Full-automatic stirring/cleaning integrated device for coating jar

Abstract

The invention discloses a full-automatic stirring / cleaning integrated device for a coating jar. The full-automatic stirring / cleaning integrated device comprises a rack, a stirring / cleaning rotation mechanism, an actuation mechanism, a lifting mechanism, a main shaft rotation mechanism and a weighing mechanism, wherein the main shaft rotation mechanism is arranged on the lifting mechanism; the stirring / cleaning rotation mechanism is connected with a rotation main shaft of the main shaft rotation mechanism; the actuation mechanism is arranged at the top of the rotation main shaft; and the weighing mechanism is arranged at the top of the rack. According to the full-automatic stirring / cleaning integrated device, by operating the actuation mechanism, the switching of stirring and cleaning can be realized, and the operations, such as fast mixing, lower-speed sediment-preventing mixing, and automatic jar wall cleaning after empting of materials in the jar, adapting to work conditions in coating industry, can be realized; the full-automatic stirring / cleaning integrated device can be used as a novel energy-saving coating jar container stirrer device, and also can provide full-automatic processing equipment which has energy conservation, high efficiency, reliability and unmanned operation functions for the full-automatic coating production.

Description

technical field [0001] The invention relates to paint production equipment, in particular to a paint vat automatic stirring / cleaning integrated device. Background technique [0002] The mixing process is the main line of the paint production process. There are raw material premixing (mixing of powder raw materials and liquid materials, addition of dispersing aids, etc.), mixing of intermediate products and mixing of finished products after the dispersion process (such as coloring, adding additives, etc.) ), etc., generally intermittent working mode. The paint production process line needs many fixed and mobile cylinder containers to complete the mixing process, while the selection of cylinder containers on the modern paint production line tends to be large. In order to eliminate the laminar flow and Dead angle, the traditional method is to use a multi-layer flat pulp structure or agitator with a dispersing disc structure or other forms, but it requires a large motor power. ...

AI Technical Summary

Problems solved by technology

[0003] As mentioned above, if a traditional agitator is used, a larger motor power is required, that is, a larger installed capacity of a transformer is required, and the mixing and mixing process is generally an intermittent working mode, which will cause the basic electricity fee corresponding to the transformer capacity and the unnecessary power consumption in the power supply system. Therefore, a stirring and mixing device that can take into account the characteristics of the process and reflect the energy-saving benefits has its obvious economic value and social value

[0004] At present, the cleaning of the inner wall of the cylinder container is basically done by manual cleaning, but this operation method brings the irritation and harmfulness of the cleaning solvent, the solvent volatilization loss of the open cleaning operation, environmental impact, and the difficulty of cleaning work (the larger the container The more difficult it is to manually clean) and other factors lead to higher labor costs, operating costs and operational difficulties, so a device that can realize the automatic cleaning of the inner wall of the cylinder container and realize the closed cleaning operation method, the same for the technological progress of coating production technology It also has its economic value and social value

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