CN103903212A - Logistics vehicle management method based on Android system - Google Patents
Logistics vehicle management method based on Android system Download PDFInfo
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- CN103903212A CN103903212A CN201210574327.0A CN201210574327A CN103903212A CN 103903212 A CN103903212 A CN 103903212A CN 201210574327 A CN201210574327 A CN 201210574327A CN 103903212 A CN103903212 A CN 103903212A
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Abstract
The invention relates to a logistics vehicle management method. The method is that an entrance guard system of a logistics park is mainly utilized, and after a mobile phone IME code is verified by a mobile phone platform based on an Android system, go-out and come-back management of vehicles equipped with adapters is completed via bluetooth transmission and wireless network transmission. A vehicle management client terminal in the Android system platform is developed and realized by J2EE, and operation of access to a database SQL Server2000 is realized by C#. Meanwhile, a user can inquire information of the rented vehicle on the Android platform via a bluetooth or wireless network, and the information includes vehicle come-back date. Besides, information of GPS sensors installed on the vehicles is received so that the information of the vehicles needed to be rented and original renting names and passwords can be identified in a real-time way on the Android platform. Therefore, vehicle renting operation can be performed via the wireless network so that information transmission cost is saved; besides, security of remote management is increased via verification of the mobile phone IME code so that working efficiency of logistics park management personnel is enhanced.
Description
Technical field
The present invention relates to transmission and the computer management method of communication data, relate in particular to a kind of logistics vehicles management method based on Android system, belong to communication technique field.
Background technology
Each regional Logistic Park management is mainly vehicle management software and the gate control system based on desktop computer at present, vehicle operating must the computer in Logistic Park gate control system on, allow staff confirm one by one vehicle, vehicle crew not steering vehicle walks out the gate control system of Logistic Park, and gate control system can not be reported to the police; The vehicle operation of rejoining one's unit is mainly the vehicle management personnel that outside gate control system, vehicle given, and completes the vehicle operation of rejoining one's unit, and vehicle is rented with vehicle and rejoined one's unit and need managerial personnel to confirm one by one, and workload is larger, and work efficiency is not high; And the extension operation of vehicle after going out can not removed Logistic Park and at the enterprising line operate of network; But vehicle is rented function need go Logistic Park operation, inconvenient vehicle management personnel's operation.Popularizing due to mobile phone now, the IME code of mobile phone is unique, the communication of mobile phone has various ways, wherein wireless common with bluetooth, so a lot of work can be integrated in mobile phone, communication by mobile phone realizes, and by the uniqueness of mobile phone IME code, verifies and guarantee the security of vehicle management operation.Bluetooth is also the technology that a kind of support equipment carries out short haul connection, can between the computer of mobile phone, PDA, installation Bluetooth adapter, carry out wireless messages exchange.Android cell phone system is under the support of Google, Motorola, three magnitude producers a few days ago, the market share is increasing, wireless network transmissions is mainly passed through in the data communication of cell phone system, but wireless network depends on the provider of Network, and there is the problem of expense, and carry out data transmission by bluetooth approach, can solve the closely requirement of zero cost point-to-point transmission.
Summary of the invention
The object of the present invention is to provide a kind of logistics vehicles management method based on Android system, utilize J2EE, C# and SQl Server2005 to develop, utilize client-side program in J2EE exploitation Android system, realize vehicle management client in Android system platform, Bluetooth transmission or wireless network data transmission that C# realizes the vehicle management server that is equipped with Bluetooth adapter receive and database access operation; Carry out alternately logistics vehicles bookkeeping by Android system platform and computer, computer technology, network technology and mechanics of communication are set up the vehicle management system that an Android system bluetooth combines with vehicle management with wireless network Adaptive Transmission mode on the basis of former logistics vehicle management mode.First this system affixes one's name to relevant terminal device (comprising sensor, GPS terminal and data transmission module etc.) at vehicle upper; The data that terminal device collected by GPRS module are transferred to vehicle management server timely; Vehicle management server carries out Treatment Analysis to the data of receiving; Finally by Internet data transmission after treatment and be shown on the smart mobile phone of Android platform, user manages and dispatches (as shown in Figure 1) according to the real-time information obtaining to each vehicle.
