CN105467230A - Electronic product testing system, electronic product testing method and sensing device thereof - Google Patents
Electronic product testing system, electronic product testing method and sensing device thereof Download PDFInfo
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- CN105467230A CN105467230A CN201410394499.9A CN201410394499A CN105467230A CN 105467230 A CN105467230 A CN 105467230A CN 201410394499 A CN201410394499 A CN 201410394499A CN 105467230 A CN105467230 A CN 105467230A
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Abstract
An electronic product testing system is used for testing an electronic device which is internally provided with a near field communication (NFC) communication module. The electronic product testing device comprises a data processing terminal and a sensing device. The sensing device is electrically connected with the data processing terminal and performs wireless communication with a to-be-tested electronic device. The sensing device can detect the to-be-tested electronic device in a preset range and notifies the data processing terminal to generate and transmit a testing instruction terminal package. The sensing device transmits the testing instruction terminal package to the to-be-tested electronic device for making the electronic device to be tested, and receives a testing result NFC package which is generated and transmitted by the electronic device. Simultaneously the sensing device converts the testing result NFC package to a testing result terminal package and transmits the testing result terminal package to the data processing terminal. The invention further provides an electronic product testing method through application of the electronic product testing system, and the sensing device thereof. The electronic product testing system and the electronic product testing method can realize automatic testing for the electronic products.
Description
Technical field
The present invention relates to a kind of sensing apparatus and adopt electronic product test macro, the method for testing of this sensing apparatus, particularly relate to a kind of sensing apparatus based on NFC (NearFieldCommunication, near-field communication), electronic product test macro and method of testing.
Background technology
In process of production, need to carry out performance test to products such as the electronic installations produced.During test, usually need to utilize cable that multiple electronic installations to be tested are connected to data processing terminal one by one and process so that the data gathered from electronic installation are transferred to data processing terminal.But the connection of these cables often needs manually to perform, and efficiency is lower.
Summary of the invention
In view of above content, be necessary that providing a kind of can carry out the sensing apparatus of Wireless Data Transmission with electronic installation and adopt electronic product test macro and the method for testing of this sensing apparatus.
A kind of sensing apparatus, comprise detecting module, first processing module and a NFC communication module, this detecting module, one NFC communication module is electrically connected at this first processing module respectively, one NFC communication module is used for setting up radio communication with the NFC communication module of electronic installation to be tested, this first processing module is used for being electrically connected with this data processing terminal, this detecting module can detect RF data signal that the electronic installation to be tested that is positioned at preset range sends and produce enabling signal, this first processing module is passed to data processing terminal and is produced with notification data processing terminal and send test instruction terminal package to this first processing module after this enabling signal is converted into enabling signal terminal package, this first processing module is converted into test instruction NFC package after receiving this test instruction terminal package, and controls this test instruction NFC package and be sent to electronic installation to be tested via a NFC communication module and carry out testing to make electronic installation and send test result NFC package, one NFC communication module receives the test result NFC package that electronic installation sends, and this test result NFC package is converted to test result terminal package by this first processing module, and controls this test result terminal package and be sent to this data processing terminal.
A kind of electronic product test macro, electronic installation for being internally provided with NFC communication module is tested, it comprises data processing terminal and sensing apparatus, sensing apparatus comprises detecting module, first processing module and a NFC communication module, detecting module, one NFC communication module is electrically connected at the first processing module respectively, one NFC communication module is used for setting up radio communication with the NFC communication module of electronic installation to be tested, this first processing module is used for being electrically connected with this data processing terminal, this detecting module can detect RF data signal that the electronic installation to be tested that is positioned at preset range sends and produce enabling signal, this first processing module passes to this data processing terminal to notify that this data processing terminal produces and sends test instruction terminal package to this first processing module after this enabling signal is converted into enabling signal terminal package, this first processing module is converted into test instruction NFC package after receiving this test instruction terminal package, and controls this test instruction NFC package and be sent to this electronic installation to be tested via a NFC communication module and carry out testing to make electronic installation and send test result NFC package, one NFC communication module receives the test result NFC package that electronic installation sends, this test result NFC package is converted to test result terminal package by this first processing module, and control this test result terminal package and be sent to this data processing terminal, according to this test result, this data processing terminal judges that whether electronic installation is qualified.
A kind of method of testing adopting above-mentioned electronic product test macro, it comprises the following steps: the detecting module of sensing apparatus senses the electronic installation to be tested that is in preset range and produces enabling signal, enabling signal is sent to the first processing module by this detecting module, and this first processing module is sent to data processing terminal after this enabling signal is converted to enabling signal terminal package; This data processing terminal produces test instruction terminal package after receiving enabling signal terminal package and sends it to the first processing module of this sensing apparatus; This test instruction terminal package is converted to test instruction NFC package and is sent to electronic installation to be tested by radio communication by the first processing module of this sensing apparatus; This sensing apparatus by this electronic installation of wireless communication receiver according to this test instruction carry out test produce test result NFC package and this test result NFC package is sent to this first processing module; This test result NFC package is converted to test result terminal package and sends it to this data processing terminal by the first processing module of this sensing apparatus; According to this test result, this data processing terminal judges that whether electronic installation is qualified.
