CN108229616B - Monitoring system and monitoring method for weather modification equipment and ammunition - Google Patents
Monitoring system and monitoring method for weather modification equipment and ammunition Download PDFInfo
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- CN108229616B CN108229616B CN201810005274.8A CN201810005274A CN108229616B CN 108229616 B CN108229616 B CN 108229616B CN 201810005274 A CN201810005274 A CN 201810005274A CN 108229616 B CN108229616 B CN 108229616B
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Abstract
The invention discloses a monitoring system for weather modification equipment and ammunition, which comprises: the two-dimensional code generation management platform is used for generating and checking an equipment code, a bullet code, a box code, an order code, an associated bullet code and box code, and an associated box code and/or equipment code and order code; the two-dimensional code printer is used for printing equipment codes, pop codes, box codes and delivery lists; the equipment ammunition comprehensive management platform is used for managing user information, warehouse information, equipment and ammunition information, customer information, equipment codes, ammunition codes and box codes information, warehousing information and ex-warehouse information; the two-dimensional code scanning and identifying device is used for scanning and identifying equipment codes, bullet codes, box codes and order codes; a server for storing database information. The invention also provides a monitoring method of the weather modification equipment and the ammunition. The invention has the beneficial effects that: the management work efficiency is improved, the careless omission of each link is avoided, and the use experience of a user is improved.
Description
Technical Field
The invention relates to the technical field of artificial influence weather, in particular to a system and a method for monitoring artificial influence weather equipment and ammunition.
Background
Artificially influencing weather refers to artificially transforming weather phenomena towards the direction predetermined by people, such as artificial precipitation, artificial hail suppression, artificial cloud elimination, artificial fog elimination, artificial typhoon weakening, artificial lightning suppression, artificial frost prevention and the like. The method is a scientific and technological measure which exerts influence on the physical process in the atmosphere in a local area through technical means such as artificial catalysis and the like under certain favorable opportunity and condition to change the physical process to a certain extent, thereby achieving the purpose of lightening or avoiding meteorological disasters.
At present, in the weather modification technology, various working equipment and working ammunition are needed to realize weather conditions such as artificial precipitation, artificial hail suppression, artificial cloud elimination, artificial fog elimination, artificial typhoon weakening, artificial lightning suppression, artificial frost prevention and the like. The types of the operation equipment and the operation ammunition are too many, and the performance of the operation equipment and the operation ammunition of each manufacturer is different, so when the operation equipment and the operation ammunition are specifically adopted for operation, manual distinction is needed, time and labor are wasted, and careless omission in the operation process is easily caused. Meanwhile, each link of production, transportation and use needs to be monitored, and information omission or inconsistent information recording is easily caused by artificial monitoring, so that the information of each link is unequal, and a management leak is caused.
Disclosure of Invention
In order to solve the above problems, the present invention aims to provide a system and a method for monitoring equipment and ammunition for artificially influencing weather, so as to improve the working efficiency, avoid careless omission of each link, and improve the use experience of users.
The invention provides a monitoring system for weather modification equipment and ammunition, which comprises:
a two-dimensional code generation management platform for generating an equipment code including work equipment information, a bullet code including work ammunition information, a box code of a box for loading the work ammunition, and an order code including delivery order information; the two-dimensional code generation management platform is used for browsing and viewing the generated equipment codes, bullet codes, box codes and order codes; the two-dimensional code generation management platform is used for boxing operation ammunition, acquiring ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all operation ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information at the same time; the two-dimensional code generation management platform is used for delivering working ammunition and/or working equipment out of a warehouse, acquiring box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating delivery order codes of the delivery order with all box codes and/or equipment codes delivered out of the warehouse, and simultaneously displaying information of the delivery order; wherein all the equipment codes, the ammunition codes, the box codes, the order codes and the delivery list information are stored in a database;
the two-dimensional code printer is in communication connection with the two-dimensional code generation management platform and is used for printing the equipment codes, the pop codes, the box codes and the delivery lists generated by the two-dimensional code generation management platform;
the equipment ammunition comprehensive management platform is in communication connection with the two-dimensional code generation management platform and is used for editing, storing and inquiring user information, warehouse information, equipment and ammunition information, client information, equipment codes, ammunition codes and box code information, warehousing information and ex-warehouse information; the ammunition comprehensive management platform is used for acquiring the information of the ex-warehouse order codes identified by the two-dimensional code scanning and identifying device and inputting the information corresponding to the ex-warehouse order to finish ex-warehouse; the ammunition comprehensive management platform is used for acquiring box codes and equipment code information identified by the two-dimensional code scanning and identifying device, and inputting information corresponding to the box codes and the equipment codes to finish warehousing; the equipment ammunition comprehensive management platform is used for generating an equipment code containing operation equipment information, an ammunition code containing operation ammunition information and a box code of an ammunition box for loading operation ammunition on line, and storing the generated equipment code, the ammunition code and the box code information into a database;
the two-dimensional code scanning and identifying device is in communication connection with the two-dimensional code generation management platform and is used for scanning the bullet codes, the box codes and the equipment codes when the two-dimensional code generation management platform is loaded in a box and unloaded from a warehouse, reading information corresponding to the bullet codes, the box codes and the equipment codes, and storing and displaying the corresponding information in the two-dimensional code generation management platform; the two-dimensional code scanning and recognizing device is in communication connection with the equipment and ammunition comprehensive management platform and is used for scanning order codes when the equipment and ammunition comprehensive management platform is out of a warehouse, reading information corresponding to the out-of-warehouse order codes, storing and displaying corresponding information in the equipment and ammunition comprehensive management platform, scanning box codes and equipment codes of received products when the equipment and ammunition comprehensive management platform is put in the warehouse, reading information corresponding to the box codes and the equipment codes, storing and displaying corresponding information in the equipment and ammunition comprehensive management platform, and meanwhile, the equipment and ammunition comprehensive management platform is used for scanning ammunition codes and equipment codes when operation equipment or operation ammunition information is inquired, reading information corresponding to the ammunition codes and the equipment codes, and displaying corresponding information in the equipment and ammunition comprehensive management platform;
and the server is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for storing database information on the two-dimensional code generation management platform and database information on the equipment ammunition comprehensive management platform.
