Multi-can integral transferring and boxing mechanism for aluminum can packaging

Abstract

The invention discloses a multi-can integral transferring and boxing mechanism for aluminum can packaging, and belongs to the field of packaging mechanical equipment of metal container production. Themechanism comprises a fixed support, a positioning mechanism, a box feeding mechanism, a can feeding support, a translation support and a can clamping mechanism. The box feeding mechanism is horizontally and fixedly arranged on the fixed support at one side of the positioning mechanism; a can conveying roller is horizontally and rotationally connected to the fixed support in the upper side of thepositioning mechanism; a can feeding material belt is horizontally wound on the can feeding rotating roller; the can feeding support is vertically and fixedly arranged on the fixing support; the translation support is horizontally and fixedly arranged in one side of the upper of the can conveying support; a translation lead screw is horizontally connected to a can conveying guide plate in a threaded mode; a lifting connecting plate is horizontally and fixedly arranged at the output end of a lifting cylinder; and the can clamping mechanism is horizontally arranged under an adjusting rotary shaft. The multi-can integral transferring and boxing mechanism is reasonable in structural design, the box feeding material belt can be accurately conveyed and fixed according to needs, aluminum cans can be efficiently, accurately, continuously and stably boxed, and the packaging and using requirements are met.

Description

technical field [0001] The invention belongs to the field of metal container production and packaging machinery and equipment, and in particular relates to a multi-can integral transfer and packing mechanism for aluminum can packaging, which is mainly used for continuous packing of aluminum cans on a production line. Background technique [0002] Aluminum is a product made of aluminum and other alloying elements. It is usually processed into castings, forgings, foils, plates, strips, tubes, rods, profiles, etc., and then cold-formed, sawed, drilled, and assembled. The main metal element of aluminum is aluminum, and some alloy elements can be added to improve the performance of aluminum. There are many types of aluminum, which can be classified according to the processing technology of aluminum. Cast materials, heat treatable alloys and non-heat treatable alloys. Aluminum cans are used in a wide range of applications. Aluminum cans can be processed into aluminum cans using f...

AI Technical Summary

Problems solved by technology

Aluminum cans are widely used in our industrial production and daily life. Compared with other plastic packaging containers, aluminum cans are more environmentally friendly. As far as their containers are concerned, aluminum cans can be recycled repeatedly to reduce environmental pollution. Aluminum cans As far as the materials used are concerned, they can be used repeatedly to effectively save resources and protect the earth's environment. Other packaging containers, such as plastic and polyester materials, are all derived from petroleum. The continuous exploitation of petroleum will cause the depletion of resources.

During the production and processing of existing aluminum cans, the production line is generally used to sequentially process and manufacture the aluminum cans according to the production process. Aluminum cans are packaged in packing boxes for convenient storage and transportation. The existing aluminum cans are generally packed manually by workers. In the actual production process, workers need to manually place the aluminum cans on the production line into the packing boxes one by one. Then manually transport the packing box full of aluminum cans for packaging and other processing procedures. The labor intensity of the workers is relatively high, and often due to the random operation of the workers, it is easy to cause the aluminum cans in the packing box to be stacked irregularly, which affects the quality of the aluminum cans. The placement quality will even cause the aluminum cans in the packaging box to be missing. During the use of the existing aluminum can packing mechanism, because the packaging boxes on the conveyor belt are difficult to be accurately conveyed, the transmission position of the packaging boxes often occurs. The deviation makes it difficult for the aluminum cans to be placed in the packing box accurately and stably, and in the process of placing the aluminum cans, the belt guide roller will also rotate because it is not fixed by external force, and the belt guide roller will drive during the rotation process. The conveyor belt rotates in translation, causing the packaging boxes on the conveyor belt to also move in translation under the drive of the conveyor belt, making it difficult for aluminum cans to be stacked in the packaging box smoothly and neatly, which cannot meet the needs of aluminum can packaging.

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