An automatic tube loading machine and tube loading method for a medicinal glass bottle making machine

Abstract

The invention discloses an automatic tube loading machine for a medicinal glass bottle making machine, which comprises a tube storage mechanism and a tube delivery mechanism. The tube storage mechanism includes a glass tube rack and a glass tube chassis arranged at the bottom of the glass tube rack 1. The lower annular ring of the glass tube frame arranged above the glass tube chassis and the upper ring frame of the glass tube arranged on the top of the glass tube frame, the glass tube rotating column is arranged at the center of the glass tube frame, and the glass tube chassis is rotatably connected to The bottom of the glass tube rotation column; the tube delivery mechanism includes a tube delivery trolley, a position sensor of the tube delivery trolley, and a tube delivery trolley advance and retreat motor, and the tube delivery trolley advance and retreat motor is fixed on the glass tube frame. The trolley advances and retreats with a motor connection, and the upper annular ring of the glass tube frame and the lower annular ring of the glass tube frame are notched, and the two notches are located on the same vertical line to form a glass tube outlet. The invention can not only reduce the labor intensity of workers and improve the safety of workers, but also can reduce labor costs and improve production efficiency.

Description

technical field [0001] The invention belongs to the field of glass bottle manufacturing, and in particular relates to an automatic tube loading machine and a tube loading method for a medicinal glass bottle making machine. Background technique [0002] The existing medicinal glass bottle making machine is manually intubated by a worker, and another worker is clamping off the previous tube head on the clamping claw of the bottle making machine; then hold the long tube (the tube just inserted) by hand Slowly move down to make the bottle body, and finally use the clip to hold the short tube (only 1-2 bottle body tubes are left) and move down to make the bottle body, so that it requires a special worker to carry out the upper tube and Pipe delivery not only increases the labor intensity and danger of workers (need to manually insert glass tubes on high-speed rotating machines), but also increases labor costs, and if workers manually load and deliver tubes, the efficiency of tube...

AI Technical Summary

Problems solved by technology

[0002] The existing medicinal glass bottle making machine is manually intubated by a worker, and another worker is clamping off the previous tube head on the clamping claw of the bottle making machine; then hold the long tube (the tube just inserted) by hand Slowly move down to make the bottle body, and finally use the clip to hold the short tube (only 1-2 bottle body tubes are left) and move down to make the bottle body, so that it requires a special worker to carry out the upper tube and Pipe delivery not only increases the labor intensity and danger of workers (need to manually insert glass tubes on high-speed rotating machines), but also increases labor costs, and if workers manually load and deliver tubes, the efficiency of tube loading and tube delivery is relatively low, thereby reducing productivity

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