CN112101906A - Intelligent coal mine management system - Google Patents

Abstract

The invention discloses an intelligent coal mine management system, which comprises a coal-enterprise management module, a coal-enterprise management module and a coal-enterprise management module, wherein the coal-enterprise management module is used for acquiring user information and storing and managing the user information; the equipment management module is used for acquiring enterprise equipment information and storing and managing the enterprise equipment information; the order management module is used for acquiring order information of a user and storing and managing the order information; the queuing management module is used for queuing and managing the user vehicles entering and exiting the enterprise according to the order information of the users; the intelligent coal mine management system provided by the invention is used as a background management system, is in communication connection with a distributor system and a supplier system, acquires data such as related order information of users such as distributors and suppliers and the like to carry out comprehensive and integrated management, and carries out vehicle access recording and release management, so that the intelligent management on a distribution logistics line of an enterprise coal mine supply chain is favorably realized, the coal logistics operation efficiency is favorably improved, in the whole management process, data at each end can be recorded and is convenient to trace, the safety of coal mine operation management is improved, and the intelligent coal mine management system is suitable for popularization.

Description

Intelligent coal mine management system

Technical Field

The invention belongs to the technical field of coal mine enterprise management, and particularly relates to an intelligent coal mine management system.

Background

The coal mine industry is a special industry in the economic system of China, is closely linked with the logistics industry of China, and is one of the important ways for promoting the development of the market economy and the national economy of China and one of the powerful ways for improving the yield and the economic benefit of the coal industry of China. With the progress of information technology, the standardization of management information form, information transmission standardization and information content systematization of enterprises have become the trend of various industries; for coal mine enterprises, how to adapt to the needs of strong competitive and sustainable distribution logistics modes and the like of China coal enterprises based on modern information management, how to utilize modern computer networks, equipment and management means, improve the modernization level of operation management, improve the working efficiency of statistical management, and realize the computerization, networking and automation of coal mine management is an urgent problem to be solved.

In view of the above, the present invention is particularly proposed.

Disclosure of Invention

Aiming at the defects in the prior art, the invention provides an intelligent coal mine management system, which is beneficial to realizing the intelligent management of coal distribution logistics and improving the operation efficiency of the coal logistics.

In order to achieve the purpose, the technical scheme of the invention comprises the following steps:

an intelligent coal mine management system, as a background management end, comprises:

the coaltongue management module is used for acquiring user information and storing and managing the user information;

the equipment management module is used for acquiring enterprise equipment information and storing and managing the enterprise equipment information;

the order management module is used for acquiring order data of the user to generate order information based on the user information and storing and managing the order information;

and the queuing management module is used for queuing and managing the vehicles of the users entering and exiting the enterprise based on the enterprise equipment according to the order information of the users.

Further, in the above intelligent coal mine management system, the coalball management module at least includes one or more of the following sub-modules:

the sub-account management submodule is used for configuring and managing one or more information of a user account, a superior number, a role and state information;

the role management submodule is used for configuring and managing one or more information of role ID, role name, belonging type, creation time and remark information; wherein the categories include at least a supplier and a distributor;

the blacklist management submodule is used for configuring and managing one or more information of coal yard names, license plate numbers, driver mobile phone numbers, driver names, accumulated warning times, warning contents, types, states, application global, updating time and creating time information;

the factory vehicle setting submodule is used for configuring and managing one or more information of coal yard names, coal names, the number of accommodated vehicles, the release state, materials and creation time information;

the client management sub-module is used for configuring and managing one or more information of user mobile phone numbers, user nicknames, enterprise names, enterprise addresses, legal persons, taxpayer identification numbers, account banks, bank accounts, coal yard names, balance, whether printing invoices or not, whether printing a wagon balance, invoice types, invoice formats, daily maximum purchase quantity and creation time information;

the supplier management submodule is used for configuring and managing one or more information of user account, contact way, contact person, company name, coal yard name, whether to print a wagon balance, whether to VIP and creation time information;

the evaluation management submodule is used for configuring and managing one or more information of coal yard names, commodity names, coal types, scores, user accounts, user telephones, company names, order numbers and creation time information;

creating a commodity submodule for configuring and managing one or more information of commodity numbers, coal names, coal types, commodity names, prices, pictures and updated price time information;

the enterprise management submodule is used for configuring and managing one or more information of coal yard names, coal yard descriptions, contact telephones, coal yard pictures, addresses, coal charging floating values, room floating values, coal yard scores and coal yard type information;

and the message management submodule is used for receiving and sending messages and configuring and managing one or more of the title of the messages, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information.

Further, in the above intelligent coal mine management system, the device management module is configured to configure and manage one or more information of device numbers, device names, device types, coal yard names, device descriptions, device states, update times, gate types, coal types, device values, heartbeat packet intervals, and operation record information of an enterprise;

and the system is also used for inquiring the working record on the equipment and generating a graphic code for the equipment for other terminals to obtain and then for verifying the passing of the equipment.

Further, the intelligent coal mine management system further comprises one or more of the following modules:

the authentication management module is used for carrying out verification authentication and management configuration on the employee information;

the record management module is used for managing user funds, enterprise coal loading records and driver transportation records;

and the vehicle setting module is used for configuring and managing vehicle information in the enterprise.

Further, in the above intelligent coal mine management system, the order management module includes a supplier order management submodule and a customer order management submodule, wherein:

the supplier order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact phones, delivery addresses, loading units, loading addresses, loading person phones, unloading units, unloading addresses, unloading person phones, order states, creation times, completion times and wagon balance printing information of the suppliers;

when the supplier order information has a queuing record associated with the queuing management module, the supplier order management sub-module is further used for performing gate release control on the delivery vehicle corresponding to the supplier order information with the queuing record;

the customer order management submodule is used for configuring and managing one or more of customer order number, coal type, commodity name, driver name, delivery vehicle, sale price, pre-sale price ending time, order payment time, purchase quantity, order total price, floating value, actual weight, actual withholding amount, prepaid balance, goods lifting unit, goods lifter contact telephone, goods lifting address, goods loading unit, goods loading address, goods loading unit, unloading address, unloading person telephone, order state, weighing state, creation time, order finishing time, wagon balance printing information, printing invoice information and invoice name information;

and when the customer order information has a queuing record associated in the queuing management module, the customer order management sub-module is also used for performing gate release control on the delivery vehicle corresponding to the customer order information with the queuing record.

