KR20020052501A - A method and a device of remote metering for apartment - Google Patents

Abstract

PURPOSE: A telemetering apparatus and a telemetering method for multi-households are provided to secure the convenience of use by adopting an automatic bank transfer application service, the reliability of depositing confirmation, and the saving of operating costs. CONSTITUTION: The telemetering apparatus for multi-households consists of plural reception parts(100) for checking the amount of gas used to each household, and sending obtained data with an allotted specific number by using an allotted frequency; a collecting part(200) for receiving and saving the checked data and sending it to a mobile telecommunication system(300) at regular intervals; the mobile telecommunication system for sending the received data to a gas supply organization(400) and providing a short message service and a call back service; the gas supply organization for receiving and saving the data from the mobile telecommunication system as well as informing the amount of gas used as well as a corresponding amount of money to the household, controlling the collecting part, and accepting an application of automatic bank transfer through a call back service; and a terminal(340) for receiving the amount of gas used and the corresponding amount of money and applying the automatic bank transfer.

Description

Multi-generation remote metering device and its method {A METHOD AND A DEVICE OF REMOTE METERING FOR APARTMENT}

The present invention relates to wireless remote meter reading of the amount of gas and the like supplied to a multi-family of group dwellings using a mobile communication system network. It is about the application of direct debit and the resolution of complaints.

Utility Matter Providers such as water, gas, and electricity need to quickly and accurately read and report the amount of their use in ever-increasing numbers of customers. It is necessary to establish mutual reliability by enabling the use of remote automatic meter reading and payment by the automatic transfer.

Group residence apartments using short message service (SMS) of mobile communication system, MtoM (Mobile to Mobile) service that communicates data between terminal and terminal, and caller automatic call back function It is a technique of the present invention to automatically read and control the gas usage of the shopping mall, villa and the like, and at the same time, the gas user can check the usage amount and the amount of the notice while moving, and when the automatic transfer application is made, the deposit can be confirmed.

Hereinafter, a wireless remote gas reading method according to the prior art will be described with reference to the accompanying drawings.

Attached to explain the prior art, Figure 1 is a configuration diagram of a wireless remote gas meter system according to the prior art.

Referring to FIG. 1, the wireless remote gas reading system according to the prior art includes a meter reading unit 10 provided in each home or gas consumer to measure or detect the amount of gas used;

The wireless unit 20 wirelessly transmits the meter amount used by the meter reading unit 10 and converts it into data, modulates it into a radio signal, and reads the meter together with the corresponding unique number (ID) of the meter reading unit 10. ,

A base transceiver system (BTS) 30 for receiving meter reading data of gas usage transmitted from the radio unit 20;

A mobile station center (MSC) 40 which receives meter reading data received and output by the base station 30, analyzes a transmission path, switches to be connected to a corresponding path, and outputs the meter reading data. ,

The gas service provider 50 receives meter reading data by the mobile communication service provider 40.

Hereinafter, a wireless remote gas reading method according to the prior art using the system of the above configuration will be described in detail with reference to the accompanying drawings.

The gas provider 50 is provided with a meter reading unit 10 that can supply the gas to each customer using the home or gas (Gas) and at the same time measure the amount of gas used by each customer.

The meter reading unit 10 measures the amount of gas used, and when the signal generated in a predetermined unit of measurement is output to the radio unit 20, the radio unit 20 converts the input metering signal into gas meter data and stores it. Afterwards, wireless transmission to the base station 30 with a corresponding unique number (ID) assigned to the meter reading unit 10 at regular intervals.

The base station 30 transmits the received meter reading data to the mobile switching center 40, the mobile switching center 40 may be output to the gas supplier 50 by the switching (Switching) operation. By setting the path and outputting the meter reading data through the set path, the gas supplier 50 checks or confirms the gas usage of each customer.

