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CN105847501B - Full-automatic streamline type mobile phone online testing method and system - Google Patents

Full-automatic streamline type mobile phone online testing method and system Download PDF

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Publication number
CN105847501B
CN105847501B CN201610269835.6A CN201610269835A CN105847501B CN 105847501 B CN105847501 B CN 105847501B CN 201610269835 A CN201610269835 A CN 201610269835A CN 105847501 B CN105847501 B CN 105847501B
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China
Prior art keywords
test
mobile phone
station
camera
lcm
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CN201610269835.6A
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CN105847501A (en
Inventor
王风仁
李炎林
肖江林
刘翥
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Beijing Mountain Electronic Technology Co ltd
Suzhou Hengshantong Electronic Technology Co ltd
Guangdong Mountain Industry Co ltd
Original Assignee
Beijing Mountain Electronic Technology Co ltd
Suzhou Hengshantong Electronic Technology Co ltd
Guangdong Mountain Industry Co ltd
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Priority to CN201610269835.6A priority Critical patent/CN105847501B/en
Publication of CN105847501A publication Critical patent/CN105847501A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/24—Arrangements for testing
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
    • G01D21/00—Measuring or testing not otherwise provided for
    • G01D21/02—Measuring two or more variables by means not covered by a single other subclass
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation
    • G06K7/14—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation using light without selection of wavelength, e.g. sensing reflected white light
    • G06K7/1404—Methods for optical code recognition
    • G06K7/1408—Methods for optical code recognition the method being specifically adapted for the type of code
    • G06K7/1417—2D bar codes
    • G—PHYSICS
    • G08—SIGNALLING
    • G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality

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  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Signal Processing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • General Health & Medical Sciences (AREA)
  • Electromagnetism (AREA)
  • Toxicology (AREA)
  • Artificial Intelligence (AREA)
  • Computer Vision & Pattern Recognition (AREA)
  • Theoretical Computer Science (AREA)
  • Health & Medical Sciences (AREA)
  • Human Computer Interaction (AREA)
  • Telephone Function (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The invention discloses a full-automatic streamline mobile phone online test method which comprises the following steps of (1) prefabricating an online test system, (2) implanting APK software in a mobile phone, (3) placing the mobile phone on a test carrier, moving the mobile phone to a mobile phone information reading station, transmitting mobile phone identification information to a PC, moving the mobile phone to an L CM test station, (4) taking pictures of screens of all colors by a Camera, analyzing the pictures by the PC, moving the mobile phone to a Camera test station, (5) respectively testing the functions of a near focus and a far focus of a front Camera and a rear Camera of the mobile phone, analyzing and calculating test results by the APK software, moving the mobile phone to a Sensor test station, (6) sequentially testing a light Sensor and a distance Sensor in the mobile phone, analyzing and calculating test results by the APK software, moving the mobile phone to the test result output station, (7) transmitting the test results to a switchboard, judging whether the switchboard is a qualified mobile phone, retesting unqualified mobile phones, and further disclosing the online test system.

Description

A kind of full-automatic streamline mobile phone on-line testing method and its system
Technical field
The present invention relates to a kind of handset testing method more particularly to a kind of full-automatic streamline mobile phone on-line testing method and Its system.
Background technique
After completing the assembling of mobile phone complete machine, need to test the various functions of mobile phone, test object includes mobile phone LCM (screen), mobile phone Camera (camera) and mobile phone Sensor (sensor) etc. guarantee the performance of the various components of mobile phone Reach product quality requirement.It in the prior art, to the test of above-mentioned test object is surveyed by independent test equipment mostly Examination, meanwhile, the degree of automation is low, greatly increases manpower and time, consequently leads to that testing efficiency is low, human cost is high The defects of.
Existing test equipment and the connection type of mobile phone generally use USB connection, mechanical action and interface it is uncertain Property, the physical contact damage between interface is greatly increased, meanwhile, different test item test scenes constantly convert, all It will lead to test equipment fluctuation of service.
Meanwhile the different test items of mobile phone are tested, entire control flow has central computer control, and obtains Test result saved by central computer and analysis is handled, it is therefore desirable to central computer has very high configuration and very big appearance , such as there is stability problem, then directly influences whether all data in central computer, increase and mass data mistake occur in amount A possibility that.
Therefore, a kind of high degree of automation, system run all right high handset testing method and its system are developed, is shown It obtains more urgent.
Summary of the invention
In view of the above deficiencies, the purpose of the present invention is to provide a kind of full-automatic streamline mobile phone on-line testing method and its System, to solve the problems, such as that low existing mobile phone test the degree of automation, low efficiency and stability are low.The present invention uses unmanned testing The mode of assembly line, and entire testing process is controlled by interior of mobile phone software APK, a variety of test items are integrated in same online In test macro, full-automatic testing is realized, manpower and time is greatly reduced, improves testing efficiency, reduce manpower Cost.
The technical scheme adopted by the invention to achieve the purpose is as follows:
A kind of full-automatic streamline mobile phone on-line testing method, which comprises the following steps:
(1) a prefabricated Online Transaction Processing including rack, exchange, the test transmission mechanism for being set to frame upper end and returns Transfer mechanism is spread, the feeding robot device for being set to front end of rack, the feeding robot device of rear end of rack is set to and sets Cellphone information reader station, the testing station LCM, the testing station Camera, the testing station Sensor and the test result being placed in rack export It stands, wherein the test transmission mechanism is sequentially passed through in cellphone information reader station, the testing station LCM, the testing station Camera, Sensor In testing station and test result output station；The testing station LCM, the testing station Camera and the testing station Sensor is respectively equipped with and exchange The PC machine being connected；Industrial camera is provided on the testing station LCM；The rear end of the test transmission mechanism and reflux transmission mechanism Front end be connected by the first reflux translation mechanism, the rear end of the reflux transmission mechanism passes through with the front end for testing transmission mechanism Second reflux translation mechanism is connected, and movement is provided with several tests loads on the test transmission mechanism and reflux transmission mechanism Tool；
(2) APK test software is implanted into several pretest mobile phones；
(3) different pretest mobile phones is constantly placed in test transmission mechanism end by the feeding robot device On test loaded tool, pretest mobile phone is moved to cellphone information reader station in company with test loaded tool, and pretest mobile phone is by specific mobile phone Identification information reaches the PC machine in the testing station LCM, and then pretest mobile phone is moved to the testing station LCM in company with test loaded tool；
(4) after the PC machine reception pretest mobile phone in the testing station LCM enters the station information, pretest mobile phone constantly converts screen Curtain color, the industrial camera on the testing station LCM take pictures to the screen of each color, obtain the photo of different colours screen, PC machine in the testing station LCM analyzes different colours screen shot to obtain test result, and then pretest mobile phone is in company with survey Examination carrier is moved to the testing station Camera；
(5) PC machine in the testing station Camera receives pretest mobile phone and enters the station after information, as pretest mobile phone exists Movement in the testing station Camera, the front camera to pretest mobile phone and rear camera respectively it is close burnt with remote burnt function It is tested, the APK test software in pretest mobile phone carries out analytic operation to test information and goes out test result, then pretest Mobile phone is moved to the testing station Sensor in company with test loaded tool；
(6) PC machine in the testing station Sensor receives pretest mobile phone and enters the station after information, as pretest mobile phone exists Movement in the testing station Camera successively tests the optical inductor in pretest mobile phone with distance-sensor, tests hand APK test software in machine carries out analytic operation to test information and goes out test result, and then pretest mobile phone is in company with test loaded tool It is moved to test result output station；
(7) test result is reached exchange by pretest mobile phone, exchange according to test result judge pretest mobile phone whether be Qualified mobile phone, if so, feeding robot device takes out the qualification mobile phone, test loaded tool is passed by the first reflux translation mechanism To reflux transmission mechanism；Otherwise, which reaches reflux transmission by the first reflux translation mechanism in company with test loaded tool Mechanism, and cellphone information reader station is reached by the second reflux translation mechanism, repeat step (3)-(7).
