CN103747145B - Binding registration and management method based on RFID cell phone managing system - Google Patents
Binding registration and management method based on RFID cell phone managing system Download PDFInfo
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- CN103747145B CN103747145B CN201410021578.5A CN201410021578A CN103747145B CN 103747145 B CN103747145 B CN 103747145B CN 201410021578 A CN201410021578 A CN 201410021578A CN 103747145 B CN103747145 B CN 103747145B
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Abstract
The invention provides a kind of cell phone managing system based on RFID, it is characterized in that: comprise mobile phone, RFID reader and cellphone control system, described cell phone mainboard is embedded with RFID module, handset mode includes controlled mode and normal mode, mobile phone has mobile phone and controls management module, and mobile phone controls the management built-in authorization sequence number of module and can receive and parse through control message command, managing mobile phone pattern; Cellphone control system has multiple RFID reader, cellphone control system can carry out binding and recording the current state of mobile phone mobile phone RFID number and phone number, cellphone control system can send information command to the mobile phone of binding after receiving RFID signal, present invention also offers the binding of this cell phone managing system and registration and management method. The present invention sends information command by cell phone managing system and carrys out automatic managing mobile phone, and ensures safety and the motility of cell phone managing system to efficiently solve the cell phone managing problem of the particular place such as meeting, classroom.
Description
Technical field
The invention belongs to the field of Computer System Design, particularly propose a kind of binding registration based on RFID cell phone managing system and management method.
Background technology
Development along with information technology, mobile phone is popularized gradually, mobile phone is to conditions of providing convenience such as the exchange of people, amusements, but the appearance of mobile phone also brings some negative effects, the tinkle of bells such as the mobile phone that frequently sounds can have a strong impact on the order in the place such as meeting, classroom, simultaneously some student at school time play mobile phone and half-hearted pay attention to the class, have impact on learning effect. For solving these problems, prior art is also provided with solving the solution of this problem: after mobile phone receives radiofrequency signal, controls the switching on and shutting down of mobile phone according to radiofrequency signal, but these technical schemes can also exist the problem such as safety and motility.
Summary of the invention
The present invention proposes a kind of cell phone managing system based on RFID and management method thereof, controls the mobile phone state of particular place, it is ensured that the order that particular place is good.
Technical scheme: the cell phone managing system of the present invention, comprises mobile phone, RFID reader, cellphone control system three part. Wherein, mobile phone has following functions:
(1) being embedded with RFID module on cell phone mainboard, the capacity of this module can adopt 2.4G;
(2) mobile phone has controlled mode and normal mode, and under controlled mode, mobile phone is only capable of using specific function, and as dialed fixed telephone number etc., other functions can not use, and jingle bell is quiet; Normal mode does not limit;
(3) mobile phone has mobile phone control management module, built-in authorization sequence number, and this module can receive and parse through control message command, managing mobile phone pattern;
(4) pattern of mobile phone restarting systems mobile phone does not change, and mobile phone can not manually arrange and change handset mode.
RFID reader should have following several:
(1) common RFID reader; (2) RFID reader specified by cellphone control system, is used for registering mobile phone and uses, hereinafter referred to as RFID registration reader.
Cellphone control system has following characteristics:
(1) cellphone control system has multiple RFID reader, and RFID reader has launches radiofrequency signal and reads the ability of mobile phone RFID number;
(2) cellphone control system can arrange the position of RFID reader, according to the scene that the position judgment of RFID reader is different;
(3) cellphone control system binds mobile phone RFID number and phone number, the current state of record mobile phone;
(4) cellphone control system can send information command to the mobile phone of binding after receiving RFID signal;
(5) information command that cellphone control system sends to mobile phone includes assigned telephone number, hereinafter referred to cellphone control system number.
The binding of the cell phone managing system of the present invention is as follows with register method:
Step-1: mobile phone receives the signal of RFID registration reader, and responds, and response contents is phone number and RFID number;
Step-2: after cellphone control system receives the RFID radiofrequency signal of mobile phone response, system sends message to be confirmed to mobile phone, and message to be confirmed is divided into binding information to be confirmed, solves and bind information to be confirmed and change binding phone number information to be confirmed three kinds;
Step-3: after mobile phone receives message to be confirmed, sends to system and confirms message, confirms that message is divided into binding acknowledgement message, solves binding acknowledgement message and changes binding phone number confirmation three kinds;
Step-4: handset binding system number and the phone number of self, system registry cell-phone number and RFID number.
