CN102739875B - Detection method for voice gateway device - Google Patents
Detection method for voice gateway device Download PDFInfo
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- CN102739875B CN102739875B CN201110086230.0A CN201110086230A CN102739875B CN 102739875 B CN102739875 B CN 102739875B CN 201110086230 A CN201110086230 A CN 201110086230A CN 102739875 B CN102739875 B CN 102739875B
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Abstract
The invention relates to a detection method for a voice gateway device. The method is applied to a first voice gateway device and a second voice gateway device. The first voice gateway device detects the second voice gateway device. After a detection program built in a storage device is read and executed, a calling signal, a second incoming call signal, a call answering off-hook signal and a voice transmitting signal are respectively sent to the second voice gateway device in sequence through a corresponding network port or telephone port. Whether the second voice gateway device sends back a corresponding first incoming call signal and a corresponding voice signal and whether the second voice gateway device is connected to the first voice gateway device are detected, and then a corresponding normal or fault message is generated, and the message is stored in the storage device. With the adoption of the method, a user can detect and accurately judge the fault position in the second voice gateway device without purchasing expensive detection devices, thus the detection procedure is simplified, and the detection time is shortened.
Description
Technical field
The invention relates to a kind of detection method of voice gateway device, mainly a voice gateway device is connected a voice gateway device to be measured, make this first voice gateway device can by execution one trace routine, automatically this voice gateway device to be measured is detected, and store testing result, to make dealer mat testing result can detect that whether this voice gateway device to be measured is the voice gateway device of a fault expediently, and accurately can judge the trouble location of this voice gateway device to be measured.
Background technology
In recent years, along with the fast development of network technology, people can transmit and exchange message by through network in large quantities, and constantly increase along with network bandwidth, and the laying of various wired or wireless network base station is got over intensive with in situation widely, the technology (the such as networking telephone, Voice over Internet Protocol are called for short VOIP) mutually transmitting voice messaging through network is just arisen at the historic moment, through the networking telephone, people are able to through the talk call of gratis, internet, and then save local telephone network or the action call rate of great number, and conventional telecommunications dealer not only will lay careful order wire road network, and must purchase and safeguard expensive switching equipment, stable speech quality can be provided, review the networking telephone, do not need to lay network base station and switching equipment separately, only existing internet and the network equipment need be utilized (network equipment of voice messaging to be transmitted, general also known as voice gateway device), the object conversed each other can be reached, call cost is significantly reduced, therefore the networking telephone replaces traditional local telephone network and overseas call gradually, and widely all trades and professions used.
Hereby lifting generally common voice gateway device is example, is described as follows, refer to the voice gateway device 10 shown in the 1st figure, this voice gateway device 10 has a network port 11, one FXS (Foreign Exchange Station, FXS) phone port 12 and a FXO (Foreign ExchangeOffice, FXO) line port 13, this network port 11 is for grafting one grid line 111 (as: RJ-45 grid line), and be connected to an internet 15 by this grid line 111, this FXS phone port 12 is for grafting one telephone wire 121 (as: RJ-11 telephone wire), and be connected to an analog telecommunications equipment 14 (as: phone by this telephone wire 121, modulator-demodulator or facsimile machine etc.), this FXS phone port one 2 can transmit power supply and state sound to this analog telecommunications equipment 14 by this telephone wire of mat, to maintain the power supply (direct current of about 50V) of this analog telecommunications equipment 14, and when the microphone 141 on this analog telecommunications equipment 14 is picked up, user can hear from the end that amplifies of this microphone 141 the various state sound (as: dialing tones representing this analog telecommunications equipment 14 current state, ring-back tone, engaged line sound), and when this analog telecommunications equipment 14 called, this FXS phone port one 2 can transmit the AC signalling signal of about 90V to this analog telecommunications equipment 14 through this telephone wire 121, bell sound is produced after making the ringer 142 on this analog telecommunications equipment 14 receive this AC signalling signal, to point out incoming call to user, this FXO circuit port 13 is for another telephone wire 131 (as: RJ-11 telephone wire) of grafting, and be connected with public's switching network for communication network 16 by another telephone wire 131, so, when this public's switching network for communication network transmits an AC signalling signal through another telephone wire 131 to this analog telecommunications equipment 14, this voice gateway device 10 can receive the connection indicating signal from internet or this analog telecommunications equipment 14, and transmit connection (off-hook) signal through this FXO circuit port 13 to this public's switching network for communication network, the continuous analog signal making this FXO circuit port 13 can be received from this public's switching network for communication network 16 transmitting, secondly, this continuous analog signal can be sent to this analog telecommunications equipment 14 through this FXS phone port 12 by this voice gateway device 10, or by continuous analog signal through digitlization, compression and coding after, another connected voice gateway device 17 of internet 15 is sent to through this grid line 111, another voice gateway device 17 is made to carry out decompressing and decoding, and then transferred to and can the confession mankind hear and the continuous analog signal of energy identification.
