TWI722338B - Intelligent information reading method, intelligent reader and system thereof - Google Patents

Abstract

An intelligent information reading method, an intelligent reader and a system thereof are provided. The system is constituted of a management-platform system and at least one intelligent reader. The intelligent reader connects with an information display. The intelligent reader captures an image of the content of the information display by a camera module when the reader is woken up from a sleep mode. The image is then analyzed and recognized so as to obtain information from the image. The recognized information or/and image is/are then transmitted to the management-platform system. Further, before the image is transmitted, the image may be dynamically divided into multiple segments according to a communication quality. The image recognition for determining the information in the image can be performed by an artificial intelligence procedure.

Description

Intelligent information reading method, device and system

An information reading technology, in particular, refers to a method for reading information on a specific information presentation device using image recognition and analysis technology, an intelligent information reading device and related systems.

There are many devices for measuring data in life, such as electricity meters for measuring household or company electricity consumption, water meters for measuring water consumption, gas meters for measuring gas consumption, and data such as ambient temperature, humidity, and air quality. The measurement device of the, allows us to obtain the needs and changes of the overall life from these information reading devices, and can be used as a reference for changing lifestyles or saving energy.

Among them, the measured data part is the data related to the user's payment. For example, the power company needs to charge the user the electricity bill based on the data of the meter. One of the traditional methods is that the power company sends someone to read the meter and report the data on the meter. Only after the company's system can the consumption in a certain period of time be calculated to calculate the cost; another way is to let the user go online or use the telephone system to report the meter data so that the power company can calculate the electricity bill. For water bills, similarly, the water company needs to send staff to read the water meter and charge the user the water bill based on the meter reading; the gas company also charges based on the gas meter reading. The traditional way to get the reading includes sending a meter to read the meter. Or users can log in to the data by going online or calling.

It can be seen that in most environments where the so-called smart cities or smart homes are not yet fully established, the conventional technology does not provide information on the above-mentioned water meters, electricity meters, and gas meters. The display information on the current device proposes an effective solution for obtaining information.

The manual discloses an intelligent information reading method, device and system. The proposed intelligent information reading device is preferably a reading device installed on a traditional information presentation device, and the information presentation device is obtained through the function of image capture. The displayed content is then obtained through the image recognition and analysis technology to achieve the purpose of remote reading of the information, and solve the problem that the relevant personnel cannot easily reach the installation location of the information display device and cannot obtain the reading.

According to an embodiment, an intelligent information reading device is provided for reading the display content of an information presentation device. The intelligent information reading device is connected to the information presentation device, and the display content of the information presentation device is arranged on the intelligent information reading device. To obtain the position of an image, the main circuit components of the intelligent information reading device include a camera unit, a storage unit, a communication unit, and a micro-control unit. The device executes an intelligent information reading method.

According to the embodiment of the intelligent information reading method, in the method, the intelligent information reading device is first awakened from a dormant state, the image formed by the display content of the information presentation device is obtained through the camera unit, and then image recognition analysis is performed on the image, Identify and analyze the information in the image, and the formed content can be sent to the management platform system.

Furthermore, in the intelligent information reading device, a communication quality can be evaluated first, so that meaningful content is generated after the image is transmitted after identification and analysis, or the image can be dynamically adjusted according to the communication quality. When sending content that has been identified and analyzed, images can be added, or device information from smart information reading devices can be added.

Furthermore, an artificial intelligence program can be used to perform image recognition in the micro-control unit in the intelligent information reading device, or in the networked device where the intelligent information reading device is connected to the network, or on the management platform system. Analyze to determine the numbers, text, symbols, graphics, colors, pointer direction, object classification, and objects in the image The shape, object position or object direction, etc., are formed after the identification and analysis of the image to produce related content with relevant corresponding meanings.

In the embodiment of the intelligent information reading system, a management platform system is proposed, and includes at least one intelligent information reading device connected to the information display device at the terminal, and the display content of the information display device can be arranged on the intelligent information reading device. Get the location of the image.

In order to further understand the technology, methods and effects of the present invention to achieve the intended purpose, please refer to the following detailed descriptions and drawings about the present invention. I believe that the purpose, features and characteristics of the present invention can be thoroughly and concretely obtained from this. It is understood that, however, the accompanying drawings are only provided for reference and illustration, and are not intended to limit the present invention.

