An aero-engine blade robot grinding, polishing and feeding system and fixture

Abstract

The invention discloses an aero-engine blade robot grinding, throwing and feeding system and a jig. The aero-engine blade robot grinding, throwing and feeding jig comprises: a plastic jig body, and the plastic jig body is provided with a plurality of counterbore structures arranged at intervals; The hole structure sequentially includes a storage slot and an accommodating cavity along the direction of the hole depth. The inner side wall of the storage slot is fitted with the outer side wall of the handle body. The counterbore configuration forms a storage station for storing aero-engine blades. The aero-engine blade robot grinding, throwing and feeding jig of the invention has high coordination with the robot, effectively avoids the shaking of the aero-engine blade during the automatic loading and unloading process, ensures the accuracy of the robot grasping the handle, and thus ensures The accuracy of subsequent grinding and polishing improves the machining accuracy of the equipment, and has excellent features such as high protection to the blade body, light weight and easy handling.

Description

technical field [0001] The invention belongs to the technical field of aero-engine grinding and polishing, and more specifically relates to an aero-engine blade robot grinding and polishing feeding system and a jig. Background technique [0002] Aeroengine blades are the core components of aircraft power systems. Aeroengines rely on gas flow to generate thrust. Airflow enters from the air inlet, is compressed by the compressor, burns in the combustion chamber, expands through the turbine to perform work, and is discharged from the exhaust port to perform work in the airflow. During the process, the multi-stage blades in the compressor and turbine provide the main power output of the engine. The blades in aero-engines are of various types, large in number and complex in shape, which makes the machining and measurement of the blades very difficult. [0003] Therefore, in order to solve the above-mentioned problems in the prior art, the applicant provides a blade processing eq...

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Problems solved by technology

The blades in the aero-engine are of various types, large in number and complex in shape, which makes the machining and measurement of the blades very difficult

[0003] Therefore, in order to solve the above-mentioned problems in the prior art, the applicant provides a blade processing equipment with strong environmental adaptability, high efficiency, and "measurement-processing" adaptive closed-loop processing capability. It measures while processing, and realizes blade measurement and processing. Integration, high processing efficiency of blade processing equipment, if manual loading will greatly reduce its production efficiency, therefore, the applicant has developed an automatic loading and unloading system and jig, which provides a guarantee for the intelligent processing of the equipment and guarantees Improve equipment production efficiency and unmanned production

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