TWI825352B - Non-contact control system - Google Patents

Abstract

A non-contact control system, which includes a control circuit board, a beacon gateway and a mobile electronic device cooperating with a controlled device, when the application of the mobile electronic device is activated, the mobile electronic device displays a control picture for the user to control the action of the controlled device, such a system does not need to touch solid keys and make sound in control operation, so it can avoid direct contact and droplet infection.

Description

Non-contact control system

The present invention relates to a non-contact control system, particularly a control system that uses a mobile electronic device to perform non-contact control of a controlled device.

Due to the rapid development of industry and commerce, the areas of human life have gradually expanded, and at the same time, the space for human activities has shrunk. Therefore, high-rise buildings have appeared. The elevator is a product of the times in this situation, because it can provide human beings with the ability to move up. , the convenience of going down high-rise buildings. However, it is known that when the buttons or keys on the direct touch switch are used by touch and press, when the user who has been infected with the epidemic (including oral droplet contact infectious diseases) uses his finger to press the button or button in a public space (such as a department store or hospital, etc.) When the elevator key switch is used, germs will remain on the surface of the key switch. When the next user touches and presses the key switch, the germs can be quickly transmitted to a third person through the medium of the key switch. And causing a public health crisis of expanding infection.

In addition, electronic devices in human life that can quickly transmit germs to third parties due to touch and pressing include electronic door locks before entering the hotel room, main power switches, air conditioners, lights, televisions, and electronic controls after entering the hotel room. Controlled devices such as curtains, as well as controlled devices such as payment machines, vending machines, or ticket purchase machines in public places, these controlled devices will leave germs on the surface of the key switch or touch panel due to the user's touch pressing. panel surface, wait for the next user to touch and press the above button to turn on After turning off or touching the panel, the germs can be quickly transmitted to a third person through the key switch or touch panel, causing a public health crisis of expanding infection.

Accordingly, how to develop a non-contact control system to reduce direct contact infection of germs and avoid the expansion of cluster infections is the motivation of the present invention.

The purpose of the present invention is to provide a non-contact control system that mainly reduces the risk of bacterial infection and the expansion of cluster infections caused by direct contact.

Another object of the present invention is to provide a non-contact control system, which mainly utilizes short-distance wireless transmission between the Beacon gateway and the Bluetooth module of the mobile electronic device, so that the non-contact control system can be performed without the need for the Internet. control, improving ease of use and universal applicability.

Therefore, in order to achieve the aforementioned objectives, the present invention provides a non-contact control system suitable for controlling a controlled device. The non-contact control system includes: a control circuit board, electrically connected to the controlled device, and driven by a control signal. To control the operation of the controlled device; a Beacon Gateway, which is communicatively connected to the control circuit board, and continuously broadcasts an identification packet and continuously scans (Scanner) a driver packet; and a mobile electronic device, which is communicatively connected to the control circuit board. The Beacon gateway has an application and a Bluetooth module connected to the application. The Bluetooth module is used to continuously scan the identification packet and continuously broadcast (Advertiser) the driver packet; wherein the identification packet and the driver The packets are all in the Bluetooth low energy packet format. The identification packet contains a first Universally Unique Identifier (UUID), and the first Universally Unique Identifier contains the unique number of the controlled device. The driver packet contains Second Universally Unique Identifier (UUID); In this way, when the application of the mobile electronic device is activated and the Bluetooth module scans the identification packet broadcast by the Beacon gateway, the application of the mobile electronic device parses the information in the identification packet before displaying it. The control screen of the controlled device with the unique number is displayed. The control screen is equipped with a virtual control switch. After pressing the virtual control switch, a drive packet including the control signal is generated. The drive packet is broadcast through the Bluetooth module. , when the Beacon gateway scans the driver packet and determines that the second universal unique identification code contained in the driver packet has correct control signal information, then the control signal contained in the driver packet is transmitted to the control circuit The control circuit board is driven by the control signal to control the operation of the controlled device with the unique number.

