KR100238725B1 - Method for managing information of subcribes in telemetering secutity system - Google Patents

Abstract

end. The technical field to which the invention described in the claims belongs:

The present invention relates to a remote safety management system.

I. The technical problem the invention is trying to solve:

In the conventional remote safety management system, the method of updating subscriber information had to be manually entered, modified and deleted by the operator manually based on a document in which subscriber information written in each sales office was recorded.

All. The gist of the solution of the invention:

The present invention implements a subscriber information management method in a remote safety management system for receiving subscriber information transmitted from a sales office through a high-speed transmission network X.25 and processing the received subscriber information according to a job reason and a job classification.

la. Important uses of the invention:

How to manage subscriber information in remote safety management system.

Description

How to manage subscriber information in remote safety management system {METHOD FOR MANAGING INFORMATION OF SUBCRIBES IN TELEMETERING SECUTITY SYSTEM}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a telemetering security system (TSS), and more particularly, to a method of receiving and storing subscriber information in a predetermined transmission message format from each sales office.

The Telemetering Security System (TSS) is a fire occurrence detection, a gas leak detection, an intrusion occurrence detection, etc. through a telephone line using MDF of an exchange, without affecting subscriber calls in an MDF access method. It is a system that provides security related functions and meter reading information transmission function.

Services using the Telemetering Security System (TSS) include credit card inquiry, theft prevention, and the like, and the companies providing the service include S-One and Korea Security Corporation.

The Telemetering Security System (TSS) provides a service for registered subscribers only. Since the subscriber information changes from time to time, it must be updated periodically.

In the conventional subscriber information update method, the operator had to manually input, modify and delete the manual information based on the document in which the subscriber information created in each sales office was recorded. As a result, it was difficult to efficiently manage subscriber information, and accurate post management was insufficient. In other words, the operator's information is up-date based on the documents created in the sales office, and thus an operation error may occur. In addition, there was a problem that duplicated or lost documents issued by receiving a slip made by a sales office through a voice call or an abnormal path through a wire.

As described above, when the subscriber information and the actual subscriber information of the slip do not match or are lost, it is inconvenient to reissue the slip.

Accordingly, an object of the present invention to solve the above problems is to implement a method for receiving and setting subscriber information from each operating station through a high-speed transmission network (HiNet-P network).

Another object of the present invention is to provide a method for performing a job according to the job reason and the job classification included in the subscriber information provided from each sales office.

Still another object of the present invention is to provide a method of outputting a processing result when the execution of a job according to a job reason and a job classification is completed.

In order to achieve the above object, the present invention receives the subscriber information transmitted from the sales office through the high-speed transmission network X.25 and processes the received subscriber information according to the job reason and the job classification included in the received subscriber information. And implements a subscriber information management method in a remote safety management system for outputting a processing result of the work performed through a monitor or a printer.

1 is a block diagram of a remote safety management system according to an embodiment of the present invention.

2 is a protocol progression performed in the remote safety management system according to an embodiment of the present invention.

3 is a control flowchart for managing subscriber information according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used for the same components, even if displayed on different drawings. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

Configuration of a remote safety management system (TSS) according to an embodiment of the present invention is as shown in FIG.

Referring to FIG. 1, the TSS host device 10 performs security related functions such as fire detection, gas leak detection, and intrusion prevention of a subscriber using the MDF of a local exchange. In addition, the subscriber information is received from the operating station main apparatus 20 through the data service unit (DSU; Data Service Unit) 14 to manage. The line collecting units LCS # 1 to LCS # 8 (12a to 12h) can connect up to 20,000 subscribers each with a telephone line connecting the MDF of the local exchange. Therefore, the line collecting units LCS # 1 to LCS # 8 12a to 12h can process up to 160,000 subscribers. The printer 16 prints subscriber information at the request of the TSS main apparatus 10. The monitor 18 displays subscriber information at the request of the TSS host 10. The DSU 14 of the TSS host device 10 receives the output data of the operating station host device 20 through the X.25 (24), which is a high-speed transmission network (HiNet-P network), or data provided from the TSS host device 10. Send. X.25 (24), which is a high-speed transmission network (HiNet-P network), is responsible for the interface between the DSU 14 on the TSS host device 10 side, which is a terminal operating in packet mode, and the DSU 22 on the business owner device 20 side. do. The DSU 22 on the side of the business host apparatus 20 transmits data provided from the business host apparatus 20 through X.25 (24), which is a high-speed transmission network (HiNet-P network), or outputs data of the TSS host apparatus 10. Receive The business owner station apparatus 20 receives subscriber information from the operator and transmits the subscriber information to the TSS host apparatus 10 through the DSU 22.

