Stacker crane

Abstract

The invention relates to a stacker crane which is especially suitable for automatically stacking fluid materials which are contained in bags. The stacker crane comprises a bag-direction guiding mechanism, a ranking and group organizing mechanism, a layering bag pushing mechanism and a pressing and exhausting mechanism all of which are located on an upper layer platform, comprises a vibration compaction mechanism, a stacking plate lifting mechanism, a tray bin, a tray output mechanism, a stacking plate output mechanism and an all-line electrical control system all of which are located on a lower layer platform, and comprises a climbing and conveying mechanism. The bag-direction guiding mechanism is used for automatically guiding products, the ranking and group organizing mechanism is used for automatically ranking and integrating the products, the layering bag pushing mechanism is used for integrating the products for the second time, and the pressing and exhausting mechanism is used for exhausting the air in the products for the second time. The vibration compaction mechanism is used for vibrating and compacting the products evenly, the stacking plate lifting mechanism is used for lifting stacking plates, the tray bin is used for storing trays, the tray output mechanism is used for automatically outputting the trays, the stacking plate output mechanism is used for automatically outputting the stacking plates, and the all-line electrical control system is used for controlling executive components. Under the premise that the stacker crane is suitable for conventional automatic stacking of ordinary materials, the stacker crane is more suitable for automatically stacking the fluid materials, safe and reliable, environment-friendly effects can be achieved, the stacking appearance is attractive and orderly, and full automation is achieved.

Description

technical field [0001] The invention relates to a stacker, which is especially suitable for automatic stacking of bagged fluid materials. Background technique [0002] At present, ordinary palletizers are only suitable for automatic palletizing of granular or powder materials with less air content, higher bulk density, and better bag shape. Fluid materials are not suitable for automatic palletizing of fluid materials due to the fluffy bag shape and irregular shape after bagging, the stacks are easy to slip, and the dust leakage of the packaging will occur. [0003] In the prior art, manual palletizing is used for fluid materials. The disadvantages are many practical problems such as large number of people, high labor intensity, pollution of the working environment, and serious impact on the physical and mental health of the staff. [0004] To sum up, it has become inevitable to develop an automatic palletizing machine that is not only suitable for conventional automatic pal...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the fluid materials are all manually palletized. The disadvantages are that the number of people used is large, the intensity of manual labor is high, the working environment is polluted, and the physical and mental health of the staff is seriously affected.

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