The effect of the present invention is: the present invention proposes a non-contact control system, which is composed of the control circuit board, the Beacon gateway and the mobile electronic device with various controlled devices that want to be controlled. The main feature is that when the mobile electronic device The application is started, and the mobile electronic device displays a control screen for the user to click to control the operation of the controlled device. Accordingly, the present invention does not require touching the physical buttons or touch buttons on the controlled device in the control operation. The control panel even emits sound, thus avoiding direct contact and droplet infection. On the other hand, the present invention utilizes short-range wireless transmission between the Beacon gateway and the Bluetooth module of the mobile electronic device. Therefore, non-contact control can be performed without the need for the Internet, improving convenience and universal applicability. .

Preferably, the controlled device is an electronic door lock, a main power switch, an air conditioner, an electric light, a television, an electronically controlled curtain, a payment machine, a vending machine, a ticket purchasing machine, a bus alighting bell, or an elevator calling device.

Preferably, the first universal unique identification code contains an identity verification control identification code, and the application also includes an identity authorization authentication. When the mobile electronic device has a token code for the identity authorization authentication, the application The program can display the control screen.

Preferably, it also includes a backend device, which has an input unit and an output unit. The input unit is used to read the user's identity information, and the output unit generates the identity based on the user's permission content. The token code for authorization authentication.

Preferably, the backend device also includes a data access unit and a control setting unit. The data access unit is used to store the user's identity information and the user's permission content. The control setting unit is used by managers to Set the permission content of this user.

Preferably, the first universal unique identification code contains a set of random codes. The Beacon Gateway has a security verification calculation mechanism to generate the first verification code internally. The random code setting can be updated regularly (every time). hourly or daily).

Preferably, when the Bluetooth module of the mobile electronic device is used to scan the first universal unique identification code, the set of random codes is simultaneously input into the application of the mobile electronic device, and the application is built-in with the Beacon gateway. (Beacon Gateway) has the same security verification calculation mechanism and generates a second verification code, which is output through the second universal unique identification code of the driver packet.

Preferably, when the Beacon gateway scans the driver packet, it compares the first verification code with the second verification code. When a match is confirmed, the control signal is transmitted to the control circuit board. The control circuit The board is driven by the control signal to control the operation of the controlled device. When a mismatch is confirmed, the control signal will not be transmitted to the control circuit board.

In order to make the above-mentioned features and advantages of the present invention more obvious and understandable, examples are given below. Detailed descriptions are given below with reference to the attached drawings.

21:Controlled device

22: Door body

30:Control circuit board

40:Beacon gateway

50:Mobile electronic devices

51:Application

52:Bluetooth module

53:Control screen

531:Virtual control switch

60:Background device

61:Input unit

62:Output unit

63:Data access unit

64: Management and control setting unit

Figure 1 is a block diagram of the first embodiment of the present invention; Figure 2 is a schematic diagram of the use state of the first embodiment of the present invention, showing that the control device is an electronic door lock; Figure 3 is a schematic diagram of the first embodiment of the present invention, showing The mobile electronic device displays the status of the electronic door lock control screen; Figure 4 is a control flow chart of the first embodiment of the present invention; Figure 5 is a schematic diagram of the usage status of the first embodiment of the present invention, showing the status of the control device as a ticket purchasing machine; Figure 6 is a schematic diagram of the first embodiment of the present invention, showing the status of the mobile electronic device displaying a screen for controlling the number of tickets purchased; Figure 7 is a control flow chart of the second embodiment of the present invention; Figure 8 is a third embodiment of the present invention. Block diagram; Figure 9 is a control flow chart of the third embodiment of the present invention; Figure 10 is an authentication flow chart of the third embodiment of the present invention, showing the process of user identity authority authentication; Figure 11 is a fourth embodiment of the present invention. Control flow chart.

Before giving a detailed description, it should be noted that in the following description, similar components and part names are represented by the same numbers.

