CN106096886A - Power domain warehouse material management system - Google Patents

Abstract

The invention discloses power domain warehouse material management system, including: basic data module, inventory management module, neck material management module；Described basic data module includes material information, materials and equipment classification and system administration；Described inventory management module includes stock, materials warehousing and makes an inventory, and described stock includes that again stock collects and itemize stock, described in make an inventory and include inventory gains and losses；Described neck expects that management includes outbound record, fills in neck material application form, reservoir area navigation, configuration request slip detail, neck material navigation and complete outbound.The present invention satisfied operation and easy to use on the premise of, can realize power domain material is gone out the management of warehouse-in fast and efficiently, being connected in inventory database system promptly and accurately, greatly improve the running efficiency of power domain material goods and materials, there is preferable security performance, meet actual operation requirements.

Description

Warehouse Material Management System in Power Field

technical field

The invention relates to a warehouse material management system in the electric power field, and belongs to the technical field of power grid material management systems.

Background technique

Power and power system is an electric energy production and consumption system composed of power plants, power transmission and transformation lines, power supply and distribution stations, and electricity consumption. Its function is to convert natural primary energy into electric energy through power generation power devices, and then transmit , Substation and distribution supply electric energy to various users. In order to realize this function, electric power and electric power system also have corresponding information and control systems in each link and at different levels to measure, adjust, control, and control the production process of electric energy. Protection, communication and dispatch to ensure the safety of users and high-quality electric energy. The establishment of a large-scale power system with a reasonable structure is not only convenient for the centralized management, unified dispatch and distribution of electric energy production and consumption, reduces the total installed capacity, saves investment in power facilities, but also facilitates the rational development and utilization of regional energy resources, and satisfies the needs of the local people to a greater extent. With the growing demand for electricity in the economy, the construction of electricity and power systems is often an important part of national and regional national economic development plans. The emergence of electricity and power systems, the use of high-efficiency, pollution-free, easy-to-use, and easy-to-control electric energy has been widely used, promoting changes in various fields of social production, creating the era of electricity, and the second technological revolution. Electricity and electricity The scale and technical level of the system become one of the symbols of a country's economic development level.

With the rapid development of electricity and power systems, the material management system in the power field is also constantly being updated and improved. With the continuous increase in the types and quantities of power materials and materials, the frequency of warehouse entry and exit has increased sharply, and warehouse material management operations have become very complex and diverse. Requirements, cannot be connected to the inventory database in a timely and accurate manner, which seriously affects the operation efficiency of materials and materials in the power field. Therefore, it is necessary to design a new technical solution that can comprehensively overcome the above-mentioned deficiencies in the power warehouse material management system in the prior art.

Contents of the invention

The present invention aims at the deficiencies of the existing technology, and provides a warehouse material management system in the electric power field. Under the premise of satisfying the operation and convenience of use, it can quickly and efficiently realize the management of materials entering and leaving the warehouse in the electric power field, and timely and accurately connect to In the inventory database system, the operation efficiency of materials and materials in the electric power field has been greatly improved, and it has good safety performance and meets the actual use requirements.

In order to solve the above problems, the technical scheme adopted in the present invention is as follows:

The warehouse material management system in the electric power field is characterized in that it includes: a basic data module, an inventory management module, and a material picking management module;

The basic data module includes a material information sub-module, a material classification sub-module and a system management sub-module;

The inventory management module includes a material inventory summary submodule and a sub-item inventory information submodule;

The material picking management module includes a material picking application form subsystem, a warehouse area navigation subsystem, and a material picking navigation subsystem to complete the delivery;

The system management submodule includes a user login and exit interface, and the display content of the user login and exit interface includes the warehouse material management system login, user name, password, whether to remember the password option and a login button. When the user enters the correct user name and When the password is set, click the login button to enter the State Grid menu bar interface;

The State Grid menu bar interface includes warehouse material management system, filler navigation, storage area navigation subsystem, inventory management module, basic material module, emergency material management and system management sub-modules, in the upper right corner of the State Grid menu bar interface will be Display the current user name and the "Exit" button, and the user can log out of the system by clicking the "Exit" button.

