CN103716465A - Two-mobile-terminal mutual testing method and system - Google Patents
Two-mobile-terminal mutual testing method and system Download PDFInfo
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- CN103716465A CN103716465A CN201310739215.0A CN201310739215A CN103716465A CN 103716465 A CN103716465 A CN 103716465A CN 201310739215 A CN201310739215 A CN 201310739215A CN 103716465 A CN103716465 A CN 103716465A
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Abstract
The invention provides a two-mobile-terminal mutual testing method and system. The testing method and system are applied to a first mobile terminal to be tested and a second mobile terminal to be tested. The method includes the steps that the first mobile terminal and the second mobile terminal complete wifi testing, Blueprint testing, GPS testing, memory card testing, mobile phone card reading testing and charging testing respectively by detecting respective signals or information; the first mobile terminal and the second mobile terminal complete corresponding light sensing testing, screen backlight testing, flashlight testing, voice frequency circuit testing, earphone receiver testing and earphone microphone testing through mutual interaction; testing reports containing all testing results of the first mobile terminal and the second mobile terminal are generated and are displayed respectively on the display screen of the first mobile terminal and the display screen of the second mobile terminal. Through the two-mobile-terminal mutual testing method and system, the effect of simultaneously testing the two mobile terminals to be tested is achieved, the testing time is effectively reduced and the testing efficiency is improved.
Description
Technical field
The present invention relates to technical field of mobile terminals, particularly relate to the technical field of measurement and test of mobile terminal, be specially a kind of method and system of mutually testing based on two mobile terminals.
Background technology
Producing at present line adopts manually control functional test to produce mobile phone, every employee can only test 1 machine for 1 time, it is non-defective unit or defective products that every test all needs the artificial judgement of employee, as wifi test, need employee's manual unlocking wifi function to wait for that near the wifi of mobile phone searching sets, when seeing, employee shows that after 5 wifi signals of screen display, hit testing is tested by entering the next item down.A machine has been tested need to put to test for 12 times and has been passed through or test crash, complex operation step.
In mobile phone batch production process, due to human factor of equipment running status and operator etc., can not guarantee that the mobile phone of producing is all the intact product of function, this adds various testing equipments and testing tool with regard to requiring at the end of producing, all size and parameter when all actual load mobile phones that dispatch from the factory with assurance and design are in full accord, have just produced various means of testing and method.Although various new technologies emerge in an endless stream, functional test is still to guarantee that finished product is to finally should just working requisite means at once by environment.
Functional test refers to the running environment that test target plate is provided to simulation, makes it work in various design points, thereby gets the method for testing of each function quality.Functional test can be implemented in manufacture life cycle different phase, is first the engineering development stage, confirms new product function before system is produced checking; Then be also necessary aborning, as a part for whole flow process, by more manpower, complete limited test quantity, reduce the maintenance cost of end after sale, guarantee the reliability of product.
According to the difference of control model, can be divided into: (1) manually controls functional test; (2) semi-automatic functional test; (3) Automatic Control functional test.Current most of mobile phone processing enterprise all adopts manual control functional test mode to mobile phone test, and this kind of test mode major defect is: manpower demand amount is large, content measurement needs artificial judgment, the testing time is long, processing cost is high, efficiency is low.
Summary of the invention
The shortcoming of prior art, the object of the present invention is to provide a kind of method and system of mutually testing based on two mobile terminals in view of the above, for solving the inefficient problem of prior art testing mobile terminal.
For achieving the above object and other relevant objects, the present invention provides a kind of method of mutually testing based on two mobile terminals on the one hand, be applied in the first mobile terminal and the second mobile terminal to be measured, described method comprises: the first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement; The first mobile terminal and the second mobile terminal are tested by completing alternately each other each self-corresponding light sensation, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test.
As a preferred embodiment of the present invention, the first mobile terminal and the second mobile terminal are tested by detecting the quantity of wifi signal and the wifi that power completes separately separately respectively, by detecting the bluetooth that the quantity of Bluetooth signal completes separately separately, test, by detecting the GPS that the quantity of gps signal completes separately separately, test, by reading the RAM (random access memory) card that the file that prestores in RAM (random access memory) card separately completes separately, test, by the IMSI information detecting in Mobile phone card separately, complete Mobile phone card read test separately.
As a preferred embodiment of the present invention, the charging socket of the charging socket of the first mobile terminal and the second mobile terminal is coupled together by default charging wire, and the first mobile terminal and the second mobile terminal complete charging measurement separately by detecting charging voltage respectively.
As a preferred embodiment of the present invention, by the optical sensor of the flashlight of the first mobile terminal and the second mobile terminal or by the optical sensor of the flashlight of the second mobile terminal and the first mobile terminal, by lamp guide, couple together: the light sensation test of the screen backlight of light sensors the second mobile terminal by the first mobile terminal and first mobile terminal that glisten, the screen backlight of the second mobile terminal is tested and photoflash lamp is tested; The light sensation test of the screen backlight of light sensors the first mobile terminal by the second mobile terminal and second mobile terminal that glisten, the screen backlight of the first mobile terminal is tested and photoflash lamp is tested.