Referring to FIGS. 1 to 4 , a first embodiment of the present invention provides a non-contact control system suitable for controlling a controlled device 21 . In this embodiment, the controlled device 21 is an electronic door lock of a hotel room. Of course, it can also be an electronic door lock of a room in a public place or a private place such as a public agency or company. The controlled device 21 is mainly installed on the door of the room. on the body 22 to control whether the door body 22 is locked, so that The user can push the door 22 to enter and exit the room. This embodiment takes three rooms as an example, and their room numbers are 0001, 0002 and 0003 respectively. In addition, each electronic door lock does not have any physical buttons and functions. The setting of the touch panel to generate touch buttons. The non-contact control system is mainly composed of a control circuit board 30, a Beacon Gateway 40, and a mobile electronic device 50, wherein: The control circuit board 30 is electrically connected to the controlled device 21 and is driven by a control signal to control the operation of the controlled device 21 . In this embodiment, the control circuit board 30 is integrated with the controlled device 21 or is arranged in the door body 22 .

The Beacon gateway 40 is communicatively connected to the control circuit board 30, and continuously broadcasts an identification packet (Advertiser) and continuously scans (Scanner) a driving packet. In this embodiment, the Beacon gateway 40 is integrated with the controlled device 21 and is disposed in the door body 22 . Of course, it can also be disposed separately near the door body 22 . In addition, the identification packet and the driver packet are both in the Bluetooth Low Energy packet format (Bluetooth Low Energy, referred to as BLE). The identification packet includes a first Universally Unique Identifier (UUID), and the driver packet includes a second Universal Unique Identifier (UUID). Unique identification code (Universally Unique Identifier, UUID). The first universal unique identification code contains the unique number of the controlled device 21 to avoid controlling the electronic door lock on the door 22 of an adjacent or nearby room.

The mobile electronic device 50 is communicatively connected to the Beacon gateway 40 and installed with an application program 51, and has a Bluetooth module 52 connected to the application program 51. The Bluetooth module 52 is used to continuously scan the identification packet and Broadcast the driver packet; in this embodiment, the mobile electronic device 50 is a smartphone as an example, but it is not limited to this. Smart watches, tablets, laptops and wearable devices can be used, and the mobile electronic device 50 is not limited to this. The device 50 can perform wireless control with the control circuit board 30 without an Internet connection.

Therefore, when the user holds the mobile electronic device 50 and stands outside the door (as shown in Figure 2, the user stands at room number 0003) to open the door, the user first starts the application 51 of the mobile electronic device 50. The Beacon gateway 40 installed in the door 22 continuously broadcasts an identification packet. Therefore, when the Bluetooth module 52 of the mobile electronic device 50 scans the identification packet broadcast by the Beacon gateway 40 and passes through the When the application program 51 determines that the first universal unique identification code contained in the identification packet is correct, the application program 51 of the mobile electronic device 50 displays a control screen 53. At the same time, the control screen 53 is based on the third universal unique identification code contained in the identification packet. A universal unique identification code content displays a virtual control switch 531, that is, the control screen 53 displays a virtual control switch 531 containing a unique number of the controlled device 21, that is, as shown in Figure 3, the virtual control switch 531 is a control The actuation button of the controlled device 21 (electronic door lock) in room number 0003.

At this time, when the user presses the virtual control switch 531 displayed on the mobile electronic device 50, the application 51 dynamically generates a drive packet including the control signal, and the control signal is included in the drive packet. Second universally unique identifier.

Then the application 51 broadcasts the driver packet through the Bluetooth module 52 of the mobile electronic device 50. When the Beacon gateway 40 in the door 22 scans the driver packet, and passes the Beacon gateway 40 When it is determined that the second universal unique identification code contained in the drive packet has correct control signal information, the Beacon gateway 40 transmits the control signal contained in the drive packet to the control circuit board 30. The control circuit board 30 is driven by the control signal to control the controlled device 21 (electronic door lock) to perform the unlocking action, allowing the user to push open the door 22 with room number 0003 and enter the room.

Therefore, the above-mentioned information transmission, judgment, verification and operation processes are all through the Beacon gateway 40 and the Bluetooth module 52 of the mobile electronic device 50 located in the door 22 of the room (or adjacent to the door 22 ). To complete, the two continuously broadcast and scan over a short distance to complete non-contact control, without the need for a network connection or a cloud database environment.

