JP5441144B2 - Report receiving system, report receiving method, and report receiving program - Google Patents

Description

  The present invention relates to a report receiving system, a report receiving method thereof, and a report receiving program thereof.

  FIG. 5 is a diagram for explaining the operation of the related notification receiving system when reporting a natural disaster using a time chart.

  In FIG. 5, when an earthquake occurs and PHS reporting device A, PHS reporting device B, and PHS reporting device C simultaneously generate a reporting factor, reporting is started after a fixed reporting delay time. Since there are two free channels for the PHS base station A and two free lines for the notification receiving device, the notification C of the PHS reporting device C is re-reported due to a communication error due to congestion of the PHS base station A and the notification receiving device. Re-reporting is usually twice in 3 minutes, and a long communication suspension period occurs between re-reporting.

  An example of a related report receiving system is described in Patent Document 1. According to the configuration of the abnormality notification system of the domestic fuel cell system of Patent Document 1, as the abnormality occurs in the household fuel cell system provided in the consumer, the abnormality detection means detects the abnormal state, The operating state determining means determines the operating state of the home fuel cell system. Based on the combination of the abnormal state and the operating state, the message priority is specified by comparing with the message priority data stored and stored in advance by the message priority setting means. Accordingly, it is possible to send a notification to the monitoring center by giving a time difference so that the higher the notification priority is, the smaller the time difference is when the notification is transmitted to the monitoring center.

Another example of a related notification receiving system is described in Patent Document 2. The long-distance communication system of Patent Document 2 includes a central receiving unit, a transmission network, and at least one device, and each device is connected to the transmission network to transmit data to the central receiving unit, and data input means In a telecommunications system comprising: a device comprising a temporary storage for storing groups of input data accessible for simultaneous reading, wherein the device activates and inputs said simultaneous reading according to instructions of a local processing unit A local processing unit connected to the temporary storage unit to prepare the group of data for transmission, each device including a timer connected to the local processing unit, the timer at each point in time It is characterized by having a period time that determines the transmission time which is slightly (statistically) different in the timer.
JP 2002-269661 A Japanese National Patent Publication No. 9-511106

  In the related notification receiving system of FIG. 5 described above, when a large number of terminals report at the same time, such as when a natural disaster occurs, the communication disconnection due to the shortage of empty channels in the base station, and the line of the notification receiving device is punctured The communication disconnection due to will occur frequently, and re-reporting will occur. Normally, re-reporting cannot be performed more than 3 times in 3 minutes, and the pause time until re-reporting will be the same timing. The total traffic until all reports are processed because the instantaneous traffic of the base station and the report receiving device is increased, and there are not enough free channels and free lines, and there is also a lot of time during which communication is suspended. It was a long and inefficient report receiving system.

  That is, the related notification receiving system in FIG. 5 has the following problems.

  The first problem is when terminals within the same base station area start reporting after a fixed delay time for reporting factors, so that the number of terminals exceeds the number of available base station channels. Communication is congested. In addition, since terminals that have been disconnected due to congestion are re-reported at the same time, congestion will be repeated until the number of empty channels of the base station exceeds the number of re-reporting terminals, and The downtime between notifications is wasted time.

  The second problem is that when the reporting factors occur across the base station area, the reports for the empty channels of all the base stations are concentrated, and the line of the report receiving device is congested. In addition, since the terminal whose communication is disconnected due to congestion performs re-reporting at the same timing, the same problem as the first problem occurs.

  The invention described in Patent Document 1 includes means for shifting and setting each abnormality-occurring battery according to the notification transmission time from the abnormality-occurring battery. However, the reporting device is managed in the base station, the notification delay time is set in consideration of the cumulative value of the number of reporting devices and the reporting time that the reporting device uses for one reporting, the congestion of the base station, It is not a system that prevents congestion of the line of the report receiving device.

  The invention described in Patent Document 2 includes means for avoiding congestion by changing the transmission time of data transmitted from the apparatus to the central receiving unit using a timer. However, the reporting device is managed in the base station, the notification delay time is set in consideration of the cumulative value of the number of reporting devices and the reporting time that the reporting device uses for one reporting, the congestion of the base station, It is not a system that prevents the congestion of the line of the notification receiver.

  An object of the present invention is to provide a notification receiving system, a notification receiving method thereof, and a notification receiving program thereof that prevent the congestion of a base station and the congestion of a line of a notification receiving apparatus, which are the above-described problems.