Further, in the above-mentioned intelligent coal mine management system, the queue management module performs queue configuration and management on one or more information of the names of the coal plants, the types of coal, the license plates, the names of drivers, the numbers of drivers, the time of entering areas, and the queue type information of the vehicles entering and exiting the enterprise based on the enterprise equipment, so as to configure the opening authority for the delivery vehicles in the relevant order information of the order management module.

In a second aspect, the present invention further provides a coal mine distributor system, which establishes a communication connection with the intelligent coal mine management system described in any one of the above embodiments, and the coal mine distributor system comprises

The distribution order creating module is used for providing a coal yard search interface to input search terms, traversing the database, inquiring to obtain related coal yard information, selecting and creating order information of the coal yard; the created order information is sent to the intelligent coal mine management system for associated storage;

the distribution information setting module is used for inputting and managing payment information, real-name information and invoicing information of a distributor user and sending the payment information, the real-name information and the invoicing information to the intelligent coal mine management system for associated storage;

and the distribution comprehensive management module is used for at least configuring and managing the user information, the order information and the purchase statistical information of the distributor, and the configuration data is sent to the intelligent coal mine management system for associated storage.

Further, in the coal mine distributor system, the distribution integrated management module at least includes one or more of the following sub-modules:

the sub-distributor account management sub-module is used for configuring and managing one or more information of account information, belonging superior numbers, roles and state information of distributor users;

the distributor information management submodule is used for configuring and managing one or more information of account number, contact telephone, company name, head portrait, account balance, coal yard name and fund detail information of a distributor user;

a distribution order management sub-module for configuring and managing one or more information among an order number, a coal type, a commodity name, a driver name, a delivery vehicle, a sale price, a pre-sale price ending time, an order payment time, a purchase quantity, an order total price, a floating value, an actual weight, an actual withholding amount, a pre-payment difference, a consignee contact phone, a consignee address, a loading unit, a loading address, a loading person phone, a unloading unit, an unloading address, an unloading person phone, an order state, a weighing state and creation time, an order completion time, pound order printing information, invoice printing information and invoice name information of a distributor order; and for gate release control for delivery vehicles in the distributor order;

the address management submodule is used for configuring and managing one or more information of the contact person, the contact phone, the goods-taking address, the unloading unit and the unloading person of the distributor;

the purchase statistics submodule is used for configuring and managing one or more information of coal yard names, order numbers, goods taking units, driver names, delivery vehicles, commodity names, purchase quantity, pre-sale price, pre-sale ending time, order total price, difference, actual weight, actual deduction amount and order payment time information of the distributors;

and the distribution message management submodule is used for receiving and sending the messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module.

In a third aspect, the present invention further provides a coal mine supplier system, which establishes a communication connection with the intelligent coal mine management system according to any of the above embodiments, and the coal mine supplier system comprises

The supply order creating module is used for providing an information input interface to input one or more information of a goods pick-up address, a coal mine name, delivery vehicle information and material information so as to create a supply order; the created order information is sent to the intelligent coal mine management system for associated storage;

the supplier information setting module is used for inputting and managing real-name information of a supplier user and sending the real-name information to the intelligent coal mine management system for associated storage;

and the supply comprehensive management module is used for at least configuring and managing the user information, the order information and the address information of the supplier, and the configuration data is sent to the intelligent coal mine management system for associated storage.

Further, in the coal mine distributor system, the supply integrated management module at least includes one or more of the following sub-modules:

the supply sub-account management sub-module is used for configuring and managing one or more information of account information, superior numbers, roles and state information of the supplier users;

the supply order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact telephones, delivery addresses, loading units, loading addresses, loading person telephones, unloading units, unloading addresses, unloading person telephones, order states, creation times, completion times and pound order printing information of the supplier orders;

the supply address management submodule is used for configuring and managing one or more information of the contact information of the goods picking unit, the contact person, the contact telephone, the goods picking address, the goods unloading unit and the goods unloading person of the supplier;

and the supply message management submodule is used for receiving and sending the messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module.

The invention has the beneficial effects that:

the intelligent coal mine management system provided by the invention is suitable for coal mine enterprise terminals, is used as a background management system, is in communication connection with a distributor system and a supplier system, acquires data such as related order information of users such as distributors and suppliers and the like to carry out comprehensive and comprehensive management, and carries out vehicle access recording and release management, so that intelligent management on a distribution logistics line of an enterprise coal mine supply chain is favorably realized.

Drawings

In order to more clearly illustrate the detailed description of the invention or the technical solutions in the prior art, the drawings that are needed in the detailed description of the invention or the prior art will be briefly described below. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.

FIG. 1 is a logical block diagram of an intelligent coal mine management system of the present invention in one embodiment;

FIG. 2 is a logical block diagram of a coal mine distributor system in one embodiment of the present invention;

fig. 3 is a logic diagram of a coal mine provider system of the present invention in one embodiment.

Detailed Description

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and therefore are only examples, and the protection scope of the present invention is not limited thereby.

It is to be noted that, unless otherwise specified, technical or scientific terms used herein shall have the ordinary meaning as understood by those skilled in the art to which the invention pertains.

Example 1

As shown in fig. 1, an intelligent coal mine management system, as a background management end, includes:

the coaltongue management module is used for acquiring user information and storing and managing the user information;

the equipment management module is used for acquiring enterprise equipment information and storing and managing the enterprise equipment information;

the order management module is used for acquiring order information of a user and storing and managing the order information;

and the queuing management module is used for queuing and managing the vehicles of the users entering and exiting the enterprise according to the order information of the users.