Object of the present invention is achieved by the following technical programs:
A logistics vehicles management method based on Android system, comprises the following steps:
(1) first in the application software vehicle management of Android system platform mobile phone, register account number, input user name and login password, user name, password and mobile phone IME code are charged in remote system database to vehicle management server by wireless network transmissions;
(2) input the vehicle management client of user name login Android system platform; Android client can connect Logistic Park vehicle management server by two kinds of connected modes, this server is equipped with Bluetooth adapter, the Bluetooth transmission distance of this server, within the scope of the gate control system of Logistic Park, guarantees to enter the connection that could realize bluetooth after gate control system; First connect with bluetooth approach; If in Bluetooth transmission normal range, after successful connection, carry out login authentication, authentication of users name, password and mobile phone IME code; If exceed Bluetooth transmission scope, use wireless network instead and connect, after successful connection, carry out login authentication, authentication of users name, password and mobile phone IME code;
(3) if be proved to be successful, carry out vehicle management operation, there are respectively four kinds of operations to select: date inquiry that vehicle is gone out, vehicle is rejoined one's unit, vehicle are rented, vehicle is rejoined one's unit management;
(4) if step (3) has been selected the vehicle management (as shown in Figure 2) of going out, as requested 6, specific as follows:
1. within the scope of the gate control system of Logistic Park, in the vehicle management client software of Android platform, first identify the information of the vehicle of need going out with sensor identification module, after identifying successfully, according to transmission range be verified bluetooth or information of vehicles is transferred to management server by wireless network;
2. management server is carried out logistics vehicles operation, by the corresponding information of vehicles in vehicle crew's information data-in storehouse, returns to the vehicle management application software of user Android system platform after success, prompting vehicle scheduling success;
(5) if step (3) has been selected the vehicle date inquiry (as shown in Figure 3) of rejoining one's unit, as requested 7, specific as follows:
In the vehicle management client software of Android platform, transmission inquery instruction is to vehicle management server, pass through bluetooth or wireless network transmissions instruction according to the checking self-adaptation of transmission range, server return message is to user Android system platform, show the information of vehicles that this user has rented, comprise that vehicle rejoins one's unit the date;
(6) if step (3) has selected vehicle to rent (as shown in Figure 4), as requested 8, specific as follows:
1. in the vehicle management client software of Android platform, vehicle is rented module and is first identified with sensor assembly the information that need rent vehicle; After identifying successfully, that obtains this vehicle by wireless network transmissions to vehicle management server formerly rents name and password returns to Android system;
2. in Android platform, point out former hirer to input user name and password, with the user name of obtaining from server, password contrast verification, after success by the information of vehicles of storing in the replacement servers such as the user profile of existing mobile phone, rent the calculating that corresponding rent is used, Main Basis rolls Logistic Park away from until during vehicle rejoins one's unit, exercise mileage number how much adjust according to this vehicle monitoring on management server from this vehicle.
(7) if step (3) has been selected the vehicle management (as shown in Figure 5) of rejoining one's unit, as requested 9, specific as follows:
1. vehicle rejoin one's unit operation must be within the scope of Logistic Park gate control system, must use bluetooth to transmit, the vehicle personnel that rejoin one's unit drive the vehicle that need rejoin one's unit and enter in Logistic Park gate control system, can enter the vehicle region of rejoining one's unit from the common introduction that only enters gate inhibition of special setting;
2. Android system judges whether in Bluetooth transmission normal range, if in Bluetooth transmission normal range, in the vehicle management client software of Android platform, first identifies the information of vehicles in Logistic Park with sensor assembly; Identify successfully, by bluetooth, information of vehicles is transferred to vehicle management server; The vehicle that vehicle management server is carried out the corresponding vehicle of this information operation of rejoining one's unit, returns to the vehicle management application software of user Android system platform after success, point out vehicle to rejoin one's unit successfully; User places this vehicle to assigned address, goes out gate control system as driven this vehicle again, and gate control system will be reported to the police; If not in Bluetooth transmission normal range, can only complete by corresponding sensor identification equipment the management of rejoining one's unit of vehicle;
(8) user exits Android platform application software and finishes going out, renting of vehicle and the operation of rejoining one's unit.
Compared with prior art, the invention has the beneficial effects as follows: solved existing logistics vehicles managerial staff member and need confirm one by one that vehicle completes vehicle and goes out and rejoin one's unit the problem operating, solve the problem that just vehicle can be carried out and rent operation by wireless network, increased the security of telemanagement by the checking of mobile phone IME code, by Bluetooth transmission and the adaptive transmission mode of wireless network of Android system zero expense, saved communication expense, vehicle management personnel's autonomous operation has improved Logistic Park managerial personnel's work efficiency.
Accompanying drawing explanation
Examples of the present invention will be described by way of reference to the accompanying drawings, wherein:
Fig. 1 is the general flow chart of system.
