TWM603551U - Real-name monitoring system - Google Patents

Abstract

This creation is to provide a real-name monitoring system that connects the first image capture device, the second image capture device and the third image capture device to the monitoring host to obtain the identity information and actual facial images actually provided by the user And the corresponding monitoring screen image on the scene is bound, and the identity image corresponding to the identity information is further compared with the actual facial image, and real-name monitoring can be carried out quickly, which greatly improves the efficiency of the operation and prevents the unscrupulous person from embezzling the identity certificate .

Description

Real-name monitoring system

This creation is about a monitoring system, especially a real-name monitoring system.

The real-name system is a system for participating in activities with a real identity. Therefore, you need to prove your identity with legal documents to participate in activities. For example, when flying, opening a bank account, or the current real-name mask system, you need to provide legal documents to participate in activities. And how to verify that the legal certificate provided by the real-name system is the user himself is a very important issue.

The industries covered by the current real-name system are gradually increasing, and in order to respond to the outbreak of the epidemic, most public places require body temperature measurement. However, as the epidemic slows down, many restrictive policies have mostly shifted to conditional relaxation, such as the management of real-name systems in entertainment venues. As a result, in order to prevent others from knowing their whereabouts, some unscrupulous individuals may embezzle other people’s identity certificates to enter entertainment venues. Since the photos on the certificates are not necessarily recent photos, it is difficult for many stores to distinguish whether the identity certificates are the users themselves. Therefore, the real-name system management will be reduced to furnishings. When it is necessary to find users who enter and exit for a certain period of time, it may be possible to find out that the actual entering user does not match the ID provided by the user. At this time, it will be difficult to trace back the actual identity of the actual user at that time.

Zha Patent No. TW I650716 discloses an automated verification method, which receives the client account from the client device and compares the account number of the storage unit, receives the biometric data, ID card image, phone number and identification code from the client, Address information to determine whether the biometric file and biometric information are consistent, and generate the first verification result; determine whether the ID card replacement information is consistent, and generate the second verification result; send the mobile phone number and mobile phone identification code to the telecommunications server , And determine the third verification result based on the real-name verification message replies from the telecommunications server; and send the mobile phone number and geographic coordinates to the telecommunications server, and determine the fourth verification result based on the distance from the telecommunications server, and finally the processing unit The first verification result, the second verification result, and the third verification result are sent to the examination system to complete the verification method.

However, the aforementioned patents must be verified with personal data such as customer account numbers, biometric data, ID card data, telephone numbers, address information, etc. In practice, it is very difficult to implement such complicated data before entering and leaving public places. In addition to prolonging the verification time, it may also cause public distress and worry about whether so much information may be used by shameless industry players.

Based on the above content, it can be known that this creation is to provide a real-name monitoring system that connects the first image capture device, the second image capture device, and the third image capture device to the monitoring host to obtain the identity information actually provided by the user, The actual image and the corresponding monitoring screen image on the scene are bound, and the identity image of the identity information is further compared with the actual image. It only needs to provide the identity certificate, and the rest is handed over to the first image capture device and the second image on the spot The capture device and the third image capture device collect facial images and the corresponding monitoring screen images at the scene, and can quickly perform real-name monitoring, which greatly improves work efficiency and prevents deliberate personnel from embezzling identity documents.

The main purpose of this creation is to provide a real-name monitoring system, which uses a monitoring host, a first image capture device, a second image capture device, and a third image capture device to implement the real-name monitoring method and obtain users The actual identity information provided, the actual image, and the corresponding surveillance screen image of the scene are bound, and the identity image of the identity information is verified and compared to confirm whether the identity identification card provided by the user is the person himself, so as to prevent the shackles from stealing the ID of others. Illegal activities.

In order to achieve the above purpose, this creation provides a real-name surveillance system, which includes: a surveillance host with a database; a first image capture device connected to the surveillance host to capture an image of an ID card To obtain an identity information, the identity information having an identity number and an identity image; a second image capture device connected to the monitoring host to capture a face image; and a third image capture device , Which is connected with the monitoring host to capture a corresponding monitoring screen image on site; wherein, the monitoring host binds the corresponding identity information according to the facial image and the monitoring screen image, and stores it in the database ; And the monitoring host obtains a corresponding identity image and compares the facial image according to the identity information, and outputs a comparison result.

This creation provides an embodiment in which the monitoring host obtains the corresponding monitoring screen image according to the identity information.

This creation provides an embodiment, which further includes a temperature sensing device and a biological sensing device, which are respectively connected to the monitoring host, the temperature sensing device senses a temperature, and the biological sensing device senses a biological feature Information to be stored in the corresponding reference information.