  A first report receiving system according to the present invention is located in any one of a plurality of base stations and a plurality of base stations, a reporting apparatus setting device for setting a reporting delay time from when a reporting factor occurs until reporting. A notification receiving system comprising a plurality of notification devices that are registered to detect the occurrence of a notification factor and a plurality of notification reception devices, wherein the notification device setting device is a notification device registered in the location of each base station. In consideration of the number of units and the reporting time used by the reporting device for one notification, the reporting delay time of multiple reporting devices is set according to each base station and transmitted to each reporting device. When a factor is detected, it starts reporting to the base station after the reporting delay time sent from the reporting device setting device, and when the base station receives a report from each reporting device, via the public network, Initiate notifications sequentially to the notification receiver The

  In the first report receiving method of the present invention, the reporting device setting device takes into account the number of reporting devices registered in each base station and the reporting time used by the reporting device for a single report. The notification delay time of multiple reporting devices is set according to each base station and transmitted to each reporting device. When each reporting device detects a reporting factor, the reporting delay sent from the reporting device setting device After a time, the base station starts reporting to the base station. When the base station receives a report from each reporting device, the base station sequentially starts reporting to the report receiving device via the public network.

  The first report receiving program of the present invention sets the number of report apparatus computers registered in each base station computer and the report time used by the report apparatus computer for one report in the report apparatus setting computer. In consideration of the above, a program for executing a process of setting a notification delay time of a plurality of reporting device computers according to each base station computer and transmitting to each reporting device computer, and a reporting factor detected in each reporting device computer If a notification is received from each notification device computer to the base station computer and a program for executing a process for starting notification to the base station computer after the notification delay time sent from the notification device setting computer, A program that executes the process of starting notifications to the notification receiver via the network. And lamb.

  As described above, the present invention has the following effects.

  Since it is possible to control the occupied channel of the base station or the base station computer with which the reporting device or the reporting device computer communicates, it is possible to avoid communication congestion due to a shortage of empty channels in the base station or the base station computer. In addition, since the occupied line of the notification receiving apparatus can be controlled, if the same number of lines as the base station area where the cause of the notification is generated at the same time, it is possible to avoid communication congestion due to a shortage of lines. In addition, the base station or base station computer channel and the line of the report receiving device are used all the time between the occurrence of the report factor and the completion of all reports. The total time can be shortened.

(First embodiment of the present invention)
FIG. 1 is a diagram showing the configuration of the first exemplary embodiment of the present invention.

  FIG. 2 is a diagram illustrating a signal flow when setting data is set according to the first embodiment of this invention.

  FIG. 3 is a diagram illustrating a signal flow when reporting a natural disaster according to the first embodiment of this invention.

  FIG. 4 is a diagram illustrating an operation at the time of reporting a natural disaster according to the first embodiment of this invention using a time chart.

  The configuration of the first embodiment of the present invention is that the PHS reporting device A40, the PHS reporting device B41, and the PHS reporting device C42 are actually used after the telephone number of the reporting destination (report receiving device 50) and the reporting factor are generated. A notification device setting PC 30 for setting a delay time until a notification is made, a PHS notification device A 40, a PHS notification device B 41, a PHS notification device C 42, a PHS base station A 20, and a notification reception device 50 that operate according to the setting contents.

  In FIG. 1, the PHS base station A20 is assumed to have a vacant channel of 2, and the notification receiver 50 is assumed to have a vacant line number of 2. The terminal count counter 2 within the same base station area in the reporting device setting PC 30 is the ID of the PHS base station registered by the PHS reporting device connected so far and the cumulative number of PHS reporting devices registered for each ID. Can be transmitted to the newly connected PHS notification device A40 using the notification device communication means 4 as to the number of terminals whose location is registered in the same PHS base station A20.

  Referring to FIG. 2, the ID of the PHS base station whose location is registered by the PHS communication means 6 of the PHS notification device A40 is sent to the terminal count counter 2 in the same base station area, and the PHS notification whose location is registered in the same ID The cumulative counter of the device is changed from 0 to 1. The setting data storage means 3 of the reporting device setting PC 30 sets (n-1) × (N-1) × to the PHS reporting device, where n is the value of this counter and T is the time used for one reporting by the PHS reporting device. Since the notification delay time of T time is set, the notification delay time of the PHS notification device A40 is zero. When the setting of the notification delay time is completed, the setting data stored in the setting data storage unit 3 is transferred to the PHS notification device A 40 using the notification device communication unit 4.

