CN101090551B - Test method for double-mode mobile phone - Google Patents
Test method for double-mode mobile phone Download PDFInfo
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- CN101090551B CN101090551B CN200710016860A CN200710016860A CN101090551B CN 101090551 B CN101090551 B CN 101090551B CN 200710016860 A CN200710016860 A CN 200710016860A CN 200710016860 A CN200710016860 A CN 200710016860A CN 101090551 B CN101090551 B CN 101090551B
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Abstract
This invention discloses a test method for double-mode cell phones including tests of a primary platform and a sub-platform, in the test of the primary platform, an instrument simulates a base station to call cell phone by plugging a card in the phone, and when testing the sub-platform, the primary one is at the state of stand-by and the sub-platform calls the instrument to test its parameter by plugging two cards in the phone, which can accurately test the performance parameter of the sub-platform.
Description
Technical field
The present invention relates to a kind of handset testing method, be specifically related to a kind of detection method of dual-mode handset, further, relate to a kind of method of on production line, the dual-mode handset with identical standard network being carried out wireless test.
Background technology
Science and technology is in continuous progress, and communications industry is also flourish.The release of dual-network and dual-standby mobile phone, very useful for the personage who has two phonecards of C net and G net, need not carry two ones or more mobile phone trip, alleviated burden.But,, just need to use the double model double standby phone of supporting two identical standard networks if gather around the phonecard that has plenty of two identical networks.
Mobile phone need carry out wireless test on production line before dispatching from the factory, through wireless test can testing mobile phone wireless receiving sensitivity and incoming level, can judge according to the index parameter of being surveyed whether antenna for mobile phone and radio frequency part reach requirement.For single network mobile phone, like single GSM mobile handset, when testing, common way is that mobile phone is put into shielding box, uses the test instrumentation anolog base station, thereby through instrument mobile phone being called out to connect tests.Dual-network and dual-standby mobile phone comprises the network of two different systems, and one is cdma network, and one is the GSM network, to two platforms should be arranged.The test of each network platform can be adopted the method for above-mentioned single network mobile phone test respectively, and can not be affected because of the existence of another network.
But for the double model double standby phone that contains two identical networks, situation is different with dual-network and dual-standby mobile phone.The double model double standby phone of identical network has two identical networks, the corresponding platform of each network, and two platforms are called main platform and auxiliary platform respectively.Because standard, the frequency range of two networks are all identical, if still adopt the mode of an instrument anolog base station calling handset to test, which network what be difficult to definite instrument calling is, causes obscuring of test platform easily.Therefore, the on-line testing problem of the dual-mode handset of identical network has become a technical bottleneck that realizes that such mobile phone is produced in batches.
Owing to also release at present the comprehensive test instrument table that can be connected with two mobile phone wireless simultaneously on the instrument market, test dual-mode handset with network, just need to adopt two instrument to connect with two platforms of mobile phone simultaneously and test simultaneously again.Must take instrument more on the production line like this, increase production cost, reduce competitiveness of product.
Based on above reason, how to adopt a kind of simple and effective method of testing to realize the dual-mode handset of identical network is carried out on-line testing, be subject matter to be solved by this invention.
Summary of the invention
The objective of the invention is problem, a kind of radio test method of dual-mode handset is provided, solve the difficulty of auxiliary platform wireless test in the conventional method, reduce production costs, enhance productivity to existence in the above-mentioned dual-mode handset test.
For solving the problems of the technologies described above, the present invention adopts following technical scheme to be achieved:
A kind of method of testing of dual-mode handset, said dual-mode handset comprise two workbenches: main platform and auxiliary platform; Method of testing for one of them workbench adopts following steps to accomplish:
(1) in said dual-mode handset, inserts two phonecards, put into shielding box after the start;
(2) test instrumentation is arranged to by call state;
(3) wait for mobile phone searching to network, and behind setting-up time, remind operating personnel to open shielding box manual operation handset call test instrumentation;
(4) through said dual-mode handset call testing instrument;
(5) said dual-mode handset is put into shielding box;
(6) wait for that test instrumentation and said dual-mode handset connect;
(7) utilize testing software that the multiple parameters in the dual-mode handset is tested, and show test results.