As a further improvement of the present invention, the step (3) is specifically includes the following steps: pretest mobile phone enters mobile phone After information reader station, display represents the two dimensional code of the pretest handset identity information on pretest mobile phone screen, the testing station LCM into The camera of exit upper end is scanned two dimensional code, and parses reading information, and the information read is transferred to the testing station LCM In PC machine；Alternatively, pretest mobile phone is special by it by wireless communication mode after pretest mobile phone enters cellphone information reader station Fixed handset identity information reaches the PC machine in the testing station LCM.
As a further improvement of the present invention, on the testing station LCM in the step (1) and under test transmission mechanism End is provided with a jacking cylinder；The step (4) is further comprising the steps of: on the test loaded tool on jacking cylinder driving top The focus data of lower movement, front camera and rear camera that test is located at the pretest mobile phone in the test loaded tool is believed It ceases, the APK test software in pretest mobile phone carries out analytic operation to focus data information and goes out test result.
As a further improvement of the present invention, in the step (1), in the testing station Camera and it is located at test biography Transfer mechanism upper end is provided with preposition close to sources blank and preposition distance light source blank, and test transmission mechanism lower end is provided with postposition Close to sources blank and postposition distance light source blank；The step (5) specifically includes the following steps: pretest mobile phone be moved to it is preposition close Light source blank lower end, pretest mobile phone front camera take pictures to preposition close to sources blank；It is remote that pretest mobile phone is moved to postposition Light source blank upper end, pretest mobile phone rear camera take pictures to postposition distance light source blank；Pretest mobile phone is moved to preposition remote Light source blank lower end, pretest mobile phone front camera take pictures to preposition distance light source blank；It is close that pretest mobile phone is moved to postposition Light source blank upper end, pretest mobile phone rear camera take pictures to postposition close to sources blank；Pretest mobile phone successively obtains preposition Close to sources blank picture, postposition distance light source blank picture, preposition distance light source blank picture and postposition close to sources blank picture are tested Information.
As a further improvement of the present invention, close to sources, distance light are provided on the testing station Sensor in the step (1) Source, short distance baffle and remote baffle；The step (6) is specifically includes the following steps: the pretest mobile phone is moved to closely The optical inductor in pretest mobile phone is closely tested in light source lower end；The pretest mobile phone is moved to remote gear The distance-sensor in pretest mobile phone is at a distance tested in plate lower end；The pretest mobile phone is moved under distance light source End, at a distance tests the optical inductor in pretest mobile phone；The pretest mobile phone is moved to short distance baffle lower end, Closely the distance-sensor in pretest mobile phone is tested, obtains test information respectively.
As a further improvement of the present invention, the step (7) will be specifically includes the following steps: pretest mobile phone will represent institute There is the two dimensional code of test result to be shown on screen, exchange is by the camera of the testing station Sensor exit upper end to two dimensional code It is scanned, exchange parses test result and obtains test result；Alternatively, pretest mobile phone will be tested by wireless communication mode As a result exchange is reached.
As a further improvement of the present invention, the step (4) is further comprising the steps of: the PC in the testing station LCM Machine sends turn colors signal to pretest mobile phone, after pretest mobile phone receives signal, converts screen color and by colour switching Pass signal feeds back to PC machine；Wherein, the PC machine in the testing station LCM sends the mode of turn colors signal are as follows: passes through nothing Line communication modes send, sent by way of the sound equipment sending voice messaging being set on the testing station LCM and pass through and are set to The mode that flashlight on the testing station LCM emits beam send in any one.
As a further improvement of the present invention, the step (4) is further comprising the steps of: default pretest mobile phone is providing Auto-changing screen color in time, pretest mobile phone first open color screen and show progress bar, the PC machine root in the testing station LCM It is automatically aligned to the time according to the preset stipulated time, and sends signal to industrial camera and takes pictures to the screen of each color.
As a further improvement of the present invention, the step (4), (5), PC machine receives pretest mobile phone and enters the station letter in (6) The specific steps of breath are as follows: pretest mobile phone enables the wireless communication mode information that will enter the station and reaches PC machine, if enabling failure, predicts Trial work machine enables the speech communication mode information that will enter the station and reaches PC machine；Pretest mobile phone issues voice messaging to PC machine, and PC machine is logical Miss the stop interior setting microphone receive voice messaging, and by station in be arranged flashlight emit beam to pretest mobile phone feedback Voice information signal is received, if enabling failure, pretest mobile phone enables the optical communication mode information that will enter the station and reaches PC machine；Prediction Trial work machine emits beam information to PC machine, and PC machine incudes light information by the optical inductor being arranged in station, and passes through flashlight Light information signal is received to the pretest mobile phone feedback that emits beam, if enabling failure, pretest mobile phone is according to self gravity Sensor adjustment is arrived at a station, and by identifying that the coloured paper of different testing station lower end settings is adjusted into correct testing station.
Implement the full-automatic streamline mobile phone Online Transaction Processing of the above method, including rack and exchange, which is characterized in that It further include the test transmission mechanism for being set to frame upper end and the transmission mechanism that flows back, the feeding robot dress for being set to front end of rack Set, be set to the feeding robot device of rear end of rack and be set in rack cellphone information reader station, the testing station LCM, The testing station Camera, the testing station Sensor and test result output station, wherein the test transmission mechanism is sequentially passed through to be believed in mobile phone It ceases in reader station, the testing station LCM, the testing station Camera, the testing station Sensor and test result output station；The testing station LCM, The testing station Camera is respectively equipped with the PC machine being connected with exchange with the testing station Sensor, surveys in the testing station LCM, Camera Examination station is provided with a stepper motor on the testing station Sensor and positioned at test transmission mechanism lower end；It is set on the testing station LCM It is equipped with industrial camera；The rear end of the test transmission mechanism is connected with the front end of reflux transmission mechanism by the first reflux translation mechanism It connects, the rear end of the reflux transmission mechanism is connected with the front end of test transmission mechanism by the second reflux translation mechanism, and the survey The mobile several test loaded tools being provided with for carrying pretest mobile phone on examination transmission mechanism and the transmission mechanism that flows back, each test Carrier loopy moving is in by test transmission mechanism, the first reflux translation mechanism, reflux transmission mechanism and the second reflux translation mechanism On the assembly line of composition.
