T-shaped tee joint full-automatic orifice expanding machine and tee joint orifice expanding method thereof

Abstract

The invention relates to a T-shaped tee joint full-automatic orifice expanding machine comprising a work table, a feeding part, a pipe expanding part and a control system, wherein the pipe-expanding part comprises a T-shaped tee joint clamp, a main pipe orifice expanding device and a branched pipe orifice expanding device, wherein the main pipe orifice expanding device and the branched pipe orifice expanding device are connected with an orifice expanding rod; an orifice expanding channel through which the orifice expanding rod can pass is arranged on the T-shaped tee joint clamp; the feeding part comprises a vibration disk and a sliding chute, wherein the vibration disk can enable T-shaped tee joints to be sequentially arrayed, and the sliding chute is connected with the vibration disk and the T-shaped tee joint clamp; and a receiving port for receiving the T-shaped tee joints conveyed from the sliding chute is arranged on the T-shaped tee joint clamp. According to the T-shaped tee joint full-automatic orifice expanding machine disclosed by the invention, a pipe to be machined is expanded in orifice in a same mould, and therefore, the automation degree is high and the current machining procedure is simplified; and automatic feeding is realized by adopting the vibration disk, therefore manual operation of placing the T-shaped tee joints on the orifice expanding machine by usinghuman hands is replaced.

Description

technical field [0001] The invention relates to the field of mold forming processing equipment, and more specifically relates to a T-shaped three-way automatic expanding machine and a three-way expanding method thereof. Background technique [0002] Nowadays, T-shaped tees are commonly used in air-conditioning and refrigeration systems to connect multi-channel pipe fittings. Therefore, T-shaped tees generally need to be flared on the three openings first, and then welded to the pipes of the refrigeration system. The processing of traditional nozzle flaring, one is manual, and the other is semi-automatic processing. The manual method adopts purely manual assembly, which is time-consuming, labor-intensive, low in production efficiency, and high in labor costs, and is not suitable for mass production. The semi-automatic processing method adopts semi-mechanical and semi-manual operation. The worker first puts the T-shaped tee in the mold of the flaring machine, and then presses...

AI Technical Summary

Problems solved by technology

The production efficiency of this semi-automatic processing method has improved compared with the manual method, but because it is manually fed and then expanded, the time for manual pipe feeding is relatively long, so the processing efficiency is still not high

In the manual feeding and flaring operation, there are still potential safety hazards caused by work-related accidents due to the worker's operating level or emotional influence

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