CN113205197A - Vehicle warehousing reservation management system based on logistics data - Google Patents
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Abstract
The invention discloses a vehicle warehousing reservation management system based on logistics data, which comprises an application layer, an analysis layer, a system management layer and a data layer, wherein the application layer is used for storing logistics data; the analysis layer performs big data analysis based on a big cloud object intelligent moving platform; the system management layer comprises a user management system, a role management system, a right management system, a log management system and a network management system; the data layer is used for data synchronization, storage and service analysis; the application layer comprises an ex-warehouse reservation management subsystem, a material information input management subsystem, a bidirectional evaluation and assessment management subsystem, a logistics information transaction platform and a command vehicle allocation platform; the integration capability of logistics resources is improved, the logistics service function is perfected, a good external environment is created, and the logistics efficiency is improved. The innovation capability of the logistics service is strengthened, and the single-functional service is expanded to the digital operation service of the distribution service through the application of the platform.
Description
Technical Field
The invention belongs to the field of logistics management, and particularly relates to a logistics data-based warehousing reservation management system.
Background
At present, the materials in the park are put in storage, and unloading or loading can be carried out by waiting for a certain time. Because the supplier has many transportation vehicles, but it is not clear what time period each arrives, the time is not good, and the time cost is wasted.
At present, logistics management mostly relies on modes such as telephone, WeChat and the like to organize and coordinate the distribution of materials, and although the mode ensures multi-party instant messaging, the mode lacks the management and control of a full business process. The vehicle owner, the supplier, the logistics company and the detection center of the Yunan region do not realize seamless butt joint in the aspects of information flow, logistics and the like, an asymmetric information island is generated, the work butt joint time is difficult to coordinate, the waste of time cost is caused, and hidden dangers are buried for the orderly development and the stable operation of the work of the park.
Disclosure of Invention
In order to solve the defects of the prior art, the invention aims to provide a warehouse-in reservation management system based on logistics data, which collects and classifies data by an informatization means, realizes the quick matching and integration of distribution demands, and improves the distribution efficiency by standardization; the standardization of the material loading and unloading link is promoted, the loading and unloading time is saved, and the overall process supervision of distribution transaction is realized by using the internet of things technology.
In order to achieve the purpose, the invention adopts the technical scheme that:
the vehicle warehousing reservation management system based on the logistics data comprises an application layer, an analysis layer, a system management layer and a data layer; the analysis layer performs big data analysis based on a big cloud object intelligent moving platform; the system management layer comprises a user management system, a role management system, a right management system, a log management system and a network management system; the data layer is used for data synchronization, storage and service analysis;
the application layer comprises an ex-warehouse reservation management subsystem, a material information input management subsystem, a bidirectional evaluation and assessment management subsystem, a logistics information transaction platform and a command vehicle allocation platform;
the warehouse-in and warehouse-out reservation management subsystem controls warehouse-in and warehouse-out operation of goods in the whole course by means of the mobile platform and the goods and materials checking tool, and automatically checks three-order data including a goods arrival check order, a delivery order and a quality insurance order; the warehousing and ex-warehouse management subsystem comprises a warehousing reservation module, an ex-warehouse application module, a warehousing examination module, an ex-warehouse confirmation module and an empty vehicle reporting module;
the material information input management subsystem is matched with an optimal line and an optimal working mode through big data analysis and model calculation, provides data reference and technical support for material distribution of suppliers, car owners and logistics companies, and optimizes distribution lines and distribution vehicles; the material information input management subsystem comprises a vehicle source information module, an intelligent matching module, a goods source information module, a logistics management module, a special line information module, an order recording module and an information bulletin module;
the two-way evaluation, assessment and management subsystem is used for evaluating central personnel, suppliers, logistics companies and vehicle owners according to different evaluation authorities and evaluation indexes; carrying out mathematical statistics on the evaluation result, and displaying the evaluation result to a user in a form of a chart and a report; the two-way evaluation and assessment management subsystem comprises a warehousing mutual evaluation system and a ex-warehouse mutual evaluation system, wherein the warehousing mutual evaluation system comprises a supplier evaluation employee module, an owner evaluation employee module, an employee evaluation supplier module and an employee evaluation owner module; the ex-warehouse mutual evaluation system comprises a logistics company evaluation employee module and an employee evaluation logistics company module;
the logistics information transaction platform relies on central business, counts and summarizes logistics information including vehicle issuing source information, goods source information, driver information, vehicle issuing information and special line information, mines data, and constructs a logistics information transaction platform by using big data, so that online sharing of logistics information is realized, and suppliers, logistics companies and vehicle owners issue tasks, receive tasks and manage vehicles in the process in a system;
the command vehicle allocation platform is used for summarizing the data of the warehousing goods and materials and the data of the ex-warehouse goods and materials, analyzing and making an optimal working mode, and informing a logistics company to arrange the vehicle warehousing operation in a specified time period, so that the problem that the distribution work cannot be finished due to the fact that the vehicle cannot arrive is avoided. Under the condition of distribution of the distribution vehicle center, the system automatically releases information on a trading platform, optimally extracts data, automatically matches the distributable vehicles and realizes seamless connection of warehouse entry and exit services.