Accordingly, the present invention can at least achieve the following effects:

First, since the present invention is composed of the control circuit board 30, the Beacon gateway 40 and the mobile electronic device 50 combined with the electronic door lock structure of the original room door 22, the main feature is the use of customized application scanning When receiving identification packets broadcast by the Beacon gateway 40 to which various controlled devices 21 belong, a control screen 53 will appear on the user's mobile electronic device 50 for the user to click to control the operation of the controlled device 21. Accordingly, this The invention does not require touching the physical buttons or touch panel on the controlled device 21 during the control operation, or even making sounds. Therefore, it can avoid direct contact and droplet infection, and effectively reduce the risk of bacterial infection caused by direct contact and the spread of the disease. Poly infection expands.

Second, since the present invention uses short-distance wireless transmission between the Beacon gateway 40 and the Bluetooth module 52 of the mobile electronic device 50, it can perform non-contact control without the need for the Internet. The invention enables non-contact control under offline conditions to complete the control of electronic door locks, thereby improving convenience and universal applicability.

It is worth mentioning that, in this embodiment, the controlled device 21 is an electronic door lock of a hotel room, and through the present invention, the electronic door lock can be unlocked in a non-contact control manner in an environment without Internet. Therefore, when the user enters the room, the electronic equipment that can be used as a controlled device in the room can be controlled non-contactly in the same control method, and the electronic equipment that can be used as a controlled device in the room can be controlled by the entire room. Power switches, air conditioners, lights, TVs, electronically controlled curtains, or elevator calling devices, etc. Of course, the controlled device 21 can also be a control device that is common in public places and does not require identity authentication, such as a payment machine, a vending machine, a dialing machine, a ticket purchasing machine or a bus bell, etc., which is displayed on the display of the mobile electronic device 50 It can be numbers, English letters, symbols alone or in combination, which can achieve non-contact control and effectively reduce direct contact. The risk of germ infection caused by contact and the expansion of cluster infections, as well as improving the convenience of use and universal applicability.

Referring to Figures 1 and 4 together with Figures 5 and 6, a non-contact control system provided by the first embodiment of the present invention is suitable for controlling a controlled device 21, and the controlled device 21 is a ticket purchasing machine. The ticket purchasing machine can be used for movie tickets, quick haircuts, set meals, etc., and its operation method is the same as that the controlled device 21 is an electronic door lock. Only the key points will be explained below.

When the user holds the mobile electronic device 50 and stands next to the ticket purchasing machine to select the number of tickets, the Bluetooth module 52 of the mobile electronic device 50 scans the Beacon gateway 40 installed on the ticket purchasing machine. The packet is identified, and after being judged by the application 51, the application 51 of the mobile electronic device 50 displays a control screen 53. At the same time, the control screen 53 displays different numbers of virtual control switches 531 according to the content of the recognized packet. That is, as shown in FIG. 6 , the virtual control switch 531 actuates the button for the number of pictures 1 to 6.

At this time, when the user presses the required number of virtual control switches 531, the application program 51 dynamically generates a driving packet and broadcasts it by the Bluetooth module 52. When the Beacon gateway 40 in the ticket purchasing machine scans the driver packet and determines that the control signal information is correct, the Beacon gateway 40 transmits the control signal contained in the driver packet to the controller. The control circuit board 30 is driven by the control signal to control the controlled device 21 to perform confirmation of the number of tickets and subsequent ticket issuance or change actions.

In addition, when purchasing tickets, users can pay for tickets in advance through non-contact methods such as NFC, Apple pay, Samsung Pay, Line Pay, QR code, etc., and then use the present invention to perform non-contact ticket collection and other actions, effectively avoiding contact. Infect.