The intelligent coal mine management system provided by the invention is suitable for coal operation management enterprises, can be used as a background management end, can be carried on a PC (personal computer) for realizing, is used for carrying out communication interaction with a coal mine supplier end and a distributor end, realizes intellectualization and informatization of coal mine enterprise management, and improves the operation efficiency.

The users comprise suppliers and distributors (the distributors can be set as multi-stage distributors), and the enterprises are coal mine operation enterprises at the background management end, namely management platforms.

Specifically, in a specific embodiment of the present invention, the intelligent coal mine management system has a home page display module, which is used for displaying the data of the amount of the business (including the order number) of the present day; and providing a time (year, month and day) selection tool, displaying the current turnover, the order quantity and the transaction quantity at the selected time and a line graph related to the current transaction amount, the order quantity and the transaction weight; so that the working personnel can know the operation condition at a certain time.

Further, the coalball management module at least comprises one or more of the following sub-modules:

the sub-account management submodule is used for providing a management interface and configuring and managing one or more information of a user account, a superior number, a role and state information in a list form; the user information can be sent from the network of a supplier and a distributor, or the configuration can be directly input at the background management end, and the user configuration result is stored in a background management end database; the management operation comprises the operations of inquiring, adding, modifying, deleting and the like of the information.

The role management submodule is used for providing a management interface to configure and manage one or more information of role ID, role name, belonging type, creation time and remark information; the affiliated type at least comprises a supplier and a distributor, and the affiliated type also comprises a platform (such as a third party management platform), wherein the role name corresponds to the affiliated type of the role and is the name of each supplier, distributor and platform; the management operation comprises operations of inquiring, adding, modifying, deleting and the like of relevant information.

The blacklist management submodule is used for configuring and managing one or more information of coal yard names, license plate numbers, driver mobile phone numbers, driver names, accumulated warning times, warning contents, types, states, application global, updating time and creating time information; the management operation comprises the operations of inquiring, adding, modifying and deleting information. The module sets the information of related illegal coal yards, vehicles or drivers, so that the illegal coal yards, vehicles or drivers are prohibited from trading or do logistics operation at the current background management end, and the health management of coal mine enterprises and the benign development of a coal supply chain are facilitated.

The factory vehicle setting submodule is used for configuring and managing one or more information of coal yard names, coal types (including face coal, three or eight pieces of mixed coal and the like), the number of accommodated vehicles, a release state (normal or forbidden, and the vehicles corresponding to the forbidden coal types cannot enter), material conditions (namely whether the materials are materials) and creation time information; the module is used for configuring the vehicle condition corresponding to each coal yard name, and is used for supporting the data of associated coal mine information, vehicle information and the like in the processes of implementing order creation, queuing and releasing management by being matched with other modules (such as an order management module), so that each module can be conveniently called.

The customer management sub-module is used for configuring and managing one or more information of the mobile phone number of the distributor user, the nickname of the user (namely the name of the user), the name of the enterprise, the address of the enterprise, the legal person, the taxpayer identification number, the bank of the account, the bank account number, the name of the coal yard, the balance, whether to send a printing invoice, whether to print a wagon balance, the type of the invoice, the format of the invoice, the daily maximum purchase amount and the creation time information; the management operation comprises operations of inquiring, adding, modifying, deleting and the like of relevant information. And the balance is the balance of the coal purchasing money, the client transfers the coal purchasing money to the account of the coal mine enterprise in an offline transaction mode, and the financial staff of the coal mine enterprise inputs the amount of the related fund at a background management end to generate the balance.

The module has the corresponding query function of terms such as a user mobile phone number, a coal yard name and the like, and can perform information addition and deletion operations; the system also has a money recharging function, and the user recharging is completed by jumping to a recharging interface, displaying the details of the user and inputting the value of the recharging money.

The module also provides a bill detail viewing tool, and the module jumps to a detail page to display a fund change record of a target coal yard (namely a certain user selected in the module) by setting a viewing button, wherein the fund change record comprises deduction, withdrawal amount of an order, deduction amount of a purchase order and the like), change time and the like.

The system also comprises a supplier management submodule, a supplier management submodule and a management submodule, wherein the supplier management submodule is used for configuring and managing one or more information of user account numbers, contact ways, contacts, company names, coal yard names, whether to print a wagon balance, whether to VIP (very important person) and creation time information; the management operations include query, add and modify and delete operations of the provider information in the module.

The evaluation management submodule is used for configuring and managing one or more information of coal yard names, commodity names, coal types, scores, user accounts, user telephones, company names, order numbers and creation time information; the management operation comprises the operations of inquiring, adding, modifying and deleting the coal yard evaluation information in the module.

Creating a commodity submodule for configuring and managing one or more information of commodity numbers, coal names, coal types, commodity names, prices, commodity pictures and updated price time information; the management operation comprises the operations of inquiring, adding, modifying and deleting commodity information in the module.

The enterprise management submodule is used for configuring and managing one or more information of coal yard names, coal yard descriptions, contact telephones, coal yard pictures, addresses, coal charging floating values, room floating values, coal yard scores and coal yard type information; the management operation comprises the operations of inquiring, adding, modifying and deleting the coal yard information in the module.

The message management submodule is used for receiving the messages of the suppliers and/or distributors and sending the messages to the suppliers and/or distributors; configuring and managing one or more information of a title, a coal yard, a user, an order list, a message state (read or unread) and creation time information of the sent message; the management operations include editing of sent messages, viewing of messages, and deletion operations.

