CN204288333U - Based on the cloud gate inhibition system of mobile internet - Google Patents

Abstract

The utility model discloses a cloud gate control system architecture based on the mobile Internet, the framework includes an access control module and a mobile terminal, the gate control module is connected to a system management server through a wireless local area network, and the system management server is connected to the system through a wireless gateway router and a wireless wide area network in turn. Remote cloud server; the remote cloud server is connected to the mobile terminal through the wireless wide area network, and the mobile terminal is also connected to the access control module through the wireless local area network. The improvement of the structure of the utility model adopts the mobile terminal to carry out short-distance wireless unlocking or remote wireless unlocking, so that the user can only carry the mobile terminal without swiping the card or using the access control system through other means such as biometrics, and does not need the user to communicate with the access control system. Physical contact interactive operation makes users more convenient and healthy.

Description

Cloud gate control system architecture based on mobile Internet

technical field

The utility model relates to the technical field of smart home communication, in particular to a cloud gate control system architecture based on a mobile internet network.

Background technique

The traditional access control system is usually composed of an identification device, an access control controller, a lock unlocker and management software. The working principle is that the visitor presents his own identification, such as ic/id card, fingerprint, face, etc., and the access control system presents his identity The identification and permission confirmation are carried out by the logo. After the identification is passed, the access control system opens the corresponding access control. With the development of technology, non-contact rfid card (ic/id card) access control system, fingerprint recognition access control system and facial recognition access control system have been derived.

Biometric access control systems such as fingerprint recognition and face recognition require close contact with the access control equipment, and it is impossible to realize long-distance sensing to open the access control, which is inconvenient for users to use, especially in scenarios where users carry a lot of things when passing through the access control system. inconvenient.

The rfid card access control system can realize long-distance induction unlocking. This type of system requires high-power antennas and card readers. Usually, such equipment is expensive and supports long-distance induction identification. The rfid card is usually an active rfid card. The battery needs to be replaced inside, which also brings inconvenience to the user, especially when the user forgets to bring the rfid card, the access control cannot be opened at all; or the rfid card is lost, allowing criminals to take advantage of it.

Therefore, the existing access control system has a low degree of intelligence, low identification efficiency, and hidden dangers of inaccurate identification, which makes criminals take advantage of it and cannot play a good preventive role. It is not only inconvenient to use, but also brings a certain security risk.

Utility model content

Aiming at the deficiencies in the above technologies, the utility model provides a mobile Internet-based cloud access control system architecture with high recognition efficiency, safe use, fast unlocking speed and low cost.

In order to achieve the above object, the utility model provides a cloud access control system architecture based on the mobile Internet, including an access control module and a mobile terminal, the access control module is connected to a system management server through a wireless local area network, and the system management server passes through a wireless gateway in turn The router and the wireless wide area network are connected to the remote cloud server; the remote cloud server is connected to the mobile terminal through the wireless wide area network, and the mobile terminal is also connected to the access control module through the wireless local area network.

Wherein, the access control module includes several intelligent access control, an electric lock installed on each intelligent access control, a storage unit for storing each corresponding access control card number, and a storage unit for processing the unlocking request sent by the mobile terminal, performing authority determination and Notify the processing unit that the corresponding electric control lock performs the corresponding access control operation; the storage unit and the mobile terminal are respectively connected with the input end of the processing unit, and the output end of the processing unit is connected with the corresponding intelligent access control through the electric control lock, and processing The output of the unit is also connected to the system management server.

Wherein, the framework also includes a video intercom indoor unit installed corresponding to each smart access control, and each smart access control is equipped with an intercom button, and the intercom button communicates wirelessly with the video intercom indoor unit through the mobile terminal. connect.

Wherein, the network environment of the wide area network may be any one of WIFI, 3G, and 4G.

Wherein, the mobile terminal is a mobile Android/iOS smart phone integrated with WIFI wireless function.

The beneficial effects of the utility model, compared with the prior art, the utility model provides based on the cloud gate control system architecture of the mobile Internet, the gate control module is connected to the system management server and the mobile terminal through the wireless local area network, and the system management server is connected to the system management server through the wireless wide area network. Connecting to a remote cloud server, the improvement of this architecture uses mobile terminals for short-distance wireless unlocking or remote wireless unlocking, so that users can only carry mobile terminals without swiping cards or using other means of biometrics to use the access control system, and do not need users and access control. The system performs physical contact interactive operation, making users more convenient and healthier to use; the utility model has the characteristics of fast unlocking speed, high recognition efficiency, safe use and low cost.

Description of drawings

Fig. 1 is the frame diagram of the cloud gate control system architecture based on the mobile Internet of the present invention;

Fig. 2 is the working block diagram of the cloud gate control system architecture based on the mobile Internet of the present invention.

