Intelligent community access control system

Abstract

An intelligent community access control system comprises an access control pile, a control host, an identity card reader, a radio frequency card reader, a fingerprint identifier, an operation panel and a camera system, the control host is arranged in the access control pile, and the control host is connected with the access control pile, the identity card reader, the radio frequency card reader, the fingerprint identifier, the operation panel and the camera system. The operation panel is arranged at the front end of the control host, the identity card reader, the radio frequency card reader and the fingerprint identifier are arranged above the operation panel, and the camera system is fixed on the control host. Compared with a traditional structure, the three-in-one screening system is adopted, a timely input system is adopted to be matched with a keyboard to input verification codes, data can be rapidly input into a system database under the condition that safety is guaranteed, and the problem that input is difficult is solved; through cooperation of the camera system and identity card identification, information of foreign people can be rapidly input, normal work of community life is guaranteed, and crimes can be effectively prevented.

Description

Technical Field

[0001] The utility model relates to the technical field of security, and in particular to an intelligent community access control system. Background Art

[0002] The community access control system is one of the mainstream community security systems. Its feature is to screen the qualifications for entering and exiting the community through identity recognition. It has a high degree of automation, which can not only ensure the safety of the community but also reduce the labor cost of security. Therefore, in recent years, with the rapid development of the Internet and the Internet of Things, the efficiency of the community access control system has gradually improved, and it has gradually become a standard facility in each community.

[0003] However, although the community access control system has the possibility of being operated in hardware, there are still many problems in its use. These include: some elderly residents have various difficulties, and young residents have no time to enter their information, resulting in the access control system being unable to enter their information into the system database; some temporary outsiders' entry and exit problems, early community security can only solve temporary problems by contacting community residents, which is inefficient, and in the electronic access control system, even outsiders are not allowed to enter; in the first case, in order to avoid the problem of residents being unable to enter, either security guards are deployed or the system is directly shut down; the second case will affect the normal life and work of the community.

[0004] Among the solutions currently in use, some products use QR code recognition technology. The principle is to use the mobile phone real-name system to achieve identity registration. However, it is not difficult to find that as long as the mobile phone used is not the person's own mobile phone, this layer of protection can be bypassed. Therefore, we can find that all risks come from: identity information registration can be bypassed. Therefore, at the community level security level, potential dangers must be promoted with the idea that the people entering and leaving are the same as the registered people.

[0005] To solve the above problems, we made a series of improvements. Utility Model Content

[0006] The purpose of the utility model is to provide an intelligent community access control system to overcome the above-mentioned shortcomings and deficiencies of the prior art.

[0007] A smart community access control system, comprising: an access control post, a control host, an ID card reader, a radio frequency card reader, a fingerprint identifier, an operation panel and a camera system, wherein the control host is arranged in the access control post, the control host is connected with the access control post, the ID card reader, the radio frequency card reader, the fingerprint identifier, the operation panel and the camera system, the operation panel is arranged at the front end of the control host, the ID card reader, the radio frequency card reader and the fingerprint identifier are arranged above the operation panel, and the camera system is fixed on the control host;

[0008] Among them, the control host includes: an ARM controller, a steering gear, a network module, a hard disk and an operating system. The output end of the ARM controller is connected to the steering gear, the steering gear is connected to the access control post, the input end of the ARM controller is connected to the ID card reader, the radio frequency card reader, the fingerprint identifier, the operation panel and the camera system, the network module and the hard disk are connected to the ARM controller, the ID card reader is connected to the public security system through the network module, the camera system is connected to the hard disk, the network module is connected to the control center system, and the operating system is connected to the ARM controller.

[0009] Furthermore, the operating system is a computer, a tablet and a mobile phone, and the operating panel is an input keyboard.

[0010] Furthermore, the camera system includes: a camera, a control panel and a display screen, the camera is connected to the control panel, and the control panel is connected to a control host and the display screen.

[0011] Beneficial effects of the utility model:

[0012] Compared with the traditional structure, the utility model adopts a three-in-one identification system, provides multiple methods, and adopts a timely entry system in conjunction with a keyboard to input a verification code. Data can be quickly entered into the system database while ensuring safety. The above solution solves the problem of difficult entry; through a camera system in conjunction with identity card recognition, the information of outsiders can be quickly entered, which not only ensures the normal work of community life, but also effectively prevents the occurrence of crimes and is more efficient. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a structural schematic diagram of the utility model.

[0014] Figure 2 This is a schematic diagram of the system structure of the control host.

[0015] Reference numerals:

[0016] Access control pole 100, control host 200, ARM controller 210, steering gear 220, network module 230, hard disk 240 and operating system 250.

