A multifunctional straw briquette forming machine

Abstract

Disclosed is a multi-functional straw briquetting and shaping machine. A main electric motor (2) is mounted above a case (1) of the multi-functional straw briquetting and shaping machine. A main shaft (3) is perpendicularly fixed within the case (1). A lower planetary plate (5) and an upper planetary plate (6) are mounted on the main shaft (3). An inner gear ring (7) is horizontally fixed at the middle of the case (1). A planetary shaft gear (9) is mounted between the lower planetary plate (5) and the upper planetary plate (6). The planetary shaft gear (9) meshes with the inner gear ring (7). A big gear (8) is fixed under the lower planetary plate (5). The big gear (8) is driven by the main electric motor (2) via a gear reducing mechanism (4) so as to drive the lower planetary plate (5) and the upper planetary plate (6) to rotate. A ring mould (10) is horizontally fixed to the top end of the case. A planetary clamping roller (13) is fixed to the upper end of the planetary shaft gear (9). An inner cover (15) is connected above the ring mould (10). The middle of the inner cover is connected to a feeding means (16). The present device adopts a horizontal structure which has good stability, and the compression shaping mechanism is changeable which realizes multi-product, low-power dissipation, and high efficiency production.

Description

technical field [0001] The invention relates to the technical field of straw briquette processing, in particular to a multifunctional straw briquette forming machine. Background technique [0002] The existing straw briquetting machine adopts a vertical structure, which has poor stability and is difficult to achieve high-power and high-efficiency production. Moreover, the molding mechanism is difficult to replace, which cannot meet the production needs of one machine with multiple varieties. In particular, the working principle of the forming mechanism is that the ring die is fixed, and the uniformly distributed inner teeth on the inner diameter of the ring die must mesh with the uniformly distributed outer teeth on the outer diameter of the pressure wheel, and the pressure wheel revolves around the ring die driven by the transmission mechanism At this time, because the outer teeth on the pressure wheel mesh with the inner teeth on the ring die, the pressure wheel is driven...

AI Technical Summary

Problems solved by technology

Regardless of whether the forming mechanism is idling or working with materials, the pressure wheel and the ring die are always in contact. On the one hand, the outer teeth of the pressure wheel and the inner teeth of the ring die wear quickly and the service life is short. Conducive to the smooth extrusion of materials

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