Automatic unloading equipment for unloading carton packed goods

Abstract

The invention discloses automatic unloading equipment for unloading carton packing cargoes. The automatic unloading equipment comprises a walking support, a height adjustment telescoping mechanism, a left-right adjustment swing mechanism and a suction disc cargo taking mechanism, wherein the height adjustment telescoping mechanism, the left-right adjustment swing mechanism and the suction disc cargo taking mechanism are arranged on the walking support; and the height adjustment telescoping mechanism is arranged at the top end of the walking support in a lifting manner and can do motion of stretching towards the far end relative to the walking support, the left-right adjustment swing mechanism is installed at the front end of the height adjustment telescoping mechanism and can do left-right displacement adjustment motion and inclined swing adjustment motion relative to the height adjustment telescoping mechanism, and the suction disc cargo taking mechanism is installed at the front end of the left-right adjustment swing mechanism in a sliding manner. By means of the automatic unloading equipment for unloading the carton packing cargoes, automatic unloading can be achieved, flexible operation in a not large space can be achieved, the compact structure and the flexible motion of the equipment can be stood out, the multiple cargoes can be unloaded at the same time, the operation efficiency is high, the hand labor intensity can be effectively reduced, and the equipment has universality and can be applied to cargo unloading of cars in different types.

Description

technical field [0001] The invention relates to the field of logistics automation equipment, in particular to an automatic unloading equipment for unloading goods packed in cartons. Background technique [0002] Carton packaging is widely used in the packaging of finished products in many industries such as tobacco, medicine, and electronics, so the unloading volume of products packed in cartons is very large. At present, products packed in cartons are generally loaded manually in the unloading process, which has the characteristics of high work intensity, low efficiency, fragile items, large safety hazards, and poor working environment. With the rapid development of China's circulation industry, various industry-related Various logistics automation equipment have also been rapidly developed and applied, but as the beginning and end of the circulation of goods, that is, the loading and unloading link, the traditional mode of manual work is still generally used, and the resea...

AI Technical Summary

Problems solved by technology

At present, products packed in cartons are generally loaded manually in the unloading process, which has the characteristics of high work intensity, low efficiency, fragile items, large safety hazards, and poor working environment. With the rapid development of China's circulation industry, various industry-related Various logistics automation equipment have also been rapidly developed and applied, but as the beginning and end of the circulation of goods, that is, the loading and unloading link, the traditional mode of manual work is still generally used, and the research on the related automatic loading and unloading equipment for box packaging is also in an advanced stage. In the lagging state, the existing unloading scheme is to manually cooperate with the telescopic belt conveyor to carry out the unloading operation. When working, the operator can adjust the telescopic length at any time through the front button operation of the telescopic belt conveyor, and the carton is manually removed and placed on the telescopic belt. After being transported to the end of the telescopic belt conveyor on the conveyor, there is manual palletizing or automatic palletizing. At present, there is no loading and unloading equipment that can be vigorously promoted in the market (except pallet loading and unloading). The loading and unloading link generally has high work intensity and low efficiency. , high breakage rate, high potential safety hazard, poor working environment, etc. At the same time, with the increase of labor costs, the labor costs and risks of enterprises are also increasing sharply. For example, in the tobacco commercial distribution center, all industrially produced cigarettes packed in cartons are It needs to be transported to the distribution center, and then the distribution center will carry out the distribution operation. All industrial cigarettes need to be unloaded when they arrive. The loading capacity is 1600 pieces / car. It takes 2 people to unload for 2 hours, and more than 5 cars need to be unloaded every day. , the unloading volume is very large, and at the same time, due to the fatigue of the operation, the cigarettes are artificially damaged during unloading, which increases the damage rate and causes high damage costs.

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