Highly efficient automatic glass forming device

Abstract

The invention provides a highly efficient automatic glass forming device which comprises a heating furnace, a forming rack, a conveying rack and a cooling rack. The heating furnace comprises a upper furnace body, a lower furnace body and a screw bar. The upper furnace body is provided with a lifting motor, a lifting bar and a decelerating motor. The lower furnace body is provided with a glass plate feeding table, a first motor, a second motor, an accelerating motor, a transmission bar and a positioning plate. The forming rack is provided with a connection rack, a model cylinder, a model, a pressing head, a pressing head cylinder and a positioning cylinder. The conveying rack is provided with a third motor, a bracket, a machine rack, a guiding rod, a guiding rack, a guiding rail, a rack, a stepping motor and the lifting cylinder. The cooling rack is provided with an extreme cooling wedge, a slow cooling bellow, a cooling fan , a fourth motor and a glass plate acceptance table; the device has the advantages of the capability of fast tempering, fast forming and fast cooling. These advantages grant conveniences to the manufacturer in the production, processing and maintenance and prevent the non-flatness in the edge of the heated and formed glass.

Description

technical field [0001] The invention relates to a high-efficiency glass automatic forming device. Background technique [0002] Glass tempering furnace, also known as glass tempering equipment, uses physical or chemical methods to form a compressive stress layer on the surface of the glass and a tensile stress layer inside; when the glass is subjected to external force, the compressive stress layer can offset part of the tensile stress and prevent the glass from breaking , to achieve the purpose of increasing the strength of the glass. [0003] The temperature inside the furnace body in the traditional glass tempering furnace is very easy to emit, which not only increases the waste of energy consumption, but also greatly increases the temperature of the working environment of the operators, making the working environment of the operators extremely bad. At the same time, conventional The glass tempering furnace is not convenient for the operator to maintain and handle, and i...

AI Technical Summary

Problems solved by technology

[0003] The temperature inside the furnace body in the traditional glass tempering furnace is very easy to emit, which not only increases the waste of energy consumption, but also greatly increases the temperature of the working environment of the operators, making the working environment of the operators extremely bad. At the same time, conventional The glass tempering furnace is not convenient for the operator to maintain and handle, and it cannot perform double-mode molding or processing of the glass. The production efficiency of glass tempering is low, and it is easy to appear uneven glass edges, poor glass production quality, and high production costs. production defect

[0004] And the published patent application number "201610398757.X", the patent name "a multi-mode forming glass tempering equipment", includes a feeding rack, an electric tempering furnace, a forming area, a flattening area, and an air cooling area arranged in sequence from left to right and the blanking area, but it does not solve the energy consumption problem and maintenance of the electric tempering furnace; although the forming area also describes the glass forming process and forming methods, it also shows the required requirements for different types of glass. The size of the die is different, and the left and right ceramic rollers and the middle ceramic roller can be set as axially adjustable ceramic rollers, that is, the left and right ceramic rollers and the middle ceramic roller can move along their axial directions to adjust the left and right ceramic rollers. The size of the space formed between the roller and the middle ceramic roller or between the two middle ceramic rollers, but there is no description on how to adjust the left and right ceramic rollers and the middle ceramic roller in the documentation, and there is no way to fix the ceramic rollers To explain, it is impossible for users to carry out manufacturing; the flattening area uses a flattening mechanism to press the glass down to make the edge of the glass flush, but it is easy to deform the formed glass during the pressing down process, which affects the quality of the glass after forming. The setting of a single air cooling zone is also not conducive to the rapid cooling of the glass, which affects the production efficiency of the glass, and is not conducive to the rapid production and processing of the glass by the producer.

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