CN1252947C - Method for automatically-synchronously testing infrared ray equipment - Google Patents
Method for automatically-synchronously testing infrared ray equipment Download PDFInfo
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- CN1252947C CN1252947C CNB01101587XA CN01101587A CN1252947C CN 1252947 C CN1252947 C CN 1252947C CN B01101587X A CNB01101587X A CN B01101587XA CN 01101587 A CN01101587 A CN 01101587A CN 1252947 C CN1252947 C CN 1252947C
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Abstract
The present invention relates to a method for automatically and synchronously testing infrared ray (IR) equipment, which is mainly applied to the production line of an electronic device so as to automatically and synchronously test infrared ray transfer equipment on the electronic device. A system function module of the infrared ray transfer equipment can set the transfer rate of the infrared ray transfer equipment through a set registry to make the speed rate of a receiving end and a transmitting end on the equipment consistent during receiving and transmitting data. Simultaneously, the system function module automatically compares and judges the signal after receiving and transmitting the data, and provides the signal to a testing person for knowing the testing state of the infrared ray transfer equipment so as to achieve the purpose of automatically completing the testing function without the need of manual intervention. The present invention not only can reduce cost, but also is applied to the environmental requirement for testing multitudinous IR equipment.
Description
Technical field
The present invention is the method for a kind of automatically-synchronously testing infrared ray (IR) equipment, especially finger is a kind of can be by automatic transmission data and the data that relatively transmitted, to judge the method for this infrared ray (IR) equipment state, make to reach and do not need manual intervention, can finish the purpose of test function automatically, like this, not only can reduce cost, simultaneously applicable to the environmental requirement of testing infrared ray (IR) equipment in enormous quantities.
Background technology
Laptop (Notebook) product is little with its volume, function complete, price is cheap day by day, and is subjected to liking of more and more people.And in laptop, infrared ray (Infrared is hereinafter to be referred as IR) equipment is the important transfer equipment of this laptop, also be this laptop common equipment one.In existing technology, manufacturer the assembling of this laptop dispatch from the factory before, generally all need this infrared ray (IR) transfer equipment is tested, yet, the method of tradition test this infrared ray (IR) transfer equipment on production line, mainly be by manually testing, the method of its concrete operations: be to be earlier that a laptop disposes an infrared ray (IR) transfer equipment, the driving formula of this infrared ray (IR) hardware is installed then, utilize the operating system in this laptop again, the infrared ray that is provided (IR) data transmit interface, to transmit selected data, then, by relatively determining the correctness of the data that transmit, reaching the purpose of test this infrared ray (IR) transfer equipment, and then guarantee normally errorless before dispatching from the factory of this infrared ray (IR) transfer equipment.
But, aforementioned utilization is manually to test the method for this infrared ray (IR) transfer equipment, its shortcoming is arranged: when the tester tests under the situation of this infrared ray (IR) transfer equipment in enormous quantities at needs, owing to be to utilize artificial test mode, therefore, not only need a large amount of manual operation costs, significant limitation is arranged simultaneously; So therefore the aforementioned conventional test methodologies of utilizing the manual testing, and can't provide a realization to finish the purpose of test function automatically, a kind ofly can improve aforesaid every shortcoming if can design, and believes and will be a much progress.
Because the various shortcomings of testing infrared ray (IR) device, method on the aforementioned conventional production line, the inventor is through the permanent research and experiment of making great efforts, and development and Design goes out the method for automatically-synchronously testing infrared ray of the present invention (IR) equipment finally.
Summary of the invention
Main purpose of the present invention, be in the method that a kind of automatically-synchronously testing infrared ray (IR) equipment is provided, this method is to dispose the transfer rate of this infrared ray (IR) transfer equipment by a registration table that has configured, making can be by the configuration of this transfer rate, make it transmit and receive data-signal, speed between data is consistent each other, and by transmitting data automatically, compare the data-signal that is transmitted, understand the state of this infrared ray (IR) transfer equipment for the tester, and then finish the method for its synchronism detection automatically, like this, not only do not need manual intervention, can reduce running cost simultaneously, make this operation go for the environmental requirement of testing infrared ray in enormous quantities (IR) transfer equipment.