Please refer to FIG. 7 together with what is shown in FIGS. 1 to 3. A non-contact control system provided by the second embodiment of the present invention is different from the first embodiment in that: The Beacon gateway 40 will only continue to scan a driver packet and will not output the identification packet and the first universal unique identification code it contains. Therefore, when the user holds the mobile electronic device 50 with the application program 51 activated to open the door, the application program 51 of the mobile electronic device 50 will directly display the control screen 53, and at the same time, the control screen 53 will display a virtual screen. The control switch is for the user to touch, and after touching it, a driving packet including the control signal is generated for scanning by the Beacon gateway 40. The subsequent operation method is the same as the first embodiment, and the controlled device is finally controlled. The device 21 (electronic door lock) is activated, that is, the electronic door lock is controlled to perform an unlocking action, allowing the user to push the door 22 open and enter the room.

Accordingly, since the Beacon gateway 40 only needs to scan one driving packet, the component cost of the Beacon gateway 40 is effectively reduced.

Referring to Figures 8 to 10, a non-contact control system provided by the third embodiment of the present invention is different from the first embodiment in that when the system controls an electronic door lock in a non-contact manner, it performs access control During management and control, an identity authority security mechanism is required to enhance the security of the present invention, which is explained as follows.

The application program 51 of the mobile electronic device 50 also includes an identity authorization authentication. That is, the application program 51 can display the control screen only after the mobile electronic device 50 has the authorization scepter code of the controlled device 21 (electronic door lock). . The first universal unique identification code contains an identity verification control identification code. When the Bluetooth module 52 of the mobile electronic device 50 scans the identification packet broadcast by the Beacon gateway 40, the Because the application program 51 determines that the first universal unique identification code contained in the identification packet has an identity verification control identification code, the application program 51 will first read the controlled device 21 (electronic door) obtained in advance from the mobile electronic device 50 Lock) authorization scepter code, after comparing and confirming that the controlled device 21 (electronic door lock) authorization scepter code has the control authority, the application 51 will display the control screen; otherwise, If the mobile electronic device 50 does not obtain the authorization token code of the controlled device 21 (electronic door lock), the application program 51 will ignore the identification packet broadcast by the Beacon gateway 40 and will not display the control screen.

As for the above-mentioned identity verification and electronic door lock authorization scepter code acquisition actions, the description is as follows: The non-contact control system of the present invention also includes a backend device 60. The backend device 60 has an input unit 61, an output unit 62, and a data access unit. unit 63, and a management and control setting unit 64; the input unit 61 is used to read the user's identity information, and generate the electronic door lock authorization token code through the output unit 62 for the user to obtain, and the data access Unit 63 is used to store the identity information. In this embodiment, the backend device 60 uses an application programming interface (API) as the storage method of the data access unit 63 . In addition, the input unit 61 can use a two-dimensional barcode (QR Code) scanning method for the user to input the identity information, and the output unit 62 can generate a two-dimensional barcode (QR Code) for the user to scan the electronic door lock authorization right. Stick code.

To be more specific, before wanting to control the electronic door lock with identity verification control, the user must take the mobile electronic device 50 to the management counter and input the user's identity information through the input unit 61 of the backend device 60, and the The input method is that the application 51 in the user's mobile electronic device 50 displays a unique personal identity two-dimensional barcode (QR Code), such as: International Mobile Device Identification Code (IEMI), mobile phone number, or FB/ LINE social account, etc., and then the input unit 61 of the back-end device 60 scans the identity information in the QR Code format displayed by the user. Then, as shown in FIG. 8, the administrator uses the output unit 62 to A two-dimensional barcode with an electronic door lock authorization token code is generated for the user to read, and at the same time, the data access unit 63 of the backend device 60 is used to store the user's identity information using an application programming interface (API). At this time, after the user uses the application 51 of the mobile electronic device 50 to scan the electronic door lock authorization token code in the QR Code format, the application 51 of the mobile electronic device 50 has the Electronic door lock authorization scepter code, when the user is on the hotel floor and wants to control the When the electronic door lock of a separately controlled room is used, when the Bluetooth module 52 of the mobile electronic device 50 scans the identification packet with the identity verification control identification code broadcast by the Beacon gateway 40, it is compared and confirmed. After the electronic door lock authorization scepter code has the authority to control the controlled device 21 (ie, the electronic door lock), the application 51 will display the control screen, and the user can perform touch control. Due to the subsequent control process It is the same as the first or second embodiment, so it will not be described again here.

