KR200289180Y1 - System for wireless automatic meter reading - Google Patents

Abstract

The present invention relates to a wireless remote meter reading system of an integrated meter, and converts an integrated digital numeric image generated by scanning and / or imaging a number displayed on the numeric display unit of the integrated meter by an image sensor module into a numeric code by a character recognition module. By wireless transmission, it is possible to remotely read the total amount by applying to any kind of totalizer such as electricity, water and gas.

Description

Wireless Remote Metering System for Totalizers {SYSTEM FOR WIRELESS AUTOMATIC METER READING}

The present invention relates to a wireless remote meter reading system of an integrating meter for wireless remote metering the total amount of electricity, water, gas and the like.

In order to read the totalizer of electricity, gas, water, etc., conventionally, the meter reader visually checks the numerical value and records it by hand. Then, the figure obtained by subtracting the last month's value from the recorded value is calculated by the rate card for the accumulated amount. It is issued.

This causes not only a lot of manpower costs, meter errors in meter reading, vacant houses and meter rejection, etc., but also a lot of manpower and money to settle data into a computer.

In addition, in the case of electricity, an increase of 1% of the power reserve rate requires a huge investment in the country in order to meet the demand at the maximum load power, which requires the ever-changing load power. In order to set a high rate and to set a low rate at night during a low load period, an introduction of an hourly rate plan is necessary, but for this, a remote meter reading is essential.

Thus, the development of a number of remote meter reading instrument. The conventional remote meter reading device is equipped with a direct reading method for recording the meter reading by mounting a number of sensor members by changing the structure of the wheel recorded numerical value, and analog and digital circuits are provided to convert the physical quantity and the electric quantity change every minute into electrical pulses. Automatic meter reading that accumulates values continuously by mounting various types of sensors such as photo sensor, magnetic sensor, hall sensor, etc. on the rotating member of the instrument such as the rotating plate or rotating drum of the instrument and the sensor. (AMR: Automatic Meter Reading) Instruments are being developed.

However, for the efficiency and economics of remote meter reading, an integrated meter reading that integrates all the integrated metering devices such as water, gas, and hot water is essential, but various types of capacities, different specifications and different instruments Retrofitting or retrofitting a remote meter on the system would require significant development costs and a long time.

In addition, due to the inherent reliability and stability of the instrument, for example, when the circuit burns or breaks due to an accident caused by lightning or surge current, and the impact on the inherent reliability and stability of the measuring instrument, a huge cost and a long time are required. There is a problem.

In addition, although the test installation is performed for the test of the remote meter, there is a problem in that water and gas are expensive, but the installation cost is higher when the replacement is installed. In addition, it is not conceivable that the existing remote metering device performs long-term remote metering using a battery.

Due to this problem, a patent application issued in Korea to prevent manual meter reading or instrument error even if a remote meter reading fails due to a remote meter reading failure or reliability verification problem and to solve a problem of replacement installation (notification number 1994) -4879) discloses a remote meter reading module that has a sensor attachment structure to an existing instrument, but in reality it has to be disassembled, fixed and mounted in order to modify the instrument body, and thus cannot be put to practical use due to reliability, stability, and cost. have.

In addition, various methods have been studied to transmit and receive between the automatic meter reading terminal and the metering center, and the wireless method applying the radio frequency (RF) method to solve the problem of the provision of the wire line and the management cost, which is a major disadvantage of the wire. Has been developed, but the instrument that needs to continuously update the accumulated value every time consumes power continuously, so a separate power source is required to supply power, but the instrument that relies on batteries such as gas and water may Regular visits by meter readers (3 to 6 months) are required for battery replacement.

An object of the present invention is to provide a wireless remote meter reading system of a totalizer to enable wireless remote meter reading of the integrated amount of electricity, water, gas and the like.

In addition, an object of the present invention is to provide a wireless remote meter reading system of an integrated meter to enable wireless remote meter reading only by attaching or mounting to an existing totalizer.

