CN203057529U - Security certification system for mobile phone - Google Patents
Security certification system for mobile phone Download PDFInfo
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- CN203057529U CN203057529U CN201320094864.5U CN201320094864U CN203057529U CN 203057529 U CN203057529 U CN 203057529U CN 201320094864 U CN201320094864 U CN 201320094864U CN 203057529 U CN203057529 U CN 203057529U
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Abstract
The utility model discloses a mobile phone system, specifically to a security certification system for mobile phones. The mobile phone system comprises an IMEI code segment database module, an IMEI code printing tool module, an IMEI code writing tool module, a wireless network connection data verification module and cell phone system module, wherein the IMEI code segment database module is in data connection with the data connection end of the IMEI code printing tool module and the wireless network connection data verification module, the data connection end of the IMEI code writing tool module is in data connection with the cell phone system module, and the cell phone system module is in wireless network connection with the wireless network connection data verification module. The security certification system solves the problem that a cell phone might be counterfeited or copied. The security certification system determines the validity of a cell phone by verifying the uniqueness of and the relevance among the CHIPIN, IMEI code segment and the check code information corresponding to the IMEI code segment through wireless network connection.
Description
Technical field
The utility model relates to a kind of mobile telephone system, particularly the mobile phone security certification system.
Background technology
Be the mobile information epoch now, the demand of mobile phone increases day by day on the domestic and international market, makes the development of mobile phone technology also more come rapidly.
Have a lot of mobile phone scheme company all to grasp the mobile phone designing technique both at home and abroad, the existing market competition is more and more fierce, has by counterfeit or by the potential risk of COPY for the good mobile phone of market sale.So be badly in need of a kind of cost low, efficiently, security certification system fast.
The utility model content
The purpose of this utility model is to provide a kind of mobile phone security certification system in order to solve above-mentioned the deficiencies in the prior art, and above-mentioned Verification System is verified uniqueness and the relevance of the check code that the CHIP ID of mobile phone is corresponding with IMEI sign indicating number section and IMEI sign indicating number section by the mobile phone wireless network connection.Thereby judge the legitimacy of mobile phone.
To achieve these goals, the mobile phone security certification system that the utility model is designed comprises:
Store IMEI sign indicating number segment information, with IMEI sign indicating number section corresponding check sign indicating number information, chip ID information and IMEI by the IMEI sign indicating number segments database module of the information such as record of verification number of times;
According to the product that needs to beat sign indicating number to the inquiry of IMEI sign indicating number segments database module and obtain corresponding IMEI sign indicating number segment information and and IMEI sign indicating number section corresponding check sign indicating number information, the IMEI sign indicating number that information is printed as the IMEI label is beaten a yard tool model;
From the contained IMEI label of cell phone system module, obtain IMEI sign indicating number section and with IMEI sign indicating number section corresponding check sign indicating number information, these information are write the IMEI sign indicating number coding tools module of cell phone system module together with check mark position initial value information;
Information such as IMEI sign indicating number section, check code and the CHIP ID that the mobile phone system module is sent, check mark position and the information in the IMEI sign indicating number segments database module are verified and are connected data calibration mode piece with mutual wireless network;
Connecting data calibration mode piece toward wireless network sends information such as IMEI sign indicating number section, check code and CHIP ID and check mark position and receives the cell phone system module that wireless network is connected data calibration mode block check result;
Wherein, described IMEI sign indicating number segments database module is beaten the data link of yard tool model and wireless network with the IMEI sign indicating number respectively and is connected data calibration mode blocks of data and connects, the data link of described IMEI sign indicating number coding tools module is connected with the cell phone system module data, and described cell phone system module is connected wireless network connection between the data calibration mode piece with wireless network.
CHIP ID is exactly mobile phone cpu chip ID in above-mentioned, and the IMEI sign indicating number is exactly international mobile station equipment identity,
Also having the check code of IMEI sign indicating number section is exactly the VC sign indicating number.Simultaneously according to the IMEI sign indicating number section of obtaining from IMEI sign indicating number segments database module, obtain the check code corresponding with IMEI sign indicating number section by Computing, this is a kind of common Computing mode, arithmetic logic rule between concrete IMEI sign indicating number section and the check code can be intended certainly by the developer of this operation program, so seldom be described in detail at this.