Further, in the above intelligent coal mine management system, the equipment management module is configured and managed to configure and manage one or more information of an equipment number, an equipment name, an equipment type, a coal yard name, an equipment description, an equipment status (online or offline), an update time, a gate type, a coal type, an equipment value, a heartbeat packet interval (in seconds) and operation record information of an enterprise; the device types at least include a wagon balance (electronic scale), a weighing instrument exchanger, a face recognition ticket machine, a positioning longitude and latitude queuing display LED screen, a loading display LED screen, a vehicle recognition gate machine and the like, but are not limited to the above.

The wagon balance is used for weighing and recording each vehicle in the coal operation process; the weighbridge is arranged in a plant area, a coal loading area and the like; the vehicle weighing record collected by the wagon balance is uploaded to a background management end and is correspondingly stored in a database for other adjustment and management such as a record management module.

In the invention, the wagon balance adopts an electronic balance automatic weighing mode, vehicle information (such as vehicle body images, license plate numbers and the like) and/or a two-dimensional code scanning mode (such as scanning by adopting Liangdong cargo cloud APP, but not limited to) are grabbed by a camera, and the grabbed vehicle information and the scanned vehicle information are uploaded together with weighing data acquired by the current electronic balance through a weighing instrument exchanger and are stored in a background management end in a correlated manner; and then unattended weighing is realized, electronic pound data are sent to a background management end through a weighing exchanger, data acquisition and sending are real-time and can not be tampered, manual contact and tampering are avoided, and personnel cheating is effectively prevented.

The positioning longitude and latitude queuing display LED screen is arranged at a doorway of a coal mine enterprise and is used for positioning and dividing a queuing area and displaying vehicle queuing conditions in the area; the queuing area at least comprises a first area and a second area, and the second area is arranged outside the range of the first area; the positioning longitude and latitude queuing display LED screen at least comprises a longitude and latitude positioner and a display screen, and the longitude and latitude positioner and the display screen are in communication connection with the background management end through a transmission channel; the longitude and latitude positioning queuing display LED screen accurately positions longitude and latitude information at a door of a coal mine enterprise by using a built-in longitude and latitude positioner and transmits the longitude and latitude information to the background management end, and the background management end automatically divides the range of a first area and a second area of a queuing area according to the longitude and latitude information.

When the method is implemented, a driver positions the position of the driver through a mobile terminal, the driver calls a navigation tool to enter a second area range of a coal mine enterprise to queue according to order information (including address information) held by the driver, the driver mobile terminal positioning information is uploaded to a background management end, the background management end integrates the order information, driver information, bound vehicle information and the like in a database, a queuing vehicle in the current area is configured and managed, the current queuing information is sent to the mobile terminal of the driver, the number of the first position in which the queuing vehicle is queued is displayed, a voice prompt is given to the arrival of the second area, and a first area notification is waited; after vehicles in a first area enter a factory door, a background management terminal informs vehicles in a second area to sequentially enter the first area according to the number, and sends prompt information and voice for entering the first area, the number of queued vehicles and front and rear vehicles after the vehicles enter the first area; and the queuing condition of one area (such as license plate numbers in the queue, license plate numbers entering a factory gate and the like) is displayed on the positioning longitude and latitude queuing display LED screen.

The configuration and management of the queue by the background management end are carried out by the queue management module, and the queue management module is used for uniformly configuring and managing the queue of one or more information of the name of a coal plant, the type of coal, the license plate number, the name of a driver, the number of the driver, the time of entering an area and the queue type information of a user vehicle entering and exiting the enterprise. Through the management module configuration of lining up, the floodgate machine control of every node links, carries out the vehicle according to the queue and lets go, and effectual messenger truck driver's business turn over carries out the management that has more order, intellectuality, flow, and the vehicle can't be in disorder to be inserted in a team, and the business turn over time node of every vehicle carries out the management and control, is showing the time efficiency that improves the vehicle business turn over.

The face recognition ticket machine comprises: the system comprises a background management terminal database, a face information acquisition module, a back management terminal database and a bill output module, wherein the face information acquisition module is used for acquiring face information, capturing user information and corresponding order information from the back management terminal database and outputting the bill; simultaneously, at least two vehicle snapshot pictures at different angles are taken for the entrance and exit of a driver in the event occurrence time period, and the pictures are used for generating and outputting a report of the entrance and exit of the driver by a background management end;

the face recognition ticket machine is an integrated machine with face recognition, communication transmission and ticket printing, further has a photographing function, and can also be linked with an independent external camera. The bills extracted by the face recognition ticket taking machine comprise coal check bills, standing bills, weighing bills and the like.

Face identification ticket machine docks backstage management end, compares the analysis to the data of each item of driver of hauling goods (face information, driver information, vehicle information etc.), effectively will get into the data information that each item "activity" in-process was gathered and the record, reduces the artifical registration record of traditional operation personnel, reduces enterprise personnel cost, improves enterprise operation efficiency, reduces enterprise's comprehensive operation cost.

The face recognition ticket taker acquires face information and uploads the face information to the background management terminal for matching, can accurately analyze the obtained personnel types (drivers, coal loaders, security guards and the like), distinguish vehicle information and discriminate the pulled goods (such as coal types), assembles effective information in a database of the background management terminal of the system, automatically prints tickets based on the assembly result, provides a self-service ticket-spitting function, is convenient and fast, and has the same efficiency and intelligence. The ticket machine automatic identification based on face identification can greatly reduce labor cost, replaces manual operation with a machine, saves time and labor, is more convenient and efficient, and leads the development of the coal mine industry to enter the artificial intelligence era.

Therefore, the equipment management module is also used for inquiring the work records on the equipment, the background management end and the related equipment of the enterprise carry out communication transmission in a wired or wireless mode, and the real-time data of the equipment is obtained for storage and refreshing display, for example, the weighing records on the weighbridge comprise license plate numbers, vehicle weights, entrance time, entrance weight, leaving time, leaving weight, net weight, purchasers, order numbers, driver information and the like, so that the tracing inquiry is facilitated.