This creation provides an embodiment, wherein the biological sensing device is a fingerprint sensing device, an iris sensing device or a vein sensing device, and the biological characteristic information is a fingerprint characteristic information, an iris characteristic information, and a vein characteristic Information or a combination of the above.

This creation provides an embodiment in which the identity information has more time information, and after a preset time, the monitoring host deletes the identity information in the database.

In order to enable your review committee to have a better understanding and understanding of the characteristics of this creation and the effects achieved, I would like to provide a better embodiment and detailed explanations. The explanation is as follows:

Conventional real-name verification or monitoring methods require users to provide a lot of personal information before they can be verified or verified. However, this method is very difficult to implement in and out of public places. In addition to prolonging the verification time, it may also cause people I am troubled and worried about whether so much information may be used by the unscrupulous industry. This creation provides a real-name monitoring system to obtain the identity information and actual images actually provided by the user by the reading device, image capturing device and biosensing device And the actual biometric information is compared with the reference information in the database, and further verification is performed to confirm whether the identity card provided by the user is the person himself, so as to avoid fraudsters from stealing other people's credentials for illegal activities, and greatly increase the efficiency of operations.

In the following, various embodiments of this creation will be described in detail by using drawings. However, the concept of this creation may be embodied in many different forms, and should not be construed as being limited to the exemplary embodiments described herein.

First of all, please refer to the first and second figures, which are the method flowchart and system schematic diagram of an embodiment of the creation. It is a real-name monitoring method, which is applied to the monitoring host 1, which is respectively connected to the first image capturing device, the first image capturing device 2, the second image capturing device, the second image capturing device 3, and the third image capturing device. The third image capturing device 4 has a database 11, and the monitoring method includes:

Step S1: The first image capturing device captures an image of an identity recognition card to obtain an identity information and send it to the monitoring host;

Step S3: The second image capturing device captures a face image and sends it to the monitoring host;

Step S5: The third image capture device captures an image of a monitoring screen corresponding to the scene, and transmits it to the monitoring host; and

Step S7: The monitoring host binds the facial image and the monitoring screen image with the corresponding identity information, and stores it in the database.

Review the second figure, which is a system schematic diagram of an embodiment of the creation. As shown in the figure, it is a real-name monitoring system, which includes a monitoring host 1, a first image capturing device, a first image capturing device 2, a second image capturing device, a second image capturing device 3, and a third image The third image capturing device 4 of the capturing device, wherein the monitoring host 1 has a database 11, and the monitoring host 1 is respectively connected to the first image capturing device, the first image capturing device 2, the second image capturing device, and the second image capturing device. The third image capturing device 4 and the monitoring host 1 are further connected to the temperature sensing device 5 and the biological sensing device 6, as described below.

As shown in step S1, the first image capturing device 2 is used to capture the identity identification card provided by the user, such as a national identity card, a health insurance card or a passport, to obtain the identity information, and send it to the monitoring host 1, when the monitoring host 1 receives In the case of identity information, the identity information has time information, and the monitoring host 1 deletes the identity information in the database 11 after the preset time.

As shown in step S3, the second image capturing device 3 captures the user's facial image and sends it to the monitoring host 1. The second image capturing device 3 of the preferred embodiment of the creation is a face recognition monitoring device.

As shown in step S5, the third image capturing device 4 captures the monitoring screen image corresponding to the scene and transmits it to the monitoring host 1.

As shown in step S7, the monitoring host 1 binds the captured user’s face image and the corresponding monitoring screen image to the corresponding identity information, and stores it in the database 11. The monitoring host 1 obtains the corresponding identity information based on the identity information. The identity image is compared with the user’s facial image, and the comparison result is output. In this way, the monitoring host 1 can obtain the corresponding monitoring screen image according to the identity information, instead of searching for the relative time one by one in the traditional way. The query is performed, and the monitoring host 1 stores the corresponding identity information according to the comparison result.

Reviewing the first figure and the second figure, this embodiment further includes after step S7:

Step S9: A temperature sensing device senses a temperature and transmits it to the monitoring host;

Step S11: A biological sensing device captures a piece of biological characteristic information and sends it to the monitoring host; and

Step S13: The monitoring host stores the corresponding identity information according to the temperature and the biometric information.