Electronic product test macro of the present invention is by installing sensing apparatus in testing workstation, after electronic installation to be tested arrives testing workstation, this electronic product test macro can carry out data transmission by the NFC communication module being built in electronic installation and sensing apparatus by radio communication, and without the need to multiple electronic installations to be tested being connected to data processing terminal one by one by cable, achieve the automatic test of electronic product, improve testing efficiency.
Accompanying drawing explanation
Fig. 1 is the structural framing figure of the better embodiment of electronic product test macro of the present invention.
Fig. 2 is the operational flowchart of the better embodiment of electronic product method of testing of the present invention.
Main element symbol description
| Electronic product test macro | 100 |
| Sensing apparatus | 10 |
| Electronic installation | 30 |
| Data processing terminal | 20 |
| Detecting module | 102 |
| One NFC communication module | 104 |
| 2nd NFC communication module | 302 |
| First processing module | 103 |
| Terminal packet processing unit | 1032 |
| NFC packet processing unit | 1034 |
| Second processing module | 304 |
| Test module | 306 |
Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
Embodiment
Refer to Fig. 1, the data processing terminal 20 that electronic product test macro 100 of the present invention comprises sensing apparatus 10 and is electrically connected with sensing apparatus 10.Whether electronic product test macro 100 is qualified for detection. electronics 30.Sensing apparatus 10 senses the electronic installation 30 be in predeterminable range, and send log-on message to data processing terminal 20, data processing terminal 20 starts and sends test instruction by sensing apparatus 10 to electronic installation 30, electronic installation 30 will carry out testing the test result of rear acquisition by sensing apparatus 10 returned data processing terminal 20 according to test instruction, according to this test result, data processing terminal 20 judges that whether electronic installation 30 is qualified.
In the present embodiment, sensing apparatus 10 is installed in testing workstation, and it comprises body (sign), is located at intrinsic detecting module 102, first processing module 103 and a NFC communication module 104.Detecting module 102 is electrically connected at the first processing module 103, it can detect RF data signal that the electronic installation 30 to be tested that is positioned at preset range sends and produce enabling signal, this enabling signal is sent to the first processing module 103, first processing module 103 and enabling signal is converted to enabling signal terminal package and is sent to data processing terminal 20 and produce with notification data processing terminal 20 and send test instruction terminal package by detecting module 102; One NFC communication module 104 and the first processing module 103 are electrically connected, and it can set up radio communication with electronic installation 30 to be tested; Further, the first processing module 103 comprises the terminal packet processing unit 1032 and NFC packet processing unit 1034 that are mutually electrically connected.Terminal packet processing unit 1032 and data processing terminal 20 are electrically connected, and NFC packet processing unit 1034 and a NFC communication module 104 are electrically connected.After sensing apparatus 10 receives the test instruction terminal package that data processing terminal 20 sends, terminal packet processing unit 1032 converts thereof into test instruction data-signal, and this test instruction data-signal is transferred to NFC packet processing unit 1034, NFC packet processing unit 1034 and convert test instruction data-signal to test instruction NFC package and transmit it to a NFC communication module 104.This test instruction NFC package is sent to electronic installation 30 to be tested by the one NFC communication module 104.
Data processing terminal 20 is provided with the testing software being provided with dependence test program, and in the present embodiment, data processing terminal 20 is computing machine, and it carries out exchanges data by cable and sensing apparatus 10.Can understand, data processing terminal 20 is also connected to sensing apparatus 10 by wireless network.
Please again consult Fig. 1, electronic installation 30 to be tested can be the devices such as computing machine, smart mobile phone, personal digital assistant, it comprises the 2nd NFC communication module 302, second processing module 304 and test module the 306, two NFC communication module 302, second processing module 304 and test module 306 and is electrically connected successively.2nd NFC communication module 302 for setting up radio communication with sensing apparatus 10, the test instruction NFC package transmitted with the NFC communication module 104 receiving sensing apparatus 10, and be transferred to the second processing module 304.Second processing module 304 converts this test instruction NFC package to test instruction data-signal, and transfers to test module 306.Test module 306 is tested according to this test instruction data-signal, and after test terminates, produce test result data signal, and test module 306 is by this test result data Signal transmissions to the second processing module 304; Second processing module 304 this test result data signal is converted to test result NFC package and transfer to the 2nd NFC communication module the 302, two NFC communication module 302 by this test result NFC package by wireless network transmissions to a NFC communication module 104 of electronic installation 30 to be tested.Electronic installation 30 to be tested by this test result NFC package via a NFC communication module 104 by wireless network transmissions to sensing apparatus 10.