The management method of the cell phone managing system of the present invention is as follows:
Step-1: mobile phone receives the signal of RFID reader, and responds;
Step-2: after cellphone control system receives the RFID radiofrequency signal of mobile phone response, the mobile phone state according to receiving system log (SYSLOG) sends message command to mobile phone;
Step-3: after mobile phone receives message command, arranges handset mode.
Beneficial effect: the present invention utilizes RF identification (RadioFrequencyIdentification, RFID) technology, it is provided that a kind of cell phone managing system suitable in the particular place such as meeting, classroom and management method thereof. The present invention carrys out automatic managing mobile phone by being sent information command by cell phone managing system, and ensures safety and the motility of cell phone managing system to efficiently solve the cell phone managing problem of these particular places.
Accompanying drawing explanation
Accompanying drawing 1 is based on the cell phone managing system deployment figure of RFID;
Accompanying drawing 2 is based on the cell phone managing system registry mobile phone of RFID and handset binding method figure;
Accompanying drawing 3 is based on the cell phone managing system flow chart of RFID;
Accompanying drawing 4 mobile phone receives message command flow chart.
Detailed description of the invention
It is described the implementation process of the present invention below with a specific embodiment, but the present invention is not limited only to this embodiment. Present disclosure contain any make an amendment on core content of the present invention, equivalence, the various schemes replaced.
The present invention controls for the mobile phone school sessions student, describes detailed description of the invention:
In the present embodiment, specifically dispose as shown in Figure 1: native system has many places RFID reader, at least 1 is RFID registration reader, have at least two RFID reader, one of them is positioned at inside school gate, another is positioned at outside school gate, according to the two RFID reader from inside to outside, or reading order from outside to inside, cellphone control system can send different message commands to mobile phone, also dependent on needs setting, there is consumption simultaneously, other RFID reader of the functions such as search, all RFID reader are all connected with cellphone control system, and configured by cellphone control system.
1, registration process is as shown in Figure 2:
Step-1: when mobile phone receives the reading signal of RFID registration reader, sending a response, response contents is phone number and RFID number;
Step-2: cellphone control system inquires about whether this RFID number is registered after receiving mobile phone RFID response, if having registered execution Step-2.1; Otherwise perform Step-2.2;
Step-2.1: judge that whether the phone number that registration phone number receives with system is consistent, if consistent, send the information to be confirmed of phone number solution binding to mobile phone, perform Step-3.2; Otherwise send the information to be confirmed changing binding phone number to mobile phone, perform Step-3.3;
Step-2.2: cellphone control system sends to mobile phone and binds information to be confirmed, performs Step-3.1 and enables timing;
Illustrate: information content to be confirmed is including at least contents such as cell-phone number, RFID number, cellphone control system numbers; Cellphone control system does not repeat to send information to be confirmed after sending information to be confirmed within the regular hour;
Step-3.1: after mobile phone receives binding information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.1, disagree reply "No", perform Step-4.4.1, system does not receive reply at the appointed time, repeats Step-1;
Step-4.1.1: cellphone control system receives user's binding acknowledgement message at the appointed time, then this phone number and RFID number are bound by cellphone control system, record authorization sequence number, and binding acknowledgement order and authorization sequence number is sent to mobile phone, and perform Step-4.2.1;
Step-4.2.1: after mobile phone receives confirmation bind command, it is judged that whether authorization sequence number is correct, if correctly, then binds cellphone control system number and this phone number, and beams back bind command to cellphone control system; If authorization sequence number is incorrect, then not binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, unbound order, and performs step Step-4.3.1;
Step-4.3.1: it is incorrect that cellphone control system receives authorization sequence number, after unbound order, releases the binding of RFID number and phone number, and deletes authorization sequence number, re-execute step Step-2;
Step-4.4.1: this phone number and RFID number information are deleted by cellphone control system.