10‧‧‧Internet

12‧‧‧Connected device

101‧‧‧Information Presentation Device One

102‧‧‧Intelligent Information Reading Device One

103‧‧‧Information Presentation Device 2

104‧‧‧Intelligent Information Reading Device 2

14‧‧‧Server device

20‧‧‧Management Platform System

210‧‧‧Monitor

201‧‧‧Connected Device One

211‧‧‧Intelligent Information Reading Device

212‧‧‧Information Presentation Device

202‧‧‧Connected Device Two

213‧‧‧Intelligent Information Reading Device

214‧‧‧Information Presentation Device

215‧‧‧Intelligent Information Reading Device

216‧‧‧Information Presentation Device

30‧‧‧Intelligent Information Reading Device

301‧‧‧Micro control unit

311‧‧‧Image Processing Module

312‧‧‧Data Processing Module

313‧‧‧Artificial Intelligence Module

314‧‧‧Interface Module

303‧‧‧Photographic Unit

305‧‧‧Storage Unit

307‧‧‧Communication Unit

309‧‧‧Power Management Unit

Steps S401~S407‧‧‧One of the intelligent information reading process

Steps S501~S511‧‧‧Intelligent Information Reading Process 2

Steps S601~S613‧‧‧Intelligent Information Reading Process 3

Steps S701~S715‧‧‧Intelligent Information Reading Process 4

Steps S801~S807‧‧‧The process of setting the intelligent information reading device in the management platform system

Fig. 1 shows a schematic diagram of a scenario using an intelligent information reading device; Fig. 2 shows a schematic diagram of an embodiment of the system architecture of an intelligent information reading system; Fig. 3 shows an embodiment diagram of a circuit block of the intelligent information reading device; Fig. 4 shows an intelligent information reading Fig. 5 shows a flowchart of the second embodiment of the intelligent information reading method; Fig. 6 shows a flowchart of the third embodiment of the intelligent information reading method; Fig. 7 shows the flowchart of the intelligent information reading method Flow chart of the fourth embodiment; FIG. 8 shows a flow chart of an embodiment of a method for the management platform system to set an intelligent information reading device.

The manual discloses an intelligent information reading method, an intelligent information reading device, and related systems. The intelligent information reading device is designed to read the content displayed by a specific information presentation device, which can be used for display measurement Measurement devices, such as electricity meters, water meters, and gas meters, can also be devices that measure environmental data, such as temperature Hygrometers, air quality measuring devices, seven-segment displays, various digital displays, and other information display devices or related information display boards that can display light signals, symbols, and actual and specific actual meanings or related information display boards, intelligent information reading The fetching device can obtain the content displayed by these information presentation devices through the camera module in the device, obtain the image representation, and obtain the numbers, characters, symbols, graphics, colors or pointer directions, object classification, and object classification on the information presentation device through image recognition and analysis technology. The object type, object position or object direction, etc., are formed after identification and analysis of the image to produce related content with relevant corresponding meanings. Therefore, the main purpose of the intelligent information reading device is to convert the associated meaning of the information content image displayed by the traditional information presentation device and/or the content in the image into corresponding simple information, and then send it to the back through the network. The end platform system activates the use of data.

According to the embodiment of the intelligent information reading device, this is a reading device based on image recognition and analysis technology. The main purpose is to read the content displayed by the information display device. This type of content mainly comes from measurement, The result of detection and reading, but can also be other types of display devices, such as a seven-segment display. In particular, according to the main application of the intelligent information reading device, it may be an environment that requires a long standby time, is not necessary to be turned on all the time, uses a battery, and only needs to apply low-bandwidth communication technology. Therefore, it operates under such conditions. Smart information reading devices can be awakened at any time, save unnecessary power consumption, and use low-power communication protocols such as Internet of Things applications, and can meet the needs of remote management.

