JP4729916B2 - Radio wave status confirmation system, method and program thereof - Google Patents

Description

  The present invention relates to an area or base station radio wave status confirmation system in wireless communication, a method and a program thereof.

  Conventionally, in order to confirm a call about an area or a base station, a mobile phone is installed in advance and the operator manually calls to confirm the incoming call, or the operator moves to the installation location. I was checking outgoing and incoming calls.

  In addition, in order to periodically check outgoing and incoming calls, it is necessary for the operator to make regular calls regardless of the time of day.

Here, the technology that realizes unattended and automatic voice continuity test by receiving time information from GPS etc., and the terminal station and the control device perform the voice continuity test simultaneously and automatically at the specified time. Has been proposed (see, for example, Patent Document 1).
JP 2003-309514 A

  However, the conventional example described above has the following problems.

  A mobile phone is installed at the point where you want to check whether you can make or receive calls, and the operator makes a check by making a call, so it is troublesome to call one place at a time, and you can check the call There was a problem that it was difficult.

  In view of the above, an object of the present invention is to provide a radio wave status confirmation system, a method thereof, and a program capable of confirming whether or not a call is possible at an arbitrary point periodically or at an arbitrary timing.

The radio wave condition confirmation system according to the present invention is a radio wave condition confirmation system including a telephone connected via a network, a simple TTR, and a simple TTR Manager,
  The telephone includes arbitrary calling means for calling the simple TTR continuously at a predetermined interval arbitrarily plural times,
  The simple TTR includes telephone means for making and receiving calls,
  A sounding means for making a sound after being automatically received in response to a call by the arbitrary calling means, and then automatically disconnecting the call;
  A call destination number for automatically calling by using a plurality of consecutive incoming calls as a trigger in response to the plurality of consecutive outgoing calls;
  E-mail transmission means for transmitting information other than the success or failure of the call by e-mail to a predetermined e-mail transmission destination,
  The simple TTR manager is a periodic polling means for periodically polling the simple TTR;
  Display means for determining whether the simple TTR has been normally called and displaying the determination result;
  Recording means for recording the determination result;
  It is characterized by providing.

The radio wave condition confirmation method of the present invention is a radio wave condition confirmation method using a telephone connected via a network, a simple TTR, and a simple TTR manager,
  The simple TTR Manager periodically polling the simple TTR by periodic polling means;
  Determining whether the simple TTR has been normally received and displaying a determination result by a display means;
  Recording the judgment result by a recording means,
  The telephone makes a call to the simple TTR by an arbitrary call means at a predetermined interval at a predetermined number of times;
  The simple TTR makes an incoming call by telephone means;
  A sound is generated by the sound generation means in response to a call by the arbitrary call means, and then a call is automatically disconnected.
  Automatically calling a callee number using a telephone means as a trigger for multiple incoming calls in response to the multiple continuous calls;
  Transmitting information other than the success or failure of the call by e-mail transmission means to a predetermined e-mail transmission destination by e-mail; and
  It is characterized by having.

In addition, the program of the present invention is a simple TTR,
  A step that can be periodically polled from the simple TTR Manager;
  Receiving a call continuously from the telephone arbitrarily at a predetermined interval a plurality of times, and receiving a call by telephone means;
  A sound is generated after an automatic call is received in response to the call by the sound generation means, and then the call is automatically disconnected,
  Automatically calling a callee number using a telephone means as a trigger for multiple incoming calls in response to the multiple continuous calls;
  Transmitting information other than the success or failure of the call by e-mail transmission means to a predetermined e-mail transmission destination by e-mail; and
  Is executed.

  According to the radio wave status confirmation system, method, and program of the present invention, it is possible to confirm periodically whether or not a call is possible at an arbitrary point or at an arbitrary timing.

  Next, the configuration of the first exemplary embodiment of the present invention will be described with reference to the drawings.

  The radio wave status confirmation system according to the first embodiment of the present invention is in the “center polling mode”, and the simple TTR automatically makes periodic incoming calls by polling from the simple TTR Manager.

  Here, TTR (Test Transimitter and Recevier Equipment) refers to a test transmission / reception device, which is a transmission / reception device for the purpose of testing a base station device, has a control unit (CONT), and is remotely controlled by a command from an OPE console. In addition to executing a test call, it can also be used as a mobile device by a key operation and various experiments can be performed. The reason why it is referred to as “simple TTR” is that it has a simpler configuration and function than a general TTR.

  Referring to FIG. 1, the radio wave status confirmation system according to the present embodiment includes a simple TTR 100 including a mobile phone and its control unit, a simple TTR Manager 102 using a periodic polling unit 101 that periodically polls the simple TTR 100, The telephone 104 includes an arbitrary calling unit 103 that arbitrarily calls the simple TTR 100.