As a further improvement of the present invention, it is all provided on the testing station LCM, the testing station Camera and the testing station Sensor It is equipped with several optical communication mechanisms, microphone and sound equipment, wherein the optical communication mechanism includes being set in rack and being located at test to carry The flashlight for having the optical inductor of lower end and being set to right above optical inductor；And the testing station LCM, the testing station Camera A camera is respectively arranged with the portal of the testing station Sensor and exit upper end.
As a further improvement of the present invention, one is provided on the testing station LCM and positioned at test transmission mechanism lower end Jacking cylinder is provided with a light barrier on the testing station LCM and between every two test loaded tool.
As a further improvement of the present invention, it is provided in the testing station Camera and positioned at test transmission mechanism upper end Preposition close to sources blank and preposition distance light source blank are provided with postposition close to sources blank and postposition positioned at test transmission mechanism lower end Distance light source blank, and the preposition distance light source blank upper end is provided with a light source and adjusts fixing seat.
As a further improvement of the present invention, the test transmission mechanism upper end on the testing station Sensor, and along Close to sources, remote baffle, distance light source and short distance baffle are disposed on the moving direction of test loaded tool.
As a further improvement of the present invention, the feeding robot device and feeding robot device include a bracket And it is set to the manipulator in rack.
The invention has the benefit that
(1) by the way of unmanned testing assembly line, a variety of test items are integrated in same Online Transaction Processing, are mentioned The utilization rate for rising test device, realizes full-automatic testing, greatly reduced manpower and time, improve testing efficiency, drops Low human cost；
(2) whole mobile phone on-line testing process is controlled by interior of mobile phone software APK, different by generating on mobile phone screen Information signal interacted with Online Transaction Processing, instrument also completely from mobile phone voluntarily command with test；Meanwhile mobile phone is automatic Know that the location information into different testing stations, the test result in different testing stations are also automatically analyzed by interior of mobile phone software APK Operation is completed, and therefore, there is no need to central computer (exchange) has very high configuration and very big capacity, is asked if any any stability Topic also only occurs on independent mobile phone, does not interfere with the data in all mobile phones, reduces and mass data mistake occur Risk；
(3) mobile phone and Online Transaction Processing carry out transmitting signal and data using multiple communication pipeline, can use respectively WiFi (wireless telecommunications), speech communication, optical communication mode, as long as having a kind of communication modes are successful both can be with steady testing, as a result, The influence caused by test of the wireless telecommunications factors of instability is avoided, the reliability and stability of system is greatly improved.
Above-mentioned is the general introduction of inventive technique scheme, below in conjunction with attached drawing and specific embodiment, is done further to the present invention Explanation.
Detailed description of the invention
Fig. 1 is the overall structure diagram of Online Transaction Processing of the present invention；
Fig. 2 is the structural schematic diagram of the testing station LCM of the present invention；
Fig. 3 is the structural schematic diagram of the testing station Camera of the present invention；
Fig. 4 is the structural schematic diagram of the testing station Sensor of the present invention.
Specific embodiment
Further to illustrate the present invention to reach the technical means and efficacy that predetermined purpose is taken, below in conjunction with attached drawing And preferred embodiment, detailed description of specific embodiments of the present invention.
Embodiment one:
Fig. 1 to Fig. 4 is please referred to, the embodiment of the present invention provides a kind of full-automatic streamline mobile phone on-line testing method, including Following steps:
(1) a prefabricated Online Transaction Processing, including rack 1, exchange, the test transmission mechanism 2 for being set to 1 upper end of rack and Reflux transmission mechanism 3, the feeding robot device for being set to 1 front end of rack, the feeding robot dress for being set to 1 rear end of rack Set and be set to cellphone information reader station 6 in rack 1, the testing station LCM 7, the testing station Camera 8, the testing station Sensor 9 with Test result output station 10, wherein the test transmission mechanism 2 sequentially pass through in cellphone information reader station 6, the testing station LCM 7, In the testing station Camera 8, the testing station Sensor 9 and test result output station 10；The testing station LCM 7, the testing station Camera 8 with The testing station Sensor 9 is respectively equipped with the PC machine being connected with exchange；Industrial camera 71 is provided on the testing station LCM 7；The survey The rear end for trying transmission mechanism 2 is connected with the front end of reflux transmission mechanism 3 by the first reflux translation mechanism 12, reflux transmission The rear end of mechanism 3 is connected with the front end of test transmission mechanism 2 by the second reflux translation mechanism 13, and the test transmission mechanism 2 are provided with several test loaded tools 14 with movement on reflux transmission mechanism 3；
(2) APK test software is implanted into several pretest mobile phones 4；
(3) different pretest mobile phones 4 is constantly placed in test 2 end of transmission mechanism by the feeding robot device Test loaded tool 14 on, pretest mobile phone 4 is moved to cellphone information reader station 6 in company with test loaded tool 14, and pretest mobile phone 4 will be special Fixed handset identity information reaches the PC machine in the testing station LCM 7, and then pretest mobile phone 4 is moved to LCM in company with test loaded tool 14 Testing station 7；
(4) after the PC machine reception pretest mobile phone 4 in the testing station LCM 7 enters the station information, pretest mobile phone 4 constantly becomes Screen color is changed, the industrial camera 71 on the testing station LCM 7 takes pictures to the screen of each color, obtains different colours screen Photo, the PC machine in the testing station LCM 7 analyzes different colours screen shot to obtain test result, then predicts trial work Machine 4 is moved to the testing station Camera 8 in company with test loaded tool 14；
(5) PC machine in the testing station Camera 8 receives pretest mobile phone 4 and enters the station after information, with pretest mobile phone 4 Movement in the testing station Camera 8, the front camera to pretest mobile phone 4 and rear camera respectively it is close burnt with remote coke Function is tested, and the APK test software in pretest mobile phone 4 carries out analytic operation to test information and obtains test result, Then pretest mobile phone 4 is moved to the testing station Sensor 9 in company with test loaded tool 14；
(6) PC machine in the testing station Sensor 9 receives pretest mobile phone 4 and enters the station after information, with pretest mobile phone 4 Movement in the testing station Camera 9 is successively tested the optical inductor in pretest mobile phone 4 with distance-sensor, institute The APK test software stated in pretest mobile phone 4 carries out analytic operation to test information and obtains test result, then predicts trial work Machine 4 is moved to test result output station 10 in company with test loaded tool 14；
(7) test result is reached exchange by pretest mobile phone 4, exchange according to test result judge pretest mobile phone whether be Qualified mobile phone, if so, feeding robot device takes out the qualification mobile phone, test loaded tool 14 passes through the first reflux translation mechanism 12 reach reflux transmission mechanism 3；Otherwise, which is passed in company with test loaded tool 14 by the first reflux translation mechanism 12 To reflux transmission mechanism 3, and cellphone information reader station 6 is reached by the second reflux translation mechanism 13, repeats step (3)-(7).
