An intelligent vehicle exhaust pipe detection device

Abstract

The invention brings forward an intelligent automobile exhaust pipe detection apparatus, which includes a pedestal and multiple detection points. The detection points are fixed to the pedestal according to the three-dimensional structure of an exhaust pipe. The detection points include a U-shaped pedestal and a top movable device. The first end of the top movable device is hinged to the first endof the U-shaped pedestal. The second end of the top movable device is provided with two contacts, the two contacts are connected through a conductor, and insulating materials cover the contacts. The second end of the U-shaped pedestal is provided with two contacts that correspond to the second end of the top movable device. The U-shaped pedestal is provided with a communicating sensor, and the communicating sensor is connected with the two contacts on the second end of the U-shaped pedestal. The beneficial effects of the detection apparatus are that precise management of an exhaust pipe production line is realized through analysis of detection data, the production efficiency is improved, the product quality is increased while the production cost is reduced, and probabilities of unqualifiedproduct detection leakage are reduced.

Description

technical field [0001] The invention relates to a detection device, in particular to an intelligent exhaust pipe detection device. Background technique [0002] In the prior art, the exhaust pipe production line needs to carry out quality inspection on the exhaust pipe after the exhaust pipe production is completed. On the base, the base is equipped with detection points according to the three-dimensional structure of the exhaust pipe. If the exhaust pipe meets the standard, the operator can observe the exhaust pipe and each detection point to accurately realize the jamming. If the exhaust pipe cannot If the card and the detection point are stuck, the quality inspection of the exhaust pipe will fail. The operator also needs to place the exhaust pipe in the pool and inflate the exhaust pipe to observe whether there are bubbles in the pool. If there are no bubbles, the exhaust pipe will The airtightness is qualified, if there are air bubbles, the airtightness of the exhaust p...

AI Technical Summary

Problems solved by technology

[0003] The above operations all need to be done manually by the operator. After working for a long time on the production line, the operator is prone to fatigue, inattention, and quality inspection errors, which lead to unqualified exhaust pipes flowing to the market. At the same time, the quality inspection results cannot be digitally collected and cannot adapt The development trend of the digital factory cannot realize the lean management of the production line

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