At the authentication method of above-mentioned mobile phone security certification system, it specifically may further comprise the steps:
When a, IMEI sign indicating number are made a yard instrument and are printed each IMEI sign indicating number segment mark and sign from IMEI sign indicating number segments database module obtain IMEI sign indicating number section and with IMEI sign indicating number section corresponding check sign indicating number information;
B, by coding tools IMEI sign indicating number section, check code and check mark position initial value are write the cell phone system module;
C, the instruction of cell phone system module input validation connect data calibration mode piece to wireless network and send CHIP ID, IMEI sign indicating number section and check code and check mark position, and this moment, the cell phone system module showed " testing software " at mobile phone screen;
D, wireless network connect data calibration mode piece the above information that the mobile phone system module sends are verified, judge whether to be consistent with data in the IMEI sign indicating number segments database module, when meeting and carry out mutual;
E, if meet, then wireless network connects the instruction that data calibration mode piece sends verification succeeds to the cell phone system module, the cell phone system module is received " testing software " removed in the instruction back at screen demonstration;
If do not meet, then wireless network connection data calibration mode piece sends the instruction that verification is failed to the cell phone system module, and the cell phone system module receives the instruction back and shows " illegal software " and freeze screen at screen, and the cell phone system module can't be moved.
The mobile phone security certification system that the utility model obtains, above-mentioned Verification System is verified uniqueness and the relevance of the check code that the CHIP ID of mobile phone is corresponding with IMEI sign indicating number section and IMEI sign indicating number section by the mobile phone wireless network connection, thereby judges the legitimacy of mobile phone.Even the cell phone software program is stolen the back by the undesirable and is used, the printed words that also have " testing software " on the screen of its use mobile phone show, not only can reduce mobile phone effectively by counterfeit or by the potential risk of COPY, and make things convenient for the consumer to buying the judgement of mobile phone legitimacy.The authentication method of above-mentioned Verification System also is provided in the utility model simultaneously, and this method is simple to operate, authentication stability and accuracy height.
Description of drawings
Fig. 1 is the schematic diagram of mobile phone security certification system among the embodiment 1;
Fig. 2 is the function logic figure of the authentication method of mobile phone security certification system among the embodiment 1.
Among the figure: IMEI sign indicating number segments database module 1, IMEI sign indicating number are beaten yard tool model 2, IMEI sign indicating number coding tools module 3, wireless network connection data calibration mode piece 4, cell phone system module 5.
Embodiment
Below in conjunction with drawings and Examples the utility model is further specified.
Embodiment 1:
As shown in Figure 1, the mobile phone security certification system that present embodiment provides comprises:
Store IMEI sign indicating number segment information, with IMEI sign indicating number section corresponding check sign indicating number information, chip ID information and IMEI by the IMEI sign indicating number segments database module 1 of the information such as record of verification number of times;
According to the product that needs to beat sign indicating number to 1 inquiry of IMEI sign indicating number segments database module and obtain corresponding IMEI sign indicating number segment information and and IMEI sign indicating number section corresponding check sign indicating number information, the IMEI sign indicating number that information is printed as the IMEI label is beaten yard tool model 2;
From the contained IMEI label of cell phone system module 5, obtain IMEI sign indicating number section and with IMEI sign indicating number section corresponding check sign indicating number information, these information are write the IMEI sign indicating number coding tools module 3 of cell phone system module together with check mark position initial value information;
Information such as IMEI sign indicating number section, check code and the CHIP ID that mobile phone system module 5 is sent, check mark position and the information in the IMEI sign indicating number segments database module 1 are verified and are connected data calibration mode piece 4 with mutual wireless network;
Connecting data calibration mode piece 4 toward wireless network sends information such as IMEI sign indicating number sections, check code and CHIP ID and check mark position and receives the cell phone system module 5 that wireless network is connected data calibration mode piece 4 check results;
Wherein, described IMEI sign indicating number segments database module 1 is beaten the data link of yard tool model 2 and wireless network with the IMEI sign indicating number respectively and is connected data calibration mode piece 4 data and connects, the data link of described IMEI sign indicating number coding tools module 3 is connected with cell phone system module 5 data, and described cell phone system module 5 is connected wireless network connection between the data calibration mode piece 4 with wireless network.