  In the periodic polling unit 101, it is possible for even one simple TTR 100 or a plurality of TTR 100 ′, TTR 100 ″,.

  Further, in the present embodiment, when the multi-calling unit 105 that makes two calls from the telephone 104 to the simple TTR 100 within 2 minutes is used, the simple TTR 100 is automatically triggered by the multi-call unit 105. A callee number 106 to call is also added to the configuration.

  Next, with reference to FIG. 3, the flow of processing for confirming the radio wave condition in the first embodiment of the present invention will be described in detail.

  In the flowchart 1 (periodic incoming call confirmation), the periodic polling unit 101 of the simple TTR manager 102 first performs polling on the simple TTR 100 (S301).

  Next, the simple TTR 100 that has received the polling automatically disconnects the call after receiving the automatic call (S302).

  At this time, the simplified TTR manager 102 determines whether the simplified TTR 100 has normally received a call (S303).

  Thereafter, the simple TTR manager 102 displays and records the determination result (S304).

  In the flowchart 2 (arbitrary incoming / outgoing call confirmation), first, the tester arbitrarily calls the simple TTR 100 from the arbitrary calling unit 103 of the telephone 104 (S311). Note that the telephone 104 may be a fixed telephone or the like, regardless of the type of telephone.

Next, in the simple TTR 100, after receiving an automatic call, some sound is emitted, and then the call is automatically disconnected (S312).
At that time, the telephone set 104 determines whether or not an incoming call can be made at the simple TTR 100 based on the sound emitted from the simple TTR 100 (S313).

  When a call test is performed (S314 / Yes), for example, when a call is made to the simple TTR 100 twice within a preset time interval such as within a two-minute interval, it is registered from the simple TTR 100 as a trigger. A call is made to a specific number 105.

  First, from step 5, a re-call (means 103) from the telephone 104 is made to the simple TTR 100 within a preset time interval (S315).

  The simple TTR 100 that has received two consecutive calls within the set time interval makes a self-reset and then calls the registered specific number 105 (S316).

  It is possible to confirm whether or not the simple TTR 100 is successfully called based on whether or not a call is received from the simple TTR 100 at number 105 (S317).

  Next, the configuration of the second exemplary embodiment of the present invention will be described with reference to the drawings.

  The radio wave status confirmation system according to the second embodiment of the present invention is the “automatic call mode”, and the simple TTR automatically makes a regular call.

  Referring to FIG. 2, the radio wave status confirmation system according to the present embodiment is a destination when executing a simple TTR 200 including a mobile phone and its control unit, and a periodic calling unit 201 that periodically calls from the simple TTR 200. Number 202, transmission destination mobile phone 204 of transmission section 203 for transmitting the result by SMS by simple TTR 200 determining whether or not a call to call destination number 202 is successful, and radio base station 205 connected to simple TTR in contact A monitoring console 206 that receives and displays an alarm transmitted from the radio base station 205, and a telephone 208 that executes an arbitrary calling unit 207 that arbitrarily calls the simple TTR 200. Of these, the wireless base station 205 and the monitoring console 206 can be omitted.

  Next, with reference to FIG. 4, the flow of processing for confirming the radio wave condition in the second embodiment of the present invention will be described in detail.

  In the flowchart 3 (periodic call confirmation), first, the periodic call unit 201 of the simple TTR 200 performs a call to the callee number 202 (S401).

  Next, the simple TTR 200 itself determines the success or failure of the call (S402), and the transmission unit 203 transmits the success or failure using SMS to the mobile phone 204 set as the transmission destination (S403).

  Here, when there is a wireless base station 205 connected to the contact (S404 / Yes), information on the success or failure of the call determined in step S402 is obtained from the simple TTR 200 as the wireless base connected to the contact. The information is transmitted to the station 205 (S405).

  The radio base station 205 transmits information about the success or failure of the call transmitted from the simple TTR 200 to the monitoring console 206 (S406).

  In the flowchart 4 (arbitrary incoming call confirmation), as in the flowchart 2, first, the arbitrary calling unit 207 of the telephone 208 arbitrarily calls the simple TTR 200 by the tester (S411). Note that the telephone 208 may be a fixed telephone or the like, and the type of telephone is not limited.

  Next, in the simple TTR 200, after receiving an automatic call, a sound is generated and then the call is automatically disconnected (S412).

  At that time, the telephone set 208 determines whether or not an incoming call can be made with the simple TTR 200 based on the sound emitted by the simple TTR 200 (S413).

  According to each of the above-described embodiments, it is possible to quickly detect an abnormal state of the radio wave condition by using the automatic TTR automatic call or automatic call reception function. The reason is that it is difficult to overlook abnormalities when a regular call or call is made.

