Feeding control system and control method for chinlon chip raw materials

Abstract

The invention discloses a feeding control system and a control method for chinlon chip raw materials in the technical field of chinlon chip stock bins. The system comprises a feeding box, the feeding box is a feeding device for the chinlon chip raw materials, a bin cover for feeding is arranged at the top of the feeding box, a feeding identification code is arranged on the feeding box, a discharging port for the raw materials to enter a storage process at the bottom of the feeding box, and the bottom of the discharging port is connected with the stock bin with the fixed capacity. According to the feeding control system and the control method for the chinlon chip raw materials, manual recording is not needed, the feeding amount and material data of each time can be accurately recorded, whether chinlon slice raw materials in a raw material bag can be continuously fed into the stock bin or not can be judged, and according to the condition of the raw materials in the stock bin, a controller controls whether an automatic valve is opened or not, whether feeding can be carried out or not and whether the raw material type is matched with that in the stock bin or not can be prompted through a mobile terminal, use is very convenient and more intelligent, and the situation that the feeding type is wrong and the total feeding amount is wrong can be avoided through the system.

Description

technical field [0001] The invention relates to the technical field of a nylon chip silo, in particular to a feeding control system and a control method for nylon chip raw materials. Background technique [0002] There are various kinds of nylon raw materials now, and each kind of silk weaving needs to use different nylon chip raw materials, and each raw material has a variety of production lines, so there are many different silos in the feeding workshop in the production factory , There are also many different feeding ports, and the raw material of nylon chips cannot be in contact with oxygen, otherwise the raw materials of nylon chips are easily oxidized, resulting in a decrease in spinnability and cannot be used. [0003] The current nylon raw materials are kept in very thick sealed bags to keep the nylon raw materials shaded, so that the actual condition of the raw materials in the packaging bag cannot be seen at all, and the packaging is generally very heavy, basically ...

AI Technical Summary

Problems solved by technology

[0002] There are various kinds of nylon raw materials now, and each kind of silk weaving needs to use different nylon chip raw materials, and each raw material has a variety of production lines, so there are many different silos in the feeding workshop in the production factory , there are also many different feeding ports, and the raw material of nylon chips cannot be in contact with oxygen, otherwise the raw materials of nylon chips are easily oxidized, resulting in a decrease in spinnability and cannot be used

[0003] The current nylon raw materials are kept in very thick sealed bags to keep the nylon raw materials shaded, so that the actual condition of the raw materials in the packaging bag cannot be seen at all, and the packaging is generally very heavy, basically around 850-1000kg, which cannot be lifted by people. And it is not possible to weigh each bag before feeding, which makes the feeding operation very troublesome. At present, it is hand-written and recorded on a form to avoid feeding errors. However, errors will still occur due to manual control of feeding.

[0004] Moreover, the storage silo at the bottom of the feeding is limited in capacity, and the amount used in actual production is fixed, and the usage situation for a period of time can be obtained, but for shading preservation, the amount of replenishment in the storage silo is too many times, it is difficult to distinguish If the record is accurate, sometimes a bag of raw materials will be opened, but it is found that the silo is full and cannot continue to feed, resulting in the raw materials being opened being oxidized and scrapped, and the silo cannot be opened for inspection, which will not only make Pollutants entering the raw materials will also cause the raw materials in the silo to be oxidized, so the actual stock in the silo can only be manually judged by hand-written records and a small glass window on the top of the silo, and judgment errors often occur

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