Compound bottom-reverse grizzly screen material arranging device and method
A cloth distribution device and grid technology, applied in the direction of supply devices, manufacturing tools, etc., can solve the problems of complex structure, low distribution efficiency, high production cost, etc., to simplify the distribution device and mold device, occupy a small space, and improve the distribution efficiency Effect
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no. 1 example
[0038] Figure 3a ~ Figure 3c It is a working schematic diagram of the first embodiment of the present invention, in figure 1 On the basis of the technical solution shown, the driver 50 in this embodiment is a lifter 51 connected to the grille 20, and the lifter 51 is used to drive the grille 20 to rise and fall. The powder bearing carrier 30 on the conveying platform 10 runs along the V direction (as Figure 3a Shown), stop moving when running to the bottom of the grid 20, the lifter 51 drives the grid 20 to descend, so that the grid 20 falls on the powder bearing carrier 30. Distributor 40 distributes material in grid 20, makes powder fill the filling area that each grid bar constitutes (as Figure 3b shown). The powder bearing carrier 30 runs again and stops after moving for a certain distance. During the movement, the powder at the bottom of the grid rubs against the surface of the powder bearing carrier, so that the powder at the bottom of the grid is displaced under t...
no. 2 example
[0040] Figure 5a ~ Figure 5c It is a working schematic diagram of the second embodiment of the present invention, in figure 1 On the basis of the technical solution shown, the driver 50 in this embodiment includes a lifter 51 and a mover 52 connected to the grid 20, wherein the lifter 51 is used to drive the grid 20 to rise and fall, and the mover 52 is used to drive the grid 20 Move on the powder bearing carrier 30. The powder bearing carrier 30 on the conveying platform 10 runs along the V direction (as Figure 5a Shown), stop moving when running to the bottom of the grid 20, the lifter 51 drives the grid 20 to descend, so that the grid 20 falls on the powder bearing carrier 30. Distributor 40 distributes material in grid 20, makes powder fill the filling area that each grid bar constitutes (as Figure 5b shown). The mover 52 drives the grid 20 to drive the powder in it to move along the U direction on the powder carrier 30 and then stops. During the movement, the powde...
no. 3 example
[0042] Figure 6a ~ Figure 6e It is a working schematic diagram of the third embodiment of the present invention, and this embodiment is Figure 5a ~ Figure 5c The improvement of the technical scheme shown. Such as Figure 6a ~ Figure 6e As shown, the driver 50 in this embodiment can drive the grid 20 to rise and fall and move to the powder bearing carrier 30. The lower surface of the grid 20 is provided with a flat plate 60, and the flat plate 60 can be controlled by the driver 50 to rise and fall together with the grid 20. decline. The powder bearing carrier 30 on the conveying platform 10 runs along the V direction (as Figure 6a As shown), when passing directly below the grille 20 and running to the front and lower side of the grille 20, the driver 50 drives the grille 20 and the flat plate 60 to descend together, and one end of the flat plate 60 presses the tail end of the powder bearing carrier 30 , the tail end of the soft powder-bearing carrier is bent, so that the...
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