Spring motor with inspection function and inspection method

Abstract

The invention discloses a spring motor with an inspection function. The spring motor with the inspection function comprises a spring motor, a barring coil number acquisition mechanism for the spring motor and a barring torque acquisition mechanism for the spring motor. The invention also discloses an inspection method by using the spring motor with the inspection function, and the method comprisesthe following steps: firstly, a ratchet block is put down through a release mechanism, a rotating disc moving shaft drives a driving gear and a main shaft to rotate together through a disc moving gear, and a ratchet wheel pushes a flywheel driving gear to move leftwards linearly until the flywheel driving gear is meshed with a flywheel gear ring of an engine; secondly, the ratchet block is liftedup through the release mechanism and separated from the ratchet wheel, and the locking of the ratchet wheel is released; and thirdly, the rotating disc moving shaft is continuously rotated, and the flywheel gear ring of the engine is driven to rotate through the flywheel driving gear, so as to judge whether the barring procedure in the inspection is finished or not and whether the engine and parts connected with the load at the rear end of the engine are abnormal or not. The invention reduces the labor intensity, shortens the inspection time and ensures the real validity of the inspection record.

Description

technical field [0001] The invention belongs to the technical field of construction machinery, and in particular relates to a spring motor with a patrol inspection function and a method for performing patrol inspection using a spring motor with a patrol inspection function, which is suitable for effective and automatic monitoring of the patrol inspection state when patrol inspection is required engine application environment. Background technique [0002] Today, the internal combustion engine market is widely used in various construction machinery fields, such as emergency power generation, mineral exploration, oil drilling platforms, etc., almost all of which require regular inspections of the performance of the engine and the parts connected to the load at the rear end of the engine. to determine effectiveness. The inspection usually includes two parts: (1) The effectiveness of the selected part of the engine is judged by electric motor cranking, but electric motor cranki...

AI Technical Summary

Problems solved by technology

The inspection usually includes two parts: (1) The effectiveness of the selected part of the engine is judged by electric motor cranking, but electric motor cranking is completely based on experience. Confirmation; (2) The engine and the parts connected to the load at the rear end of the engine are regularly disassembled and inspected. However, for platforms operating underground such as oil drilling, it is usually necessary to hoist the underground execution system to the ground for inspection, which is time-consuming High, more labor-intensive

[0003] In addition, the inspection results are usually filled in the record ledger by the operator, and the supervisor cannot confirm the status and authenticity of the inspection in time, and there have even been false ledgers such as no actual inspection.

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