Fig. 2 is the process flow diagram that vehicle is gone out.
Fig. 3 is the rejoin one's unit process flow diagram of date inquiry of vehicle.
Fig. 4 is the process flow diagram that vehicle is rented.
Fig. 5 is the process flow diagram that vehicle is rejoined one's unit.
Embodiment
Below by specific embodiment, the invention will be further described.
(1) registered user in the application software vehicle management of Android system platform mobile phone first, input user name and login password, by user name (as: zjkdcy), password (as: 123456) and mobile phone IME code (as: 356897020445689), charge in remote system database to vehicle management server by wireless network transmissions;
(2) this user logs in Android system, check driver Li Tian help (cell-phone number: 13900000000), with and responsible vehicle (sweet A123456).
(3) bang in supermarket, China Resources, Lanzhou contacts this user by mobile phone, wishes that he can send the villa garden Dairy Company of a car to Maiji District, Tianshui, draws 12 casees villa garden dairy produces to supermarket, China Resources, Lanzhou.Boss Liu drums in and car storehouse temperature (lower than 10 ℃) must be controlled well.
(4) according to the actual demand of task, this user is first temperature sensor and base station binding, give sweet A123456 this base station assigns, then typing order (O/No.: 268914218912), driver Li Tian helps the work card with RFID scanning oneself, obtain the job number of oneself, by barcode scanner scanning order bar code, like this this order just and vehicle bind.This user arranges alarm region and type of alarm parameter at vehicle management page, and sweet A123456 is equipped to sensor.In the time that sweet A123456 rolls Logistic Park away from, this user can see at mobile phone terminal the warning message of this vehicle that gate control system sends.
(5) after vehicle is gone out, this user and client's bang can log in Android system, by selecting " query type ", " query contents ", " display mode " can realize current location to sweet A123456 and the inquiry of historical track.
(6) sweet A123456 arrives after the unloading of supermarket, China Resources, Lanzhou, and driver notifies this user's statement of account.This user can rent module by the vehicle of Android system, carries out the accounting of corresponding expense.
(7) wait until when sweet A123456 enters Logistic Park again, this user can receive the warning message that gate control system is sent by Android system again, learns that this vehicle rejoins one's unit.Meanwhile, can also, according to the driving path data of this vehicle of storing on management server, grasp in detail the outer of this vehicle and have troubles.
(8) this user exits Android platform application software and finishes the bookkeeping about this vehicle.
The present invention solves existing logistics vehicles managerial staff member need confirm that vehicle completes vehicle and goes out and rejoin one's unit the problem operating one by one, solve the problem that just vehicle can be carried out and rent operation by wireless network, increased the security of telemanagement by the checking of mobile phone IME code, by Bluetooth transmission and the adaptive transmission mode of wireless network of Android system zero expense, saved communication expense, the autonomous operation that vehicle is rented personnel has improved Logistic Park managerial personnel's work efficiency.
In addition to the implementation, the present invention can also have other embodiments, and all employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop in the protection domain of requirement of the present invention.
Claims (6)
1. the logistics vehicles management method based on Android system, is characterized in that:
A. first set up an Android system vehicle management system by the application software of Android system platform mobile phone, first this system affixes one's name to relevant terminal device (comprising sensor, GPS terminal and data transmission module etc.) at vehicle upper; The data that terminal device collected by GPRS module are transferred to vehicle management server timely; Vehicle management server carries out Treatment Analysis to the data of receiving; Finally by Internet data transmission after treatment and be shown on the smart mobile phone of Android platform, user manages and dispatches each vehicle according to the real-time information obtaining.
B. the user who uses first need to register account number in the application software vehicle management of Android system platform mobile phone, inputs user name and login password, user name, password and mobile phone IME code is transferred to vehicle management server and charges in remote system database;
C. user signs in to Android system vehicle management system with username and password;
The client of the vehicle management system on d.Android platform connects vehicle management server by two kinds of connected modes: the server of (1) Android system vehicle management system is equipped with Bluetooth adapter, the Bluetooth transmission distance of this server, within the scope of the gate control system of Logistic Park, connects with bluetooth approach; Or (2) if exceed Bluetooth transmission scope, use wireless network instead and be connected to Android system vehicle management system;
E. after client and the successful connection of vehicle management server, carry out login authentication, authentication of users name, password and mobile phone IME code; If be proved to be successful, carry out vehicle management operation.