In addition, an object of the present invention is to provide a wireless remote meter reading system of an integrated meter that can be mounted on any type or type of integrated meter such as electricity, water, gas, etc. to wirelessly read the total amount.

In addition, an object of the present invention is to provide a wireless remote meter reading system of the totalizer does not need to verify the reliability and stability of the totalizer.

It is also an object of the present invention to provide a wireless remote system of an integrated meter that enables wireless remote meter reading without any modification of the integrated meter body.

In addition, an object of the present invention is to provide a wireless remote meter reading system of an integrated meter capable of wireless meter reading to minimize the battery consumption to maximize the battery replacement cycle (2-5 years). Furthermore, the present invention does not require battery replacement by using a self-induction current, a solar cell, an organic electrolyte solar cell, or the like.

In addition, an object of the present invention is to provide a wireless remote meter reading system of the integration meter capable of wireless remote meter reading to temporarily store the time-based cumulative numerical value for wireless transmission.

In addition, an object of the present invention is to provide a wireless remote meter reading system of the totalizer meter so that manual meter reading is possible when the wireless remote meter reading part is broken so that the number of the total meter is not obstructed.

In addition, the present invention is a wireless remote meter reading of the totalizer that can greatly reduce the occupancy time and the call volume of the call line by combining the total amount of two or more total meters composed of one group into one data to transmit to one communication line It is an object to provide a system.

In addition, an object of the present invention is to provide a wireless remote meter reading system of an integrated meter capable of wireless remote meter reading irrespective of the position of the total meter by transmitting and receiving data for wireless remote meter reading of the total amount by power line communication.

A wireless remote meter reading system of an integrated meter for achieving the above object is provided at a predetermined position for scanning and / or imaging a display portion of an integrated meter, and scans the numerical image image shown in the display portion of the integrated meter and And / or an image sensor module including an image sensor for capturing and converting the image into an electrical image signal, a dynamic random access memory (DRAM) for storing the numerical image data, and recognition of the stored image data through a preprocessing process. Digital signal processor (DSP) which extracts only necessary components and the extracted data is compared with a recognition library already stored in EEPROM (Electrically Erasable and Programmable Read Only Memory). A main processor (MPU) for calculating a numerical code corresponding to each numerical image. Unit and wirelessly transmit the numeric code data stored in the flash read only memory and / or the numeric code data displayed on the display of the current totalizer to the meter center at predetermined times and receive commands from the meter center. In normal sleep state, power is supplied to the OCR module and the radio frequency module only when the timing code of the received command matches the current time. And a reading center to receive and process the transmitted numeric code data and to transmit a timing code for remote reading, for minimizing power consumption.

The image sensor module may be installed in front of the integration meter display unit at a predetermined distance or may be attached to the viewing window in front of the integration meter display unit. The latter image sensor module uses a plate-shaped transparent image sensor composed of plastic polymer transistors, so that the inside of the totalizer can be viewed, allowing manual reading.

Preferably, the image sensor module is installed below or above the integration meter display unit, and a transparent body is installed between the display unit and the image sensor module of the integration meter so that the number of the display unit is refracted and incident on the image sensor module. Do.

Examples of such a transparent body include a cylindrical transparent body, a triangular cylindrical transparent body having rounded corners and two sides perpendicular to each other, a triangular cylindrical transparent body having two sides perpendicular to each other, and a prism.

Of course, the image sensor module in the case where the image sensor module and the transparent body are installed in close proximity to each other may be integrated into a total meter by using a plate-shaped transparent image sensor composed of a plastic polymer transistor, thereby allowing manual meter reading.

Examples of the installation of the image sensor module may be attached to the inner circumferential surface of the integrated meter case or sight window, or may be attached to the outer circumferential surface of the integrated meter case or sight window, as well as to form a hole of a predetermined size of the integrated meter case or sight window, and to mount the image sensor module. Alternatively, it can be attached to the inner circumferential surface of the housing or case to protect the totalizer.

The image sensor module may be attached to an outer circumferential surface of a case or a container to protect the totalizer, or may be installed or integrated after forming a hole of a predetermined size in the case or container to protect the totalizer. It can be attached in the form of a microscope toward the display of the integrated meter on the outer circumferential surface of the case or the sight glass of the meter.

