting platform to replace

It has the characteristics of strong mobility, quick operation and fast operation, etc., but these traditional methods of replacing vehicle batteries have shortcomings such as inflexible maneuverability when the vehicle is huge and driving in a narrow space. Disadvantages such as poor performance

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