As a further improvement of the present invention, the two-dimensional code generation management platform includes:
a two-dimensional code generation module for generating an equipment code including work equipment information, a bullet code including work ammunition information, a box code of a box for loading the work ammunition, and an order code including delivery order information;
the boxing module is used for boxing the working ammunition, acquiring ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all the working ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information;
the delivery module is used for delivering work ammunition and/or work equipment out of a warehouse, acquiring box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating order codes of the delivery order with all box codes and/or equipment codes delivered out of the warehouse, and displaying the information of the delivery order;
and the browsing module is used for browsing and viewing the generated equipment codes, pop codes, box codes and order codes.
As a further improvement of the present invention, the two-dimensional code generation module specifically includes:
the information acquisition module is used for acquiring information of operation equipment and operation ammunition;
the encryption and decryption module is used for carrying out encryption processing on information of the working equipment and the working ammunition;
the storage module is used for storing information of operation equipment and operation ammunition and storing the collected information of the operation equipment and the operation ammunition under the condition of weak cache or no cache;
and the generation module is used for generating the bullet codes, the bullet boxes and the order codes with the encrypted information.
As a further improvement of the present invention, the equipment code information includes: manufacturer code, use mode, equipment type, equipment category, equipment model, year number, batch number and operator information;
the popup code information includes: manufacturer code, mode of use, catalyst type, ammunition model, year number, batch number, sequence number, and operator information;
the box code information includes: manufacturer code, ammunition type, ammunition model number, year number, batch number, sequence number of ammunition in the box, and operator information.
As a further improvement of the present invention, the two-dimensional code scanning and recognizing device includes:
the camera image acquisition module is used for shooting equipment codes, bullet codes, box codes and order codes;
the two-dimensional code scanning and identifying module is used for identifying the shot equipment codes, the shot codes, the box codes and the order codes and reading encrypted information corresponding to the equipment codes, the shot codes, the box codes and the order codes;
the decryption module is used for decrypting the encrypted information to obtain information corresponding to the equipment code, the popup code, the box code and the order code;
and the data transmission module is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for transmitting the read information corresponding to the equipment codes, the ammunition codes, the box codes and the order codes to the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform.
As a further improvement of the invention, the ammunition integrated management platform for equipment comprises:
the user management module is used for adding, editing, deleting and checking user information of the ammunition integrated management platform;
the warehouse information management module is used for newly adding, editing, deleting and checking warehouse information for storing operation equipment and operation ammunition;
the ammunition information management module is used for newly adding, editing, deleting and checking equipment information of the operation equipment and ammunition information of operation ammunition;
the client information management module is used for adding, editing, deleting and checking client information;
the two-dimensional code management module is used for generating and checking an equipment code containing operation equipment information, a bullet code containing operation ammunition information and a box code of a bullet box for loading operation ammunition, and storing the generated equipment code information, the generated bullet code information and the box code information into a database;
the warehouse logistics management module is used for warehousing and ex-warehouse operation equipment and operation ammunition, and adding, editing, deleting and checking warehousing information and ex-warehouse information;
and the information inquiry module is used for inquiring the equipment information of the working equipment and the ammunition information of the working ammunition.
As a further improvement of the invention, the storage stream management module comprises:
the warehousing order management module is used for adding, editing, deleting and checking warehousing order information;
the storage module is used for reading information corresponding to the box codes and the equipment codes by scanning the box codes and the equipment codes of the received products, and storing and displaying the corresponding information;
the ex-warehouse order management module is used for adding, editing, deleting and checking out the ex-warehouse order information;
and the delivery module is used for reading the information corresponding to the delivery order code by scanning the delivery order code of the delivery order, and storing and displaying the corresponding information.
As a further improvement of the present invention, the warehousing entry information includes: warehousing bill numbers, warehousing commodities, warehousing quantity, operation time and operators; the delivery slip information includes: the system comprises a delivery order number, sales clients, delivery commodities, delivery warehouses, delivery quantity, operation time and operators;
the user information includes: login account number, name, contact phone, user authority, user role and station number state;
the warehouse information includes: warehouse number, warehouse name, warehouse address, warehouse leader, contact telephone;
the equipment information includes: equipment name, equipment classification, equipment manufacturer and use mode;
the ammunition information includes: ammunition name, ammunition classification, ammunition manufacturer and use mode;
the client information includes: customer name, contact phone, customer category.
The invention also provides a monitoring method of artificial weather influencing equipment and ammunition, which comprises the following steps:
step 1, a two-dimensional code generation management platform encodes operation equipment, operation ammunition and ammunition boxes for loading the operation ammunition, and respectively generates an equipment code of each operation equipment, an ammunition code of each attack of the operation ammunition and a box code of the ammunition boxes for loading a plurality of operation ammunitions;
step 3, boxing the operational ammunition, respectively scanning the box code of each ammunition box and the ammunition code of the operational ammunition loaded in the ammunition box by a two-dimensional code scanning and recognizing device, associating each box code with the ammunition code of all the operational ammunition loaded in the ammunition box by a two-dimensional code generating and managing platform, respectively scanning the equipment code of each operational equipment by the two-dimensional code scanning and recognizing device if the ex-warehouse product contains operational equipment, generating an ex-warehouse order containing information of all the box codes and/or the equipment codes by the two-dimensional code generating and managing platform, associating the ex-warehouse order code of the ex-warehouse order with all the box codes and/or the equipment codes which have been ex-warehouse, printing the ex-warehouse order and finishing the ex-warehouse operation;
and 5, after the customer receives the product, checking the number of the product, after the product is checked to be correct, respectively scanning the box codes of all the received ammunition boxes by the two-dimensional code scanning and identifying device, if the product contains operation equipment, respectively scanning the equipment codes of the operation equipment by the two-dimensional code scanning and identifying device, storing and displaying information corresponding to the scanned box codes and/or equipment codes on the equipment ammunition comprehensive management platform, and finishing warehousing operation.