In the gas consumption metering method according to the prior art, the meter reader visits each home or customer directly, visually confirms and records the measurement unit of the meter reader 10, and records the meter reading information to the computer operator. The computerized process solves many problems such as the occurrence of meter reading error in the prior art, which prevented the use of gas meter bills, inaccuracy of meter reading data, and crimes pretending to be meter readers. Mailing should be done separately, customers should visit financial institutions for payment, and if they have any questions about usage notice, they should use a separate communication means.

In addition, in an apartment, a shopping mall, a villa and the like, the wireless unit 20 is provided for each household, and there are problems of control and interference.

The technology of the present invention recruits meter reading data transmitted and read from each consumer of multiple households, wirelessly transmits to the gas operator by the MtoM service of the mobile communication system, and transmits the control signal of the gas operator to the reverse path. It is an object of the present invention to provide a device and a method for controlling each customer through the transmission of the meter data and the billing amount of the gas provider to the corresponding terminal.

In order to achieve the above object, the present invention, a plurality of the customer unit for wireless transmission and reception at the assigned frequency with a unique number assigned by reading the gas usage of each customer and data; A recruitment unit for wirelessly collecting and storing meter reading data transmitted from the acceptor unit and transmitting and receiving data to and from the mobile communication system at predetermined intervals; A mobile communication system for transmitting meter reading data received from the recruitment unit to a gas provider by an M2M service, and providing a short message service and a callback service; And a gas operator that receives and stores meter reading data by the M2M service of the mobile communication system, notifies the customer of the usage amount and the notice amount at a predetermined interval, controls the recruitment unit, and receives an automatic transfer request of the customer by a callback service. ; A multi-generational remote metering device comprising a terminal for receiving a gas usage and a billing amount provided by a gas provider through the mobile communication system in a short message and applying for automatic transfer by a callback service.

In addition, the present invention devised in order to achieve the above object, the metering process of reading the gas usage in a number of consumer parts and transmits the read data with a unique number to the recruitment unit; Transmitting meter reading data collected by the meter reading process to a gas provider, wherein the gas provider collects the unchecked data and the remote control if necessary; A gas service provider to process the meter reading data and transmit the notice information to the terminal; A payment process in which the gas company records the payment information transmitted from the terminal; Multi-party remote meter reading consisting of a confirmation process for requesting a deposit of a notice amount to the financial institution using the payment information recorded by the payment process and sending a deposit confirmation message to the terminal after the payment is confirmed Method.

1 is a configuration diagram of a wireless remote gas reading system according to the prior art,

2 is a functional block diagram of a multi-generation remote meter reading apparatus according to the present invention,

3 is an M2M connection flowchart applied to the present invention;

4 is a flow chart of a multi-generation remote meter reading method according to the present invention.

** Explanation of symbols on the main parts of the drawing **

10: meter reading part 20: radio part

25: transceiver unit 30,310,330: base station

40,320: Mobile switching center 50,400: Gas operator

100: acceptability 200: recruitment

210: duplexer 220: control unit

230,410: wireless communication unit 300: mobile communication system

320: mobile switching center 340: terminal

400: gas company 420: supplier server

430: ARS440: terminal

Hereinafter, a multi-generation remote metering apparatus and its method according to the present invention will be described with reference to the accompanying drawings.

2 is a functional block diagram of a multi-generation remote reading device according to the present invention, Figure 3 is an M2M connection flow chart applied to the present invention, Figure 4 is a present invention technology Flowchart of multi-generation remote meter reading method by.

