JPS60105096A - Alarm receiver - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Technical field to which the invention pertains] The present invention is directed to receiving a plurality of alarm transmissions (i.e., +tii information from a This invention relates to a C-report receiving device that centrally monitors the situation of each person.

[Description of prior art]

Conventionally, this glazed bone signal receiving system' is e (+ii+
Previously set up (H): Send (H device to bribe
Security information such as start information, disembarkation completion information, fire, theft, 6!1F, intrusion, abnormality of equipment, and fixed time information sent to gfσ at a fixed time is received at one place via the crossroads network. Devices that perform intensive monitoring are known.

In this alarm receiving device, each security light is provided with an indicator light that indicates the status of each feeding place and whether or not maintenance information has been received, and the received security information is displayed and recorded using a printer.

Such a security receiving device cannot detect the phenomenon when the T4 communication line is disconnected or when there is a failure of the transmission device. To do this, * (lii+transmission 8 transmission 8 device) sends scheduled transmission information at fixed time intervals (NL, if the security receiving device cannot detect this during the specified period of time 4rf, it identifies this as a scheduled transmission abnormality 1-j He was ironing.

For example, if the 121' alarm receiving device goes into estrus every 2 hours, the 1 alarm receiving device will emit tIiii within 2 hours + α.
It is predicted that scheduled transmission information will be received7, and if scheduled transmission information is not received within this time, 5r assistance (M
'j'-1 Display and print special information as usual. Therefore, in order to increase the reliability of food (1! f! However, the disadvantage was that the number of calls made at a fixed time was high and the telephone interest rate was high.

Furthermore, in the conventional device, among the multiple k(+ii+) devices that are installed in the security receiving device This information is collected in one alarm receiving device, uniformly stored, and monitored. Therefore, the regular transmission interval had to be set short even for alarms that require a long periodic transmission interval (1fN destinations).

[Purpose of the invention]

The present invention provides communication equipment that receives telephone (+tti) information via a telephone switching network, and which has different security qualities.
7 (It is an object of the present invention to provide an alarm receiving device 1t that can efficiently monitor the same relatives all year round by independently monitoring the scheduled transmission time of each liil destination.

[Features of the invention]

The present invention includes means for receiving scheduled transmission information (iT information) that the 4j. An alarm receiving device comprising a means for measuring the time until the transmission information is detected, and a means for generating a car alert when the time measured by the means exceeds a predetermined time, wherein a plurality of the above-mentioned alarm transmitting devices are provided. , the receiving means is configured to be able to receive the scheduled transmission information for each alarm transmitting device, and the predetermined time can be set to a different value for each trade report transmitting device. and a time interval setting means capable of setting a time interval of 1"Jl when the above-mentioned timekeeping means measures time when the alarm sending device' is operating normally.
71i-means for setting the above-mentioned predetermined times 1111 (, jii, independently monitoring the scheduled transmission and first time of various special notification transmitting devices fzi, different] ef tubes!i)
ii) It is characterized by allowing a concentrated 1611 celebration of the situation.

[Explanation based on examples]

Next, the implementation of the present invention will be explained with reference to Figure 1.1.

FIG. 1 is a book diagram showing the configuration of an apparatus according to an embodiment of the present invention.
lt! Figure 2 shows the scheduled departure time of the device according to the present invention at 16 hours 1;
FIG. 1 is a block diagram showing the structure of the second part. In the device according to the present invention, the network unit 11 connected to the telephone list a receives all the multi-frequency receiver use request signals 21, and the multi-frequency receiver use n't ol' (i- The reception control unit 2 outputs the signal I 22, passes through the multi-frequency receiver 11, and inputs the multi-frequency liquid receiver 4B. Information analysis department 3
It is connected to the.

This police ethics information analysis unit 3tt, on the one hand, a time monitoring start signal 23, a time monitoring stop signal 24, a time monitoring reset signal 2;
5. On the other hand, the scheduled transmission 4N time monitoring section 4 inputs the scheduled transmission signal 26 and the terminal address 30, and
The print display control section 5 is connected to the print display control section 5 which inputs the analysis signal of 16, and outputs the fixed transmission address 28 and the memory poem and address 29 to the print display control section 5. The regular transmission time monitoring section 4 is connected to a clock section 6 which outputs a clock, and this clock section 6 is connected to the print display control section 5.

