Novel fourdrinier type drying machine

Abstract

The invention discloses a novel fourdrinier type drying machine comprising a driving wheel driven by a motor, wherein the driving wheel is connected with a driven wheel through a wire belt; a swinging glue distribution system is arranged at one side of the driving wheel; the wire belt is a linear movable buckle type stainless steel wire belt; the swinging glue distribution system comprises a motor; a rotating shaft of the motor is connected with a circular disc swinging mechanism which drives a glue extruding machine to horizontally swing; the wire belt which is the linear movable buckle type stainless steel wire belt is driven by the driving wheel to move, so as to avoid the problem that the traditional wire belt is driven by a chain and other impurities are easy to generate in an operation process to pollute gelatin; and meanwhile, the swinging glue distribution system of the fourdrinier type drying machine converts the rotation output by the motor into the horizontal reciprocating swing of the circular disc swinging mechanism through the circular disc swinging mechanism, so that the glue extruding machine is driven to horizontally swing and distribute glue, thus the problem that a swing rod shakes in a traditional hydraulic swing glue distribution process so that the glue distribution is not uniform is effectively solved, and the novel fourdrinier type drying machine is good for improving the quality of the gelatin.

Description

technical field [0001] The invention relates to a novel fourdrinier dryer, in particular to a fourdrinier dryer used for drying gelatin. Background technique [0002] As we all know, the common fourdrinier dryers at home and abroad generally use sheet-shaped hinged interwoven mesh belts. Grease is easy to age, harden and fall off under heat, and become insoluble impurities. The above impurities are easily blown to the surface of the gelatin by the dry air in the dryer, so that the gelatin is contaminated by the above impurities during the drying process, and the products produced cannot be used by high-end customers. Accepted; In addition, most of the gelatin condensation forming machines (glue extruders) use two hydraulic rods to swing the glue on the mesh belt of the fourdrinier dryer, and the glue extruder moves to the left or right When distributing glue during movement, the support joint bolts at both ends of the hydraulic rod often shake due to gaps, causing the gelat...

AI Technical Summary

Problems solved by technology

[0005] A new fourdrinier dryer, including a driving wheel driven by a motor. The driving wheel is connected to the driven wheel through a mesh belt. One side of the driving wheel is provided with a swing glue system. The mesh belt is a one-shaped snap button Stainless steel mesh belt. The swing glue distribution system includes a motor. The rotating shaft of the motor is connected with a disc swing mechanism that drives the extruder to swing horizontally. The rotation of the mesh belt can avoid the problem that the traditional mesh belt uses a chain to drive it to cause other impurities to contaminate the gelatin. At the same time, the swing glue distribution system of the fourdrinier dryer converts the rotation of the motor output into a disc swing mechanism through the disc swing mechanism. The horizontal reciprocating swing drives the rubber extruder to swing the rubber horizontally, which effectively solves the problem of uneven rubber distribution caused by the shaking of the rocking rod when the traditional hydraulic swings the rubber.

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