Further, the module can generate a graphic code for the device for other terminals (such as smartphone end scan code acquisition) to acquire and then use for verifying the passing of the device.

Further, the intelligent coal mine management system further comprises one or more of the following modules:

the authentication management module is used for carrying out verification authentication and management configuration on the employee information; the module authenticates and verifies the employee information, and the authenticated employee has related work authority, for example, the coal charging authority configured by the coal loader comprises loading of facing coal, three or eight blocks of coal and/or mixed coal; the employee information which does not pass the authentication is in a refusing state and does not have work authority; and then the safety of internal work management is guaranteed.

The system also comprises an invitation code management module which generates an invitation code, distributes the invitation code to a corresponding user, associates information such as the name, the telephone number, the name of a coal yard and the like of the user, and the user with the invitation code can recommend security guards or coalers and coal miners to a platform, thereby reducing the difficulty of job certification of the jobs and ensuring the reliability of staff of the jobs.

The record management module is used for managing user funds, enterprise coal loading records and driver transportation records;

the user fund management comprises the records and query management of user fund change logs, names of coal yards to which the users belong, nicknames of the users, telephones, companies, fund changes, remarks (deductions, withdrawals, and the like, creation time and the like;

the enterprise coal charging records comprise records, inquiry management and the like of driver names, driver telephones, license plate numbers, names of affiliated coal yards, delivery units, names of coal loaders, coal types, telephones of the coal loaders, creation time and the like;

the driver transportation record comprises record and query management of driver name, driver telephone, license plate number, name of coal yard, goods taking unit, coal type, access condition, access mode, creation time and the like.

The system comprises a vehicle setting module, a vehicle information management module and a vehicle management module, wherein the vehicle setting module is used for configuring and managing vehicle information in an enterprise, the vehicle setting module is used for configuring and managing vehicle IDs, coal mine names, license plate numbers, creation time and the like of the enterprise, and management operations comprise inquiry, modification, addition, deletion and the like.

Further, in the above intelligent coal mine management system, the order management module includes a supplier order management submodule and a customer order management submodule, wherein:

the supplier order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact phones, delivery addresses, loading units, loading addresses, loading person phones, unloading units, unloading addresses, unloading person phones, order states, creation times, completion times and wagon balance printing information of the suppliers; the management operation comprises the operations of inquiring various information, completing and canceling orders, refusing to cancel and the like.

When the supplier order information has a queuing record associated with the queuing management module, the supplier order management sub-module is further used for performing gate release control on the delivery vehicle corresponding to the supplier order information with the queuing record; the gate machine release control comprises the control of gate opening at a gate opening, gate opening at a coal yard exit and the like.

The customer order management submodule is used for configuring and managing one or more information of customer order numbers, coal types, commodity names, driver names, delivery vehicles, sale prices, pre-sale price ending time, order payment time, purchase quantity, order total price, floating values, actual weight, actual withholding amount, pre-payment difference, goods lifting units, goods lifters, goods lifter contact phones, goods lifting addresses, goods loading units, goods loading addresses, goods loading units, unloading addresses, unloading person phones, order states, weighing states (normal or unweighted), creation time, order finishing time, wagon balance printing information, printing invoice information and invoice name information; the management operation comprises the operations of inquiring various information, completing and canceling orders, refusing to cancel and the like;

when the customer order information has a queuing record associated with the queuing management module, the customer order management sub-module is further used for performing gate release control on the delivery vehicle corresponding to the customer order information with the queuing record; the gate machine release control comprises the control of gate opening at a gate opening, gate opening at a coal yard entrance, gate opening at a coal yard exit and the like.

The supplier order management sub-module traverses the queue in the queuing management module for matching based on the relevant records in the user information, and can send the opening and releasing instruction of the gate to the corresponding gate only when the queuing record in the queuing management module has the queuing information of the delivery vehicle, so as to allow the corresponding vehicle to pass, ensure that the releasing of the vehicle passing in and out of the enterprise is based on the basis and can be checked, and the safety is high.

Correspondingly, the queuing management module performs queue configuration and management on one or more information of the coal plant name, the coal type, the license plate number, the driver name, the driver number, the entering area time and the queue type information of the user vehicle entering and exiting the enterprise based on the enterprise equipment according to the order information of the user, so as to configure the opening authority for the delivery vehicle in the related order information of the order management module.

In the system, the related user account numbers of the suppliers and distributors, the information of coal yards, drivers, vehicles and the like are acquired, the data of related equipment of enterprises (including an electronic scale weighing instrument exchanger, a face recognition ticket taker, a positioning longitude and latitude display LED screen, a vehicle recognition barrier gate and the like) is acquired, the order information of the suppliers and distributors is acquired, and the like, comprehensive and comprehensive configuration and management are carried out, and intelligent management and control are carried out in the coal operation process based on the data information;

one specific scenario for implementing offline management given by the present invention is as follows:

1. submitting an order application

After the driver drives the vehicle and passes the electronic scale, the driver submits order data such as order types (coal types) and order quantity to an enterprise ordering area to a background management end, the background management end calculates and controls the balance of coal mine sales, the balance of a client (namely the driver belongs to a user account and most of the driver belongs to a distributor), and the like, when the balances are sufficient, order information is generated, and the driver is allowed to carry out an operation process based on the order; otherwise, the driver vehicle can not enter the queuing area, and the problem that the driver vehicle is detained in a factory to cause vehicle chaos due to insufficient sales balance in the traditional technology can be effectively solved.

2. Remotely queuing for operation

The vehicles are queued orderly by setting enough queuing areas, the queued vehicles are identified by a remote queuing machine, and the vehicles which are configured with queuing records in a queuing management module by virtue of order information are allowed to enter a factory; the queuing records need to correspond to license plate numbers, time of entering areas and the like before allowing the vehicles to pass.