  Thereafter, the PHS base station ID registered by the PHS communication means 6 of the PHS notification device B41 is sent to the terminal count counter 2 in the same base station area, but the PHS notification device A40 and the PHS notification device B41 are the same PHS base station. Since the position is registered in A20, the counter value is increased from 1 to 2.

  When calculated in the same manner, the notification delay time of the PHS notification device B41 is T.

  Similarly, the notification delay time of the PHS notification device C42 is 2T.

  Next, referring to FIG. 3, even if a natural disaster or the like (earthquake occurs) causes all the terminals to report at the same time, the PHS reporting device A40 first starts reporting and at the timing when the reporting is completed (T time After), PHS reporting device B41 starts reporting, and at the timing when the reporting is completed (after 2T time), PHS reporting device C42 starts reporting.

  Next, the operation at the time of notification in FIG. 3 will be described using the time chart in FIG.

  After an earthquake has occurred and PHS reporting device A, PHS reporting device B, and PHS reporting device C have simultaneously detected the reporting factor, only PHS reporting device A has shifted to immediate reporting.

  At this time, since the notification delay time of the notification device B is T, the notification device A is in a notification standby state during the notification time T of the notification device A.

  After the completion of reporting by the PHS reporting device A, the PHS reporting device B starts reporting, and when the reporting is completed, reporting by the PHS reporting device C whose reporting delay time is 2T is started.

  As described above, the PHS base station A has one occupied channel and the report receiving device has one occupied line from the occurrence of the reporting factor until all the PHS reporting devices have completed reporting.

  The first embodiment of the present invention has been described above. The mechanism for the notification receiving device 50 to receive the notifications of the PHS notification device A40, the PHS notification device B41, and the PHS notification device C42 via the public network 60 is as follows. Since it is known to a trader and does not relate to the present invention, it is omitted.

  According to the present embodiment, even if a reporting factor is detected all at once in the same PHS base station A area 70 when a natural disaster occurs, the reporting time used by each PHS reporting device for one report × (the same PHS base By delaying and reporting the total number of terminals in the station area minus 1), it is possible to avoid simultaneous communication of terminals exceeding the allowable number to one PHS base station.

As a result, when a natural disaster occurs across a plurality of PHS base station areas, since the report is spread for each PHS base station area, the report receiving device 50 that receives the report via the public network 60 simultaneously receives it. Reduce communication and reduce traffic.
(Second embodiment of the present invention)
As a second embodiment of the present invention, the basic configuration is the same as that of the first embodiment described above, but an embodiment further contrived for improving communication efficiency is shown.

  If it is clear that there is room in the free channel of the PHS base station to communicate and the free line of the notification receiver, the nth PHS notification device (n is the value of the cumulative counter of the terminal cumulative counter 2 in the same base station area) If [(n-1) / 2] x T time ([] is a Gaussian symbol) is always occupied by two channels and two lines, the overall communication time should be reduced. Can do.

The Gaussian symbol [] is the symbol [x] representing the maximum integer that does not exceed x with respect to the real number x, and [x] = a when a is an integer and a ≦ x <a + 1. .
(Third embodiment of the present invention)
In the third embodiment of the present invention, when an emergency call is made when a natural disaster occurs, the PHS base station secures a channel, and the PHS report receiving apparatus secures a line. Since the reporting device is registered with the PHS base station, the PHS base station that receives the report from the PHS reporting device secures the channel after the channel being used is finished, or forces the channel during the call. Secure the channel by cutting. The PHS report receiving device that has received the report from the PHS base station secures the line by waiting for the line being used to end or by forcibly disconnecting the line during a call.
(Fourth embodiment of the present invention)
As a fourth embodiment of the present invention, wireless communication means other than PHS (portable communication, power-saving wireless, wireless LAN, etc.) can be replaced as long as they are composed of a parent device and a child device. It is.