Step-3.2: after mobile phone receives solution binding information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.2, disagree reply "No", perform Step-4.4.2, system does not receive reply at the appointed time, repeats Step-1;
Step-4.1.2: cellphone control system receives user at the appointed time and solves binding information to be confirmed, this phone number and RFID number are carried out solving binding by cellphone control system, record authorization sequence number, and solution binding acknowledgement order and authorization sequence number is sent to mobile phone, and perform Step-4.2.2;
Step-4.2.2: mobile phone receives confirmation and solves after bind command, it is judged that whether authorization sequence number is correct, if correctly, then carries out solving binding by cellphone control system number and this phone number, and beams back to cellphone control system and solve bind command; If authorization sequence number is incorrect, then not carrying out solving binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, does not solve bind command, and performs step Step-4.3.2;
Step-4.3.2: it is incorrect that cellphone control system receives authorization sequence number, after not solving bind command, binds the solution of RFID number and phone number and releases, and delete authorization sequence number, re-execute step Step-2;
Step-4.4.2: this phone number and RFID number information are deleted by cellphone control system.
Step-3.3: after mobile phone receives replacing binding phone number information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.3, disagree reply "No", perform Step-4.4.3, system does not receive reply at the appointed time, repeats Step-1;
Step-4.1.3: cellphone control system receives user at the appointed time and changes binding phone number confirmation, then former phone number and RFID number are carried out solving binding by cellphone control system, this phone number and RFID number are bound simultaneously, record authorization sequence number, and send replacing binding phone number confirmation order and authorization sequence number to mobile phone, and perform Step-4.2.3;
Step-4.2.3: after mobile phone receives confirmation replacing binding phone number order, judge that whether authorization sequence number is correct, if correct, then cellphone control system number and this phone number are bound, and beam back to cellphone control system and change binding phone number order; If authorization sequence number is incorrect, then not binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, does not change binding phone number order, and performs step Step-4.3.3;
Step-4.3.3: it is incorrect that cellphone control system receives authorization sequence number, after not changing binding phone number order, releases the binding of RFID number He this phone number, and deletes authorization sequence number, re-execute step Step-2;
Step-4.4.3: this phone number and RFID number information are deleted by cellphone control system.
2, cell phone managing process is as shown in Figure 3:
Step-1: the initial pattern of mobile phone is normal mode, when user is by the reading area of RFID reader, mobile phone receives the reading signal of RFID reader, and sends a response;
Step-2: after RFID reader reads mobile phone RFID response outside school gate, cellphone control system inquiry mobile phone present mode of operation, if controlled mode, then perform Step-2.1; If normal mode, then perform Step-2.2;
Step-2.1: cellphone control system inquires about the phone number associated with RFID, and sends information to mobile phone, information content is the order that mobile phone enters normal mode;
Step-2.2: this RFID is enabled countdown by reception system, in countdown period, if the RFID reader in school gate does not read this RFID information, does not then respond; If the RFID reader in school gate reads the information of this RFID, then perform Step-2.3;
Step-2.3: cellphone control system inquires about the phone number associated with RFID, and sends information to mobile phone, information content is the order that mobile phone enters controlled mode;
Step-2.4: after cellphone control system RFID reader in campus reads mobile phone RFID response, inquiry mobile phone present mode of operation, if controlled mode, then ignore and do not respond, if normal mode, then perform Step-2.5;
Step-2.5: this RFID is enabled countdown by reception system, in countdown period, if the RFID reader outside school gate reads this RFID information, does not then respond;If the RFID reader outside school gate does not read the information of this RFID, then perform Step-2.3.
3, mobile phone receives message command flow process as shown in Figure 4:
Mobile phone need to perform following steps after receiving the message command that cellphone control system sends,
Step-3.1: mobile phone obtains the cellphone control system number sending message command, and and compare with the system number of handset binding, if identical, perform step Step-3.2; Otherwise ignore this message command;
Step-3.2: mobile phone resolves and controls message command, it is thus achieved that RFID number and authorization sequence number, and judges that whether RFID number is consistent with the machine with authorization sequence number, if always, performs Step-3.3; Otherwise ignore this message command;
Step-3.3: mobile phone resolves and controls message command, it is thus achieved that command context, revises the pattern of mobile phone according to command context.
