A t8 lamp tube automatic arrangement, feeding and gluing machine

Abstract

The invention discloses a T8 lamp tube full-automatic arranging, feeding and gluing machine. The T8 lamp tube full-automatic arranging, feeding and gluing machine comprises a rack. The rack is provided with at least two conveying belts used for circularly conveying lamp tubes. A lamp tube stacking area, a lamp tube ascending area and a lamp tube gluing area are arranged on the rack. The lamp tube gluing area is provided with a gluing device. The lower portion, corresponding to the gluing device, of the rack is provided with a lifting device which lifts the lamp tubes and then puts down the lamp tubes after gluing is completed. According to the T8 lamp tube full-automatic arranging, feeding and gluing machine, the conveying belts are adopted; positioning blocks on the conveying belts are provided with U-shaped grooves for fixing the lamp tubes; inlets of the conveying belts extend into the lamp tube stacking area; when the conveying belts convey the lamp tubes to ascend, the lamp tubes in the lamp tube stacking area automatically fall into the U-shaped grooves in the positioning blocks, and each lamp tube is fixed through every two corresponding positioning blocks; and the movement position of the lamp tubes is that every six lamp tubes are moved at a time, and the six lamp tubes are glued through the gluing device at the same time.

Description

technical field [0001] The invention relates to lamp tube manufacturing equipment, in particular to a T8 lamp tube automatic arrangement, feeding and gluing machine. Background technique [0002] At present, the traditional T8 light tube assembly machine is to put the LED light bar on a straight fixture rod, each machine is equipped with 6 fixture rods, and the machine produces 6 light tubes at a time, and the glass tube is manually taken from the stacker. Put it in the positioning jig of the machine, take it off manually after assembly, and put it in the stacker again. Manual labor intensity is high, and speed efficiency is not high. There may be hidden dangers such as broken glass tubes during manual pick-and-place. There is only one action in the front part of the process. It is not necessary to remove the light strip substrate. The rear part of the glass tube must be manually put in and removed after the glue is applied, resulting in low production efficiency. Therefor...

AI Technical Summary

Problems solved by technology

Manual labor intensity is high, and the speed and efficiency are not high

There may be hidden dangers such as broken glass tubes during manual handling

There is only one action in the front part of the process. It is not necessary to remove the light strip substrate. The rear part of the glass tube must be manually put in and removed after the glue is applied, resulting in low production efficiency. Therefore, in order to improve the production efficiency of the whole machine, it is necessary to reduce the rear action

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