As an improvement of the above technical solution, the user clicks the "system management sub-module" on the State Grid menu bar interface to jump to the user management interface, and can view all users in the system;

The system management sub-module includes user management and operation logs. The user management includes a search bar, "add user", "modify user" and "delete user". Enter a user name in the search bar to perform a related search, click " Add user" will jump to the new user window, the new user window is the user management, the user management includes user name, password, confirmation password, real name and "Cancel" and "Save" buttons;

Select a user, and then click the "Modify User" button to jump to the modify user window, which includes user name, password, confirmation password, real name, and "Cancel" and "Save" buttons;

Select a user, click the "Delete User" button, and then pop up a "Confirm" button and click to delete the user;

Click the operation log in the system management sub-module to view the operation log of the system. The operation log includes a search bar and a "Clear Log" button. Enter the name of the operation information in the search bar to perform related queries, select the log record, and click "Clear Log" button to delete the selected record.

The "basic material module" includes a "material classification sub-module" and a "material information sub-module";

The "Material Classification Submodule" includes a search bar, a "Add Classification" button, a "Modify Classification" button and a "Delete Classification" button. Enter the name of the Material Classification submodule in the search bar to perform a related search; click "Add Classification" The button will jump to the newly added classification window, which is the material classification sub-module, and the newly added classification window includes the classification name and description, as well as the "Cancel" and "Save" buttons;

Select a category and click the "Modify Category" button to jump to the modify category window, which includes the category name and description as well as the "Cancel" and "Save" buttons;

Select a category, click the "Delete Category" button, and a "Confirm" button will pop up and click to delete the category;

Click on the material information sub-module, the material name, material code and material classification of all materials will be displayed. The material information sub-module includes a search bar, a "add material" button, a "modify material" button and a "delete material" button; click " The Add Material" button will jump to the Add Material window, which includes the material name, material code, material classification sub-module, and the "Cancel" and "Save" buttons;

Select a material and click the "Modify Material" button to jump to the material modification window, which includes the material name, material code, material classification sub-module, and the "Cancel" and "Save" buttons;

Select a material, click the "Delete Material" button, and a "Confirm" button will pop up and click to delete the material.

The "inventory management module" includes "material inventory summary sub-module", "sub-item inventory information sub-module", "storage unit information", and "material storage completion system";

The "Material Inventory Summary Submodule" interface includes a search bar, material names and material codes;

The "sub-item inventory information sub-module" interface includes selecting items, selecting materials, selecting warehouses, selecting row numbers, selecting shelves, selecting cargo locations, and "query" and "reset" buttons;

The "storage unit information" includes selecting a warehouse, selecting a row number, selecting a shelf, selecting a location, selecting a material, and buttons for "query" and "reset";

The interface of the "Material Warehousing Completion System" includes material name, quantity, warehouse, row number, shelf, item description, item definition, supplier, storage time, and "Storage", "Modify Storage" and "Delete " button;

Click the "Storage", "Modify Storage" and "Delete" buttons to jump to the corresponding window, where you can add, delete, modify and check;

The material picking management module includes a warehouse-out record, a subsystem for filling out a material picking application form, a warehouse area navigation subsystem, configuration application details, a material picking navigation subsystem, and completion of warehouse-out;

The warehouse area navigation subsystem includes a positioning device and a warehouse area navigation device, the positioning device includes a receiving device and a transmitting device arranged on a shelf, and the warehouse area navigation device includes an input module, a display module, a processing module and an electronic compass , the input module is connected to the processing module, the processing module is connected to the display module, the electronic compass is connected to the processing module, and the receiving device is connected to the processing module through a data line.

The picking navigation subsystem includes a server, a navigation terminal with an infrared emitting device, and a camera group. The infrared emitting device is composed of an infrared emitting tube and a Bluetooth serial port module, and the infrared transmitting tube and the Bluetooth serial port module are connected The IO output is connected, the server is connected with the camera group, and the server is connected with the navigation terminal with human-computer interaction function through wireless communication.