4, mobile phone controls the command format following form of employing of information:
(1) mobile phone controls the command format that information adopts, as shown in table 1:
Table 1
Such as #*RFID00000001#AUTH0000000001#CMD1010#RESERVED1390531000 0*#
(2) command functions table, as shown in table 2:
Claims (3)
1. the binding based on the cell phone managing system of RFID and register method, it is characterised in that: comprise the steps:
Step-1: mobile phone receives the signal of RFID registration reader, and responds, and response contents is phone number and RFID number;
Step-2: after cellphone control system receives the RFID radiofrequency signal of mobile phone response, system sends message to be confirmed to mobile phone, and message to be confirmed is divided into binding information to be confirmed, solves and bind information to be confirmed and change binding phone number information to be confirmed three kinds;
Step-3: after mobile phone receives message to be confirmed, sends to system and confirms message, confirms that message is divided into binding acknowledgement message, solves binding acknowledgement message and changes binding phone number confirmation three kinds;
Step-4: handset binding system number and the phone number of self, system registry cell-phone number and RFID number;
In described Step-2, cellphone control system inquires about whether this RFID number is registered after receiving mobile phone RFID response, if having registered execution Step-2.1, otherwise performs Step-2.2;
Step-2.1: judge that whether the phone number that registration phone number receives with system is consistent, if consistent, send the information to be confirmed of phone number solution binding to mobile phone, perform Step-3.2, otherwise send the information to be confirmed changing binding phone number to mobile phone, perform Step-3.3;
Step-2.2: cellphone control system sends to mobile phone and binds information to be confirmed, performs Step-3.1 and enables timing;
Step-3.1: after mobile phone receives binding information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.1, disagree reply "No", perform Step-4.4.1, system does not receive reply at the appointed time, repeats Step-1;
Step-3.2: after mobile phone receives solution binding information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.2, disagree reply "No", perform Step-4.4.2, system does not receive reply at the appointed time, repeats Step-1;
Step-3.3: after mobile phone receives replacing binding phone number information to be confirmed, user is according to treating self wish, recovery system information, if it is determined that reply " be+mobile phone control management module built-in authorization sequence number ", perform Step-4.1.3, disagree reply "No", perform Step-4.4.3, system does not receive reply at the appointed time, repeats Step-1;
Step-4.1.1: cellphone control system receives user's binding acknowledgement message at the appointed time, this phone number and RFID number are bound by cellphone control system, record authorization sequence number, and binding acknowledgement order and authorization sequence number is sent to mobile phone, and perform Step-4.2.1;
Step-4.2.1: after mobile phone receives confirmation bind command, it is judged that whether authorization sequence number is correct, if correctly, then binds cellphone control system number and this phone number, and beams back bind command to cellphone control system; If authorization sequence number is incorrect, then not binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, unbound order, and performs step Step-4.3.1;
Step-4.3.1: it is incorrect that cellphone control system receives authorization sequence number, after unbound order, releases the binding of RFID number and phone number, and deletes authorization sequence number, re-execute step Step-2;
Step-4.4.1: this phone number and RFID number information are deleted by cellphone control system;
Step-4.1.2: cellphone control system receives user at the appointed time and solves binding acknowledgement message, this phone number and RFID number are carried out solving binding by cellphone control system, record authorization sequence number, and solution binding acknowledgement order and authorization sequence number is sent to mobile phone, and perform Step-4.2.2;
Step-4.2.2: mobile phone receives confirmation and solves after bind command, it is judged that whether authorization sequence number is correct, if correctly, then carries out solving binding by cellphone control system number and this phone number, and beams back to cellphone control system and solve bind command; If authorization sequence number is incorrect, then not carrying out solving binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, does not solve bind command, and performs step Step-4.3.2;
Step-4.3.2: it is incorrect that cellphone control system receives authorization sequence number, after not solving bind command, binds the solution of RFID number and phone number and releases, and delete authorization sequence number, re-execute step Step-2;
Step-4.4.2: this phone number and RFID number information are deleted by cellphone control system;
Step-4.1.3: cellphone control system receives user at the appointed time and changes binding phone number confirmation, former phone number and RFID number are carried out solving binding by cellphone control system, this phone number and RFID number are bound simultaneously, record authorization sequence number, and send replacing binding phone number confirmation order and authorization sequence number to mobile phone, and perform Step-4.2.3;
Step-4.2.3: after mobile phone receives confirmation replacing binding phone number order, judge that whether authorization sequence number is correct, if correct, then cellphone control system number and this phone number are bound, and beam back to cellphone control system and change binding phone number order; If authorization sequence number is incorrect, then not binding, prompting user's authorization sequence number is incorrect, and it is incorrect to beam back authorization sequence number to cellphone control system, does not change binding phone number order, and performs step Step-4.3.3;
Step-4.3.3: it is incorrect that cellphone control system receives authorization sequence number, after not changing binding phone number order, releases the binding of RFID number He this phone number, and deletes authorization sequence number, re-execute step Step-2;
Step-4.4.3: this phone number and RFID number information are deleted by cellphone control system.
