CN-121974075-A - Proprietary liquid material storage system

CN121974075ACN 121974075 ACN121974075 ACN 121974075ACN-121974075-A

Abstract

The invention relates to a system for storing a type-III liquid material, which comprises an automatic packaging line area, wherein the automatic packaging line area comprises an automatic packaging line system and a warehouse entry mechanism, the warehouse entry mechanism comprises a storage tank supply station, a canning station, a labeling station, a capping station and a tray assembly station which are sequentially connected in the upstream-downstream direction, the automatic packaging line system is in signal connection with the labeling station, the automatic warehouse area comprises a warehouse management system, an automatic warehouse and a pallet supply station, the warehouse management system is respectively in signal connection with the automatic packaging line system and the automatic warehouse, the warehouse management system is used for sending pallet demands of corresponding quantity to the automatic warehouse, the automatic warehouse is connected with the pallet supply station, the automatic warehouse is used for sending pallets to the pallet supply station, and the pallet supply station is connected with the tray assembly station. The invention can realize high-efficiency goods picking by connecting the automatic packaging line area and the automatic warehouse area in series and respectively using the automatic packaging line system and the warehouse management system.

Inventors

LI HONGTAO
ZHU GUANBAO
ZHAO CHENCHEN

Assignees

长兴特殊材料（苏州）有限公司

Dates

Publication Date: 20260505
Application Date: 20251230

Claims (10)

1. A system for storing a liquid material of the type comprising: The automatic packaging line area comprises an automatic packaging line system and a warehousing mechanism, wherein the automatic packaging line system is in signal connection with the warehousing mechanism, and the warehousing mechanism comprises a storage tank supply station, a canning station, a labeling station, a capping station and a tray assembling station which are sequentially connected along the upstream-downstream direction; The automatic warehouse area comprises a warehouse management system, an automatic warehouse and a pallet supply station, wherein the warehouse management system is respectively connected with the automatic packaging line system and the automatic warehouse in a signal mode, the warehouse management system is used for receiving product information from the automatic packaging line system and sending pallet demands with corresponding quantity to the automatic warehouse, the automatic warehouse is connected with the pallet supply station and is used for sending pallets to the pallet supply station, the pallet supply station is connected with the pallet grouping station, and the pallet supply station is used for supplying pallets to the pallet grouping station.
2. The system of claim 1, further comprising an off-site area comprising an external product warehousing station, the external product warehousing station being coupled to the automated warehouse, the external product warehousing station being configured to input a tank containing material from an external tank into the automated warehouse.
3. The system for storing liquid material as recited in claim 2, wherein said off-site area further comprises an SAP system in signal communication with said warehouse management system, said SAP system for synchronizing with said warehouse management system information and for sending a shipment order to said warehouse management system.
4. The system of claim 1, wherein the warehouse entry mechanism further comprises a re-weighing station disposed between the canning station and the labeling station, the re-weighing station being configured to re-weigh the canned storage tank.
5. The system of claim 4, wherein the warehouse entry mechanism includes a rejection station coupled to the re-scale station, the rejection station configured to reject the storage tank with the re-scale unacceptable from the warehouse entry mechanism.
6. A method of using a system for storing a liquid material in accordance with any one of claims 1 to 5, comprising the steps of: When the warehouse-in is needed, the operator inputs product information to an automatic packaging line system and supplies a storage tank to a warehouse-in mechanism; when the storage tank is moved to a labeling station of the warehousing mechanism after canning, the automatic packaging line system sends the product information to a printing and labeling integrated machine, and labeling is carried out on the storage tank on the labeling station; The automatic packaging line system generates pallet requirements according to the product information, and the automatic packaging line system sends the product information and the pallet requirements to a warehouse management system; the warehouse management system sends the pallet requirements to an automatic bin, the automatic bin transmits a corresponding number of pallets to a pallet supply station, and the pallet supply station transmits the corresponding number of pallets to a tray assembly station; And (3) sealing the labeled storage tanks, assembling the storage tanks, placing the storage tanks on a pallet, and transporting the storage tanks to the automatic bin.
7. A method of using a class III liquid material storage system as set forth in claim 6, wherein when a shipment is desired, the SAP system sends a shipment order to the warehouse management system, the warehouse management system sends the shipment information to the automated warehouse, and the automated warehouse outputs a corresponding number of storage tanks.
8. The method of claim 7, wherein the automated warehouse entry station inputs the storage tank to the automated warehouse, and the automated warehouse transmits the external warehouse entry information to the warehouse management system.
9. A method of using a liquid material storage system as claimed in claim 8, wherein said warehouse management system performs information synchronization with said SAP system once after each of said warehouse entry and warehouse exit operations.
10. The method of claim 9, wherein the automatic warehouse entry and exit speed is 30-60 Torr/hour, and the pallet exit speed is 5 Torr/hour.

