TWI666614B - Cloud-type access control system - Google Patents

Abstract

The cloud-type access control management system of the present invention includes: a mobile application and a door phone, the mobile application has a first identification code, a scanning area and a receiving area, and the door machine has a photographing unit and a two-dimensional code generating unit For taking a first photo and generating a two-dimensional code. The two-dimensional code includes a second identification code. The first photo and the second identification code are transmitted to a cloud server, and the two-dimensional code is scanned by the scanning area. , The first identification code and the second identification code are transmitted to the pairing unit through the mobile application. When the first identification code and the second identification code match, the cloud server transmits the first photo and the second identification code to the receiving area, and click Unlock key to release electronic lock.

Description

Cloud-type access control system

The present invention relates to an access control application used in the community for comprehensive resident visitor courier and managerial entry and exit management, in particular to a mobile phone application application that scans a two-dimensional code or NFC sensor or visitor express operation from a door phone or a resident actively remotely from a mobile application The operation-type cloud-based access control system is paired with a cloud server. Finally, the photos obtained by the user from the mobile application of the mobile phone confirm the visitor's intention and respond or remotely unlock the electronic lock.

Analog and digital access control intercom has been widely used, wired or through the local area network or through the cloud, pure access control induction card does not recognize people, intercom access control using TCP / IP technology is not highly discerning to visitors, or video Intercom access control data has a large cost and high cost, and it is not easy to maintain. The access control intercom products of various manufacturers lack communication standards, and high hardware dependence and failures cause maintenance difficulties due to shutdown. Therefore, the common experience of many people is that community walkie-talkies have been malfunctioning for a long time, and residents have loose access control. Criminal drugs are moved from the roadside into the community.

General community access control intercoms, analog or digital, use wiring to connect multi-sector VTOs to indoor units of multiple households. The pipelines in public areas belong to public property or have poor construction quality. Or affected by the environment, when there is a problem, it is impossible to distinguish between repairs by the community management committee or repairs by the residents themselves, which may easily lead to paralysis of community access control.

In view of this, how to eliminate the above-mentioned shortcomings is the technical difficulty that the inventor intends to solve; however, based on years of experience in the related industry, the inventor of the present case has made painstaking efforts and researched for years to make improvements. Those who have successfully completed the case and made the present invention to improve the efficacy.

In view of the above-mentioned shortcomings, the present invention is a cloud-type access control management system, which includes: a mobile application and a door phone. The mobile application has a first identification code, a scanning area and a receiving area. A photographing unit and a two-dimensional code generating unit are used to take a first photo and generate a two-dimensional code. The two-dimensional code includes a second identification code, and the first photo and the second identification code are transmitted to a cloud server. After scanning the QR code through the scanning area, the first identification code and the second identification code are transmitted to the pairing unit through the mobile application. When the first identification code matches the second identification code, the cloud server transmits the first photo and Go to the receiving area with the second identification code and click the unlock button to release the electronic lock.

In order to make it easy for the reviewing committee members to understand the contents of the present invention and the effects that can be achieved, specific embodiments are listed in conjunction with the drawings, and the detailed description is as follows:

Referring to the first figure, the cloud-type access control management system of the present invention includes at least one cloud server 10, at least one door phone 20, and a mobile communication device 30.

Please refer to the first to third figures. The cloud server 10 provides a plurality of household registrations so that each household obtains a first identification code 11 respectively, and the cloud server has a pairing unit 12.

Referring to the second figure, the door phone 20 is connected to the cloud server 10 and has at least one electronic lock 21, at least one touch display 22, and at least one photographing unit 23. The touch display 22 includes at least one and The second identification code 221 and the two-dimensional code generating unit 222 matched by the first identification code 11; the photographing unit 23 includes a 180-degree wide-angle lens 231, so that all people in front of the door phone 20 can be photographed completely, among which the first identification code The 11 and the second identification code 221 are set to match when the resident registers, so that the first identification code 11 and the second identification code 221 can be verified by the pairing unit 12.

