Novel projectile grinding machine

Abstract

The invention discloses a novel projectile grinding machine. The machine includes a projectile casting device and a hopper device; the projectile casting device includes a projectile casting chamber, a projectile casting device connected with the side end of the projectile casting chamber and a grinding plate mechanism which is arranged in the projectile casting chamber; the grinding plate mechanism includes a vertical plate and arc plates connected with the two sides of the vertical plate; the upper end of the projectile casting chamber is provided with a platform bracket, the platform bracket is connected with a spiral separator, the hopper device is connected with the lower end of the spiral separator, the hopper device includes a projectile sorting mechanism, a first outlet hopper and second outlet hoppers, and the projectile sorting mechanism includes a projectile storage chamber, a projectile and dust mixing chamber and a dust chamber; the lower end of the projectile storage chamber is connected with the first outlet hopper, the lower end of the first outlet hopper is connected with the second outlet hoppers, and the lower ends of the second outlet hoppers are connected with outlet pipes; the grinding machine adopts the novel hopper device and a grinding plate mechanism, the grinding machine can grind projectile materials well, the projectile materials are discharged more smoothly, the structure is novel, and the practicality is high.

Description

technical field [0001] The invention relates to the mechanical field, in particular to a novel shot grinding machine. Background technique [0002] Shot grinding equipment is to process the raw materials of the projectiles used in the shot blasting machine. Shot blasting machine is a casting equipment that uses high-speed projectiles thrown by a shot blaster to clean or strengthen the surface of castings. The working process of the projectile grinding equipment is to continuously polish the irregularly shaped projectile raw materials into spherical projectiles. However, during the grinding process of projectile raw materials, due to the shape and structure of the hopper, some projectile raw materials will be stuck in the hopper, which will not only affect the discharge efficiency of the hopper, but also cause some raw materials to be stuck in the hopper, resulting in waste of resources. And the projectile is not fully ground. [0003] The grinding chamber of the grinding ...

AI Technical Summary

Problems solved by technology

However, during the grinding process of projectile raw materials, due to the shape and structure of the hopper, some projectile raw materials will be stuck in the hopper, which will not only affect the discharge efficiency of the hopper, but also cause some raw materials to be stuck in the hopper, resulting in waste of resources. and the projectile is not fully ground

[0003] The grinding chamber of the grinding equipment is equipped with a grinding plate, and the raw materials of the projectiles are hit on the grinding plate under the projection of the shot blaster to complete the grinding of the raw materials of the projectiles. Scattering will occur after hitting the grinding plate, resulting in non-concentrated grinding of the projectiles, and at the same time, the scattering of projectiles will cause unnecessary damage to the grinding chamber

Images