Continuous quick heating machine and anti-offset device of bearing mechanism thereof

Abstract

The invention discloses an anti-offset device for a bearing mechanism of a continuous quick heating machine. The anti-offset device can be mounted on a bearing table of the bearing mechanism and usedfor preventing a surface plate on the bearing table from deviating in the conveying process. The anti-offset device comprises an anti-offset body capable of being fixedly mounted on the bearing tableof the bearing mechanism, a first withstanding edge and a second withstanding edge for withstanding the two adjacent side edges of the surface plate respectively are arranged on one side of the anti-offset body, and the position, between the first withstanding edge and the second withstanding edge, of the side edge of the anti-offset body is not in contact with the end corner of the surface plate.The invention further discloses the continuous quick heating machine. By means of the continuous quick heating machine and the anti-offset device of the bearing mechanism of the continuous quick heating machine, the machine table surface plate is effectively prevented from deviating, and the situations of machine table shutdown and sheet breaking are relieved; the productivity is improved, and economic losses are reduced.

Description

technical field [0001] The invention relates to the field of panel production, in particular to a continuous rapid heating machine and an anti-deviation device for a carrying mechanism thereof. Background technique [0002] In the prior art, the bearing mechanism used by the continuous rapid heating machine has the following technical problems due to its unreasonable structural design: 1. The transmission of the glass panel by the continuous rapid heating machine is completed by the movement of the bearing table, because the glass panel and the bearing When the platform moves together, when the friction force between the carrier platform and the glass panel is insufficient, the glass panel will often shift on the carrier platform; in addition, when the carrier platform stops, the glass panel will shift due to inertia, and the friction force is smaller. The larger the offset. When the deviation reaches a certain range, it will be detected by the machine and shut down, causin...

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Problems solved by technology

[0002] In the prior art, the bearing mechanism used by the continuous rapid heating machine has the following technical problems due to its unreasonable structural design: 1. The transmission of the glass panel by the continuous rapid heating machine is completed by the movement of the bearing table, because the glass panel and the bearing When the platform moves together, when the friction force between the carrier platform and the glass panel is insufficient, the glass panel will often shift on the carrier platform; in addition, when the carrier platform stops, the glass panel will shift due to inertia, and the friction force is smaller. The larger the offset

When the deviation reaches a certain range, it will be detected by the machine and shut down, causing unnecessary duplication of work and affecting production capacity to a certain extent

2. In special situations, for example, when the machine detects abnormalities and the glass panel is offset, the panel is prone to fragmentation, causing certain economic losses

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