Referring to FIG. 2, the configuration of the multi-generation remote reading device according to the present invention is to read and data the amount of gas used by each customer who receives gas from a gas supplier, and to assign a unique number (ID). A radio frequency transmission and reception at a specific frequency allocated as an example, for example, a frequency of 400 MHz, and a meter reading unit 10 for reading gas usage of each customer; The meter 10 converts the gas usage read by the meter into digital data, and transmits the meter data at the frequency of the allocated 400 MHz together with a unique number (ID) assigned to the meter, and is received at the frequency. A plurality of receivers 100 including a transceiver 25 for performing a reset and a command according to a signal;

Receiving and storing the meter reading data transmitted from the customer unit 100 by wireless transmission and reception to the mobile communication system at a predetermined period, wireless transmission from the transceiver unit 25 of the plurality of customer unit 100 at a frequency of 400 MHz A duplexer 210 which receives the meter reading data and wirelessly transmits the control signal to the transceiver 25 of the receiver 100; The meter data input through the duplexer 210 is classified and temporarily stored according to each unique number (ID) and output at regular intervals, and each function unit of the acceptor 100 and the recruitment unit 200 is monitored and A control unit 220 for controlling; The wireless communication unit 230 transmits meter reading data output from the control unit 220 to the mobile communication system 300, receives a control signal transmitted from the mobile communication system 300, and applies it to the control unit 220. Recruitment unit 200 consisting of)

The meter reading data of the customer unit 100 received from the recruitment unit 200 is transmitted to the gas operator 400 by a MtoM (Mobile to Mobile) service that enables direct data communication between the mobile communication terminal and the terminal. It provides a short message service (SMS) that enables the transmission of text messages, and a call back service that allows easy connection with the caller or the sender of the message. Establishing a communication path between callers, wirelessly connected to the recruitment unit 200, receiving the meter reading data transmitted from the recruitment unit 200, and transmitting a corresponding control signal to the recruitment unit 200; , Wirelessly connected to the gas provider 400 transmits the received meter reading data and receives notification information, and wirelessly with the terminal 340 used in the acceptor 100 A plurality of base stations 310 and 330 connected to each other to transmit the received notification information, and to receive payment information and transmit the received notification information to the gas provider 400; Control and monitor the plurality of base stations (310, 330), and transmits the data signal transmitted between the recruitment unit 200 and the gas provider 400 in real time (Realtime) bi-directional by the MtoM (MtoM) service, the gas provider ( Notification information such as the usage information and billing amount billed from 400 is transmitted to the terminal 340 by a short message service (SMS), and is sent to apply for automatic transfer from the terminal 340, A mobile communication system comprising a mobile switching center 320 that controls and routes payment information, such as a range of money to be withdrawn by a financial institution designation and a notice amount, to the gas service provider 400 by a callback service. 300,

Receives and stores meter reading data transmitted by the MtoM (MtoM) service of the mobile communication system 300, and a predetermined period, that is, as an example, the amount of gas used and the amount of the notice for the amount used by the acceptance unit ( Notify 100 using SMS and at the same time control the recruitment unit 200 and accept the application for automatic transfer of the acceptor 100 by a callback service, the base station of the mobile communication system 300 ( A wireless communication unit 410 wirelessly connected to 310 and 330 and receiving meter reading data transmitted from the recruitment unit 200 and payment information transmitted from the terminal 340 and transmitting notice information to be received by the terminal 340; The meter reading data output from the wireless communication unit 410 is recorded and stored in its own database (DB: Data Base) according to its unique number (ID), and at the same time, notification information such as gas consumption and billing amount of each consumer unit. Providing a provider server 420 to generate and output to the wireless communication unit 410; ARS for storing the above payment information transmitted from the terminal 340 through the provider server (420); A gas provider 400 connected to the supplier server 420 and including a terminal 440 for inputting a command signal for controlling and monitoring each functional unit of the gas provider 400;

Receive notification information such as gas consumption and notification amount provided by the gas provider 400 through the mobile communication system 300 in the form of a short message, and the payment information by the callback service provided by the gas provider 400. By inputting, the terminal 340 is configured to apply for direct debit,

In addition, referring to the accompanying Figure 4, the configuration of the multi-generation remote metering method according to the present invention, the number of gas meter 100 to read the gas usage (S100), and the unique data ( ID) and the meter reading process to be sent to the recruitment unit 200 (S110),

