Speaker assembly line equipment system

Abstract

The invention discloses a loudspeaker box production line equipment system. The loudspeaker box production line equipment system comprises a board cutting machine (1), a chopper (2), an aftertreatment device (4) and an assembly line (5), wherein the aftertreatment device (4) is arranged on a first conveyer belt (3) and used for performing planar machining on a small board; a feed slide way (6) is arranged between a discharge port of the board cutting machine (1) and a feed port of the chopper (2), wherein a push mechanism (7) which pushes the strip-shaped board is arranged on the feed slide way (6); a first mechanical arm (8) is arranged between a discharge port of the chopper (2) and a feed end (3.1) of the first conveyer belt (3); a second mechanical arm (9) is arranged between a discharge end (3.2) of the first conveyer belt (3) and a feeding end of the assembly line (5). By the adoption of the structure of the loudspeaker box production line equipment system, the one-shot forming process of a loudspeaker box body from a whole board to assembly can be realized, carrying and manual operation of workstages during the forming process can be avoided, automated production can be realized, and production efficiency and product homogeneity can be improved.

Description

technical field [0001] The invention relates to the technical field of speaker manufacturing, in particular to a speaker assembly line equipment system. Background technique [0002] In the production process of the speaker, the material of the shell is mostly made of wood, and to process a whole piece of wood into the speaker shell required by the industry, it is often necessary to cut a whole piece of wood into several long strips of wood, and then cut it into several pieces. A small piece of wood, and then make the small piece of wood go through processes such as slotting, drilling, and processing patterns on the board surface, and finally manually assemble a number of processed wood boards into a box. In one process, manual handling and multiple loading and unloading are required between each process, which not only leads to low processing efficiency, high labor costs, and poor product consistency, but also easily causes damage to the board during the handling process, r...

AI Technical Summary

Problems solved by technology

In one process, manual handling and multiple loading and unloading are required between each process, which not only leads to low processing efficiency, high labor costs, and poor product consistency, but also easily causes damage to the board during the handling process, resulting in scrapping

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