As a preferred embodiment of the present invention, the first mobile terminal and the second mobile terminal by the test event completing alternately each other in, if there is the project of test crash, the mobile terminal that comprises test crash project and the 3rd mobile terminal are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal or the second mobile terminal.
The present invention is providing a kind of system of mutually testing based on two mobile terminals in addition on the one hand, and described system comprises: the first mobile terminal to be measured and the second mobile terminal; Independent test module, be installed in respectively in the first mobile terminal and the second mobile terminal, for the first mobile terminal and the second mobile terminal, by signal or the wifi that completes separately of information that detects self, test respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement; Interactive testing module, be connected with the second mobile terminal with the first mobile terminal respectively, for the first mobile terminal and the second mobile terminal, by completing alternately each other each self-corresponding light sensation, test, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test.
As a preferred embodiment of the present invention, described independent test module comprises: quantity and power for detection of wifi signal complete the wifi test cell that wifi tests; For detection of the quantity of Bluetooth signal, complete the bluetooth test cell of bluetooth test; For detection of the quantity of gps signal, complete the GPS test cell of bluetooth test; For reading file that RAM (random access memory) card prestores, complete the RAM (random access memory) card test cell of RAM (random access memory) card test; For detection of the IMSI information in Mobile phone card, complete the Mobile phone card read test unit of Mobile phone card read test.
As a preferred embodiment of the present invention, described independent test module comprises: the default charging wire that the charging socket of the charging socket of the first mobile terminal and the second mobile terminal is coupled together and complete the charging measurement unit of charging measurement by detecting the charging voltage of charging wire.
As a preferred embodiment of the present invention, described interactive testing module comprises: lamp guide, for coupling together by the optical sensor of the flashlight of the first mobile terminal and the second mobile terminal or by the optical sensor of the flashlight of the second mobile terminal and the first mobile terminal; Flash ranging unit, completes light sensation test, screen backlight test and photoflash lamp for the screen backlight of another mobile terminal of light sensors by a mobile terminal and flash of light and tests.
As a preferred embodiment of the present invention, the first mobile terminal and the second mobile terminal by the test event completing alternately each other in, if there is the project of test crash, described system also comprises the 3rd mobile terminal being connected with interactive testing module, described the 3rd mobile terminal and the mobile terminal that comprises test crash project are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal or the second mobile terminal.
As mentioned above, a kind of method and system of mutually testing based on two mobile terminals of the present invention, have following beneficial effect:
1, the present invention's the first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement; The first mobile terminal and the second mobile terminal are tested by completing alternately each other each self-corresponding light sensation, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test, so the present invention has realized two mobile terminals to be measured, two mobile phones for example, the function of test, has effectively reduced the testing time simultaneously, has improved testing efficiency.
2, the present invention tests simple and conveniently, need not loaded down with trivial detailsly connect.
3, testing procedure of the present invention is less, simple to operate, by the test report generating, can be known and be known test result.
Accompanying drawing explanation
Fig. 1 is shown as the schematic flow sheet of a kind of method of mutually testing based on two mobile terminals of the present invention.
Fig. 2～Fig. 3 is shown as structure and the connection diagram of two mobile terminals in a kind of method and system of mutually testing based on two mobile terminals of the present invention.
Fig. 4 is shown as the structure chart of charging wire in a kind of method and system of mutually testing based on two mobile terminals of the present invention.
Fig. 5～Fig. 6 is shown as test report figure in a kind of method and system of mutually testing based on two mobile terminals of the present invention.
Fig. 7 is shown as the structural representation of a kind of system of mutually testing based on two mobile terminals of the present invention.
Fig. 8 is shown as the schematic diagram of independent test module in a kind of system of mutually testing based on two mobile terminals of the present invention.
Fig. 9 is shown as the schematic diagram of interactive testing module in a kind of system of mutually testing based on two mobile terminals of the present invention.
Element numbers explanation
Embodiment
Below, by specific instantiation explanation embodiments of the present invention, those skilled in the art can understand other advantages of the present invention and effect easily by the disclosed content of this specification.The present invention can also be implemented or be applied by other different embodiment, and the every details in this specification also can be based on different viewpoints and application, carries out various modifications or change not deviating under spirit of the present invention.
The object of the present invention is to provide a kind of method and system of mutually testing based on two mobile terminals, for solving the inefficient problem of prior art testing mobile terminal.To elaborate principle and the execution mode of a kind of method and system of mutually testing based on two mobile terminals of the present invention below, make those skilled in the art not need creative work can understand a kind of method and system of mutually testing based on two mobile terminals of the present invention.
The present embodiment provides a kind of method of mutually testing based on two mobile terminals, be applied in the first mobile terminal and the second mobile terminal to be measured, refer to Fig. 1, be shown as the schematic flow sheet of a kind of method of mutually testing based on two mobile terminals of the present invention.As shown in Figure 1, a kind of method of mutually testing based on two mobile terminals of the present invention comprises the following steps.
Step S11, the first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement.