The picking and navigation subsystem carries out navigation and picks up materials according to the following steps:

(1) Enter all the static items in the room, the aisle coordinate information, and the image data into the server to form a complete map;

(2) Place the navigation terminal with an infrared emitting device on the person to be guided. After the navigation terminal is started, it communicates with the server wirelessly, downloads all item information from the server and sets the navigation terminal to automatically request material navigation from the server at regular intervals. , the material navigation steps proceed as follows:

(a) The navigation terminal sends a navigation request to the server, and the server establishes a connection session with the navigation terminal. During the session, the navigation terminal controls the infrared emission tube in the infrared emission device to perform a pre-agreed opening or closing action, and each time the navigation terminal completes an action, The server captures a frame of image through the camera for analysis. Through the analysis, the server determines the position and direction information of the infrared emitting device in the picture, and combines this information with the position of the camera's field of view on the map to calculate the position of the infrared emitting device on the map. The current position and direction, that is, the absolute position of the navigation terminal on the map;

(b) The server sends the current position and direction of the infrared emitting device to the navigation terminal, and the navigation terminal identifies the current position of the infrared emitting device on the map, that is, the current position of the person being guided;

(c) The guided person selects the item to be picked and placed in the navigation terminal, and the location of the item can be marked on the map of the navigation terminal according to the downloaded item information. The path from the current position to the target is calculated and displayed on the plane to realize the picking navigation, the picking navigation process is completed, exit the picking navigation system, and the picking navigation ends;

The "Picking Application Form" interface includes selection items, query conditions, selection status, "Query" and "Reset" buttons, "Add New Picking List", "Picking List Details", and "Modify Picking List" And the "Delete Picking List" button, click the "New Picking List", "Picking List Details", "Modify Picking List" and "Delete Picking List" buttons to jump to the corresponding window, namely Addition, deletion, modification and query operations can be performed.

As an improvement of the above technical solution, clicking on the "Picking Navigation" on the menu bar interface of the State Grid will jump to the "Picking Navigation Subsystem" interface, and the "Picking Navigation Subsystem" includes the picking list on the left list and repositories on the right.

As an improvement of the above technical solution, clicking on the "emergency material management" on the menu bar interface of the State Grid will jump to the "emergency material classification sub-module" interface, and the "emergency material management" includes the "emergency material classification sub-module", "Emergency materials information sub-module", "emergency materials inventory sub-module", "item inventory information sub-module", "storage unit information sub-module", "emergency materials storage sub-module", "receiving application form sub-module", "Emergency material delivery record sub-module", "materials to be maintained sub-module", "maintenance record sub-module";

Among them, the "emergency material classification sub-module" is the same as the "material information sub-module" in the "basic material module", the "emergency material information sub-module" is the same as the "material information sub-module" in the "basic material module", and the "emergency material information sub-module" is the same as the "material information sub-module" in the "basic material module". Material Inventory Submodule” is the same as the “Material Inventory Summary Submodule” in the “Inventory Management Module”, the “Sub-Item Inventory Information Submodule” is the same as the “Item Inventory Information Submodule” in the “Inventory Management Module”, and the “Storage Unit Information "Same as "storage unit information" in "inventory management module", "requisition form for material picking" is equivalent to "requisition form for material requisition" in "inventory management module", "emergency material delivery record" is the same as in "inventory management module" The "outbound record" is the same;

The "emergency material storage" interface includes material name, quantity, warehouse, row number, shelf, location, item description, item definition, supplier, storage time, maintenance cycle, and "storage", "modification input Click the "Storage", "Modify Storage" and "Delete" buttons to jump to the corresponding window, and perform corresponding addition, deletion, modification and query operations;

The "record to be maintained" includes material name, quantity, warehouse, row number, shelf, location, next maintenance time, maintenance cycle and "maintenance registration" button. Clicking the "maintenance registration" button will display the maintenance record and description column box and the "Cancel" and "Save" buttons;

The "maintenance record" includes material name, quantity, warehouse, row number, shelf, location, maintenance date and a search bar.

As an improvement of the above technical solution, clicking on the “Reservoir Area Navigation” on the menu bar interface of the State Grid will jump to the “Reservoir Area Navigation Subsystem” interface, where you can check the distribution of warehouses, shelves and materials.

The present invention compares with prior art, and implementation effect of the present invention is as follows:

The warehouse material management system in the electric power field described in the present invention can quickly and efficiently realize the management of the warehouse entry and exit of materials in the electric power field under the premise of satisfying the convenience of operation and use, and can be connected to the inventory database system in a timely and accurate manner, greatly improving It improves the operation efficiency of materials and materials in the electric power field, greatly promotes the rapid development of the electric power sector, and has immeasurable development prospects. At the same time, it has good safety performance and meets the actual use requirements.