The workbench of above-mentioned test is the auxiliary platform of said dual-mode handset, and when auxiliary platform was tested, test instrumentation was in the Waiting for Call state, after mobile phone power-on is put into shielding box, wait for that certain hour (being setting-up time) calls out again.The time of waiting for should guarantee that mobile phone searching arrives signal, can not be oversize, can be set at for 10 seconds, and the time arrives the back and from shielding box, takes out the handset call test instrumentation.
Another workbench, promptly the method for testing of main platform both can adopt above-mentioned method of testing, can also adopt following method of testing to realize:
A, the test parameter of main platform is set;
B, in mobile phone master platform, insert a phonecard, put into shielding box after the start;
C, through the test instrumentation calling handset, after setting up network and connecting, utilize testing software that the multiple parameters in the mobile phone is tested;
D, show test results.
Further, two workbenches of said dual-mode handset based on two networks that network is identical standard, preferred GSM net.
Further again, said software test procedure comprises the test of EGSM frequency range and DCS frequency range test two parts.
Adopt online two platforms of said method to test, can successfully accomplish the wireless test of main platform, do not receive the influence of main platform in the time of also guaranteeing to test auxiliary platform, to guarantee to obtain the parameter index of auxiliary platform accurately to dual-mode handset.Disclosed dual-mode handset method of testing, its test process is simple, seldom takies instrument, need not change instrument hardware and mobile phone in house software, does not increase operation easier, effectively reduces production cost, has improved production efficiency.
Description of drawings
Fig. 1 is the operational flowchart that utilizes method of testing test dual-mode handset master platform of the present invention.
Fig. 2 is the operational flowchart that utilizes method of testing test dual-mode handset auxiliary platform of the present invention.
Fig. 3 is the workflow diagram of a kind of embodiment of testing software among the present invention.
Embodiment
Below in conjunction with accompanying drawing execution mode of the present invention is done further detailed explanation.
It is that the concrete parameter index of how to set forth major and minor platform in the dual-mode handset of example carries out wireless test that present embodiment only is the GSM net with two networks; Certainly; This method of testing also can be applied in the mobile communication equipment of other dual networks, and the present invention does not specifically limit this.
The dual-mode handset that contains two GSM networks is called two G mobile phones, and two platform chips all are the GSM standards, and when mobile phone inserted two GSM cards, two platforms were all worked.Usually we take called method, promptly come calling handset through test instrumentation, and the parameter index of after connecting, treating the lining platform carries out wireless test.But; The mobile phone of present embodiment is two G mobile phones, and it is different from dual-network and dual-standby mobile phone, and dual-network and dual-standby mobile phone is two networks of two standards; And for present two G mobile phones; Its standard, frequency range all are the same, if adopt the method for instrument calling handset to test again, are easy to occur the incorrect problem of object to be tested.Because the instrument calling handset is at random; Two G mobile phones are equivalent to two G net mobile phones; Two G net mobile phones just can search instrument signal certainly simultaneously; Mobile phone in the instrument call network does not just have directivity like this, and any G card all is possible in the calling, and the result of test is that the uncertain mobile phone that is connected with instrument is that on earth we want the platform of testing like this.
In order to address the above problem, the present invention has disclosed a kind of detection method that can effectively test respectively the dual network platform of two G mobile phones.Before going through embodiment of the present invention, once explain earlier: two G mobile phones are considered the power consumption of avoiding unnecessary when design, when the user only inserts a SIM card in main platform, only open main platform and are used for communication, and auxiliary platform is closed.When on production line, only inserting a SIM card testing mobile phone master platform parameter like this, because auxiliary platform is not activated, its radio frequency part is also closed, and can not influence main platform test.Want the open auxiliary platform must insert two cards, this moment, major and minor platform all was in open mode, and when the test auxiliary platform, main platform is in the standby under the network.
Fig. 1 is the operational flowchart of in the present embodiment main platform being tested, and when the main platform of test, in mobile phone master platform, inserts a SIM card, after the start mobile phone is put into shielding box, to avoid the interference of outer net to test.Utilize mobile phone before dispatching from the factory, to be in the characteristics of auto-pickup state,, after setting up network and connecting, utilize testing software to carry out main platform EGSM frequency range test and the test of DCS frequency range, the index parameter of acquisition needs with instrument anolog base station calling handset.
