A kind of artificial stone distributing machine

Abstract

The invention discloses an artificial stone distribution machine. The artificial stone distribution machine comprises a base, a moving mechanism and a blanking device, wherein two sides of the base are provided with sliding grooves which are concave inwards, the upper end of the base is provided with at least two or more than two molding cavities, and the moving mechanism comprises a pulley, a longitudinal support, a two-way connection mechanism and a cross bar, the lower end of the longitudinal support is provided with the pulley, the pulley is arranged on the sliding grooves and move back and forth according to the preset stroke, the cross bar is movably connected with the support by virtue of the two-way connection mechanism, and the blanking device is fixedly arranged on the axial midpoint of the cross bar. A three-dimensional distribution way is adopted by the artificial stone distribution machine, and identical artificial stone blocks are arranged in the molding cavities according to the textures preset by a computer.

Description

technical field [0001] The invention relates to a distributing machine, in particular to an artificial stone distributing machine. Background technique [0002] The distributing methods of existing artificial stone cloth mainly include artificial distributing method, conveyor belt distributing method and pre-distributing method. The artificial cloth method relies on artificially arranging the raw materials of artificial stone in the molding cavity. This method wastes a lot of manpower, and the production environment is harsh, and the texture of the cloth is unstable. The conveyor belt cloth method is to use the conveyor belt to arrange the artificial stone raw materials in the molding cavity. Since the conveyor belt cannot accurately control the position and speed of the blanking material, the texture of the stone produced by this method is unnatural and low-grade. The pre-distribution method is an improved version of the conveyor belt distribution method. It first uses the...

AI Technical Summary

Problems solved by technology

The artificial cloth method relies on artificially arranging the raw materials of artificial stone in the molding cavity. This method wastes a lot of manpower, and the production environment is harsh, and the texture of the cloth is unstable.

The conveyor belt cloth method is to use the conveyor belt to arrange the artificial stone raw materials in the molding cavity. Since the conveyor belt cannot accurately control the position and speed of the blanking material, the texture of the stone produced by this method is unnatural and low-grade.

The pre-distribution method is an improved version of the conveyor belt distribution method. It first uses the conveyor belt to arrange the raw materials in layers on the transfer mechanism, and then the transfer mechanism transfers the raw materials arranged in the entire layer to the forming cavity, so that the secondary arrangement improves the quality of the stone. Texture, making it more controllable and stable, but the molding accuracy of this method is still not high, it can only be applied to the manufacture of artificial granite, and cannot manufacture higher-grade artificial marble

[0003] The blanking methods of the existing blanking devices for materials such as artificial stone include natural blanking, vibration blanking and blowing blanking, etc. The structure of the natural blanking device is simple, but the discharge port is easily blocked, and the discharge speed Unstable; vibration blanking is a commonly used method for existing blanking devices. It is mainly to install a vibration device on the hopper to drive the entire hopper to vibrate, so as to discharge the material more stably. However, the structure of this method is relatively complicated, and the overall structure of the hopper Vibration will reduce the service life of the entire blanking device, and the maintenance cost is high; air blowing is suitable for raw materials with small particle diameters. If the diameter of the raw materials is large, the effect of air blowing will be greatly reduced, and air blowing The entire production workshop will be covered with dust, and the working environment for workers is harsh

[0004] In contrast, the existing blanking device only has a single hopper, and the artificial stone produced is of a single style, which cannot meet the aesthetic requirements of modern people for artificial stone.

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