The main component symbols are explained as follows:

1. Access control module 2. Video intercom indoor unit

3. Mobile terminal 4. System management server

5. Wireless gateway router 6. Remote cloud server

11. Intelligent access control 12. Electric lock

13. Storage unit 14. Processing unit

111. Intercom button.

Detailed ways

In order to describe the utility model more clearly, the utility model will be further described below in conjunction with the accompanying drawings.

Please refer to Fig. 1-2, the cloud access control system architecture based on the mobile Internet of the present utility model includes an access control module 1 and a mobile terminal 3, the access control module 1 is connected to the system management server 4 through a wireless local area network, and the system management server 4 passes through the wireless network successively. The gateway router 5 and the wireless wide area network are connected to the remote cloud server 6; the remote cloud server 6 is connected to the mobile terminal 3 through the wireless wide area network, and the mobile terminal 3 is also connected to the access control module 1 through the wireless local area network. The network environment of the wide area network can be any one of WIFI, 3G, and 4G; the mobile terminal is a mobile Android/iOS smart phone with integrated WIFI wireless function; and the smart phone is based on the Android/iOS embedded operating system. Of course, the mobile terminal may also be other functional devices.

Compared with the prior art, the cloud access control system architecture based on the mobile Internet provided by the utility model, the access control module 1 is connected to the system management server 4 and the mobile terminal 3 through the wireless local area network, and the system management server 4 is connected to the remote cloud through the wireless wide area network. The server 6, the improvement of this architecture uses the mobile terminal to carry out short-distance wireless unlocking or remote wireless unlocking, so that the user can only carry the mobile terminal 3 without swiping the card or using the access control system through other means such as biometrics, and does not need the user and the access control system The interactive operation of physical contact makes the user more convenient and healthier; the utility model has the characteristics of fast unlocking speed, high recognition efficiency, safe use and low cost.

In this embodiment, the access control module 1 includes several intelligent access control 11, an electric control lock 12 installed on each intelligent access control 11, a storage unit 13 for storing each corresponding access control card number, and a storage unit 13 for processing the mobile terminal 3 sending unlock request, carry out authority determination and notify the processing unit 14 that the corresponding electric control lock performs corresponding access control operation; the storage unit 13 and the mobile terminal 3 are respectively connected with the input end of the processing unit 14, and the output end of the processing unit 14 passes through the electric control lock 12 is connected to the corresponding intelligent access control 11, and the output end of the processing unit 14 is also connected to the system management server 4. In this case, an access control module 1 is equivalent to a unit covered by a LAN, which can be a community, an office building, etc., and all the information in the entire access control module 1 is uploaded to the system management server 4 in an area through the wireless LAN, and finally the system The information in the management server 4 can be uploaded to the remote cloud server 6 through the wireless wide area network for users to check.

In addition, the mobile terminal 3 has a built-in cloud gate ban app application software. In this case, the cloud gate ban app application software 31 of the mobile terminal 3 is used to automatically search and connect to the wireless local area network or wireless wide area network. Module 1 sends an unlocking request; access control module 1 is used to transmit the access control card number of each owner to the system management server 4 through the wireless local area network, and transmits it to the remote cloud server 6 through the wireless wide area network; and is used to receive the unlocking request of the mobile terminal 3 , perform authority judgment, and execute corresponding access control operations according to the judgment results; the system management server 4 and the remote cloud server 6 are used to store the access control card number, unlocking record information and basic information of the mobile terminal of each owner, so as to facilitate statistical consultation; the system management server 4 and the basic information of the mobile terminal stored in the remote cloud server 6 include mobile phone number, mobile phone mac address and mobile phone serial number IMEI; unlocking record information has the time and unlocking position of each use of unlocking service.

In this embodiment, the cloud gate ban app application software of the mobile terminal 3 can select a local area network or a wide area network according to the location of the mobile terminal 3; if it is in a local area network environment, the mobile terminal 3 automatically searches and connects to the corresponding local WIFI wireless network Finally, click to select the access control address that needs to be opened, and finally click the unlock button on the operation interface of the cloud gate control app application software to realize the short-distance wireless unlocking function; if it is in a wide area network environment, the mobile terminal 3 automatically searches and connects to the corresponding mobile After connecting to the Internet, click to select the access control address that needs to be opened, and finally click the unlock button on the operation interface of the cloud gate control app application software to realize the remote wireless unlocking function.

In this embodiment, the framework also includes a video intercom indoor unit 2 installed correspondingly to each smart access control 11, each smart access control 11 is equipped with an intercom button 111, and the intercom button 111 is passed through the mobile terminal 3 Connect wirelessly with video intercom indoor unit 2. The video intercom indoor unit 2 is mainly used for visitors or people without keys to know that the user is at home. When using it, as long as the intercom button 111 is pressed, the call signal is sent to the mobile terminal 3 wirelessly, and the mobile terminal 3 controls after receiving the call signal. When the video intercom indoor unit 2 enters the visible state, the user can know who the visitor or the person without the key is through the video intercom indoor unit 2. The video intercom indoor unit 2 makes the visitor or the person without the key Calling the user directly to unlock the mobile terminal 3 realizes the cloud visual intercom wireless unlocking function.