The embodiment can refer to FIG. 1 showing a schematic diagram of a scenario in which an intelligent information reading device is used. The figure shows an intelligent information reading device 102 installed on the terminal, installed on an information presentation device 101, and another intelligent information reading device 2. 104. Installed on the corresponding information presentation device 103. Both the intelligent information reading device 102 and the intelligent information reading device 104 are equipped with communication circuits, which can be WiFi ^TM , Bluetooth ^TM , LoRa, Zigbee, BLE, GPRS , NB-IoT, SigFox, or 3G/4G/5G and other wireless communication circuits to transmit data to the near-end connected device 12, and display the data on the management platform on the connected device 12. Wired network is not excluded. It is possible to connect to the network 10 through a near-end network device 12, and transmit the received information to a designated server device 14 on the network according to the network route.

According to the described embodiment, it can be known from the content displayed on the information presentation device 101 or the information presentation device 103 that it can be in the form of numbers, text, symbols, graphics, colors, or pointer positions to represent various numerical values or text information. Intelligent information reading device one 102 and intelligent information reading device two 104 are equipped with a camera circuit and a numerical processing circuit, which can obtain information presentation device 101 or information presentation device 103, and perform image processing to identify the information therein. Even the use of artificial intelligence technology to identify and analyze images can identify meaningful information. In another embodiment, these images and the recognized information can be sent to a specific computer device for interpretation, such as a networked device on the line of a smart information reading device connected to the network. The networked device can be a computer device, embedded It can be realized by an integrated system, Field Programmable Gate Array (FPGA), or any device with computing power and network transmission capability, which can be generated by one or more connected intelligent information reading devices To identify and interpret the images. In another embodiment, the image or the identified content is transmitted to the management platform system, and the management platform system executes the interpretation.

In this way, the proposed intelligent information reading device can image the information on the traditional information display device, and then through the image recognition and analysis, form some digital packets that can be transmitted on the Internet, and can be more effectively used by the back-end system. Use, produce greater effect. For example, after the system can remotely obtain the water, electricity and gas consumption of each household, in addition to reducing manpower requirements, it can also directly calculate the cost. After data analysis, regional energy use can be obtained. In turn, it provides suggestions on power distribution and optimizes energy use.

FIG. 2 shows a schematic diagram of an embodiment of the system architecture of the intelligent information reading system.

The system shown in the figure mainly includes a management platform system 20, which is a background system implemented by a cluster of computer systems and servers. It is used to store data transmitted by the terminal, perform data analysis, generate reports, and also provide a management interface, which can be used for For real-time monitoring and remote equipment management purposes, the system includes at least one intelligent information reading device (211,213,215), the management platform system 20 is connected via the network 10, each smart information reading device (211,213,215) is connected to an information presentation device (212,214,216), and the display content of the information presentation device (212,214,216) is arranged in the smart information The reading device (211, 213, 215) can obtain the position of the image, which can be used to digitize the traditional display information, or the information obtained by image recognition and analysis can be sent to the management platform system 20 immediately.

There are multiple intelligent information reading devices in the terminal, such as the intelligent information reading device 211, which is connected to the information presentation device 212, and can obtain the image of the content displayed by the information presentation device 212. The intelligent information reading device 211 is further connected to the networked device 201 , The obtained image or the content after identification can be transmitted to a specific destination, such as the management platform system 20, via the network 10. In this example, in another sub-network formed by the second connected device 202, the intelligent information reading device 213 is used to shoot the image of the information presentation device 214, and the information in it can also be obtained after identification. Intelligent information reading The device 215 is used to obtain the information displayed by the information presentation device 216. Similarly, the intelligent information reading devices 213 and 215 can be transmitted to the management platform system 20 via the network 10 via the networked device two 202. In this embodiment, the management platform system 20 can also be built into the management interface of the first connected device 201 or the second connected device 202, and connected to the first connected device 201 or the second connected device 202 through the monitor 210. operating.

The first connected device 201 and the second connected device 202 ^{can operate according to the applied wireless communication technology (such as WiFi TM} , Bluetooth ^TM , LoRa, Zigbee, BLE, GPRS, NB-IoT, SigFox or 3G/4G/5G) It is a network access point (Access Point, AP), gateway (Gateway), aggregator (Concentrator) or base station (Base station), etc.

In one embodiment, after the management platform system 20 obtains the display content of each terminal information presentation device, taking measurement data as an example, relevant personnel can immediately monitor, manage, analyze, and manipulate various data through the monitor 210 to improve past needs. The method of sending personnel to read the meter or report.

FIG. 3 then shows an embodiment diagram of the circuit block of the intelligent information reading device.