The meter reading data collected by the meter reading process is transmitted to the gas provider 400 by the MtoM service, and the gas provider 400 performs the corresponding control when there is a need for unread data and remote control. Sorting and reading the metering data transmitted from the unit 100 by a corresponding unique number (ID); Connect to the mobile communication system 300 at a predetermined period and transmit the classified and stored meter reading data to the mobile communication system 300; The mobile communication system 300 transmits the metering data to the gas provider 400 in real time in both directions by an MtoM service (S120); The gas company 400 classifies and stores the metering data received by the MtoM service in the corresponding database (DB) according to the unique number (ID) (S130), and unread metering data or unread metering data is received. If there is and the need for operation management, the collection process of transmitting the control command signal to the recruitment unit 200 by the M2M (MtoM) service (S140),

The gas provider 400 processes the meter reading data stored in the database and transmits the notice information to the terminal. The gas provider 400 classifies by the unique number (ID) of the meter reading data, thereby providing gas for each customer unit 100. Calculating notification information such as the amount of usage and the amount of notification and transmitting the notification information to the mobile communication system 300 (S150); The mobile communication system 300 transmits the notice information to the terminal 340 operated by the customer unit 100 by a short message service (SMS) (S160) a notification process;

The gas provider 400 records the payment information transmitted from the terminal 340, and the terminal 340 confirms the notification information received in the SMS form by the notification processes 150 and S160, and sends the information to the automatic transfer. In the case of making a payment (S170), the billing information and the payment information designating the financial institution are transmitted to the mobile communication system 300 by a callback service provided by the gas company 400, and the mobile communication system 300 is transmitted to the gas service provider 400 by the MtoM (MtoM) service, the gas service provider 400 records the payment information in the ARS (ARS) (S180), and do not pay by automatic transfer If not, the supplier server 420 issuing the notice information to the land paper and sent by mail and then fed back to the reading process (Feedback) (S175) and the payment process,

The payment process is requested to the financial institution using the payment information recorded in the database (DB) of the supplier server 420 of the gas company 400 by the payment process, and when the payment is confirmed, the terminal 340 By sending a confirmation message (SMS) that the deposit is completed by using a short message service (SMS), and then fed back to the meter reading process (ARS) (ARS) (430) of the gas provider 400 Requesting the withdrawal of the notice amount to the financial institution using the payment information of each customer unit 100 recorded in the; When the deposit is confirmed by the withdrawal of the notice amount (S190), the confirmation information that the deposit is made to the terminal 340 is transmitted to the mobile communication system 300, and the mobile communication system 300 notifies that the deposit is completed. The short message service (SMS) is transmitted to the corresponding terminal 340 (S200) consists of a confirmation process.

Hereinafter, according to the present invention having the configuration described above, a multi-generation remote meter reading apparatus and method thereof will be described in detail with reference to the accompanying drawings.

The consumer unit 100 installed in each gas consumer such as an apartment, a shopping mall, a villa, or the like as a group residence type or a common living place, measures or reads gas consumption of each consumer by the meter reading unit 10, and the transceiver unit (25) data of the gas consumption received from the meter reading unit 10 and the unique number (ID) of the meter reading unit 10 together, using a frequency of about 400 MHz band and a radio transmitting and receiving unit having a short radius ( 25 is transmitted to the recruitment unit 200 by being modulated at high frequency (RF).

The duplexer 210 of the recruitment unit 200 receives all the meter data transmitted in a frequency of 400 MHz from the plurality of consumer units 100, and outputs it to the control unit 220, wherein the control unit 220 is each of the plurality of consumer units 100. The meter data is classified according to the unique number (ID) of the customer unit 100 and recorded and stored in the corresponding storage area.

The controller 220 outputs the meter reading data recorded and stored when the predetermined period or the corresponding storage area is found to the wireless communication unit 230.

