Environment-friendly multifunctional iron chain production device

Abstract

The invention relates to the technical field of iron chain production, in particular to an environment-friendly multifunctional iron chain production device which comprises a main body mechanism, a driving mechanism, two sets of stamping mechanisms, a sweeping mechanism, a discharging mechanism and a pneumatic mechanism. the driving mechanism is installed on the side wall of the main body mechanism; the driving mechanism is connected with the sweeping mechanism on the side face of the main body mechanism; after reinforcing steel bars penetrate through the sweeping mechanism and the driving mechanism, then the driving mechanism is powered on; rust on the surfaces of uncut reinforcing steel bars is swept through the sweeping mechanism, rust slag is prevented from falling into a shaping device, and shaping of a chain is facilitated; the discharging mechanism is installed on one side of the main body mechanism, the driving mechanism drives the discharging mechanism to shake while driving the sweeping mechanism to rotate, rust swept by the sweeping mechanism is collected and shaken, and discharging is facilitated; and the pneumatic mechanism is driven to discharge air when the stamping mechanisms perform stampings, chippings generated when the stamping mechanisms perform stamping are blown away from the stamping mechanisms, and walking of the iron chain is facilitated.

Description

technical field [0001] The invention relates to the technical field of iron chain production, in particular to an environment-friendly multifunctional iron chain production device. Background technique [0002] Iron chains are machine-woven with iron wires; iron chains are usually divided into two categories according to their uses: iron chains for jewelry and industrial chains; iron chains for jewelry are divided into sideways chains, O-shaped chains, and twisted chains according to their shapes. chain, swastika chain, mother-in-law chain, anti-twist chain, bead chain, mesh chain, iron chain, double-button chain, etc.; jewelry chains are widely used in jewelry, clothing, bags, handicrafts, etc.; jewelry chain surface treatment is mainly There are electroplating and electrophoresis; the surface treatment of industrial iron chains mainly includes black paint, electroplating, hot-dip plating, blackening, etc. When the iron chain is processed, it is usually cut by feeding, stam...

AI Technical Summary

Problems solved by technology

[0003] When the current iron chain is produced, the steel bars are directly fed and cut at equal intervals. The steel bars entering the site are generally purchased in batches and are often shelved for a long time, or due to rain erosion, the steel bars will oxidize and rust will form on the surface of the steel bars; the oxidation time is relatively long. The long steel bar is reddish brown, and there will be rust powder on the surface of the steel bar, which must be cleaned up. The rust affects the luster of the iron chain during production. The existing steel bar is not absorbed by the residual rust on the surface of the steel bar before cutting when it is cut. The rust powder on the surface is cleaned, and the residual rust falls into the inside of the stamping mechanism during subsequent processing. On the one hand, it is easy to cause marks on the iron chain during stamping, which affects the quality of the iron chain after production. When the chain slides inside the stamping seat, it is easy to cause the chain to be stuck, which affects the walking of the chain during processing, and also produces debris when the stamping mechanism is stamping. Long-term processing will easily cause debris to accumulate in the press groove, making it difficult to Cleaning, the same affects the cutting of iron chains

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