As a further improvement of the invention, step 4 is replaced by: editing the delivery order information on the equipment ammunition comprehensive management platform, inputting and storing the delivery order information on the equipment ammunition comprehensive management platform, and sending the operation equipment and/or operation ammunition which are delivered out of the warehouse to a customer together after checking that the delivery order information is correct.
As a further improvement of the invention, step 5 is replaced by: and after the customer receives the products, checking the quantity of the products, editing warehousing entry information on the equipment ammunition comprehensive management platform after checking the products, inputting and storing the warehousing entry information on the equipment ammunition comprehensive management platform, and finishing warehousing operation.
The invention has the beneficial effects that:
1. the operation equipment and the operation ammunition of a plurality of manufacturers are managed in a unified and automatic mode, time and labor are saved, manual separate recording is not needed, careless omission possibly caused in the operation process is avoided, and further dangerous things are avoided;
2. the system can monitor all links of production, transportation and use of operation equipment and operation ammunition in real time, ensures complete information recording in the whole process, avoids information omission and information inconsistency in all processes, improves the management efficiency, and can check the information of all links at any time;
3. the cartridge code and the box code are correlated, and the information of all the cartridge codes loaded in the cartridge box can be acquired when the box code information is acquired, so that the overall working efficiency can be further improved, and the cartridge box does not need to be disassembled to acquire the information one by one;
4. the box code and the order code, the equipment code and the order code, the box code and the equipment code and the order code are correlated, and the information of the box code, the equipment code, the box code and the equipment code on the corresponding order can be obtained through the order code in the warehouse-out process, so that the method is convenient and quick, the whole warehouse-out information is clear at a glance, the check is not needed, and the time is saved;
5. an AES + RSA encryption algorithm is added when the two-dimensional code is generated, so that the safety and reliability of operation equipment and operation ammunition in the processes of delivery and receipt are improved, the circulation of false products is avoided, the management of manufacturers is facilitated, and the guarantee is provided for customers;
6. the two-dimension code generation process can be realized by online operation (generation of a two-dimension code generation module of an ammunition integrated management platform) or offline operation (generation of a two-dimension code generation module of a two-dimension code generation management platform), and the online operation and the offline operation complement each other to ensure the use of a user;
7. the scanning system for checking whether the two-dimensional code is correct or not is designed, the two-dimensional code printed by the two-dimensional code printer can be directly conveyed to the horizontal conveying belt through the guide roller, the scanning head scans the two-dimensional code conveyed out one by one, errors in the manual scanning process are avoided, and the scanning efficiency is improved.
Drawings
FIG. 1 is a schematic view of an artificially influenced weather equipment and ammunition monitoring system according to an embodiment of the present invention;
FIG. 2 is a flow chart of a method for monitoring weather modification equipment and ammunition in accordance with an embodiment of the present invention;
fig. 3 is a schematic diagram of a two-dimensional code scanning system according to an embodiment of the present invention.
In the figure:
1. a two-dimensional code printer; 2. a guide stick; 3. a horizontal conveyor belt; 4. a two-dimensional code scanning and identifying device; 5. a support; 6. a driving roller; 7. a passive roller; 8. a carrier roller; 9. a fixed mount; 10. a rotation mechanism; 11. a lens.
Detailed Description
The present invention will be described in further detail below with reference to specific embodiments and with reference to the attached drawings.
Embodiment 1, a monitoring system for weather modification equipment and ammunition according to an embodiment of the present invention includes: the ammunition management system comprises a two-dimensional code generation management platform, a two-dimensional code printer, an equipment ammunition comprehensive management platform, a two-dimensional code scanning and identifying device and a server.
A two-dimensional code generation management platform for generating an equipment code including work equipment information, a bullet code including work ammunition information, a box code of a box for loading the work ammunition, and an order code including delivery order information; the two-dimensional code generation management platform is used for browsing and viewing the generated equipment codes, bullet codes, box codes and order codes; the two-dimensional code generation management platform is used for boxing operation ammunition, acquiring ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all operation ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information at the same time; the two-dimensional code generation management platform is used for delivering work ammunition and/or work equipment out of a warehouse, acquiring box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating delivery order codes of the delivery order with all box codes and/or equipment codes delivered out of the warehouse, and simultaneously displaying information of the delivery order; wherein, all equipment codes, bullet codes, box codes, order codes and delivery list information are stored in the database.
The two-dimensional code generation management platform specifically comprises:
(1) and the two-dimensional code generating module is used for generating an equipment code containing operation equipment information, a bullet code containing operation ammunition information, a box code of a bullet box for loading operation ammunition and an order code containing delivery order information.
When the equipment code of the working equipment is generated, the information contained in each equipment code includes: manufacturer code, use mode, equipment type, equipment category, equipment model, year number, batch number and operator information; each bullet code contains the following information: manufacturer code, mode of use, catalyst type, ammunition model, year number, batch number, sequence number (the corresponding cartridge in the tank), and operator information. The case sign indicating number has integrateed the information of all bullet signs of loading in this bullet case, and the information that the case sign indicating number contains has: the manufacturer code, the ammunition type, the ammunition model number, the year number, the batch number, the sequence number of the ammunition in the box and the operator information can be designed according to specific requirements, for example, when 20 ammunitions are loaded in one ammunition box, the sequence number in the first ammunition box is sequentially arranged from 00001-. The design of case sign indicating number is mainly related with the information of all ammunitions and the case in the case, and the holistic management of being convenient for can acquire the information of all ammunitions in the case when scanning the case sign indicating number, convenient and fast. The operation equipment is generally an antiaircraft gun, a rocket launching cradle, a ground generator, a flame drill spreader, a firework launcher, a liquid carbon dioxide spreader, a liquid nitrogen spreader and the like, so that the equipment is large and does not need to be boxed, and a two-dimensional code of each equipment can be generated independently.