Generally speaking, voice gateway device 10 and 17, is the visual plant that mutually can transmit voice messaging for user through network, therefore after manufactured completing, and all must through strict detection to guarantee quality, example is detected as with this voice gateway device 10, if dealer uses traditional detection mode, difference in functionality must be purchased respectively and the detecting instrument of costliness, respectively the different parts of this voice gateway device 10 is detected, the voice quality tester (Agilent VQT series) such as produced with Agilent company detects this FXS phone port 12, and whether the function that the hybrid test instrument produced with Spirent company (Spirent Abacus5000 series) detects this FXO line port 13 is normal, so traditional detection mode is not only tediously long numerous and diverse, and the cost of detection and QC is remained high, quite undesirable, in addition, in the area (as customs bond district, China's Mainland) of equipment importation control, valuable detecting instrument must through customs and relevant unit's examination & verification by can import, make product manufacturing and QC often because detecting instrument cannot arrival and incuring loss through delay as scheduled, cause dealer to delay shipment, lose very huge, in addition, under traditional detection mode, dealer must expend time in manually detect one by one each voice gateway device 10, and judge voice gateway device 10 whether fault by observing the cresset of detecting instrument, this measure is a waste of time and manpower not only, cause testing cost significantly to increase, and make voice gateway device 10 cannot shipment fast, and for dealer institute not pleasure see.
Known in sum, traditional detection mode still has disappearance, its detecting step is not only tediously long numerous and diverse, and easily incur loss through delay the detection of voice gateway device and the time of QC, so, how for the problem of traditional detection mode, design a kind of more suitable detection method, allow dealer need not the detecting instrument of purchasing expensive, only need in the arbitrary voice gateway device manufactured by dealer a built-in trace routine, the voice gateway device having trace routine in making can automatically perform trace routine, and the voice gateway device footpath row to be measured to other detects, and then examine out of order voice gateway device and trouble location thereof, order originally tediously long numerous and diverse detecting step significantly simplifies, and save detection required time and manpower, namely become the manufacture of current voice gateway device and detect the key subjects that dealer urgently thinks solution.
Summary of the invention
Because tradition is for the detection mode of voice gateway device, still cannot meet the demand of dealer, therefore, inventor is through making great efforts research and experiment for a long time, finally development and Design goes out the detection method of a kind of voice gateway device of the present invention, to by appearance of the present invention, and effectively can solve aforesaid problem, make dealer by automation and detection method fast, and then the market competitiveness of dealer can be improved.