Description of drawings

Fig. 1 is a schematic diagram of user login and exit in the electric power field warehouse material management system according to the present invention;

Fig. 2 is a schematic diagram of user management in the electric power field warehouse material management system according to the present invention;

Fig. 3 is a schematic diagram of a new user window in the warehouse material management system in the electric power field according to the present invention;

Fig. 4 is a schematic diagram of an operation log in the warehouse material management system in the electric power field according to the present invention;

Fig. 5 is a schematic diagram of material classification in the electric power field warehouse material management system according to the present invention;

Fig. 6 is a schematic diagram of newly added classification windows in the electric power field warehouse material management system according to the present invention;

Fig. 7 is a schematic diagram of the modified classification window in the electric power field warehouse material management system according to the present invention;

Fig. 8 is a schematic diagram of material information in the warehouse material management system in the electric power field according to the present invention;

Fig. 9 is a schematic diagram of newly added materials in the electric power field warehouse material management system according to the present invention;

Fig. 10 is a schematic diagram of modifying materials in the electric power field warehouse material management system according to the present invention;

Fig. 11 is a schematic diagram of material inventory summary in the electric power field warehouse material management system according to the present invention;

Fig. 12 is a schematic diagram of sub-item inventory information in the electric power field warehouse material management system according to the present invention;

Fig. 13 is a schematic diagram of storage unit information in the warehouse material management system in the electric power field according to the present invention;

Fig. 14 is a schematic diagram of material storage in the electric power field warehouse material management system according to the present invention;

Fig. 15 is a schematic diagram of a newly added storage window in the electric power field warehouse material management system according to the present invention;

Fig. 16 is a schematic diagram of the modified storage window in the warehouse material management system in the electric power field according to the present invention;

Fig. 17 is a schematic diagram of a material picking application form in the electric power field warehouse material management system according to the present invention;

Fig. 18 is a schematic diagram of a newly added picking list in the electric power field warehouse material management system according to the present invention;

Fig. 19 is a detailed schematic diagram of the picking list in the electric power field warehouse material management system according to the present invention;

Fig. 20 is a schematic diagram of the storage of emergency materials in the warehouse material management system in the electric power field according to the present invention;

Fig. 21 is a schematic diagram of a newly added storage window in the electric power field warehouse material management system according to the present invention;

Fig. 22 is a schematic diagram of materials to be maintained in the warehouse material management system in the electric power field according to the present invention;

Fig. 23 is a schematic diagram of maintenance records in the warehouse material management system in the electric power field according to the present invention;

Fig. 24 is a schematic diagram of modules of the warehouse area navigation subsystem in the warehouse material management system in the electric power field according to the present invention;

Fig. 25 is a schematic diagram of the picking navigation subsystem module in the warehouse material management system in the electric power field according to the present invention.

detailed description

The content of the present invention will be described below in conjunction with specific embodiments.

As shown in Fig. 1 and Fig. 25, it is a schematic diagram of a warehouse material management system in the electric power field according to the present invention.

The warehouse material management system in the electric power field of the present invention includes: a basic data module, an inventory management module, and a material picking management module; the basic data module includes material information, material classification, and system management; the inventory management module includes inventory, material warehousing, and inventory , the inventory includes inventory summary and sub-item inventory, and the inventory includes inventory surplus and inventory deficit; material picking management includes outbound records, filling out material picking application forms, warehouse area navigation, configuration application form details, and material picking navigation And complete the outbound; system management includes the user login and exit interface, the user login and exit interface display content includes the warehouse management system login, user name, password, whether to remember the password option and the login button, when the user enters the correct user name and password , click the login button to enter the State Grid menu bar interface; the State Grid menu bar interface includes material warehouse management system, filling navigation, storage area navigation, inventory management, basic data, emergency material management and system management, in the State Grid menu bar interface The current user name and the "Exit" button will be displayed in the upper right corner, and the user can log out of the system by clicking the "Exit" button. The warehouse material management system in the electric power field described in the present invention can quickly and efficiently realize the management of the warehouse entry and exit of materials in the electric power field under the premise of satisfying the convenience of operation and use, and can be connected to the inventory database system in a timely and accurate manner, greatly improving It improves the operation efficiency of materials and materials in the electric power field, greatly promotes the rapid development of the electric power sector, and has immeasurable development prospects. At the same time, it has good safety performance and meets the actual use requirements.