Further, the queuing management module further includes, based on the order information, the coal type, the queue type (corresponding to the queue of different coal types), and the like in the relevant configuration information for the user, so that the vehicle sequentially enters the coal charging area corresponding to the coal type according to the order information of the vehicle. For example, 100 vehicles are expected to circulate in a factory area, 50 vehicles are parked on the surface coal, 20 vehicles are parked on the lump coal and 30 vehicles are seeded on the lump coal, and when a vehicle of a certain coal type is output, the back-end queue management module can refresh data, calls a waiting vehicle for loading the coal type to enter a second zone for queuing, and can enter the first vehicle queued in the first zone, so that the average pulling amount of all the coal types in the factory is effectively controlled, and the situation that a certain cargo is overstocked and cannot be pulled out is avoided.

3. Face recognition ticket taking

Drivers and vehicles entering a factory area are automatically identified through a face identification ticket taking machine linked license plate, a total data source is formed for the drivers, tickets, ordering types and ordering quantity and is gathered at a background management end, whether the current drivers, vehicles and the like correspond to order information or not is automatically checked, the drivers, vehicles and the like enter a coal loading area in a corresponding mode, otherwise, the drivers and vehicles do not go (a gate is not opened), relevant alarm instructions can be sent, and the behaviors of errors in coal loading and appropriation of internal workers for personal fraud are effectively avoided.

4. Ore removal

And after coal charging is finished, weighing again through the electronic scale, uploading weighing information to a background management terminal, checking order information, deducting cost from the balance of a customer account, and releasing.

In the releasing process, when a driver passes through the electronic pound, the two-dimensional code generated by the electronic pound equipment by the scanning equipment management module is subjected to one-time docking approval with the background, and the driver can release the electronic pound conveniently and quickly.

The intelligent coal mine management system provided by the invention is suitable for coal mine enterprise terminals, is used as a background management system, is in communication connection with a distributor system and a supplier system, acquires data such as related order information of users such as distributors and suppliers and the like to carry out comprehensive and comprehensive management, and carries out vehicle access recording and release management, so that intelligent management on a distribution logistics line of an enterprise coal mine supply chain is favorably realized.

Example 2

As shown in fig. 2, the present invention further provides a coal mine distributor system, as a distributor end, installed on a PC end or an intelligent mobile terminal (such as a mobile phone, a pad, etc.) of a distributor user, and establishing a communication connection with the intelligent coal mine management system described in the above embodiment 1, where the coal mine distributor system includes

The distribution order creating module is used for providing a coal yard search interface to input search terms, traversing the database, inquiring to obtain related coal yard information, selecting and creating order information of the coal yard; the created order information is sent to the intelligent coal mine management system for associated storage; the coal yard search interface can be set as a search box for keywords such as coal yard name, address, coal type and the like, and the keywords enter a database for matching query; the database can be a database of an intelligent coal mine management system (a background management end) or a database of a coal mine distributor system, and is determined according to the local storage capacity of equipment carried by the coal mine distributor system.

And the distribution information setting module is used for carrying out input management on payment information, real name information and invoicing information of the distributor user and sending the payment information, the real name information and the invoicing information to the intelligent coal mine management system for associated storage.

And the distribution comprehensive management module is used for at least configuring and managing the user information, the order information and the purchase statistical information of the distributor, and the configuration data is sent to the intelligent coal mine management system for associated storage.

Further, in the coal mine distributor system, the distribution integrated management module at least includes one or more of the following sub-modules:

the sub-distributor account management sub-module is used for configuring and managing one or more information of account information, belonging superior numbers, roles and state information of distributor users; the management operation comprises query, modification, sub-account addition and deletion operation of the user information of the distributor.

And the distribution role management submodule comprises configuration management of information such as role ID, role name, type of affiliated enterprise (comprising platform, coal yard, distributor and supplier), remark, creation time and the like, and has the functions of query, addition, modification and deletion operation management.

The distributor information management sub-module is used for configuring and managing one or more information of account names (nicknames), contact telephones, company names, head portraits, account balances, coal yard names and fund detail information of distributor users; it has the function of managing the inquiry, addition, modification and deletion of each information in the module.

A distribution order management submodule for configuring and managing one or more of order number, coal type, commodity name, driver name, delivery vehicle, sale price, pre-sale price ending time, order payment time, purchase quantity, order total price, floating value, actual weight, actual withholding amount, pre-payment difference, consignee contact phone, consignee address, loading unit, loading address, loading person phone, unloading unit, unloading address, unloading person phone, order state, weighing state and creation time, order completion time, pound order printing information, invoice printing information and invoice name information of a distributor order, wherein the management comprises management of completion, cancellation and cancellation rejection of the distributor order; the module is also used for performing gate release control on the delivery vehicles in the distributor orders; the release control aims at the release management of the opening of a large entrance and the opening of a coal yard entrance and exit of a site where a distributor belongs.

The address management submodule is used for configuring and managing one or more information of the contact person, the contact phone, the goods-taking address, the unloading unit and the unloading person of the distributor; the module provides a map punctuation display interface, and the position of the goods picking address in the map can be conveniently and visually known.

The purchase statistics submodule is used for configuring and managing one or more information of coal yard names, order numbers, goods taking units, driver names, delivery vehicles, commodity names, purchase quantity, pre-sale price, pre-sale ending time, order total price, difference, actual weight, actual deduction amount and order payment time information of the distributors; the management operation includes inquiry and export management of each information.

The distribution message management submodule is used for receiving and sending messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module, and the management operation comprises configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state (read or unread) and the creation time information of the sent messages; the management operations include editing of sent messages, viewing of messages, and deletion operations.

Example 3

In a third aspect, as shown in fig. 3, the present invention further provides a coal mine provider system, which is used as a provider end, is mounted on a PC end or an intelligent mobile terminal (such as a mobile phone or a pad) of a provider user, and establishes a communication connection with the intelligent coal mine management system described in embodiment 1, where the coal mine provider system includes

The supply order creating module is used for providing an information input interface to input one or more information of a goods pick-up address, a coal mine name, delivery vehicle information and material information so as to create a supply order; the created order information is sent to the intelligent coal mine management system for associated storage; the distributed vehicle information comprises license plate numbers, driver names, check load (kilogram), telephone numbers, operation records and the like; the material information comprises material names, the number of selected vehicles, material weight, left messages and the like.