The main components of the smart information reading device 30 shown in the figure include the micro-control unit 301, the camera unit 303, the storage unit 305, the communication unit 307, the power management unit 309 and other circuit components, as well as the software program running in the micro-control unit 301 The functions according to one embodiment can be divided into image processing module 311, data processing module 312, artificial intelligence module 313, and interface module 314. The interface module 314 is used to connect the camera unit 303, the storage unit 305, and the communication Circuit elements such as the unit 307 and the power management unit 309 allow the micro-control unit 301 to communicate with these circuit elements.

Among them, the camera unit 303 in the intelligent information reading device 30 can cover hardware components such as lenses and image sensors to obtain images from the information presentation device. In particular, in order to obtain better images, intelligent information reading When the device 30 is connected to the information presentation device, the display content of the information presentation device can be designed to be arranged at the position where the intelligent information reading device 30 can obtain the image, that is, the camera unit 303 must be able to smoothly obtain the image of the information presentation device, which can match the information The style of the presentation device is matched with the structural design of the intelligent information reading device 30.

The storage unit 305 in the intelligent information reading device 30 is used to store the image obtained by the camera unit 303. If the image recognition and analysis are performed directly in the device, the storage device 305 is also responsible for storing the content generated after the recognition and analysis of the image. .

The communication unit 307 of the intelligent information reading device 30 executes a specific communication protocol, and can transmit images or add content generated after the image is identified and analyzed to a specific destination. If the smart information reading device 30 is powered by a battery, the communication unit 307 and the smart information reading device 30 will enter a sleep state or be turned off when not working according to the power saving setting.

The power management unit 309 of the smart information reading device 30 can control the device to enter sleep, be awakened, and provide power during operation according to the power-saving operation strategy.

The micro-control unit 301 of the intelligent information reading device 30 is electrically connected to the above-mentioned camera unit 303, storage unit 305, communication unit 307, and power management unit 309. The intelligent information reading device 30 can be executed by the micro-control unit 301 to perform the intelligent information reading method .

The micro-control unit 301 runs several software programs, which are implemented by the image processing module 311, the data processing module 312, the artificial intelligence module 313, and the interface module 314, respectively.

When the intelligent information reading device 30 is controlled by the power management unit 309, when not working, the intelligent information reading device 30 can stand by with a minimum current, and can be awakened from a sleep state when information is generated or a specific command is received. The power management unit 309 is used to manage the operation of the intelligent information reading device 30 using a battery or an external power source (such as connecting an external power source via a USB, or an AC power source).

At the beginning, the image formed by the display content of the information presentation device is obtained by the camera unit 303, and then the content shot by the camera unit 303 can be processed by the image processing module 311 to form an image, and the region of interest in the image can be determined (Region of Internet, ROI); Then image recognition and analysis can be performed on the image. In addition to using Optical Character Recognition (OCR), the artificial intelligence module 313 shown in this example can also recognize and analyze the information in the image. Such as recognizing the text, graphics and this kind of meaningful information in the image to form the content generated after the image is recognized and analyzed.

The data processing module 312 of the intelligent information reading device 30 is a software program that processes various information, including the ability to divide the image into multiple segment images, form a network packet, etc., and can also generate a network suitable for broadcasting according to a communication quality. The packet can be sent through the communication unit 307 to transmit the content generated after the image is identified and analyzed, or the image itself can be added, or the device information of the intelligent information reading device 30 can be added.

FIG. 4 shows the main flow chart of the embodiment of the intelligent information reading method.

At the beginning, the intelligent information reading device can be awakened from a dormant state according to the time set by the timer or the command of the management platform system, and obtain the display content of an information presentation device through a camera unit of the intelligent information reading device. An image for displaying information is formed (step S401), in which the region of interest (ROI) can be set in advance, or the image recognition and analysis technology running in the intelligent information reading device can be based on some preset templates or models (model) Judging that there is interest Interesting area.

Next, perform image recognition and analysis on the captured information image (step S403) to identify and analyze the information in the image to form the content generated after the image is recognized and analyzed (step S405), which can then be used by the intelligent information reading device The communication unit will identify and analyze the content generated after the image (step S407), and can still transmit the generated image. The decision is to determine the transmission strategy based on the communication quality. For example, first, only transmit the identified content, such as Numbers, characters, symbols, graphics, colors, and/or pointer positions; second, the image and the recognized content can be transmitted at the same time; third, determining the specific method of transmitting the image, such as segment transmission; and, fourth, transmitting the image at the same time , Recognized content, device identification information (used to identify the user, location), and related device information, etc.

