Workpiece-taking manipulator with smoke discharge function

Abstract

The invention provides a workpiece-taking manipulator with a smoke discharge function, and applies to the field of casting production of metal parts of an automobile. The workpiece-taking manipulator structurally comprises a gripper, wherein a smoke hood is arranged above the gripper, the gripper and the smoke hood are connected with a head box, and the smoke hood is communicated with a smoke discharge pipeline; a gripper drive cylinder is arranged on one side of the head box, and a spiral arm is connected with the outer surface of the head tank and a lifting oil cylinder which is mounted on a supporting seat; a stand column and a rotary oil cylinder are further arranged on the supporting seat, a linear guideway is arranged on the stand column, and the rotary oil cylinder is connected with the rotary arm through a rotating joint seat. With the adoption of the workpiece-taking manipulator, dust and smoke produced in a casting process can be collected as far as possible, and meanwhile, the automatic workpiece taking function is achieved.

Description

technical field [0001] The invention relates to a pick-up manipulator used on a casting machine, in particular to a pick-up manipulator with smoke exhaust function, which is applied in the field of casting production of metal molded parts of automobiles. Background technique [0002] Looking at the current situation of the production workshop in the foundry industry, during the production of castings, after the aluminum water is poured, the sand core begins to emit a large amount of pungent gas after being heated. Severe pollution of the ambient air quality inside the workshop. Although the workshop is equipped with powerful exhaust ducts, the existing exhaust ducts and hoods in the factory are all fixed, and the exhaust outlets are too far away from the casting blanks to exhaust all the exhaust gas, so they can only be sucked slowly and gathered nearby. Over time, the exhaust gas produced by a large number of castings has seriously deteriorated the air in the workshop, aff...

AI Technical Summary

Problems solved by technology

[0002] Looking at the current situation of the production workshop in the foundry industry, during the production of castings, after the aluminum water is poured, the sand core begins to emit a large amount of pungent gas after being heated. Severe pollution of ambient air quality inside the workshop

Although the workshop is equipped with powerful exhaust ducts, the existing exhaust ducts and hoods in the factory are all fixed, and the exhaust outlets are too far away from the casting blanks to exhaust all the exhaust gas, so they can only be sucked slowly and gathered nearby. Over time, the exhaust gas produced by a large number of castings has seriously deteriorated the air in the workshop, affecting the health of operators and other personnel

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