The supplier information setting module is used for inputting and managing real-name information of a supplier user and sending the real-name information to the intelligent coal mine management system for associated storage;

and the supply comprehensive management module is used for at least configuring and managing the user information, the order information and the address information of the supplier, and the configuration data is sent to the intelligent coal mine management system for associated storage.

Further, in the coal mine distributor system, the supply integrated management module at least includes one or more of the following sub-modules:

the supply sub-account management sub-module is used for configuring and managing one or more information of account information, superior numbers, roles and state information of the supplier users;

the supply order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact telephones, delivery addresses, loading units, loading addresses, loading person telephones, unloading units, unloading addresses, unloading person telephones, order states, creation times, completion times and pound order printing information of the supplier orders; management includes operations of query of the order, completion/cancellation rejection of the order, and the like.

The supply address management submodule is used for configuring and managing one or more information of the contact information of the goods picking unit, the contact person, the contact telephone, the goods picking address, the goods unloading unit and the goods unloading person of the supplier; management operations include having additions, modifications, deletions, and detailed views.

And the supply message management submodule is used for receiving and sending the messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module. The management operation comprises configuring and managing one or more information of the title, the coal yard, the user, the order list, the message state (read or unread) and the creation time information of the sent message; the management operations include editing of sent messages, viewing of messages, and deletion operations.

Implementations of the invention and all of the functional operations provided herein may be implemented in digital electronic circuitry, or in computer software, firmware, or hardware, including the structures disclosed in this specification and their structural equivalents, or in combinations of one or more of them. Implementations of the present disclosure may be implemented as one or more computer program products, i.e., one or more modules of computer program instructions encoded on a computer-readable medium for execution by, or to control the operation of, data processing apparatus. The computer readable medium can be a machine-readable storage device, a machine-readable storage substrate, a memory device, a composition of matter effecting a machine-readable propagated signal, or a combination of one or more of them. The term "data processing apparatus" encompasses all apparatus, devices, and machines for processing data, including by way of example a programmable processor, a computer, or multiple processors or computers. The apparatus can include, in addition to hardware, code that creates an execution environment for the described computer program, e.g., code that constitutes processor firmware, a protocol stack, a database management system, an operating system, or a combination of one or more of them.

A computer program (also known as a program, software application, script, or code) can be written in any form of programming language, including compiled or interpreted languages, and it can be deployed in any form, including as a stand-alone program or as a module, component, subroutine, or other unit suitable for use in a computing environment. A computer program does not necessarily correspond to a file in a file system. A program can be stored in a portion of a file that holds other programs or data (e.g., one or more scripts stored in a markup language document), in a single file dedicated to the program in question, or in multiple coordinated files (e.g., files that store one or more modules, sub programs, or portions of code). A computer program can be deployed to be executed on one computer or on multiple computers at one site or distributed across multiple sites and interconnected by a communication network.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention, and they should be construed as being included in the following claims and description.

Claims (10)

1. An intelligent coal mine management system is characterized in that: as a background management end, the method comprises the following steps:

the coaltongue management module is used for acquiring user information and storing and managing the user information;

the equipment management module is used for acquiring enterprise equipment information and storing and managing the enterprise equipment information;

the order management module is used for acquiring order data of the user to generate order information based on the user information and storing and managing the order information;

and the queuing management module is used for queuing and managing the vehicles of the users entering and exiting the enterprise based on the enterprise equipment according to the order information of the users.

2. The intelligent coal mine management system of claim 1 wherein: the coalball management module at least comprises one or more of the following sub-modules:

the sub-account management submodule is used for configuring and managing one or more information of a user account, a superior number, a role and state information;

the role management submodule is used for configuring and managing one or more information of role ID, role name, belonging type, creation time and remark information; wherein the categories include at least a supplier and a distributor;

the blacklist management submodule is used for configuring and managing one or more information of coal yard names, license plate numbers, driver mobile phone numbers, driver names, accumulated warning times, warning contents, types, states, application global, updating time and creating time information;

the factory vehicle setting submodule is used for configuring and managing one or more information of coal yard names, coal names, the number of accommodated vehicles, the release state, materials and creation time information;

the client management sub-module is used for configuring and managing one or more information of user mobile phone numbers, user nicknames, enterprise names, enterprise addresses, legal persons, taxpayer identification numbers, account banks, bank accounts, coal yard names, balance, whether printing invoices or not, whether printing a wagon balance, invoice types, invoice formats, daily maximum purchase quantity and creation time information;

the supplier management submodule is used for configuring and managing one or more information of user account, contact way, contact person, company name, coal yard name, whether to print a wagon balance, whether to VIP and creation time information;

the evaluation management submodule is used for configuring and managing one or more information of coal yard names, commodity names, coal types, scores, user accounts, user telephones, company names, order numbers and creation time information;

creating a commodity submodule for configuring and managing one or more information of commodity numbers, coal names, coal types, commodity names, prices, pictures and updated price time information;

the enterprise management submodule is used for configuring and managing one or more information of coal yard names, coal yard descriptions, contact telephones, coal yard pictures, addresses, coal charging floating values, room floating values, coal yard scores and coal yard type information;

and the message management submodule is used for receiving and sending messages and configuring and managing one or more of the title of the messages, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information.

3. The intelligent coal mine management system of claim 2 wherein: the device management module is used for configuring and managing one or more information of device numbers, device names, device types, coal yard names, device descriptions, device states, updating time, gate types, coal types, device values and heartbeat packet interval and operation record information of enterprises;

and the system is also used for inquiring the working record on the equipment and generating a graphic code for the equipment for other terminals to obtain and then for verifying the passing of the equipment.