As shown in step S9, the temperature sensing device 5 is used to sense the temperature of the user and sent to the monitoring host 1. The temperature sensing device 5 in the preferred embodiment of this creation is an infrared temperature sensing device, and the step S11 is continued , The biometric information is captured by the biosensing device 6 and sent to the monitoring host 1. Finally, as shown in step S13, the monitoring host 1 stores the corresponding identity information according to the temperature and the biometric information, where the biosensing device 6 is a fingerprint sensor device, an iris sensor device, or a vein sensor device, and the biometric information is fingerprint feature information, iris feature information, vein feature information or a combination of the above.

In order to clearly express the method flow of this creation, the following examples will be illustrated. The user presents his ID card to the first image capture device 2 to obtain the ID information of the corresponding ID card, such as the ID number, name, and image of the individual. At the same time, the second image capture device 3 captures the user’s facial image and the third image capture device 4 captures the corresponding monitoring screen images on site, and transmits them to the monitoring host 1, which is based on the facial image And the corresponding monitoring screen image on site is bound to the corresponding identity information and stored in the database 11. At the same time, the monitoring host 1 obtains the corresponding identity image and facial image according to the identity information for comparison, and outputs the comparison result. At the same time, the temperature sensing device 5 and the biological sensing device 6 can also be connected to obtain the temperature and biometric information of the corresponding user, and they can be sent to the monitoring host 1 to store the corresponding identity information for query and use.

In the best embodiment of this creation, when the monitoring host 1 receives the aforementioned identity information, it will have time information, such as 109/06/18 at 05:30 pm, and the preset time is three months, so it will be 109/ The user’s identity information will be deleted after 05:30 pm on 09/18 to ensure information security, but this is not the limit, and the monitoring host 1 can obtain the corresponding surveillance screen image based on the identity information, and can quickly find the corresponding identity Information monitoring screen image.

In the above-mentioned embodiment, the real-name monitoring system of this creation uses the monitoring host to connect the first image capturing device, the second image capturing device and the third image capturing device respectively, and according to the first image capturing device Read the ID card to obtain the identity information and send it to the monitoring host, and according to the second image capture device and the third image capture device respectively, obtain the face image and the corresponding monitoring screen image of the scene, and send it to the monitoring host, The monitoring host can further bind the corresponding identity information based on the facial image and the monitoring screen image. At the same time, the monitoring host can also obtain the corresponding identity image based on the identity information to compare with the facial image, and output the comparison result. It is possible to know whether the user who provided the ID card and the ID card are the same person, so as to achieve real-name monitoring to prevent shameless people from embezzling identity documents.

Therefore, this creation is really novel, progressive, and available for industrial use. It should meet the patent application requirements of my country's patent law. There is no doubt that Yan filed a new patent application in accordance with the law. I pray that the office will grant the patent as soon as possible.

However, the above are only the preferred embodiments of this creation, and are not used to limit the scope of implementation of this creation. For example, the shape, structure, characteristics and spirit described in the scope of patent application for this creation have equal changes and modifications. , Should be included in the scope of patent application for this creation.

1: Monitoring host 2: The first image capture device 3: Second image capture device 4: Third image capture device 5: Temperature sensing device 6: Biological sensing device S1-S13: steps

Figure 1: It is a flow chart of the method of an embodiment of the new model; and

Figure 2: It is a schematic diagram of the system of one embodiment of the new model.

1: Monitoring host

2: The first image capture device

3: Second image capture device

4: Third image capture device

5: Temperature sensing device

6: Biological sensing device

Claims (5)

A real-name monitoring system, which includes: A monitoring host, which has a database; A first image capturing device connected to the monitoring host to capture an image of an identity card to obtain identity information, the identity information having an identity number and an identity image; A second image capture device connected to the monitoring host to capture a facial image; and A third image capture device connected to the monitoring host to capture a corresponding monitoring screen image on site; Wherein, the monitoring host binds the corresponding identity information according to the facial image and the monitoring screen image, and stores it in the database; and The monitoring host obtains a corresponding identity image and compares the facial image according to the identity information, and outputs a comparison result. For the real-name monitoring system described in claim 1, wherein the monitoring host obtains the corresponding monitoring screen image according to the identity information. The real-name monitoring system as described in claim 1, further comprising a temperature sensing device and a biological sensing device, which are respectively connected to the monitoring host, the temperature sensing device sensing a temperature, and the biological sensing device A piece of biometric information is sensed and stored in the corresponding reference information. The real-name monitoring system according to claim 3, wherein the biological sensing device is a fingerprint sensing device, an iris sensing device or a vein sensing device, and the biological characteristic information is a fingerprint characteristic information, an iris characteristic Information, a vein characteristic information or a combination of the above. For the real-name monitoring system described in claim 1, wherein the identity information further has time information, and after a preset time, the monitoring host deletes the identity information in the database.

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