TWI807698B - Real-time verification system and real-time verification method - Google Patents

Abstract

A real-time verification system includes a verification server, a first verification program, a second verification program and a central control server. The verification server establishes an exclusive verification webpage according to the verification requirements, generates a webpage link code for connecting the exclusive verification webpage, and establishes an operation action condition and an operation time condition according to the verification requirement, and determines when receiving the first operation action information and the second operation action information. Whether the first operation action information and the second operation action information satisfy the operation action condition and the operation time condition, a verification completion instruction is generated when the determination result is satisfied. The first verification program generates first operation action information on the operation action of the dedicated verification page. The second verification program generates the second operation action information on the operation action of the dedicated verification page.

Description

Instant verification system and instant verification method

A verification system and verification method, especially an instant verification system and instant verification method.

There are various transactions, controls, approvals, and receipts in life that require immediate agreement and verification from both parties before the next process can proceed. Existing authorization management or verification methods for various software and hardware devices are divided into systems and mostly adopt different modes. For example, send a text message to a designated mobile phone number, and then enter the password or dynamic verification number in the text message to complete the verification. Not only is the process troublesome, but also consumes procedures and resources.

The real-time verification system of the present invention mainly consists of a verification server, a first verification program, a second verification program and a central control server. The verification server establishes an exclusive verification webpage according to the verification requirements and generates a webpage link code to connect to the exclusive verification webpage, and establishes operation action conditions and operation time conditions according to the verification requirements. When receiving the first operation action information and the second operation action information, it judges whether the first operation action information and the second operation action information meet the operation action conditions and operation time conditions, and generates a verification completion command when the judgment result is satisfied. The first verification program is installed on the first user device, the first user device connects to the verification server, generates a verification request and sends it to the verification server to obtain a webpage link code, opens and displays the exclusive verification webpage according to the webpage link code, and the first verification program records the operation actions of the first user on the exclusive verification webpage to generate first operation action information. The second verification program is installed on the second user device, the second user device connects to the verification server, and after obtaining the webpage link code, opens and displays the exclusive verification webpage according to the webpage link code, the second verification program records the second user's operation actions on the exclusive verification webpage to generate second operation action information; and the central control server connects to the verification server, accepts the verification completion instruction, and executes the application program according to the verification completion instruction.

In some implementation aspects, the real-time verification method of the present invention mainly includes the following steps. A verification request is generated by the first user device and sent to the verification server. Then, the verification request is received by the verification server, and the verification server establishes an exclusive verification webpage according to the received verification request and generates a webpage link code for connecting to the exclusive verification webpage. Then, send the webpage connection code to the first user device and the second user device by the authentication server. Then, using the first user device and the second user device to open the exclusive verification webpage according to the webpage link code. Next, the first user device is used to record the operation actions of the first user on the exclusive verification webpage to generate first operation action information, and the second user device is used to record the operation actions of the second user on the exclusive verification web page to generate second operation action information. Then, the first user device sends the first operation action information and the second operation action information to the verification server. Next, the verification server judges whether the first operation action information and the second operation action information satisfy the operation action condition and the operation time condition, and generates a verification completion instruction when the judgment result is satisfied. Then, the central control server receives and accepts the verification completion command, and executes the connection application program according to the verification completion command.

Therefore, through the real-time verification system and the real-time verification method of the present invention, the user does not need to bind the phone number and IP address before performing verification, and does not need to input a password or dynamic verification number. It only needs to verify whether the first operation action information and the second operation action information generated by the two parties (the first user and the second user) operating the electronic device (the first user device and the second user device) meet the operation action conditions and operation time conditions, and the verification can be completed. The process is simple and easy to implement and popularize.

The detailed features and advantages of the present invention are described in detail below in the embodiments, the content of which is sufficient to enable any person skilled in the relevant art to understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of the patent application and the drawings, any person familiar with the relevant art can easily understand the related objectives and advantages of the present invention.

Various embodiments are proposed below for detailed description. However, the embodiments are only used as examples for illustration and will not limit the scope of protection of the present invention. Well-known components and steps are not described in the embodiments in order to avoid unnecessary limitations on the content of the invention. In addition, some components are omitted from the drawings in the embodiments to clearly show the technical characteristics of the present invention. The same reference numbers will be used throughout the drawings to refer to the same or similar elements.