That is, in the first to third embodiments of the present invention, a general configuration in which the reporting device setting PC is replaced with a reporting device setting device, the PHS reporting device is replaced with a reporting device, and the PHS base station is replaced with a base station. The fourth embodiment of the present invention can also solve the problems by producing the functions and effects of the present invention.
(Fifth embodiment of the present invention)
The fifth embodiment of the present invention includes a notification device setting PC, a PHS notification device computer, a PHS base station computer, and a notification reception device computer, and the notification device setting PC of the first to third embodiments of the present invention. FIG. 5 is an embodiment of a notification receiving program having a program for executing processing corresponding to each of the PHS notification device, the PHS base station, and the notification reception device.
(Sixth embodiment of the present invention)
In the sixth embodiment of the present invention, in the fifth embodiment of the present invention, the notification device setting PC is used as the notification device setting computer, the PHS notification device computer is used as the notification device computer, and the PHS base station computer is installed. This is a general configuration replaced with a base station computer, and the sixth embodiment of the present invention can also solve the problems by producing the functions and effects of the present invention.
(Embodiment of the minimum configuration of the present invention)
FIG. 7 is a diagram showing the configuration of the embodiment of the minimum configuration of the present invention.

  The report receiving system according to the embodiment of the minimum configuration of the present invention includes a report apparatus setting apparatus 31 for setting a report delay time from the occurrence of a report factor to a report, a plurality of base stations A22 and B23, and a plurality of base stations A22 and B23. A report consisting of a plurality of notification devices A44, a notification device B45, a notification device C46, a notification device D47, and a plurality of notification receivers 50 that are registered in any of the base stations A22 and B23 and detect the occurrence of a notification factor. In the receiving system, the reporting device setting device 31 has a plurality of reporting devices in consideration of the number of reporting devices registered in the base stations A22 and B23 and the reporting time used by the reporting device for one reporting. The notification delay time of the reporting device is set according to each base station A22, B23 and transmitted to each reporting device. Each reporting device is sent from the reporting device setting device 31 when a reporting factor is detected. After the report delay time, the base stations A22 and B23 start reporting to the base stations A22 and B23. When the base stations A22 and B23 receive reports from the respective reporting devices, Start reporting.

  In the report receiving method according to the embodiment of the minimum configuration of the present invention, the report apparatus setting apparatus 31 includes a plurality of report apparatuses A44, report apparatus B45, report apparatus C46, report reports registered in the base stations A22 and B23. Considering the number of devices D47 and the reporting time used by the reporting device for one reporting, the reporting delay time of a plurality of reporting devices is set according to each base station A22, B23 and transmitted to each reporting device, When each reporting device detects the reporting factor, it starts reporting to the base stations A22 and B23 after the reporting delay time sent from the reporting device setting device 31, and the base stations A22 and B23 When the notification is received, the notification is sequentially started to the notification receiving device 50 via the public network 60.

  The report receiving program according to the embodiment of the minimum configuration of the present invention includes a report apparatus setting computer 31 and a plurality of report apparatus computers A44, report apparatus computers B45, and report apparatuses registered in the base station computers A22 and B23. In consideration of the number of computers C46, the reporting device computer D47 and the reporting time used by the reporting device computer for one reporting, the reporting delay time of a plurality of reporting device computers is set according to each base station computer A22, B23. A program for executing processing to be transmitted to each reporting device computer, and when reporting factors are detected in each reporting device computer, the base station computer A22 after the reporting delay time sent from the reporting device setting computer 31; Process to start notification to B23 And a program that causes the base station computers A22 and B23 to execute a process of sequentially starting notifications to the notification receiver 50 via the public network 60 when the notification is received from each notification device computer. Have.

  As described above, even the embodiment of the minimum configuration of the present invention can solve the problems by producing the functions and effects of the present invention.

It is a figure which shows the structure of the 1st Embodiment of this invention. It is a figure which shows the signal flow at the time of the setting of the setting data of the 1st Embodiment of this invention. It is a figure which shows the flow of the signal at the time of the notification of the natural disaster of the 1st Embodiment of this invention. It is a figure explaining the operation | movement at the time of the notification of the natural disaster of the 1st Embodiment of this invention using a time chart. It is a figure explaining the operation | movement at the time of the notification of the natural disaster of the related report receiving system using a time chart. It is a figure which shows the structure of embodiment of the minimum structure of this invention.