The wireless communication unit 230 has a function of transmitting and receiving with the mobile communication system 300, the base station (BTS) of the mobile communication system 300 to read the metering data input at a predetermined period from the control unit 220 Transmit to (310,330).

When the base station (310,330) outputs the meter reading data received from the recruitment unit 200 to the mobile switching center 320, the mobile switching center 320 establishes a transmission path and at the same time the data service to the gas provider 400 by MtoM service To be sent quickly.

The MtoM service is an option provided by a mobile communication service provider, and a voice signal for a call requesting the MtoM service is provided by a base station controller (BSC) embedded in the mobile switching center 320. Instead of allocating a VOCODER resource, which is a processing device, an RLP (Radio Link Protocol) resource for data service is allocated.

The RLP resource that provides the MtoM service has a much shorter connection and data transmission time than the existing data services such as circuit data service, packet data service, and SMS, and uses a lower layer protocol than the TCP / IP protocol. For example, general data may be transmitted within an average of about 5 seconds, and two-way simultaneous call request and data transmission may be performed in real time.

The order of the MtoM service as described above is shown in detail in FIG. 3, and referring to FIG. 3, a case where a call connection and data are transmitted from the terminal 340 or the recruitment unit 200 will be described. When a signal for accessing a wireless channel by the unit 200 is applied to the mobile communication system, a corresponding wireless channel (Air Link) is set (P1), and the mobile communication system 300 receives the data from the recruitment unit 200. To set the gas provider 400 and the corresponding radio channel (Air Link) to transmit (P2), when the radio channel setting is completed, RLP resources between the recruitment unit 200 and the mobile communication system 300 Allocate and set (P3), the RLP resources are allocated between the mobile communication system 300 and the gas operator 400 again (P4), the data transmission between the recruitment unit 200 and the gas provider 400 Synchronous is set for (P5).

When the synchronization between the recruitment unit 200 and the gas provider 400 is performed through the RLP resources allocated by the mobile communication system 300 as described above, data is transmitted and received (P6), and the data transmission as described above is performed. Upon completion, the radio channel set between the recruitment unit 200 and the mobile communication system 300 is released (P7), and also the radio set between the mobile communication system 300 and the gas provider 400. MtoM service is terminated because the channel (Air Link) is also released (P8).

The MtoM service as described above is provided between the recruitment unit 200 and the gas operator 400, and between the terminal 340 and the gas operator 400, and, if necessary, between the recruitment unit 200 and the terminal 340. Is done.

The gas provider 400 receives meter reading data transmitted from the mobile communication system 300 by the MtoM service from the wireless communication unit 410 and outputs the measured data to the provider server 420, and the provider server 420 corresponds to the corresponding service provider. The data is classified and stored in the allocated area of the database by the unique number ID.

The provider server 420 processes the stored meter reading data at regular intervals, for example, one month period, calculates the notification information of the gas consumption amount and the billing amount for each unique number and transmits it to the mobile communication system 300, and MtoM The message is transmitted to the terminal 340 in the form of a message.

The terminal 340 is used by each consumer unit 100, and when the received notification information is to be checked and the payment amount is to be settled by automatic transfer, the information of the financial institution and the amount of money to be withdrawn, etc. When the payment information is input, it is received by the mobile communication system 30 and transmitted to the gas service provider 400 by a callback service.

The gas company 400 stores the received payment information in the ARS 430, withdraws the notice amount from the financial institution at a predetermined time, and when the deposit is confirmed by the withdrawal, the deposit confirmation information is sent by a message by SMS. It is transmitted to the terminal 340 in the form.

The method of using the multi-generation remote metering apparatus according to the present invention will be described in detail with reference to FIG. 4, and the gas usage is read by the metering unit 10 of the customer unit 100 (S100) and the transceiver unit 25. When it is transmitted to the recruitment unit 20 (S110), the recruitment unit 200 stores the meter reading data received by the control unit 220 for a predetermined period of time, and then periodically connected to the mobile communication system 300 to transmit In operation S120, the mobile communication system 300 transmits the gas service provider 400 through the MtoM service.

