Circulatory system for stean mold vehicle for heavy wine jar of 200 kg or more and implementation method thereof

Abstract

The invention discloses a circulatory system for a stean mold vehicle for a heavy wine jar of 200 kg or more and an implementation method thereof. The circulatory system comprises a main transport track for transporting and bearing the stean mold vehicle, an auxiliary transport track for containing the mold vehicle in a partitioned manner, a lane changing device used for communicating or separating the main transport track and the auxiliary transport track, a pushing machine used for providing transporting power for the stean mold vehicle and a flying crane device for hoisting the stean mold vehicle. The circulatory system is provided with the main transport track and the auxiliary transport track, under the effect of the pushing machine, the stean mold vehicle is pushed to all areas froma started wine jar stean mud blank molding area, after construction operation processes in all areas are completed, the flying crane device in a kiln placing area hoists wine jar stean mud blanks on the stean mold vehicle to a kiln vehicle, at the time, the empty stean mold vehicle returns to the wine jar stean mud blank molding area to do transportation of the wine jar stean mud blanks next time,circulation transportation of the stean mold vehicle is achieved, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of pottery pot production, in particular to a circulation system for a heavy-duty pottery pot mold vehicle weighing more than 200 kilograms and a realization method thereof. Background technique [0002] Because of its strong practicability and low cost, ceramic pots have been used in all aspects of people's lives, such as rice tanks, wine jars, pickle jars, etc., which are inseparable from the use of clay pots, especially in the use of white wine. There are a large number of pottery pots, and the pottery pots are heavy, which is inconvenient for manual handling. Before the heavy-duty pottery pots are fired in the pottery kiln, the clay embryos of the pottery pots need to undergo a series of processing procedures, such as Dehydration and drying of clay pot embryos, demoulding, grinding, glazing and other operations, the existing operation method uses a mold car to transport the clay pot embryos of wine jars ...

AI Technical Summary

Problems solved by technology

[0002] Because of its strong practicability and low cost, ceramic pots have been used in all aspects of people's lives, such as rice tanks, wine jars, pickle jars, etc., which are inseparable from the use of clay pots, especially in the use of white wine. There are a large number of pottery pots, and the pottery pots are heavy, which is inconvenient for manual handling. Before the heavy-duty pottery pots are fired in the pottery kiln, the clay embryos of the pottery pots need to undergo a series of processing procedures, such as Dehydration and drying of clay pot embryos, demoulding, grinding, glazing and other operations, the existing operation method uses a mold car to transport the clay pot embryos of wine jars to the processing operation area of ​​each process for placement, and waits for the processing operation of this process After the completion, it will be transported to the next process. When the mold car is used to transport the mud embryo in this series of processing steps, frequent loading and unloading of the mud embryo is required, which not only wastes time, but also easily causes the mud embryo In order to improve the production efficiency of wine jar clay pots and reduce the damage rate of wine jar clay pots, it is necessary to design a circulation system of wine jar clay pot mold trucks to reduce the number of loading and unloading of wine jar clay embryos and improve the quality of wine jars. The transportation efficiency of clay pot embryos improves the production efficiency and yield of wine jar clay pots

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