Step S12, the first mobile terminal and the second mobile terminal are tested by completing alternately each other each self-corresponding light sensation, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test.
Below step S11 and step S12 are elaborated.
In the present embodiment, the first mobile terminal and the second mobile terminal can be smart mobile phone, PAD etc.The first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, and GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement are specially:
The first mobile terminal and the second mobile terminal are tested by detecting the quantity of wifi signal and the wifi that power completes separately separately respectively, by detecting the bluetooth that the quantity of Bluetooth signal completes separately separately, test, by detecting the GPS that the quantity of gps signal completes separately separately, test, by reading the RAM (random access memory) card that the file that prestores in RAM (random access memory) card separately completes separately, test, by the IMSI information detecting in Mobile phone card separately, complete Mobile phone card read test separately.
Particularly, 5 above wifi signals and power >-70dbm detected, automatic decision is PASS, otherwise is Fail; 5 above Bluetooth signals detected, automatic decision is PASS, otherwise is Fail; 5 above gps signals detected, automatic decision is PASS, otherwise is Fail; Acquiescence reads the XXX music under mp3 file folder in RAM (random access memory) card, and automatic decision reads as PASS, otherwise is Fail; The IMSI information in Mobile phone card detected, automatic decision reads OK, otherwise is Fail.
In the present embodiment, for making the first mobile terminal and the second mobile terminal complete corresponding test, refer to Fig. 2～Fig. 4, below structure and the connection of the first mobile terminal A and the second mobile terminal B are described.The first mobile terminal A and the second mobile terminal B produce in batches, have identical structure.In figure, indicate and be applicable to the first mobile terminal A and the second mobile terminal B simultaneously.
As shown in Figures 2 and 3, the first mobile terminal A that need to use when test and the structure of the second mobile terminal B comprise: the optical sensor 01 of screen backlight opening and closing when regulating and conversing for controlling the bright darkness of screen, be used for the receiver 02 that the signal of telecommunication is transformed into acoustical signal and plays acoustical signal, for the screen 03 showing, for voice signal being converted to the microphone 04 of the signal of telecommunication, for the flashlight 05 throwing light on, for the camera 06 of taking pictures, there is receiver 02 and the microphone 04 function earpiece holes 07 for inserting for earphone, for the tinkle of bells, loudspeaker 08 and the charging socket 011 for charging that audio frequency and video are play.
In order to complete charging measurement, in the present embodiment, the charging socket 011 of the charging socket of the first mobile terminal A 011 and the second mobile terminal B is coupled together by default charging wire 012, general charging socket 011 is USB socket, the concrete structure of charging wire 012 as shown in Figure 4, comprise the first plug 0121 and the second plug 0122, a 5V DC power supply in parallel on charging wire 012 line, give charging socket 011, whether the switch 0123 of connecting on negative pole powers for controlling DC power supply, and charging wire 012 provides the direct voltage of 5V for charging socket 011.
The first mobile terminal A and the second mobile terminal B complete charging measurement separately by detecting charging voltage respectively.Particularly, charging 5V voltage detected, software automatic decision reads ok, otherwise is Fail.
The first mobile terminal A and the second mobile terminal B test by completing alternately each other each self-corresponding light sensation, screen backlight test, and the detailed process of photoflash lamp test is as follows.
The optical sensor 01 of the flashlight of the first mobile terminal A 05 and the second mobile terminal B is coupled together by lamp guide 09, and wherein, the purposes of lamp guide 09 is that the light that sudden strain of a muscle is turned off the light conducts to optical sensor 01 front end.Optical sensor 01 by the first mobile terminal A detects the light sensation test of the screen backlight of the second mobile terminal B and the first mobile terminal A that glistened, screen backlight test and the photoflash lamp of the second mobile terminal B are tested.
Be specially: the light sensation test of the first mobile terminal A: this test can be tested 2 times, to judge that whether the screen backlight in the second mobile terminal B is normal for the first time, to judge that whether the flashlight 05 in the second mobile terminal B is normal for the second time, as twice test finishes to grab numerical value one time, judge the function OK whether of the optical sensor 01 of the first mobile terminal A.Complete the light sensation test of the first mobile terminal A.
The optical sensor 01 of opening in the first mobile terminal A is tested for the first time.
The backlight intensity of the second mobile terminal B by screen in software control the second mobile terminal B is by secretly to bright variation (backlight illumination is 30---120---255), and in the first mobile terminal A, optical sensor 01 can be according to sensing that in the second mobile terminal B, screen backlight Strength Changes captures 3 groups of light sensation Value Data 50---276---412.Judge whether OK of light sensation value, can to software, adjust determination range and numerical value according to project.By 3 groups of light sensation data that grab, judge that in the second mobile terminal B, whether screen backlight is normal.Complete the screen backlight test to the second mobile terminal B.
The optical sensor 01 of opening in the first mobile terminal A is tested for the second time.
