?? Exciting Announcement: Introducing "PanoRadar" Safety Sensor! ???

Tien Dat Nguyen Thang Bui

We're thrilled to unveil our latest innovation, the PanoRadar Safety Sensor! Designed to safety measures in human-robot collaboration, this sensor brings unparalleled precision and reliability to the table.

Key Features:

?? Ultra-wide bandwidth FMCW Radar sensor

?? Presence detection, Segmentation, Motion, Tracking, and Speed detection

?? Range resolution of 3cm

?? Proximity distance of up to 9m

?? 360-degree Field of View for omni-directional object measurement, eliminating blind spots

??? Enables safer collaborative robotics applications

?? Detected various kind of materials such as Glass, wood, paper, human, metallic objects....

Exploring Potential Applications of the Panoradar

• Radar Frontend for Gesture Sensing: The Panoradar stands out as a sophisticated radar frontend, offering precise gesture sensing capabilities. It paves the way for intuitive and hands-free interactions across various technological landscapes.
• High-Resolution FMCW Radars: Leveraging its advanced features, the Panoradar proves to be an excellent candidate for high-resolution Frequency Modulated Continuous Wave (FMCW) radar systems. It delivers detailed and accurate data, catering to diverse sensing requirements.
• Short-Range Sensing Operations: With its robust object identification and customizable monitoring areas, the Panoradar excels in short-range sensing operations. It becomes the go-to choice for applications demanding close proximity detection with reliability.
• Hidden Sensing Applications Behind Radome: The Panoradar boasts a design tailored for seamless operation behind a radome, offering discreet yet powerful sensing capabilities. It becomes a preferred solution for hidden sensing applications, where aesthetics or environmental factors mandate subtle yet effective sensing solutions.

Use cases

Collaborative Robot (Cobot) Safety Enhancement with PanoRadar Presence Detection

In a manufacturing facility deploying collaborative robots (cobots) to work alongside human operators, the PanoRadar plays a pivotal role in enhancing safety through precise presence detection.

Scenario:

The manufacturing floor consists of cobots and human workers collaborating on intricate assembly tasks. The PanoRadars are strategically integrated into the cobots to enable real-time presence detection.

Implementation:

1. Dynamic Workspace Monitoring: The PanoRadar continuously monitors the cobot's workspace. As human operators move within the designated collaborative zones, the sensor detects their presence and communicates seamlessly with the cobot.
2. Instant Work Area Adaptation: Upon detecting a human presence within its vicinity, the cobot dynamically adjusts its speed and operational parameters to ensure a safe and collaborative working environment. This real-time adaptation prevents any potential collisions or unsafe interactions.
3. Emergency Stop Trigger: In critical situations, where an operator unexpectedly enters a hazardous zone, the PanoRadar triggers an immediate emergency stop for the cobot. This rapid response ensures the safety of the human operator and prevents accidents.
4. Collaborative Task Resumption: Once the human operator exits the cobot's workspace, the sensor signals the cobot to resume its collaborative tasks, ensuring operational continuity and efficiency.

Benefits:

• Enhanced Safety: PanoRadar's precise presence detection minimizes the risk of collisions and ensures a safe working environment for human-robot collaboration.
• Dynamic Adaptation: The cobot's ability to adapt its behavior in real-time based on human presence allows for seamless collaboration without compromising safety.
• Emergency Response: Instantaneous emergency stops triggered by the PanoRadar prevent accidents and protect human operators in unforeseen situations.
• Operational Efficiency: With automated collaboration and safety features, the overall efficiency of the manufacturing process is improved, leading to increased productivity.

Automated Warehouse Management with PanoRadar Tracking and Segmentation

In a state-of-the-art warehouse employing robotic systems for inventory handling, the PanoRadar radar sensor, equipped with advanced tracking and segmentation capabilities, revolutionizes the efficiency and safety of the operation.

Scenario:

The warehouse utilizes autonomous mobile robots (AMRs) for the transportation and organization of goods.The PanoRadars are integrated into each AMR, enabling precise tracking and segmentation of the surrounding environment.

Implementation:

1. Dynamic Object Tracking: The PanoRadar continuously tracks the position and movement of objects within its detection range. In this case, it tracks both stationary and moving inventory items, pallets, and other obstacles.
2. Collision Avoidance: With real-time tracking, the sensor provides data to the AMR, allowing it to dynamically adjust its path to avoid collisions with stationary objects or other moving robots. This ensures smooth and safe navigation within the warehouse.
3. Human Presence Detection: In areas where human workers are present, the PanoRadar not only tracks their movements but also segments them as distinct entities. This segmentation allows the robotic system to prioritize safety by maintaining a safe distance from human operators.
4. Efficient Task Segmentation: The sensor aids in segmenting the warehouse tasks efficiently. For example, it distinguishes loading and unloading zones, identifying when a certain area is clear for automated tasks, streamlining the workflow, and optimizing resource utilization.

Benefits:

• Safety Enhancement: Precise tracking and segmentation of human presence contribute to a safer working environment by ensuring robots maintain safe distances from human workers.
• Collision-Free Navigation: Real-time tracking enables the AMRs to navigate through the warehouse seamlessly, avoiding collisions with both static and dynamic obstacles.
• Workflow Optimization: Task segmentation based on real-time data allows for efficient organization of warehouse operations, improving overall workflow and reducing operational downtime.
• Adaptive Automation: The AMRs can adapt their routes and behaviors dynamically, enhancing their autonomy and responsiveness to changes in the warehouse environment.

Contact us today to learn more about how PanoRadar Safety Sensor can elevate your projects to new heights!

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