Specific embodiments are listed below to describe the content of the present invention in detail, and drawings are used as auxiliary descriptions. The symbols mentioned in the manual refer to the symbol description.

Please refer to Figures 1 to 3. Figure 1 is a schematic block diagram (1) of the real-time verification system of the present invention, and Figures 2 and 3 are schematic diagrams (1) and (2) of the appearance of the exclusive verification webpage of the present invention displayed on a mobile device, respectively. The real-time verification system of the present invention mainly consists of a verification server 1 , a first verification program, a second verification program and a central control server 4 .

The verification server 1 can be a server composed of hardware components such as a storage unit, an operation processing unit, a network communication unit, and a power supply unit. The verification server 1 can be directly or indirectly connected to the first user device 2 , the second user device 3 and the central control server 4 via the network.

The verification server 1 establishes a dedicated verification webpage according to the verification requirement, generates a link code for connecting to the dedicated verification webpage, and establishes operation action conditions and operation time conditions according to the verification requirements. Here, the operation action condition is that the user simultaneously generates coordinates by pressing or sliding the image on the touch screen, and the operation time condition is the completion of the operation action condition within a predetermined time interval, wherein the predetermined time interval can be the time interval after the user opens the exclusive verification webpage, which means that the operation time condition is the completion of the operation action condition within the predetermined time interval after the user opens the exclusive verification webpage. The operating action conditions and operating time conditions will be further described later.

Next, the verification server 1 sends the webpage link code to the first verification program of the first user device 2 and the second verification program of the second user device 3 .

As shown in Figure 2, the exclusive verification webpage presents multiple images, the images can be randomly scattered on the screen or arranged in an array on the screen, and the images can be geometric figures, characters or symbols with the same or different patterns, but the present invention is not limited thereto. Here, the webpage link code can be a web address (for example, Uniform Resource Locator, URL), barcode, QR code, etc., so that other electronic devices can be connected to the exclusive verification webpage.

The verification request mentioned above can be generated by the first verification program. The first verification program can be installed on the first user device 2 and directly or indirectly connected to the verification server 1 through the network. The first verification program generates a verification request and sends it to the verification server 1 to obtain a web page link code, that is, the verification server 1 sends the web page link code to the first user device 2 after receiving the verification request.

Then the first user device 2 (the first verification program) opens and displays the exclusive verification webpage according to the webpage link code, the first verification program records the operation actions of the first user on the exclusive verification webpage to generate the first operation action information, and the first user device 2 sends the first operation action information to the verification server 1. Here, the first operation action information is, for example, an action of the first user pressing a single or multiple images on the touch screen, or sliding between multiple images. The first verification program records the single or plural coordinates simultaneously generated by pressing the single or plural images on the touch screen, or the plural coordinates sequentially generated by sliding between the plural images, and the first user device 2 sends the aforementioned first operation action information to the verification server 1 .

In some implementations, the first operation action information may further include first action information and first operation time information. Here, the first action information is the single or multiple coordinates simultaneously generated by pressing the single or multiple images on the touch screen and the continuous pressing time of the single or multiple images on the touch screen as mentioned above, or the multiple coordinates and the sliding time generated sequentially by sliding between the multiple images. The first operation time information may be the time from when the first user clicks on the exclusive verification webpage to completing the first action information.

The second verification program is installed on the second user device 3, and the second user device 3 is directly or indirectly connected to the verification server 1 through the network. After the second verification program obtains the web page link code, it opens and displays the exclusive verification web page according to the web page link code. Then, the second verification program records the second user’s operation actions on the exclusive verification webpage to generate the second operation action information, and the second user device 3 sends the second operation action information to the verification server 1, and the second operation action information is formed in the same way as the first operation action information and is similar to the first operation action information, so it will not be repeated here. In addition, the second operation information may further include second operation information and second operation time information. The second operation information is the same as the first operation information and the second operation time information is the same as the first operation time information, so details will not be repeated here.

It should be noted that the aforementioned first verification program and the second verification program can be independent applications (application) that only execute the aforementioned verification program, or can be plugged into other applications (extension plug-ins), and the applications can be, for example, applications of various browsers (such as google chrome) or various communication software (such as Line). Therefore, if the first verification program (second verification program) is plugged into the communication software, the first user can obtain the webpage link code through the chat room of the communication software, and connect to the exclusive verification webpage through the webpage link code.