The step (3) predicts trial work specifically includes the following steps: after the entrance cellphone information reader station of pretest mobile phone 4 Display represents the two dimensional code of the pretest handset identity information, the camera 18 of 7 portal upper end of the testing station LCM on 4 screen of machine Two dimensional code is scanned, and parses reading information, the information read is transferred to the PC machine in the testing station LCM 7；Alternatively, After pretest mobile phone 4 enters cellphone information reader station 6, pretest mobile phone 4 is known its specific mobile phone by wireless communication mode Other information reaches the PC machine in the testing station LCM 7.
The step (4) is further comprising the steps of: PC machine in the testing station LCM 7 sends turn colors signal to pre- Testing mobile phone 4 after pretest mobile phone 4 receives signal, converts screen color and colour switching pass signal is fed back to PC machine；Its In, the PC machine in the testing station LCM 7 sends the mode of turn colors signal are as follows: is sent, by wireless communication mode by setting The mode that the sound equipment 15 being placed on the testing station LCM 7 issues voice messaging is sent and the flashlight by being set on the testing station LCM 7 17 modes that emit beam of cylinder send in any one.
In the step (1), it is provided in the testing station Camera 8 and positioned at test 2 upper end of transmission mechanism preposition Close to sources blank 81 and preposition distance light source blank 82 are provided with postposition close to sources blank with after positioned at test 2 lower end of transmission mechanism Set distance light source blank；The step (5) is specifically includes the following steps: pretest mobile phone 4 is moved under preposition close to sources blank 81 End, 4 front camera of pretest mobile phone take pictures to preposition close to sources blank 81；It is white that pretest mobile phone 4 is moved to postposition distance light source Plate upper end, 4 rear camera of pretest mobile phone take pictures to postposition distance light source blank；Pretest mobile phone 4 is moved to preposition distance light source 82 lower end of blank, 4 front camera of pretest mobile phone take pictures to preposition distance light source blank 82；Pretest mobile phone 4 is moved to postposition Close to sources blank upper end, 4 rear camera of pretest mobile phone take pictures to postposition close to sources blank；Pretest mobile phone 4 successively obtains Preposition close to sources blank picture, postposition distance light source blank picture, preposition distance light source blank picture and postposition close to sources blank picture Test information.
Be provided on the testing station Sensor 9 in the step (1) close to sources 91, distance light source 93, short distance baffle 94 with Remote baffle 92；The step (6) is specifically includes the following steps: the pretest mobile phone 4 is moved to 91 lower end of close to sources, closely Distance tests the optical inductor in pretest mobile phone 4；The pretest mobile phone 4 is moved to remote 92 lower end of baffle, The distance-sensor in pretest mobile phone 4 is tested at a distance；The pretest mobile phone 4 is moved to 93 lower end of distance light source, The optical inductor in pretest mobile phone 4 is tested at a distance；The pretest mobile phone 4 is moved under short distance baffle 94 End, closely tests the distance-sensor in pretest mobile phone 4, obtains test information respectively.
The step (7) is specifically includes the following steps: pretest mobile phone 4 shows the two dimensional code for representing all test results In on screen, exchange is scanned two dimensional code by the camera 18 of 9 exit upper end of the testing station Sensor, and exchange is to test As a result parsing obtains test result；Alternatively, test result is reached exchange by wireless communication mode by pretest mobile phone 4.
The step (4), (5), PC machine receives pretest mobile phone 4 and enters the station the specific steps of information in (6) are as follows: pretest hand Machine 4 enables the wireless communication mode information that will enter the station and reaches PC machine, if enabling failure, pretest mobile phone 4 enables speech communication side The formula information that will enter the station reaches PC machine；Pretest mobile phone 4 issues voice messaging to PC machine, and PC machine is connect by the microphone being arranged in standing Voice messaging is received, and the flashlight 17 by being arranged in station emits beam and receives voice information signal to the feedback of pretest mobile phone 4, If enabling failure, pretest mobile phone 4 enables the optical communication mode information that will enter the station and reaches PC machine；Pretest mobile phone 4 is sent out to PC machine Light information out, PC machine passes through the optical inductor being arranged in station and incudes light information, and passes through flashlight 17 to pretest mobile phone 4 The feedback that emits beam receives light information signal, if enabling failure, pretest mobile phone 4 is adjusted to according to self gravity sensor It stands, and by identifying that the coloured paper of different testing station lower end settings is adjusted into correct testing station.
Fig. 1 to Fig. 4 is please referred to, the present embodiment additionally provides the full-automatic streamline mobile phone on-line testing for implementing the above method System including rack 1, exchange, the test transmission mechanism 2 for being set to 1 upper end of rack and reflux transmission mechanism 3, is set to rack 1 The feeding robot device of front end, the mobile phone for being set to the feeding robot device of 1 rear end of rack and being set in rack 1 letter Cease reader station 6, the testing station LCM 7, the testing station Camera 8, the testing station Sensor 9 and test result output station 10, wherein the survey Examination transmission mechanism 2 sequentially pass through in cellphone information reader station 6, the testing station LCM 7, the testing station Camera 8, the testing station Sensor 9 with In test result output station 10；The testing station LCM 7, the testing station the testing station Camera 8 and Sensor 9 are respectively equipped with and exchange phase One PC machine of connection on the testing station LCM 7, the testing station Camera 8 and the testing station Sensor 9 and is located at test transmission mechanism 2 Lower end is provided with a stepper motor 11；Industrial camera 71 is provided on the testing station LCM 7；The rear end of the test transmission mechanism 2 It is connected with the front end of reflux transmission mechanism 3 by the first reflux translation mechanism 12, the rear end of the reflux transmission mechanism 3 and test The front end of transmission mechanism 2 is connected by the second reflux translation mechanism 13, and the test transmission mechanism 2 and reflux transmission mechanism 3 Upper movement is provided with several test loaded tools 14 for carrying pretest mobile phone 4, and each 14 loopy moving of test loaded tool is in by surveying Try the assembly line that the reflux of transmission mechanism 2, first translation mechanism 12, reflux transmission mechanism 3 and the second reflux translation mechanism 13 form On.