[0017] ID card reader 300 , radio frequency card reader 400 , fingerprint identifier 500 and operation panel 600 .

[0018] Camera system 700 , camera head 710 , control panel 720 , display screen 730 and control center system 800 . DETAILED DESCRIPTION

[0019] The following is a further description of the present invention in conjunction with specific embodiments. It should be understood that the following embodiments are only used to illustrate the present invention and are not used to limit the scope of the present invention.

[0020] Example 1

[0021] Figure 1 It is a structural schematic diagram of the utility model. Figure 2 This is a schematic diagram of the system structure of the control host.

[0022] like Figure 1 As shown, a smart community access control system includes: an access control post 100, a control host 200, an ID card reader 300, a radio frequency card reader 400, a fingerprint identifier 500, an operation panel 600 and a camera system 700. The control host 200 is arranged in the access control post 100, and the control host 200 is connected to the access control post 100, the ID card reader 300, the radio frequency card reader 400, the fingerprint identifier 500, the operation panel 600 and the camera system 700. The operation panel 600 is arranged at the front end of the control host 200, the ID card reader 300, the radio frequency card reader 400 and the fingerprint identifier 500 are arranged above the operation panel 600, and the camera system 700 is fixed on the control host 200.

[0023] like Figure 2 As shown, the control host 200 includes: an ARM controller 210, a steering gear 220, a network module 230, a hard disk 240 and an operating system 250. The output end of the ARM controller 210 is connected to the steering gear 220, the steering gear 220 is connected to the access control pile 100, the input end of the ARM controller 210 is connected to the ID card reader 300, the radio frequency card reader 400, the fingerprint identifier 500, the operation panel 600 and the camera system 700, the network module 230 and the hard disk 240 are connected to the ARM controller 210, the ID card reader 300 is connected to the public security system through the network module 230, the camera system 700 is connected to the hard disk 240, the network module 230 is connected to the control center system 800, and the operating system 250 is connected to the ARM controller 210.

[0024] The operating system 250 is a computer, a tablet, or a mobile phone, and the operating panel 600 is an input keyboard.

[0025] The camera system 700 includes: a camera 710 , a control panel 720 and a display screen 730 . The camera 710 is connected to the control panel 720 , and the control panel 720 is connected to the control host 200 and the display screen 730 .

[0026] Traditional community access control systems face two problems: difficulty in logging in, which leads to compromise with non-logged-in users, and conflicts between outsiders and security. The final result is that the entire access control system is paralyzed or the safety of the entire community is seriously reduced. If the solution to an access control system is to stop it, then its security effect is meaningless no matter how good it is. This problem has occurred in more than one community and has become a common phenomenon.

[0027] In order to solve the first problem, the utility model first needs to consider why this happens. After investigation, it is found that there are two main reasons for this situation. One reason is that the verification method is single. Some people think that fingerprint recognition has privacy risks, some people think that the card reading mode is easy to forget the card, and some people think that the face recognition reading effect is too poor, etc. Therefore, for these demands, the best way is integration, so that users have a variety of channels to choose from, and this will not actually change much in cost. On the other hand, there is no time objectively. The current mainstream solution is to set the input location in other places, and then check the operation manually. In many places, such positions are the same as the work and rest of other people. This is contradictory. That is, when the household owner rests, the person who enters the data also rests. Therefore, it is necessary to increase the convenience of input, but convenience and security are two contradictory points. Therefore, we also need to consider security while considering convenience. The method of the utility model is to add an operation panel 600, a fingerprint identifier 500 and an ID card reader 300, wherein the operation panel 600 and the ID card reader 300 are devices that are not required by traditional access control systems. However, during the input process, the security effect can be achieved. The principle is that when you need to enter, you can log in to the corresponding website at any location to submit your identity information and apply, and the staff can review it in the background to check whether your identity and householder information can correspond. If the review is passed, you will be given a verification code that belongs to you. When you return to the community and encounter access control, you can enter the verification code through the operation panel 600 through the entry mode, and read the ID card through the ID card reader 300, and then enter your fingerprint through the fingerprint reader 500 for filing. This can not only ensure the accuracy of your entry, but also record your personal information at the same time to avoid some other methods that use information loopholes to obtain the verification code. Security vulnerabilities. After completing the verification, you can use the camera system 700 to complete the face verification and fingerprint recognition verification. After completing the verification, you can send the NFC card to the user to complete the triple verification. You can choose what verification you want after submitting the application.