When the verification server 1 receives the first operation action information sent by the first user device 2 and receives the second operation action information sent by the second user device 3, it judges whether the first operation action information and the second operation action information satisfy the operation action condition and the operation time condition, and generates a verification completion command when the judgment result is satisfied. That is, verify whether the single or plural coordinates in the first operation action information and the second operation action information judged by the server 1, and the order in which the single or plural coordinates are generated meet the single or plural coordinates and the order in which the plural coordinates are generated in the operation action conditions, and determine whether the operation conditions are completed within a predetermined time interval, and generate a verification completion command when the judgment result is satisfied.

Therefore, through the above-mentioned real-time verification system, the user does not need to bind the phone number or IP address for verification, and does not need to enter a password or dynamic verification number again. It only needs to verify whether the first operation action information and the second operation action information generated by the two parties (the first user and the second user) operate the electronic device (the first user device 2 and the second user device 3) meet the operation action conditions and operation time conditions, and the verification can be completed. The process is simple and easy to implement and promote.

In some implementations, the operation action condition may have a continuous pressing time and a plurality of pressing positions, so the verification server 1 further determines whether the continuous pressing time and the plurality of coordinates of the plurality of pressing positions on the touch screen satisfy the operating action condition.

In other words, the verification server 1 judges whether the first action information and the second action information satisfy the operation action condition, and judges whether the first operation time information and the second operation time information meet the operation time condition, and generates a verification completion command when the judgment result is satisfied.

In some implementations, the verification server 1 judges whether the first action information and the second action information conform to the aspect ratio of the graphic formed by the plurality of pressing positions, and whether they meet the aspect ratio of the graphic formed by the plurality of pressing positions of the operation action condition. As shown in FIG. 3 , for example, when the first action information and the second action information are pressing a circle in the upper left corner, a circle in the upper right corner, and a square in the lower left corner, then the verification server 1 judges whether the aspect ratio of the length L and the width W of the graphic P formed by the coordinates of the pressed position meets the aspect ratio of the graphic formed by the multiple pressed positions of the operation action condition.

In some implementations, the verification server 1 judges whether the slope formed by the two pressing positions of the first action information and the second action information meets the slope formed by the two pressing positions of the operation action condition. As shown in FIG. 3 , for example, when the first action information and the second action information are pressing a circle shape in the upper right corner and a square shape in the lower left corner, the verification server 1 judges whether the slope formed by the coordinates of the pressed position meets the slope formed by the two pressed positions corresponding to the operation action condition.

The central control server 4 is connected to the verification server 1, accepts the verification completion command, and continues to execute the connection application program according to the verification completion command. Wherein, the connection application programs are, for example, application programs such as payment programs, approval programs, or smart home appliance operation programs, which are further described as follows.

For some implementations, please refer to FIG. 4 , which is a schematic block diagram (2) of the real-time verification system of the present invention. In some implementations, the connecting application program may include a payment program, and the central control server 4 receives the verification completion instruction sent by the verification server 1, and executes the payment program according to the verification completion instruction to complete the payment procedure. Here, the central control server 4 can directly or indirectly connect to the payment server 5 of the third party through the network, and the central control server 4 executes the payment program to drive the payment server 5 to execute the subsequent payment process. Therefore, in some implementations, the first user can be a buyer and the second user can be a seller. By operating the first verification program and the second verification program respectively, it is possible to confirm the transfer of money from the bank account of the first user to the bank account of the second user. The verification can be completed immediately without additional account registration, which is quite convenient.

In some implementations, please refer to FIG. 4, the connection application program may include an approval program, the central control server 4 receives the verification completion command sent by the verification server 1, and executes the approval program according to the verification completion command to generate approval result information. For example, the first user is a consumer who applies for service modification, and the second user is a security company (service provider). By operating the first verification program and the second verification program respectively, the contract can be approved in real time to confirm the service modification, and the central control server 4 stores the approval result information at the same time. In this way, the approval can be completed without going through complicated procedures of application, signing, and certification, so it can cope with emergency and temporary situations.

For another example, the first user is the owner of the temporary maintenance personnel employed, and the second user is the building management office. By operating the first verification program and the second verification program respectively, the building management office can immediately approve the owner's request for the maintenance personnel to enter, so the temporary maintenance personnel can enter the case site for maintenance without having to register their identity information again. In this way, the personal information of temporary maintenance personnel can also be protected while taking into account the safety of the home.

