Aluminums strips position and compaction device of hollow glass molecular sieve filling machine

Abstract

The invention relates to an aluminum strips position and compaction device of a hollow glass molecular sieve filling machine, in particular to an aluminum strips position and compaction device which has simple structure and adjustable compacting force, and can ensure even touch between the surface of the aluminum strips and the compaction device when compacting; the hollow glass molecular sieve filling machine aluminum strips position and compaction device comprises a compaction and position assembly, a square-tube bracket and a rear panel; the compaction and position assembly comprises a transverse compaction device and a vertical compaction device and is connected on the hollow glass molecular sieve filling machine through the square-tube bracket and the rear panel; a transverse compaction cylinder in work drives a transverse compaction block and pushes the aluminum strips to a transverse position plate to finish transverse position after arriving at the designated position; the vertical compaction cylinder uses a vertical cylinder mandril to push a V-shaped compaction block to compact the aluminum strips vertically, and stops vertical compaction after pushing the aluminum stripsto the position of the compaction block.

Description

technical field [0001] The invention relates to an aluminum bar positioning and pressing device for a hollow glass molecular sieve filling machine, in particular to an aluminum bar with simple structure, adjustable pressing force, and uniform contact between the surface of the aluminum bar and the pressing device during pressing. Position the hold down. Background technique [0002] At present, when hollow glass manufacturers are making molecular sieves that can absorb moisture in the inner cavity of hollow glass and ensure the use effect of hollow glass, they position and compress the aluminum strips to be filled, often because the horizontal pressing force of the pressing device is too high. Large, the fit between the aluminum strip and the hot film panel is too tight, it is easy to form a back pressure inside the aluminum strip when blowing air, which affects the filling speed, and under the action of a large pressing force, due to the pressing device and the surface of t...

AI Technical Summary

Problems solved by technology

[0002] At present, when hollow glass manufacturers are making molecular sieves that can absorb moisture in the inner cavity of hollow glass and ensure the use effect of hollow glass, they position and compress the aluminum strips to be filled, often because the horizontal pressing force of the pressing device is too high. Large, the fit between the aluminum strip and the hot film panel is too tight, it is easy to form a back pressure inside the aluminum strip when blowing air, which affects the filling speed, and under the action of a large pressing force, due to the pressing device and the surface of the aluminum strip Uneven contact, resulting in uneven compression force on the aluminum strip, which is easy to produce indentations on the surface of the aluminum strip

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