Be provided on the testing station LCM 7, the testing station Camera 8 and the testing station Sensor 9 several optical communication mechanisms, Microphone and sound equipment 15, wherein the optical communication mechanism includes being set in rack 1 and being located at the photoinduction of 14 lower end of test loaded tool Device 16 and the flashlight 17 being set to right above optical inductor 16；And the testing station LCM 7, the testing station Camera 8 with The portal of the testing station Sensor 9 and exit upper end are respectively arranged with a camera 18.
Preposition close to sources blank 81 is provided with before in the testing station Camera 8 and positioned at test 2 upper end of transmission mechanism Distance light source blank 82 is set, it is remote with postposition that test 2 lower end of transmission mechanism is provided with postposition close to sources blank (not shown) Light source blank (not shown), and 82 upper end of preposition distance light source blank is provided with a light source and adjusts fixing seat 83.
2 upper end of test transmission mechanism on the testing station Sensor 9, and along on the moving direction of test loaded tool 14 It is disposed with close to sources 91, remote baffle 92, distance light source 93 and short distance baffle 94.
The manipulator that the feeding robot device includes a bracket and be set in rack with feeding robot device.
The present embodiment is by testing the screen of mobile phone in the testing station LCM, respectively to different mobile phone screen colors (for example, the screens such as black, white, red, green, blue) carry out test of taking pictures, thus testing mobile phone screen whether occur it is bright Point, light leakage, stain, color etc..Meanwhile it can also carry out carrying out cell phone keyboard lamp and RGB indicator light in the testing station LCM Test.
Meanwhile the specific handset identity information of pretest mobile phone in the present embodiment can be the sequence number of mobile phone, it is different Mobile phone have different sequence numbers.
Embodiment two:
The present embodiment and the main distinction of embodiment one are: on the testing station LCM 7 in the step (1) and being located at survey Examination 2 lower end of transmission mechanism is provided with a jacking cylinder 72；The step (4) is further comprising the steps of: the jacking cylinder 72 is driven The test loaded tool 14 on dynamic top moves up and down, test be located at the front camera of the pretest mobile phone 4 in the test loaded tool 14 with The focus data information of rear camera, the APK test software in pretest mobile phone 4 carry out analytic operation to focus data information Test result out.
In the full-automatic streamline mobile phone Online Transaction Processing of the present embodiment, on the testing station LCM 7 and it is located at test biography 2 lower end of transfer mechanism is provided with a jacking cylinder 72, is arranged on the testing station LCM 7 and between every two test loaded tool 14 There is a light barrier 73.
Other steps and system structure are the same as example 1, and details are not described herein.
Embodiment three:
The present embodiment and the main distinction of embodiment one are: the step (4) is further comprising the steps of: default pretest Auto-changing screen color, 4 first color screens of pretest mobile phone show progress bar, LCM test to mobile phone 4 at the appointed time The PC machine stood in 7 is automatically aligned to the time according to the preset stipulated time, and sends signal to each color to industrial camera 71 Screen is taken pictures.Other steps are the same as example 1, and details are not described herein.
The full-automatic streamline mobile phone on-line testing method of the present invention and its system have the advantage that
(1) by the way of unmanned testing assembly line, a variety of test items are integrated in same Online Transaction Processing, are mentioned The utilization rate for rising test device, realizes full-automatic testing, greatly reduced manpower and time, improve testing efficiency, drops Low human cost；
(2) whole mobile phone on-line testing process is controlled by interior of mobile phone software APK, different by generating on mobile phone screen Information signal interacted with Online Transaction Processing, instrument also completely from mobile phone voluntarily command with test；Meanwhile mobile phone is automatic Know that the location information into different testing stations, the test result in different testing stations are also automatically analyzed by interior of mobile phone software APK Operation is completed, and therefore, there is no need to central computer (exchange) has very high configuration and very big capacity, is asked if any any stability Topic also only occurs on independent mobile phone, does not interfere with the data in all mobile phones, reduces and mass data mistake occur Risk；
(3) mobile phone and Online Transaction Processing carry out transmitting signal and data using multiple communication pipeline, can use respectively WiFi (wireless telecommunications), speech communication, optical communication mode, as long as having a kind of communication modes are successful both can be with steady testing, as a result, The influence caused by test of the wireless telecommunications factors of instability is avoided, the reliability and stability of system is greatly improved.
The above described is only a preferred embodiment of the present invention, be not intended to limit the scope of the present invention, Therefore technical characteristic same as or similar to the above embodiments of the present invention is used, it is within the scope of the present invention.

Claims (15)

1.一种全自动流线式手机在线测试方法，其特征在于，包括以下步骤：1. A fully automatic streamlined mobile phone online testing method, is characterized in that, comprises the following steps: (1)预制一在线测试系统，包括机架、总机、设置于机架上端的测试传输机构及回流传输机构、设置于机架前端的上料机械人装置、设置于机架后端的取料机械人装置、及设置于机架上的手机信息读取站、LCM测试站、Camera测试站、Sensor测试站与测试结果输出站，其中，该测试传输机构依次贯穿于手机信息读取站、LCM测试站、Camera测试站、Sensor测试站与测试结果输出站中；该LCM测试站、Camera测试站与Sensor测试站分别设有与总机相连接的一PC机；该LCM测试站上设置有工业相机；该测试传输机构的后端与回流传输机构的前端通过第一回流平移机构相连接，该回流传输机构的后端与测试传输机构的前端通过第二回流平移机构相连接，且该测试传输机构与回流传输机构上移动设置有若干测试载具；(1) Prefabricate an online test system, including the rack, the switchboard, the test transmission mechanism and the return transmission mechanism set at the upper end of the rack, the feeding robot device set at the front end of the rack, and the reclaiming machine set at the rear end of the rack Human device, and mobile phone information reading station, LCM test station, Camera test station, Sensor test station and test result output station set on the rack, wherein the test transmission mechanism runs through the mobile phone information reading