As shown in Figure 2, also provide the authentication method of above-mentioned mobile phone security certification system in the present embodiment, its concrete steps are as follows:
(1) judge whether verification of check register behind the mobile phone power-on, judgement is; Whether then contrast the CHIP ID data of CHIP ID register consistent with CHIP ID data among the mobile phone CPU, if consistent, then cell phone system module 5 complete normal runnings.When input validation instructed, cell phone system module 5 connected data calibration mode piece 4 to wireless network and sends IMEI sign indicating number section, check code, CHIP ID and check mark position initial value; Then whether wireless network connection data calibration mode piece 4 judges mobile phone verification according to the check mark position information that the cell phone system module sends:
Judgement is that then whether IMEI sign indicating number section and the check code of 5 transmissions of wireless network connection data calibration mode piece 4 contrast cell phone system modules be consistent with the data in the IMEI sign indicating number segments database module 1; If it is consistent, then wireless network connects the instruction that data calibration mode piece 4 sends verification succeeds to cell phone system module 5, remove the demonstration of " testing software " on the mobile phone screen, if it is inconsistent, then wireless network connection data calibration mode piece 4 sends the instruction that verification is failed to cell phone system module 5, shows on the mobile phone screen " illegal software ";
Judge not, then the IMEI sign indicating number section of 4 pairs of mobile phone system modules of wireless network connection data calibration mode piece, 5 transmissions and the data in check code and the IMEI sign indicating number segments database module 1 compare, when IMEI sign indicating number section and check code all correct, and this IMEI sign indicating number section is accessed less than 500 times, then wireless network connection data calibration mode piece 4 judges whether the CHIP ID in the IMEI sign indicating number segments database module 1 is blank, judgement is, then wireless network connects data calibration mode piece 4 to the 1 transmission instruction of IMEI sign indicating number segments database module, IMEI sign indicating number segments database module 1 record CHIP ID and IMEI are by the information such as record of verification number of times, wireless network connects data calibration mode piece 4 and sends the verification succeeds instruction to cell phone system module 5, cell phone system module 5 is received the CHIP ID data in instruction back record mobile phone check register and the mobile phone CHIP ID register, show on the mobile phone screen " verification succeeds ", judge not, then whether the CHIP ID of wireless network connection data calibration mode piece 4 verification cell phone system modules 5 transmissions is consistent with the CHIP ID in the IMEI sign indicating number segments database module 1, if it is consistent, then wireless network connects data calibration mode piece 4 to IMEI sign indicating number segments database module 1 and the 5 transmission instructions of cell phone system module, IMEI sign indicating number segments database module 1 record CHIP ID and IMEI are by the information such as record of verification number of times, wireless network connects data calibration mode piece 4 and sends the verification succeeds instruction to cell phone system module 5, cell phone system module 5 is received the CHIP ID data in instruction back record mobile phone check register and the mobile phone CHIP ID register, shows on the mobile phone screen " verification succeeds "; If inconsistent, then cell phone system module 5 is frozen;
(2). judge whether verification of check register behind the mobile phone power-on, judge not;
Then standby interface increases demonstration " testing software ", and allow cell phone system module 5 to carry out any operation this moment;
By coding tools IMEI sign indicating number section, check code and check mark position initial value are write cell phone system module 5;
The instruction of cell phone system module 5 input validations connects data calibration mode piece 4 to wireless network and sends CHIP ID, IMEI sign indicating number section, check code and check mark position initial value; Then whether wireless network connection data calibration mode piece 4 judges mobile phone verification according to the check mark position information that the cell phone system module sends:
Judgement is that then whether IMEI sign indicating number section and the check code of 5 transmissions of wireless network connection data calibration mode piece 4 contrast cell phone system modules be consistent with the data in the IMEI sign indicating number segments database module 1; If it is consistent, then wireless network connects the instruction that data calibration mode piece 4 sends verification succeeds to cell phone system module 5, remove the demonstration of " testing software " on the mobile phone screen, if it is inconsistent, then wireless network connection data calibration mode piece 4 sends the instruction that verification is failed to cell phone system module 5, shows on the mobile phone screen " illegal software ";
