Fire head servo tracking device for edge-melting polishing machine

Abstract

The invention discloses a fire head servo tracking device for an edge-melting polishing machine, which comprises a machine body, a fire ring moving servo drive motor, a frame, a fire ring rotating motor, a chain, a movable frame, a fire-jet head, a fire-jet ring, a fire tray and a horizontal edge-melting polishing machine, wherein the fire ring moving servo drive motor is fixed on the machine body; one end of the fire ring moving servo drive motor is connected with the movable frame; the fire ring rotating motor is fixed on the movable frame; one end of the fire ring rotating motor is connected with the fire-jet head through the chain; the fire-jet head is fixed on the movable frame; the fire-jet ring is arranged at the tail end of the fire-jet head; the inside of the fire-jet ring is provided with the fire tray; and the horizontal edge-melting polishing machine encircles the machine body. The fire head servo tracking device for the edge-melting polishing machine adopts frequency conversion control to contribute to regulating rotating speed, and adopts servo drive floating tracking to enable a fire ring to move synchronously along products; and the whole device has convenient operation, high operating efficiency and high energy utilization.

Description

technical field [0001] The invention relates to a servo tracking device, in particular to a servo tracking device for a burner of a mouth drying and polishing machine. technical background [0002] At present, in the production and processing of international and domestic glass products, after the glass products are formed, they must undergo subsequent processing such as mouth drying and surface polishing. In the prior art, the mouth drying and surface polishing of glass products are processed horizontally and intensively through a set of flame-spraying devices. Since there is a certain gap between the placement of glass products, the horizontal flame-spraying processing of glass products At the same time, part of the flame is ejected from the gap between the glass products, so that this part of the flame is not fully utilized on the glass itself, resulting in the failure of the flame utilization rate to achieve the expected effect, which not only wastes gas energy and heat ...

AI Technical Summary

Problems solved by technology

In the prior art, the mouth drying and surface polishing of glass products are processed horizontally and intensively through a set of flame-spraying devices. Since there is a certain gap between the placement of glass products, the horizontal flame-spraying processing of glass products At the same time, part of the flame is ejected from the gap between the glass products, so that this part of the flame is not fully utilized on the glass itself, resulting in the failure of the flame utilization rate to achieve the expected effect, which not only wastes gas energy and heat energy, but also makes the Increased production costs

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