In addition, when two or more radio frequency modules in a predetermined area are installed, one of the plurality of radio frequency modules is designated as the master radio frequency module and the other is designated as the slave radio frequency module. It is possible to reduce the share of the communication line and the call volume by transmitting and receiving various data according to the unique ID code of the radio frequency module between the plurality of slave radio frequency modules and one master radio frequency module and the metering center.

In this case, a radio pico cell module or a Bluetooth module may be used as the radio frequency module.

Meanwhile, transmission and reception of the radio frequency module and the metering center may be performed by a terminal capable of bidirectional data transmission and reception such as a two-way pager or two way message (TWM), or a personal communication service-code division multiple access (PCS-). Cellular communication using data networks such as Personal Communication Service (CDMA), Code Division Multiple Access (TDMA), Time Division Multiple Access (TDMA), and Global System for Mobile Communication (GSM) Can be done in a manner.

The optical character reading module and the image sensor module are composed of a single chip unit, and are easy to install and manage.

In particular, when the integration meter is installed in the communication blind spot, it is preferable that data is transmitted and received by power line communication between the image sensor module and the radio frequency module. At this time, the data for transmission and reception through the pair of induction coils connected to the power line may be input and output to the power line, or the data for transmission and reception through the capacitor connected to the power line may be input and output to the power line.

On the other hand, as a power source of a system including an optical character reading module and a radio frequency module, the power supplied from a replaceable battery or a transparent solar cell, the power supplied from an organic electrolyte solar cell, and the induction current induced from the coil of the integrated meter. Etc. can be mentioned.

Preferably, the flash ROM temporarily stores numerical code data of the image data of the integrated meter display unit scanned and / or photographed before being transmitted to the meter reading center.

The command transmitted from the meter reading center to a specific integration meter preferably includes a command code for instructing scanning and / or imaging and a unique ID (ID) code for designating the integration meter. The numerical data transmitted from each of the totalizers to the meter reading center through the radio frequency module preferably includes the numeric data of the totalizer and a unique ID code indicating the corresponding totalizer.

1 is a block diagram showing a wireless remote meter reading system of the totalizer according to the present invention.

2A, 2B, 2C, 2D, and 2E are perspective views illustrating an installation structure of the image sensor module in FIG. 1.

3A, 3B, 3C, and 3D are cross-sectional views illustrating various embodiments of the transparent body in FIG. 2D.

4A, 4B, and 4C are views illustrating various power sources in the present invention.

5 is a schematic diagram showing a communication relationship between an integrated meter and a radio frequency module installed in a blind spot.

6A and 6B are schematic diagrams for describing the power communication scheme applied in FIG. 5.

7 is a block diagram showing another embodiment of a wireless remote meter reading system according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention is an optical character reading module consisting of a single chip consisting of a processor for image preprocessing, a processor for reading recognition and data codes, and a memory for processing a large amount of data, thereby minimizing size and minimizing power consumption. It is a wireless remote meter reading system of a totalizer with a time controller with a normal sleep function.

1 is a configuration diagram of a wireless remote meter reading system according to the present invention, the image sensor module (1) having various kinds of image sensors is fixedly installed in a predetermined position on the front and / or bottom of the totalizer, the number of the totalizer Convert the image of the part into a digital image.

As such, the image sensor provided in the image sensor module 1 may include a charge coupled device (CCD), a bucket relay device (BBD), a plasma coupled device (PCD), and a complementary MOS ( C-MOS: Complementary MOS) Image sensor that converts solid-state images such as image sensor and plate-shaped transparent image sensor composed of plastic polymer transistor into electrical signal. The image sensor module 1 may be attached to a predetermined position on the front or bottom of the totalizer, but may be attached to a position where manual reading by the naked eye is possible or use a module made of a transparent material.

