B-part lifting balance adjusting mechanism for bottle making machine and method thereof

Abstract

The invention discloses a B-part lifting balance adjusting mechanism for a bottle making machine and a method thereof. The B-part lifting balance adjusting mechanism comprises a driving part and at least two groups of guide parts which are fixed below a B-part guide disc of the bottle-making machine and used for balanced lifting, the power output control ends of the guide parts are connected withthe lower end face of the B-part guide disc, and the power output control end of the driving part is connected with the power input control end of each guide part; the method for adjusting the liftingbalance of the B part of the bottle making machine comprises the following steps: S1, adjusting the levelness of the top surface of the guide disc of the B-part of the bottle making machine; and S2,driving all the guide parts by the driving part to drive the B-part guide disc to lift in a balanced manner. The balance adjusting mechanism is suitable for the B part of the bottle-making machine andis used for balancing and adjusting the height of the chuck disc on the B part guide disc of the bottle-making machine.

Description

technical field [0001] The invention belongs to the technical field of the B part of the bottle making machine, and specifically relates to a lifting balance adjustment mechanism and an adjusting method of the B part of the bottle making machine. Background technique [0002] In the production process of glass products, after the process of length fixing and diameter making of the processed bottle body is carried out in the A part of the bottle making machine, the bottle bottom making process is completed by the B part of the bottle making machine (bottom making device). When the B part of the bottle making machine is working, the chuck disc lifting adjustment mechanism is used to adjust the position of the B part chuck disc. In the prior art, the B part chuck disc lifting adjustment mechanism is composed of a four-column guide seat, a guide disc, a bracket and a screw lifter. Wherein the output end of the screw lifter is connected with the bottom of the chuck disk of part B...

AI Technical Summary

Problems solved by technology

Since the screw lifter (drive source) uses a single-point direct drive to lift the guide plate, this single-point direct drive lifting method is very likely to cause an installation error in the center of gravity of the chuck plate of the drive part B, so that the output control end of the screw lifter is the same as the The position of the center of gravity of the collet disc in part B deviates, resulting in a horizontal deviation of the working surface of the collet disc in part B, resulting in uneven thickness of the bottom of the bottle during the bottom making operation, and inconsistent lengths of bottles at different positions, resulting in inconsistent quality and accuracy of the bottom of the bottle. High, affecting production quality

[0004] 2. Reduce production efficiency

Because the force point of the screw lifter on the guide plate is not the center of gravity of the chuck plate of part B, and the processing error between the four-column guide seat and the guide optical axis, there is a gap difference between each guide seat and the guide optical axis, resulting in The clamping of the guide optical axis during the lifting adjustment of the collet disk in part B causes the guide seat and the guide optical axis to fail to rise and fall synchronously, which interrupts the lifting work of the collet disk and reduces production efficiency

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