  Further, in addition to the automatic calling or incoming call function, both “calling” and “calling” can be confirmed by arbitrarily calling or calling the simple TTR. If a mobile phone is installed instead of the simple TTR, the incoming call can be confirmed but the outgoing call cannot be confirmed. However, since the simple TTR has a calling function, it is bidirectional. Can be confirmed.

  In the first embodiment, the tester who has confirmed the incoming call can continuously check the outgoing call continuously by automatically making a call with the second incoming call as a trigger.

  Next, the structure of the 3rd Embodiment of this invention is demonstrated with reference to drawings.

  The radio wave status confirmation system according to the third embodiment of the present invention is also in the “automatic call mode”, and the simple TTR automatically makes a regular call.

  Referring to FIG. 5, the radio wave status confirmation system according to the present embodiment includes a simple TTR 300 including a mobile phone and its control unit, a call destination number 302 by a periodic call unit 301 that periodically calls from the simple TTR 300, and The destination 304 of the e-mail transmission unit 303 for transmitting the e-mail from the simple TTR 300 by e-mail the success or failure of the call to the call destination number 302 or other information that can be acquired from the mobile phone constituting the simple TTR, and the contact connection with the simple TTR Wireless base station 305, a monitoring console 306 for receiving and displaying an alarm transmitted from the wireless base station 305, and a mobile phone 308 having an arbitrary calling unit 307 for arbitrarily calling the simple TTR 300. ing. Of these, the wireless base station 305 and the monitoring console 306 can be omitted. Further, the e-mail transmission destination 304 of the e-mail transmission unit 303 may be a mobile phone or a personal computer.

  According to the third embodiment, the abnormal state of the radio wave condition can be quickly detected by using the automatic TTR automatic call or automatic call reception function. The reason is that it is difficult to overlook abnormalities when a regular call or call is made.

  Further, in addition to the automatic calling or incoming call function, it is possible to confirm both “calling” and “calling” by arbitrarily calling or calling the simple TTR. If a mobile phone is installed instead of the simple TTR, the incoming call can be confirmed but the outgoing call cannot be confirmed. However, since the simple TTR has a calling function, it is bidirectional. Can be confirmed.

  Further, when information other than the success or failure of the call can be acquired from the mobile phone constituting the simple TTR 300, a more detailed radio wave condition can be periodically acquired without going to the site.

  Next, the structure of the 4th Embodiment of this invention is demonstrated with reference to drawings.

  The radio wave status confirmation system according to the fourth embodiment of the present invention is also in the “automatic call mode”, and the simple TTR automatically makes a regular call.

  Referring to FIG. 6, the radio wave status confirmation system according to the present embodiment is a specified TTR 400 including a mobile phone and its control unit, and a call destination of a PS calling unit 401 that periodically makes PS calls from the simple TTR 400. A transmission destination 404 of an e-mail transmission unit 403 that transmits e-mail from the simple TTR 400, information that can be acquired from the mobile phone constituting the simple TTR, the success or failure of PS call to the specific Web site 402, A mobile base station having a radio base station 405 connected to the simple TTR, a monitoring console 406 for receiving and displaying an alarm transmitted from the radio base station 405, and an optional calling unit 407 for arbitrarily calling the simple TTR 400 The telephone 408 is configured. Of these, the wireless base station 405 and the monitoring console 406 can be omitted.

  According to the fourth embodiment, the abnormal state of the radio wave condition can be quickly detected by using the automatic call function of the simple TTR. The reason is that it is difficult to overlook abnormalities by making a regular call.

  In addition to automatic PS calls, it is possible to confirm not only PS calls but also AMR “calls” and “calls” by arbitrarily making an AMR call or AMR call to a simple TTR.

  Further, when information other than the success or failure of the call can be acquired from the mobile phone constituting the simple TTR 400, a more detailed radio wave condition can be periodically acquired without the operator visiting the site.

  Next, the structure of the 5th Embodiment of this invention is demonstrated with reference to drawings.

  The radio wave status confirmation system according to the fifth embodiment of the present invention is obtained by improving a part common to the first to fourth embodiments.

  Referring to FIG. 7, the radio wave status confirmation system according to the present embodiment is an extract of the simple TTR 100 and the telephone 104 using the arbitrary calling unit 103 that arbitrarily calls the simple TTR 100 from FIG. 1. This is equivalent to a simple TTR 200 and a telephone 208 that executes the arbitrary calling unit 207 that arbitrarily calls the simple TTR 200 in FIG.

  Referring to FIG. 8, first, the arbitrary calling unit 103 (or arbitrary calling unit 207) of the simple TTR 100 (or 200) receives an arbitrary call from the telephone 104 (or 208) (S801) and automatically A response is made (S802).

  At this time, in the response process, the voice uttered from the telephone 104 (or 208) is returned for a predetermined number of seconds, and the telephone 104 (or 208) is heard from the caller and then the call is terminated (S803). Sometimes the communication status of both “downward” and “upward” is confirmed by voice (S804).