That is, as shown in Figures 2a, 2b, 2c, 2d, 2e, the image sensor module can be attached or installed in various forms, such as electricity, water, gas, etc., the inner or outer surface of the integrated meter cover or case, or the cover or case It is natural that a hole can be formed and mounted, and it can be installed at a predetermined position of an integrated meter at a predetermined distance without being attached to a cover or a case.

2A and 2B are a structure attached to a cover or a viewing window on a display part of all the total meters in a predetermined distance, and fixed on the transparent case 22 of the electric total meter or the sight window 32 of the total meter for water or gas. The members 21 and 31 are attached, and the image sensor modules 20 and 30 are mounted on the upper ends of the fixing members 21 and 31 so that the image sensor modules 20 and 30 are positioned at predetermined positions. The numbers of the display units 23 and 33 can be scanned and / or imaged.

Of course, the image sensor module 40, that is, the plate-shaped transparent image sensor composed of a plastic polymer transistor, scans the number of the display unit 43 even if directly attached to the case 42 of the integration meter or the sight window of the other integration meter as shown in FIG. 2C. And / or imaging can be prevented from protruding forward. In addition, since the image sensor module 40 is transparent, the manual reading is easy when the wireless remote reading is impossible because the display unit 43 is not covered. In addition, since the image sensor module is installed at a position that does not cover the display unit of the totalizer, the remaining image sensor module can easily perform manual meter reading whenever the wireless remote meter reading is impossible.

FIG. 2D is a structure attached to a case or a viewing window of all integrating meters for refraction, scanning, and / or imaging of a numeric image, in which various types of transparent bodies 51 are attached to the underside of the numeric display unit 53, and a predetermined shape therefrom. An image sensor module 50 for scanning and / or capturing a numerical image projected on the transparent body 51 at a distance spaced distance is installed, so that the numerical image of the display unit 53 can be scanned and / or even in a case of an integrated meter. I can image.

Here, the transparent body 51 for refracting the numerical image of the integration meter display unit 53 has a cylindrical shape or a right triangular prism shape with rounded corners as shown in FIGS. 3A, 3B, 3C and 3D, and a normal right triangular prism. It has various shapes, such as a shape and a prism shape. Of course, the right-angled triangular prism-shaped transparent body should consider the inclination angle between the bottom surface and the inclined surface in consideration of the refractive angle.

In particular, when the transparent body and the plate-shaped transparent image sensor 60 as shown in FIG. 3D are applied, the numerical image projected on the transparent body 61 can be scanned and / or imaged even at a close distance, as shown in FIG. 2E. The transparent body 61 and the plate-shaped transparent image sensor 60 may be bundled and used as one unit. This can minimize the distance between the transparent body 61 and the plate-shaped transparent image sensor 60, so that the distance between the numeric display portion 63 and the case 62 is narrow.

The first data memory access controller 2 (DMAC: Data Memory Access Controller) (DRAM) is used to calculate an image digital signal input from the image sensor module 1 by the digital signal processor 3 for image preprocessing. ) To control the input and output of initial and result data via the bus. The second data memory access controller 5 also controls data input / output between the radio frequency module 13 and the main processing unit 7.

The digital signal processor 3, which pre-processes the input digital image by the preprocessing process for the number recognition, quickly and effectively, eliminates miscellaneous images, forms, segments, coordinates, and position values, and processes the raw image data stored in the DRAM 4 first. It receives through the data memory access controller 2, performs a high speed operation, and transmits the result value back to the DRAM 4. In this case, the bus controller 6 is connected to the bus BUS to adjust the data transmission speed therein.

The optical character reading module 8 for generating a corresponding numeric code by recognizing a number from a numerical image signal input from the image sensor module 1 includes a DSP 3 and an MPU 7, and a large capacity DRAM 4. It includes. Such a configuration makes it possible to reduce the size of the system, reduce the power, and speed up the system.

The above-mentioned DRAM 4 inputs / outputs an image value input from the image sensor module 1, or stores a result value input from the digital signal processor 3, and then encodes the recognition algorithm coded in the YPIROM 9 to perform a recognition operation. Is a memory device for quickly performing calculations with the main processing unit 7 by loading them in such a manner that both the image sensor module 1, the digital signal processor 3, and the main processing unit 7 are commonly supported. Is done.