The object of the present invention is to provide a kind of detection method of voice gateway device, the method is applied in a plurality of voice gateway device, wherein these voice gateway device comprise at least one first voice gateway device and one second voice gateway device, with this first voice gateway device of mat, this second voice gateway device is detected, this first voice gateway device has a first network port, one first FXS (Foreign Exchange Station, FXS) phone port and one first FXO (Foreign ExchangeOffice, FXO) circuit port, and an I/O port of this first voice gateway device is plugged with a storage device, this second voice gateway device has a second network port, one second FXS (ForeignExchange Station, FXS) phone port and one second FXO (Foreign Exchange Office, FXO) line port, this second network port mat one grid line is connected with this first network port, this the second FXS phone port is that mat one telephone wire is connected with this first FXO circuit port, this the second FXO line port then another telephone wire of mat is connected with this first FXS phone port, the method is activated for making this first voice gateway device, and to read and after performing the built-in trace routine of this storage device, perform the following step: send one through this first network port to this second voice gateway device and dial signal, send one first through this second FXS phone port to this first voice gateway device to make this second voice gateway device and carry out electric signal, judge whether this second voice gateway device transmits this and first carry out electric signal, produce one first message according to judged result, and store this first message, send one second through this first FXS phone port to this second voice gateway device and carry out electric signal, an indicating signal (off-hook signal) received calls is sent to this second voice gateway device through this first network port, this connecting to make this second voice gateway device that this first FXS phone port transmits second carrys out electric signal, and judges that whether and between this first voice gateway device this second voice gateway device forms on-state through this first FXS phone port, produce one second message according to judged result, and store this second message, send a voice transfer signal through this first network port to this second voice gateway device, send at least one pair of speech sound signal of answering through this second FXS phone port to this first voice gateway device to make this second voice gateway device, judge whether this second voice gateway device transmits the speech sound signal of this correspondence, and produce one the 3rd message according to judged result, and store the 3rd message.
Another object of the present invention, for the interior storage device having trace routine can be plugged in the arbitrary voice gateway device manufactured by dealer by the manufacturer for voice gateway device, order is plugged with the voice gateway device of storage device as the first voice gateway device, and sequentially voice gateway device to be measured is connected with this first voice gateway device, this first voice gateway device can perform this trace routine, automatically voice gateway device to be measured is detected, and testing result (i.e. these normal and fault messages) is stored in this storage device, so, dealer namely need not the detecting instrument of purchasing expensive, also need not expend time in manually each voice gateway device is detected one by one, only need after all voice gateway device to be measured detect by this first voice gateway device, inspect the testing result in storage device, the voice gateway device of fault (namely corresponding to the voice gateway device of fault message) can be detected, and accurately can judge the trouble location of voice gateway device, therefore tediously long numerous and diverse detecting step originally can significantly be simplified, and then shorten detection required time.
For convenience of to the object of the invention, technical characteristic and effect thereof, do further understanding and understanding, graphic in the cooperation of this measure embodiment, be described in detail as follows:
Accompanying drawing explanation
In order to allow, the present invention is above-mentioned can be become apparent with other object, feature, advantage and embodiment, being described in detail as follows of institute's accompanying drawings:
1st figure is the online schematic diagram of generally common voice gateway device;
2nd figure is the module map of the hardware that the present invention applies; And
3rd figure is the flow chart of a preferred embodiment of the present invention.
[primary clustering symbol description]
First voice gateway device ... ... ... 20
First network port ... ... ... 21
First FXS phone port ... ... ... 22
First FXO circuit port ... ... ... 23
Port,input-output ... ... ... 24
Storage device ... ... ... 25
Grid line ... ... ... 26
Telephone wire ... ... ... 27
Another telephone wire ... ... ... 28
External network port ... ... ... 29
Second voice gateway device ... ... ... 30
Second network port ... ... ... 31
Second FXS phone port ... ... ... 32
Second FXO circuit port ... ... ... 33
Trace routine ... ... ... 251
Another grid line ... ... ... 261
External storage device ... ... ... 291
Embodiment
The present invention is a kind of detection method of voice gateway device, refer to shown in the 2nd figure, in a preferred embodiment of the present invention, the method is applied to a plurality of voice gateway device 20, on 30, wherein these voice gateway device 20, 30 comprise at least one first voice gateway device 20 and one second voice gateway device 30, with this first voice gateway device 20 of mat, this second voice gateway device 30 is detected, this first voice gateway device has a first network port 21, one first FXS (ForeignExchange Station, FXS) phone port 22 and one first FXO (Foreign ExchangeOffice, FXO) circuit port 23, and this first voice gateway device 20 is electrically connected a storage device 25, can by a port,input-output 24 from outside grafting, as shown in the present embodiment the 2nd figure, this storage device 25 also can in be built in this first voice gateway device 20, but not as limit.