Refer to Fig. 2, the better embodiment step of electronic product method of testing of the present invention is as follows:
Step S10, when electronic installation 30 to be tested arrives in the predeterminable range of sensing apparatus 10, detecting module 102 senses electronic installation 30 to be tested and produces enabling signal, enabling signal is sent to terminal packet processing unit 1032 by detecting module 102, and terminal packet processing unit 1032 is translated into enabling signal terminal package and is sent to data processing terminal 20;
Step S11, data processing terminal 20 produces test instruction terminal package and sends it to sensing apparatus 10;
Step S12, test instruction terminal package is converted to test instruction data-signal via terminal packet processing unit 1032 and sends NFC packet processing unit 1034, NFC packet processing unit 1034 to and this test instruction data-signal is converted to test instruction NFC package and is sent to a NFC communication module 104 by sensing apparatus 10;
Step S13, test instruction NFC package is sent to the 2nd NFC communication module 302 of electronic installation 30 to be tested by a NFC communication module 104 by radio communication;
Step S14, test instruction NFC package is sent to the second processing module 304 by the 2nd NFC communication module 302 of electronic installation 30 to be tested, test instruction NFC package is converted to test instruction data-signal by the second processing module 304, and sends it to test module 306;
Step S15, test module 306 carries out corresponding performance test according to test instruction;
Step S16, test module 306 produces test result data signal and sends to the second processing module 304, second processing module 304 to convert test result data signal to test result NFC package, and sends it to the 2nd NFC communication module 302;
Step S17, test result NFC package is sent to a NFC communication module 104 of sensing apparatus 10 by the 2nd NFC communication module 302 by radio communication;
Step S18, test result NFC package is sent to NFC packet processing unit 1034 by the one NFC communication module 104, NFC packet processing unit 1034 is translated into test result data signal and is sent to terminal packet processing unit 1032, and test result data signal is converted to test result terminal package and is sent to data processing terminal 20 by cable by terminal packet processing unit 1032;
Step S19, according to this test result terminal package, data processing terminal 20 judges that whether electronic installation 30 is qualified: if qualified, then electronic installation 30 to be tested is sent to subsequent work station by streamline; If test result is defective, then electronic installation 30 to be tested is sent to specific region to carry out next step analysis by streamline.
Electronic product test macro 100 of the present invention is by installing sensing apparatus 10 in testing workstation, after electronic installation 30 to be tested arrives testing workstation, this electronic product test macro 100 can carry out data transmission by the NFC communication module being built in electronic installation 30 and sensing apparatus 10 by radio communication, and without the need to electronic installation 30 to be tested being connected to data processing terminal 20 one by one by cable, achieve the automatic test of electronic product, improve testing efficiency.
Above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to preferred embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, can modify to technical scheme of the present invention or equivalent replacement, and not depart from the spirit and scope of technical solution of the present invention.
Claims (6)
1. a sensing apparatus, data transmission is carried out with the electronic installation to be tested with NFC communication module for making data processing terminal, it is characterized in that: this sensing apparatus comprises detecting module, first processing module and a NFC communication module, this detecting module, one NFC communication module is electrically connected at this first processing module respectively, one NFC communication module is used for setting up radio communication with the NFC communication module of electronic installation to be tested, this first processing module is used for being electrically connected with this data processing terminal, this detecting module can detect RF data signal that the electronic installation to be tested that is positioned at preset range sends and produce enabling signal, this first processing module is passed to data processing terminal and is produced with notification data processing terminal and send test instruction terminal package to this first processing module after this enabling signal is converted into enabling signal terminal package, this first processing module is converted into test instruction NFC package after receiving this test instruction terminal package, and controls this test instruction NFC package and be sent to electronic installation to be tested via a NFC communication module and carry out testing to make electronic installation and send test result NFC package, one NFC communication module receives the test result NFC package that electronic installation sends, and this test result NFC package is converted to test result terminal package by this first processing module, and controls this test result terminal package and be sent to this data processing terminal.
2. sensing apparatus as claimed in claim 1, it is characterized in that: this first processing module comprises terminal packet processing unit and the NFC packet processing unit of electric connection, this terminal packet processing unit and data processing terminal are electrically connected, this NFC packet processing unit and a NFC communication module are electrically connected, this terminal packet processing unit is used for converting terminal package to data-signal, and this test instruction data-signal is transferred to this NFC packet processing unit, this NFC packet processing unit is used for converting this data-signal to NFC package and transmitting it to a NFC communication module.