Wherein, the year number is 2 digits, the batch number is 2 digits, and the sequence number is 5 digits. After the generation is completed, all codes are stored in the database.
When the two-dimensional code is generated, encryption processing can be performed when a two-dimensional code generation algorithm is applied, and when information of the working equipment and the working ammunition is recorded in the two-dimensional code generation module, ciphertext information is generated through an asymmetric encryption algorithm.
The two-dimensional code generation module specifically comprises:
the information acquisition module is used for acquiring information of operation equipment and operation ammunition;
the encryption and decryption module is used for carrying out encryption processing on information of the working equipment and the working ammunition;
the storage module is used for storing information of operation equipment and operation ammunition and storing the collected information of the operation equipment and the operation ammunition under the condition of weak cache or no cache;
and the generation module is used for generating the bullet codes, the bullet boxes and the order codes with the encrypted information.
Wherein, the encryption modules all adopt AES + RSA encryption algorithm. The RSA algorithm is a public key cryptographic algorithm whose security is based on the law that a composite number with a large prime factor is difficult to factorize. The RSA adopts public key encryption and private key decryption (or private key encryption and public key decryption), the RSA encryption and decryption speed is low, and the RSA is not suitable for encrypting a large number of data files, so that confidential information is not necessarily transmitted by a public cryptosystem completely in a network, and a secret key is not necessarily transmitted by the network in the encryption and decryption process. AES is the advanced encryption standard, and the encryption speed is very fast, but must manage the AES key well in the network transmission process. Therefore, if the AES symmetric cryptosystem is used to encrypt the transmission data and the RSA asymmetric cryptosystem is used to transmit the key of the AES, the advantages of the AES and the RSA can be comprehensively utilized and the defects of the AES and the RSA can be avoided to realize a high-speed and data encryption scheme.
The process of AES + RSA encryption is: firstly, an RSA key pair is created by a receiver, the receiver sends an RSA public key to a sender through the Internet, and simultaneously stores an RSA private key. The sender creates an AES key, encrypts plaintext data to be transmitted by using the AES key, encrypts the AES key by using the received RSA public key, and finally transmits the AES key encrypted by using the RSA public key and ciphertext to the receiver through Internet transmission. When the receiving party receives the encrypted AES key and the encrypted ciphertext, the RSA private key stored by the receiving party is called first, and the encrypted AES key is decrypted by the private key to obtain the AES key. And finally, decrypting the ciphertext by using the AES key to obtain a plaintext.
The two-dimensional code generation algorithm adopted by the generation module can be realized by adopting the existing mature algorithm.
(2) And the boxing module is used for boxing the operation ammunition, acquiring the ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all the operation ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information.
When boxing, a window for acquiring the information of the two-dimensional code scanning and identifying device is arranged in the boxing module, and once the two-dimensional code scanning and identifying device scans the bullet codes and the box codes, the corresponding information can be displayed. When the box code is displayed, the left side of the display window is a bullet code list loaded in a bullet box, the middle of the display window is a two-dimensional code display area of the current box code, and the right side of the display window is a finished 11-bit box code sequence number list.
The specific boxing process comprises the following steps:
1) after clicking the 'start' button, the user can receive the information of the two-dimensional code scanning and identifying device;
2) scanning the bullet codes, wherein the bullet code list can display the scanned bullet codes, and box codes appear after the specified number is met;
3) scanning the box codes, emptying an elastic code list, automatically storing the box codes and the elastic codes into a database when the 11-bit sequence number of the box codes appears in the box number list;
4) if the printed box code is invalid and the like, the user can click to reprint and then print the box code;
5) at the end of the packing link, the situation that one box is not full may occur, and at the moment, the last box is clicked, so that the box code can be forcibly generated and printed for packing and scanning;
6) and clicking the 'end' button to stop receiving information from the two-dimensional code scanning and identifying device, and clicking the 'start' button to recover.
If a power failure or other various conditions causing the suspension of the boxing process occurs, the batch number can be selected to skip the loaded magazine and continue the previous boxing process when the boxing process is started again.
(3) And the delivery module is used for delivering the working ammunition and/or the working equipment out of the warehouse, acquiring the box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating the order code of the delivery order with all the box codes and/or equipment codes delivered out of the warehouse, and simultaneously displaying the information of the delivery order.
The specific delivery process is as follows:
1) scanning box codes, wherein scanned box code information appears in the ex-warehouse information list;
2) after scanning is finished, clicking 'confirm delivery', forcibly generating a delivery order after clicking, namely generating a delivery order text document according to a specified directory and a specified file name, wherein each delivery order has a unique order code.
(4) And the browsing module is used for browsing and viewing the generated equipment codes, pop codes, box codes and order codes. And the browsing module is also provided with an interface module for sending the browsed two-dimensional code information to a two-dimensional code printer.
After the popup codes, the box codes and the equipment codes are generated, the codes to be printed can be selected through the browsing module, and all the codes can be printed, namely all the two-dimensional codes under the current catalogue are printed.
And the two-dimensional code printer is in communication connection with the two-dimensional code generation management platform and is used for printing the equipment code, the popup code, the box code and the delivery list generated by the two-dimensional code generation management platform.
The equipment ammunition comprehensive management platform is in communication connection with the two-dimensional code generation management platform and is used for editing, storing and inquiring user information, warehouse information, equipment and ammunition information, customer information, equipment codes, ammunition codes and box code information, warehousing information and ex-warehouse information; the ammunition comprehensive management platform is equipped for acquiring the ex-warehouse order code information identified by the two-dimensional code scanning and identifying device and inputting the information corresponding to the ex-warehouse order to finish ex-warehouse; the ammunition comprehensive management platform is used for acquiring box codes and equipment code information identified by the two-dimensional code scanning and identifying device, and inputting information corresponding to the box codes and the equipment codes to finish warehousing; the equipment ammunition integrated management platform is used for generating an equipment code containing operation equipment information, an ammunition code containing operation ammunition information and a box code of an ammunition box for loading operation ammunition on line, and storing the generated equipment code, the ammunition code and the box code information in a database.