Description

Proprietary liquid material storage system Technical Field The invention relates to a dangerous chemical warehouse management method, in particular to a system for storing a class-C liquid material. Background The statements in this section merely provide background information related to the present disclosure and may not constitute prior art. In the chemical industry, from the safety aspect, there are many limitations in the storage of liquid material goods with a fire hazard of being class iii, for example, because of the product property of the class iii liquid material, 200kg barreled goods are stored in the prior art by adopting the storage mode of a plane warehouse all the time, and the goods are transported by adopting a forklift, because of the limitation of the space of the forklift transportation and the safety of stacking, the storage of the plane warehouse goods is generally not more than four layers, and the turnover space of the forklift needs to be reserved, so the utilization rate of the space of the plane warehouse is lower, the automation degree of the existing class iii liquid material storage system is low, and the goods taking speed is slow. It should be noted that the foregoing description of the background art is only for the purpose of providing a clear and complete description of the technical solution of the present invention and is presented for the convenience of understanding by those skilled in the art. The above-described solutions are not considered to be known to the person skilled in the art simply because they are set forth in the background of the invention section. Disclosure of Invention The invention aims to provide a system for storing a class-C liquid material, which can realize efficient goods picking by connecting an automatic packaging line area and an automatic warehouse area in series and respectively by virtue of an automatic packaging line system and a warehouse management system. In order to achieve the above object, the present invention discloses a system for storing a liquid material of the group consisting of: The automatic packaging line area comprises an automatic packaging line system and a warehousing mechanism, wherein the automatic packaging line system is in signal connection with the warehousing mechanism, and the warehousing mechanism comprises a storage tank supply station, a canning station, a labeling station, a capping station and a tray assembling station which are sequentially connected along the upstream-downstream direction; The automatic warehouse area comprises a warehouse management system, an automatic warehouse and a pallet supply station, wherein the warehouse management system is respectively connected with the automatic packaging line system and the automatic warehouse in a signal mode, the warehouse management system is used for receiving product information from the automatic packaging line system and sending pallet demands with corresponding quantity to the automatic warehouse, the automatic warehouse is connected with the pallet supply station and is used for sending pallets to the pallet supply station, the pallet supply station is connected with the pallet grouping station, and the pallet supply station is used for supplying pallets to the pallet grouping station. As a further description of the above technical solution, the system for storing liquid materials of class iii further comprises an off-site area comprising an external product warehousing station, the external product warehousing station being connected to the automated warehouse, the external product warehousing station being configured to input a tank containing materials from an external tank into the automated warehouse. As a further description of the above solution, the off-site area further comprises an SAP system in signal connection with the warehouse management system, the SAP system being configured to synchronize with the warehouse management system information and send an out order to the warehouse management system. As a further description of the above technical solution, the warehouse entry mechanism further includes a re-weighing station, where the re-weighing station is disposed at a position between the canning station and the labeling station, and the re-weighing station is used for re-weighing the canned storage tank. As a further description of the above technical solution, the warehousing mechanism includes a rejection station, where the rejection station is connected to the re-weighing station, and the rejection station is configured to reject the storage tank with the unqualified re-weighing from the warehousing mechanism. The invention also discloses a use method of the system for storing the C-type liquid materials, which is used for the system for storing the C-type liquid materials and comprises the following steps that when the C-type liquid materials need to be stored, an operator inputs product information to an automatic packaging