Explanation of symbols

2 Cumulative counter within the same base station area 3, 8 Setting data storage means 4 Reporting device communication means 5, 9 Control unit 6 PHS communication means 7 Setting PC communication means 10 Reporting factor detection means 11 Reporting delay means 20 PHS base station A
21 PHS base station B
22 Base station A, base station computer A
23 base station B, base station computer B
30 PC for notification device setting
31 Reporting device setting device, reporting device setting computer 40 PHS reporting device A
41 PHS reporting device B
42 PHS reporting device C
43 PHS reporting device D
44 Reporting Device A, Reporting Device Computer A
45 Reporting Device B, Reporting Device Computer B
46 Reporting Device C, Reporting Device Computer C
47 Reporting device D, reporting device computer D
50 Report receiver 60 Public network 70 PHS base station A area 71 PHS base station B area 72 Base station A area 73 Base station B area

Claims (21)

Detecting the occurrence of the reporting factor by registering the location of the reporting device for setting the reporting delay time from the occurrence of the reporting factor to the reporting, the plurality of base stations, and the plurality of base stations A notification receiving system comprising a plurality of notification devices and a plurality of notification reception devices,
The notification device setting device determines the notification delay time of the plurality of notification devices in consideration of the number of notification devices registered in each base station and the notification time used by the notification device for one notification. Set according to each base station and send to each reporting device,
When each reporting device detects a reporting factor, it starts reporting to the base station after the reporting delay time sent from the reporting device setting device,
When the base station receives a notification from each notification device, the base station sequentially starts notification to the notification reception device via a public network. In the notification receiving system according to claim 1,
The plurality of base stations can secure empty channels and are assigned different IDs,
The notification receiving device can secure a free line,
The plurality of reporting devices transmit the ID of the location registered base station to the reporting device setting device,
The reporting device setting device confirms the number of reporting devices registered in each base station by the ID of the base station transmitted from the plurality of reporting devices,
When each reporting device detects the reporting factor at the same time, sequentially, after the reporting delay time, occupies an empty channel secured by the base station, and starts reporting to the base station,
When the base station receives a report from each notification device, the base station occupies a vacant line secured by the notification reception device via the public network, and sequentially starts reporting to the notification reception device. Receiving system. In the notification receiving system according to claim 2,
The reporting device setting device includes a terminal cumulative counter within the same base station area, setting data storage means, and reporting device communication means,
The first reporting device transmits an ID of a base station whose location is registered to the terminal cumulative counter within the same base station area,
When the terminal count counter within the same base station area receives the ID of the base station from the first reporting device, the cumulative counter value for the number of reporting devices registered in the base station of the ID From 0 to 1,
The setting data storage means reports the (n-1) × T time to the reporting device, where n is the cumulative counter value and T is the reporting time used by the reporting device for one notification. In order to set the delay time, the notification delay time of the first notification device is set to 0 hours,
Thereafter, the second reporting device transmits the ID of the base station whose location is registered to the terminal cumulative counter within the same base station area,
When the terminal count counter within the same base station area receives the ID of the base station from the second reporting device, the cumulative counter value for the number of reporting devices registered in the base station of the ID From 1 to 2,
The setting data storage means calculates in the same way, sets the notification delay time of the second notification device to T time,
Similarly, the notification delay time of the third notification device is set to 2T time,
Similarly, the notification delay time of the nth notification device is set to (n-1) × T time,
The notification device communication means transmits the set notification delay time to each notification device,
When each reporting device detects a reporting factor at the same time, it occupies at least one empty channel reserved by the base station, and the first reporting device immediately starts reporting to the base station, and T time Thereafter, the second reporting device starts reporting to the base station, and after 2T time, the third reporting device starts reporting to the base station, and sequentially (n-1) × After time T, the nth reporting device starts reporting to the base station,
When the base station receives a notification from each notification device, it occupies at least one free line secured by the notification reception device via the public network, and sequentially starts notification to the notification reception device. A notification receiving system. In the notification receiving system according to claim 3,
The notification delay time is [(n-1) / 2] × T time ([] is a Gauss symbol)
When each reporting device detects a reporting factor at the same time, it occupies at least two free channels reserved by the base station, and each reporting device starts reporting to the base station in sequence after the reporting delay time. ,
When the base station receives a notification from each notification device, it occupies at least two free lines secured by the notification reception device via the public network, and sequentially starts notification to the notification reception device. A notification receiving system. In the notification receiving system according to claim 3,