The ammunition integrated management platform for equipment specifically comprises:
(1) the user management module is used for adding, editing, deleting and checking user information of the ammunition comprehensive management platform; meanwhile, the information of the user needing to be checked can be searched and inquired.
Wherein the user information includes: login account number, name, contact phone, user authority, user role, station number state.
(2) The warehouse information management module is used for newly adding, editing, deleting and checking warehouse information for storing operation equipment and operation ammunition; meanwhile, the information of the warehouse required to be checked can be searched and inquired.
Wherein the warehouse information comprises: warehouse number, warehouse name, warehouse address, warehouse leader, contact phone.
(3) The ammunition information management module is used for newly adding, editing, deleting and checking equipment information of the operation equipment and ammunition information of operation ammunition; meanwhile, information of equipment and ammunition needing to be checked can be searched.
Wherein the equipment information includes: equipment name, equipment classification, equipment manufacturer and use mode; the ammunition information includes: ammunition name, ammunition classification, ammunition manufacturer, and usage.
Further, the magazine, and observation equipment, communication equipment, work vehicles, and the like that are required to be used during work can be edited and managed here.
(4) The client information management module is used for adding, editing, deleting and checking client information; meanwhile, the information of the client needing to be checked can be searched and inquired.
Wherein the customer information includes: customer name, contact phone, customer category.
(5) And the two-dimensional code management module is used for generating and checking an equipment code containing operation equipment information, a bullet code containing operation ammunition information and a box code of a bullet box for loading operation ammunition, and storing the generated equipment code information, the generated bullet code information and the box code information into a database.
The two-dimension code management module comprises a two-dimension code generation module and a two-dimension code display module, wherein the two-dimension code generation module is used for generating an equipment code of operation equipment information, a bullet code containing operation ammunition information and a box code of a bullet box for loading operation ammunition, and the information contained in the equipment code, the bullet code and the box code is as described in the two-dimension code generation module, and is not detailed here. The two-dimension code generation module in the two-dimension code generation management platform and the two-dimension code generation module in the two-dimension code generation management platform can be linked, namely, the two-dimension code generation module generated by clicking can be linked to the two-dimension code generation module in the two-dimension code generation management platform to complete generation of the equipment code, the pop-up code and the box code. The two-dimension code display module is used for displaying information of all generated two-dimension codes and also searching and inquiring information of the two-dimension codes needing to be checked.
(6) The warehouse logistics management module is used for warehousing and ex-warehouse operation equipment and operation ammunition, and adding, editing, deleting and checking warehousing information and ex-warehouse information;
the system specifically comprises the following modules:
1) the warehousing order management module is used for adding, editing, deleting and checking warehousing order information; meanwhile, the information of the warehousing list needing to be checked can be searched and inquired.
Wherein, warehousing order number, warehousing commodities, warehousing number, operation time and operators.
2) And the storage module is used for reading information corresponding to the box codes and the equipment codes by scanning the box codes and the equipment codes of the received products, and storing and displaying the corresponding information. The module and the warehousing order management module are mutually assisted, the warehousing order management module acquires warehousing product information by editing warehousing orders, and the warehousing module inputs the product information by scanning box codes and equipment codes.
3) The ex-warehouse order management module is used for adding, editing, deleting and checking out the ex-warehouse order information; (ii) a Meanwhile, the information of the ex-warehouse list required to be checked can be searched and inquired.
4) And the delivery module is used for reading the information corresponding to the delivery order code by scanning the delivery order code of the delivery order, and storing and displaying the corresponding information. The module and the delivery order management module are mutually assisted, the delivery order management module acquires delivery product information by editing a delivery order, and the delivery module inputs the product information by scanning a delivery order code.
Wherein, the delivery list information comprises: the system comprises a delivery order number, a sales client, delivery commodities, a delivery warehouse, delivery quantity, operation time and operators.
(7) And the information inquiry module is used for inquiring the equipment information of the working equipment and the ammunition information of the working ammunition. In the query, the detailed information of the corresponding product can be acquired by inputting the codes of the product, namely the digital codes of the box code and the equipment code, or by scanning the two-dimensional code of the product, namely the two-dimensional code of the box code and the equipment code.
The two-dimensional code scanning and identifying device is in communication connection with the two-dimensional code generation management platform and is used for scanning the bullet codes, the box codes and the equipment codes when the two-dimensional code generation management platform is loaded in a box and unloaded from a warehouse, reading information corresponding to the bullet codes, the box codes and the equipment codes, and storing and displaying the corresponding information in the two-dimensional code generation management platform; the two-dimension code scanning and recognizing device is in communication connection with the equipment ammunition comprehensive management platform and used for scanning order codes when the equipment ammunition comprehensive management platform goes out of a warehouse, reading information corresponding to the order codes out of the warehouse, storing and displaying corresponding information in the equipment ammunition comprehensive management platform, scanning box codes and equipment codes of received products when the equipment ammunition comprehensive management platform goes into the warehouse, reading information corresponding to the box codes and the equipment codes, storing and displaying corresponding information in the equipment ammunition comprehensive management platform, meanwhile, the equipment ammunition comprehensive management platform is used for scanning ammunition codes and equipment codes when operation equipment or operation ammunition information is inquired, reading information corresponding to the ammunition codes and the equipment codes, and displaying corresponding information in the equipment ammunition comprehensive management platform.
