Coolant circulation energy-saving device for automatically recovering aluminum scraps

Abstract

The invention relates to a coolant circulation energy-saving device for automatically recovering aluminum scraps, which comprises the whole system formed by arranging a geosyncline below the positionswhere automobile hubs are processed by a numerical control lathe, horizontally arranging a scrap removal auger inside the geosyncline, arranging an aluminum scrap storage tank, a separation tank, a scrap collection auger, a coolant recovery pump, a recovery pipeline and a filter screen at one end of the scrap removal auger and the like. In the system, a coolant which are cleaned and processed bythe scrap removal auger are separated by the separation tank, and the aluminum scraps are recovered and packed by the scrap collection auger from the aluminum scrap storage tank; and the coolant is injected into the numerical control lathe for reuse through the filter screen, the coolant recovery pump, the recovery pipeline, an output pump, a filter and a supply pipeline, so that the advanced andlow-consumption process flow for the automatic recovery of the aluminum scraps and the circulatory and energy-saving use of the coolant is realized.

Description

1. Technical field [0001] The invention relates to a cooling liquid circulation energy-saving device for automatically recovering aluminum chips when cutting automobile wheel hubs. 2. Background technology [0002] At present, domestic large-scale auto parts manufacturers almost all use CNC machine tools for processing aluminum auto wheel hubs. According to my own observation, in the whole process of machining the wheel hub, compared with the previous traditional process, there is no need to stop halfway to clamp, grind the tool, remove aluminum chips and replace the coolant, but there are still the following obvious deficiencies: After a certain number of car wheels are processed by the machine tool, a lot of aluminum chips will accumulate under the cutting tool and the car wheels. At that time, the workers must use a shovel to pick up the shovel and put it into a special plastic bag to transport away. The coolant used in the processing also flows to the special sewer belo...

AI Technical Summary

Problems solved by technology

According to my own observation, in the whole process of machining the wheel hub, compared with the previous traditional process, there is no need to stop halfway to clamp, grind the tool, remove aluminum chips and replace the coolant, but there are still the following obvious deficiencies: After a certain number of car wheels are processed by the machine tool, a lot of aluminum chips will accumulate under the tool and the car wheels, and the workers must use a shovel to shovel them and put them in special plastic bags to transport them away.

The coolant used in the processing also flows into the special sewer below the CNC lathe and is discharged, which cannot be reused, so the loss is large and the waste is serious

Images