Automatic press-fitting process for flow guiding pipe

Abstract

The invention particularly relates to an automatic press-fitting process for a flow guiding pipe. The automatic press-fitting process for the flow guiding pipe is characterized by sequentially comprising the following steps that S1, a pipe body is placed in a clamping mechanism to be positioned and clamped; S2, a flow guide connector is selected out through a vibration disc; S3, a transverse moving device clamps the flow guide connector and transfers the flow guide connector to a positioning station for positioning; S4, after positioning is completed, the transverse moving device transfers the flow guide connector to a material transferring device for material transferring; S5, the material transferring device moves the flow guide connector to a press-fitting station, and a pushing motor pushes a material taking device to move forwards to sleeve the flow guide connector at the moment; S6, photographing inspection is conducted by a high-definition camera; S7, if a thread position of the flow guide connector is not qualified, an operator is prompted to conduct a reset operation to the material taking device, and the steps S2 to S6 are repeated; if the thread position is qualified, the step S8 is carried out; S8, the pushing motor pushes the material taking device to press the flow guide connector into the pipe body. The automatic press-fitting process for the flow guiding pipe is convenient automatically to find a thread starting position of the flow guiding pipe, and the beneficial effect of improving the flow guiding pipe press-fitting speed is achieved.

Description

technical field [0001] The invention relates to the field of auto parts manufacturing, in particular to an automatic press-fitting process for a draft tube. Background technique [0002] The diversion tube is widely used in automobile manufacturing. The traditional diversion tube does not contain threads, so there is no need to consider the angle between the thread start end of the diversion joint and the main tube during the press-fitting process of the diversion joint and the main tube. However, in the new capless refueling system It is necessary to use a threaded diversion tube. For this reason, the thread starting end on the diversion joint needs to form a certain angle with the air hole on the main pipe position. The traditional threaded diversion tube needs to manually find the thread starting end before pressing during the press-fitting process. Installation, operation is inconvenient, press-fitting speed is slow, and the degree of automation is low. Even if a high-de...

AI Technical Summary

Problems solved by technology

[0002] The diversion tube is widely used in automobile manufacturing. The traditional diversion tube does not contain threads, so there is no need to consider the angle between the thread start end of the diversion joint and the main tube during the press-fitting process of the diversion joint and the main tube. However, in the new capless refueling system It is necessary to use a threaded diversion tube. For this reason, the thread starting end on the diversion joint needs to form a certain angle with the air hole on the main pipe position. The traditional threaded diversion tube needs to manually find the thread starting end before pressing during the press-fitting process. Installation, operation is inconvenient, press-fitting speed is slow, and the degree of automation is low. Even if a high-definition camera is used to find the starting point of the thread, it is easy to cause addressing errors due to metal reflections and other reasons.

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