It is worth mentioning that when the input unit 61 of the backend device 60 scans the identity information in the QR Code format displayed by the user, the administrator sets the electronic information that the user can control through the management and control setting unit 64. The door lock number and validity period (for example, when there are multiple electronic door locks, the action can be controlled to be the electronic door lock with room number 0003 and the validity period is 24 hours), and the electronic door lock authorization is generated through the output unit 62 The two-dimensional barcode of the wand code is for the user to read. Therefore, the electronic door lock authorization wand code has the authority to control the controlled device 21 (i.e., the electronic door lock) and can control the electronic door lock number and validity period. Characteristics, when the Bluetooth module 52 of the mobile electronic device 50 scans the identification packet with the identity verification control identification code broadcast by the Beacon gateway 40, it compares and confirms that the elevator authorization scepter code has control After the authority and validity period of the electronic door lock number are obtained, the application 51 will display the control screen 53 (this screen will only display that the virtual control switch that can control the room number to which the electronic door lock belongs can be operated, and the electronic door locks of other room numbers can be operated. The virtual control switch of the door lock is highlighted and cannot be operated. It even displays a countdown status during the validity period), and the user can control it.

Accordingly, the first universal unique identification code (UUID) of the third embodiment contains the identity verification control identification code, and the relevant information of the electronic door lock (such as the room number and validity period corresponding to the electronic door lock) is stored in the The main purpose of the data access unit 63 of the backend device 60 is to facilitate management, setting and traceability. The description is as follows: because the administrator can first refer to the electronic door lock information of the access unit 63, and then use the management and control The setting unit 64 sets the user-controllable electronic door lock number and validity period, and The output unit 62 generates an electronic door lock authorization scepter code to provide to the user's mobile electronic device 50. The electronic door lock authorization scepter code has the authority to control the electronic door lock, the electronic door lock number and the validity period. When the Bluetooth module 52 of the mobile electronic device 50 scans the identification packet with the identity verification control identification code broadcast by the Beacon gateway 40, because the application 51 has the electronic door lock authorization token code, the application 51 will display the control screen 53. Since the data access unit 63 of the backend device 60 also stores the user identity information and settings such as the controllable electronic door lock number and validity period, if there are any public safety incidents or the spread of the epidemic in the future, it needs to be adjusted. By reading the historical footprints of the electronic door locks opened by the user within a specific period of time, the design of the backend device 60 can achieve the safest management, control, recording and retrieval of footprint data.

Please refer to Figure 11. The fourth embodiment of the present invention provides a non-contact control system. The difference from the third embodiment is that when the controlled device 21 of this system is an electronic door lock controlled in a non-contact manner, When performing access control, in addition to the need for an identity authority security mechanism, the present invention is based on non-contact control based on the fact that there is no networking mechanism and the verification code cannot be changed all the time. Therefore, in order to prevent the driver packet from being intercepted To make illegal intrusions through copying, a more secure mechanism must be added, and its appearance is explained as follows.

The first universal unique identification code contains a set of random codes. The Beacon Gateway 40 has a security verification calculation mechanism and internally generates the first verification code. The random code settings can be updated regularly (hourly or daily). ); and when the Bluetooth module 52 of the mobile electronic device 50 scans the first universal unique identification code, the set of random codes is simultaneously input into the application program of the mobile electronic device 50. The application program 51 is built-in with the Beacon gateway. The Beacon Gateway 40 has the same security verification calculation mechanism and generates a second verification code, which is output through the second universal unique identification code of the driver packet; therefore, when the Beacon Gateway 40 scans the driver packet, it performs the first The verification code is compared with the second verification code. When the match is confirmed, it will The control signal is transmitted to the control circuit board 30, and the control circuit board 30 is driven by the control signal to control the operation of the controlled device 21. When a mismatch is confirmed, the control signal will not be transmitted to the control circuit board. 30; Accordingly, when the controlled device 21 controlled by this system is an electronic door lock in a non-contact manner, it can effectively prevent others from stealing the second universal unique identification code in the broadcast driver packet on the mobile electronic device 50, and even the The Beacon gateway 40 broadcasts the first universal unique identification code in the identification packet, thereby committing illegal intrusion.