Further improved, as shown in Figures 1 to 5, the user clicks "System Management" on the State Grid menu bar interface to jump to the user management interface, and can view all users in the system; system management includes user management and operation Log, user management includes a search bar, "Add User", "Modify User" and "Delete User". Enter the user name in the search bar to perform related searches. Click "Add User" to jump to the new user window. New Add user window is user management, user management includes user name, password, confirm password, real name and "Cancel" and "Save" buttons; select a user, and then click the "Modify User" button to jump to the modify user window, The modify user window includes user name, password, confirm password, real name, "Cancel" and "Save" buttons; select a user, click the "Delete User" button, and then pop up a "Confirm" button and click to delete the user Users; click the operation log in the system management to view the system operation log. The operation log includes a search bar and a "Clear Log" button. Enter the name of the operation information in the search bar to perform related queries, select the log record, and click "Clear Log" button to delete the selected records.

For further improvement, as shown in Figure 6 to Figure 11, clicking "basic data" on the menu bar interface of the State Grid will jump to the material classification interface, and you can view all material classifications; "basic data" includes "material classification" and "Material Information", "Material Classification" includes a search bar, "Add Classification" button, "Modify Classification" button, and "Delete Classification" button. Enter the name of the material classification in the search bar to perform related searches; click the "Add Classification" button It will jump to the new category window, which is the material category. The new category window includes the category name and description, as well as the "Cancel" and "Save" buttons; select a category and click the "Modify Category" button to jump to Modify the classification window. The modification classification window includes the classification name and description, as well as the "Cancel" and "Save" buttons; select a classification, click the "Delete Classification" button, and a "Confirm" button will pop up and click to delete the classification; click Material information, it will display the material name, material code and material classification of all materials. The material information includes the search bar, the "Add Material" button, the "Modify Material" button and the "Delete Material" button; click the "Add Material" button to jump to Go to the new material window, the new material window includes the material name, material code, material classification, and the "Cancel" and "Save" buttons; select a material, click the "Modify Material" button to jump to the modify material window, modify the material window Including material name, material code, material classification, and "Cancel" and "Save" buttons; select a material, click the "Delete Material" button, and a "Confirm" button will pop up and click to delete the material.

Further improved, as shown in Figure 12 to Figure 17, clicking "Inventory Management" on the State Grid menu bar interface will jump to the "Material Inventory Summary" interface, and "Inventory Management" includes "Material Inventory Summary", "Item Inventory information", "storage unit information", "material storage", "requisition form" and "exit record"; the "material inventory summary" interface includes a search bar, material name and material code; "item inventory information" The interface includes selecting items, selecting materials, selecting warehouses, selecting row numbers, selecting shelves, selecting storage locations, and buttons "Query" and "Reset"; "storage unit information" includes selecting warehouses, selecting row numbers, selecting shelves, and selecting goods. Position, material selection, "Query" and "Reset" buttons; "Material Storage" interface includes material name, quantity, warehouse, row number, shelf, item description, item definition, supplier, storage time and "Storage "Storage", "Modify Storage" and "Delete" buttons; click the "Storage", "Modify Storage" and "Delete" buttons to jump to the corresponding window, and you can add, delete, modify and check; "Picking "Requisition Form" interface includes selection items, query conditions, selection status, "Query" and "Reset" buttons, "Add Picking List", "Picking List Details", "Modify Picking List" and "Delete Picking List" Click the "Add Picking List", "Picking List Details", "Modify Picking List" and "Delete Picking List" buttons to jump to the corresponding window, where you can add, delete, modify and check operate.