2. the logistics vehicles management method based on Android system claimed in claim 1, is characterized in that: described vehicle management operation has respectively four kinds of operations to select: date inquiry that vehicle is gone out, vehicle is rejoined one's unit, vehicle are rented and the vehicle management of rejoining one's unit.Whenever user's EO, can produce this time record of operation at server end; If connect unsuccessful, setting and the whether unobstructed problem of wireless network that can only check cell phone network; If after connecting, cannot normally be verified, that will contact confirmation problem and solve with the maintainer of server.
3. the logistics vehicles management method based on Android system claimed in claim 1, it is characterized in that: carry out vehicle and go out management within the scope of the gate control system of Logistic Park, first in the vehicle management client software of Android platform, identify the information of the vehicle of need going out with sensor identification module, after identifying successfully, according to transmission range be verified bluetooth or information of vehicles is transferred to management server by wireless network; Management server is carried out logistics vehicles operation, by the corresponding information of vehicles in vehicle crew's information data-in storehouse, returns to the vehicle management application software of user Android system platform after success, prompting vehicle scheduling success.
4. the logistics vehicles management method based on Android system claimed in claim 2, it is characterized in that: vehicle is rejoined one's unit when inquiry on date, first in the vehicle management client software of Android platform transmission inquery instruction to vehicle management server, pass through bluetooth or wireless network transmissions instruction according to the checking self-adaptation of transmission range, server return message is to user Android system platform, show the information of vehicles that this user has rented, comprise that vehicle rejoins one's unit the date.
5. the logistics vehicles management method based on Android system claimed in claim 2, is characterized in that: carrying out vehicle, to rent the principal character of management be that vehicle is rented module and first identified with sensor assembly the information that need rent vehicle in the vehicle management client software of Android platform; After identifying successfully, that obtains this vehicle by wireless network transmissions to vehicle management server formerly rents name and password returns to Android system; In Android platform, point out former hirer to input user name and password, with the user name of obtaining from server, password contrast verification, after success, by the information of vehicles of storing in the replacement servers such as the user profile of existing mobile phone, rented; The calculating that corresponding rent is used, Main Basis rolls Logistic Park away from until during vehicle rejoins one's unit, exercise mileage number how much adjust according to this vehicle monitoring on management server from this vehicle.
6. the logistics vehicles management method based on Android system claimed in claim 2, it is characterized in that: carry out vehicle rejoin one's unit management principal character be vehicle rejoin one's unit operation must be within the scope of Logistic Park gate control system, must use bluetooth to transmit, the vehicle personnel that rejoin one's unit drive the vehicle that need rejoin one's unit and enter in Logistic Park gate control system, enter the vehicle region of rejoining one's unit from the common introduction of gate control system is set specially; Android system judges whether in Bluetooth transmission normal range, if in Bluetooth transmission normal range, in the vehicle management client software of Android platform, first identifies the information of vehicles in Logistic Park with sensor assembly; Identify successfully, by bluetooth, information of vehicles is transferred to vehicle management server; The vehicle that vehicle management server is carried out the corresponding vehicle of this information operation of rejoining one's unit, returns to the vehicle management application software of user Android system platform after success, point out vehicle to rejoin one's unit successfully; User places this vehicle to assigned address, goes out gate control system as driven this vehicle again, and gate control system will be reported to the police; If not in Bluetooth transmission normal range, can only complete by corresponding sensor identification equipment the management of rejoining one's unit of vehicle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210574327.0A CN103903212A (en) | 2012-12-26 | 2012-12-26 | Logistics vehicle management method based on Android system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210574327.0A CN103903212A (en) | 2012-12-26 | 2012-12-26 | Logistics vehicle management method based on Android system |
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| CN103903212A true CN103903212A (en) | 2014-07-02 |
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| CN201210574327.0A Pending CN103903212A (en) | 2012-12-26 | 2012-12-26 | Logistics vehicle management method based on Android system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107527030A (en) * | 2017-08-18 | 2017-12-29 | 高群 | Network access platform |
| CN111325491A (en) * | 2018-12-14 | 2020-06-23 | 上海辉度智能***有限公司 | Cross-terminal interactive intelligent logistics management system |
-
2012
- 2012-12-26 CN CN201210574327.0A patent/CN103903212A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107527030A (en) * | 2017-08-18 | 2017-12-29 | 高群 | Network access platform |
| CN111325491A (en) * | 2018-12-14 | 2020-06-23 | 上海辉度智能***有限公司 | Cross-terminal interactive intelligent logistics management system |
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Application publication date: 20140702 |