Ferromagnetic dish-washing machine meal box automatic transverse stacking machine and transverse stacking method

Abstract

The invention discloses an automatic transverse stacking machine and a transverse stacking method for lunch boxes of a ferromagnetic dish-washing machine. The stacking machine comprises a horizontal conveying mechanism, a vertical conveying mechanism, a vertical conveying mechanism and a stacking mechanism which are sequentially connected, wherein the horizontal conveying mechanism is used for receiving lunch box stamping parts stamped by an automatic continuous stamping machine; the inclined conveying mechanism enables the meal box stamping part to be conveyed in an inclined posture; the bottom posture adjusting mechanism limits the bottom position of the meal box stamping part and drives the meal box stamping part to advance in a pulsation mode, and the pulsation frequency is the same as the stamping frequency; transverse stacking of ferromagnetic meal box stamping parts can be ingeniously and stably achieved, the meal box stamping parts cannot extrude one another due to gravity, the stability of the appearance and the size of the meal box stamping parts can be effectively guaranteed, and deformation and abrasion are not prone to occurring; and in the subsequent machining process, a worker can easily separate the adjacent meal box stamping parts, labor is saved, the machining efficiency and the yield can be remarkably improved, the number of single stacking is not limited, and the production flexibility is enhanced.

Description

technical field [0001] The invention belongs to the field of automatic processing of dishwasher lunch boxes, in particular to an automatic horizontal stacker and a horizontal stacking method for ferromagnetic dishwasher lunch boxes. Background technique [0002] Dishwashers are equipment used to automatically clean tableware such as bowls, chopsticks, plates, plates, knives, forks, etc. According to the structure, they can be divided into two categories: box type and conveyor type. It reduces labor intensity, improves work efficiency, and improves cleanliness and sanitation for the cooks in restaurants, hotels, and canteens of government agencies. In order to facilitate placement, reduce the occupied space, and increase the service life, the dishwasher matching set plate is generally formed by stamping, especially with the advancement and application of technology, the existing stamping machine can realize continuous automation and rapid one-time stamping Formed lunch box s...

AI Technical Summary

Problems solved by technology

In order to facilitate placement, reduce the occupied space, and increase the service life, the dishwasher matching set plate is generally formed by stamping, especially with the advancement and application of technology, the existing stamping machine can realize continuous automation and rapid one-time stamping Formed lunch box stamping parts, the stamped lunch box stamping parts generally have a concave-convex three-dimensional structure, because the continuous stamping lunch box stamping parts are the same, so in order to facilitate collection and packaging or enter the next process for processing, lunch box stamping parts are generally used The concave-convex structure realizes palletizing and stacking, but the existing palletizing and stacking methods are all vertical palletizing and stacking, and the stamped lunch box stamping parts that have been stamped go through the conveyor belt to the limit frame and then fall and stack. Stacking Due to the gravity of the stamped parts of the lunch box, the stamped parts of the lunch box will be squeezed against each other under the huge gravity. First, the stamped parts of the lunch box will be deformed under the superimposed huge gravity, which will affect the finished product rate and subsequent processing; the second is that the stacked stamping parts of the stacked lunch boxes will be too tightly attached to each other, and it will be difficult to separate them after subsequent processing or leaving the factory. In the process of forced separation, the stamped parts of the lunch box will also be deformed and worn; the third is that in the process of vertical stacking, the stamped parts of the lunch box must go through free fall before they can be stacked. Therefore, a large momentum will be accumulated during the falling process, resulting in a strong collision, causing bruises and wear; the fourth is that the number of pallets is limited

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