The warehousing and ex-warehousing reservation management subsystem is specifically realized as follows: the supplier reports the vehicle information, the order information and the goods information in the system through the warehousing reservation module and reports the predicted arrival time; the system automatically produces a delivery plan and feeds the delivery plan back to a supplier, and an incoming vehicle is arranged according to the delivery time; after the vehicle arrives at the garage, the system is logged in the mobile communication equipment, the garage entering is applied through the garage arrival application module, and the park information center sends a garage entering instruction in the system after receiving the application through evaluation and allows the vehicle to enter the garage; the vehicle storage auditing module automatically pushes the vehicle storage auditing module to a corresponding warehouse, and a security department receives an instruction in the system and releases the vehicle; the vehicle entering the garage passes through a material checking tool, keeps image data and garage entering time information, and drives into a specified parking area according to system prompt; after the goods are unloaded, the worker confirms and reports in the ex-warehouse confirmation module, and the vehicle can exit the warehouse within a specified time according to the system indication; and the vehicle is checked by the material checking tool while the vehicle is out of the warehouse, the image data and the time information of the vehicle out of the warehouse are reserved, and the empty vehicle checking result is reported by the empty vehicle reporting module.
The material information input management subsystem is specifically realized as follows: when materials need to be allocated, the system automatically generates an allocation list by the intelligent matching module according to the information of the vehicle source information module and the goods source information module, the information announcement module issues logistics information, a material allocation vehicle is appointed, and the allocated vehicle enters an appointed storage area according to the instruction of the logistics management module in the system after applying for storage; the order recording module of the system automatically verifies the consistency of the goods and the delivery list after the goods are loaded, confirms the information of the electronic delivery list and the delivery list and retains the image data; after the confirmation of the staff in the system, the vehicle can exit the warehouse within the specified time, and the image data and the information of the time of exiting the warehouse are kept; and planning and managing the freight transportation route through the special line information module. The conversion from manual check of the delivery list and the delivery list to automatic identification and automatic entry of the system is realized.
The evaluation options of the bidirectional evaluation, assessment and management subsystem are selectively evaluated by adopting a Rickett five-level scale; the five-level scale is provided with five options of excellent, good, medium, poor and extremely poor representing different acceptance degrees, and the actual statistical result is calculated according to 5 points, 4 points, 3 points, 2 points and 1 point.
The vehicle on-the-way management of the logistics information transaction platform relies on a positioning system to track the goods transportation condition at any time, master the goods on-the-way information and manage the transportation safety of the goods in the whole process;
and the logistics company intelligently matches the retrieved dispatching information through the logistics information transaction platform, and optimally combines the order grabbing and dispatching.
The command vehicle deployment platform comprises a member service function module and is used for managing and auditing the platform member information; the member service function module has the functions of registering members, retrieving passwords and issuing information, wherein the issued information comprises vehicle source information, goods source information, driver information and logistics special line information;
the command vehicle allocation platform also provides a background management entrance for an administrator, and the administrator logs in a background management program through the platform and manages and audits the information including the goods source information, the vehicle source information, the special line information and the driver information;
the display end of the application layer is provided with an order management module, a delivery management module, a supplier management module, a delivery plan management module, a driver management module and a system management module, wherein the order management module is used for checking related order information, screening order list data according to input screening conditions, importing an order and displaying purchase data, receiving quantity and quantity to be confirmed;
the delivery management module is used for auditing, confirming and receiving the goods and evaluating the reserved delivery information submitted by the supplier by a worker;
the supplier management module is used for inquiring the imported supplier information and carrying out deletion, enabling and disabling operations;
the distribution plan management module is used for importing and evaluating a distribution plan, checking the state of the distribution plan and inquiring the distribution plan and the completion time of each node of the distribution plan;
the driver management module is used for inquiring the registered driver information and carrying out enabling and disabling operations;
and the system management module is used for managing the users and the users of the logistics companies and has the functions of adding, editing, deleting, enabling and disabling and role authority.