From the above, this second voice gateway device 30 has a second network port 31, one second FXS (Foreign Exchange Station, FXS) phone port 32 and one second FXO (ForeignExchange Office, FXO) circuit port 33, this second network port 31 mat one grid line 26 is connected with this first network port 21, this the second FXS phone port 32 is that mat one telephone wire 27 is connected with this first FXO circuit port 23, the another Shu telephone wire 28 of this 33, the second FXO circuit port mat is connected with this first FXS phone port 22.
Shown in the 2nd figure, after this second voice gateway device 30 and the first voice gateway device 20 complete and are connected, user can start this first voice gateway device 20, secondly, namely this first voice gateway device 20 can read and perform the built-in trace routine 251 of this storage device 25, and this second voice gateway device 30 is detected, with this first voice gateway device 20, example is detected as to this second voice gateway device 30 below, be described: first this first voice gateway device 20 can send one through this first network port 21 to this second voice gateway device 30 and dial signal, this is dialed signal and this second voice gateway device 30 can be made to send one first through this second FXS phone port 32 to this first voice gateway device 20 carry out electric signal, in the present embodiment, this first carrys out the AC signalling signal that electric signal can be 90V, but, in actual applying, this first voltage carrying out electric signal can adjust according to actual conditions, be not limited with 90V, as previously mentioned.
From the above, when this first voice gateway device 20 to send after this dials signal to this second voice gateway device 30, namely a timer (not shown) in this first voice gateway device 20 can start timing, and when timing reaches first scheduled period (as: 3 seconds), namely this first voice gateway device 20 can judge whether this second voice gateway device 30 transmits this and first carry out electric signal, and then producing one first message, this first message can be one first normal message or a Fisrt fault message.Because script in the telephone wire between this first FXO circuit port 23 and this second FXS phone port 32 is namely with the electric current (being the direct current of 50V in the present embodiment) of predetermined value voltage, therefore, once this first FXO circuit port 23 receives this first carry out electric signal (in the present embodiment, this first carrys out the AC signalling signal that electric signal is 90V), when this first voltage carrying out electric signal institute belt current is higher than predetermined value, this first come electric signal namely can detect by this first voice gateway device 20; Secondly, this first voice gateway device 20 can judge that the second FXS phone port 32 in this second voice gateway device 30 belongs to running normally by this, and then produce this first normal message (representing the second FXS phone port 32 to operate normally), and this first normal message is stored in this storage device 25; Moreover, when this first voice gateway device 20 to send after this dials signal to this second voice gateway device 30, and timing is when reaching one first scheduled period (as: 3 seconds), if this first voice gateway device 20 does not detect this first carry out electric signal, namely this first voice gateway device 20 can produce this Fisrt fault message (representing the second FXS phone port 32 fault), and by this Fisrt fault message storage in this storage device 25.
Shown in the 2nd figure, no matter this first voice gateway device 20 produces the first normal message or Fisrt fault message, and this first voice gateway device 20 all can be stored in this storage device 25; secondly, namely this first voice gateway device 20 can send one second through this first FXS phone port 22 to this second voice gateway device 30 and carry out electric signal, and send an indicating signal received calls (off-hook signal) through this first network port 21 to this second voice gateway device 30, in the present embodiment, this indicating signal received calls can make this second voice gateway device 30 answer, and this first FXS phone port 22 transmits that this second carrys out electric signal, therefore this first voice gateway device 20 send this second come electric signal and this indicating signal received calls after, namely can start this timer (not shown) once again and start timing, and when timing reaches second scheduled period (as: 5 seconds), through this first FXS phone port 22, namely this first voice gateway device 20 can judge that whether and formed between this first voice gateway device 20 and connect (off-hook) state this second voice gateway device 30, and then produce one second message, this second message can be one second normal message or one second fault message.If be judged as YES, this first voice gateway device 20 can judge that the second FXO circuit port 33 in this second voice gateway device 30 belongs to running normally by this, and then produce this second normal message (representing the second FXO circuit port 33 to operate normally), and this second normal message is stored in this storage device 25; If be judged as NO, namely through this first FXS phone port 22, this first voice gateway device 20 judges that this second voice gateway device 30 is not and formed between this first voice gateway device 20 and connect (off-hook) state, namely this first voice gateway device 20 can produce this second fault message (representing the second FXO circuit port 33 fault), and by this second fault message storage in this storage device 25.