4. The intelligent coal mine management system of claim 3 wherein: also included are one or more of the following:

the authentication management module is used for carrying out verification authentication and management configuration on the employee information;

the record management module is used for managing user funds, enterprise coal loading records and driver transportation records;

and the vehicle setting module is used for configuring and managing vehicle information in the enterprise.

5. The intelligent coal mine management system of claim 4 wherein: the order management module comprises a supplier order management submodule and a customer order management submodule, wherein:

the supplier order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact phones, delivery addresses, loading units, loading addresses, loading person phones, unloading units, unloading addresses, unloading person phones, order states, creation times, completion times and wagon balance printing information of the suppliers;

when the supplier order information has a queuing record associated with the queuing management module, the supplier order management sub-module is further used for performing gate release control on the delivery vehicle corresponding to the supplier order information with the queuing record;

the customer order management submodule is used for configuring and managing one or more of customer order number, coal type, commodity name, driver name, delivery vehicle, sale price, pre-sale price ending time, order payment time, purchase quantity, order total price, floating value, actual weight, actual withholding amount, prepaid balance, goods lifting unit, goods lifter contact telephone, goods lifting address, goods loading unit, goods loading address, goods loading unit, unloading address, unloading person telephone, order state, weighing state, creation time, order finishing time, wagon balance printing information, printing invoice information and invoice name information;

and when the customer order information has a queuing record associated in the queuing management module, the customer order management sub-module is also used for performing gate release control on the delivery vehicle corresponding to the customer order information with the queuing record.

6. The intelligent coal mine management system of claim 5 wherein: the queuing management module is used for carrying out queue configuration and management on one or more information of the name of a coal plant, the type of coal, the license plate number, the name of a driver, the number of the driver, the time of an access area and the queue type information of a vehicle entering or exiting the enterprise based on enterprise equipment so as to configure the opening authority for a delivery vehicle in the related order information of the order management module.

7. A coal mine distributor system communicatively coupled to the intelligent coal mine management system of any one of claims 1-6, wherein: the coal mine distributor system comprises

The distribution order creating module is used for providing a coal yard search interface to input search terms, traversing the database, inquiring to obtain related coal yard information, selecting and creating order information of the coal yard; the created order information is sent to the intelligent coal mine management system for associated storage;

the distribution information setting module is used for inputting and managing payment information, real-name information and invoicing information of a distributor user and sending the payment information, the real-name information and the invoicing information to the intelligent coal mine management system for associated storage;

and the distribution comprehensive management module is used for at least configuring and managing the user information, the order information and the purchase statistical information of the distributor, and the configuration data is sent to the intelligent coal mine management system for associated storage.

8. A coal mine distributor system according to claim 7, wherein: the distribution integrated management module at least comprises one or more of the following sub-modules:

the sub-distributor account management sub-module is used for configuring and managing one or more information of account information, belonging superior numbers, roles and state information of distributor users;

the distributor information management submodule is used for configuring and managing one or more information of account number, contact telephone, company name, head portrait, account balance, coal yard name and fund detail information of a distributor user;

a distribution order management sub-module for configuring and managing one or more information among an order number, a coal type, a commodity name, a driver name, a delivery vehicle, a sale price, a pre-sale price ending time, an order payment time, a purchase quantity, an order total price, a floating value, an actual weight, an actual withholding amount, a pre-payment difference, a consignee contact phone, a consignee address, a loading unit, a loading address, a loading person phone, a unloading unit, an unloading address, an unloading person phone, an order state, a weighing state and creation time, an order completion time, pound order printing information, invoice printing information and invoice name information of a distributor order; and for gate release control for delivery vehicles in the distributor order;

the address management submodule is used for configuring and managing one or more information of the contact person, the contact phone, the goods-taking address, the unloading unit and the unloading person of the distributor;

the purchase statistics submodule is used for configuring and managing one or more information of coal yard names, order numbers, goods taking units, driver names, delivery vehicles, commodity names, purchase quantity, pre-sale price, pre-sale ending time, order total price, difference, actual weight, actual deduction amount and order payment time information of the distributors;

and the distribution message management submodule is used for receiving and sending the messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module.

9. A coal mine supplier system communicatively connected to the intelligent coal mine management system of any one of claims 1 to 6, wherein: the coal mine supplier system comprises

The supply order creating module is used for providing an information input interface to input one or more information of a goods pick-up address, a coal mine name, delivery vehicle information and material information so as to create a supply order; the created order information is sent to the intelligent coal mine management system for associated storage;

the supplier information setting module is used for inputting and managing real-name information of a supplier user and sending the real-name information to the intelligent coal mine management system for associated storage;

and the supply comprehensive management module is used for at least configuring and managing the user information, the order information and the address information of the supplier, and the configuration data is sent to the intelligent coal mine management system for associated storage.

10. A coal mine distributor system according to claim 9, wherein: the supply integrated management module at least comprises one or more of the following sub-modules:

the supply sub-account management sub-module is used for configuring and managing one or more information of account information, superior numbers, roles and state information of the supplier users;

the supply order management submodule is used for configuring and managing one or more information of order numbers, material names, driver names, delivery vehicles, pre-delivery quantities, real receiving quantities, error quantities, delivery units, delivery persons, delivery person contact telephones, delivery addresses, loading units, loading addresses, loading person telephones, unloading units, unloading addresses, unloading person telephones, order states, creation times, completion times and pound order printing information of the supplier orders;

the supply address management submodule is used for configuring and managing one or more information of the contact information of the goods picking unit, the contact person, the contact telephone, the goods picking address, the goods unloading unit and the goods unloading person of the supplier;

and the supply message management submodule is used for receiving and sending the messages and configuring and managing one or more of the title, the coal yard to which the messages belong, the user, the order list, the message state and the creation time information of the messages in the module.

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