A REMOTE READ MODEM STRUCTURE

Abstract

The invention relates to a remote reading modem architecture that includes a hardware layer (2) consisting of at least one RAM (5), microcontroller (6), flash (7), software / application (3) and application layer (1) created with Micropython (4), which enables the economical development of object-oriented applications for data transfer devices such as automatic meter reading systems (OSOS), national smart meter systems (MASS) or communication units used in the electricity distribution sector.

Description

-1- TARIFF A REMOTE READ MODEM STRUCTURE Technical Area 5 The present invention enables remote reading of meters used in the electricity distribution sector. It relates to the modems that provide this. The invention is particularly useful in automatic meter reading systems used in the electricity distribution sector. systems (OSOS), national smart meter systems (MASS) or communication units, etc. economically viable object-oriented (object-oriented) applications for data transfer devices Hardware design that enables its development, with a remote reading modem structure. It is related. State of the Art In current applications / hardware, microcontrollers are used to maintain cost advantage. It is currently in use and applications can only be developed using the C language. This technique... It offers a cost-effective solution but hinders rapid application development. 20 this is happening, in which case the speed of field dynamics, expectations, and demands It cuts. To respond to field dynamics at the application / software level, an object-oriented approach is needed. Hardware that enables software development should be used. This hardware should also have 25 It uses a microprocessor, and has relatively more RAM and flash memory compared to a microcontroller. It requires memory space such as [specific memory type]. This increases the cost. Automatic meter reading systems (AMRS) used in the electricity distribution sector are national. 30 data transfer devices such as smart meter systems (MASS) or communication units It enables the development of object-oriented applications in an economical way. There is a need to develop the modern infrastructures that provide this. -2- Application number TR 2010 / 00582, developed with ISM band-GPRS infrastructure. This description outlines a device for remote meter (water, electricity, natural gas, etc.) control systems. However, as explained above, the automated systems used in the electricity distribution sector meter reading systems (OSOS), national smart meter systems (MASS) or Data transfer devices such as communication units are economically object-oriented. 5 A modern architecture technique that enables (Object Oriented) application development. It is not explained. In conclusion; automated meter reading systems used in the electricity distribution sector (OSOS), national smart meter systems (MASS) or data such as communication unit 10 economically viable object-oriented (object-oriented) application for transfer devices It is becoming essential to develop a modern infrastructure that allows for its improvement. Explanation of the Purposes of the Discovery Based on the current state of the art, the aim of the invention is to improve existing structures. The goal is to develop a remote reading modem structure that eliminates these drawbacks. Another purpose of the invention is to develop applications / software using object-oriented languages. It is the development of a modem architecture that enables this. 20 Another aim of the invention is to respond to field dynamics and demands in a timely manner. The goal is to develop a model structure that can provide this. Another aim of the invention is to create a model structure that saves on production costs. 25 It is the development of. Another purpose of the invention is to create automatic meters used in the electricity distribution sector. reading systems (OSOS), national smart meter systems (MASS) or communication Data transfer devices such as the unit are economically object-oriented (Object Oriented) 30 The goal is to develop a modem architecture that enables application development. -3- To achieve the aforementioned goals, one that gains an advantage through technical innovations. A remote reading modem structure has been developed. Explaining the Figures Figure 1 shows a drawing of a representative application of the invention. Reference Numbers Detailed Explanation of the Discovery The invention relates to automated meter reading systems used in the electricity distribution industry. (OSOS), national smart meter systems (MASS) or data such as communication units. Economically viable object-oriented (Object Oriented) application of transfer devices 15 Hardware design that enables its development, at least one RAM (5), microcontroller (6), Hardware layer (2), software / application (3) and Micropython (4) created with flash (7) with a remote reading modem architecture that includes the application layer (1) created with It is related. Automatic meter reading systems (AMRS) used in the electricity distribution sector are national. smart meter systems (MASS) or data transfer devices such as communication units It enables the development of object-oriented applications in an economical way. A remote reading modem structure has been developed. The modem components shown in Figure 1 represent a high value-added innovation for the industry. It brings. The developed modem architecture is as follows: 1 Application layer 5 RAM 2 Hardware layer 6 Microcontroller 3 Software / Application 7 Flash 4 Micropython -4- Xtensa can be used to control external or internal devices using a dual core microcontroller (6). Octal or quad-link flash (7) and RAM (5) can be connected in various sizes. Especially the demands for 32MB, 64MB or 128MB flash memory sizes (7) are requested in the sector. This ensures that the requirements can be met. With these 8MB or 16MB PSRAM options, the application can run for 5 hours. A robust hardware layer (2) is provided to the (1) layer. Hardware customized Developing object-oriented software / applications (3) with Micropython (4) Suitable environment will be prepared. Application / software (3) according to sector demands. It can be easily improved. MicroPython (4) is designed to work on microcontrollers and embedded systems. It is an optimized, clean, and efficient implementation of the Python 3 programming language. Directly controls hardware on boards like ESP32, Raspberry Pi Pico, and STM32. This structure, which enables Python's simple syntax to work with low RAM (5) and code space (256k code, 16k RAM) is included. 15 Xtensa is developed by Tensilica, a subsidiary of Cadence Design Systems. a customizable, low-power, high-performance 32-bit processor architecture (ISA) and its core family. Especially popular IoT (Internet of Things) like ESP32. It stands out with its configurable structure that manages Wi-Fi and Bluetooth connections on devices. It is a microprocessor core that has been developed. The flash on the modem (7) can be connected to the microcontroller (6) quad / octal (data single It is a NOR flash integrated circuit (capable of transmitting 4 (Quad) or 8 (Octal) bits at a time). The invention relates to automated meter reading systems used in the electricity distribution industry. (OSOS), national smart meter systems (MASS) or data such as communication units. economically viable object-oriented (object-oriented) application for transfer devices Hardware design that enables its development, with a remote reading modem structure. related and its feature is that it is created with at least one RAM (5), microcontroller (6), flash (7) 30 hardware layer (2), software / application (3) and Micropython (4) created It is characterized by containing an application layer (1). -5- External or internal, octal or quad connected flash (7) and RAM (5) in desired sizes. It includes a connected Xtensa dual core microcontroller (6). Suitable environment for developing object-oriented software / applications (3) 5 optimized to work on microcontrollers and embedded systems. It includes Micropython (4), which is programmed in the Python 3 programming language. It contains at least one flash drive (7) of 32MB, 64MB or 128MB size. Wi-Fi and Bluetooth a microprocessor core that manages its connections and stands out with its configurable structure It includes a microcontroller (6) created with Xtensa. 10 Directly controls hardware on boards like ESP32, Raspberry Pi Pico, and STM32. It includes the application layer (1) created with MicroPython (4) which enables it. The microcontroller (6) can be connected to quad / octal (data 4 (Quad) or 8 15 at a time Flash configured as NOR flash integrated circuit (capable of transferring via (Octal) bits (7) includes.