The two-dimensional code scanning and identifying device specifically comprises:
the camera image acquisition module is used for shooting equipment codes, bullet codes, box codes and order codes;
the two-dimensional code scanning and identifying module is used for identifying the shot equipment codes, the shot codes, the box codes and the order codes and reading encrypted information corresponding to the equipment codes, the shot codes, the box codes and the order codes;
the decryption module is used for decrypting the encrypted information to obtain information corresponding to the equipment code, the popup code, the box code and the order code;
and the data transmission module is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for transmitting the read information corresponding to the equipment codes, the ammunition codes, the box codes and the order codes to the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform.
And the server is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for storing database information on the two-dimensional code generation management platform and database information on the equipment ammunition comprehensive management platform.
Furthermore, the invention can also design a two-dimensional code transmission device and a control device. At this time, the two-dimensional code generation management platform, the two-dimensional code transmission device, the control device and the two-dimensional code scanning and identifying device may form a two-dimensional code scanning system, as shown in fig. 3, the specific connection form is:
the two-dimensional code printer 1 is in communication connection with the two-dimensional code generation management platform and is used for printing equipment codes, pop codes and box codes generated by the two-dimensional code generation management platform;
the two-dimensional code transmission device is close to the two-dimensional code printer 1, and a two-dimensional code outlet of the two-dimensional code printer 1 is connected with an input end of a horizontal conveying belt 3 of the two-dimensional code transmission device through a guide roller 2;
and the control device is electrically connected with the two-dimensional code transmission device and controls the horizontal reciprocating motion of the horizontal conveying belt 3.
Further, can design into two-dimensional code scanning recognition device 4 and can dismantle with 1 on the two-dimensional code printer and be connected, guarantee and two-dimensional code scanning recognition device's camera image acquisition module be lens 11 towards the input of horizontal transport belt 3 promptly.
Wherein, two-dimensional code transmission device includes support 5, and 5 both ends of support are equipped with initiative gyro wheel 6 and passive gyro wheel 7 respectively, and horizontal conveyor 3 is located between initiative gyro wheel 6 and the passive gyro wheel 7, and support 5 is fixed with a plurality of bearing roller 8.
The two-dimensional code scanning and identifying device 4 is detachably connected with the fixing frame 9 through the rotating mechanism 10, and the fixing frame 9 is detachably connected with the two-dimensional code printer 1.
Furthermore, an alarm can be designed in the two-dimensional code scanning and identifying device, and once the information read by the PC is identified and not matched with the previous codes, the alarm gives an alarm to prompt errors, so that errors can be further avoided, and the information can be timely checked once the errors exist.
step 1, the two-dimensional code generation management platform encodes operation equipment, operation ammunition and ammunition boxes for loading the operation ammunition, and respectively generates an equipment code of each operation equipment, an ammunition code of each attack of the operation ammunition and a box code of the ammunition boxes for loading a plurality of operation ammunitions.
When the two-dimension code is generated, the two-dimension code can be generated directly by a generation module on a two-dimension code generation management platform, or the two-dimension code can be generated by clicking the generated two-dimension code in a two-dimension code management module equipped with an ammunition comprehensive management platform and linking the generated two-dimension code to the two-dimension code generation management platform.
And 2, browsing and checking the generated equipment codes, bullet codes and box codes from the two-dimensional code generation management platform, respectively printing the generated equipment codes, bullet codes and box codes by the two-dimensional code printer, and respectively attaching the printed codes to corresponding operation equipment, operation ammunition and box ammunition.
When code, bullet code, case sign indicating number are equipped in the attachment, can check each two-dimensional code that prints one by one earlier, utilize the scanning system as shown in figure 3 to check, avoid the two-dimensional code that prints to have the mistake, lead to the mistake of follow-up in-process information. The specific process is as follows: the two-dimensional code that two-dimensional code printer 1 printed out can directly carry horizontal conveyor belt 3 through direction rod 2, and lens 11 aims at horizontal conveyor belt 3's input, scans the two-dimensional code that direction rod 2 carried out one by one, and the two-dimensional code after the scanning is carried away one by one along with horizontal conveyor belt 3 for paste at follow-up in-process and cover on operation equipment, operation ammunition, avoided the mistake of manual scanning in-process, improved scanning efficiency.
Step 3, boxing the operation ammunition, respectively scanning the box code of each ammunition box and the ammunition code of the operation ammunition loaded in the ammunition box by the two-dimensional code scanning and recognizing device, associating each box code with the ammunition codes of all the operation ammunition loaded in the ammunition box by the two-dimensional code generating and managing platform, generating a delivery order containing information of all the box codes by the two-dimensional code generating and managing platform, attaching a delivery order code to each delivery order, associating the delivery order code of the delivery order with all the box codes delivered from the warehouse by the two-dimensional code generating and managing platform, printing the delivery order, and finishing the delivery operation;
when the ex-warehouse product is provided with operation equipment, the two-dimensional code scanning and identifying device needs to scan box codes of all the ammunition boxes, ammunition codes of operation ammunition loaded in the ammunition boxes and equipment codes of the operation equipment respectively, at the moment, the two-dimensional code generating and managing platform generates an ex-warehouse list containing information of all the box codes and the equipment codes, each ex-warehouse list is attached with an ex-warehouse order code, the two-dimensional code generating and managing platform associates the ex-warehouse order codes of the ex-warehouse list with all the box codes and equipment codes which are already ex-warehouse, prints the ex-warehouse list, and finishes ex-warehouse operation;
when the ex-warehouse product only has operation equipment, the ammunition does not need to be boxed, the two-dimensional code scanning and identifying device only needs to scan the equipment codes of each operation equipment, at the moment, the two-dimensional code generation management platform generates an ex-warehouse order containing all equipment code information, each ex-warehouse order is attached with an ex-warehouse order code, the two-dimensional code generation management platform associates the ex-warehouse order codes of the ex-warehouse order with all equipment codes which are already out of the warehouse, the ex-warehouse order is printed, and ex-warehouse operation is completed.
or editing the delivery order information on the equipment ammunition comprehensive management platform, inputting and storing the delivery order information on the equipment ammunition comprehensive management platform, and sending the delivered operation equipment and/or operation ammunition to the client together after checking.
or after the customer receives the products, the number of the products is checked, after the products are checked to be correct, warehousing entry information is edited on the equipment ammunition comprehensive management platform, and the warehousing entry information is recorded and stored on the equipment ammunition comprehensive management platform, so that warehousing operation is completed.
