High-boron glass sea set handle welding device

Abstract

The invention discloses a high-boron glass sea set handle welding device which comprises a worktable, two clamping disc components, two handle clamping components, two heating components and an electrically-controlled component. The two clamping disc components are arranged on the front of the worktable, second bases are arranged between the inner sides of two first bases along length direction ofthe worktable, the two handle clamping components are arranged on the second bases, third bases are arranged on the rears of the first bases, the heating components are mounted on the third bases andcomprise second horizontal telescopic cylinders which extend forwards, the second telescopic cylinders are provided with mounting tables, double-end muskets are mounted on the mounting tables, the electrically-controlled component comprises a gas distribution mechanism of the double-end muskets and two laser temperature measuring instruments, and probes of the laser temperature measuring instruments cover outer flame heating areas of inner sprayers of the double-end muskets. According to the device, manual short-distance operation of a welding process is omitted, operators are protected, automatic operation is implemented, efficiency is improved, yield is increased, welding is controlled by a machine, stress is reduced, and qualification rate is increased.

Description

technical field [0001] The invention relates to a high boron glass tea set handle welding device. Background technique [0002] The welding process of early high-boron tea sets with tea sets with handles was all manual welding. Use the left hand to hold the special tool for the volume body of the tea set in your hand, and use a tool similar to tweezers to clamp the glass handle parts with your hands. Keep your eyes on the volume and handle of the tea set to check the degree of baking, and observe the color of the high boron glass based on experience. When the color of the high boron glass is close to white, immediately use your left and right hands to cooperate with welding. Aim the other end of the musket to continue heating. At this time, the firepower of the musket is controlled by the foot switch. When welding, the foot switch must be released immediately to cut off the gas source. This manual welding method requires high skill of the operator and requires Particularly ...

AI Technical Summary

Problems solved by technology

[0004] There are still many shortcomings in this welding method. First, the operator must stare at the heating state of the glass. The eyes will be greatly injured under the flame of more than 800 degrees. This occupational disease is either presbyopia or myopia. , or cause other eye problems. Second, when pulling the glass handle fixture for welding, it is equivalent to holding 10KG for about 8 seconds. It still requires a certain amount of strength to operate, and 8 hours of repetitive work will be physically difficult. There is a certain labor intensity. The third is that a certain close observation is required during welding and baking heating. In summer, continuous work of laborers will cause heat stroke. The speed of feeding and withdrawal will still leave a certain stress on the processed product. Under the condition of timely annealing, 3% of the welding parts will burst or crack. If it is not annealed in time, within 24 hours in the natural environment, Due to the influence of stress, about 5% of the welding parts will burst or crack, and the production capacity and yield are still low

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