Wherein, the cloudline object intelligent moving platform of the analysis layer is a Hive platform; the application layer is provided with a WEB platform and a mobile terminal platform, and the mobile terminal platform comprises an Android and ios dual-mobile platform; the WEB platform is developed based on an HTML standard, the Android and ios platforms are constructed by adopting a flute framework, and an HTTPS/SSL protocol is used.
The network transmission encryption of the mobile end platform adopts a Certificate screening technology for Certificate locking, and a Forward Secrecy technology is utilized to avoid leakage or cracking of a certain private key.
The invention has the following beneficial effects:
1. the warehouse management system comprises an application layer, an analysis layer, a system management layer and a data layer, and a big data analysis technology is applied to provide reliable basis for the optimal warehouse layout; the turnover rate of the inventory materials is accurately calculated, the types and models of the materials required by the provincial company for combing the materials are further simplified, the types and the material standards of equipment are further simplified, and data reference is provided for reasonably arranging a purchasing plan. The integration capability of logistics resources is improved, the logistics service function is perfected, a good external environment is created, and the logistics efficiency is improved. The innovation capability of the logistics service is strengthened, and the single-functional service is expanded to the digital operation service of the distribution service through the application of the platform.
2. The analysis layer selects Hive, and performs association rule analysis on massive in-and-out-of-warehouse data, transaction mutual evaluation data and system function logs by means of big data analysis and mining technology, designs a data mining algorithm, predictively analyzes the supply capacity of a provider, the transportation efficiency of a logistics company, and the working skill specification and service attitude of central personnel; the method provides data and theoretical basis for the aspects of material bidding, logistics distribution, performance assessment of central personnel, improvement of work skills, improvement of service consciousness and the like.
3. The bidirectional evaluation, assessment and management subsystem carries out mathematical statistics on the evaluation results, displays the evaluation results to users in the form of charts and reports, provides objective basis for relevant policies, regulations and measures formulated by various units and management departments, and provides guarantee for comprehensively improving the logistics work management quality.
Drawings
FIG. 1 is a system architecture diagram of the present invention;
FIG. 2 is a flow chart of the cargo distribution business of the present invention;
FIG. 3 is a system block diagram of a distribution transaction mechanism of the present invention.
Detailed Description
As shown in fig. 1-3, the invention provides a vehicle warehousing reservation management system based on logistics data, which relies on warehousing and distribution services of a warehousing and logistics distribution center in southeast Henan and integrates multi-party main bodies, and aims to optimize distribution work flow, improve service quality and efficiency and promote professional essence improvement of materials. The system comprises an application layer, an analysis layer, a system management layer and a data layer, wherein the analysis layer performs big data analysis on the basis of a big cloud object intelligent moving platform. The big data analysis processing technology adopts Hive, which is established on a layer of SQL abstraction on a Hadoop architecture and provides a tool for processing, querying and analyzing a data set in a Hadoop file. The query language is called Hive SQL, the Hive SQL is firstly analyzed by an SQL analyzer in the using process, then is analyzed into a MapReduce executable plan by a Hive framework, and a MapReduce task is produced according to the plan and then is processed by a Hadoop cluster.
The system management layer comprises a user management system, a role management system, a right management system, a log management system and a network management system; and the data layer is used for data synchronization, storage and service analysis. Big data, the Internet of things and workflow are used as technical supports, an intelligent idea is integrated to run through a distribution business process, desktop end management is achieved, mobile end application is achieved, and connection between vehicles and objects and connection between people and people are established. The integration capability of logistics resources is improved, the logistics service function is perfected, a good external environment is created, and the logistics efficiency is improved. The innovation capability of the logistics service is strengthened, and the single-functional service is expanded to the digital operation service of the distribution service through the application of the platform.
