Automatic transmission shaft split assembling table and assembling method thereof
A technology of transmission shafts and sub-packaging tables, which is applied in the direction of assembly machines, metal processing equipment, manufacturing tools, etc., can solve problems such as increasing labor intensity and time, increasing production costs of enterprises, and affecting production efficiency, so as to avoid capital investment and improve production efficiency. Work efficiency, the effect of reducing labor intensity
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[0024] Example one
[0025] An automatic transmission shaft subassembly table, including: electrical box 1, station button box 2, bracket 3, guide rail 4, clamp 5, sliding mechanism 6, and guard plate 7;
[0026] Such as figure 1 As shown, the transmission shaft sub-assembly table is a frame structure composed of multiple guard plates 7; multiple parallel guide rails 4 are provided on the guard plates 7;
[0027] Such as figure 2 As shown, a plurality of sliding mechanisms 6 are evenly arranged on each of the guide rails 4, and the sliding mechanism 6 is used to buffer the rolling of the transmission shaft;
[0028] Such as figure 1 As shown, one side of the protective plate 7 is provided with an electrical box 1, which provides electrical energy to the entire transmission shaft subassembly platform; the outer wall of the protective plate 7 is fixed with a station button box 2, and a station button Box 2 performs electrical control on the entire drive shaft sub-assembly table;
[0029] T
Example Embodiment
[0033] Example two
[0034] The assembling method of the automatic transmission shaft sub-assembly table as described in the first embodiment is as follows:
[0035] First, use the lifting equipment to adjust the transmission shaft, place the transmission shaft in the clamp 5 of the sub-assembly table, and call other transmission shafts in turn according to the situation.
[0036] Then, after waiting for the placement of the transmission shaft, the hydraulic lifting mechanism controls the transmission shaft to rise, butt the two adjacent transmission shafts, and install bolts and nuts. After the bolts are installed, the hydraulic lifting mechanism is lowered, and the clamp 5 moves to clamp the transmission shaft. After the clamping is completed, tighten the nut and test the torque with a torque wrench. The connected drive shaft needs to be tested from multiple angles to ensure the best tightening.
[0037] Finally, add butter to the bolt connection and lift the subassembly table so that
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