A plastic granulator with three-dimensional movement of the club at the outlet end of the plastic granules against the angular velocity of the roller

Abstract

The invention discloses a plastic granulator with three-dimensional movement of the ball rod at the outlet end of the plastic granules against the roller angular velocity. granulation roller tank, slag discharge storage cylinder, and base cabinet. The invention realizes the use of the combination of stirring and cutting granulation roller tank and slag discharge storage cylinder to form a disturbance-type output effect of closing and compacting plastic granules, so that the granule shape The variable is reduced, the compactness and density are improved, and the terminal care operation of the cohesive processing is created for the granule output, so that the rotation accuracy of the granulation stirring paddle, the granulation knife plate, and the roller club frame are consistent, and the multi-angle three-dimensional docking breaks through the facade The concept makes the spherical tangent point polishing of small particles after surrounding processing efficient, improves the stability of the output of high-precision sample preparation one by one, ensures the stability of product quality, improves the dredging of the output end in the equipment, and promotes a better roll sweeping effect on the sticking phenomenon , so that the material is not wasted, fully processed and granulated, and the exit end is strengthened for finishing maintenance.

Description

technical field [0001] The invention relates to a plastic granulator for three-dimensional movement of a club at the outlet end of plastic granules against rollers at an angular velocity, and belongs to the field of equipment for producing plastic granules. Background technique [0002] The mixed plastic granulator is a mechanical equipment that combines stirring and feeding, cutting plastic blocks, rotary granulation, and compression molding. Guarantee, so that batches of plastic granules can be produced stably, is the most commonly used equipment for plastic granulation production at present. The shortcomings of the current technology that need to be optimized are: [0003] The mixing granulator uses the rotation of the stirring paddle and the granulating knife to form collision, friction and shearing operations to uniformly granulate, and the synchronous rotation with the angular velocity forms a two-dimensional symmetrical output of the inner space and facade, but the pa...

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Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a plastic granulator with a three-dimensional movement of the club at the outlet end of the plastic granules against the roller at an angular velocity, so as to solve the problem that the mixing granulator is formed by the rotation of the stirring paddle and the granulation knife. The operation of friction and shearing is used to uniformly granulate, and the synchronous rotation of the angular velocity forms a two-dimensional symmetrical output of the inner space and the facade, but the stirring paddle and the granulating knife push the material to the outlet end, which will make the particles with small viscosity stick together Out of the frame mouth, resulting in the narrowing of the output end, causing the granulation to agglomerate, and the output of the material cannot be separated one by one, so that the pre-processed molding effect is squeezed by the pushed-back particles and deformed into a concave shape, which wastes materials and wastes material. Consuming useless engineering time, causing omissions to the terminal maintenance particles of granulation, resulting in a problem that the probability of later output sample inspection is suppressed

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