Intelligent glass flange device

Abstract

The invention discloses an intelligent glass edge blocking device, and relates to the technical field of float glass production. Comprising a rack, a rotating unit, a lifting unit, a walking unit, a walking driving unit, a flange unit and a controller. The rack is located outside a tin bath, the rotating unit is fixed to the rack, the edge blocking unit is fixed to the bottom of the walking unit, and the rotating unit, the lifting unit and the walking driving unit drive the edge blocking unit to rotate on the horizontal plane, ascend and descend in the vertical direction and move in the horizontal transverse direction through the walking unit; the controller is in communication connection with encoders of the rotating unit, the lifting unit and the walking driving unit and the plate edge detection device; the encoders and the controller are respectively connected with driving motors of the rotating unit, the lifting unit and the walking driving unit; the invention provides the intelligent glass edge blocking device capable of automatically and accurately controlling the edge blocking assembly to push the glass plate at multiple angles.

Description

technical field [0001] The invention relates to the technical field of float glass production, in particular to an intelligent glass edge retaining device. Background technique [0002] In the field of float glass production technology, when the glass quality requirements are high, the production process of the entire line of glass has high requirements. Due to the lateral temperature difference in the tin bath, the flow rate of the tin liquid is different everywhere, so that the glass plate moves forward. In the process, left and right deviation is easy to occur, which affects the qualification rate of the original width of the glass plate and the smoothness of the glass operation, and also easily causes serious accidents such as glass plate wetting. to the sidewall device; [0003] In the prior art, whether the conventional sidewall device is electric or manual, its operation accuracy is not high, and it requires constant attention of people during the production process,...

AI Technical Summary

Problems solved by technology

[0002] In the field of float glass production technology, when the glass quality requirements are high, there are high requirements for the production process of the whole line of glass. Due to the lateral temperature difference in the tin bath, the flow rate of tin liquid in each place is different, so that the glass plate moves forward. It is easy to have left and right deviations in the process, which affects the qualification rate of the original glass plate width and the stability of the glass operation, and it is also easy to cause serious accidents such as glass plate staining; in order to adjust the stability of the glass plate in the wide and narrow section of the tin bath, generally use to the retaining device;

[0003] In the prior art, whether the conventional edge retaining device is electric or manual, its operation accuracy is not high, and people need to pay attention to it all the time during the production process, and the degree of automation is not high, the control is not accurate, and it is impossible to follow up in real time; When producing glass with different thicknesses or when the tin liquid level changes, the edge retaining device in the prior art cannot automatically adjust the pressing position of the edge retaining device, nor can it flexibly adjust the angle of action of the edge retaining device on the glass

[0004] Publication No. CN203976608U discloses a tin bath edge retainer, which adjusts the advance and retreat of the push rod by setting guide rails, sliders, screw nuts, screw rods, driving devices, first height adjustment bolts and second height adjustment bolts amount and height, and the tin bath edge retainer also includes a controller, the operator can adjust the position of the push rod in time through the controller; however, the adjustment of the position of the push rod is limited to the amount of advance and retreat and height, and the push rod cannot be adjusted by rotation Its angle, and the adjustment of the height of the push rod is not automatic, but needs to be adjusted manually. Therefore, a tin bath edge guard disclosed in this patent cannot adjust the position of the glass intelligently and with high precision.

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