In the second mobile terminal B, flashlight 05 is opened, now flashlight 05 can open 3 seconds and cut out 3 seconds, by lamp guide 09, light is passed to optical sensor 01 in the first mobile terminal A, in the first mobile terminal A, can to read in the second mobile terminal B light sensation value when flashlight 05 is opened be that when in 10000, the second mobile terminal B, flashlight 05 cuts out, light sensation value is 50 to optical sensor 01.By grabbing to such an extent that 2 groups of light sensation data judge that whether the flashlight 05 in the second mobile terminal B is working properly.Complete the photoflash lamp test to the second mobile terminal B.
The light sensation test of the second mobile terminal B, the screen backlight test of the first mobile terminal A and photoflash lamp test, do not repeat them here, the screen backlight test of the second mobile terminal B is identical with test mode with photoflash lamp test philosophy with the light sensation test of above-mentioned the first mobile terminal A.
The first mobile terminal A and the second mobile terminal B are as follows by completing alternately each other the detailed process of each self-corresponding audio loop test.
Loudspeaker 08 by the first mobile terminal A and the second mobile terminal B and microphone 04 play sound respectively and receive the audio loop that sound completes the first mobile terminal A and the second mobile terminal B and test, and wherein audio loop test comprises the microphone test horn test of mobile terminal.
Particularly, the second mobile terminal B audio plays from loudspeaker 08, for example the microphone 04 of 123, the first mobile terminal A detects the audio frequency 123 that in the second mobile terminal B, loudspeaker 08 are play, if PASS detected, as Fail do not detected.Complete the microphone test of the first mobile terminal A and the loudspeaker test of the second mobile terminal B.
In like manner, the first mobile terminal A audio plays from loudspeaker 08, for example the microphone 04 of 123, the second mobile terminal B detects the audio frequency 123 that in the first mobile terminal A, loudspeaker 08 are play, if PASS detected, as Fail do not detected.Complete the microphone test of the second mobile terminal B and the loudspeaker test of the first mobile terminal A.
The first mobile terminal A and the second mobile terminal B are as follows by completing alternately each other each detailed process that self-corresponding headset earpiece is tested and ear microphone is tested.
Two earphone cords 010 are inserted respectively to the earpiece holes 07 of the first mobile terminal A and the earpiece holes 07 of the second mobile terminal B, by two earphone cords 010 and with the first mobile terminal A playing sound each other and receiving headset earpiece test and the ear microphone that sound completes the first mobile terminal A and the second mobile terminal B and test with the second mobile terminal B.Wherein, earphone cord 010 one end is earphone Mike 0102 and earphone power amplifier 0101, and one end is headset plug.
Particularly, earphone cord 010 is inserted in the earpiece holes 07 of the first mobile terminal A and the second mobile terminal B, the second mobile terminal B is earphone power amplifier 0101 audio plays from earphone cord 010, for example 123, in the earphone cord 010 of the first mobile terminal A, earphone Mike 0102 detects the second mobile terminal B earphone power amplifier 0101 is play from earphone cord 010 123, if PASS detected, as Fail do not detected.Complete the ear microphone test of the first mobile terminal A and earphone power amplifier 0101 test of the second mobile terminal B.
In like manner, the first mobile terminal A is earphone power amplifier 0101 audio plays from earphone cord 010, for example 123, in the earphone cord 010 of the second mobile terminal B, earphone Mike 0102 detects the first mobile terminal A earphone power amplifier 0101 is play from earphone cord 010 123, if PASS detected, as Fail do not detected.Complete the ear microphone test of the second mobile terminal B and the earphone power amplifier test of the first mobile terminal A.
In addition, in the method for the invention, also comprise respectively generate comprise the first mobile terminal A and the second mobile terminal B separately every test result test report and by showing respectively on the display screen of the first mobile terminal A and the second mobile terminal B, specifically as shown in Figure 5 and Figure 6.
The first mobile terminal A and the second mobile terminal B by the test event completing alternately each other in, if there is the project of test crash, the mobile terminal that comprises test crash project and the 3rd mobile terminal are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal A or the second mobile terminal B.The 3rd mobile terminal continues to complete alternately each other the process retesting to test crash project with the first mobile terminal A, and the process of the principle of testing alternately each other with the first mobile terminal A with the second mobile terminal B is identical.Do not repeat them here.
For example, in Fig. 6, have badly, need the first mobile terminal A and the 3rd mobile terminal to test, as test result be shown as in Fig. 6 Fail-2 this mainboard this is bad, need as defective products processing.
Fail-2 explanation in Fig. 6: Fail be that this is bad ,-1 is bad for test 1 time, if still test for the second time bad software, for showing Fail-2, this is bad now can to judge this mainboard, need to be as defective products processing.If test for the second time PASS, can show PASS, will remove FAIL several zero clearing adding up and record in internal memory.
This method is as follows in the specific implementation:
Get the first mobile terminal A start to be measured, input test instruction * #001#, is upwards placed on the first mobile terminal A optical sensor 01 on testboard, by 012 1 charging socket 011 places that insert in the first mobile terminal A of charging wire.
Get the second mobile terminal B start to be measured, input test instruction * #002#, is placed on the second mobile terminal B optical sensor 01 on testboard with the first mobile terminal A downwards face-to-face, and charging socket 011 place in the second mobile terminal B is inserted in charging wire 012 other end.