In some implementations, please refer to FIG. 4 , the connected application program may include the smart home appliance operation program, and the central control server 4 drives the smart home appliance 6 to operate according to the verification completion command. Here, the smart home appliances 6 are, for example, smart home appliances 6 such as smart rolling doors and smart gas stoves. For example, the first user is a school-aged child, and the second user is a guardian. By operating the first verification program and the second verification program respectively, the smart home appliances 6 such as smart iron rolling doors or smart gas stoves are turned on/off when the usage status is confirmed (such as telephone contact), so as to ensure the safety of school-age children going home or being alone at home. Here, the smart home appliance 6 can directly or indirectly connect to the central control server 4 through the network to receive the reception signal transmitted by the central control server 4 .

In some implementations, please refer to FIG. 4 , the real-time verification system may further include a security unit 7 , and the security unit 7 is connected to the central control server 4 . The connected application program may include a security setting program. The central control server 4 executes the security setting program according to the verification completion command sent by the verification server 1, and drives the security unit 7 to the security state or release the security state. Here, the security unit 7 may include a security host and centrally control the server 4 through a wired connection.

In some implementations, please refer to FIG. 4 , the real-time verification system may further include an access control unit 8 , and the access control unit 8 is connected to the central control server 4 and the electronic lock 9 . The extension application may include an access control program. The central control server 4 executes the access control setting program according to the verification completion command sent by the verification server 1 to drive the access control unit 8 to open or lock the electronic lock 9 . For example, the first user is a visitor (such as a delivery person or a relative or friend), and the second user is an owner. By operating the first verification program and the second verification program respectively, the electronic lock 9 can be opened. Therefore, in a large community or commercial building, the owner can unlock the electronic lock for visitors to enter without going to the lobby on the first floor or the entrance of the community. Visitors can enter without knowing the account number and password of the access control system, which is very convenient. Here, the access control unit 8 can be directly or connected to the central control server 4 through a network, and can be connected to the electronic lock 9 through a network or a wired connection.

For some implementations, please refer to FIG. 5 , which is a flow chart of the instant verification method of the present invention. The instant verification method mainly includes the following steps.

Step S11 : The first user device 2 generates a verification request and sends it to the verification server 1 .

Step S12: The verification request is received by the verification server 1, and the verification server 1 establishes an exclusive verification webpage according to the received verification request and generates a webpage link code for connecting to the exclusive verification webpage.

Step S13 : sending the webpage connection code to the first user device 2 and the second user device 3 by the authentication server 1 .

Step S14: Use the first user device 2 and the second user device 3 to open the exclusive verification webpage according to the webpage link code.

Step S15: Use the first user device 2 to record the first user's operation actions on the exclusive verification webpage to generate first operation action information, and use the second user device 3 to record the second user's operation actions on the exclusive verification web page to generate second operation action information.

Step S16 : sending the first operation action information and the second operation action information to the verification server 1 by the first user device 2 .

Step S17: Determine whether the first operation action information and the second operation action information satisfy the operation action condition and the operation time condition by the verification server 1, and generate a verification completion instruction when the judgment result is satisfied.

Step S18: The central control server 4 receives and accepts the verification completion command, and executes the continuation application program according to the verification completion command.

The verification server 1 , the first user device 2 , the second user device 3 , and the central control server 4 in the aforementioned steps are the same as those described above, so they will not be repeated here.

Therefore, through the aforementioned real-time verification method, the user does not need to bind the phone number and IP address before performing verification, and does not need to enter a password or dynamic verification number. It only needs to verify whether the first operation action information and the second operation action information generated by the two parties (the first user and the second user) operating the electronic device (the first user device 2 and the second user device 3) meet the operation action conditions and operation time conditions, and the verification can be completed. The process is simple and easy to implement and promote.

Through the above detailed description, it can be fully demonstrated that the purpose and effect of the present invention include the advancement of implementation, which has great industrial value, and is a new invention that has never been seen on the market before. The above descriptions are only preferred embodiments of the present invention, and should not be used to limit the implementation scope of the present invention. That is to say, all the equivalent changes and modifications made according to the scope of the patent of the present invention should fall within the scope of the patent of the present invention. I would like to ask your examiner to take note and pray for your approval. I pray for it.