station, LCM test station in sequence Station, Camera test station, Sensor test station and test result output station; the LCM test station, Camera test station and Sensor test station are respectively equipped with a PC connected to the switchboard; the LCM test station is equipped with an industrial camera; The rear end of the test transmission mechanism is connected to the front end of the return transmission mechanism through the first return translation mechanism, the rear end of the return transmission mechanism is connected to the front end of the test transmission mechanism through the second return translation mechanism, and the test transmission mechanism is connected to the front end of the test transmission mechanism. A number of test carriers are moved on the return transport mechanism; (2)在若干预测试手机中植入APK测试软件；(2) Implant APK test software in several pre-test mobile phones; (3)所述上料机械人装置不断地将不同的所述预测试手机放置于测试传输机构端部的所述测试载具上，所述预测试手机随同所述测试载具移动至手机信息读取站，所述预测试手机将特定的手机识别信息传至LCM测试站中的PC机，接着所述预测试手机随同所述测试载具移动至LCM测试站；(3) The loading robot device continuously places different pre-test mobile phones on the test carrier at the end of the test transmission mechanism, and the pre-test mobile phone moves to the mobile phone information along with the test carrier. Reading station, the pre-test mobile phone transmits specific mobile phone identification information to the PC in the LCM test station, and then the pre-test mobile phone moves to the LCM test station along with the test vehicle; (4)所述LCM测试站中的PC机接收所述预测试手机进站信息后，所述预测试手机不断变换屏幕颜色，LCM测试站上的工业相机对每种颜色的屏幕进行拍照，获得不同颜色屏幕的照片，LCM测试站中的PC机对不同颜色屏幕照片进行分析得到测试结果，接着所述预测试手机随同所述测试载具移动至Camera测试站；(4) After the PC in the LCM test station receives the entry information of the pre-test mobile phone, the pre-test mobile phone constantly changes the screen color, and the industrial camera on the LCM test station takes pictures of the screen of each color to obtain For the photos of different color screens, the PC in the LCM test station analyzes the different color screen photos to obtain the test results, and then the pre-test mobile phone moves to the Camera test station along with the test vehicle; (5)所述Camera测试站中的PC机接收所述预测试手机进站信息后，随着所述预测试手机在Camera测试站内的移动，分别对所述预测试手机的前置摄像头与后置摄像头的近焦与远焦功能进行测试，所述预测试手机中的APK测试软件对测试信息进行分析运算并得出测试结果，接着所述预测试手机随同所述测试载具移动至Sensor测试站；(5) After the PC in the said Camera test station receives the entry information of the pre-test mobile phone, along with the movement of the pre-test mobile phone in the Camera test station, the front camera and rear camera of the pre-test mobile phone are respectively The near-focus and far-focus functions of the camera are tested, the APK test software in the pre-test mobile phone analyzes the test information and obtains the test results, and then the pre-test mobile phone moves to the Sensor test along with the test vehicle stand; (6)所述Sensor测试站中的PC机接收所述预测试手机进站信息后，随着所述预测试手机在Camera测试站内的移动，依次对所述预测试手机中的光感应器与距离感应器进行测试，所述预测试手机中的APK测试软件对测试信息进行分析运算并得出测试结果，接着所述预测试手机随同所述测试载具移动至测试结果输出站；(6) After the PC in the Sensor test station receives the entry information of the pre-test mobile phone, along with the movement of the pre-test mobile phone in the Camera test station, the optical sensor in the pre-test mobile phone and the The distance sensor is tested, and the APK test software in the pre-test mobile phone analyzes and calculates the test information and draws test results, and then the pre-test mobile phone moves to the test result output station along with the test vehicle; (7)所述预测试手机将测试结果传至总机，总机根据测试结果判断所述预测试手机是否为合格手机，若是，则取料机械人装置将该合格手机取出，所述测试载具通过第一回流平移机构传至回流传输机构；否则，所述预测试手机随同所述测试载具通过第一回流平移机构传至回流传输机构，并通过第二回流平移机构传至手机信息读取站，重复步骤(3)-(7)。(7) The pre-test mobile phone transmits the test results to the switchboard, and the switchboard judges whether the pre-test mobile phone is a qualified mobile phone according to the test results. If so, the retrieving robot device takes out the qualified mobile phone, and the test vehicle passes The first backflow translation mechanism is transmitted to the backflow transmission mechanism; otherwise, the pre-test mobile phone is transmitted to the backflow transmission mechanism along with the test carrier through the first backflow translation mechanism, and is transmitted to the mobile phone information reading station through the second backflow translation mechanism , repeat steps (3)-(7). 2.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(3)具体包括以下步骤：所述预测试手机进入手机信息读取站后，所述预测试手机屏幕上显示代表该所述预测试手机识别信息的二维码，LCM测试站进站口上端的摄像头对二维码进行扫描，并解析读取信息，将读取到的信息传递至LCM测试站中的PC机；或者，所述预测试手机进入手机信息读取站后，所述预测试手机通过无线通讯方式将其特定的手机识别信息传至LCM测试站中的PC机。2. The fully automatic streamlined mobile phone online testing method according to claim 1, wherein said step (3) specifically comprises the following steps: after said pre-test mobile phone enters the mobile phone information reading station, said pre-test The screen of the test mobile phone displays the QR code representing the identification information of the pre-test mobile phone. The camera at the upper end of the LCM test station scans the QR code, analyzes and reads the information, and transmits the read information to the LCM PC in the test station; or, after the pre-test mobile phone enters the mobile phone information reading station, the pre-test mobile phone transmits its specific mobile phone identification information to the PC in the LCM test station by wireless communication. 3.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(1)中的LCM测试站上且位于测试传输机构下端设置有一顶升气缸；所述步骤(4)还包括以下步骤：所述顶升气缸驱动上部的所述测试载具上下移动，测试位于该所述测试载具中的所述预测试手机的前置摄像头与后置摄像头的对焦数据信息，所述预测试手机中的APK测试软件对对焦数据信息进行分析运算出测试结果。3. the full-automatic streamlined mobile phone online testing method according to claim 1, is characterized in that, on the LCM testing station in the described step (1) and is positioned at the lower end of the test transmission mechanism and is provided with a jacking cylinder; Said step (4) also include the following steps: the said jacking cylinder drives the said test vehicle on the top to move up and down, and test the focusing data of the front camera and the rear camera of said pre-test mobile phone located in said test vehicle information, the APK test software in the pre-test mobile phone analyzes the focus data information and calculates the test result. 4.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，在所述步骤(1)中，所述Camera测试站中且位于测试传输机构上端设置有前置近光源白板与前置远光源白板，位于测试传输机构下端设置有后置近光源白板与后置远光源白板；所述步骤(5)具体包括以下步骤：所述预测试手机移动至前置近光源白板下端，所述预测试手机前置摄像头对前置近光源白板拍照；所述预测试手机移动至后置远光源白板上端，所述预测试手机后置摄像头对后置远光源白板拍照；所述预测试手机移动至前置远光源白板下端，所述预测试手机前置摄像头对前置远光源白板拍照；所述预测试手机移动至后置近光源白板上端，所述预测试手机后置摄像头对后置近光源白板拍照；所述预测试手机依次获得前置近光源白板图片、后置远光源白板图片、前置远光源白板图片与后置近光源白板图片测试信息。