TH23749U - Online electric door control circuit Prevent theft - Google Patents

Abstract

01/04/2024 (OCR) The online electric door control circuit for theft prevention consists of the main electric door control electronic circuit board and the command receiver electronic circuit board. These receive commands and are connected wirelessly using a built-in wireless transmitter and receiver. They can also connect to the internet to connect to a central database (the main computer) using a telephone network signal via 2.4 and 5.0 GHz (gigahertz) frequencies and digital signals via the online receiver and transmitter devices of both online electric door control electronic circuit boards. The electric door lock can be operated wirelessly via an online internet signal. The electric door lock can be activated by configuring a fingerprint scan or inserting an ID card into the online electric door control electronic circuit board. Operation data can be stored in a central database and malfunction warnings can be sent via a pre-defined application.

Claims (8)

1. /04/2567(OCR) 1. The online electric door control circuit prevents theft. It consists of an electronic circuit board that controls the electric door (1), a processor (7), a wireless module receiver and transmitter circuit, WiFi type (Wireless Fidelity) (Wi Fi) (8) (Wireless network technology) using a frequency distribution format of 2.4 and 5.0 GHz. (Gigahertz), a GSM module (Global System for Mobile Communications) (standard mobile phone technology) in the form of a cellular network (Cellular network) (using a SIM card) (9) digital signal, a connection point for the display screen (11), a connection point for the ID card reader (12), a connection point for the fingerprint scanner (13), a connection point for the electric door lock (14), a push button (15), and a connection point for the electric current. (16) and the loudspeaker circuit (17) is set to scan fingerprints at the fingerprint scanner (4), insert the ID card into the ID card reader (3), press the button (15) and receive a command from the central database (10) to command the electric door lock (5) to work as programmed in the processing unit (7). When the electric door lock (5) has completed its command, the electric door control circuit board (1) will record the work data at the processing unit (7) and send the data to the central database (10) via the wireless receiver and transmitter circuit, wifi type (Wireless Fidelity) (Wi-Fi) (8) (wireless network technology) using a signal distribution format of 2.4 and 5.0 GHz (gigahertz), GSM module (Global System for MobileCommunications) (portable mobile telephone technology standard) in the form of a Cellularnetwork (cellular network) (using a SIM card) (9) digital signal contained in the electric door control circuit board (1) to record the usage data of that round and wait to receive new command data. The electric door control circuit board (1) consists of Processor (7) to record command data and process operations received from the electronic circuit board, wireless command receiver set (20) and from the central database (Server) (10) (main computer used in setting up the network system connected to the electronic circuit board controlling the electric door (1)) using online signal receiving and transmitting equipment, wireless module type wifi (Wireless Fidelity) (Wi-Fi) (8) (wireless network technology) using a form of broadcasting a large frequency wave signal 2. 4 and 5.0 GHz. (Gigahertz) in the electric door control panel (1) is an internet connection device (6) through the device (Router) Router (25) and provides a GSM module, GSM module (Global System for Mobile Communication) portable mobile phone technology standard) in the form of a mobile phone network Cellular network (Cellular network (using a SIM card) (9) Digital signal Through the telephone network signal (GSM) (26) to connect to the central database (10) and use the wireless module (8) in the electric door control panel (1) to connect to the electronic circuit board set to receive wireless commands (20) through the online receiver and transmitter device, wireless module type wifi (Wireless Fidelity) (Wi-Fi) (23) (Wireless network technology) uses a frequency wave signal distribution format of 2.4 and 5.0 GHz. (Gigahertz) to receive and send data between each other. Electric door control circuit board (1) receives the command for the display screen connection point (11), ID card reader connection point (12), fingerprint scanner connection point (13), electric door lock connection point (14), electric current connection point (16) and loudspeaker circuit (17) to work from the central database (10) via the wireless module receiver and transmitter circuit, wifi type (Wireless Fidelity) (8) (wireless network technology) and through the GSM module, GSM module (Global System for Mobile Communications) (portable mobile telephone technology standard) in the form of a cellular network (cellular network) (using a SIM card) (9). It is a device used to communicate between the electric door control circuit board (1) and the central database (10). The special feature of the electric door control electronic circuit board (1) is that it commands and controls the operation and notifies the operating situation via an online signal. By using the receiver and transmitter module, type wifi (Wireless Fidelity) (Wi-Fi) (8) (Wireless network technology) and GSM module, GSM module (Global System for Mobile Communications) (Portable Mobile Telephone Technology Standard) mobile phone network type Cellular network (using SIM card) (9) is a device used to communicate between the electric door control circuit board (1) and the central database (10) and control the operation of the electronic circuit board, wireless command receiver (20) wirelessly via wifi (Wireless Fidelity) (Wi-Fi) (Wireless network technology) signal using online internet signal (6) and set the electric door lock (5) to work by scanning fingerprints, inserting the ID card into the electric door control circuit board (1) 2. Online electric door operation control