A device for measuring the tilt of utility poles using Internet of Things (IoT) technology.

Abstract

OCR 09WP 25 / 07 / 2569 A pole tilt measurement device using Internet of Things (IoT) technology consists of a printed circuit board. It serves as a base and electrical connector between various components, including the central processing unit, which is a microprocessor. A controller, a tilt sensor, or a device for reading the tilt angle of a utility pole, connected to the central processing unit and module. Wireless communication connects to the central processing unit (CPU) and the battery that powers the CPU and the generator. Digital signals are connected to the central processing unit (CPU), which is in deep sleep mode. It will be awakened and activated when the digital signal generator receives a digital signal generated by the tilt of the power pole greater than the set value. As determined, the central processing unit (CPU) then sends commands to the tilt sensor or pole tilt reading device to read the angle. The tilt angle is measured and the data is returned. Once the data is received, the central processing unit (CPU) processes the data against the initial value. The system then transmits the data received from the wireless communication module to the receiver or gateway, which then sends the received data to the server. Or a cloud server or computer, to store it in a database and send it for display to connected devices. This includes computers, smartphones, or other portable devices with some form of display screen.

Claims

OCR 09WP 25 / 07 / 2569 1. A pole tilt measurement device using Internet of Things (IoT) technology, consisting of a printed circuit board (PCB). Circuit Board: PCB) (8) serves as a base and electrical connection between the various components of the measuring instrument. The pole tilt includes the central processing unit (1) which is a microcontroller (Microcontroller) and the tilt angle sensor. Or a pole tilt angle reading device (2) connected to the central processing unit (1) and a wireless communication module (3) connected Connected to the central processing unit (1) and the battery (4) that powers the central processing unit (1) and the signal generator. Digital (5) is connected to the central processing unit (1), with the special characteristic that the central processing unit (1) is in a sleep state. Deep Sleep and will be awakened to work when the digital signal generator (5) receives a digital signal generated from If the electric pole is tilted more than the specified value, the central processing unit (1) will then send a command to the tilt sensor or device. Read the tilt angle of the electric pole (2) to read the tilt angle and receive the data back. Once the data is received, the central processing unit (1) will Process the data against the default values ​​and then transmit the data obtained from the wireless communication module (3) to the receiver or The gateway (6) and the receiver or gateway (6) send the received data to the server or cloud server or computer (7). To store the data in a database and then display it on connected devices such as computers and mobile phones. Smartphones, or other portable devices, that have one or more types of displays.

2. A pole tilt measurement device using Internet of Things (IoT) technology, as per claim 1, whereby the module... Wireless Communication (3) Use one of the following wireless communication technologies: Wi-Fi (WiFi) standard IEEE 802.11 Bluetooth, standard Bluetooth 4.2, frequency 2.4 GHz (ISM), range 50-150 meters. The LoRa (LoRaWAN) standard has a range of 2-15 kilometers. The Sigfox standard has a range of 2-15 kilometers. Narrow Band IoT (NBIoT) is a 3GPP standard. And where the wireless communication module (3) is configured to transmit tilt angle data during the time the power pole is tilting. Regularly, and when the wireless connection is problematic, the wireless communication module (3) will search for the IoT signal by The system checks the wireless network connection status to ensure it's ready for use. Once the connection is established, it sends the tilt angle data. Read to receiver or gateway (6) and onward to server or cloud server or computer (7)

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