According to the flowchart of another embodiment of the intelligent information reading method shown in FIG. 5, this flowchart is shown in step S501. When the intelligent information reading device is awakened, as in step S503, its preset work is to take pictures by the camera unit. The information in the information display device is used to obtain the information image. In step S505, the software program in the intelligent information reading device can determine the region of interest, and the captured range only includes the image of the region of interest. Reduce the size of the transmitted image.

In a further embodiment, in step S507, the software program running on the intelligent information reading device can obtain the current wireless communication quality before transmitting the content (image, recognized content), including obtaining the received signal strength indicator (Received Signal Strength Indicator). , RSSI) or signal-to-noise ratio (Signal-to-noise ratio, SNR). If the content is transmitted through a wired network, the transmission status of the wired network can be obtained through packets. In this way, the communication quality can be judged so that when processing images, The image can be divided into multiple segments, and these data segments can have a fixed size, or in one embodiment, the segment size can be dynamically determined according to the communication quality to cut the image into multiple segment images, and then step S509 , Through the communication unit to transmit these multiple segment images, or add device information, including battery power, battery operation information, device operation status, error code and/or device information, etc. After that, the smart information reading device goes to sleep again Status (step S511).

It is mentioned here that the way that the intelligent information reading device transmits information can be sent to the management platform system, and needs to obtain a response (such as an ACK packet) from the management platform system, and enter the sleep state after confirming that the transmission is successful; or, After the intelligent information reading device transmits, there is no need to confirm whether the management platform system has received this information.

Fig. 6 shows a flowchart of another embodiment of a method for reading intelligent information.

Similarly, at the beginning, the intelligent information reading device is awakened according to the timing setting or the instruction of the management platform system (step S601), and starts to obtain information images from the information presentation device (step S603), which can also target the area of interest Obtain an image (step S605). In this example, in particular, the internal hardware and software programs of the intelligent information reading device itself perform image recognition and analysis (step S607), thereby generating images and recognized content (step S609).

According to one embodiment, the purpose of performing image recognition analysis in the device is to first determine the representative information in the information displayed by the information display device through the image recognition analysis technology for the information image, and then analyze and transform the built-in template information. To become meaningful information, in particular, the image recognition and analysis technology of artificial intelligence can be used. For example, the arithmetic circuit in the intelligent information reading device (such as the above-mentioned micro-control unit) is equipped with an artificial intelligence module to perform artificial intelligence calculations (Figure 3, 313), and the core program is designed in advance in the intelligent information reading device. When using artificial intelligence algorithms such as machine learning and deep learning on an external computer in advance, learn the styles of information displayed on general information presentation devices, such as numbers, text, symbols, graphics, color pointers, pointer directions, object classifications, and objects. The shape, object location, and/or object direction, etc. form an artificial intelligence mathematical model, which may be a weight value, a comparison template, etc., which can be used to quickly identify and analyze images and generate related content with relevant corresponding meanings. When these artificial intelligence mathematical models are placed in the artificial intelligence module, the core program can quickly identify and analyze the information included in the image through the calculation of the artificial intelligence mathematical model analyzed in advance through artificial intelligence technology. This approach can quickly identify and analyze the associated content represented by the image in a limited terminal computing environment, so as to achieve Quickly analyze and save power. This method can also work in networked devices and cloud server environments.

After that, in step S611, the intelligent information reading device will transmit the content generated after the identification and analysis of the image according to the communication quality, or include the original image, or add battery power, battery operation information, device operation status, error code, and/ Or device information such as device information to the management platform system. After completion, the device will enter the sleep state again (step S613).

Next, as shown in FIG. 7, a flowchart of an embodiment of the intelligent information reading method is shown. This example combines the above-mentioned embodiments of FIG. 5 and FIG. 6. Before the start of the process, the intelligent information reading device is generally in a dormant state and only provides the power required to support standby. The micro-control unit will be awakened according to the timer setting, or can be awakened by the remote management platform system. .