The memory 9 which performs fixed storage related to recognition in Y. pyrom performs hardware coding for transferring to Y. pyrom after programming the software of high recognition rate to the desktop computer, and stores the stored program in the main processing unit. An external memory nonvolatile device which plays a role of transferring to the DRAM 4 as required by (7).

The flash ROM 11 stores or transmits an integrated number recognized by the main processing unit 7 through the second data memory access controller 5 and read into the code, and is executed by the command decoder 10 (Command Decoder). Transmitted and stored information received from the read meter reading center 16 to the synchronous time controller 12, and stores an ID code, a reading time, and an integrated numeric code, so that the radio frequency module 13 (for example, wireless Pico cell module, Bluetooth module, etc.).

The main processing unit 7 performs the operation using the DRAM 4 storing the calculation result value of the digital signal processor 3 and the recognition library value loaded from the Y. pyrom 9, and the result shown in the operation. The function of reading the recognition number as a code and the synchronous time of the synchronous time controller 12 is checked to code the meter reading time, transmitted to the command decoder 10, and stored in the flash ROM 11.

The synchronous time controller 12 decodes the meter time code received from the meter reading center 16 through the command decoder 10 to supply power to each part, that is, to the radio frequency module 13 and the optical character reading module 8. By controlling this, the supply time of the power supply 15 is greatly extended. In other words, the power is not normally applied, i.e., in the sleep mode, and then applied to the optical character reading module 8 only for the received meter reading time (1 to 2 minutes). Alternatively, the power supply of the radio frequency module 13 is kept "on" for a predetermined time (1 to 2 hours) by a reception command code, and is sent from the meter center 16 to the radio frequency module 13 for accurate transmission and reception synchronization. While the time is set to the standard time, the time code is read out in association with the main processing unit 7 to send the meter reading time to the meter reading center 16.

The instruction decoder 10 serves as a code decoder for converting codes in the main processing unit 7, the radio frequency module 13, and the synchronous time controller 12 and storing the codes in the flash ROM 11. The identification generator 14 identifies each kind and type (which refers to an address, a unique number, etc.) of the numerical data transmitted wirelessly from the meter reading center 16 to the totalizing meter. This device generates an ID code which is a unique identification code.

In the embodiment of the present invention, the instruction decoder 10 is described as being separately present, but in practice, all functions of the instruction decoder 10 are preferably processed by the MPU 7.

The power source 15 (battery) for supplying driving power to the optical character reading module 8 and the radio frequency module 13 and the like is rechargeable and uses a rechargeable battery such as hydrogen ions and thin film lithium ions. It is configured to be closely connected with the synchronous time controller 12 to automatically check the charge amount. In addition, the power supply used in the present invention is consumed only during the operation and processing of the optical character reading module 8 for image recognition and when transmitting and receiving with the meter reading center 16, so that the power supply does not always have to be in an "on" state. The life of (15) can last for at least 2 to 5 years.

As the power source 15, not only a battery that can be charged and replaced as described above, but also a transparent solar cell, an organic electrolyte solar cell, an induced current, or the like may be used as shown in FIGS. 4A, 4B, and 4C. Here, the transparent solar cell 73 of FIG. 4A attached to the case 72 of the integration meter 71 or the organic electrolyte solar cell 74 of FIG. 4B attached to one side of the integration meter 71 requires the sun. It is suitable for multimeters installed outdoors. As shown in FIG. 4C, the induced current generated from the induction coil 77 opposed to the coil 76 extending to the power line 75 may be used in a space where sunlight does not enter, such as the outdoors.

In addition, when the integration meter 91 is installed in a communication blind spot such as the basement as shown in FIG. 5, it may be connected to an outdoor radio frequency module 97 capable of communicating by power line communication. In addition, data transmission of the detection center is possible through the radio frequency module 97. Of course, the integration meter 91 side including the image sensor module 92 and the radio frequency module 97 side should be provided with a transmission and reception module 93 and 96 for converting into data for power line communication. The radio frequency module 97 is coupled to the outlet 95 of the power line 94, it is easy to separate and separate without any additional work.