circuit, anti-theft according to claim 1, which consists of The electronic circuit board set to receive the wireless command (20) will have a processor (21), an electric door lock control circuit (22), an online receiver and transmitter, a wireless module type wifi (Wireless Fidelity) (23) (Wireless network technology) and an electrical connection point (24), which is a circuit to receive wireless operation commands between the electronic circuit board to control the electric door (1) and the electronic circuit board set to receive the wireless command (20). The operation commands will be sent through the receiver and transmitter circuit, the wireless module type wifi (Wireless Fidelity) (8) (Wireless network technology) of the electronic circuit board to control the electric door (1) which are connected to the wireless module type wifi (WirelessFidelity) (23) (Wireless network technology) of the electronic circuit board set to receive the wireless command (20) to command the electric door lock (5) to work as recorded in the processor (7) and the processor (21). 3. An online electric door operation control circuit for anti-theft protection according to claim 2, comprising an electronic circuit board for receiving wireless commands (20) using an online signal receiver and transmitter, a wireless module wifi (Wireless Fidelity) (Wi-Fi) (23) (wireless network technology), connected to a central database (10) through a device (Router) Router (25) to transmit operating data as programmed in the processing unit (21). 4. An online electric door operation control circuit to prevent theft according to claim 1, comprising, in the electric door control circuit board (1), a connection point for a display screen (11) is used to connect to a display screen (2) to display and confirm the command for the electric door lock (5) to operate. 5. The online electric door operation control circuit, anti-theft, according to claim 1, comprising, in the electric door control circuit board (1), a loudspeaker circuit (17) to notify the malfunction status specified in the processing unit (7). If an error occurs as programmed in the processing unit (7), the electric door control circuit board (1) shall command the loudspeaker circuit (17) to operate and transmit data to the central database (10) via the wireless receiver and transmitter circuit, type wifi (Wireless Fidelity) (Wi-Fi) (8) (wireless network technology) and the GSM module (Global System for Mobile Communications) (Mobile Phone Technology Standard) of the Cellular network (Cellular network) (using SIM card) (9) contained in the electric door control circuit board (1). 6. The online electric door operation control circuit, anti-theft, according to claim 1, which comprises the electric door control circuit board (1) that commands the electric door lock (5) to operate by pressing the button (16) on the electric door control circuit board (1) through the display screen (2) that is connected to the display screen connection point (11) of the electric door control circuit board (1), specifying to enter the command code saved in the processing unit (7) of the electric door control circuit board (1) and press the confirmation button on the display screen (2) to confirm the use of the electric door lock (5), and the electric door control circuit board (1) will record the operation data and send the operation command data via wireless signal to the central database (10) through the wireless receiver and transmitter circuit, type wifi (Wireless Fidelity) (Wi-Fi) (8) (wireless network technology) and the GSM module, GSM module (Global System for Mobile Communications) (Mobile Phone Technology Standard) in the Cellular network (Cellular network (using SIM card) (9) contained in the electric door control circuit board (1). 7. The online electric door operation control circuit, anti-theft, according to claim 1, comprising, in the electric door control circuit board (1), a processing unit (7) that has recorded the command program to command the equipment connected to the electric door control circuit board (1) and the electric door lock (5) to operate and record the usage data including processing the usage data to send to the central database (10) through the wireless module receiver and transmitter circuit, type wifi (WirelessFidelity) (Wi-Fi) (8) (wireless network technology) and GSM module, GSM module (Global System for MobileCommunications) (Mobile Phone Technology Standard) in the Cellularnetwork (Cellular Network) (using SIM card) (9) contained in the electric door control circuit board (1). 8. The online electric door control circuit, anti-theft, according to claim 1, comprising, in the electric door control circuit board (1), a wireless module receiver and transmitter, type wifi (Wireless Fidelity) (Wi-Fi) (8) (wireless network technology) and a GSM module, GSM module (Global System for Mobile Communications) (standard portable mobile phone technology) of the Cellular network (cellular network) (using SIM card) (9) to connect and transmit the operation data of the electric door control circuit board (1) to the central database (Server) (10) (the main computer used to set up the network system to connect with the electric door control electronic circuit board (1)) and the central database (10) that receives the operation data from the electric door control electronic circuit board (1) will send the data to the central database (Server) (18) (used to set up the network system to connect with the central database (Server) (10)) that are connected. by specifying the connection for sending and receiving data of the central database (Server) (10) with the central database (Server) (18) in the form of API (ApplicationProgramming Interface) (program interface for communicating and connecting one program to another by specifying the communication channels to each other, specifying the specific communication channel code, Protocol (Protocol)) as a medium for receiving and sending data, including automatic processing to receive and send data on the operation of the electric door control board (1) directly.