Claims

-6- REQUESTS 1. The invention relates to automated meter reading systems used in the electricity distribution sector. (OSOS), national smart meter systems (MASS) or data such as communication units. 5 economically object-oriented (object-oriented) transfer devices Hardware design that enables application development, a remote reading It relates to the modem's structure and its features are: - Hardware created with at least one RAM (5), microcontroller (6), flash (7). layer (2), - software / application (3) and application created with Micropython (4) 10 It is characterized by containing layer (1).

2. The remote reading modem configuration conforms to Request 1 and its features are: - External or internal flash in desired sizes, octal or quad mountable. (7) and RAM (5) connected Xtensa dual core microcontroller (6) 15 It includes.

3. The remote reading modem configuration conforms to Request 1 and its features are: - developing object-oriented software / applications (3) Microcontrollers and embedded systems that create a suitable environment 20 Python 3 programming optimized for working with. It includes Micropython (4) in its language.

4. The remote reading modem configuration complies with Claim 1 and its features are: - It must contain at least one flash drive (7) of 32MB, 64MB or 128MB size. 25 5. The remote reading modem configuration complies with Claim 1 and its features are: - With its configurable structure that manages Wi-Fi and Bluetooth connections. created with Xtensa in the form of a prominent microprocessor core It contains a microcontroller (6). 30 -7- 6. The remote reading modem configuration complies with Request 1 and its features are: - Hardware directly on boards like ESP32, Raspberry Pi Pico and STM32 Application created with MicroPython (4) that enables control It contains layer (1).

7. The remote reading modem configuration complies with Claim 1 and its features are: - Quad / octal connection to the microcontroller (6) (data can be transmitted to 4 at a time NOR flash integrated circuit (capable of transmitting data via Quad or 8 (Octal) bits) It contains a flash (7) configured as such.

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