As a further improvement, as shown in Figures 13 to 20, the warehouse area navigation subsystem includes a positioning device and a warehouse area navigation device, the positioning device includes a receiving device and a transmitting device arranged on a shelf, the warehouse area navigation device includes an input module, a display module, processing module and electronic compass, the input module is connected to the processing module, the processing module is connected to the display module, the electronic compass is connected to the processing module, and the receiving device is connected to the processing module through a data line;

The picking navigation subsystem includes a server, a navigation terminal with an infrared emission device, and a camera group. The infrared emission device is composed of an infrared emission tube and a Bluetooth-to-serial port module. The infrared emission tube is connected to the IO output of the Bluetooth-to-serial port module. The server and the camera group Connection, the server and the navigation terminal with human-computer interaction function are connected through wireless communication;

The material picking navigation subsystem navigates and picks up materials according to the following steps:

(1) Enter all the static items in the room, the aisle coordinate information, and the image data into the server to form a complete map;

(2) Place the navigation terminal with an infrared emitting device on the person to be guided. After the navigation terminal is started, it communicates with the server wirelessly, downloads all item information from the server and sets the navigation terminal to automatically request material navigation from the server at regular intervals. , the material navigation steps proceed as follows:

(a) The navigation terminal sends a navigation request to the server, and the server establishes a connection session with the navigation terminal. During the session, the navigation terminal controls the infrared emission tube in the infrared emission device to perform a pre-agreed opening or closing action, and each time the navigation terminal completes an action, The server captures a frame of image through the camera for analysis. Through the analysis, the server determines the position and direction information of the infrared emitting device in the picture, and combines this information with the position of the camera's field of view on the map to calculate the position of the infrared emitting device on the map. The current position and direction, that is, the absolute position of the navigation terminal on the map;

(b) The server sends the current position and direction of the infrared emitting device to the navigation terminal, and the navigation terminal identifies the current position of the infrared emitting device on the map, that is, the current position of the person being guided;

(c) The guided person selects the item to be picked and placed in the navigation terminal, and the location of the item can be marked on the map of the navigation terminal according to the downloaded item information. The path from the current position to the target is calculated and displayed on the plane to realize the picking navigation, the picking navigation process is completed, exit the picking navigation system, and the picking navigation ends;

Among them, the "Picking Application Form" interface includes selection items, query conditions, selection status, "Query" and "Reset" buttons, "Add New Picking List", "Picking List Details", and "Modify Picking List" And the "Delete Picking List" button, click the "New Picking List", "Picking List Details", "Modify Picking List" and "Delete Picking List" buttons to jump to the corresponding window, namely Addition, deletion, modification and query operations are available.

For further improvement, as shown in Figure 21 to Figure 23, clicking "Emergency Material Management" on the State Grid menu bar interface will jump to the "Emergency Material Classification" interface. "Emergency Material Management" includes "Emergency Material Classification", "Emergency Material Information" ", "Emergency Material Inventory", "Item Inventory Information", "Storage Unit Information", "Emergency Material Storage", "Requisition Form", "Emergency Material Outgoing Record", "Materials to be Maintained", " Maintenance records"; among them, "emergency material classification" is the same as "material information" in "basic data", "emergency material information" is the same as "material information" in "basic data", "emergency material inventory" is the same as "inventory management" The "Material Inventory Summary" in "Material Inventory Summary" is the same, the "Item Inventory Information" is the same as the "Item Inventory Information" in "Inventory Management", the "Storage Unit Information" is the same as the "Storage Unit Information" in "Inventory Management", and the "Picking Application "Slip" is equivalent to "Picking Application Form" in "Inventory Management", and "Emergency Material Outgoing Record" is the same as "Outgoing Material Record" in "Inventory Management"; the interface of "Emergency Material Inbound" includes material name, quantity, warehouse , row number, shelf, location, project description, project definition, supplier, warehousing time, maintenance cycle, and the "Storage", "Modify warehousing" and "Delete" buttons, click the "Storage", "Modify warehousing" and "Delete" buttons will jump to the corresponding window, and perform corresponding addition, deletion, modification and query operations; "records to be maintained" include material name, quantity, warehouse, row number, shelf, location, and next maintenance Time, maintenance period, and "Maintenance Registration" button, click the "Maintenance Registration" button to display the maintenance record and description frame, as well as the "Cancel" and "Save" buttons; "Maintenance Record" includes material name, quantity, warehouse, row number, Shelves, slots, maintenance dates, and a search bar.