The gas provider 400 stores the meter reading data received in real time by the MtoM service, the supplier server 420 stores the data in a classification and database (DB) according to the unique number, and processes the data at a monthly cycle. (S130).

When there is no meter reading data classified by the unique number (ID) of each customer unit 100, the provider server 420 applies the control signal to the recruitment unit 200 through the terminal 440 to read the meter. In order to transmit the data, when a failure occurs in the acceptor 100 or the recruitment unit 200, the control signal is output to check and reset the symptoms (S140).

When the gas usage and the corresponding notification amount used by each customer are calculated on a monthly basis by the processing of the supplier server 420, the usage and notification amount are transmitted by the short message service (SMS) through the mobile communication system 300. Therefore, the notification information is notified to the terminal 340 (S160).

Upon receiving the notice information, the terminal 340 checks the notice contents, and when the payment is made by automatic transfer (S170), inputs the payment information such as the financial institution information to be withdrawn and the notice amount to be withdrawn, The callback service transmits to the gas provider (S180).

If the automatic transfer is not performed after checking the notice information displayed on the terminal 340, the provider server 420 issues the notice information to the paper and sends it to the customer unit 100 by mail (S175).

When payment information is input from the terminal 340, the ARS 430 is recorded, the provider server 420 requests the withdrawal of the notice amount to the financial institution, and the payment is made by the payment (S190). In operation S200, a message confirming that the payment is received is transmitted to the terminal 340 by SMS.

According to the present invention having the above-described configuration, the mobile communication terminal 340 notifies the usage of the gas used in each residential unit 100 such as an apartment, a shopping mall, a villa, and the like at the same time. By transmitting in the form, it is possible to check the billing amount while moving on the acceptor 100 side.

In addition, by using the terminal 340, you can immediately apply for direct debit, and can be confirmed that the payment has been made.

Therefore, it is not necessary to issue a giro paper to the customer unit 100 for applying for automatic transfer, thus reducing the operating cost.

The multi-generation remote meter reading apparatus and method according to the present invention as described above, by remotely reading the gas consumption from the multi-generation of the collective residence area, and transmitting the notification information on the amount of usage to the terminal, thereby improving the accuracy and reliability of the meter reading data Has the effect of.

In addition, the convenience of using the terminal and callback service for automatic debit application, the reliability of confirming the deposit status, and the automatic debit does not need to issue and send the paper to the relevant location, thus reducing operating costs. It works.

Claims (10)