From the above, formed when connecting (off-hook) state when between this first voice gateway device 20 and this second voice gateway device 30, this first voice gateway device 20 can send a voice transfer signal through this first network port 21 to this second voice gateway device 30, this voice transfer signal makes this second voice gateway device 30 send at least one pair of speech sound signal of answering through this second FXS phone port 32 to this first voice gateway device 20, in the present embodiment, the speech sound signal of this correspondence can in be built in this second voice gateway device 30, or be contained in this voice transfer signal, and in actual applying, this second voice gateway device 30 still can send the speech sound signal of a plurality of correspondence to this first voice gateway device 20, after sending this voice transfer signal, namely this first voice gateway device 20 can judge whether this second voice gateway device 30 transmits the speech sound signal of this correspondence, and then producing one the 3rd message, the 3rd message can be one the 3rd normal message or one the 3rd fault message.If be judged as YES, this first voice gateway device 20 can judge that the call function of this second voice gateway device 30 belongs to normal by this, and then produces one the 3rd normal message, and is stored in this storage device 25 by the 3rd normal message; If be judged as NO, namely this first voice gateway device 20 can produce one the 3rd fault message (call function representing this second voice gateway device 30 lost efficacy), and by the 3rd fault message storage in this storage device 25.Judge whether this second voice gateway device 30 transmits in the process of the speech sound signal of this correspondence at this, this timer can start timing, and judge whether timing reached for one the 3rd scheduled period, when timing reached for the 3rd scheduled period, then judge whether this second voice gateway device 30 transmits the speech sound signal of this correspondence.
The person of being worth mentioning, although in the present embodiment, this first voice gateway device 20 can by this first normal message, Fisrt fault message, the second normal message, the second fault message, the 3rd normal message or the 3rd fault message storage in this storage device 25, manufacturer for this second voice gateway device 30 can by these fault messages of inspecting in this storage device 25, promptly examine out of order second voice gateway device 30, and trouble location corresponding with these fault messages respectively in this second voice gateway device 30, but these normal and fault messages are not limited to be stored in this storage device 25, in other embodiments of the invention, this first voice gateway device 20 still has an outside Port 29, this outside Port 29 is for supplying another grid line 261 of grafting one, and be connected with an external storage device 291 by this another grid line 291, to produce this first normal message respectively when this first voice gateway device 20, Fisrt fault message, second normal message, second fault message, after 3rd normal message or the 3rd fault message, can by these normal or fault message storage in this external storage device 291, equally can by these fault messages of inspecting in this external storage device 291 for manufacturer, promptly examine out of order second voice gateway device 30.
Refer to shown in the 2nd and 3 figure, for the process step of the method expressing this case can be known, below for the handling procedure of this first voice gateway device 20, be activated in this first voice gateway device 20, and to read and after performing the built-in trace routine 251 of this storage device 25, namely this first voice gateway device 20 can perform the following step, to detect this second voice gateway device 30:
(301) send one through this first network port 21 to this second voice gateway device 30 and dial signal, send one first through this second FXS phone port 32 to this first voice gateway device 20 to make this second voice gateway device 30 and carry out electric signal, enter step (302);
(302) judge whether this second voice gateway device transmits this and first carry out electric signal, if so, enters step (303), if not, enters step (312);
(303) produce one first normal message, and this first normal message is stored in this storage device 25, enter step (304);
(304) send one second through this first FXS phone port 22 to this second voice gateway device 30 and carry out electric signal, enter step (305);
(305) indicating signal received calls (off-hook signal) is sent through this first network port 21 to this second voice gateway device 30, this of answering to make this second voice gateway device 30 that this first FXS phone port 22 transmits second carrys out electric signal, enters step (306);
(306) judge that whether and between this first voice gateway device 20 this second voice gateway device 30 forms on-state through this first FXS phone port 22, if, enter step (307), if not, enter step (313);
(307) produce one second normal message, and this second normal message is stored in this storage device 25, enter step (308);
(308) a voice transfer signal is sent through this first network port 21 to this second voice gateway device 30, to make this second voice gateway device 30 send at least one pair of speech sound signal of answering through this second FXS phone port 32 to this first voice gateway device 20, enter step (309);
(309) judge whether this second voice gateway device 30 transmits the speech sound signal of this correspondence, if so, enters step (310), if not, enter step (311);
(310) produce one the 3rd normal message, and the 3rd normal message is stored in this storage device 25;
(311) one the 3rd fault message is produced, and by the 3rd fault message storage in this storage device 25;
(312) produce a Fisrt fault message, and by this Fisrt fault message storage in this storage device 25, enter step (304); And
(313) produce one second fault message, and by this second fault message storage in this storage device 25, enter step (308).