The TSS host device 10 receives data corresponding to subscriber information output from the business owner device 20 by performing a predetermined protocol. An example of the protocol is shown in FIG.

2 is a process of setting a transmission path using X.25 (24), which is a high-speed transmission network (HiNet-P network) between the TSS host device 10 and the business owner device 20, and the TSS host device at the business owner device 20 side. And transmitting subscriber information to a predetermined transmission message format, and transmitting confirmation data after the TSS main apparatus 10 receives the subscriber information. The TSS main apparatus 10 is not a problem when the subscriber information is normally received, but transmits confirmation data corresponding to a retransmission request when the subscriber information is abnormally received. When the confirmation data corresponding to the retransmission request is received, the business owner apparatus 20 retransmits the subscriber information in a predetermined transmission message format.

An example of a predetermined transmission message format of subscriber information transmitted from the business owner unit 20 side to the TSS host unit 10 side may be represented as shown in Table 1 below.

DATA FILED DATA BYTE Number DATA contents STX_FLD One Start of Text SERIAL_NO 7 Serial number CONT_KIND One J: access K: join JOB_REASON One Reason for work (1: Termination, 2: New, 3: Changing, etc.) JOB_CONT One Work Category (0: Normal, 1: Cancel, 2: Modify) B_TEL_NO 12 Phone number before change (Region: 4, Phone: 8) B_SYSTEM_ID 7 System number before change (subscriber's unique number) B_USER_ID 7 Terminal number before change (Terminal unique number) B_JUSO 45 Address before change B_SERVICE 2 Type of service before change (01: security, 02: credit card)

B_SER_DATE 6 Start date of service (year, month, day) before change B_SER_PROV 30 Service provider before change A_TEL_NO 12 Phone number after change (Region: 4, Phone: 8) A_SYSTEM_ID 7 System number after change (subscriber's unique number) A_USER_ID 7 Terminal number after change (Terminal unique number) A_JUSO 45 Post-change address A_SERVICE 2 Type of service after change (01: Security, 02: Credit Card) A_SER_DATE 6 Service start date after change (year, month, day) A_SER_PROV 30 Service provider after change ETX_FLD One End of Text

The serial number in the data content shown in Table 1 is a unique number of the business owner device 20 used in communication with the business owner device 20.

According to an embodiment of the present invention, the process of receiving and registering subscriber information in the TSS main apparatus 10 is performed by the control flowchart of FIG. 3.

Referring to the process of Figure 3 is as follows. Receiving subscriber information when the transmission path is established through X.25 (24); transmitting receiving confirmation data requesting retransmission when the subscriber information is abnormally received; When the subscriber information is normally received, transmitting confirmation data indicating that the reception is completed; if the subscriber information is normally received, analyzing the job reason and the job classification from the received subscriber information; and And processing the received subscriber information according to job classification and outputting a processing result.

Table 2 shows the work details for processing the received subscriber information according to the work reason analyzed by the execution of FIG. 3 and the work classification.

Reason for work Work Operation Details Remarks Termination normal Termination of subscriber information of TSS MASTER DATABASE Termination work cancel Cancel cancellation of subscriber information in TSS MASTER DATABASE New job Modified Modification of subscriber information termination date of TSS MASTER DATABASE New + termination new normal New registration of subscriber information of TSS MASTER DATABASE New job cancel Cancel new registration for subscriber information of TSS MASTER DATABASE Termination work Modified Modify new registration of subscriber information of TSS MASTER DATABASE Termination + New Change number normal Change subscriber's phone number of TSS MASTER DATABASE cancel Cancel change of subscriber's phone number in TSS MASTER DATABASE Modified Fixed change of subscriber's phone number of TSS MASTER DATABASE Change system ID normal Change subscriber system ID of TSS MASTER DATABASE cancel Cancel change of subscriber system ID of TSS MASTER DATABASE Modified N / A Opening date change normal Change of subscriber opening date of TSS MASTER DATABASE cancel N / A Modified N / A Temporary demolition normal Temporary removal of subscriber information of TSS MASTER DATABASE Termination work cancel Cancellation of temporary removal of subscriber information of TSS MASTER DATABASE New job Modified Modification of temporary removal of subscriber information of TSS MASTER DATABASE New + termination Temporary resurrection normal Renewal of subscriber information of TSS MASTER DATABASE New job cancel Cancel the temporary reinstatement of subscriber information in TSS MASTER DATABASE Termination work Modified Fixed temporary resurgence of subscriber information in TSS MASTER DATABASE Termination + New

For example, the work performed by the job reason and the job classification analyzed with reference to Table 2 is as follows.