The switch of charging wire 012 0123 is switched to closure state, and the first mobile terminal A and the second mobile terminal B detect charging 5V voltage, start synchronous (simultaneously entering first test) test.
The first mobile terminal A carries out following cycle tests:
Test instruction * #001#----a:WIFI test, b: bluetooth test, c:GPS test, d: RAM (random access memory) card test, e: Mobile phone card test, f: charging measurement, g: light sensation test, h: screen backlight test, the test of i photoflash lamp, the test of j audio loop, k: headset earpiece test, l: ear microphone test
The second mobile terminal B carries out following cycle tests:
Test instruction * #002#----a:WIFI test, b: bluetooth test, c:GPS test, d: RAM (random access memory) card test, e: Mobile phone card test, f: charging measurement, g: screen backlight test, the test of h photoflash lamp, i: light sensation test, the test of j audio loop, k: earphone Mike test, l: headset earpiece test.
According to the order of test instruction, according to aforesaid method of testing, complete the test of the first mobile terminal A and the second mobile terminal B, after having tested, tester only need observe the test report showing on screen 03 in the first mobile terminal A and the second mobile terminal B.So method of the present invention has effectively reduced the testing time, has improved testing efficiency.
For realizing said method, as shown in Figure 7, the present embodiment provides a kind of system of mutually testing based on two mobile terminals, and the described system of mutually testing based on two mobile terminals 1 comprises: the first mobile terminal A to be measured and the second mobile terminal B, independent test module 11 and interactive testing module 12.
In the present embodiment, the first mobile terminal A and the second mobile terminal B can be smart mobile phone, PAD etc.
Particularly, by detecting the first mobile terminal A and the second mobile terminal B, the quantity of wifi signal and the wifi that power completes separately test independent test module 11 separately respectively, by detecting the bluetooth that the quantity of Bluetooth signal completes separately separately, test, by detecting the GPS that the quantity of gps signal completes separately separately, test, by reading the RAM (random access memory) card that the file that prestores in RAM (random access memory) card separately completes separately, test, by the IMSI information detecting in Mobile phone card separately, complete Mobile phone card read test separately.
In the present embodiment, further, as shown in Figure 8, described independent test module 11 comprises: wifi test cell 111, bluetooth test cell 112, GPS test cell 113, RAM (random access memory) card test cell 114, Mobile phone card read test unit 115 and charging measurement unit 116.
RAM (random access memory) card test cell 114 completes RAM (random access memory) card test for the file that reads RAM (random access memory) card and prestore; Particularly, RAM (random access memory) card test cell 114 acquiescences read the XXX music under mp3 file folder in RAM (random access memory) card, and automatic decision reads as PASS, otherwise is Fail.
Mobile phone card read test unit 115 completes Mobile phone card read test for detection of the IMSI information in Mobile phone card; Particularly, Mobile phone card read test unit 115 detects the IMSI information in Mobile phone card, and automatic decision reads OK, otherwise is Fail.
In the present embodiment, for making the first mobile terminal A and the second mobile terminal B complete corresponding test, refer to Fig. 2～Fig. 4, below structure and the connection of the first mobile terminal A and the second mobile terminal B are described.The first mobile terminal A and the second mobile terminal B produce in batches, have identical structure.In figure, indicate and be applicable to the first mobile terminal A and the second mobile terminal B simultaneously.
As shown in Figures 2 and 3, the first mobile terminal A that need to use when test and the structure of the second mobile terminal B comprise: the optical sensor 01 of screen backlight opening and closing when regulating and conversing for controlling the bright darkness of screen, be used for the receiver 02 that the signal of telecommunication is transformed into acoustical signal and plays acoustical signal, for the screen 03 showing, for voice signal being converted to the microphone 04 of the signal of telecommunication, for the flashlight 05 throwing light on, for the camera 06 of taking pictures, there is receiver 02 and the microphone 04 function earpiece holes 07 for inserting for earphone, for the tinkle of bells, loudspeaker 08 and the charging socket 011 for charging that audio frequency and video are play.
In order to complete charging measurement, described independent test module 11 comprises: the default charging wire 012 that the charging socket 011 of the charging socket of the first mobile terminal A 011 and the second mobile terminal B is coupled together and complete the charging measurement unit 116 of charging measurement by detecting the charging voltage of charging wire 012.In the present embodiment, the charging socket 011 of the charging socket of the first mobile terminal A 011 and the second mobile terminal B is coupled together by default charging wire 012, general charging socket 011 is USB socket, the concrete structure of charging wire 012 as shown in Figure 4, comprise the first plug 0121 and the second plug 0122, a 5V DC power supply in parallel on charging wire 012 line, give charging socket 011, whether the switch 0123 of connecting on negative pole powers for controlling DC power supply, and charging wire 012 provides the direct voltage of 5V for charging socket 011.