To sum up, the above-mentioned embodiments and drawings are only preferred embodiments of the present invention and should not be used to limit the scope of the present invention. All equivalent changes and modifications made according to the patent scope of the present invention shall fall within the scope of the present invention. Within the scope covered by the patent of this invention.

21:Controlled device

30:Control circuit board

40:Beacon gateway

50:Mobile electronic devices

51:Application

52:Bluetooth module

Claims (8)

A non-contact control system, suitable for controlling a controlled device, the non-contact control system includes: a control circuit board, electrically connected to the controlled device, driven by a control signal to control the operation of the controlled device; a Beacon gateway A Beacon Gateway that is communicatively connected to the control circuit board and continuously broadcasts an identification packet and a driver packet that continuously scans (Scanner); and a mobile electronic device that is communicatively connected to the Beacon Gateway and has an application program and a The Bluetooth module connected to the application is used to continuously scan the identification packet and continuously broadcast (Advertiser) the driver packet; wherein the identification packet and the driver packet are both in the Bluetooth low energy packet format, and the identification packet The packet contains a first Universally Unique Identifier (UUID), and the first Universally Unique Identifier contains a unique number of the controlled device. The driver packet contains a second Universally Unique Identifier (UUID). ); thereby, when the application of the mobile electronic device is activated and the Bluetooth module scans the identification packet broadcast by the Beacon gateway, the application of the mobile electronic device parses the information in the identification packet. The control screen of the controlled device with the unique number will be displayed. The control screen has a virtual control switch. After pressing the virtual control switch, a drive packet including the control signal is generated. The drive packet is transmitted through the Bluetooth module. Group broadcast, when the Beacon gateway scans the driver packet and determines that the second universal unique identification code contained in the driver packet has correct control signal information, it will transmit the control signal contained in the driver packet to the A control circuit board is driven by the control signal to control the operation of the controlled device with the unique number. The non-contact control system as described in claim 1, wherein the controlled device is an electronic door lock, main power switch, air conditioner, electric light, television, electronically controlled curtain, payment machine, vending machine, number calling machine, ticket purchasing machine, Bus alighting bell or elevator calling device. The non-contact control system as described in claim 2, wherein the first universal unique identification code contains an identity verification control identification code, and the application also includes an identity authorization certification. When the mobile electronic device has the identity authorization certification inside The application can display the control screen only after passing the token code. The non-contact control system as described in claim 3, which further includes a background device having an input unit and an output unit. The input unit is used to read the user's identity information. The output unit is based on the usage. The user's permission content generates the scepter code for the identity authorization authentication. The non-contact control system as described in claim 4, wherein the background device further includes a data access unit and a control setting unit, and the data access unit is used to store the user's identity information and the user's permission content. , this management and control setting unit allows administrators to set the user's permission content. The non-contact control system as described in claim 3, wherein the first universal unique identification code contains a set of random codes, the Beacon gateway has a security verification calculation mechanism, and the first verification code is generated internally, and the random code setting can be performed regularly renew. The non-contact control system as described in claim 6, wherein when the Bluetooth module of the mobile electronic device is used to scan the first universal unique identification code, the set of random codes is simultaneously input into the mobile electronic device application, and the application The program has a built-in security verification algorithm similar to that of the Beacon gateway, and generates a second verification code, which is output through the second universal unique identification code of the driver packet. For the non-contact control system described in claim 7, when the Beacon gateway scans the driver packet, it compares the first verification code with the second verification code. When a match is confirmed, the control signal is The signal is transmitted to the control circuit board, and the control circuit board is driven by the control signal to control the operation of the controlled device. When a mismatch is confirmed, the control signal will not be transmitted to the control circuit board.

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