At the beginning of the process, the intelligent information reading device is awakened (step S701), and starts to obtain information images (step 703), and can selectively capture images of the region of interest (step S705), and then execute the image by the processing program in the device Recognition and analysis (step S707), the image recognition and analysis technology can use optical character recognition technology or artificial intelligence technology, and then generate images and recognized content (step S709).

The generated information image can be segmented according to requirements (step S711), in particular, the method of segmenting the image can be determined according to the communication quality, and the transmission method can be determined. The transmitted image can be the image of the entire information presentation device panel, or if you are interested The image of the area. Then send the segmented image and/or identify and analyze to generate meaningful text, or add device information to the management platform system (step S713), and then the device enters the sleep state again (step S715).

According to an embodiment, as described above, the sleep time of the smart information reading device may be a predetermined set value, or the management platform system may transmit a command to set the sleep time through wireless communication technology, wherein the remote setting of the smart information reading device The parameter technology can refer to the flow chart of the embodiment of the method for setting the intelligent information reading device by the management platform system shown in FIG. 8. It can be seen that the intelligent information reading device can have two types of rest. How to set sleep state.

The system architecture of the management platform system can refer to the schematic diagram in Figure 2. The management platform system is used to receive the content generated after the image has been identified and analyzed from a plurality of intelligent information reading devices; or a specific device performs image analysis and identification, as described above The connected device then transmits the content generated after the image is identified and analyzed to the management platform system; in addition, the management platform system performs image identification and analysis only after the image is received by the management platform system.

Figure 8 shows the flow. Since the management platform system has mastered the identification information and operating status of all terminal intelligent information reading devices, there is a software program in the device to process commands from the management platform system. The process of this example starts as step S801. The management platform system runs a management platform that manages multi-terminal intelligent information reading devices, and can generate setting parameters for individual, part or all of the intelligent information reading devices (step S801), which may include setting devices The operating parameters of the internal artificial intelligence module, the timing parameters of the power management unit, the parameters of the image acquisition, the network settings, etc., and the establishment of a configuration packet that is propagated on the network (step S803).

Then, in step S805, according to the identification information, network address and transmission path of the intelligent information reading device, the configuration packet will be sent to the intelligent information reading device through the network and connected devices, and the intelligence can be awakened by commands The information reading device can receive the setting packet and execute the setting (step S807).

Therefore, according to the embodiments of the intelligent information reading device described above, this is an intelligent device used to read various information presentation devices that display information. It is a device capable of image capture, image recognition, analysis, and communication. , Can convert the displayed information into meaningful information, so that the remote management platform system can collect data, generate reports, and analyze data, which can produce effects that cannot be achieved by traditional general displays.

However, the above descriptions are only the preferred and feasible embodiments of the present invention. Therefore, the patent scope of the present invention is not limited. Therefore, all equivalent structural changes made by using the description of the present invention and the contents of the diagrams are included in the present invention in the same way. Within the scope, he Yu Chen Ming.

10‧‧‧Internet

20‧‧‧Management Platform System

210‧‧‧Monitor

201‧‧‧Connected Device One

211‧‧‧Intelligent Information Reading Device

212‧‧‧Information Presentation Device

202‧‧‧Connected Device Two

213‧‧‧Intelligent Information Reading Device

214‧‧‧Information Presentation Device

215‧‧‧Intelligent Information Reading Device

216‧‧‧Information Presentation Device

Claims (4)