Particularly, in the present embodiment, as shown in Figure 9, described interactive testing module 12 comprises: lamp guide 09, for coupling together by the optical sensor 01 of the flashlight of the first mobile terminal A 05 and the second mobile terminal or by the optical sensor 01 of the flashlight of the second mobile terminal B 05 and the first mobile terminal A; Flash ranging unit 121, detects the screen backlight of another mobile terminal and flash of light for the optical sensor 01 by a mobile terminal and completes light sensation test, screen backlight test and photoflash lamp and test.
The first mobile terminal A and the second mobile terminal B test by completing alternately each other each self-corresponding light sensation, screen backlight test, and the detailed process of photoflash lamp test is as follows.
The optical sensor 01 of the flashlight of the first mobile terminal A 05 and the second mobile terminal B is coupled together by lamp guide 09, and wherein, the purposes of lamp guide 09 is that the light that sudden strain of a muscle is turned off the light conducts to optical sensor 01 front end.Flash ranging unit 121 detects the light sensation test of the screen backlight of the second mobile terminal B and the first mobile terminal A that glistened, screen backlight test and the photoflash lamp of the second mobile terminal B are tested by the optical sensor 01 of the first mobile terminal A.
Be specially: the light sensation test of the first mobile terminal A: this test can be tested 2 times, to judge that whether the screen backlight in the second mobile terminal B is normal for the first time, to judge that whether the flashlight 05 in the second mobile terminal B is normal for the second time, as twice test finishes to grab numerical value one time, judge the function OK whether of the optical sensor 01 of the first mobile terminal A.Complete the light sensation test of the first mobile terminal A.
The optical sensor 01 of opening in the first mobile terminal A is tested for the first time.
The backlight intensity of the second mobile terminal B by screen 03 in software control the second mobile terminal B is by secretly to bright variation (backlight illumination is 30---120---255), and in the first mobile terminal A, optical sensor 01 can be according to sensing that in the second mobile terminal B, screen backlight Strength Changes captures 3 groups of light sensation Value Data 50---276---412.Flash ranging unit 121 judges whether OK of light sensation value, can to software, adjust determination range and numerical value according to project.Flash ranging unit 121 judges that by 3 groups of light sensation data that grab in the second mobile terminal B, whether screen backlight is normal.Complete the screen backlight test to the second mobile terminal B.
The optical sensor 01 of opening in the first mobile terminal A is tested for the second time.
In the second mobile terminal B, flashlight 05 is opened, now flashlight 05 can open 3 seconds and cut out 3 seconds, by lamp guide 09, light is passed to optical sensor 01 in the first mobile terminal A, in the first mobile terminal A, can to read in the second mobile terminal B light sensation value when flashlight 05 is opened be that when in 10000, the second mobile terminal B, flashlight 05 cuts out, light sensation value is 50 to optical sensor 01.Flash ranging unit 121 is by grabbing to such an extent that 2 groups of light sensation data judge that whether the flashlight 05 in the second mobile terminal B is working properly.Complete the photoflash lamp test to the second mobile terminal B.
The light sensation test of the second mobile terminal B, the screen backlight test of the first mobile terminal A and photoflash lamp test, do not repeat them here, the screen backlight test of the second mobile terminal B is identical with test mode with photoflash lamp test philosophy with the light sensation test of above-mentioned the first mobile terminal A.
In the present embodiment, described interactive testing module 12 also comprises: loudspeaker 08 and microphone 04 by mobile terminal play sound respectively and receive the audio loop test cell 122 that sound completes audio loop test.
The first mobile terminal A and the second mobile terminal B are as follows by completing alternately each other the detailed process of each self-corresponding audio loop test.
Particularly, the second mobile terminal B audio plays from loudspeaker 08, for example 123, audio loop test cell 122 in the first mobile terminal A detects by the microphone 04 of the first mobile terminal A the audio frequency 123 that in the second mobile terminal B, loudspeaker 08 are play, if PASS detected, as Fail do not detected.Complete the microphone test of the first mobile terminal A and the loudspeaker test of the second mobile terminal B.
In like manner, the first mobile terminal A audio plays from loudspeaker 08, for example 123, audio loop test cell 122 in the second mobile terminal B detects by the microphone 04 of the second mobile terminal B the audio frequency 123 that in the first mobile terminal A, loudspeaker 08 are play, if PASS detected, as Fail do not detected.Complete the microphone test of the second mobile terminal B and the loudspeaker test of the first mobile terminal A.
In the present embodiment, described interactive testing module 12 also comprises: earphone cord 010, and one end is earphone Mike 0102 and earphone power amplifier 0101, one end is for inserting the headset plug of the earpiece holes 07 of mobile terminal; Headset earpiece microphone test cell 123, by earphone cord 010 and play sound and receive that sound completes headset earpiece test and ear microphone is tested.
The first mobile terminal A and the second mobile terminal B are as follows by completing alternately each other each detailed process that self-corresponding headset earpiece is tested and ear microphone is tested.
Two earphone cords 010 are inserted respectively to the earpiece holes 07 of the first mobile terminal A and the earpiece holes 07 of the second mobile terminal B, headset earpiece microphone test cell 123 by two earphone cords 010 and with the first mobile terminal A playing sound each other and receiving headset earpiece test and the ear microphone that sound completes the first mobile terminal A and the second mobile terminal B and test with the second mobile terminal B.Wherein, earphone cord 010 one end is earphone Mike 0102 and earphone power amplifier 0101, and one end is headset plug.
