Full automatic printing gob feeder

Abstract

The invention relates to a full automatic printing gob feeder which comprises a rack, a powder tank rotating device, two powder feeding devices, two sample cup rotating devices, two metering devices, two auxiliary feeding devices and an electrical control device, wherein the upper part of the rack is provided with the powder tank rotating device, the lower part of the rack is correspondingly provided with the two sample cup rotating devices side by side, and a powder tank of the powder tank rotating device corresponds to right above sample cups of the sample cup rotating devices; and one powder feeding device is arranged right above the powder tank, the metering device is fixedly arranged right below the corresponding sample cup of each powder feeding device, and the metering device is matched with a sample cup support. The full automatic printing gob feeder provided by the invention has the advantages that the structure is simple, the design is scientific and reasonable, the colour combination is accurate, the precision is high, the printing proofing efficiency is effectively improved, the full automatic printing gob feeder is safe and reliable, the cost is low, the proofing repeatability is good, a powder dyestuff is avoided polluting an work environment, the hand labor intensity is reduced, and the full automatic printing gob feeder is convenient and practical.

Description

technical field [0001] The invention belongs to the field of printing and dyeing equipment, in particular to an automatic printing dripping machine. Background technique [0002] At present, there are more than 2,000 large-scale printing factories in China, and each printing factory has a printing laboratory for proofing. Before proofing in the printing laboratory, various chemical additives such as powder dyes, original pastes, cosolvents, etc. need to be mixed and stirred evenly. This process is called dripping. According to statistics, most printing laboratories are manual operations. It is necessary to manually weigh the powder dye and the original paste by spoonfuls. This method will cause the following problems: 1. Since the powder dyes are powdery or granular dyes, they are easily scattered during weighing, causing waste and polluting the working environment, resulting in a poor working environment; 2. The management of the recipe library is currently relying on M...

AI Technical Summary

Problems solved by technology

This method will cause the following problems: 1. Since the powder dye is powdery or granular, it is easy to scatter outside when weighing, causing waste and polluting the working environment, resulting in a worse working environment; 2. The management of the formula library is currently based on Manual recording and manual operation of color matching are labor-intensive, and small samples are poor in guiding large-scale production; 3. The accuracy of manual color matching is poor, and the precision is low. huge economic loss

4. Technical archives and materials rely entirely on manual experience accumulation and manual records, which cannot realize computerized information management of technical archives, and cannot complete online call and check of technical data

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