At this time, as a method of loading and extracting data on the integrated amount on the power line, as shown in FIGS. 6A and 6B, a pair of induction coils 78 and 81 including the power line 79 are integrated in the integrating meter side and the radio frequency module. Each side may be installed, or a method of connecting the input and output terminals of the totalizer and the radio frequency module to the power line 80 through the capacitors 82 and 83 may be used. Of course, two methods can be selectively used depending on the conditions of the totalizer and the radio frequency module.

Here, the data on the integrated amount transmitted in the power line communication is different by the cutoff filter, and is not transmitted to an unnecessary range.

Of course, in the case where a plurality of integration meters 90 to 98 form one group in a predetermined area as shown in FIG. 7, each of the integration meters includes a radio frequency module 100 to 108 that is paired with an image sensor module. Installed in the radio frequency module 100 as a master and the remaining radio frequency modules 101 to 108 as slaves, thereby combining numerical data on the total amount of each integrated meter into one data to communicate with one data unit. The line can be sent to the meter reading center.

Here, the radio frequency module for transmitting and receiving data to and from the meter center (that is, the same effect can be obtained using a Bluetooth module or a wireless pico cell module) is used to establish a one-to-one and one-to-multiple wireless connection of various devices within a certain range. In order to support, the 2.4 GHz Industrial Scientific Medical Band (ISM) method provides a transmission rate of up to 1 megabits per second (Mbps) and reduces the effects of fading interference. A hop transceiver technique is applied, and a modulation scheme of a binary frequency modulation method is used.

When it is attached to various digital devices such as mobile phones, laptops, printers, desktop personal computers, personal digital assistants, fax machines, keyboards, joysticks, etc., voice and various data between various devices using radio frequencies are provided. There is no need to have a physical cable for communication.

In addition, the same effect can be obtained by performing data transmission / reception between the radio frequency module and the metering center as a terminal capable of two-way data transmission and reception such as a two-way pager or a tumbler. Data transmission and reception may also be performed in a cell-based method using a data network such as a personal communication service-code division multiple access, time division multiple access, or a global system for mobile communication.

As described above, according to the wireless remote meter reading system of the present invention, it is possible to configure the wireless remote meter reading system by simply mounting the existing meter instead of replacing the existing meter, and at the same time, manual meter reading is possible without selecting the total meter. Do. In addition, it can be installed on any type or type of integration meter such as electricity, water, gas, etc., to perform wireless remote meter reading, and do not require long-term verification of the wireless remote meter reading system, and it can be manufactured and used as a small-priced product. That has the advantage.

In addition, the present invention can extend the duration of the battery, such as by supplying only the power for wireless remote meter reading only when necessary, the integrated amount of the specific time shown in the totalizer, for example, regional or national maximum demand power Can be calculated and managed in a short time, and it is possible to obtain an effect that can actively and quickly cope with consumption of electricity, water, and gas.

In addition, the present invention can reduce the occupied time and call volume of the communication line by combining the integrated amount of two or more integrated meters composed of one group into one data and transmitting them to one communication line. By transmitting and receiving data for meter reading, it is possible to perform wireless remote meter reading regardless of the position of the totalizer.

Although the present invention has been described in detail only with respect to the embodiments described, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical idea of the present invention, and it is obvious that such modifications and modifications fall within the scope of the present utility model registration claims. will be.