When each reporting device detects a reporting factor at the same time, the first reporting device immediately starts reporting to the base station, and when there is no empty channel in the base station, Occupy the reserved channel waiting for the end, or occupy the channel secured by forcibly disconnecting the channel during the call, report, occupy the reserved channel, after T time, The second reporting device starts reporting to the base station, and after 2T time, the third reporting device starts reporting to the base station, and sequentially (n-1) × T time Thereafter, the n-th reporting device starts reporting to the base station,
When the base station receives a notification from the first notification device, the base station starts a notification to the notification reception device via the public network. When the notification reception device has no available line, the notification reception device Occupy the reserved line waiting for the end of the line in use, or occupy the reserved line that was established by the forced disconnection of the line during the call, and then report from each reporting device When receiving the message, the notification receiving system occupies the reserved line and sequentially starts the notification. In the notification receiving system according to claim 4,
When each reporting device detects a reporting factor at the same time, the first and second reporting devices immediately start reporting to the base station, and if the base station does not have at least two or more free channels, Occupied at least two or more channels reserved by the end of the channel in use by the base station, or occupied at least two or more channels secured by forced disconnection of the channel in use Then, after occupying the reserved at least two or more channels and after T time, the third and fourth reporting devices start reporting to the base station, and in turn, [(n-1 ) / 2] × T time ([] is a Gaussian symbol) time, the nth and (n + 1) reporting devices start reporting to the base station,
The base station, when receiving a report from the first reporting device, starts reporting to the report receiving device via a public network, and when the report receiving device does not have at least two free lines, Occupied at least two or more lines reserved by the end of the line in use by the report receiving device, or occupied at least two or more lines secured by forced disconnection of the line during a call A notification receiving system that occupies the reserved line and sequentially starts notification when a notification is received from each notification device. In the report receiving system according to any one of claims 1 to 6,
The notification receiving system, wherein the reporting device setting device is a reporting device setting PC, the reporting device is a PHS reporting device, and the base station is a PHS base station. The reporting device setting device takes into account the number of reporting devices that are registered in each base station and the reporting time used by the reporting device for one reporting, and the reporting delay time of the reporting devices. Is set according to each base station and transmitted to each reporting device,
When each reporting device detects a reporting factor, it starts reporting to the base station after the reporting delay time sent from the reporting device setting device,
When the base station receives a report from each reporting device, the base station sequentially starts reporting to the report receiving device via the public network. In the report receiving method according to claim 8,
Each of the base stations can secure a free channel and is assigned a different ID,
The notification receiving device can secure a free line,
The plurality of reporting devices transmit the ID of the location registered base station to the reporting device setting device,
The reporting device setting device confirms the number of reporting devices registered in each base station by the ID of the base station transmitted from the plurality of reporting devices,
When each reporting device detects the reporting factor at the same time, sequentially, after the reporting delay time, occupies an empty channel secured by the base station, and starts reporting to the base station,
When the base station receives a report from each notification device, the base station occupies a vacant line secured by the notification reception device via the public network, and sequentially starts reporting to the notification reception device. Reception method. The notification receiving method according to claim 9,
The first reporting device transmits the ID of the location-registered base station to the same base station area terminal cumulative counter of the reporting device setting device, and the same base station area terminal cumulative counter When receiving the ID of the base station from the reporting device, the value of the cumulative counter for the number of reporting devices registered in the base station of the ID is 0 to 1,
When the value of the cumulative counter is n, and the notification time used by the notification device for one notification is T, to set a notification delay time of (n-1) × T time for the notification device, Set the notification delay time of the first notification device to 0 hours,
Thereafter, the second reporting device transmits the ID of the base station whose location is registered to the terminal count counter within the same base station area, and the terminal count counter within the same base station area receives the ID from the second reporting device. When the ID of the base station is received, the value of the cumulative counter for the number of the reporting devices registered in the base station of the ID is 1 to 2,
In the same manner, the notification delay time of the second notification device is set to T time,
Similarly, the notification delay time of the third notification device is set to 2T time,
Similarly, the notification delay time of the nth notification device is set to (n-1) × T time,
Send the set notification delay time to each notification device,
When each reporting device detects a reporting factor at the same time, it occupies at least one empty channel reserved by the base station, and the first reporting device immediately starts reporting to the base station, and T time Thereafter, the second reporting device starts reporting to the base station, and after 2T time, the third reporting device starts reporting to the base station, and sequentially (n-1) × After time T, the nth reporting device starts reporting to the base station,
When the base station receives a notification from each notification device, it occupies at least one free line secured by the notification reception device via the public network, and sequentially starts notification to the notification reception device. How to receive notifications. In the report receiving method according to claim 10,