Fig. 2 is the operational flowchart of in the present embodiment auxiliary platform being tested, if the test auxiliary platform performance index, need in mobile phone, insert two SIM cards, in the major and minor platform each one, the startup auxiliary platform, after the start mobile phone is put into shielding box.When auxiliary platform was tested, instrument was no longer called out as the base station, but was in the state of waiting for handset call.Search instrument signal to mobile phone and need the regular hour from mobile phone being put into shielding box; After time arrives; Testing software can remind the operator from shielding box, to take out mobile phone; Manually control mobile phone then and call out instrument through its auxiliary platform, it is 112 that the instrument ringing number for example can be set, and mobile phone dials to be put back in the shielding box after 112 callings finish again.This stand-by period need specifically be set according to practical experience, should guarantee that mobile phone searching arrives signal, does not also waste the unnecessary time, and present embodiment is being 10 seconds example.Can design test software, make it behind mobile phone power-on 10S, remind operating personnel to carry out aforesaid operations.Put into shielding box once more after the intact instrument of handset call, testing software begins auxiliary platform is carried out the test of EGSM frequency range and DCS frequency range, and obtains the result parameter of test.
Fig. 3 is the testing software workflow diagram, in the computer that said testing software is built in test instrumentation is connected, comprises main platform test and auxiliary platform test two large divisions, specifically may further comprise the steps:
Step S301, the testing software initialization.
Step S302 judges that platform to be tested is main platform or auxiliary platform, if main platform, then execution in step S303 carries out main platform test; Otherwise forward step S313 to, carry out the auxiliary platform test process.
Step S303 is provided with main platform test parameter, comprises that meter type is selected, COM1 disposes, tests frequency range, test channel, call time, the number of calls, power compensating value and method of calling or the like.Wherein, method of calling selects instrument to call out.
Step S304, the test parameter that step S303 is provided with downloads to instrument, through the instrument calling handset.
Step S305 judges whether instrument and cell phone platform have been set up network and be connected, if network connects execution in step S306; Otherwise continuation etc. are to be connected.
Step S306, the executive software test process.
Step S307 judges whether test finishes; If EOT forwards step S308 to, otherwise continue to carry out the test process of S306.
Step S308 changes test frequency range parameter, and other parameters remain unchanged.
Step S309, the new test parameter that step S308 is provided with downloads to instrument.
Step S310, the executive software test process.
Step S311 judges whether test finishes, if EOT forwards step S312 to, otherwise continues to carry out the test process of S310.
Step S312 shows the test result of above-mentioned main platform test process, comprises maximum transmission power that each frequency range is corresponding and receiving sensitivity BER etc., and whether result of determination pass through, and jumps to step 324.
Above-mentioned each step has been formed the process of main platform test, if the judged result of step S302 promptly will be carried out the auxiliary platform test for not, then changes and removes execution in step S313.
Step S313 is provided with the auxiliary platform test parameter.The setting of auxiliary platform parameter and main platform class seemingly comprise that also meter type is selected, COM1 disposes, test frequency range, test channel, call time, the number of calls, power compensating value and method of calling or the like.Difference is that method of calling is selected the handset call mode.
Step S314, the test parameter that step S313 is provided with downloads to instrument, instrument is set is in by call state.
Step S315 waits for setting-up time (present embodiment is 10S), and when setting-up time arrived, the prompting operating personnel opened shielding box and manually control mobile phone and go to call out instrument.Concrete implementation is at the prompting frame that shows " shutting shielding box again after please opening shielding box calling 112 " on the screen.
Step S316 judges whether instrument receives the call signal of mobile phone, if receive signal then execution in step S317; Otherwise, continue to wait for the handset call signal.
Step S317, the executive software test process.
Step S318 judges whether test finishes, if change and remove step S319, otherwise the test process of S317 is carried out in continuation.
Step S319 changes test frequency range parameter, and other parameters remain unchanged.
Step S320, the new test parameter that step S313 is provided with downloads to instrument.
Step S321, the executive software test process.
Step S322 judges whether test finishes, if then forward step S323 to, otherwise continue to carry out the test process of S321.