3. an electronic product test macro, electronic installation for being internally provided with NFC communication module is tested, it comprises data processing terminal, it is characterized in that: this electronic product test macro also comprises sensing apparatus, this sensing apparatus comprises detecting module, first processing module and a NFC communication module, this detecting module, one NFC communication module is electrically connected at this first processing module respectively, one NFC communication module is used for setting up radio communication with the NFC communication module of electronic installation to be tested, this first processing module is used for being electrically connected with this data processing terminal, this detecting module can detect RF data signal that the electronic installation to be tested that is positioned at preset range sends and produce enabling signal, this first processing module passes to this data processing terminal to notify that this data processing terminal produces and sends test instruction terminal package to this first processing module after this enabling signal is converted into enabling signal terminal package, this first processing module is converted into test instruction NFC package after receiving this test instruction terminal package, and controls this test instruction NFC package and be sent to this electronic installation to be tested via a NFC communication module and carry out testing to make electronic installation and send test result NFC package, one NFC communication module receives the test result NFC package that electronic installation sends, this test result NFC package is converted to test result terminal package by this first processing module, and control this test result terminal package and be sent to this data processing terminal, according to this test result, this data processing terminal judges that whether electronic installation is qualified.
4. electronic product test macro as claimed in claim 3, it is characterized in that: this first processing module comprises terminal packet processing unit and the NFC packet processing unit of electric connection, this terminal packet processing unit and data processing terminal are electrically connected, this NFC packet processing unit and a NFC communication module are electrically connected, this terminal packet processing unit is used for converting terminal package to data-signal, and this test instruction data-signal is transferred to this NFC packet processing unit, this NFC packet processing unit is used for converting this data-signal to NFC package and transmitting it to a NFC communication module.
5. adopt a method of testing for electronic product test macro as claimed in claim 3, it comprises the following steps:
(1) detecting module of sensing apparatus senses the electronic installation to be tested that is in preset range and produces enabling signal, enabling signal is sent to the first processing module by this detecting module, and this first processing module is sent to data processing terminal after this enabling signal is converted to enabling signal terminal package;
(2) this data processing terminal produces test instruction terminal package after receiving enabling signal terminal package and sends it to the first processing module of this sensing apparatus;
(3) this test instruction terminal package is converted to test instruction NFC package and is sent to electronic installation to be tested by radio communication by the first processing module of this sensing apparatus;
(4) this sensing apparatus by this electronic installation of wireless communication receiver according to this test instruction carry out test produce test result NFC package and this test result NFC package is sent to this first processing module;
(5) this test result NFC package is converted to test result terminal package and sends it to this data processing terminal by this first processing module;
(6) according to this test result, this data processing terminal judges that whether electronic installation is qualified.
6. electronic product method of testing as claimed in claim 5, it is characterized in that: this sensing apparatus comprises terminal packet processing unit and the NFC packet processing unit of electric connection, this step (3) comprises the following steps: this sensing apparatus is by test instruction terminal package via being converted to test instruction data-signal after the process of terminal packet processing unit and sending this NFC packet processing unit to, and this test instruction data-signal is converted to test instruction NFC package by this NFC packet processing unit.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410394499.9A CN105467230A (en) | 2014-08-12 | 2014-08-12 | Electronic product testing system, electronic product testing method and sensing device thereof |
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| CN201410394499.9A CN105467230A (en) | 2014-08-12 | 2014-08-12 | Electronic product testing system, electronic product testing method and sensing device thereof |
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| CN105467230A true CN105467230A (en) | 2016-04-06 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106093643A (en) * | 2016-06-14 | 2016-11-09 | 深圳百为通达科技有限公司 | The method of testing of electronic product stability |
| CN108628712A (en) * | 2018-05-14 | 2018-10-09 | 平安科技（深圳）有限公司 | A kind of applied program testing method and terminal device |
| CN111610391A (en) * | 2020-05-09 | 2020-09-01 | 广东雷霆技术有限公司 | Power supply efficiency detection method applied to NFC wireless power supply technology |
-
2014
- 2014-08-12 CN CN201410394499.9A patent/CN105467230A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106093643A (en) * | 2016-06-14 | 2016-11-09 | 深圳百为通达科技有限公司 | The method of testing of electronic product stability |
| CN108628712A (en) * | 2018-05-14 | 2018-10-09 | 平安科技（深圳）有限公司 | A kind of applied program testing method and terminal device |
| CN108628712B (en) * | 2018-05-14 | 2021-09-28 | 平安科技（深圳）有限公司 | Application program testing method and terminal equipment |
| CN111610391A (en) * | 2020-05-09 | 2020-09-01 | 广东雷霆技术有限公司 | Power supply efficiency detection method applied to NFC wireless power supply technology |
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Application publication date: 20160406 |