1: Verify the server 2: First user device 3: Second user device 4: Central control server 5:Payment server 6: Smart Home Appliances 7: Security unit 8: Access control unit 9: Electronic lock S11, S12, S13, S14, S15, S16, S17, S18: steps P: graphic L: Length W: width

[Figure 1] is a schematic block diagram (1) of the instant verification system of the present invention. [Figure 2] is a schematic diagram of the appearance of the exclusive verification webpage of the present invention displayed on a mobile device (1). [Figure 3] It is a schematic diagram (2) of the appearance of the exclusive verification webpage of the present invention displayed on the mobile device. [Figure 4] is the block diagram (2) of the instant verification system of the present invention. [Fig. 5] is a flow chart of the instant verification method of the present invention.

1: Verify the server

2: First user device

3: Second user device

4: Central control server

Claims (11)

A real-time verification system, comprising: a verification server, which establishes an exclusive verification web page according to a verification request and generates a web page link code to connect to the exclusive verification web page, and establishes an operation action condition and an operation time condition according to the verification request, when receiving a first operation action information and a second operation action information, judges whether the first operation action information and the second operation action information satisfy the operation action condition and the operation time condition, and generates a verification completion command when the judgment result is satisfied; a first verification program installed on a first user device connected to the first user device The verification server generates the verification request and sends it to the verification server to obtain the web page link code, opens and displays the exclusive verification web page according to the web page link code, the first verification program records the first user's operation action on the exclusive verification web page to generate the first operation action information; a second verification program is installed on a second user device, and the second user device connects to the verification server, and after obtaining the web page link code from the verification server, opens and displays the exclusive verification web page according to the web page link code, the second verification program records the second user's operation on the exclusive verification web page The operation action of the web page generates the second operation action information; and a central control server, connected to the verification server, accepts the verification completion instruction, and executes a continuation application program according to the verification completion instruction. The real-time verification system as described in Claim 1, wherein the first operation action information includes first action information and first operation time information, the second operation action information includes second action information and second operation time information, and the verification server judges whether the first operation information and the second operation information meet the operation action condition, and determines whether the first operation time information and the second operation time information meet the operation time condition. The real-time verification system as described in claim 2, wherein the operating action condition includes a continuous pressing time and multiple pressing positions, and the verification server generates the verification completion command when it determines that the first action information and the second action information are the same as the continuous pressing time and the pressing positions. The real-time verification system as described in claim 3, wherein the verification server judges whether the aspect ratio of a graphic formed by the pressing positions of the first action information and the second action information meets the aspect ratio of the graphic formed by the pressing positions of the operation action condition. The real-time verification system as described in claim 3, wherein the verification server judges whether the slope formed by the two pressing positions of the first action information and the second action information meets the slope formed by the two pressing positions corresponding to the operation action condition. The real-time verification system as described in Claim 1, wherein the connecting application program includes a payment program, and the central control server executes the payment program according to the verification completion instruction to complete the payment program. The real-time verification system as described in Claim 1, wherein the connecting application program includes an approval program, and the central control server executes the approval program according to the verification completion instruction to generate approval result information. The real-time verification system as described in Claim 1, wherein the connection application program further includes a smart home appliance operation program, and the central control server drives a smart home appliance to operate according to the verification completion command. The real-time verification system as described in claim 1 further includes a security unit connected to the central control server, the connecting application program further includes a security setting program, and the central control server Executing the security setting program according to the verification completion command to drive the security unit to set a security state or a release security state. The real-time verification system as described in claim 1 further includes an access control unit connected to the central control server and an electronic lock, and the connecting application program further includes an access control setting program, and the central control server executes the access control setting program according to the verification completion command to drive the access control unit to open or lock the electronic lock. A real-time verification method, comprising: generating a verification request from a first user device and sending it to a verification server; receiving the verification request with the verification server, establishing a dedicated verification webpage according to receiving the verification request and generating a webpage link code for connecting to the exclusive verification webpage; sending the webpage link code to the first user device and a second user device with the verification server; opening the exclusive verification webpage with the first user device and the second user device according to the webpage link code; The first operation action information is recorded by the second user device to record the operation action of the second user on the exclusive verification webpage to generate a second operation action information; the first user device is used to transmit the first operation action information and the second operation action information to the verification server; the verification server judges whether the first operation action information and the second operation action information satisfy an operation action condition and an operation time condition, and generates a verification completion command when the judgment result is satisfied; A central control server receives and accepts the verification completion command, and executes a connection application program according to the verification completion command.