The application layer comprises an ex-warehouse reservation management subsystem, a material information input management subsystem, a bidirectional evaluation and assessment management subsystem, a logistics information transaction platform and a command vehicle allocation platform.
The warehouse-in and warehouse-out reservation management subsystem controls the warehouse-in and warehouse-out operation of goods and materials in the whole process by means of the mobile platform and the goods and materials checking tool, improves the warehouse-in and warehouse-out efficiency, automatically checks three-order data including a goods receiving and acceptance order, a delivery order and a quality guarantee order, and avoids the problems of wrong distribution, missed distribution and the like of the goods and materials. The warehousing and ex-warehouse management subsystem comprises a warehousing reservation module, an ex-warehouse application module, a warehousing examination module, an ex-warehouse confirmation module and an empty vehicle reporting module.
The warehouse-in and warehouse-out reservation management subsystem is specifically realized as follows:
11) the supplier reports the vehicle information, the order information and the goods information in the system through the warehousing reservation module and reports the predicted arrival time;
12) according to the contents of the reports, combining the park working conditions and efficiency factors, automatically producing a delivery plan by the system, feeding the delivery plan back to a supplier, and reasonably arranging incoming vehicles according to the delivery time;
13) after the vehicle arrives at the garage, the system is logged in the mobile communication equipment, the garage entering is applied through the garage arrival application module, and the park information center sends a garage entering instruction in the system after receiving the application through evaluation and allows the vehicle to enter the garage;
14) the vehicle storage auditing module automatically pushes the vehicle storage auditing module to a corresponding warehouse, and a security department receives an instruction in the system and releases the vehicle;
15) the vehicle entering the garage passes through the automatic identification door, retains information such as image data, garage entering time and the like, and drives into a specified parking area according to system prompt;
16) after the goods are unloaded, the worker confirms and reports in the ex-warehouse confirmation module, and the vehicle can exit the warehouse within a specified time according to the system indication;
17) and the vehicle is checked by the material checking tool while the vehicle is out of the warehouse, the information such as image data, the time of leaving the warehouse and the like is reserved, and the empty vehicle checking result is reported by the empty vehicle reporting module.
The material information input management subsystem matches the optimal line and the optimal working mode through big data analysis and model calculation, provides data reference and technical support for material distribution of suppliers, car owners and logistics companies, optimizes distribution lines and distribution vehicles, and achieves the purposes of improving transport capacity and efficiency. The material information input management subsystem comprises a vehicle source information module, an intelligent matching module, a goods source information module, a logistics management module, a special line information module, an order recording module and an information bulletin module.
The material information input management subsystem can realize the conversion from manual check of the delivery list and the delivery list to automatic identification and automatic input of the system. The method specifically comprises the following steps:
21) when materials need to be allocated, the system automatically generates an allocation list by the intelligent matching module according to the information of the vehicle source information module and the goods source information module, the information announcement module issues logistics information, a material allocation vehicle is appointed, and the allocated vehicle enters an appointed storage area according to the instruction of the logistics management module in the system after applying for storage;
22) the order recording module of the system automatically verifies the consistency of the goods and the delivery list after the goods are loaded, confirms the information of the electronic delivery list and the delivery list and retains the image data;
23) after the confirmation of the staff in the system, the vehicle can exit the warehouse within the specified time, and the information such as image data, ex-warehouse time and the like during ex-warehouse is reserved;
24) and planning and managing the freight transportation route through the special line information module.
The two-way evaluation, assessment and management subsystem is characterized in that central personnel, suppliers, logistics companies and vehicle owners perform evaluation according to different evaluation authorities and evaluation indexes, and through analysis of mutual evaluation structures, the overall service quality and level of unit personnel can be improved, and more bases can be provided for work improvement and efficiency improvement of the suppliers and the logistics companies. Meanwhile, mathematical statistics can be carried out on the evaluation results, the evaluation results are displayed to users in the form of charts and reports, objective bases are provided for relevant policies, regulations and measures formulated by various units and management departments, and guarantee is provided for comprehensively improving the logistics work management quality.
Wherein the evaluation option adopts a Likter grade five scale for selection and evaluation. The five-level scale is provided with five options of excellent, good, medium, poor and extremely poor representing different acceptance degrees, and the actual statistical result is calculated according to 5 points, 4 points, 3 points, 2 points and 1 point.