The notification delay time is [(n-1) / 2] × T time ([] is a Gauss symbol)
When each reporting device detects a reporting factor at the same time, it occupies at least two free channels reserved by the base station, and each reporting device starts reporting to the base station in sequence after the reporting delay time. ,
When the base station receives a notification from each notification device, it occupies at least two free lines secured by the notification reception device via the public network, and sequentially starts notification to the notification reception device. How to receive notifications. In the report receiving method according to claim 10,
When each reporting device detects a reporting factor at the same time, the first reporting device immediately starts reporting to the base station, and when there is no empty channel in the base station, Occupy the reserved channel waiting for the end, or occupy the channel secured by forcibly disconnecting the channel during the call, report, occupy the reserved channel, after T time, The second reporting device starts reporting to the base station, and after 2T time, the third reporting device starts reporting to the base station, and sequentially (n-1) × T time Thereafter, the n-th reporting device starts reporting to the base station,
When the base station receives a notification from the first notification device, the base station starts a notification to the notification reception device via the public network. When the notification reception device has no available line, the notification reception device Occupy the reserved line waiting for the end of the line in use, or occupy the reserved line that was established by the forced disconnection of the line during the call, and then report from each reporting device When receiving the message, the notification receiving method of occupying the reserved line and sequentially starting the notification. In the report receiving method according to claim 11,
When each reporting device detects a reporting factor at the same time, the first and second reporting devices immediately start reporting to the base station, and if the base station does not have at least two or more free channels, Occupied at least two or more channels reserved by the end of the channel in use by the base station, or occupied at least two or more channels secured by forced disconnection of the channel in use Then, after occupying the reserved at least two or more channels and after T time, the third and fourth reporting devices start reporting to the base station, and in turn, [(n-1 ) / 2] × T time ([] is a Gaussian symbol) time, the nth and (n + 1) reporting devices start reporting to the base station,
The base station, when receiving a report from the first reporting device, starts reporting to the report receiving device via a public network, and when the report receiving device does not have at least two free lines, Occupied at least two or more lines reserved by the end of the line in use by the report receiving device, or occupied at least two or more lines secured by forced disconnection of the line during a call A notification receiving method in which, when a notification is received from each notification device after that, the dedicated line is occupied and notification is sequentially started. The notification receiving method according to any one of claims 8 to 13,
The notification receiving method, wherein the reporting device setting device is a reporting device setting PC, the reporting device is a PHS reporting device, and the base station is a PHS base station. In the notification device setting computer,
In consideration of the number of reporting device computers registered in the location of each base station computer and the reporting time used by the reporting device computer for one reporting, the reporting delay time of the reporting device computers is set for each base station. A program for executing processing to be set according to the station computer and transmitted to each reporting device computer;
To each reporting device computer,
When detecting a reporting factor, a program for executing a process of starting reporting to the base station computer after a reporting delay time sent from the reporting device setting computer;
In the base station computer,
A notification receiving program comprising: a program that, when receiving a notification from each notification device computer, executes a process of sequentially starting notification to the notification receiving device via a public network. In the notification receiving program according to claim 15,
Each of the base station computers can secure an empty channel and is assigned a different ID,
The notification receiving device can secure a free line,
In the plurality of reporting device computers,
A program for executing the process of transmitting the ID of the base station computer whose location is registered to the notification device setting computer;
In the notification device setting computer,
A program for executing the process of confirming the number of reporting device computers registered in the location of each base station computer by the ID of the base station computer transmitted from the plurality of reporting device computers;
In each said reporting device computer,
When detecting a report factor at the same time, sequentially, after the report delay time, occupying an empty channel secured by the base station computer, a program for executing a process of starting a report to the base station computer,
In the base station computer,
When receiving a notification from each of the notification device computers, occupies an empty line secured by the notification receiving device via the public network, and sequentially executes a process of starting the notification to the notification receiving device. A program for receiving information. In the report receiving program according to claim 16,
In the first reporting device computer,
A program for executing the process of transmitting the ID of the base station computer whose location is registered to the terminal total counter in the same base station area of the notification device setting device;
In the notification device setting computer,
When the terminal count counter in the same base station area receives the ID of the base station computer from the first reporting device computer, the number of reporting device computers registered in the base station computer of the ID Set the value of the cumulative counter from 0 to 1,
