Wash bottle transmission rig of vertical type bottle washing machine

Abstract

The invention discloses a bottle cleaning transmission mechanism of a vertical bottle cleaning machine. A round column wheel and a cam are fixed on a camshaft; the surface of the round column wheel is provided with an enclosed chute in which a roller of a pendulum rod is clamped; the other end of the pendulum rod is connected with a connecting rod by a bearing while the other end of the connecting rod is connected with a pin by a sliding bearing and the pin is fixed in a vertical frame at one end of a pendulum arm, the other end of which is connected with a tappet in the vertical direction; two hubs are positioned on the tappet and a roller of a striking fork is placed between the two hubs; the end part of the striking fork is fixed on a spherical hinge pin and the striking fork is matched with the cam. When the tappet does the pendulum movement and the vertical movement, the connecting rod only does the pendulum movement without moving up and down. By adopting the bottle cleaning transmission mechanism of the invention, the synchronous circular motion with constant speed of a spraying needle and a handstand ampoule bottle can be guaranteed without causing the ejection result of the spraying needle.

Description

Technical field [0001] The invention is suitable for ampoule bottle washing machines. Background technique [0002] The transmission mechanism of the existing ampoule bottle vertical bottle washing machine has two groups of transmission mechanisms, one group is the power of the power machine through the deceleration mechanism and the transmission mechanism, so that the inverted ampoule bottles to be washed do uniform circular motion; one group is the power machine. The power passes through the deceleration mechanism and the transmission mechanism. On the one hand, the water spray needle makes a synchronous and uniform circular motion along the inverted ampoule bottle, and on the other hand, it also moves vertically up and down in the ampoule bottle. The combination of the two compound movements of the water spray needle implemented using the figure 1 In the double swing mechanism shown, the swing at end 1 brings the swing at end 2, and the cam mechanism acts on the vertical...

AI Technical Summary

Problems solved by technology

[0002] The transmission mechanism of the existing ampoule bottle vertical bottle washing machine has two groups of transmission mechanisms, one group is the power of the power machine through the deceleration mechanism and the transmission mechanism, so that the inverted ampoule bottles to be washed do uniform circular motion; one group is the power machine. The power passes through the deceleration mechanism and the transmission mechanism. On the one hand, the water spray needle makes a synchronous and uniform circular motion along the inverted ampoule bottle, and on the other hand, it also moves vertically up and down in the ampoule bottle. The combination of the two compound movements of the water spray needle implemented using the figure 1 In the double swing mechanism shown, the swing at end 1 brings the swing at end 2, and the cam mechanism acts on the vertical direction at point 3, so that the movement at point 2 not only swings horizontally, but also moves vertically. The combination of these two movements , so that there is a slight difference in the feeding amount of the 2 points in the horizontal direction, resulting in a slight difference in the synchronous uniform circular motion of the water spray needle and the inverted ampoule, which may cause the thimble of the water spray needle.

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