Particularly, earphone cord 010 is inserted in the earpiece holes 07 of the first mobile terminal A and the second mobile terminal B, the second mobile terminal B is earphone power amplifier 0101 audio plays from earphone cord 010, for example 123, headset earpiece microphone test cell 123 by earphone Mike in the earphone cord 010 of the first mobile terminal A 0102, detect the second mobile terminal B earphone power amplifier 0101 play from earphone cord 010 123, if PASS detected, as Fail do not detected.Complete the ear microphone test of the first mobile terminal A and the earphone power amplifier test of the second mobile terminal B.
In like manner, the first mobile terminal A is earphone power amplifier 0101 audio plays from earphone cord 010, for example 123, headset earpiece microphone test cell 123 by earphone Mike in the earphone cord 010 of the second mobile terminal B 0102, detect the first mobile terminal A earphone power amplifier 0101 play from earphone cord 010 123, if PASS detected, as Fail do not detected.Complete the ear microphone test of the second mobile terminal B and the earphone power amplifier test of the first mobile terminal A.
In addition, the system in the present embodiment also comprises: generate respectively and comprise the first mobile terminal A and the second mobile terminal B test report generation module 13 of the test report of every test result separately; Test report in described test report generation module 13 shows by the display screen of the first mobile terminal A and the second mobile terminal B, specifically as shown in Figure 5 and Figure 6.
The first mobile terminal A and the second mobile terminal B by the test event completing alternately each other in, if there is the project of test crash, described system also comprises the 3rd mobile terminal being connected with interactive testing module 12, described the 3rd mobile terminal and the mobile terminal that comprises test crash project are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal A or the second mobile terminal B.The 3rd mobile terminal continues to complete alternately each other the process retesting to test crash project with the first mobile terminal A, and the process of the principle of testing alternately each other with the first mobile terminal A with the second mobile terminal B is identical.Do not repeat them here.
For example, in Fig. 6, have badly, need the first mobile terminal A and the 3rd mobile terminal to test, as test result be shown as in Fig. 6 Fail-2 this mainboard this is bad, need as defective products processing.
Fail-2 explanation in Fig. 6: Fail be that this is bad ,-1 is bad for test 1 time, if still test for the second time bad software, for showing Fail-2, this is bad now can to judge this mainboard, need to be as defective products processing.If test for the second time PASS, can show PASS, will remove FAIL several zero clearing adding up and record in internal memory.
Native system is as follows when concrete operation:
Get the first mobile terminal A start to be measured, input test instruction * #001#, is upwards placed on the first mobile terminal A optical sensor 01 on testboard, by 012 1 charging socket 011 places that insert in the first mobile terminal A of charging wire.
Get the second mobile terminal B start to be measured, input test instruction * #002#, is placed on the second mobile terminal B optical sensor 01 on testboard with the first mobile terminal A downwards face-to-face, and charging socket 011 place in the second mobile terminal B is inserted in charging wire 012 other end.
The switch of charging wire 012 0123 is switched to closure state, and the first mobile terminal A and the second mobile terminal B detect charging 5V voltage, start synchronous (simultaneously entering first test) test.
Each module in the first mobile terminal A is carried out following cycle tests successively:
Test instruction * #001#----a:WIFI test, b: bluetooth test, c:GPS test, d: RAM (random access memory) card test, e: Mobile phone card test, f: charging measurement, g: light sensation test, h: screen backlight test, the test of i photoflash lamp, the test of j audio loop, k: headset earpiece test, l: ear microphone test
Each module in the second mobile terminal B is carried out following cycle tests successively:
Test instruction * #002#----a:WIFI test, b: bluetooth test, c:GPS test, d: RAM (random access memory) card test, e: Mobile phone card test, f: charging measurement, g: screen backlight test, the test of h photoflash lamp, i: light sensation test, the test of j audio loop, k: earphone Mike test, l: headset earpiece test.
According to the order of test instruction, according to aforesaid test macro, complete the test of the first mobile terminal A and the second mobile terminal B, after having tested, tester only need observe the test report showing on screen 03 in the first mobile terminal A and the second mobile terminal B.So method of the present invention has effectively reduced the testing time, has improved testing efficiency.
In sum, a kind of method and system of mutually testing based on two mobile terminals of the present invention, have reached following beneficial effect:
The present invention's the first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement; The first mobile terminal and the second mobile terminal are tested by completing alternately each other each self-corresponding light sensation, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test, so the present invention has realized two mobile terminals to be measured, two mobile phones for example, the function of test, has effectively reduced the testing time simultaneously, has improved testing efficiency; Meanwhile, the present invention tests simple and convenient, need not loaded down with trivial detailsly connect; In addition, testing procedure of the present invention is less, simple to operate, by the test report generating, can be known and be known test result.So the present invention has effectively overcome various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all can, under spirit of the present invention and category, modify or change above-described embodiment.Therefore, such as in affiliated technical field, have and conventionally know that the knowledgeable, not departing from all equivalence modifications that complete under disclosed spirit and technological thought or changing, must be contained by claim of the present invention.
