Glass softening furnace
A glass softening furnace and furnace body technology, applied in conveyors, mechanical conveyors, conveyor objects, etc., can solve the problems of harsh working environment, energy waste, elevated temperature, etc., to shorten the conveying time and reduce the working environment temperature. , Guaranteed quality effect
Inactive Publication Date: 2015-12-30
CHENGDU DA SHENG OPTICAL IND
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Problems solved by technology
During the heating and softening process, the air will shuttle between the inlet and outlet of the softening furnace, and a large amount of heat will overflow from the inlet and outlet, which will greatly increase the surrounding temperature, resulting in energy waste and further worsening the working environment. It is not conducive to the saving of production resources and the protection of human health
Method used
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Embodiment Construction
[0024] The present invention will be further described in detail below through specific implementation examples in conjunction with the accompanying drawings.
[0025] Figure 1-3 Shows a glass softening furnace provided by the present invention, including: base 1, cylinder 2, bar-shaped teeth 3, fourth conveying cylinder 4, roller teeth 5, pushing cylinder 6, second conveying channel 7, retaining ring 10 , The first conveying passage 11, the turning mechanism 12, the third conveying cylinder 13, the furnace body outlet 15, the furnace body 16, the second conveying cylinder 18, the first conveying cylinder 19, the shell 20, the high temperature asbestos and the forming machine 21. The glass softening furnace includes an automatic conveying system, a base 1, a furnace body 16 arranged on the base, an automatic pour device, and a first conveying channel 11 located below the automatic pour device. The automatic conveying system includes an automatic conveying system that is conveyed...
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The invention discloses a glass softening furnace which comprises an automatic conveying system, a base, a furnace body, an automatic discharging device and a first conveying channel, wherein the furnace body and the automatic discharging device are arranged on the base; the first conveying channel is positioned below the automatic discharging device; the automatic conveying system comprises a first conveying air cylinder used for conveying glass into the furnace body, a second conveying air cylinder used for conveying glass to the conveying position of the first conveying air cylinder, a third conveying air cylinder used for conveying glass to the conveying position of the second conveying air cylinder and a fourth conveying air cylinder used for conveying glass to the conveying position of the third conveying air cylinder; a second conveying channel matched with the first conveying channel is slidably arranged below the first conveying channel; baffle rings are arranged at the output opening of the second conveying channel; a through hole is formed in each baffle ring at the bottom of the output opening of the second conveying channel; heat insulating devices are arranged at both the outlet and the inlet of the furnace body; the first and third conveying air cylinders run synchronously; the second and fourth conveying air cylinders run synchronously. Through adoption of the glass softening furnace, the work efficiency can be improved.
Description
Technical field [0001] The present invention relates to the technical field of softening furnaces, in particular to a glass softening furnace. Background technique [0002] In the process of optical glass processing and molding, the optical glass blank needs to be transported to a softening furnace for softening, and the softened optical glass is processed by a glass forming machine to complete glass molding. [0003] After the existing optical glass is softened in the softening furnace, the softened optical glass enters the worktable of the molding machine through a turning mechanism to complete the optical glass molding. Although the existing softening furnace realizes the automatic transmission of optical glass through multiple cylinders, only one cylinder completes a process before the next cylinder starts working, resulting in low production efficiency. In addition, the softened optical glass enters the workbench of the molding machine under the action of the turning mechanis...
Claims
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IPC IPC(8): B65G47/248B65G37/00C03B29/00
Inventor 韩斌
Owner CHENGDU DA SHENG OPTICAL IND