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Application of embedded industrial computers in smart agricultural harvesting robots
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Application of embedded industrial computers in smart agricultural harvesting robots

2024-09-27
Table of Contents

1. Introduction to smart agricultural picking robots

The role of picking robots is not only to reduce workers’ labor intensity, but also to significantly reduce production costs and improve labor productivity and product quality. The introduction of this kind of smart agricultural machinery is expected to make the picking of agricultural products more efficient and precise. Through picking robots, timely harvesting of agricultural products can be ensured, which not only improves the overall competitiveness of agriculture, but also provides farmers with a more sustainable production method. Therefore, picking robots are not only a new technology in agricultural production, but also a key direction for the future development of intelligent agriculture. By introducing this technology, we are expected to achieve more efficient and sustainable production methods in future smart agriculture and contribute to the optimization and improvement of the agricultural industry chain.

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2. Pain points and challenges faced by picking robots

1. Real-time requirements: The operation of the picking robot requires the processing and analysis of real-time data on the environment and crops. For some agricultural applications, it is necessary to ensure that the embedded industrial control system has sufficient real-time performance to respond to environmental changes and picking tasks in a timely manner.
2. Data processing and storage: Picking robots require a large number of sensors to sense the environment and generate large amounts of real-time data. Therefore, embedded industrial control systems require powerful data processing and storage capabilities to effectively process and manage these data and ensure the accuracy and efficiency of picking operations.
3. Communication requirements: Picking robots may need to interact with data and work collaboratively with other smart agricultural systems, cloud services, etc. Therefore, embedded industrial control systems need to support reliable communication protocols and network connections to ensure efficient communication with other systems.

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3. Embedded Industrial Computer - SIN-3004-H310 Product Introduction

1. Low-power CPU: Equipped with a powerful Intel Core i3-8100T processor, it ensures high-performance computing and response speed, supports 32 GB DDR4 memory and 512GB SSD hard drive, and ensures efficient operation of robot picking tasks.

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2. Multi-interface support: 4 Intel Gigabit network ports, 2 RS232/RS485 COM ports, 6 USB ports, and 3 full-length mini PCI Express slots, providing sufficient interface support for the robot to achieve more flexible external device connection.

3. Powerful communication capability: Robot picking requires extensive communication coverage. The industrial computer can be installed with 4 high-gain omnidirectional antennas, supports WIFI, 4G network, 5G network, and has strong wall penetration ability to ensure the communication needs of the robot in a variety of environments.

4. Wide temperature operation: The design of aluminum alloy material and large area heat sink ensures that the whole machine can work stably in a wide temperature range of -20°C to 60°C. This allows the industrial computer to operate reliably in different climate conditions and is suitable for various field environments.


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5. SIM card slot and expandability: Built-in SIM card slot for easy wireless communication. 3 full-length mini PCI Express slots provide expandability to meet the upgrade and customization needs of future robotic picking systems.

4. Summary

Combining these features, this embedded industrial computer provides powerful computing and communication capabilities for robot picking applications. It also has stable, wide temperature operation and flexible interface support, providing reliable technical support for robot picking tasks.

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