4. The fully automatic streamlined mobile phone online testing method according to claim 1, characterized in that, in the step (1), in the Camera test station, a front low light source is arranged at the upper end of the test transmission mechanism The whiteboard and the front far light source whiteboard are located at the lower end of the test transmission mechanism and are provided with a rear low light source whiteboard and a rear far light source whiteboard; the step (5) specifically includes the following steps: the pre-test mobile phone moves to the front low light source whiteboard At the lower end, the front camera of the pre-test mobile phone takes pictures of the front low-light source whiteboard; the pre-test mobile phone moves to the top of the rear-mounted far-light source whiteboard, and the rear-mounted camera of the pre-test mobile phone takes pictures of the rear-mounted far-light source whiteboard; The pre-test mobile phone moves to the lower end of the front far light source whiteboard, and the front camera of the pre-test mobile phone takes pictures of the front far light source whiteboard; the pre-test mobile phone moves to the top of the rear low light source whiteboard, and the pre-test mobile phone rear Taking pictures of the whiteboard with the rear low light source; the pre-test mobile phone sequentially obtains the test information of the whiteboard picture with the front low light source, the whiteboard picture with the rear far light source, the whiteboard picture with the front far light source and the whiteboard picture with the rear low light source. 5.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(1)中的Sensor测试站上设置有近光源、远光源、近距离挡板与远距离挡板；所述步骤(6)具体包括以下步骤：所述所述预测试手机移动至近光源下端，近距离对所述预测试手机中的光感应器进行测试；所述所述预测试手机移动至远距离挡板下端，远距离对所述预测试手机中的距离感应器进行测试；所述所述预测试手机移动至远光源下端，远距离对所述预测试手机中的光感应器进行测试；所述所述预测试手机移动至近距离挡板下端，近距离对所述预测试手机中的距离感应器进行测试，分别获得测试信息。5. The full-automatic streamlined mobile phone online testing method according to claim 1, characterized in that, the Sensor test station in the step (1) is provided with a near light source, a far light source, a short-distance baffle plate and a long-distance Baffle plate; described step (6) specifically comprises the following steps: the described pre-test mobile phone moves to the lower end of the near light source, and the light sensor in the described pre-test mobile phone is tested at close range; the described pre-test mobile phone moves To the lower end of the long-distance baffle, test the distance sensor in the pre-test mobile phone at a long distance; Test: the pre-test mobile phone moves to the lower end of the close-range baffle, and tests the distance sensors in the pre-test mobile phone at close range to obtain test information respectively. 6.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(7)具体包括以下步骤：所述预测试手机将代表所有测试结果的二维码显示于屏幕上，总机通过Sensor测试站出站口上端的摄像头对二维码进行扫描，总机对测试结果解析获取测试结果；或者，所述预测试手机通过无线通讯方式将测试结果传至总机。6. The fully automatic streamlined mobile phone online testing method according to claim 1, wherein said step (7) specifically comprises the following steps: said pre-testing mobile phone will display the two-dimensional code representing all test results on On the screen, the switchboard scans the two-dimensional code through the camera at the upper end of the exit of the Sensor test station, and the switchboard analyzes the test results to obtain the test results; or, the pre-test mobile phone transmits the test results to the switchboard through wireless communication. 7.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(4)还包括以下步骤：所述LCM测试站中的PC机发送变换颜色信号至所述预测试手机，所述预测试手机收到信号后，变换屏幕颜色并将颜色变换成功信号反馈至PC机；其中，所述LCM测试站中的PC机发送变换颜色信号的方式为：通过无线通讯方式发送、通过设置于LCM测试站上的音响发出语音信息的方式发送与通过设置于LCM测试站上的手电筒发出光线的方式发送中的任意一种。7. the full-automatic streamlined mobile phone online testing method according to claim 1, is characterized in that, described step (4) also comprises the following steps: the PC in the described LCM test station sends the change color signal to the described The pre-test mobile phone, after the pre-test mobile phone receives the signal, changes the screen color and feeds back the color conversion success signal to the PC; wherein, the PC in the LCM test station sends the color change signal in the following ways: through wireless communication Any one of sending by way of sending, sending out voice information through the speaker set on the LCM test station, and sending out light through the flashlight set on the LCM test station. 8.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(4)还包括以下步骤：预设所述预测试手机在规定时间内自动变换屏幕颜色，所述预测试手机第一张颜色屏幕显示进度条，LCM测试站中的PC机根据预设的规定时间自动对准时间，并向工业相机发送信号对每种颜色的屏幕进行拍照。8. The fully automatic streamlined mobile phone online testing method according to claim 1, wherein said step (4) also includes the following steps: preset said pre-test mobile phone to automatically change screen color within a specified time, The first color screen of the pre-test mobile phone displays a progress bar, and the PC in the LCM test station automatically aligns the time according to the preset specified time, and sends a signal to the industrial camera to take pictures of each color screen. 9.根据权利要求1所述的全自动流线式手机在线测试方法，其特征在于，所述步骤(4)、(5)、(6)中PC机接收所述预测试手机进站信息的具体步骤为：所述预测试手机启用无线通讯方式将进站信息传至PC机，若启用失败，则所述预测试手机启用语音通讯方式将进站信息传至PC机；所述预测试手机向PC机发出语音信息，PC机通过站内设置的麦克风接收语音信息，并通过站内设置的手电筒发出光线向所述预测试手机反馈收到语音信息信号，若启用失败，则所述预测试手机启用光通讯方式将进站信息传至PC机；所述预测试手机向PC机发出光线信息，PC机通过站内设置的光感应器感应光线信息，并通过手电筒向所述预测试手机发出光线反馈收到光线信息信号，若启用失败，则所述预测试手机根据自身重力传感器调整到站，并通过识别不同测试站下端设置的色纸进行调整进入正确的测试站。9. the full-automatic streamlined mobile phone online testing method according to claim 1, is characterized in that, in described step (4), (5), (6), PC machine receives described pre-test mobile phone station information Concrete steps are: described pre-test mobile phone enables wireless communication mode to pass the information of entering the station to PC, if enabling failure, then described pre-test mobile phone enables voice communication mode to pass the information of entering the station to PC; described pre-test mobile phone Send the voice message to the PC, the PC receives the voice message through the microphone provided in the station, and sends out light to the pre-test mobile phone feedback by the flashlight provided in the station to receive the voice message signal, if the activation fails, then the pre-test mobile phone is enabled The information of entering the station is transmitted to the PC by means of optical communication; the pre-test mobile phone sends light information to the PC, and the PC senses the light information through the light sensor provided in the station, and sends light feedback to the pre-test mobile phone through a flashlight. If the light information signal is received, if the activation fails, the pre-test mobile phone is adjusted to the station according to its own gravity sensor, and adjusted to enter the correct test station by identifying the color paper set at the lower end of different test stations. 10.