The mobile communication device 30 is installed with a mobile application 31 connected to the cloud server 10 and stores a first identification code 11. The mobile application 31 includes a scanning area 311 and a receiving area 312. Key 3121.

The occupant touches the touch display 22 to activate the photographing unit 23 to take at least one first photo 232 and the two-dimensional code generator 222 to generate a two-dimensional code 2221 that stores a second identification code 221, and the door phone 20 The second identification code 221 and the first photo 232 are transmitted to the pairing unit 12, and when the touch display 22 is touched, the touch display 22 is woken up from a standby state or an advertisement state for subsequent operations.

After the two-dimensional code 2221 is generated, after scanning the two-dimensional code 2221 through the scanning area 311, the mobile application 31 obtains the second identification code in the two-dimensional code 2221, and the first identification code 11 and the second identification code are obtained through the mobile application 31 The identification code 221 is transmitted to the pairing unit 12. When the first identification code 11 matches the second identification code 221, the cloud server 10 transmits the first photo 232 and the second identification code 221 to the receiving area 312, and the resident confirms the first photo 232 Then, click the unlock button 3121 to release the electronic lock 21.

Please refer to the fourth figure. The cloud server 10 is further connected to an MQTT server 40. The MQTT server 40 is connected to the mobile application 31. The touch display 22 provides at least one resident call key 223, and the resident call key 223 provides at least one first A signal 2231 is sent to the MQTT server 40. After the MQTT server 40 receives the first signal 2231, it sends a second signal 41 to the mobile application 31 to notify the resident.

The resident call button 223 is connected to the photographing unit 23. The photographing unit 23 provides a second photo 233, and transmits the second photo 233 to the receiving area 312 of the mobile application 31 via the cloud server 10, thereby providing the resident to view the second photo 233. To selectively release the electronic lock 21.

In other words, the purpose of the MQTT server 40 is to notify the resident of a visitor. In this scenario, regardless of whether the resident called by the resident call key 223 is at home, the MQTT server 40 will send the second signal 41 to the mobile application 31 to notify Residents, because the second identification code 221 of the VTO 20 matches the first identification code 11, the MQTT server 40 can find the matching first identification code 11 on the cloud server 10 by the second identification code 221, so that The MQTT server 40 is able to send a notification to the mobile application 31 having the first identification code 11.

When the resident forgets to bring a mobile phone or a visitor, he operates the door phone 20, calls the resident with the resident call button 223, and the resident confirms the second photo 233, and then releases the electronic lock 21, otherwise, if the second photo 233 cannot be confirmed, Residents can choose not to unlock.

Please refer to the fifth figure. The mobile application 31 provides transmission of the first identification code 11 to the cloud server 10, thereby enabling the cloud server 10 to activate the door phone 20 corresponding to the second identification code 221, and The photographing unit 23 captures at least one third photo 234, and the third photo 234 is transmitted to the receiving area 312 of the mobile application 31 through the cloud server 10, thereby providing the resident to view the third photo 234 to selectively release the electronic lock 21.

The above content is provided when the visitor communicates with the occupant by himself. For example, the visitor informs the occupant 20 via the phone or the Internet that the occupant 20 is connected to the occupant 20 using the mobile application 31. To activate the camera unit 23 of the door phone 20, while the mobile application 31 transmits the first identification code 11 to the cloud server 10; the third photo 234 taken by the camera 23 is transmitted to the mobile application 31 via the cloud server 10 The receiving area 312 allows the resident to view the third photo 234 to selectively release the electronic lock 21.

Referring to the sixth figure, the door phone 20 is connected to an administrator answering machine 50, and an administrator operates the administrator answering machine 50 to release the electronic lock 21.

Please refer to the seventh figure, which is the second embodiment of the present invention. In this embodiment, the main structure is the same as the foregoing, so the same points will not be described again, and will be described before.

The mobile communication device 30 and the VTO 20 are respectively provided with a first near field communication unit 32 and a second near field communication unit 24, wherein the first near field communication unit 32 and the second near field communication unit 24 respectively have a first The identification code 11 and the second identification code 221 are sensed by the first near field communication unit 32 and the second near field communication unit 24 to activate the photographing unit 23 to take a fourth photo 235 and transmit it to the mobile application through the cloud server 10 In 31, the resident is provided to view the fourth photo 235 to selectively release the electronic lock 21.