Claims (16)

Receives and processes the user side remote reading unit and the numeric code data transmitted from the user side remote reading unit, which inputs the weighing value displayed on the display of the integrated meter as an image, recognizes the value, and then wirelessly transmits the reading to the meter reading center of the remote site. A remote meter reading system comprising a meter reading center for transmitting timing codes and the like for remote meter reading. The user side remote meter reading unit, An image sensor provided at a predetermined position to scan and / or image the display of the totalizer and having an image sensor for scanning and / or imaging a numerical image image shown on the display of the totalizer and converting it into an electrical image signal module; A DRAM for storing the numerical image data, a digital signal processor (DSP) for extracting only the necessary components for recognizing the stored image data through a preprocessing process, and the extracted data. Comprising a main processor unit (MPU) for calculating a numerical code corresponding to each numeric image compared to the recognition library already stored in the PROM (EEPROM) for recognizing the measured value captured by the image sensor module Optical character reader module; A radio frequency module which transmits the numeric code data stored in the flash memory and / or the numerical code data displayed on the display of the current integration meter to the meter reading center every predetermined time and receives a command from the meter reading center; And In normal sleep state, power is supplied to the optical character reader module and the radio frequency module only when the timing code of the received command matches the current time, thereby minimizing power consumption. A wireless remote meter reading system of an integrating meter, comprising a synchronous time controller. The method of claim 1, The image sensor is a wireless remote meter reading system of the integrated meter, characterized in that the complementary MOS (C-MOS) image sensor. The method of claim 1, The image sensor module is installed in front of the integration meter display unit spaced apart a predetermined distance, the wireless meter reading system of the integrated meter, characterized in that directly scan and / or imaging the number of the display unit. The method of claim 1, The image sensor module includes a plate-shaped transparent image sensor composed of a plastic polymer transistor, and is attached to a predetermined position of a case or a transparent window of the integration meter, so that the display unit of the integration meter can be read by the naked eye. Wireless remote meter reading system of totalizer. The method of claim 1, The image sensor module may further include a transparent body that is incident on the image sensor by refracting or reflecting a numeric image of the display unit of the integration meter. The wireless meter reading system of the integrated meter, characterized in that the display of the integrated meter can be read by the naked eye. The method of claim 5, The transparent body is a cylindrical transparent body, the wireless remote meter reading system of the totalizer, characterized in that installed in the longitudinal direction of the display unit of the totalizer next to the display unit of the totalizer. The method of claim 5, The transparent body is a triangular prism-shaped transparent body, which is provided in the longitudinal direction of the display unit of the totalizer next to the display unit of the totalizer, wherein the wireless remote meter reading system of the totalizer. The method of claim 1, The wireless remote meter reading system, when at least two or more integrated meters and corresponding user side remote metering unit is installed in a predetermined area, designates one of each user side remote metering unit as a master, and designates the other as slave, And only a remote meter reading unit communicates with the meter reading center, and another slave remote meter reading unit communicates with the meter reading center via the master remote meter reading unit. The method of claim 1, The radio frequency module is a radio pico cell module (radio pico cell module) or a Bluetooth module (bluetooth module), characterized in that the radio meter reading system of the integrated meter. The method of claim 1, The radio frequency module and the meter reading center are transmitted and received by a terminal capable of two-way data transmission and reception such as a two-way pager or two way message (TWM). The method of claim 1, Transmission and reception of the radio frequency module and the metering center may be performed through a personal communication service (PCS-CDMA), code division multiple access (TDMA), time division multiple access (TDMA), and global mobile communication. Wireless remote meter reading system, characterized in that it is made by a Celemetry (Cellemetry) method using a data network, such as GSM (Grobal System for Mobile communication). The method of claim 1, And said optical character reading module, image sensor module, and radio frequency module are unitized as one chip. The method of claim 1, In the wireless remote meter reading system, when the integration meter is installed in the blind spot, the image sensor module is installed in the integration meter, the radio frequency module is installed in the communication area, the image sensor and the radio frequency module Wireless meter reading system of the integrated meter, characterized in that for transmitting and receiving data in a power line communication method. The method of claim 1, The power source for supplying power to the user side remote meter, Wireless meter reading system of the totalizer, characterized in that the replaceable battery. The method of claim 1, And a power source for supplying power to the user side wind meter reading unit is a solar cell or an organic electrolyte solar cell. The method of claim 1, The power supplied to the user side remote meter reading unit is a wireless remote meter reading system of the integrated meter, characterized in that the induced current derived from the coil of the integrated meter.