Judge not, then the IMEI sign indicating number section of 4 pairs of mobile phone system modules of wireless network connection data calibration mode piece, 5 transmissions and the data in check code and the IMEI sign indicating number segments database module 1 compare, when IMEI sign indicating number section and check code all correct, and this IMEI sign indicating number section is accessed less than 500 times, then wireless network connection data calibration mode piece 4 judges whether the CHIP ID in the IMEI sign indicating number segments database module 1 is blank, judgement is, then wireless network connects data calibration mode piece 4 to the 1 transmission instruction of IMEI sign indicating number segments database module, IMEI sign indicating number segments database module 1 record CHIP ID and IMEI are by the information such as record of verification number of times, wireless network connects data calibration mode piece 4 and sends the verification succeeds instruction to cell phone system module 5, cell phone system module 5 is received the CHIP ID data in instruction back record mobile phone check register and the mobile phone CHIP ID register, show on the mobile phone screen " verification succeeds ", judge not, then whether the CHIP ID of wireless network connection data calibration mode piece 4 verification cell phone system modules 5 transmissions is consistent with the CHIP ID in the IMEI sign indicating number segments database module 1, if it is consistent, then wireless network connects data calibration mode piece 4 to IMEI sign indicating number segments database module 1 and the 5 transmission instructions of cell phone system module, IMEI sign indicating number segments database module 1 record CHIP ID and IMEI are by the information such as record of verification number of times, wireless network connects data calibration mode piece 4 and sends the verification succeeds instruction to cell phone system module 5, cell phone system module 5 is received the CHIP ID data in instruction back record mobile phone check register and the mobile phone CHIP ID register, shows on the mobile phone screen " verification succeeds "; If inconsistent, then cell phone system module 5 is frozen.
Claims (1)
1. mobile phone security certification system is characterized in that comprising:
Store IMEI sign indicating number segment information, with IMEI sign indicating number section corresponding check sign indicating number information, chip ID information and IMEI by the IMEI sign indicating number segments database module (1) of the information such as record of verification number of times;
Inquire about and obtain correspondence according to the product that needs to beat sign indicating number to IMEI sign indicating number segments database module (1)
IMEI sign indicating number segment information and with IMEI sign indicating number section corresponding check sign indicating number information, the IMEI sign indicating number that information is printed as the IMEI label is beaten a yard tool model (2);
From the contained IMEI label of cell phone system module (5), obtain IMEI sign indicating number section and with IMEI sign indicating number section corresponding check sign indicating number information, these information are write the IMEI sign indicating number coding tools module (3) of cell phone system module together with check mark position initial value information;
Information such as IMEI sign indicating number section, check code and the CHIP ID that mobile phone system module (5) is sent, check mark position and the information in the IMEI sign indicating number segments database module (1) are verified and are connected data calibration mode piece (4) with mutual wireless network;
Connecting data calibration mode pieces (4) toward wireless network sends information such as IMEI sign indicating number section, check code and CHIP ID and check mark position and receives the cell phone system module (5) that wireless network is connected data calibration mode piece (4) check results;
Wherein, described IMEI sign indicating number segments database module (1) is beaten the data link of a yard tool model (2) and wireless network with the IMEI sign indicating number respectively and is connected data calibration mode piece (4) data and connects, the data link of described IMEI sign indicating number coding tools module (3) is connected with cell phone system module (5) data, and described cell phone system module (5) is connected wireless network connection between the data calibration mode piece (4) with wireless network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320094864.5U CN203057529U (en) | 2013-03-01 | 2013-03-01 | Security certification system for mobile phone |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320094864.5U CN203057529U (en) | 2013-03-01 | 2013-03-01 | Security certification system for mobile phone |
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| CN203057529U true CN203057529U (en) | 2013-07-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103118367A (en) * | 2013-03-01 | 2013-05-22 | 宁波萨瑞通讯有限公司 | System and method for safety certification of mobile phones |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103118367A (en) * | 2013-03-01 | 2013-05-22 | 宁波萨瑞通讯有限公司 | System and method for safety certification of mobile phones |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130710 Termination date: 20170301 |
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| CF01 | Termination of patent right due to non-payment of annual fee |