Please refer to the eighth figure, which is the third embodiment of the present invention. In this embodiment, the main structure is the same as that described above, so the same points will not be repeated, and will be described before.

In the third embodiment, the mobile application 31 exists in a communication community mobile application 60. The communication community mobile application 60 includes a program unit 61. The mobile application 31 is located in the program unit 61. Therefore, when a resident operates, Through the mobile application 31 in the communication community mobile application 60, the VTO 20 can be unlocked.

Among them, in practical applications, the communication community mobile application 60 is the “WeChat” APP currently widely used in China, the program unit 61 is the “mini-program” function in the WeChat APP, and the mobile application 31 is in the “mini-program” function In the "mini program", the user selects the mobile application 31 and can use it immediately. Because the program in the "mini program" is characterized in that it can be used without installation, it is more convenient for Chinese users.

The above detailed description is a specific description of a feasible embodiment of the present invention, but the embodiment is not intended to limit the patent scope of the present invention. Any equivalent implementation or change that does not depart from the technical spirit of the present invention should be included in this case. Within the scope of patents.

10‧‧‧ Cloud Server

11‧‧‧first identification code

12‧‧‧ Pairing Unit

20‧‧‧door machine

21‧‧‧Electronic lock

22‧‧‧Touch display

221‧‧‧Second Identification Code

222‧‧‧Two-dimensional code generating unit

2221‧‧‧ QR code

223‧‧‧Resident Call Button

2231‧‧‧First Signal

23‧‧‧Photography Unit

231‧‧‧wide-angle lens

232‧‧‧First Photo

233‧‧‧Second photo

234‧‧‧Third photo

235‧‧‧ Fourth Photo

24‧‧‧Second Near Field Communication Unit

30‧‧‧ mobile communication device

31‧‧‧ mobile app

311‧‧‧scan area

312‧‧‧Reception area

3121‧‧‧Unlock key

32‧‧‧The first near field communication unit

40‧‧‧MQTT server

41‧‧‧second signal

50‧‧‧Administrator Answering Machine

60‧‧‧Community Community Mobile App

61‧‧‧program unit

The first figure is a schematic diagram of the architecture of the first embodiment of the present invention. The second figure is a schematic diagram of the transmission between the door phone and the cloud server according to the present invention. The third figure is a schematic diagram of the use state of the present invention. The fourth figure is a schematic diagram of the use state of the MQTT server of the present invention. The fifth figure is a schematic diagram of active unlocking by residents of the present invention. The sixth figure is a schematic diagram of a guest call manager answering machine of the present invention. The seventh figure is a schematic diagram of the architecture of the second embodiment of the present invention. FIG. 8 is a schematic diagram of a third embodiment of the present invention.

Claims (14)