实施权利要求1-9任一所述方法的全自动流线式手机在线测试系统，包括机架与总机，其特征在于，还包括设置于机架上端的测试传输机构及回流传输机构、设置于机架前端的上料机械人装置、设置于机架后端的取料机械人装置、及设置于机架上的手机信息读取站、LCM测试站、Camera测试站、Sensor测试站与测试结果输出站，其中，该测试传输机构依次贯穿于手机信息读取站、LCM测试站、Camera测试站、Sensor测试站与测试结果输出站中；该LCM测试站、Camera测试站与Sensor测试站分别设有与总机相连接的一PC机，在该LCM测试站、Camera测试站与Sensor测试站上且位于测试传输机构下端均设置有一步进电机；该LCM测试站上设置有工业相机；该测试传输机构的后端与回流传输机构的前端通过第一回流平移机构相连接，该回流传输机构的后端与测试传输机构的前端通过第二回流平移机构相连接，且该测试传输机构与回流传输机构上移动设置有用于承载所述预测试手机的若干所述测试载具，每一所述测试载具循环移动于由测试传输机构、第一回流平移机构、回流传输机构与第二回流平移机构组成的流水线上。10. implement the full-automatic streamline type mobile phone online testing system of the arbitrary described method of claim 1-9, comprise frame and switchboard, it is characterized in that, also comprise the test transmission mechanism that is arranged on the frame upper end and return transmission mechanism, The loading robot device installed at the front end of the rack, the reclaiming robot device installed at the rear end of the rack, and the mobile phone information reading station, LCM test station, Camera test station, Sensor test station and test station installed on the rack The result output station, wherein, the test transmission mechanism runs through the mobile phone information reading station, LCM test station, Camera test station, Sensor test station and test result output station in turn; the LCM test station, Camera test station and Sensor test station respectively There is a PC connected to the switchboard, and stepper motors are set on the LCM test station, Camera test station and Sensor test station and located at the lower end of the test transmission mechanism; industrial cameras are set on the LCM test station; the test The rear end of the transfer mechanism is connected to the front end of the return transfer mechanism through the first return translation mechanism, the rear end of the return transfer mechanism is connected to the front end of the test transfer mechanism through the second return transfer mechanism, and the test transfer mechanism is connected to the return transfer mechanism. The mechanism is equipped with a number of test carriers for carrying the pre-test mobile phone, and each test carrier is cyclically moved by the test transmission mechanism, the first backflow translation mechanism, the backflow transmission mechanism and the second backflow translation mechanism. composed on the assembly line. 11.根据权利要求10所述的全自动流线式手机在线测试系统，其特征在于，所述LCM测试站、Camera测试站与Sensor测试站上均设置有若干光通讯机构、麦克风与音响，其中，该光通讯机构包括设置于机架上且位于所述测试载具下端的光感应器、及设置于光感应器正上方的手电筒；且所述LCM测试站、Camera测试站与Sensor测试站的进站口及出站口上端分别设置有一摄像头。11. The fully automatic streamlined mobile phone online testing system according to claim 10, wherein the LCM test station, the Camera test station and the Sensor test station are all provided with a number of optical communication mechanisms, microphones and audio, wherein , the optical communication mechanism includes an optical sensor arranged on the frame and located at the lower end of the test vehicle, and a flashlight arranged directly above the optical sensor; and the LCM test station, Camera test station and Sensor test station There is a camera at the upper end of the entrance and the exit respectively. 12.根据权利要求10所述的全自动流线式手机在线测试系统，其特征在于，所述LCM测试站上且位于测试传输机构下端设置有一顶升气缸，在该LCM测试站上且位于每两个所述测试载具之间设置有一挡光板。12. The fully automatic streamlined mobile phone online testing system according to claim 10, wherein a jacking cylinder is arranged on the LCM test station and located at the lower end of the test transmission mechanism, on the LCM test station and located at each A light shield is arranged between the two test carriers. 13.根据权利要求10所述的全自动流线式手机在线测试系统，其特征在于，所述Camera测试站中且位于测试传输机构上端设置有前置近光源白板与前置远光源白板，位于测试传输机构下端设置有后置近光源白板与后置远光源白板，且在该前置远光源白板上端设置有一光源调节固定座。13. The fully automatic streamlined mobile phone online testing system according to claim 10, wherein the Camera test station is provided with a front near light source whiteboard and a front far light source whiteboard at the upper end of the test transmission mechanism, located at The lower end of the test transmission mechanism is provided with a rear low-light source whiteboard and a rear-mounted far-light source whiteboard, and a light source adjustment and fixing seat is arranged on the front remote-light source whiteboard. 14.根据权利要求10所述的全自动流线式手机在线测试系统，其特征在于，在所述Sensor测试站上的测试传输机构上端，且沿着所述测试载具的移动方向上依次设置有近光源、远距离挡板、远光源与近距离挡板。14. The fully automatic streamlined mobile phone online testing system according to claim 10, characterized in that, the upper end of the test transmission mechanism on the Sensor test station is arranged sequentially along the moving direction of the test carrier There are near light source, long distance baffle, far light source and short distance baffle. 15.根据权利要求10所述的全自动流线式手机在线测试系统，其特征在于，所述上料机械人装置与取料机械人装置均包括一支架及设置于机架上的机械手。15. The fully automatic streamlined mobile phone online testing system according to claim 10, wherein the loading robot device and the retrieving robot device both include a bracket and a manipulator arranged on the frame.
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Publication number Priority date Publication date Assignee Title
CN106733683A (en) * 2016-12-29 2017-05-31 江苏唯侓机器人科技有限公司 Mobile phone automatic test line and its method of testing
CN106961505B (en) * 2017-03-24 2019-11-01 深圳市艾特讯科技有限公司 A kind of mobile phone test line and mobile phone test system
WO2018187665A1 (en) * 2017-04-06 2018-10-11 Cve Technology Group, Inc. Novel automated functional testing systems and methods of making and using the same
CN112596335A (en) * 2017-07-13 2021-04-02 宁波舜宇光电信息有限公司 Transmission system for camera module test
CN107748428A (en) * 2017-10-18 2018-03-02 歌尔股份有限公司 Screen detects Atomatic focusing method and device
CN107830885A (en) * 2017-10-27 2018-03-23 钟光文 A kind of sensor sensing test equipment
CN108922153A (en) * 2018-04-26 2018-11-30 Tcl王牌电器(惠州)有限公司 Data copy system and data copy method
CN110119359B (en) * 2019-06-05 2024-02-09 深圳市哈德胜精密科技股份有限公司 A red and white light combination trigger APK device and system

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005191819A (en) * 2003-12-25 2005-07-14 Sony Corp Mobile communication system and mobile terminal wearing device
CN101128006A (en) * 2007-09-25 2008-02-20 康佳集团股份有限公司 A testing system and method for sound control mobile software
CN101729160A (en) * 2008-10-30 2010-06-09 中兴通讯股份有限公司 Method for generating test information for automatic test system of mobile phone software

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100554916C (en) * 2006-04-28 2009-10-28 孙盈军 A kind of method of testing of digital product and isolated plant thereof

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005191819A (en) * 2003-12-25 2005-07-14 Sony Corp Mobile communication system and mobile terminal wearing device
CN101128006A (en) * 2007-09-25 2008-02-20 康佳集团股份有限公司 A testing system and method for sound control mobile software
CN101729160A (en) * 2008-10-30 2010-06-09 中兴通讯股份有限公司 Method for generating test information for automatic test system of mobile phone software

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