The print display control unit 5 of Katsutako has a display interface 700.
The display unit 9 is connected to the display unit 9, and the print interface 8 is connected to the printer 10, respectively.

Next, the configuration of the scheduled transmission time monitoring section 4 shown in FIG. 2 will be explained. Memory control for inputting the time monitoring start signal 23, time monitoring stop toy No. 1 24, time monitoring reset signal 25, and scheduled transmission signal 26 from the information analysis section 3, and the clock 27 from the timetable section 6. Part 103
is the scheduled transmission time setting timer activation signal 124, scheduled transmission (f
It is connected to the scheduled transmission time interval setting timer 101 which inputs the i-timer value setting signal 132 and the flag reset 1g signal 131. It has a startup/assistance flag 125 and a scheduled transmission <= timer value setting flag 126, which is connected to the scheduled transmission time setting timer update circuit 1o9 that outputs to the built-in setting timer section 129, and is connected to the own IJ write read buffer 107. is also connected to this regular transmission time setting timer update circuit 109.

1. The time setting timer history lr circuit 109 is connected to a comparison circuit 111 which receives its output. This comparison circuit 111 is connected to the print display control section 5 which inputs the periodic transmission error 1.1 No. 28. , a time monitoring timer update circuit 110 that outputs a time 1 store sight timer update information, and a time monitoring timer 10 that inputs a time 1 view flag reset signal 130.
The time monitoring timer 102 is connected to the time monitoring timer updating circuit 110 via the read buffer 108, and the time monitoring timer updating circuit 110 is connected to the time monitoring timer update circuit 110 through the read buffer 108. It is connected.

On the other hand, the clock 27 from the [', li' g1 section 6
The memory address generation circuit 104 inputs the memory address, and the memory control unit 10 outputs the raw signal 121 via the memory address.
3 and enter memo +111-double%122. Interval setting timer 101 and time monitor between scheduled departure 4M-IT5? S
J, Timer 102 + f
5 and the selectors 105 and 106.

These selectors 105 and 106 respectively input e+i and i floor address 30 from the above-mentioned Homare 611] information analysis section 3,
i'liI recorded timer (, 4 hours interval setting timer 101 and the time monitoring timer 102 are connected to output, and the memory system (i1+i Y:1 Enter the above L
(, “7 hours (connected to the monitoring timer 102).

In this way, 47I (operation U) of the device h'' according to the embodiment of the present invention will be explained.First, in FIG.
Section 1 is connected to a plurality of T, Ht, Ht, and Ht, reporting devices outside the figure from the same telephone line A via an exchange, and upon receiving a call signal from the exchange, an automatic call-in (Ht, Ht, Ht) At the same time, it outputs a multi-IM wave receiver use request signal 21 to the reception fee section 2, requesting the use of the multi-frequency receiver 11.

Ukei 1. The control unit 2 controls the T-[1
If possible, in response to the multifrequency receiver use request signal 21 from the network control unit 1, the multifrequency receiver use-6F outputs J¥i22 and sends the request signal 21 (1i#). When the snoring/4 control unit 1 receives the multi-frequency θU receiver usage S [+ permission information'i 22 f, it transmits the suspicious (+iii information) to the safety 115. Sends a data transmission command to receive data.

1. Control 1
Department.

2. Multi-frequency waves (1iii) indicating the circumstances such as end of call, regular call, fire, theft, water level, etc. 4 Pino “
It is transformed into a binary code of
Give to ilI3.

Ray 1iij i'# N analysis:'1113ke, said:
? 'pi1:;4 Analyzes the information and monitors the scheduled transmission time 4
to 114 (monitoring started (j4 visit 23, M interval 'f17.
Give stop 1g number 24, time monitoring 1 reset signal 25, regular estrus +526, and 111 end address 30. When the time monitoring start information section 23 receives the security start information, the time monitoring stop 4g number 24 is in When you love the static axis of
It is generated by the ti information analysis section 3.