A cloud-based access control management system includes at least one cloud server that provides multiple household registrations so that each household can obtain a first identification code, and the cloud server has a pairing unit; at least one doorway Machine, which is connected to the cloud server and has at least one electronic lock, at least one touch display, and at least one photographing unit. The touch display includes at least a second identification code that matches the first identification code. And a two-dimensional code generating unit, by touching the touch display and simultaneously starting the photographing unit to take at least a first photo and the two-dimensional code generator generates a two-dimensional code storing the second identification code, and The door phone transmits the second identification code and the first photo to the pairing unit; and a mobile communication device, which is installed with a mobile application connected to the cloud server, and stores the first identification code, the The mobile application includes a scanning area and a receiving area. The receiving area has an unlock key. After scanning the QR code through the scanning area, the mobile application will send The first identification code and the second identification code are transmitted to the pairing unit. When the first identification code matches the second identification code, the cloud server transmits the first photo and the second identification code to the receiving area. , Click the unlock button to release the electronic lock. The cloud-based access control system according to claim 1, wherein the cloud server is further connected to an MQTT server, the MQTT server is connected to the mobile application, and the touch display provides at least one resident call key, and the resident call key It is provided to send at least one first signal to the MQTT server. After receiving the first signal, the MQTT server sends a second signal to the mobile application to notify the resident. The cloud-type access control management system according to claim 2, wherein the resident call key is connected to the photographing unit, and the photographing unit provides a second photo to be taken, and transmitted to the mobile application through the cloud server, and borrowed This provides the resident to view the second photo to release the electronic lock. The cloud-based access control system according to claim 1, wherein the mobile application program provides transmission of the first identification code to the cloud server, thereby enabling the cloud server to activate a door phone corresponding to the second identification code , And at least one third photo is taken by the camera unit of the door phone, and the third photo is transmitted to the receiving area of the mobile application through the cloud server, so that the resident can view the third photo to release the electronic lock . The cloud-type access control system according to claim 1, wherein the door phone is connected to an administrator answering machine, and the electronic answer lock is released by the administrator answering machine. The cloud-type access control management system according to claim 1, 3, 4 or 5, wherein the camera unit of the VTO includes a 180-degree wide-angle lens. The cloud-based access control system according to claim 1, wherein the mobile communication device and the VTO are respectively provided with a first near field communication unit and a second near field communication unit, and the first near field communication unit and The second near field communication unit senses to activate the photographing unit to take a fourth photo, and transmits the fourth photo to the mobile application through the cloud server, thereby providing a resident to view the fourth photo to release the electronic lock. A cloud-based access control management system includes at least one cloud server that provides multiple household registrations so that each household can obtain a first identification code, and the cloud server has a pairing unit; at least one doorway Machine, which is connected to the cloud server and has at least one electronic lock, at least one touch display, and at least one photographing unit. The touch display includes at least a second identification code that matches the first identification code. And a two-dimensional code generating unit, by touching the touch display and simultaneously starting the photographing unit to take at least a first photo and the two-dimensional code generator generates a two-dimensional code storing the second identification code, and The door phone transmits the second identification code and the first photo to the pairing unit; and a mobile communication device, which is installed with a communication community mobile application, the communication community mobile application includes a program unit, the program unit The mobile application includes a mobile application connected to the cloud server, and stores the first identification code. The mobile application has a scanning area and Receiving area, the receiving area has an unlock key, after scanning the two-dimensional code through the scanning area, transmitting the first identification code and the second identification code to the pairing unit through the mobile application, when the first When the identification code matches the second identification code, the cloud server transmits the first photo and the second identification code to the receiving area, and clicks the unlock button to release the electronic lock. The cloud-based access control system according to claim 8, wherein the cloud server is further connected to an MQTT server, the MQTT server is connected to the mobile application, and the touch display provides at least one resident call key, the resident call key It is provided to send at least one first signal to the MQTT server. After receiving the first signal, the MQTT server sends a second signal to the mobile application to notify the resident. The cloud-type access control management system as described in claim 9, wherein the resident call key is connected to the photographing unit, and the photographing unit provides taking a second photo, and transmits the second photo to the mobile application through the cloud server. This provides the resident to view the second photo to release the electronic lock. The cloud-based access control system according to claim 8, wherein the mobile application program provides transmission of the first identification code to the cloud server, thereby enabling the cloud server to activate a door phone corresponding to the second identification code , And at least one third photo is taken by the camera unit of the door phone, and the third photo is transmitted to the receiving area of the mobile application through the cloud server, so that the resident can view the third photo to release the electronic lock . The cloud-type access control management system according to claim 8, wherein the door phone is connected to an administrator answering machine, and the electronic answer lock is released by the administrator answering machine. The cloud-type access control system according to claim 8, 10, 11 or 12, wherein the camera unit of the VTO includes a 180-degree wide-angle lens. The cloud type access control management system according to claim 8, wherein the mobile communication device and the VTO are respectively provided with a first near field communication unit and a second near field communication unit, and the first near field communication unit and The second near field communication unit senses to activate the photographing unit to take a fourth photo, and transmits the fourth photo to the mobile application through the cloud server, thereby providing a resident to view the second photo to release the electronic lock.