When the monitoring system is applied to monitoring, the monitoring system not only can carry out whole-course monitoring on the delivery and receiving processes of operation equipment and operation ammunition, but also can carry out whole-course monitoring on the delivery and receiving processes of operation ammunition
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. A monitoring system for weather modification equipment and ammunition, comprising:
a two-dimensional code generation management platform for generating an equipment code including work equipment information, a bullet code including work ammunition information, a box code of a box for loading the work ammunition, and an order code including delivery order information; the two-dimensional code generation management platform is used for browsing and viewing the generated equipment codes, bullet codes, box codes and order codes; the two-dimensional code generation management platform is used for boxing operation ammunition, acquiring ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all operation ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information at the same time; the two-dimensional code generation management platform is used for delivering work ammunition and/or work equipment out of a warehouse, acquiring box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating delivery order codes of the delivery order with all the box codes and/or equipment codes delivered out of the warehouse, and simultaneously displaying information of the delivery order; wherein all the equipment codes, the ammunition codes, the box codes, the order codes and the delivery list information are stored in a database;
the two-dimensional code printer is in communication connection with the two-dimensional code generation management platform and is used for printing the equipment codes, the pop codes, the box codes and the delivery lists generated by the two-dimensional code generation management platform;
the equipment ammunition comprehensive management platform is in communication connection with the two-dimensional code generation management platform and is used for editing, storing and inquiring user information, warehouse information, equipment and ammunition information, client information, equipment codes, ammunition codes and box code information, warehousing information and ex-warehouse information; the ammunition comprehensive management platform is used for acquiring the information of the ex-warehouse order codes identified by the two-dimensional code scanning and identifying device and inputting the information corresponding to the ex-warehouse order to finish ex-warehouse; the ammunition comprehensive management platform is used for acquiring box codes and equipment code information identified by the two-dimensional code scanning and identifying device, and inputting information corresponding to the box codes and the equipment codes to finish warehousing; the equipment ammunition comprehensive management platform is used for generating an equipment code containing operation equipment information, an ammunition code containing operation ammunition information and a box code of an ammunition box for loading operation ammunition on line, and storing the generated equipment code, the ammunition code and the box code information into a database;
the two-dimensional code scanning and identifying device is in communication connection with the two-dimensional code generation management platform and is used for scanning the bullet codes, the box codes and the equipment codes when the two-dimensional code generation management platform is loaded in a box and unloaded from a warehouse, reading information corresponding to the bullet codes, the box codes and the equipment codes, and storing and displaying the corresponding information in the two-dimensional code generation management platform; the two-dimensional code scanning and recognizing device is in communication connection with the equipment and ammunition comprehensive management platform and is used for scanning order codes when the equipment and ammunition comprehensive management platform is out of a warehouse, reading information corresponding to the out-of-warehouse order codes, storing and displaying corresponding information in the equipment and ammunition comprehensive management platform, scanning box codes and equipment codes of received products when the equipment and ammunition comprehensive management platform is put in the warehouse, reading information corresponding to the box codes and the equipment codes, storing and displaying corresponding information in the equipment and ammunition comprehensive management platform, and meanwhile, the equipment and ammunition comprehensive management platform is used for scanning ammunition codes and equipment codes when operation equipment or operation ammunition information is inquired, reading information corresponding to the ammunition codes and the equipment codes, and displaying corresponding information in the equipment and ammunition comprehensive management platform;
and the server is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for storing database information on the two-dimensional code generation management platform and database information on the equipment ammunition comprehensive management platform.
2. The monitoring system of claim 1, wherein the two-dimensional code generation management platform comprises:
a two-dimensional code generation module for generating an equipment code including work equipment information, a bullet code including work ammunition information, a box code of a box for loading the work ammunition, and an order code including delivery order information;
the boxing module is used for boxing the working ammunition, acquiring ammunition codes and box code information identified by the two-dimensional code scanning and identifying device, associating each box code with the ammunition codes of all the working ammunition loaded in the ammunition box, and displaying the associated ammunition codes and box code information;
the delivery module is used for delivering work ammunition and/or work equipment out of the warehouse, acquiring box code and/or equipment code information identified by the two-dimensional code scanning and identifying device, generating a delivery order containing all the box code and/or equipment code information, associating order codes of the delivery order with all the box codes and/or equipment codes delivered out of the warehouse, and displaying the information of the delivery order;
and the browsing module is used for browsing and viewing the generated equipment codes, pop codes, box codes and order codes.
3. The monitoring system according to claim 2, wherein the two-dimensional code generation module specifically includes:
the information acquisition module is used for acquiring information of operation equipment and operation ammunition;
the encryption and decryption module is used for carrying out encryption processing on information of the working equipment and the working ammunition;
the storage module is used for storing information of operation equipment and operation ammunition and storing the collected information of the operation equipment and the operation ammunition under the condition of weak cache or no cache;
and the generation module is used for generating the bullet codes, the bullet boxes and the order codes with the encrypted information.
4. The monitoring system of claim 1, wherein the equipment code information comprises: manufacturer code, use mode, equipment type, equipment model, year number, batch number and operator information;
the popup code information includes: manufacturer code, mode of use, catalyst type, ammunition model, year number, batch number, sequence number, and operator information;
the box code information includes: manufacturer code, ammunition type, ammunition model number, year number, batch number, sequence number of ammunition in the box, and operator information.