The bidirectional evaluation and assessment management subsystem comprises a warehousing mutual evaluation system and a ex-warehouse mutual evaluation system, wherein the warehousing mutual evaluation system comprises a supplier evaluation employee module, a vehicle owner evaluation employee module, an employee evaluation supplier module and a worker evaluation vehicle owner module; the ex-warehouse mutual evaluation system comprises a logistics company employee evaluation module and an employee evaluation logistics company module. The method is characterized in that the real information of the owner of the vehicle entering the platform is strictly collected according to a real name system, the vehicle lacking relevant qualifications is limited to enter the platform, and the individual with good credit is screened out by taking a transaction object, a normal running route, personal credit and evaluation information as consideration factors.
The logistics information transaction platform relies on a central service, statistics and summarization comprise logistics information such as vehicle source issuing information, goods source information, driver information, vehicle information issuing, special line information and the like, data is mined, a logistics information transaction platform is constructed by using big data, online sharing of logistics information is achieved, and suppliers, logistics companies and vehicle owners issue tasks, receive tasks and manage vehicles in the way in a system. The logistics company intelligently matches the retrieved delivery information through the platform, and optimally combines the order grabbing and the order delivery.
The vehicle on-the-way management of the logistics information transaction platform relies on a GPS/Beidou positioning system to track the cargo transportation condition at any time, grasp the cargo on-the-way information and manage the safe driving and protection navigation for the whole transportation safety and distribution process.
And commanding the vehicle allocation platform to summarize the data of the warehousing goods and materials and the data of the ex-warehouse goods and materials, analyzing and making an optimal working mode, and informing a logistics company to arrange vehicle warehousing operation in a specified time period so as to avoid that the distribution work cannot be finished due to the fact that the vehicles cannot arrive. Under the condition of distribution of the distribution vehicle center, the system automatically releases information on a trading platform, optimally extracts data, automatically matches the distributable vehicles and realizes seamless connection of warehouse entry and exit services.
Commanding the vehicle dispatching platform to provide a member service function module, and managing and auditing the platform member information; including functions of registering members, retrieving passwords, and issuing information. Can issue vehicle source information, goods source information, driver information, special logistics line information and the like.
And the command vehicle allocation platform also provides a background management entrance for an administrator, and the administrator logs in a background management program through the platform to manage and verify the information including the goods source information, the vehicle source information, the special line information, the driver information and the like.
The display end of the application layer is provided with an order management module, a delivery management module, a supplier management module, a delivery plan management module, a driver management module and a system management module, wherein the order management module is used for checking related order information, screening order list data according to input screening conditions, importing an order and displaying purchase data, receiving quantity and quantity to be confirmed.
And the delivery management module is used for auditing, confirming and evaluating the reserved delivery information submitted by the supplier by a worker.
And the supplier management module is used for inquiring the imported supplier information and carrying out deletion, enabling and disabling operations.
And the delivery plan management module is used for importing and evaluating the delivery plan, checking the state of the delivery plan and inquiring the delivery plan and the completion time of each node of the delivery plan.
And the driver management module is used for inquiring the registered driver information and carrying out enabling and disabling operations.
And the system management module is used for managing the users and the users of the logistics companies and has the functions of adding, editing, deleting, enabling and disabling and role authority.
The application layer is provided with a WEB platform and a mobile terminal platform, and the mobile terminal platform comprises an Android and ios dual-mobile platform. The WEB platform is developed based on the latest HTML standard, distributed response design is adopted, and the network utilization rate and the data security level are improved to the greatest extent. The APP is developed based on Android and ios platforms, a Flutter framework is adopted for construction, and an HTTPS/SSL protocol is used for guaranteeing the encryption interactivity of cloud data and the synchronism of each terminal.
In the development of mobile end platform application, the security of data network transmission is a never-circumventing topic. The mobile terminal platform relates to the development of Android and ios dual mobile platforms, and the data transmission safety is particularly important. The App network transmission safety refers to the encryption of the data in the middle process of transmitting the data from the client to the Server, and the interception of the data by other nodes in the network world is prevented. The network transmission encryption of the mobile end platform adopts a Certificate screening technology for Certificate locking, and a Forward Secrecy technology is utilized to avoid leakage or cracking of a certain private key.