Specifically, clicking the "Reservoir Area Navigation" on the menu bar interface of the State Grid will jump to the "Reservoir Area Navigation" interface, where you can check the distribution of warehouses, shelves and materials.

The above content is a detailed description of the present invention in conjunction with specific embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those skilled in the technical field of the present invention, without departing from the concept of the present invention, some simple deductions or substitutions can be made, which should be deemed to belong to the protection scope of the present invention.

Claims (7)

1. power domain warehouse material management system, it is characterised in that: including: basic data module, inventory management module, neck material Management module；

Described basic data module includes material information submodule, materials and equipment classification submodule and system administration submodule；

Described inventory management module includes material storage and collects submodule and subitem inventory information submodule；

Described neck material management module includes neck material application form subsystem, reservoir area navigation subsystem, neck material navigation subsystem；

Described system administration submodule includes that user logs in and exit interface, and described user logs in and exit contents displayed on interface bag Include warehouse material management system to log in, user name, password, whether remember cryptographic options and Button Login, when user just inputs During true username and password, click on Button Login and i.e. enter national grid menu bar interface；

Described national grid menu bar interface includes the navigation of warehouse material management system, filler, reservoir area navigation subsystem, stock's pipe Reason module, base material module, emergency materials management and system administration submodule, right at described national grid menu bar interface Upper angle display current user name and " exiting " button, user clicks on " exiting " button and can log off.

Power domain warehouse material management system the most according to claim 1, it is characterised in that:

Described system administration submodule includes that user manages and Operation Log, and described user management includes search column, " increases and use Family ", " amendment user " and " deleting user ", in search column, input user name can carry out relevant search, click on and " increase and use Family " window that Adds User can be jumped to, described in Add User window be user management, described user management include user name, Password, confirmation password, Real Name and " cancellation " and " preservation " button；

Select a user, then click on " amendment user " button and can jump to revise user window, described amendment user window Including user name, password, confirmation password, Real Name and " cancellation " and " preservation " button；

Select a user, click on " deleting user ", button, jump out " confirmation " button the most afterwards and click on, can delete This user；

Clicking on Operation Log in system administration submodule and can check the Operation Log of system, described Operation Log includes search column " removing daily record " button, the title in search column input operation information can carry out relevant inquiring, selects log recording, clicks on " removing daily record " button, can delete the record chosen.

Power domain warehouse material management system the most according to claim 1, it is characterised in that:

Described " base material module " includes " materials and equipment classification submodule " and " material information submodule "；

Described " materials and equipment classification submodule " includes search column, " increasing classification " button, " amendment classification " button and " deletion point Class " button, search column inputs materials and equipment classification submodule title and can carry out relevant search；Click on " increasing classification " button meeting Jumping to newly-increased classification window, the described i.e. materials and equipment classification submodule of newly-increased classification window, described newly-increased classification window includes classification Name and Description and " cancellation " and " preservation " button；

Choosing a classification, click on " amendment classification " button and can jump to amendment classification window, described amendment classification window includes Specific name and description and " cancellation " and " preservation " button；

Choose a classification, click on " deleting classification " button, " confirmation " button can be jumped out and click on, this point can be deleted Class；

Click on material information submodule, the goods and materials title of all goods and materials, materiel code and materials and equipment classification submodule can be shown, described Material information submodule includes search column, " increase goods and materials " button, " amendment goods and materials " button and " deletion goods and materials " button；Click on " increase goods and materials " button can jump to newly-increased goods and materials window, and described newly-increased goods and materials window includes goods and materials title, material coding, goods and materials Classification submodule and " cancellation " and " preservation " button；

Choosing goods and materials, click on " amendment goods and materials " button and can jump to revise goods and materials window, described amendment goods and materials window includes Goods and materials title, material coding, materials and equipment classification submodule and " cancellation " and " preservation " button；

Choose goods and materials, click on " deletion goods and materials " button, " confirmation " button can be jumped out and click on, this thing can be deleted Money.