If the analyzed job reason is "new" and the job classification is "normal", the TSS main unit 10 performs a new job of newly registering subscriber information received in the TSS MASTER DATABASE of the memory.

3 shows an example of TSS MASTER DATABASE in which subscriber information is stored by performing the operation of FIG. 3.

DATABASE NAME: TSSDB TABLE NAME: SUBSINFO FIELD NAME BYTE number Contents Remarks trlno 12 Phone number Use as Master Key lcsno One LCS sequence number Use between 0 and 7 nodeno One NODE sequence Use between 0 and 4 lccno One LCC sequence number Use between 0 and 7 lcuno One LCU sequence number Use between 0 and 1 modemnr One MODEM sequence number Use between 0 and 4 coupno 2 COUPLER sequence number 00 to 49 use coupid 7 COUPLER ID Unique number (using key 2) userpn One USER PORT sequence number 0 enabled gid One GROUP ID Use A, K cid One COMPANY ID A to Z juso 45 address irum 10 Subscriber's Name pnid One PART NUMBER ID ASCII between 0 and 49 pnclass One PART NUMBER CLASS 1: security, 5: credit inquiry mdate 6 Opening day scanrate One SCANNING 1 to 9 use (usually: 3)

Hereinafter, an embodiment according to the present invention will be described in detail with reference to the configuration of the above-described Telemetering Security System (TSS).

First, an example of a protocol performed between the TSS host device 10 and the business owner device 20 will be described with reference to FIG. 2.

In step 210 of FIG. 2, the TSS host device 10 and the business owner device 20 scour X.25 (24), which is a high-speed transmission network (HiNet-P network), through the DSUs 14 and 22 provided with each other. Set up the transmission path. When the transmission path is established, the business owner apparatus 20 converts the subscriber information into a specific transmission message format in step 212 and outputs it to X.25 (24) which is a high speed transmission network (HiNet-P network) through the DSU 22. do. The output subscriber information is applied to the TSS main unit 10 through the DSU 14 on the TSS main unit 10 side. If the subscriber information is authorized, the TSS host device 10 transmits confirmation data in step 214. The confirmation data is divided into confirmation data indicating that subscriber information has been normally received and confirmation data for indicating abnormal reception. When the confirmation data indicating that the subscriber information has been abnormally transmitted, the TSS main apparatus 10 proceeds to step 212 and waits for receiving the subscriber information to be retransmitted. In addition, when receiving confirmation data indicating that the subscriber information has been abnormally received, the business owner apparatus returns to step 212 to retransmit the subscriber information. Steps 212 and 214 are repeatedly performed until the TSS main device 10 normally receives subscriber information.

Next, the process of updating the subscriber information according to the subscriber information by receiving the subscriber information from the TSS main apparatus 10 by the business owner apparatus 20 will be described with reference to FIG. 3.

The TSS host device 10 detects whether the transmission path setting request is input by the business owner device 20 or the operator in step 310 of FIG. 3. When the transmission path setting request is input, the TSS main apparatus 10 proceeds to step 312 to establish a transmission path by connecting an X.25 (24), which is a high-speed transmission network (HiNet-P network), through the DSU 14. . Steps 310 and 312 described above are the same process as step 210 of FIG. 2.

When the transmission path is established, the TSS host device 10 proceeds to step 314 to receive subscriber information transmitted through the set X.25 (24). Subscriber information transmitted through the X.25 (24) is transmitted in the form of a specific transmission message format, the elements constituting the transmission message format is shown in Table 1 above. In Table 1, it can be seen that the elements constituting the subscriber information are composed of work reason, work classification, subscriber information before change, subscriber information after change, and the like. When reception of subscriber information is completed in step 314, the TSS main device 10 proceeds to step 316.

If the TSS host device 10 proceeds to step 316, it checks whether the received subscriber information is normally received. Since the normal reception can be checked using an error detection method of a normal digital communication, a detailed description thereof will be omitted. If it is determined in step 316 that the abnormal reception is made, the TSS host device 10 transmits confirmation data requesting retransmission of subscriber information to the business owner device 20 in steps 322 and 324. On the other hand, if it is determined in step 316 that normal reception has been made, the TSS host device 10 transmits confirmation data indicating completion of reception of subscriber information to the business owner device 20 in steps 318 and 320. .

An example of a confirmation data transmission process for requesting retransmission of subscriber information in steps 322 and 324 and a confirmation data transmission process for notifying completion of subscriber information reception in steps 318 and 320 For example, as follows.

