Trolley using electromagnets to prevent iron articles from slipping

Abstract

The invention discloses a trolley for preventing an iron article from slipping by using an electromagnet. The trolley comprises a bottom plate, wheels, the electromagnet, a power supply, an electric wire, an anti-slip cover, a handle and a power-on control switch. The lower end of the bottom plate is connected with the wheels, and the electromagnet, the power supply and the wire are placed at the upper end and clamped with the anti-skid cover to form a closed space to protect an internal circuit formed by the electromagnet, the power supply and the wire. The anti-skid cover is connected with the handle, and a power-on control switch is installed on the side face. And the power-on control switch is connected with a power supply to control the power-on and power-off of the electromagnet. The electrified electromagnet can generate magnetic force to continuously attract the iron parts and the turnover box on the trolley, so that the iron parts can be fully loaded in the turnover box without falling or slipping due to vibration and jolt, the number of the parts transported at a time is increased, meanwhile, the turnover box does not need to be fixed by a rope or a buckle, and after the iron parts are transported to a destination, the turnover box can be fixed by the trolley. When the power-on control switch is turned off, the parts and the turnover box can be conveniently taken down, the transportation steps are simplified, and the transportation efficiency is improved.

Description

technical field [0001] The invention relates to the field of trolleys, and relates to a trolley that uses electromagnets to prevent iron objects from slipping off Background technique [0002] In the factory, iron parts are generally packed in a turnover box and then transported by a trolley. In order to prevent the parts from falling due to bumps during transportation, the parts are often not fully loaded in the turnover box, and a space margin needs to be reserved, which reduces the transport efficiency. At the same time, the turnover box needs to be wrapped and fixed on the trolley with ropes. After transporting to the destination, the ropes must be untied or the turnover box must be removed again. There are many operation steps and the transportation efficiency is low. [0003] Most of the existing trolleys have a single function and a simple structure, and only have a simple transportation function, which cannot provide more help for users. There are few trolleys that ...

AI Technical Summary

Problems solved by technology

[0002] In factories, iron parts are generally packed in turnover boxes and then transported by trolleys. In order to prevent parts from falling due to bumps during transportation, parts are often not fully loaded in turnover boxes, and space margins need to be left, which reduces transport efficiency

At the same time, the turnover box needs to be wrapped and fixed on the trolley with ropes. After transporting to the destination, the rope must be untied or the turnover box must be removed again. There are many operating steps and the transportation efficiency is low.

[0003] Most of the existing trolleys have single functions and simple structures. They only have simple transportation functions and cannot provide more help to users. There are few trolleys that can optimize the transportation process and improve transportation efficiency.

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