Assembled parts of gearshift and method for manufacturing the parts
A technology of combining components and shifting devices, which is applied in the directions of transmission control, components with teeth, solid diffusion coating, etc., can solve problems such as increasing cost, improve strength and wear resistance, improve sliding characteristics, reduce cost effect
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[0017] FIG. 2 shows a shaft 2 manufactured by combining the non-cutting forming method and the cutting method. The bracket 3 in Fig. 3 is a stamping part. The mechanical element 4 in FIG. 4, which is formed as a roller 8, is produced without cutting by rolling or extrusion and is optionally cut in the cylindrical through-hole 8a. Figure 5 shows the bolt 5 as an extrusion. All parts of the listed assembly 1 are manufactured from low carbon case hardened steel (material designation eg 16MnCr5). Parts 2, 3, 4, 5 are assembled into composite part 1 in the following order:
[0018] - Join the shift lever 7 with the through hole 7a to the sliding seat 2a of the shaft 2 and reinforce it with a laser weld 9;
[0019] - position the roller 8 in the opening 2b and pass the bolt 5 into the through hole 8a;
[0020] - Press the bolt 5 into the circular through-hole 7b and fasten the bolt 5 on the bracket 3 by means of the laser weld 10 .
[0021] After assembly, the combined component ...
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Abstract
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