Double-layer roller table transmission mechanism for flat air grid for glass tempering
A technology of glass tempering and transmission mechanism, applied in glass tempering, glass manufacturing equipment, manufacturing tools and other directions to achieve the effect of improving stability
Active Publication Date: 2016-03-16
LUOYANG NORTHGLASS TECH +2
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Problems solved by technology
[0003] In order to solve the above technical problems, the present invention provides a double-layer roller table transmission mechanism for flat air grids for glass tempering, which does not need to adjust the wind pressure of the upper and lower air grids or the blowing distance to ensure the normal delivery of thin glass, which overcomes the existing The single-layer roller transmission structure of the flat air grid restricts the adjustment of the upper and lower air grids, so that it will not adversely affect the tempering process of thin glass
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[0013] As shown in the figure, the flat wind grid double-layer roller table transmission mechanism for glass tempering includes a lower roller table 11 for conveying glass, a motor 6 for providing power to the lower roller table, and a transmission assembly for power transmission. Both ends of the roller table 11 are supported by the lower roller table bearing housing 3 arranged on the support frame 8, and an upper roller table 10 is provided above each lower roller table 11, and the upper roller table 10 passes through the upper and lower rollers. The gear pair transmission between the roads, the two ends of the upper roller table 10 are supported by the upper roller table bearing housing 4 set on the support frame 8, the gap between the lower roller table 11 and the upper roller table 10 is adjustable, and the lower roller table The gap between the road 11 and the upper roller table 10 is greater than the thickness of the glass to be conveyed, so no matter how the wind pressu...
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The invention relates to a flat-wind-grid double-layer roller bed transmission mechanism used for glass toughening. The roller bed transmission mechanism comprises lower roller beds used for transmitting glass, an electrical motor used for providing power for the lower roller beds, and a transmission component used for transmitting the power. Two ends of each of the lower roller beds are supported by lower-roller-bed bearing seats disposed on a supporting rack. An upper roller bed is disposed above each of the lower roller beds. Transmission of each of the upper roller beds is performed by a gear pair between the upper roller bed and the corresponding lower roller bed. Two ends of each of the upper roller beds are supported by upper-roller-bed bearing seats disposed on the supporting rack. A space between each of the upper roller beds and the corresponding lower roller bed is adjustable. The roller bed transmission mechanism overcomes restrictions of flat-wind-grid monolayer roller bed transmission mechanisms at present to adjustment of upper and lower wind grids, thus ensuring that the glass can be transmitted normally in the wind grids no matter how the upper and the lower wind grids are adjusted, and providing guarantee for a glass toughening technology of thin glass.
Description
technical field [0001] The invention relates to a flat air grid roller table transmission mechanism for glass tempering, in particular to a flat air grid double-layer roller table transmission mechanism for glass tempering used in thin glass. Background technique [0002] At present, the flat air grids in the glass tempering equipment adopt the ordinary single-layer roller transmission structure. When the flat air grids of this structure are tempered with thin glass below 5mm, due to the light weight of the glass, in order to prevent the glass from being blown up, it has to Adjust the wind pressure of the upper wind grid to be greater than the wind pressure of the lower wind grid or shorten the blowing distance of the upper wind grid to press the glass on the lower roller table to convey. Although this method ensures the normal delivery of thin glass, it limits the adjustment of the wind pressure and blowing distance of the upper and lower air grids, which is not conducive t...
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IPC IPC(8): C03B27/04
Inventor 高学明郝卫东王明省
Owner LUOYANG NORTHGLASS TECH