Here, the scheduled transmission time monitoring section 4 shown in FIG. 2 will be explained. The memory control unit 103 starts time monitoring (FJ No. 2
:(is given from the above-mentioned every day J1°111a report analysis section 3)
Then, the time setting timer starts No. 46 124 for the scheduled departure time 7, and the interval setting timer 10 for the scheduled departure time 1i and 'r is generated.
Start the scheduled 46-hour setting timer for the area corresponding to the terminal address 30 of 1: 'NO+7 Ladder 125 = i Set to 1, clear the setting 1 timer section 129 to Ω, and at the same time start the time monitoring timer control interrupt number 123. Terminal address of generated time monitoring timer 102;
'i Clear 0.

Next, the memory system 111 I+ 103 generates a memory address when the clock 27 from the clock section 6 is selected;
No. 121 is given to the memo 1J address generation circuit 104.

When the memory address generation circuit 104 is given the previous self-memory address generation number 121, it gives a memory read signal 122 to the scheduled transmission time interval setting timer 101 and the time monitoring timer 102, and starts the periodic transmission' time interval setting timer 1.
66 areas corresponding to the memory read address 29 of 01 are read out to the read buffer 107. Similarly, the time monitoring timer 102 reads the memory [7] The area corresponding to address 29 is read into the read buffer 108.

The scheduled transmission time setting timer update circuit 109 checks the value of the read buffer 107, and if the bit corresponding to the scheduled transmission time setting timer activation flag 125K is 1, the scheduled transmission time setting timer update circuit 109 updates the setting timer section 1 in the read buffer 107.
-1 is added to the area corresponding to 29, and inserted into the setting timer section 129 of the area corresponding to the memory readout 7 address 29 of the periodic output time interval setting timer 1 ().

Similarly, the time i-based timer update circuit 110 checks the value of the read buffer 108, and if the bit corresponding to the time monitoring flag 127 is 1, the timer section 1
+1 is added to the read buffer 108 (7') area corresponding to 28, and 1 is written to the timer unit 128 in the area corresponding to the memory read address 29 of the time monitoring timer 102, and at the same time, the comparison circuit 11 is considered. In this manner, the memory system 1 (1) 103 updates the time of the scheduled transmission time interval setting timer 101 and the time monitoring timer 102 corresponding to addresses 0 to n (☆; 1.; last address).

Next, when the memory system fIIil+ 103 receives the scheduled transmission signal 26 from the above-mentioned overhead information analysis i1s 3, it generates the scheduled transmission timer value setting signal 132, and generates the scheduled transmission timer value setting signal 132. The periodic transmission timer setting flag 12 (i f 1) in the information time interval setting timer 101 is set to 1. Therefore, when the periodic transmission time setting timer update circuit 109 checks the value of the read buffer 107, the periodic transmission timer If the bit corresponding to the value setting flag 126 is 1, the setting timer section 1290 is not updated.The value of the setting timer section 129 at that time is the value of scheduled estrus ii + time interval.Furthermore, the fixed estrus time setting timer cost is New circuit 109
When determining that the periodic transmission timer setting flag 126 is 1, the setting timer section 129 is set to the ratio axis circuit 1.
Give to 11.

Therefore, the comparison circuit 111 uses the set timer section 12 given from the FljI specified time transmission time setting timer update circuit 109.
9 and the value of the timer section 128, the timer section 1
If it is judged that the size of 28 is large, the regular estrous time is over, and the regular estrous time is over, and the alarm is activated (N abnormality 4g No. 28 is activated), and at time 1, the time monitoring flag 127 in the area opposite to the terminal address of the full-view timer 102 is time-monitored. Reset to 0 at Fradari'Cenotoi No. 8 130.

