Reclaimed rubber refining engineering rubber powder automatic feeder

Abstract

The invention discloses an automatic rubber powder charging machine for a reclaimed rubber refining project. The automatic rubber powder charging machine comprises a material storage hopper and further comprises a rubber powder loosening and smashing device, a drive sprocket is arranged on one side of the rubber powder loosening and smashing device, a rotating shaft is connected with the drive sprocket, and the drive sprocket is connected with a loosening and smashing device driving motor. A rubber powder feeding port is arranged below the rubber powder loosening and smashing device and connected with a first-level closed conveying system, and the first-level closed conveying system is connected with a second-level closed conveying system. The second-level closed conveying system is provided with a discharging port. The automatic rubber powder charging machine further comprises a photoelectric automatic control system. The photoelectric automatic control system is connected with the rubber powder loosening and smashing device driving motor, the first-level closed conveying system and the second-level closed conveying system. A traditional reclaimed rubber refining mode is replaced, and the automatic machine can lower the labor intensity and requirements for workers in the production process.

Description

technical field [0001] The invention relates to automatic feeding equipment for refining engineering in reclaimed rubber production, in particular to an automatic feeding machine for rubber powder in reclaimed rubber refining engineering. Background technique [0002] The existing traditional feeding method is to transport the desulfurized rubber powder to the on-site rubber mixing machine for storage (directly stacked on the ground) and wait for the rubber mixing operation, and then add it to the rubber mixing machine by the operator with a shovel or other tools rolling. As we all know, the rubber powder after desulfurization is still in the form of powder, and it is easy to scatter and affect the workshop environment whether it is in the process of handling or storage, and it is also very easy to be mixed with other impurities; at the same time, because the entire production process is controlled by the operator, it cannot be guaranteed First in first out at any time (the...

AI Technical Summary

Problems solved by technology

As we all know, the rubber powder after desulfurization is still in the form of powder, and it is easy to scatter and affect the workshop environment whether it is in the process of handling or storage, and it is also very easy to be mixed with other impurities; at the same time, because the entire production process is controlled by the operator, it cannot be guaranteed First in first out at any time (the storage and parking time of desulfurized rubber powder is one of the main reasons that directly affect product quality), and in addition, due to the difference in operators, it is easy to cause many defects such as unstable rubber mixing capacity in a single batch, high labor intensity, etc.

In the existing similar equipment, the situation of rubber powder is single, and it can only be applied to relatively dry rubber powder with a shallow desulfurization depth, and the gravity of the rubber powder is used to freely fall into the feeding port, (CN201520035809.8 / CN204414 399U); or It is only possible to loosen rubber powder conveying (CN201320838967.8 / CN203739046U); and the phenomenon of rubber powder agglomeration after desulfurization is very serious, and it is also very easy to agglomerate when stored and placed. unable to cope

Moreover, conveyor belts are used to transport rubber powder in similar equipment, which occupies a large area and the rubber powder is easy to scatter, which affects the workshop environment

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