Automatic production system for energy saving luminous tube

Abstract

The disclosed automatic system for fabricating energy-saving luminous tube arranges following facilities in order: tube cutter, tube selection unit, tube bender, powder coating machine, roasting unit, capper, air exhauster and aging machine etc. Transmission equipment is set up between each unit of machine. Through transmission equipment, each unit of machine is cascaded. Thus, half-finished product from previous working procedure enters to unit of machine at next working procedure automatically. Advantages are: reducing manual work and number of worker, reducing breakage of half-finished or finished products in each working procedure so as to save ground area needed for production.

Description

technical field [0001] The invention relates to a device for producing energy-saving lamp tubes, in particular for producing U-shaped, 2U-shaped, 3U-shaped, ∏-shaped, U∏-shaped, spiral-shaped and other mixed glass wool tubes with diameters ranging from φ9 to φ18mm. Background technique [0002] In order to produce energy-saving lamp tubes, in the existing processing technology, pipe cutting machines, pipe selecting machines, pipe bending machines, powder coating machines, baking machines, wire stretching machines, flat sealing machines, bridge joining machines, and exhaust machines are respectively used to produce energy-saving lamp tubes. A total of ten groups of stand-alone machines, such as aging machines, etc., are processed one by one. During the production of each stand-alone machine, the operator needs to manually put the semi-finished products produced in the previous process on the stand-alone machine one by one. Designated area, waiting for workers in the next pro...

AI Technical Summary

Problems solved by technology

Disadvantages of this processing method: 1. The number of workers remains high and the cost of wages is high

2. Due to this frequent operation, the labor intensity is increased

3. Glass products are fragile and unfavorable, which leads to large loss in the processing process and increases production costs.

4. Since the semi-finished products and finished products processed in each process need a certain stacking place, not only a large production workshop is required, but also it is not convenient for orderly production management

5. Since most of the production processes require high temperature, the operators have been in this production environment for a long time, which will cause certain physical and mental damage.

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