An FMS-based fluid path controllable intelligent salt core flushing equipment

Abstract

An FMS-based fluid path controllable intelligent salt core flushing equipment, including a base plate, a manipulator, a flushing device, a cleaning device, a drying device, a piston clamping device, a piston and an electronic control component for controlling the manipulator. The manipulator is installed on the base plate In the center, the flushing device, cleaning device, drying device and piston clamping device are evenly arranged around the manipulator and are all installed on the bottom plate. The piston is installed on the piston clamping device; the manipulator includes a base, a big arm, a screw rod and a small arm. , the big arm is rotatably connected to the base, the small arm is provided with a chute, the small arm is slidably sleeved on the big arm by the chute, the screw rod is passed through the forearm and is set vertically with the forearm, the screw rod There is a clamping device for clamping the piston clamping device. Make sure the inside and outside of the piston are clean to avoid moisture residue inside and outside the piston from corroding the piston. The manipulator is used to realize the conversion of the piston between the flushing device, the cleaning device and the drying device, thereby improving the efficiency of piston salt core flushing.

Description

Technical field [0001] The invention relates to the technical field of piston salt core flushing, and specifically to an FMS-based fluid path controllable intelligent salt core flushing equipment. Background technique [0002] The piston is an important part of the internal combustion engine and the core component of the internal combustion engine. The main molding material of the piston cooling oil passage is water-soluble salt. During the piston casting stage, a salt core made of table salt is cast into the piston blank. After cooling, rinse the salt core through special flushing equipment to dissolve it in water and bring it out with the water flow to form the cooling oil chamber of the piston. [0003] If the salt core is not flushed thoroughly enough, there will often be residual salt and aluminum chips in the internal cooling oil passage after the salt core is rinsed. During subsequent processing, salt flow in the piston internal cooling oil passage will easily occur...

AI Technical Summary

Problems solved by technology

The existing salt core flushing device only cleans the inner cavity of the piston, and the salt water splashed on the outer surface during flushing is not treated, and there is water on the surface for a long time after flushing, which also promotes the occurrence of corrosion

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