First, an example of a confirmation data transmission process requiring retransmission of subscriber information will be described.

If abnormal reception is detected, the TSS host device 10 proceeds to step 322 to read the serial number recorded in the SERIAL_NO area from the received subscriber information, takes 9's complement of the read serial number, adds 1, and then the serial number. Set to. If the serial number is set, the TSS host device 10 proceeds to step 324 and transmits the set serial number to the business owner device 20 through X.25 (24). After transmitting the serial number in step 324, the TSS main apparatus 10 returns to step 314 to wait for reception of subscriber information to be retransmitted.

Next, a description will be given as an example of the confirmation data transmission process indicating that the reception of the subscriber information.

If the normal reception is detected, the TSS host device 10 proceeds to step 318 and reads the serial number recorded in the SERIAL_NO area from the received subscriber information, takes 9's complement of the read serial number, and sets the serial number. If the serial number is set, the TSS host device 10 proceeds to step 320 and transmits the set serial number to the business owner device 20 through the X.25 (24). The TSS host device 10 proceeds to step 326 after transmitting the serial number in step 320.

In step 326, the TSS main apparatus 10 reads and analyzes the job reason recorded in 1 byte in the JOB_REASON area of the received subscriber information. In operation 328, the TSS main apparatus 10 reads and analyzes the job division recorded in one byte in the JOB_CONT area of the received subscriber information. The job reason and the job classification can be analyzed by the data value of 1 byte recorded in the corresponding area. For example, if the "1" is recorded as a data value, "cancellation" is recorded if "1" is recorded as a data value, and "new" and "3" are recorded if "2" is recorded. "No." in the case of job classification corresponding to the recorded data value, for example, when "0" is recorded as a data value, "Cancel", If "2" is recorded, it is analyzed as "correction".

When the analysis of the job reason and the job classification is completed, the TSS main unit 10 proceeds to step 330. When the process proceeds to step 330, a job determined by the analyzed job reason and job classification is performed. An example of a job determined by the analyzed job reason and job classification is shown in Table 2 above. For example, if the data value corresponding to the job reason is “1” and the data value corresponding to the job classification is “2” in steps 326 and 328, the TSS MASTER DATABASE is performed in step 330. The termination date of the corresponding subscriber information recorded in step 314 is modified according to the subscriber information received in step 314.

The subscriber information updated by the job is stored in the memory of the TSS host device 10 in a table form as in the example shown in Table 3 above. Upon completion of the job based on the job reason and the job division data value, the subscriber information of the updated subscriber is output according to the processing result. The output of the subscriber information as a result of the processing may be output as a document through the printer 16 or displayed on the screen through the monitor 18.

As described above, in the present invention, since data is transmitted on-line through X.25, which is a HiNet-P network, it is possible to quickly and accurately update subscriber information that varies in each office. There is an effect of increasing the efficiency of. In addition, by outputting a job processing result through a monitor or a printer, there is an advantage that not only management problems such as loss or duplication can be solved, but also easy post management.

Claims (3)

Communicates with a number of business owners located at remote locations through X.25, a high-speed transmission network, and uses a telephone line connected to the MDF of a local exchange, without affecting subscriber calls, and causing individual subscriber fires. In the method of managing subscriber information in the main device of the remote safety management system for detecting or detecting gas leakage or intrusion detection, A first step in which the remote business owner device connects with the main device of the remote safety management system by scissoring the high speed transmission network when the high speed transmission network connection request is detected; A second process of transmitting the subscriber information to be updated according to the reason of work and the division of work and the subscriber information to be updated according to the new subscription or the change of subscriber or the cancellation of the subscriber through the caesar high speed transmission network; A third step of receiving, by the main device of the remote safety management system, subscriber information transmitted from the business owner device through the caesar high speed transmission network; A fourth process of checking, by the main device of the remote safety management system, whether the received subscriber information is normally received when the subscriber information is received; A fifth process of transmitting, by the main device of the remote safety management system, confirmation data requesting retransmission to the business owner device when the information of the subscriber is abnormally received as a result of the inspection of the fourth process; A sixth process of analyzing, by the main device of the remote safety management system, the work reason included in the subscriber information and the work classification when the subscriber information is normally received as a result of the inspection of the fourth process; Subscriber information in the remote safety management system comprising the seventh step of the main device of the remote safety management system performs the task of storing the received subscriber information in the master database according to the result analyzed in the sixth process How to manage. The method of claim 1, And when the main device of the remote safety management system processes the received subscriber information, outputting a processing result through a printer. The method according to claim 1 or 2, And when the main device of the remote safety management system processes the received subscriber information, outputting a processing result through a monitor.

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