  According to the fifth embodiment described above, it is possible to confirm the communication status of both “downward” and “upward” by voice during a call.

  Each of the above-described embodiments is a preferred embodiment of the present invention, and various modifications can be made without departing from the scope of the present invention. For example, a process for realizing the functions of the present system by causing each device to read and execute a program for realizing the functions of the simple TTR 100 and the like, the simple TTR Manager 102 and the like, and the telephone 104 and the like in the above embodiment. You may go. Further, the program is transmitted to another computer system by a transmission wave through a CD-ROM or magneto-optical disk as a computer-readable recording medium, or through the Internet or a telephone line as a transmission medium. Also good.

It is a figure which shows schematic structure of the electromagnetic wave condition confirmation system in the 1st Embodiment of this invention. It is a figure which shows schematic structure of the electromagnetic wave condition confirmation system in the 2nd Embodiment of this invention. It is a flowchart which shows the processing operation which confirms the electromagnetic wave condition in the 1st Embodiment of this invention. It is a flowchart which shows the processing operation which confirms the electromagnetic wave condition in the 2nd Embodiment of this invention. It is a figure which shows schematic structure of the electromagnetic wave condition confirmation system in the 3rd Embodiment of this invention. It is a figure which shows schematic structure of the electromagnetic wave condition confirmation system in the 4th Embodiment of this invention. It is a figure which shows schematic structure of the electromagnetic wave condition confirmation system in the 5th Embodiment of this invention. It is a flowchart which shows the processing operation which confirms the electromagnetic wave condition in the 5th Embodiment of this invention.

Explanation of symbols

100 Simple TTR
101 Periodic polling unit 102 Simple TTR Manager
103 Arbitrary calling part 104 Telephone 105 Multiple calling part 106 Callee number

Claims (6)

A radio wave status confirmation system including a telephone connected via a network , a simple TTR, and a simple TTR Manager,
The telephone includes arbitrary calling means for calling the simple TTR continuously at a predetermined interval arbitrarily plural times,
The simple TTR includes telephone means for making and receiving calls,
A sounding means for making a sound after being automatically received in response to a call by the arbitrary calling means, and then automatically disconnecting the call;
A call destination number for automatically calling by using a plurality of consecutive incoming calls as a trigger in response to the plurality of consecutive outgoing calls;
E-mail transmission means for transmitting information other than the success or failure of the call by e-mail to a predetermined e-mail transmission destination,
The simple TTR manager is a periodic polling means for periodically polling the simple TTR;
Display means for determining whether the simple TTR has been normally called and displaying the determination result;
Recording means for recording the determination result;
A radio wave status confirmation system comprising: The simple TTR includes periodic calling means for periodically calling a predetermined number;
A determination means for determining success or failure of the call;
About success or failure, transmission means for transmitting to the destination,
The radio wave condition confirmation system according to claim 1, further comprising:   A radio wave status confirmation method using a telephone connected via a network, a simple TTR, and a simple TTR Manager,
  The simple TTR Manager periodically polling the simple TTR by periodic polling means;
  Determining whether the simple TTR has been normally received and displaying a determination result by a display means;
  Recording the judgment result by a recording means,
  The telephone makes a call to the simple TTR by an arbitrary call means at a predetermined interval at a predetermined number of times;
  The simple TTR makes an incoming call by telephone means;
  A sound is generated by the sound generation means in response to a call by the arbitrary call means, and then a call is automatically disconnected.
  Automatically calling a callee number using a telephone means as a trigger for multiple incoming calls in response to the multiple continuous calls;
  Transmitting information other than the success or failure of the call by e-mail transmission means to a predetermined e-mail transmission destination by e-mail; and
  A radio wave condition confirmation method characterized by comprising:   The simple TTR periodically makes a call to a predetermined number by a periodic call means;
  A step of determining success or failure of the call by a determination means;
  Sending to the destination about success or failure by the transmission means;
  The radio wave status confirmation method according to claim 3, further comprising:   To simple TTR,
  A step that can be periodically polled from the simple TTR Manager;
  Receiving a call continuously from the telephone arbitrarily at a predetermined interval a plurality of times, and receiving a call by telephone means;
  A sound is generated after an automatic call is received in response to the call by the sound generation means, and then the call is automatically disconnected,
  Automatically calling a callee number using a telephone means as a trigger for multiple incoming calls in response to the multiple continuous calls;
  Transmitting information other than the success or failure of the call by e-mail transmission means to a predetermined e-mail transmission destination by e-mail; and
  A program characterized by having executed.   Periodically calling the predetermined number by the periodic calling means to the simple TTR;
  A step of determining success or failure of the call by a determination means;
  Sending to the destination about success or failure by the transmission means;
  6. The program according to claim 5, further comprising:

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