[0028] In order to solve the second problem, before solving the problem, we need to understand how the current access control system is implemented in this situation. In the first case, the consent of the household owner is required to enter. This situation is very rare, mainly because it is too difficult to implement and wastes manpower, but it is the safest, which can be said to be a stupid way to overcome the defects of the current access control system; in the second case, anyone can take the initiative to open the access control through the doorman to enter, which can be said to be in name only; in the third case, the use of the access control system is directly abandoned. Through these actual situations, we found that it is difficult to achieve a perfect replacement for the first solution at a limited cost, just like we can't set up countless access control on the street. Therefore, thinking from the perspective of others, crime can be reduced by prevention. Therefore, compared with unlimited release and direct closure of access control, what we have to do is to try to prevent the actual life without interfering with it. The practice of the utility model is that when any temporary user is put in, sufficient information must be collected, and the entry and exit time information must be recorded at the same time, which greatly increases the crime risk of potential criminals, thereby starting a preventive effect. The method is that any temporary user who wants to enter the community must register his ID card at the gate, then take a photo of his head through the camera 710 and record it, then match it with the public security information through the network, and record the photo and fingerprint information in the hard disk 240. To implement this process, you must have an ID card reader 300, a fingerprint identifier 500 and a hard disk 240. The first two are easy to understand, and the latter mainly requires a large amount of storage space to retain this information for a long enough time, so an additional hard disk is needed to save this data for possible future investigations. If the ID card reader 300 and the fingerprint identifier 500 are installed for this function alone, it will seem a bit wasteful, but these functions also play a role in the first case, so the installation cost is shared.

[0029] Among them, in this embodiment, the structural form of the access control pile 100 is not limited. The model of the ARM controller 210 in the control host 200 is STM32F103, and the steering gear 220 is SG90. The model of the radio frequency card reader 400 is a contactless card reader of RC522. The fingerprint identifier 500 is an AS608 fingerprint recognition module. The camera system 700 is a K210 face recognition module. The operating system 250 is a computer, a tablet and a mobile phone, which can facilitate the security guard to perform simple auxiliary operations on the entire access control system, such as receiving information and sending permission information. Finally, these are realized through the network module 230 and the control center system 800 to realize command reception and data transmission, and realize remote control.

[0030] In summary, the core of the utility model is to achieve mutual cooperation through multiple systems. The former can achieve more convenient registration; the latter solves the technical problem that temporary users entering and leaving must be consistent with the registered identity, and completely avoids the potential risk of inconsistency between the registered identity and the entry and exit identity.

[0031] Compared with the traditional structure, the utility model adopts a three-in-one identification system, provides multiple methods, and adopts a timely entry system in conjunction with a keyboard to input a verification code. Data can be quickly entered into the system database while ensuring safety. The above solution solves the problem of difficult entry; through a camera system in conjunction with identity card recognition, the information of outsiders can be quickly entered, which not only ensures the normal work of community life, but also effectively prevents the occurrence of crimes and is more efficient.

[0032] The specific implementation modes of the present invention are described above, but the present invention is not limited thereto. The present invention can also have various changes without departing from the purpose of the present invention.

Claims

1. An intelligent community access control system, characterized in that: include: An access control post (100), a control host (200), an ID card reader (300), a radio frequency card reader (400), a fingerprint identifier (500), an operation panel (600) and a camera system (700), wherein the control host (200) is arranged in the access control post (100), the control host (200) is connected to the access control post (100), the ID card reader (300), the radio frequency card reader (400), the fingerprint identifier (500), the operation panel (600) and the camera system (700), the operation panel (600) is arranged at the front end of the control host (200), the ID card reader (300), the radio frequency card reader (400) and the fingerprint identifier (500) are arranged above the operation panel (600), and the camera system (700) is fixed on the control host (200); The control host (200) comprises: an ARM controller (210), a steering engine (220), a network module (230), a hard disk (240) and an operating system (250); the output end of the ARM controller (210) is connected to the steering engine (220); the steering engine (220) is connected to the access control pile (100); the input end of the ARM controller (210) is connected to an ID card reader (300), a radio frequency card reader (400), a fingerprint identifier (500), an operation panel (600) and a camera system (700); the network module (230) and the hard disk (240) are connected to the ARM controller (210); the ID card reader (300) is connected to the public security system through the network module (230); the camera system (700) is connected to the hard disk (240); the network module (230) is connected to a control center system (800); and the operating system (250) is connected to the ARM controller (210).

2. According to claim 1, the smart community access control system is characterized by: The operating system (250) is a computer, a tablet, and a mobile phone, and the operating panel (600) is an input keyboard.

3. The smart community access control system according to claim 1, characterized in that: The camera system (700) comprises: a camera (710), a control panel (720) and a display screen (730); the camera (710) is connected to the control panel (720); and the control panel (720) is connected to a control host (200) and the display screen (730).

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