Secondary objective of the present invention, be in the method that a kind of automatically-synchronously testing infrared ray (IR) equipment is provided, it is can effectively improve tradition to utilize the manual testing, and test in enormous quantities under the situation of this infrared ray (IR) transfer equipment at needs, required a large amount of manual operation cost is with shortcomings such as limitation.
To achieve these goals, the invention provides a kind of method of automatically-synchronously testing infrared ray equipment, this infrared ray transfer equipment is included on the electronic installation, and comprise a system function module, be used to realize the method for this automatically-synchronously testing infrared ray equipment, the method comprising the steps of: the transfer rate file that 1) is disposed infrored equipment by a registration table that has configured; 2) according to the configuration of this infrared ray transfer rate file, make its receiving terminal be in and prepare to receive data mode, and read this deploy content, to receive by the configuration of transmitting terminal according to this infrared ray transfer rate file, make its transmitting terminal be in and prepare the emission data mode, and read this deploy content; 3) data module by this system function module is sent to receiving terminal with the data file that this has configured, so that receiving terminal on this infrored equipment and the speed of a transmitting terminal between the sending and receiving data are consistent; 4) after the sending and receiving data, relatively judge this signal automatically; And 5) comparative result is offered the tester, to understand the test mode of this infrared ray transfer equipment.
For enabling to purpose of the present invention, shape constructing apparatus feature and function thereof, make further understanding and understanding, cooperate diagram for embodiment now, be described in detail as follows:
Description of drawings
Fig. 1 is the schematic flow sheet for automatically-synchronously testing infrared ray equipment of the present invention.
Embodiment
See also shown in Figure 1, the present invention is the method for a kind of automatically-synchronously testing infrared ray (IR) equipment, it mainly is to be applied on the production line of an electronic installation, with to the infrared ray (Infrared on this electronic installation, hereinafter to be referred as IR) transfer equipment carries out the method for automatically-synchronously testing, in the present embodiment, this electronic installation is a laptop (Notebook).
Among the present invention, this infrared ray (IR) transfer equipment is to have a transmitting terminal respectively, one receiving terminal and a system function module, wherein this transmitting terminal and receiving terminal are in order to transmit and the signal that receives data, this system function module is in order to control whole transmission and the running that receives data-signal, and by a built-in registration table (not shown) to dispose the transfer rate of this infrared ray (IR) transfer equipment, and the result of this configuration is stored in this paper file of this laptop, make this infrared ray (IR) transfer equipment when transmitting data, can be by the configuration of this transfer rate, make transmitting and the reception data-signal of receiving terminal of this transmitting terminal, its each other the speed between data be consistent, like this, by this transmitting terminal and receiving terminal is the state that keeps synchronous, can reach the transmission of normally carrying out data-signal.
With next be the system function module of this infrared ray of the present invention (IR) transfer equipment, the implementation method of automatically-synchronously testing sees also shown in Figure 1ly, it is to handle according to the following step:
(1) at first, the transfer rate file according to this infrared ray (IR) transfer equipment that disposes makes its transmitting terminal be in launch standby, and reads the deploy content in this configuration file;
(2), make its receiving terminal be in and prepare to receive data mode, and read the deploy content in this configuration file according to the transfer rate file of this infrared ray (IR) transfer equipment that disposes;
(3) make transmitting terminal inquire about the message of its receiving terminal, and judge whether its receiving terminal is ready to? if then prepare emission message;
(4) make receiving terminal inquire about the message of its transmitting terminal, and judge whether its transmitting terminal is ready to? if, then read this system function module, prepare to receive this data-signal;
(5) end to be launched and receiving terminal are finished line (its speed between data be consistent) each other, according to a data module on it one data file that has configured are sent to its receiving terminal again;
(6) then, do you judge that its receiving terminal has the transmission signal of data file? if whether then compare the data file signal that is transmitted correct? if then correct signal is returned its transmitting terminal, understand the result for the tester, and finish the process of this automatically-synchronously testing.
(7) inquire about the message of its receiving terminal when this,, then read this system function module, make its receiving terminal prepare to receive if judge that its receiving terminal is still unripe;
(8) inquire about the message of its transmitting terminal when this,, wait for that then its transmitting terminal transmits again if judge that its transmitting terminal is still unripe;
(9) when judging that its receiving terminal there is no the transmission signal of data file, then wait for appropriate time, judge whether the transmission signal of data file again? if have, whether then compare the data file signal that is transmitted correct? if, then correct signal is returned its transmitting terminal, the result who understands for the tester, and finish the process of this automatically-synchronously testing.