The mobile terminal platform uses Forward Secrecy technology and Certificate locking and verifying technology. The Certificate marking is a mechanism for strongly binding with the server Certificate, either the Certificate itself is bound, a Certificate updating mechanism is needed to cooperate with the security enhancement, or the Certificate is bound by using a private key, so that the private key is ensured to be unchanged when the Certificate is updated.
The method utilizes a Forward Security technology to avoid leakage of a certain private key or leakage of historical data caused by cracking. For example, the TLS _ ECDHE _ RSA algorithm is used in the https configuration of google, each negotiation of the symmetric key is to generate a temporary public-private key pair by using ECC, and the identity authentication is to sign by using the RSA algorithm.
According to the invention, by means of big data analysis and mining technology, association rule analysis is carried out on massive warehouse-in and warehouse-out data, transaction mutual evaluation data and system function logs, a data mining algorithm is designed, and the supply capacity of a supplier, the transportation efficiency of a logistics company, the work skill specification and the service attitude of a central worker are predictively analyzed; the method provides data and theoretical basis for the aspects of material bidding, logistics distribution, performance assessment of central personnel, improvement of work skills, improvement of service consciousness and the like.
Claims (9)
1. Vehicle warehouse entry reservation management system based on logistics data, its characterized in that: the system comprises an application layer, an analysis layer, a system management layer and a data layer; the analysis layer performs big data analysis based on a big cloud object intelligent moving platform; the system management layer comprises a user management system, a role management system, a right management system, a log management system and a network management system; the data layer is used for data synchronization, storage and service analysis;
the application layer comprises an ex-warehouse reservation management subsystem, a material information input management subsystem, a bidirectional evaluation and assessment management subsystem, a logistics information transaction platform and a command vehicle allocation platform;
the warehouse-in and warehouse-out reservation management subsystem controls warehouse-in and warehouse-out operation of goods in the whole course by means of the mobile platform and the goods and materials checking tool, and automatically checks three-order data including a goods arrival check order, a delivery order and a quality insurance order; the warehousing and ex-warehouse management subsystem comprises a warehousing reservation module, an ex-warehouse application module, a warehousing examination module, an ex-warehouse confirmation module and an empty vehicle reporting module;
the material information input management subsystem is matched with an optimal line and an optimal working mode through big data analysis and model calculation, provides data reference and technical support for material distribution of suppliers, car owners and logistics companies, and optimizes distribution lines and distribution vehicles; the material information input management subsystem comprises a vehicle source information module, an intelligent matching module, a goods source information module, a logistics management module, a special line information module, an order recording module and an information bulletin module;
the two-way evaluation, assessment and management subsystem is used for evaluating central personnel, suppliers, logistics companies and vehicle owners according to different evaluation authorities and evaluation indexes; carrying out mathematical statistics on the evaluation result, and displaying the evaluation result to a user in a form of a chart and a report; the two-way evaluation and assessment management subsystem comprises a warehousing mutual evaluation system and a ex-warehouse mutual evaluation system, wherein the warehousing mutual evaluation system comprises a supplier evaluation employee module, an owner evaluation employee module, an employee evaluation supplier module and an employee evaluation owner module; the ex-warehouse mutual evaluation system comprises a logistics company evaluation employee module and an employee evaluation logistics company module;
the logistics information transaction platform relies on central business, counts and summarizes logistics information including vehicle issuing source information, goods source information, driver information, vehicle issuing information and special line information, mines data, and constructs a logistics information transaction platform by using big data, so that online sharing of logistics information is realized, and suppliers, logistics companies and vehicle owners issue tasks, receive tasks and manage vehicles in the process in a system;
the command vehicle allocation platform is used for summarizing the data of the warehousing materials and the data of the ex-warehouse materials by the system, analyzing and making an optimal working mode, and informing a logistics company to arrange vehicle warehousing operation in a specified time period; under the condition of distribution of the distribution vehicle center, the system automatically releases information on a trading platform, optimally extracts data and automatically matches the distributable vehicles.
2. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the warehouse-in and warehouse-out reservation management subsystem is specifically realized as follows: the supplier reports the vehicle information, the order information and the goods information in the system through the warehousing reservation module and reports the predicted arrival time; the system automatically produces a delivery plan and feeds the delivery plan back to a supplier, and an incoming vehicle is arranged according to the delivery time; after the vehicle arrives at the garage, the system is logged in the mobile communication equipment, the garage entering is applied through the garage arrival application module, and the park information center sends a garage entering instruction in the system after receiving the application through evaluation and allows the vehicle to enter the garage; the vehicle storage auditing module automatically pushes the vehicle storage auditing module to a corresponding warehouse, and a security department receives an instruction in the system and releases the vehicle; the vehicle entering the garage passes through a material checking tool, keeps image data and garage entering time information, and drives into a specified parking area according to system prompt; after the goods are unloaded, the worker confirms and reports in the ex-warehouse confirmation module, and the vehicle can exit the warehouse within a specified time according to the system indication; and the vehicle is checked by the material checking tool while the vehicle is out of the warehouse, the image data and the time information of the vehicle out of the warehouse are reserved, and the empty vehicle checking result is reported by the empty vehicle reporting module.
3. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the material information input management subsystem is specifically realized as follows: when materials need to be allocated, the system automatically generates an allocation list by the intelligent matching module according to the information of the vehicle source information module and the goods source information module, the information announcement module issues logistics information, a material allocation vehicle is appointed, and the allocated vehicle enters an appointed storage area according to the instruction of the logistics management module in the system after applying for storage; the order recording module of the system automatically verifies the consistency of the goods and the delivery list after the goods are loaded, confirms the information of the electronic delivery list and the delivery list and retains the image data; after the confirmation of the staff in the system, the vehicle can exit the warehouse within the specified time, and the image data and the information of the time of exiting the warehouse are kept; and planning and managing the freight transportation route through the special line information module.
4. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the evaluation options of the bidirectional evaluation, assessment and management subsystem are selectively evaluated by adopting a Rickett five-level scale; the five-level scale is provided with five options of excellent, good, medium, poor and extremely poor representing different acceptance degrees, and the actual statistical result is calculated according to 5 points, 4 points, 3 points, 2 points and 1 point.
5. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the vehicle on-the-way management of the logistics information transaction platform relies on a positioning system to track the goods transportation condition at any time, master the goods on-the-way information and manage the transportation safety of the goods in the whole process;
and the logistics company intelligently matches the retrieved dispatching information through the logistics information transaction platform, and optimally combines the order grabbing and dispatching.
6. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the command vehicle deployment platform comprises a member service function module and is used for managing and auditing the platform member information; the member service function module has the functions of registering members, retrieving passwords and issuing information, wherein the issued information comprises vehicle source information, goods source information, driver information and logistics special line information;
and the command vehicle allocation platform also provides a background management entrance for an administrator, and the administrator logs in a background management program through the platform to manage and verify the information including the goods source information, the vehicle source information, the special line information and the driver information.
7. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the display end of the application layer is provided with an order management module, a delivery management module, a supplier management module, a delivery plan management module, a driver management module and a system management module, wherein the order management module is used for checking related order information, screening order list data according to input screening conditions, importing an order and displaying purchase data, receiving quantity and quantity to be confirmed;
the delivery management module is used for auditing, confirming and receiving the goods and evaluating the reserved delivery information submitted by the supplier by a worker;
the supplier management module is used for inquiring the imported supplier information and carrying out deletion, enabling and disabling operations;
the distribution plan management module is used for importing and evaluating a distribution plan, checking the state of the distribution plan and inquiring the distribution plan and the completion time of each node of the distribution plan;
the driver management module is used for inquiring the registered driver information and carrying out enabling and disabling operations;
and the system management module is used for managing the users and the users of the logistics companies and has the functions of adding, editing, deleting, enabling and disabling and role authority.
8. The vehicle-warehousing reservation management system according to claim 1, characterized in that: the cloudline intelligent moving platform of the analysis layer is a Hive platform; the application layer is provided with a WEB platform and a mobile terminal platform, and the mobile terminal platform comprises an Android and ios dual-mobile platform; the WEB platform is developed based on an HTML standard, the Android and ios platforms are constructed by adopting a flute framework, and an HTTPS/SSL protocol is used.
9. The vehicle-warehousing reservation management system according to claim 8, characterized in that: the network transmission encryption of the mobile end platform adopts a Certificate screening technology for Certificate locking, and a Forward Secrecy technology is utilized to avoid leakage or cracking of a certain private key.
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