3D cart system

Abstract

The invention discloses a three-dimensional material trolley system. The three-dimensional material trolley system comprises guiding rails parallel to furnace doors of annealing furnaces, wherein two or more than two guiding rails are arranged at intervals in parallel; a two-stage feeding device is arranged on the guiding rails, and the length direction of the two-stage feeding device is perpendicular to the guiding rails, the two-stage feeding device comprises a bottom frame, a middle frame and a top frame used for containing and conveying aluminum foil rolls from bottom to top in sequence, and lubricating slow-release devices are arranged on the lower part of the bottom frame and correspond to the guiding rails; and a group of positioning structures are arranged on the guiding rail on the right side of the feeding right position of each annealing furnace, wherein gaps are formed between the positioning plates and the corresponding transverse walking wheels, and a group of positioning structures which are symmetric with the group of the positioning structures on the feeding right position are arranged on each feeding left position. According to the three-dimensional material trolley system, a material trolley can be used for feeding a plurality of annealing furnaces, the feeding position is accurate, the aluminum foil coil can be automatically lifted and can be directly conveyed into the annealing furnaces, and automatic lubrication is realized.

Description

technical field [0001] The invention relates to the technical field of aluminum foil production, in particular to a three-dimensional feeding cart system. Background technique [0002] In the production process of aluminum foil, annealing is one of the most important processes in the heat treatment process, which has a very important impact on the quality of aluminum foil. The annealing furnace is the equipment for completing the annealing of aluminum foil. There are multiple annealing furnaces in parallel intervals in the annealing room. Before annealing, the aluminum foil roll needs to be fed into the furnace door of the annealing furnace. The existing method for transporting aluminum foil rolls is to set a pair of guide rails perpendicular to the furnace door of the annealing furnace for each annealing furnace, and a feeding cart is arranged on the guide rails. Although this method can deliver aluminum foil rolls to the annealing furnace more accurately (the relative po...

AI Technical Summary

Problems solved by technology

Although this method can deliver aluminum foil rolls to the annealing furnace more accurately (the relative position of the feeding car and the annealing furnace is more accurate), but on the one hand, it brings troubles to transporting aluminum foil rolls, and each feeding car has a feeding station. , the aluminum foil roll needs to be transported to multiple loading stations

In addition, each annealing furnace is provided with a feeding car, the utilization rate of the feeding car is low, and the number of feeding cars is increased, which greatly increases the equipment cost

[0003] The temperature in the annealing workshop is high, and there is often a lack of lubricating oil protection between the material wheel and the guide rail. After long-term use, the material wheel and the guide rail are prone to rust, and the friction between the material wheel and the guide rail is increased, which increases the energy consumption of the material vehicle.

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