Claims (10)
1. a method of mutually testing based on two mobile terminals, is applied to, in the first mobile terminal and the second mobile terminal to be measured, it is characterized in that, described method comprises:
The first mobile terminal and the second mobile terminal are tested by signal or the wifi that completes separately of information that detects self respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement;
The first mobile terminal and the second mobile terminal are tested by completing alternately each other each self-corresponding light sensation, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test.
2. method of mutually testing based on two mobile terminals according to claim 1, it is characterized in that, the first mobile terminal and the second mobile terminal are tested by detecting the quantity of wifi signal and the wifi that power completes separately separately respectively, by detecting the bluetooth that the quantity of Bluetooth signal completes separately separately, test, by detecting the GPS that the quantity of gps signal completes separately separately, test, by reading the RAM (random access memory) card that the file that prestores in RAM (random access memory) card separately completes separately, test, by the IMSI information detecting in Mobile phone card separately, complete Mobile phone card read test separately.
3. method of mutually testing based on two mobile terminals according to claim 1, it is characterized in that, the charging socket of the charging socket of the first mobile terminal and the second mobile terminal is coupled together by default charging wire, and the first mobile terminal and the second mobile terminal complete charging measurement separately by detecting charging voltage respectively.
4. method of mutually testing based on two mobile terminals according to claim 1, it is characterized in that, by the optical sensor of the flashlight of the first mobile terminal and the second mobile terminal or by the optical sensor of the flashlight of the second mobile terminal and the first mobile terminal, by lamp guide, couple together: the light sensation test of the screen backlight of light sensors the second mobile terminal by the first mobile terminal and first mobile terminal that glisten, the screen backlight of the second mobile terminal is tested and photoflash lamp is tested; The light sensation test of the screen backlight of light sensors the first mobile terminal by the second mobile terminal and second mobile terminal that glisten, the screen backlight of the first mobile terminal is tested and photoflash lamp is tested.
5. method of mutually testing based on two mobile terminals according to claim 1, it is characterized in that, the first mobile terminal and the second mobile terminal by the test event completing alternately each other in, if there is the project of test crash, the mobile terminal that comprises test crash project and the 3rd mobile terminal are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal or the second mobile terminal.
6. a system of mutually testing based on two mobile terminals, is characterized in that, described system comprises:
The first mobile terminal to be measured and the second mobile terminal;
Independent test module, be installed in respectively in the first mobile terminal and the second mobile terminal, for the first mobile terminal and the second mobile terminal, by signal or the wifi that completes separately of information that detects self, test respectively, bluetooth test, GPS test, RAM (random access memory) card test, Mobile phone card read test and charging measurement;
Interactive testing module, be connected with the second mobile terminal with the first mobile terminal respectively, for the first mobile terminal and the second mobile terminal, by completing alternately each other each self-corresponding light sensation, test, screen backlight test, photoflash lamp test, audio loop test, headset earpiece test and ear microphone test.
7. system of mutually testing based on two mobile terminals according to claim 6, is characterized in that, described independent test module comprises:
Quantity and power for detection of wifi signal complete the wifi test cell that wifi tests;
For detection of the quantity of Bluetooth signal, complete the bluetooth test cell of bluetooth test;
For detection of the quantity of gps signal, complete the GPS test cell of bluetooth test;
For reading file that RAM (random access memory) card prestores, complete the RAM (random access memory) card test cell of RAM (random access memory) card test;
For detection of the IMSI information in Mobile phone card, complete the Mobile phone card read test unit of Mobile phone card read test.
8. according to the system of mutually testing based on two mobile terminals described in claim 6 or 7, it is characterized in that, described independent test module comprises: the default charging wire that the charging socket of the charging socket of the first mobile terminal and the second mobile terminal is coupled together and complete the charging measurement unit of charging measurement by detecting the charging voltage of charging wire.
9. system of mutually testing based on two mobile terminals according to claim 8, is characterized in that, described interactive testing module comprises:
Lamp guide, for coupling together by the optical sensor of the flashlight of the first mobile terminal and the second mobile terminal or by the optical sensor of the flashlight of the second mobile terminal and the first mobile terminal;
Flash ranging unit, completes light sensation test, screen backlight test and photoflash lamp for the screen backlight of another mobile terminal of light sensors by a mobile terminal and flash of light and tests.
10. system of mutually testing based on two mobile terminals according to claim 6, it is characterized in that, the first mobile terminal and the second mobile terminal by the test event completing alternately each other in, if there is the project of test crash, described system also comprises the 3rd mobile terminal being connected with interactive testing module, described the 3rd mobile terminal and the mobile terminal that comprises test crash project are proceeded to complete alternately each other to the retesting of test crash project, to determine the concrete fault of the first mobile terminal or the second mobile terminal.
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| CN112950608A (en) * | 2021-03-15 | 2021-06-11 | 读书郎教育科技有限公司 | Method for detecting screen splash and screen splash of terminal screen in factory |
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