A plurality of customer units which wirelessly transmit and receive at the assigned frequency together with the assigned unique number by reading and using data of each consumer's gas; A recruitment unit for wirelessly receiving and storing the meter reading data transmitted from the consumer unit and transmitting and receiving the mobile station to a mobile communication system at a predetermined period; A mobile communication system for transmitting meter reading data received from the recruitment unit to a gas provider and providing a short message service and a callback service; A gas operator that receives and stores meter reading data of the mobile communication system, notifies the customer of the usage amount and the notice amount at predetermined intervals, controls the recruitment unit, and receives an automatic transfer request of the customer by a callback service; Multi-generation remote metering device, characterized in that consisting of a terminal for receiving the gas consumption and notification amount provided by the gas provider through the mobile communication system in a short message and applying for automatic transfer by a callback service. The method of claim 1, wherein the acceptor portion, A metering unit which reads the amount of gas supplied from the gas supplier by being installed at each customer; Multi-generation remote metering device, characterized in that consisting of a transmission and reception unit for converting the gas meter read by the meter reading data to the assigned frequency with a unique number, and transmitting the initialization and metering data by the received control signal . According to claim 1, The recruitment unit receives a meter reading data wirelessly transmitted from a plurality of customer units and a duplexer for wirelessly transmitting a control signal to the customer unit; A control unit for classifying and storing meter reading data inputted through the duplexer according to a unique number and outputting at regular intervals, and monitoring and controlling each functional unit of the acceptor unit and the recruitment unit; And a wireless communication unit which transmits meter reading data output from the control unit at regular intervals to the mobile communication system, receives a control signal transmitted from the mobile communication system, and applies it to the control unit. The method of claim 1, wherein the mobile communication system, Receives meter reading data transmitted in a wireless connection with the recruitment unit and transmits a corresponding control signal, wirelessly connects with the gas operator to transmit the received meter reading data, receives notice information, and wirelessly connects with the terminal to receive the received reading data. A plurality of base stations for transmitting the received notification information and receiving payment information and transmitting the same to the gas provider; By controlling and monitoring the plurality of base stations and real-time bi-directional transmission of data signals transmitted between the recruitment unit and the gas operator by RLP resources, and real-time bidirectional transmission of the notification information received from the gas provider by the short message service. And a mobile switching station configured to control and route the payment information transmitted from the terminal to a gas operator by a callback service. The method of claim 1, wherein the gas company, A wireless communication unit wirelessly connected to a base station of the mobile communication system and receiving meter reading data transmitted from a recruitment unit and payment information transmitted from a terminal, and transmitting notification information to be received by a terminal; A provider server for storing meter reading data output from the wireless communication unit in a database and generating notice information and outputting the notice information to the wireless communication unit; ALS for storing payment information transmitted from the terminal through the provider server, And a terminal configured to be connected to the supplier server and input a control and monitoring command signal for each functional part of the gas provider. A metering process of reading gas usage in a plurality of consumer units and transmitting the read data with a unique number to the recruitment unit; The meter data collected by the meter reading process is transmitted to the gas provider, and the gas provider collects the corresponding control when there is a need for unread data and remote control; The gas provider processes the meter reading data and sends the notice information to the terminal. A payment process in which a gas company records the payment information transmitted from the terminal; It is characterized by consisting of a confirmation process for requesting the deposit of the notice amount to the financial institution using the payment information recorded by the payment process, and if the deposit is confirmed, sends a deposit confirmation message to the terminal and then returns to the meter reading process. Remote meter reading method for multi-generation. The method of claim 6, wherein the collecting process, Metering data transmitted from each consumer unit is classified and stored by the corresponding unique number. Connect to the mobile communication system at a predetermined period and transmit the classified and stored meter reading data to the mobile communication system, The mobile communication system transmits meter reading data to gas providers by real-time bidirectional transmission, The gas operator classifies and stores the meter data in the database according to the unique number, and transmits the corresponding control command signal to the recruitment unit when there is unread data and there is a need for operation management. Meter reading method. The method of claim 6, wherein the notification process, By processing the meter reading data stored in the database by the gas operator, it calculates the notice information of the amount of use and the amount of notice for each customer and transmits it to the mobile communication system. The mobile communication system is a multi-generation remote meter reading method characterized in that for transmitting the notice information to the terminal operated by a short message service. The method of claim 6, wherein the payment process, When the terminal checks the notification information by the above notification process and makes a payment by automatic transfer, the payment information and the payment information designating the financial institution are transmitted to the mobile communication system by the callback service. The mobile communication system transmits to the gas provider, Gas provider is a multi-generation remote meter reading method characterized in that the payment information is recorded in the ALS. The method of claim 6, wherein the checking process, Request the withdrawal of the notice amount to the relevant financial institution by using the payment information of each acceptable part recorded in the gas company's ALS, When the deposit is confirmed by the withdrawal of the notice amount, and confirms that the deposit has been sent to the mobile communication system, The mobile communication system is a multi-generation remote meter reading method characterized in that the transfer of the completion confirmation notification to the terminal by a short message service.