Power domain warehouse material management system the most according to claim 1, it is characterised in that:

Described " inventory management module " includes " material storage collects submodule ", " subitem inventory information submodule ", " memory element Information ", " materials warehousing completion system "；

Described " material storage collects submodule " interface includes search column, goods and materials title and materiel code；

Described " subitem inventory information submodule " interface includes selection project, selects goods and materials, selection warehouse, selection to arrange in numerical order, select Shelf, selection goods yard and " inquiry " and " replacement " button；

Described " location information " includes selecting warehouse, selection row number, selection shelf, selection goods yard, selecting goods and materials and " look into Ask " and " replacement " button；

Described " materials warehousing completion system " interface includes goods and materials title, quantity, warehouse, row number, shelf, item description, project Definition, supplier, entry time and " putting in storage ", " amendment warehouse-in " and " deletion " button；

Click on " warehouse-in ", " amendment put in storage " and " deletion " button and all can jump to respective window, additions and deletions can be carried out and change and look into operation.

Power domain warehouse material management system the most according to claim 1, it is characterised in that:

Described neck material management module includes outbound record, fills in neck material application form subsystem, reservoir area navigation subsystem, configuration Shen Singly please expect navigation subsystem and complete outbound by detailed, neck；

Described reservoir area navigation subsystem includes positioner and reservoir area guider, and described positioner includes receiving device and setting Putting the discharger on shelf, described reservoir area guider includes input module, display module, processing module and electronics sieve Dish, described input module is connected with described processing module, and described processing module is connected with described display module, described electronic compass Being connected with described processing module, described reception device is connected with processing module by data wire；

Described neck material navigation subsystem includes server, the navigation terminal of band infrared launcher, images unit, described infrared Injection device is turned serial port module by infrared transmitting tube and bluetooth and forms, and described infrared transmitting tube and described bluetooth turn the IO of serial port module Output is connected, and described server is connected with shooting unit, and described server and the navigation terminal with human-computer interaction function pass through Radio communication connects.

Power domain warehouse material management system the most according to claim 1, it is characterised in that:

Described " emergency materials management " includes " emergency materials classification submodule ", " emergency materials message sub-module ", " emergency materials Stock's submodule ", " subitem inventory information submodule ", " location information submodule ", " emergency materials warehouse-in submodule ", " stores requisition submodule ", " emergency materials outbound record sub module ", " goods and materials submodule to be safeguarded ", " maintenance record submodule Block "；

Described " emergency materials classification submodule " is identical with " material information submodule " in " base material module ", " emergency materials Message sub-module " identical with " material information submodule " in " base material module ", " emergency materials stock's submodule " " stock together Management module " in " material storage collects submodule " identical, " subitem inventory information submodule " " inventory management module " together " divides Item inventory information submodule " identical, " location information " is identical with " location information " in " inventory management module ", " neck Material request slip " it is equal to " stores requisition " in " inventory management module ", " emergency materials outbound record " " stock control mould together Block " in " outbound record " identical.

7. material method is got in the navigation of neck material navigation subsystem, it is characterised in that:

(1) indoor all stationary article and passageway coordinate information, view data typing server will form complete map；

(2) being placed on directed people by the navigation terminal with infrared launcher, navigation terminal is carried out with server after starting Radio communication, downloads so Item Information setting navigation terminal are at set intervals from trend server request thing from server Material navigation, material navigation step is carried out in the following manner:

A () navigation terminal sends navigation requests to server, server is set up with navigation terminal and is connected session, during session, leads What boat terminal control infrared launcher mid-infrared transmitting tube generation was arranged in advance is turned on and off action, and navigation terminal is every Completing this action, server obtains a hardwood image by video camera benefit and is analyzed, and server, by analyzing, determines in picture The position of infrared launcher and directional information, in conjunction with the field range of this information and the video camera position in map, calculate Go out infrared launcher current location in map and direction, the i.e. navigation terminal absolute orientation in map；

B current location and the direction of infrared launcher are sent to navigation terminal by () server, navigation terminal identifies currently Infrared launcher position in map, the current location of the most directed people；

C () directed people selects to pick and place article in navigation terminal, can be at navigation terminal according to the Item Information downloaded Identifying the position of these article in map, if directed people needs path to show, then navigation terminal can be by present bit on map The path computing put to target out shows and realizes neck material navigation in the plane, and neck material navigation procedure completes, and exits neck material navigation System, neck material navigation terminates.