So, by detection method of the present invention, the manufacturer of this second voice gateway device 30 only need will have the storage device 25 of trace routine 251 in the electric connection of manufactured arbitrary voice gateway device (i.e. this second voice gateway device 30), order is electrically connected the voice gateway device of storage device 25 as the first voice gateway device 20, and sequentially voice gateway device (i.e. this second voice gateway device 30) to be measured is connected with this first voice gateway device 20, this first voice gateway device 20 can perform this trace routine 251, automatically this second voice gateway device 30 is detected, and testing result (i.e. these normal and fault messages) is stored, so, dealer namely need not the detecting instrument of purchasing expensive, also need not expend time in manually each second voice gateway device 30 is detected one by one, only need after each second voice gateway device 30 detects by this first voice gateway device 20, inspect stored testing result, second voice gateway device 30 of fault can be detected, and accurately can judge that the trouble location of the second voice gateway device 30 (namely the second voice gateway device 30 corresponds to first, the position of second and third fault message), therefore tediously long numerous and diverse detecting step originally can significantly be simplified, and then shorten detection required time.
Embodiments of the invention vocabulary used only for describe, should not be considered as restriction of the present invention, separately, although embodiments of the invention and graphic in, only list simple component Name and annexation, but only for convenience of description, allow general practitioner that is popular or association area can understand essence and the main idea of disclosure of the present invention according to this, and be not only defined as above-mentioned hardware be system framework, in reality is implemented, these those skilled in the art are after grasping technical characteristic of the present invention, utilize other structure, device, system or exchange method step are realized, and reach object of the present invention, therefore, the interest field that the present invention advocates, be not limited thereto, by all technical staff being familiar with this, according to the technology contents disclosed by the present invention, can think easily and equivalence change, all should belong to and not depart from protection category of the present invention.
Claims (5)
1. the detection method of a voice gateway device, be applied in a plurality of voice gateway device, wherein this voice gateway device comprises at least one first voice gateway device and one second voice gateway device, this first voice gateway device has a first network port, one first FXS phone port and one first FXO line port, and be electrically connected a storage device, this second voice gateway device has a second network port, one second FXS phone port and one second FXO line port, this second network port mat one grid line is connected with this first network port, this the second FXS phone port mat one telephone wire is connected with this first FXO line port, this another telephone wire of the second FXO line port mat is connected with this first FXS phone port, the method is activated in this first voice gateway device, and to read and after performing the built-in trace routine of this storage device, to detect this second voice gateway device, detection method comprises the following step:
Send one through this first network port to this second voice gateway device and dial signal, send one first through this second FXS phone port to this first voice gateway device to make this second voice gateway device and carry out electric signal;
Judge that whether this second voice gateway device sends this through this second FXS phone port to this first voice gateway device and first carry out electric signal;
Produce one first message, and store this first message;
Send one second through this first FXS phone port to this second voice gateway device and carry out electric signal;
Send the indicating signal that receives calls through this first network port to this second voice gateway device, this connecting to make this second voice gateway device that this first FXS phone port transmits second carrys out electric signal;
Judge that whether and between this first voice gateway device this second voice gateway device forms on-state through this first FXS phone port;
Produce one second message, and store this second message;
Send a voice transfer signal through this first network port to this second voice gateway device, send at least one pair of speech sound signal of answering through this second FXS phone port to this first voice gateway device to make this second voice gateway device;
Judge whether this second voice gateway device transmits the speech sound signal of this correspondence; And
Produce one the 3rd message, and store the 3rd message;
Wherein this first message comprises one first normal message and a Fisrt fault message, when judge this second voice gateway device transmit this first carry out electric signal when, produce this first normal message, otherwise, produce this Fisrt fault message;
Wherein this second message comprises one second normal message and one second fault message, when judging to form on-state between this second voice gateway device and this first voice gateway device, produce this second normal message, otherwise, produce this second fault message;
Wherein the 3rd message comprises one the 3rd normal message and one the 3rd fault message, when judging that this second voice gateway device transmits the speech sound signal of this correspondence, produces the 3rd normal message, otherwise, produce the 3rd fault message.