(10) when the data file signal that is relatively transmitted be rub-out signal, then rub-out signal is returned its transmitting terminal, the result who understands for the tester, and finish the process of this automatically-synchronously testing.
(11) after waiting for appropriate time, there is no the transmission signal of data file, wait for that then its transmitting terminal transmits again.
The present invention is to dispose the transfer rate of this infrared ray (IR) transfer equipment by this registration table that has configured, making can be by the configuration of this transfer rate, make it transmit and receive data-signal, speed between data is consistent each other, and by transmitting data automatically, compare the data-signal that is transmitted, understand the state of this infrared ray (IR) transfer equipment for the tester, and then finish the method for its synchronism detection automatically, like this, not only do not need manual intervention, can reduce running cost simultaneously, make this operation go for the environmental requirement of testing infrared ray in enormous quantities (IR) transfer equipment.
In sum, the present invention only in order to illustrate a possible embodiments of the present invention, to being familiar with the personage of this technology, should carry out the variation of various equivalences to its thin portion shape, as long as it all should be included in spirit of the present invention and scope.
Claims (8)
1, a kind of method of automatically-synchronously testing infrared ray equipment, this infrared ray transfer equipment is included on the electronic installation, and comprises a system function module, is used to realize the method for this automatically-synchronously testing infrared ray equipment, and the method comprising the steps of:
1) by the transfer rate file of a registration table configuration infrored equipment that has configured;
2) according to the configuration of this infrared ray transfer rate file, make its receiving terminal be in and prepare to receive data mode, and read this deploy content, to receive by the configuration of transmitting terminal according to this infrared ray transfer rate file, make its transmitting terminal be in and prepare the emission data mode, and read this deploy content;
3) data module by this system function module is sent to receiving terminal with the data file that this has configured, so that receiving terminal on this infrored equipment and the speed of a transmitting terminal between the sending and receiving data are consistent;
4) after the sending and receiving data, relatively judge this signal automatically; And
5) comparative result is offered the tester, to understand the test mode of this infrared ray transfer equipment.
2, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 1, wherein,
In step 4), relatively judge this data file signal;
In step 5), signal is passed back to this transmitting terminal, understand test mode for the tester.
3, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 2, wherein if judge that this receiving terminal is still unripe, this receiving terminal of military order is prepared to receive.
4, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 2 wherein if judge that this transmitting terminal is still unripe, waits for that then this transmitting terminal transmits again.
5, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 2, wherein if judge the not line success of these sending and receiving ends, to wait for that appropriate time proceeds line, judge whether the transmission signal of data file again, if have, whether correct, and correct signal is returned its transmitting terminal if then comparing the data file signal that is transmitted, understand test result for the tester.
6, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 5, wherein as if success on line behind the wait appropriate time, still the transmission signal of free of data file then continues to wait for that this transmitting terminal transmits again.
7, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 5 when wherein being rub-out signal as if the data file signal that is relatively transmitted, being about to rub-out signal and returning its transmitting terminal, understands test result for the tester.
8, the method for automatically-synchronously testing infrared ray equipment as claimed in claim 1, wherein this electronic installation can be a laptop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB01101587XA CN1252947C (en) | 2001-01-23 | 2001-01-23 | Method for automatically-synchronously testing infrared ray equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB01101587XA CN1252947C (en) | 2001-01-23 | 2001-01-23 | Method for automatically-synchronously testing infrared ray equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1367589A CN1367589A (en) | 2002-09-04 |
| CN1252947C true CN1252947C (en) | 2006-04-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB01101587XA Expired - Fee Related CN1252947C (en) | 2001-01-23 | 2001-01-23 | Method for automatically-synchronously testing infrared ray equipment |
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| Country | Link |
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| CN (1) | CN1252947C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104835309B (en) * | 2015-02-03 | 2018-05-08 | 东莞新爱荣机械自动化设备有限公司 | A kind of automatic analytical capabilities test device of the more IR codes of integration |
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2001
- 2001-01-23 CN CNB01101587XA patent/CN1252947C/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN1367589A (en) | 2002-09-04 |
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Granted publication date: 20060419 Termination date: 20110123 |