5. The monitoring system according to claim 1, wherein the two-dimensional code scanning and identifying device comprises:
the camera image acquisition module is used for shooting equipment codes, bullet codes, box codes and order codes;
the two-dimensional code scanning and identifying module is used for identifying the shot equipment codes, the shot codes, the box codes and the order codes and reading encrypted information corresponding to the equipment codes, the shot codes, the box codes and the order codes;
the decryption module is used for decrypting the encrypted information to obtain information corresponding to the equipment code, the popup code, the box code and the order code;
and the data transmission module is in communication connection with the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform and is used for transmitting the read information corresponding to the equipment codes, the ammunition codes, the box codes and the order codes to the two-dimensional code generation management platform and the equipment ammunition comprehensive management platform.
6. The monitoring system of claim 1, wherein the armed ammunition integrated management platform comprises:
the user management module is used for adding, editing, deleting and checking user information of the ammunition integrated management platform;
the warehouse information management module is used for newly adding, editing, deleting and checking warehouse information for storing operation equipment and operation ammunition;
the ammunition information management module is used for newly adding, editing, deleting and checking equipment information of the operation equipment and ammunition information of operation ammunition;
the client information management module is used for adding, editing, deleting and checking client information;
the two-dimensional code management module is used for generating and checking an equipment code containing operation equipment information, a bullet code containing operation ammunition information and a box code of a bullet box for loading operation ammunition, and storing the generated equipment code information, the generated bullet code information and the box code information into a database;
the warehouse logistics management module is used for warehousing and ex-warehouse operation equipment and operation ammunition, and adding, editing, deleting and checking warehousing information and ex-warehouse information;
the information inquiry module is used for inquiring equipment information of the operation equipment and ammunition information of the operation ammunition;
wherein the storage logistics management module comprises:
the warehousing order management module is used for adding, editing, deleting and checking warehousing order information;
the storage module is used for reading information corresponding to the box codes and the equipment codes by scanning the box codes and the equipment codes of the received products, and storing and displaying the corresponding information;
the ex-warehouse order management module is used for adding, editing, deleting and checking out the ex-warehouse order information;
and the delivery module is used for reading the information corresponding to the delivery order code by scanning the delivery order code of the delivery order, and storing and displaying the corresponding information.
7. The monitoring system of claim 6, wherein the warehousing entry information comprises: warehousing bill numbers, warehousing commodities, warehousing quantity, operation time and operators; the delivery slip information includes: the system comprises a delivery order number, sales clients, delivery commodities, delivery warehouses, delivery quantity, operation time and operators;
the user information includes: login account number, name, contact phone, user authority and user role;
the warehouse information includes: warehouse number, warehouse name, warehouse address, warehouse leader, contact telephone;
the equipment information includes: equipment name, equipment classification, equipment manufacturer and use mode;
the ammunition information includes: ammunition name, ammunition classification, ammunition manufacturer and use mode;
the client information includes: customer name, contact phone, customer category.
8. A method of monitoring weather modification equipment and ammunition, comprising:
step 1, a two-dimensional code generation management platform encodes operation equipment, operation ammunition and ammunition boxes for loading the operation ammunition, and respectively generates an equipment code of each operation equipment, an ammunition code of each attack of the operation ammunition and a box code of the ammunition boxes for loading a plurality of operation ammunitions;
step 2, browsing and viewing the generated equipment codes, bullet codes and box codes from the two-dimensional code generation management platform, respectively printing the generated equipment codes, bullet codes and box codes by the two-dimensional code printer, and respectively attaching the printed codes to corresponding operation equipment, operation ammunition and box ammunition;
step 3, boxing the operational ammunition, respectively scanning the box code of each ammunition box and the ammunition code of the operational ammunition loaded in the ammunition box by a two-dimensional code scanning and recognizing device, associating each box code with the ammunition code of all the operational ammunition loaded in the ammunition box by a two-dimensional code generating and managing platform, respectively scanning the equipment code of each operational equipment if the ex-warehouse product contains operational equipment, generating an ex-warehouse order containing information of all the box codes and/or the equipment codes by the two-dimensional code generating and managing platform, associating the ex-warehouse order code of the ex-warehouse order with all the box codes and/or the equipment codes which are ex-warehouse, printing the ex-warehouse order and completing the ex-warehouse operation by the two-dimensional code scanning and recognizing device;
step 4, the two-dimensional code scanning and recognizing device scans the delivery order codes on the delivery order, records and stores delivery order information on an equipment ammunition comprehensive management platform, and sends the delivered operation equipment and/or operation ammunition to a client after checking the delivery order information without errors;
and 5, after the customer receives the product, checking the number of the product, after the product is checked to be correct, respectively scanning the box codes of all the received ammunition boxes by the two-dimensional code scanning and identifying device, if the product contains operation equipment, respectively scanning the equipment codes of the operation equipment by the two-dimensional code scanning and identifying device, storing and displaying information corresponding to the scanned box codes and/or equipment codes on the equipment ammunition comprehensive management platform, and finishing warehousing operation.
9. The monitoring method according to claim 8, wherein step 4 is replaced by:
editing the delivery order information on the equipment ammunition comprehensive management platform, inputting and storing the delivery order information on the equipment ammunition comprehensive management platform, and sending the operation equipment and/or operation ammunition which are delivered out of the warehouse to a customer together after checking that the delivery order information is correct.
10. The monitoring method according to claim 8, wherein step 5 is replaced by:
and after the customer receives the products, checking the quantity of the products, editing warehousing entry information on the equipment ammunition comprehensive management platform after checking the products, inputting and storing the warehousing entry information on the equipment ammunition comprehensive management platform, and finishing warehousing operation.
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| CN112184111B (en) * | 2020-09-27 | 2023-09-26 | 浙江万里学院 | Intelligent information encryption method for shortcut logistics |
| CN112765125A (en) * | 2020-12-30 | 2021-05-07 | 中国人民解放军32181部队 | Database configuration for glasses-handle continuous ammunition identification system |
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