The comparator circuit 111 is configured so that even when the fixed estrous time setting timer update circuit 1.09 does not give the values of the setting timers 'F11 to 129, the (+?i of the timer section 128 is determined in advance by the comparison circuit 111vC). If the set maximum scheduled estrus time interval is wider than (l/J), a scheduled transmission abnormal signal 28 is generated in the same way.
r? 1 (10311) When the time monitoring reset signal 25 is given from the fraudulent information analysis section 3, the timer section 128 is cleared to 0 by the time monitoring timer control signal 123. - Also, at 1111, the monitoring stop signal 24 is given. and flag reset No. 18 131 is generated, fixed color development time interval activation flag 125, fixed transmission timer (i6 setting flag 1
26 = At the same time as resetting t, the timer unit 128 is cleared to 0 and the time monitoring flag 127 is reset by the time monitoring timer control signal 123. Returning to FIG. 1, the printing and display control Mis
5 indicates that the scheduled transmission time monitoring unit 4 detects a scheduled transmission abnormality (g
When the number 28 and the memory read address 29 are given, they are displayed on the display unit 9 or printed and recorded on the printer 10 via the display interface 7 and print interface 8, respectively. The clock i1+6 supplies time information to the print display control section 5, and clock 27(f-) to the scheduled transmission time monitoring section 4.

〔Effect of the invention〕

Present invention 6 As explained above, there is a parable (+
From the time interval between the iN start information and the scheduled transmission information,
By setting the time interval and monitoring the independent scheduled transmission time of each <(, He reporting unit), it is possible to efficiently monitor polarization with different quality of the static axis. It has a striking effect.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of an apparatus according to an embodiment of the present invention. Figure 2 shows the scheduled transmission time monitoring section of the device according to the embodiment of the present invention.
A block diagram showing four configurations. 1... Network access port t11s, 2... Reception control unit, 3.
... Special price information analysis tτl514 ... Regular departure 1g time monitoring section, 5 ... Print display system (111 part, 6 ... Clock section, 7 ... Rock point interface, 8 ... Printing interface, 9 ...Display unit, lO...Printer,
a...'Call time, gland, 21...Multi-frequency receiver use request signal, 22...Multi-frequency receiver use permission No. 16, 23
... Hourly open monitoring start signal, 24... Time monitoring stop F signal, 25... Time monitoring 1) set signal, 26... Scheduled generation 4'e4 (at number, 27... Clock, 28・
・・Scheduled valve A is abnormal (Fi No. 29...Memory 'Fl
;f Extrusion address, 30...Terminal address, 101
・・・Set time interval setting timer, 102...
Time monitoring timer, 103... memory control unit, 104.
・・Memory address generation circuit, 105, 106・Selector, 107.108・Read buffer, 109・・
・Periodically issued 'IM u:'j interval setting timer update circuit 11
0... Time monitoring timer update circuit, 111... Comparison circuit, 121... Memory address generation signal, 122...
・Memory read signal, 123... Time monitoring timer control signal, 124... Scheduled transmission time setting timer activation signal, 125... Scheduled transmission time setting timer activation flag, 1
26... Regular estrus timer value setting flag, 127...
Time monitoring flag, 128...Timer section, 129...
Setting timer section, 130...Time t; 1st congratulatory reset signal 31...Frakrise note No. 416, 132
...Periodically transmitted timer setting signal. Patent Ill X! i+ person Sokujin, patent attorney representing Nippon Gunki Co., Ltd. Naotaka De

Claims (1)

[Claims]
a means for receiving g information; a means for telling the time in the trench from when the regularly transmitted information is detected to the means that the next regularly transmitted information is detected; and a clock value of the means is a predetermined value. In the tY alarm receiving device, which is fully equipped with a means for generating an alarm when the time exceeds the time limit, when there is a plurality of the above-mentioned alarm transmitting devices, the means for receiving the above-mentioned alarm transmits the periodic transmission information for each alarm transmitting device. A time interval setting means that can set a different value for each alarm transmitting device for the above-mentioned predetermined time, and a time interval setting means that can set a time interval setting means for transmitting the alarm, and a time interval setting means for setting the above predetermined time to a different value for each alarm transmitting device. An alarm receiving device characterized in that the device further comprises means for setting the time measured by the time measuring means as the predetermined time when the device is normally working.