2. the binding of the cell phone managing system based on RFID according to claim 1 and register method, it is characterized in that: in described Step-2.1 or Step-2.2, information content to be confirmed includes at least cell-phone number, RFID number, cellphone control system number content, cellphone control system does not repeat to send information to be confirmed after sending information to be confirmed within the regular hour.
3. the management method based on the cell phone managing system of RFID, it is characterised in that: comprise the steps:
Step-1: mobile phone receives the signal of RFID reader, and responds;
Step-2: after cellphone control system receives the RFID radiofrequency signal of mobile phone response, the mobile phone state according to receiving system log (SYSLOG) sends message command to mobile phone;
Step-3: after mobile phone receives message command, arranges handset mode;
In described Step-1, the initial pattern of mobile phone is normal mode, and when user is by the reading area of RFID reader, mobile phone receives the reading signal of RFID reader, and sends a response;
In described Step-2, after outside school gate, RFID reader reads mobile phone RFID response, cellphone control system inquiry mobile phone present mode of operation, if controlled mode, then perform Step-2.1, if normal mode, then perform Step-2.2;
Step-2.1: cellphone control system inquires about the phone number associated with RFID, and sends information to mobile phone, information content is the order that mobile phone enters normal mode;
Step-2.2: this RFID is enabled countdown by reception system, in countdown period, if the RFID reader in school gate does not read this RFID information, does not then respond; If the RFID reader in school gate reads the information of this RFID, then perform Step-2.3;
Step-2.3: cellphone control system inquires about the phone number associated with RFID, and sends information to mobile phone, information content is the order that mobile phone enters controlled mode;
Step-2.4: after cellphone control system RFID reader in campus reads mobile phone RFID response, inquiry mobile phone present mode of operation, if controlled mode, then ignore and do not respond, if normal mode, then perform Step-2.5;
Step-2.5: this RFID is enabled countdown by reception system, in countdown period, if the RFID reader outside school gate reads this RFID information, does not then respond; If the RFID reader outside school gate does not read the information of this RFID, then perform Step-2.3;
In described Step-3, mobile phone need to perform following steps after receiving the message command that cellphone control system sends:
Step-3.1: mobile phone obtains the cellphone control system number sending message command, and and compare with the system number of handset binding, if identical, perform step Step-3.2; Otherwise ignore this message command;
Step-3.2: mobile phone resolves and controls message command, it is thus achieved that RFID number and authorization sequence number, and judges that whether RFID number is consistent with the machine with authorization sequence number, if always, performs Step-3.3; Otherwise ignore this message command;
Step-3.3: mobile phone resolves and controls message command, it is thus achieved that command context, revises the pattern of mobile phone according to command context.
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Effective date of registration: 20170505 Address after: 523808, Dongguan, Guangdong Province, Songshan high tech Industrial Development Zone, Nanshan Road, No. 4, Chi Chi Road, building C households Patentee after: Dongguan Yu Yu Electronic Technology Co., Ltd. Address before: Three 523216, Pu heart Industrial Zone, Shek Pai Town, Guangdong, Dongguan Patentee before: DONGGUAN GAOXUN BALING TELECOMMUNICATION CO., LTD. |
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| CP01 | Change in the name or title of a patent holder |
Address after: 523808 Household C, Building 4, Zhongji Valley, No. 1 Nanshan Road, Songshan Lake Hi-tech Industrial Development Zone, Dongguan City, Guangdong Province Patentee after: Guangdong Full-core Semiconductor Co.,Ltd. Address before: 523808 Household C, Building 4, Zhongji Valley, No. 1 Nanshan Road, Songshan Lake Hi-tech Industrial Development Zone, Dongguan City, Guangdong Province Patentee before: DONGGUAN YUJIN ELECTRONIC TECHNOLOGY Co.,Ltd. |