Compatible packaging frame structure for TFT substrate glass and working process thereof

Abstract

The invention discloses a compatible packaging frame structure for TFT substrate glass and a working process thereof. The compatible packaging frame structure for the TFT substrate glass comprises a packaging frame base and a packaging frame self-recognition compatible electrical control system. The compatible packaging frame structure for the TFT substrate glass is achieved through the followingtechnical scheme that a roller conveying belt in the compatible packaging frame structure is arranged on a ball bracket, and therefore the effect that the roller conveying belt freely moves relative to the horizontal plane of the packaging frame base can be realized; and a substrate glass packaging frame can be transversely limited through fixing air cylinders on the two sides, the fixing air cylinders on the two sides are provided with the vertical rolling wheels, the substrate glass packaging frame can longitudinally move on the roller conveying belt under the action of jacking air cylinders, the size and the position of the substrate glass packaging frame are detected through metal detection probes at different positions in the roller conveying belt, so that clamping and fixing of the substrate glass packaging frame through the jacking air cylinders (including the far end, the middle end and the near end) at different positions are achieved, and the packaging frame self-recognitioncompatible control function is achieved, and the TFT packaging frame is independent in compatible control mode structure, can be directly installed on an existing substrate glass production line, anddirectly replaces a traditional packaging frame fixing base.

Description

technical field [0001] The invention belongs to the technical field of TFT glass manufacturing equipment, and in particular relates to a TFT substrate glass-compatible packaging frame structure and a working process thereof. Background technique [0002] It is used in the packaging or unpacking process of TFT glass. Due to the inconsistent packaging of products produced by different manufacturers, different packaging racks are required for product production input and finished product receiving. In the past, it was necessary to make a separate chassis bracket for each packaging rack with different specifications. Corresponding to different packaging racks, in addition to replacing the brackets during production, it is necessary to reset the specifications of the product brackets, including the change of the origin position of the robot with different product specifications. The product switching process not only affects production efficiency, but also is easy to Accidents oc...

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Problems solved by technology

[0002] It is used in the packaging or unpacking process of TFT glass. Due to the inconsistent packaging of products produced by different manufacturers, different packaging racks are required for product production input and finished product receiving. In the past, it was necessary to make a separate chassis bracket for each packaging rack with different specifications. Corresponding to different packaging racks, in addition to replacing the brackets during production, it is necessary to reset the specifications of the product brackets, including the change of the origin position of the robot with different product specifications. The product switching process not only affects production efficiency, but also is easy to Accidents due to specification errors, and long-distance transportation products need to add cushioning packaging materials vertical packaging racks, increasing weight and changing the packaging state. When there

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