An intelligent information reading method includes: any intelligent information reading device of a plurality of intelligent information reading devices is awakened from a dormant state, and the display content of an information presentation device is obtained through a camera unit of the intelligent information reading device An image formed by matching the style of the information presentation device with the structural design of the smart information reading device, so that the smart information reading device is connected to the information presentation device to arrange the display content of the information presentation device on the smart The camera unit of the information reading device can obtain the position of the image; each intelligent information reading device transmits the image to a networked device via a network, wherein the networked device is a network access point and a gateway A concentrator or a base station is connected to the plurality of intelligent information reading devices, and the networked device performs image recognition and analysis on the images transmitted by the plurality of intelligent information reading devices to identify the information in the images, The content generated after the image is identified and analyzed is formed, wherein the plurality of intelligent information reading devices are connected to a management platform system through the networked device; and the networked device transmits the identification and analysis from the plurality of intelligent information reading devices The content generated after the image received by the device is taken to the management platform system, wherein a communication quality is determined according to a received signal strength or a signal-to-noise ratio, and a transmission strategy is determined according to the communication quality to only transmit the identified and analyzed The content generated after the image, either the image and the content generated after the image is identified and analyzed at the same time, or the image, the content generated after the image is identified and analyzed, and the device identification information are sent at the same time, and according to the The communication quality dynamically cuts the images received from the multiple intelligent information reading devices into multiple segment images, and then transmits the multiple segment images to the management platform system; Wherein, the management platform system masters the identification information and operating status of the multiple intelligent information reading devices, and each intelligent information reading device is equipped with a software program to process the information received from the management platform system through the networked device. Instructions; the management platform system runs a management platform that manages the multiple intelligent information reading devices to set the operating parameters of each intelligent information reading device for individual, part or all of the multiple intelligent information reading devices, The timing parameters of the power management unit, the parameters obtained by the image and the network settings; the management platform system sets the packet to pass through the network and the connected device according to the identification information, network address and transmission path of the intelligent information reading device Send the setting packet to each intelligent information reading device, and can wake up each intelligent information reading device through a command, so that the intelligent information reading device receives the setting packet and executes the setting. The intelligent information reading method according to claim 1, wherein the performing image recognition and analysis uses an artificial intelligence program to determine numbers, characters, symbols, graphics, colors, or pointer directions, object classifications, object types, and The position or direction of the object, etc., form the relevant content with the corresponding meaning after the image is identified and analyzed. An intelligent information reading system includes: a management platform system that provides a management interface for managing intelligent information reading devices at each end; a networked device, which is a network access point, a gateway, a concentrator or a base Station, connected to the management platform system via a network; multiple intelligent information reading devices connected to the networked device to connect to the management platform system, wherein each intelligent information reading device matches the style of an information presentation device to match the The structure of the intelligent information reading device is designed so that the intelligent information reading device is correspondingly connected to the information presentation device to arrange the display content of the information presentation device in the intelligent information reading device. A camera unit of the fetching device can obtain the position of the image; wherein the intelligent information reading system runs an intelligent information reading method, and the intelligent information reading method includes: any one of the intelligent information reading devices of the plurality of intelligent information reading devices The fetching device is awakened from a dormant state, and an image formed by the display content of one of the information presentation devices is obtained through a camera unit of each intelligent information reading device; each intelligent information reading device transmits the image to the image via a network A networked device, which performs image recognition and analysis on the images transmitted by the plurality of intelligent information reading devices, recognizes the information in the image, and forms the content generated after the recognition and analysis of the image; and through the connection The network device transmits the content generated after identifying and analyzing the images received from the plurality of intelligent information reading devices to the management platform system, wherein a communication quality is judged according to a received signal strength or a signal-to-noise ratio, according to The communication quality determines a transmission strategy to transmit only the content generated after the image is identified and analyzed, or to transmit the image and the content generated after the image is identified and analyzed at the same time, or to transmit the image, identified and analyzed at the same time The content and device identification information generated after the image, and dynamically cut the image received from the plurality of intelligent information reading devices into multiple segment images according to the communication quality, and then send the multiple segment images to the management platform System; wherein, the management platform system masters the identification information and operating status of the multiple intelligent information reading devices, and each intelligent information reading device is equipped with a software program to process the management platform system received from the networked device The received command; the management platform system runs a management platform that manages the multiple intelligent information reading devices to target individual, part or all of the multiple intelligent information reading devices Set the operating parameters of each intelligent information reading device, the timing parameters of the power management unit, the image acquisition parameters and the network settings; the management platform system is based on the identification information, network address and transmission path of the intelligent information reading device, The setting packet will send the setting packet to each intelligent information reading device through the network and the connected device, and can wake up each intelligent information reading device through a command, so that the intelligent information reading device receives the setting packet and executes the setting. The intelligent information reading system according to claim 3, wherein the performing image recognition and analysis uses an artificial intelligence program to determine numbers, characters, symbols, graphics, colors, or pointer directions, object classifications, object types, and The position or direction of the object, etc., form the relevant content with the corresponding meaning after the image is identified and analyzed.

Images