2. the method for claim 1, more comprises the following step:
This first message, this second message, the 3rd message, through an external connection port, are sent to the external storage device be connected with this external connection port by this first voice gateway device.
3. the method for claim 1, wherein this first voice gateway device more comprises a timer, and this judges whether this second voice gateway device sends this first step carrying out electric signal through this second FXS phone port to this first voice gateway device and more comprise:
This timer starts timing, and judges whether timing reached for one first scheduled period; And
When timing reaches this first scheduled period, then judge whether this second voice gateway device sends one first through this second FXS phone port to this first voice gateway device and carry out electric signal.
4. the method for claim 1, wherein this first voice gateway device more comprises a timer, and should through this first FXS phone port judge this second voice gateway device whether and the step forming on-state between this first voice gateway device more comprise:
This timer starts timing, and judges whether timing reached for one second scheduled period; And
When timing reaches this second scheduled period, then judge that whether and between this first voice gateway device this second voice gateway device forms on-state through this first FXS phone port.
5. the method for claim 1, wherein this first voice gateway device more comprises a timer, and this judges that the step whether this second voice gateway device transmits the speech sound signal of this correspondence more comprises:
This timer starts timing, and judges whether timing reached for one the 3rd scheduled period; And
When timing reached for the 3rd scheduled period, then judge whether this second voice gateway device transmits the speech sound signal of this correspondence.
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| CN201110086230.0A CN102739875B (en) | 2011-04-07 | 2011-04-07 | Detection method for voice gateway device |
| TW100121179A TWI479844B (en) | 2011-04-07 | 2011-06-17 | Method for inspecting voice gateway devices |
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| CN201110086230.0A CN102739875B (en) | 2011-04-07 | 2011-04-07 | Detection method for voice gateway device |
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| CN106878570A (en) * | 2017-03-08 | 2017-06-20 | 广州芯德通信科技股份有限公司 | A kind of speech business method of testing and system |
| CN111787160B (en) * | 2020-07-07 | 2022-06-14 | 上海茂声智能科技有限公司 | Method, device and system for voice gateway security detection |
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| US8570855B2 (en) * | 2009-09-15 | 2013-10-29 | Genband Us Llc | Access gateway management system |
| CN101697565A (en) * | 2009-10-23 | 2010-04-21 | 中兴通讯股份有限公司 | Fault detection method and device |
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- 2011-04-07 CN CN201110086230.0A patent/CN102739875B/en not_active Expired - Fee Related
- 2011-06-17 TW TW100121179A patent/TWI479844B/en not_active IP Right Cessation
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US7420963B1 (en) * | 2003-08-29 | 2008-09-02 | Cisco Technology, Inc. | Method and apparatus for testing emergency response service in a telephony environment |
| CN101072211A (en) * | 2006-05-12 | 2007-11-14 | 智易科技股份有限公司 | System and method for testing network telephone gateway device |
| CN101075993A (en) * | 2006-05-19 | 2007-11-21 | 鸿富锦精密工业（深圳）有限公司 | Network telephone gate and method for connecting investigation fault |
| CN101662542A (en) * | 2008-08-26 | 2010-03-03 | 福建星网锐捷通讯股份有限公司 | System and method for testing foreign exchange station interface |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102739875A (en) | 2012-10-17 |
| TWI479844B (en) | 2015-04-01 |
| TW201242301A (en) | 2012-10-16 |
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