Gantry type green brick overturning machine
A gantry-type, blank-turning technology, applied in ceramic molding machines, auxiliary molding equipment, manufacturing tools, etc., can solve the problems that the blank-turning machine can only turn bricks in a single row, the turning efficiency is low, and the rate of defective products is increased, so as to reduce the Labor intensity, easy operation, and the effect of reducing breakage rate
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Embodiment 1
[0026] Such as Figures 1 to 7 As shown, the gantry-type turning machine provided in this embodiment includes a gantry frame 1 and a straight guide rail main beam 4 arranged in the gantry frame. A linear guide rail 4-2 is arranged under the straight guide rail main beam 4. The linear guide rail 4-2 is provided with a plurality of splint assemblies 7 that can move along the linear guide rail 4-2, and each splint assembly 7 includes a plurality of sub-splint groups 7-1 located on the same straight line, and the sub-splint groups 7-1 include The active blank turning plate 7-1.2 and the passive blank turning plate 7-1.1 are provided with a telescopic cylinder 6 for controlling the distance between the active blank turning plate 7-1.2 and the passive blank turning plate 7-1.1, and the active blank turning plate 7-1.1 1.2 is provided with an overturning cylinder 8, which can drive the active turning plate 7-1.2 to rotate 90°, and two adjacent splint assemblies 7 are respectively pro...
Embodiment 2
[0030] The gantry-type turning machine provided in this embodiment includes a gantry frame 1 and a straight guide rail main beam 4 arranged in the gantry frame. A linear guide rail 4-2 is arranged under the straight guide rail main beam 4. The linear guide rail 4-2 There are a plurality of splint assemblies 7 that can move along the linear guide rail 4-2, and each splint assembly 7 includes a plurality of sub-splint groups 7-1 located on the same straight line, and the sub-splint groups 7-1 include active turning blanks. The plate 7-1.2 and the passive turning plate 7-1.1 are provided with a telescopic cylinder 6 for controlling the distance between the active turning plate 7-1.2 and the passive turning plate 7-1.1, and the active turning plate 7-1.2 is provided with There is an overturning cylinder 8, which can drive the active turning plate 7-1.2 to rotate 90°, and two adjacent splint assemblies 7 are respectively provided with an overturning limit frame 7-5 for controlling t...
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