Step S323 shows the test result of above-mentioned auxiliary platform test process, comprise maximum transmission power that each frequency range is corresponding and receiving sensitivity BER etc., and whether result of determination is passed through.
Step S324, the whole software test process finishes.
The foregoing description is all to be that GSM is that example has been introduced test operation flow process and corresponding software workflow with two networks, and in fact, these two networks are not limited to this, also can be the networks of two cdma networks or other two identical standards.
Certainly, the above-mentioned testing procedure that is used to test auxiliary platform equally also is applicable to the test of main platform, and the present invention no longer gives unnecessary details at this.
Disclosed dual-mode handset method of testing had both been saved taking of instrument, did not also change any cell phone software, and was easy and simple to handle.
Should be understood that; Above-mentioned explanation is not to be limitation of the present invention; The present invention also is not limited in above-mentioned giving an example, and modification, distortion, interpolation or replacement that those skilled in the art are made in essential scope of the present invention also should belong to protection scope of the present invention.
Claims (5)
1. the method for testing of a dual-mode handset, said dual-mode handset comprises two workbenches: main platform and auxiliary platform; It is characterized in that: main platform and auxiliary platform are the platform based on the network of identical standard, and the method for testing of main platform is comprised the steps:
A2, the test parameter of main platform is set;
B2, in mobile phone, insert a phonecard, put into shielding box after the start;
C2, through the test instrumentation calling handset, after setting up connection, utilize testing software that the multiple parameters in the mobile phone is tested;
D2, show test results;
Method of testing to auxiliary platform may further comprise the steps:
A1, in said dual-mode handset, insert two phonecards;
B1, test instrumentation is arranged to by call state;
C1, the auxiliary platform call testing instrument through said dual-mode handset;
D1, said dual-mode handset is put into shielding box;
E1, wait test instrumentation and said dual-mode handset connect;
F1, utilize testing software that the multiple parameters in the dual-mode handset is tested, and show test results.
2. the method for testing of dual-mode handset according to claim 1 is characterized in that: in said step a1, also comprise the step of putting into shielding box after the dual-mode handset start; Between said step b1 and c1, also comprise and wait for mobile phone searching, and behind setting-up time, remind operating personnel to open the step of shielding box manual operation handset call test instrumentation to network.
3. the method for testing of dual-mode handset according to claim 2, it is characterized in that: said setting-up time is 10 seconds.
4. the method for testing of dual-mode handset according to claim 1 is characterized in that: said main platform and auxiliary platform based on network be global system for mobile communications GSM net.
5. the method for testing of dual-mode handset according to claim 1 is characterized in that: said software test procedure comprises that test of enhancement mode global system for mobile communications EGSM frequency range and Digital Cellular System DCS frequency range test.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200710016860A CN101090551B (en) | 2007-07-12 | 2007-07-12 | Test method for double-mode mobile phone |
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| CN200710016860A CN101090551B (en) | 2007-07-12 | 2007-07-12 | Test method for double-mode mobile phone |
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| CN101090551A CN101090551A (en) | 2007-12-19 |
| CN101090551B true CN101090551B (en) | 2012-09-12 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101370231B (en) * | 2008-10-14 | 2011-09-21 | 上海华勤通讯技术有限公司 | Mobile phone test system based on client/service mode |
| CN101765128B (en) * | 2008-12-24 | 2012-11-14 | 联芯科技有限公司 | Dual-mode terminal testing device and dual-mode terminal testing method |
| CN102148719B (en) * | 2010-02-09 | 2013-07-24 | 奇点新源国际技术开发(北京)有限公司 | Integrated automated testing system based on subsystems |
| CN102348225A (en) * | 2011-11-24 | 2012-02-08 | 青岛海信移动通信技术股份有限公司 | Mobile terminal test method and test system as well as mobile terminal |
| CN103179590A (en) * | 2011-12-23 | 2013-06-26 | 国民技术股份有限公司 | System and method for testing RF (Radio Frequency) SIM (Subscriber Identity Module) card |
| CN104284350B (en) * | 2013-07-04 | 2018-09-28 | 腾讯科技（深圳）有限公司 | Carry out the method and system of multi-card mobile terminal adaptation test |
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| 张洪京.用PXI射频模块-对生产过程中的手机进行校准和检验.《电子质量》.2005,10、17-18. * |
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