When the value of the cumulative counter is n and the notification time used by the notification device computer for one notification is T, a notification delay time of (n-1) × T time is set for the notification device computer. Therefore, a program for executing a process of setting the notification delay time of the first notification device computer to 0 hour;
After that, the second reporting device computer,
A program for executing the process of transmitting the ID of the base station computer whose location is registered to the terminal accumulation counter in the same base station area;
In the notification device setting computer,
When the terminal count counter within the same base station area receives the ID of the base station computer from the second notification device computer, the number of notification device computers registered in the base station computer of the ID Set the cumulative counter value from 1 to 2,
In the same manner, the notification delay time of the second notification device computer is set to T time,
Similarly, the notification delay time of the third notification device computer is set to 2T time,
Similarly, the report delay time of the nth report device computer is set to (n-1) × T time,
A program for executing a process of transmitting the set notification delay time to each notification device computer;
To each reporting device computer,
If a reporting factor is detected at the same time, the first reporting device computer occupies at least one empty channel secured by the base station computer, and immediately starts reporting to the base station computer, and after T time The second reporting device computer starts reporting to the base station computer, and after 2T time, the third reporting device computer starts reporting to the base station computer, and (n− 1) After x T hours, the n-th reporting device computer executes a process for starting reporting to the base station computer;
In the base station computer,
When receiving a report from each reporting device computer, occupying at least one free line secured by the reporting receiver via the public network, and sequentially starting reporting to the reporting receiver, A program for receiving a report having a program to be executed. In the report receiving program according to claim 17,
The notification delay time is [(n-1) / 2] × T time ([] is a Gauss symbol)
To each reporting device computer,
A program for executing a process of occupying at least two empty channels secured by the base station computer and starting a report to the base station computer after the report delay time, in the case of simultaneously detecting a report factor; ,
In the base station computer,
When a notification is received from each notification device computer, occupying at least two free lines secured by the notification reception device via the public network, and sequentially starting notification to the notification reception device, A program for receiving a report having a program to be executed. In the report receiving program according to claim 17,
To each reporting device computer,
At the same time, when the cause of notification is detected, the first notification device computer immediately starts reporting to the base station computer, and when there is no empty channel in the base station computer, the channel used by the base station computer Occupy the reserved channel waiting for the end, or occupy the channel secured by forcibly disconnecting the channel during the call, report, occupy the reserved channel, after T time, The second reporting device computer starts reporting to the base station computer, and after 2T time, the third reporting device computer starts reporting to the base station computer, and sequentially (n−1) ) X T hours later, the n-th reporting device computer executes a process of starting reporting to the base station computer;
In the base station computer,
When a notification is received from the first notification device computer, a notification is started via the public network to the notification reception device. When there is no available line in the notification reception device, a line in use by the notification reception device Occupied the line that was reserved after the end of the call, or occupied the line that was reserved by the forced disconnection of the line during the call, reported, and then received a report from each reporting device computer A notification receiving program comprising: a program that occupies the reserved line and sequentially executes processing for starting notification. In the report receiving program according to claim 18,
To each reporting device computer,
If a reporting factor is detected at the same time, the first and second reporting device computers immediately start reporting to the base station computer, and if the base station computer has at least two or more free channels, Occupied at least two or more channels reserved by waiting for the end of the channel in use by the station computer, or occupied at least two or more channels secured by forced disconnection of the active channel Then, after occupying the reserved at least two or more channels and after T time, the third and fourth reporting device computers start reporting to the base station computer, and in turn, [(n -1) / 2] × T time ([] is a Gaussian symbol) time, the nth and (n + 1) reporting device computers are connected to the base station. A program for executing a process for starting a report to a computer;
In the base station computer,
When a notification is received from the first notification device computer, the notification is started via the public network to the notification reception device. When the notification reception device does not have at least two free lines, the notification reception device Occupied at least two or more lines reserved waiting for the end of the line in use, or occupies at least two or more lines secured by forced disconnection of the line in use, and reports, Thereafter, when receiving a notification from each notification device computer, a notification receiving program comprising: a program that occupies the reserved line and sequentially executes a process of starting notification. A notification receiving program according to any one of claims 15 to 20,
The notification receiving program, wherein the reporting device setting computer is a reporting device setting PC, the reporting device computer is a PHS reporting device computer, and the base station computer is a PHS base station computer.

Images