The realization steps of the present utility model are as follows:

In the first step, the user enters the cloud gate ban app application software;

In the second step, the software automatically searches and connects to the network; if the network is a local LAN, in the local LAN environment, the cloud gate ban app software automatically searches and connects to the corresponding local WIFI wireless network;

If the network is a wide area network, in the wide area network environment, the cloud gate ban app software will automatically search and connect to the mobile Internet;

The third step, after the connection is completed, the Cloud Gate ban app software enters the operation interface of the wireless unlocking function;

Step 4: Click on the unlock request, the access control module receives the unlock request and judges the authority, and executes the corresponding access control operation according to the judgment result, that is, the short-distance wireless unlocking or remote wireless unlocking is completed.

The cloud gate ban system architecture based on the mobile Internet provided by the utility model has the following effects:

1) Add a mobile terminal 3 with a built-in cloud gate control app application software, so that users can only carry the mobile terminal 3 without swiping a card or using other means of biometric identification to use the access control system, and does not require the user to physically contact the access control system Interactive operation makes users more convenient and healthier;

2) The access control system can select a wireless local area network or a wireless wide area network to send an unlock request to the access control system according to the network environment where the mobile terminal 3 is located; if it is in a wireless local area network environment, it can directly realize the local WIFI wireless network unlocking, which effectively speeds up the unlocking speed; If the remote WIFI, 3G, 4G wireless network environment cloud door ban unlocking function is realized under the wireless wide area network; this variety of options for unlocking avoids the traditional unlocking that can only be unlocked under the wireless wide area network, resulting in slow unlocking speed, low intelligence, and identification efficiency Phenomena such as low and information insecurity;

3) Add a video intercom indoor unit 2, so that visitors or people who do not carry the key can directly call the user to unlock wirelessly, realizing the cloud video intercom wireless unlock function;

4) The utility model has the characteristics of high intelligence, high identification efficiency, safe use, fast unlocking speed and low cost.

The utility model has realized the following functions:

1) In the WIFI wireless local area network environment, the mobile phone can be unlocked wirelessly through the cloud gate ban app application software on the smart phone with the Android operating system;

2) In the WIFI wireless local area network environment, the mobile phone can be unlocked wirelessly through the cloud gate ban app application software on the smart phone with iOS operating system;

3) In the wide area network environment, remote wireless unlocking of the mobile phone is realized through the cloud server and the Android operating system smart phone cloud gate control app application software;

4) In the wide area network environment, remote wireless unlocking of the mobile phone is realized through the cloud server and the iOS operating system smart phone cloud gate control app application software.

The above disclosures are only a few specific embodiments of the utility model, but the utility model is not limited thereto, and any changes conceivable by those skilled in the art should fall within the protection scope of the utility model.

Claims (5)

1. the cloud gate inhibition system based on mobile internet, it is characterized in that, comprise gate inhibition's module and mobile terminal, described gate inhibition's module is connected to system management server by WLAN (wireless local area network), and described system management server is connected to long-range cloud server by wireless gateway routers and wireless wide area network successively; Described long-range cloud server is connected to mobile terminal by wireless wide area network, and mobile terminal is also connected to gate inhibition's module by WLAN (wireless local area network).

2. the cloud gate inhibition system based on mobile internet according to claim 1, it is characterized in that, described gate inhibition's module comprises several intelligent entrance guards, the electric control lock be installed on each intelligent entrance guard, for store each corresponding gate inhibition's card number storage unit and for the treatment of mobile terminal send unblank request, carry out authority judgement and notify corresponding electric control lock perform corresponding gate inhibition operation processing unit; Described storage unit and mobile terminal are connected with the input end of processing unit respectively, and the output terminal of described processing unit is connected with corresponding intelligent entrance guard by electric control lock, and the output terminal of processing unit is also connected with system management server.

3. the cloud gate inhibition system based on mobile internet according to claim 2, it is characterized in that, this framework also comprises the visual intercommunicating indoor set of installation corresponding with each intelligent entrance guard, each intelligent entrance guard is all provided with intercommunication button, and described intercommunication button is by mobile terminal and visual intercommunicating indoor set wireless connections.

4. the cloud gate inhibition system based on mobile internet according to claim 1, is characterized in that, the network environment of described wide area network can be in WIFI, 3G, 4G any one.

5. the cloud gate inhibition system based on mobile internet according to claim 1, is characterized in that, described mobile terminal is the mobile Android/iOS smart mobile phone of integrating WIFI radio function.