Request For Quotation Intelligent Camera For Technical Vision Systems Of Robotic Complexes. Limelight 3A Sma ... in Kazakhstan

Work Detail

Intelligent Camera For Technical Vision Systems Of Robotic Complexes. Limelight 3A Smart Camera. All Characteristics Must Be No Less Than: The Intelligent Camera Is Designed For Technical Vision Systems In Robotic Complexes And Provides Automated Object Recognition, Tracking Of Game Elements, Determination Of The Spatial Position Of The Robot And Work With Visual Marks. The Device Is Made In An Aluminum Case And Is Equipped With A Protective Lens Coating Made Of Impact-Resistant Glass With Anti-Reflective Treatment. For Installation, Threaded Fasteners Are Provided That Are Compatible With Structural Elements Of Robotic Systems. A Usb-C Port Is Provided For Data Transfer, Software Updates And Connection To External Devices. The Computing Part Is Built On A Quad-Core Cortex-A72 Processor With A Clock Frequency Of At Least 1.425 Ghz. The Camera Captures Color Images With Line-By-Line Reading At A Rate Of At Least 85 Frames/S At A Resolution Of 640 × 480 Pixels And At Least 57 Frames/S At A Resolution Of 1280 × 960 Pixels. The Software Part Involves Working Through A Configuration Interface In A Web Browser, Visual Configuration Of Image Processing Algorithms, Programming In Python And Three-Dimensional Visualization Of The Playing Field. The System Supports Integration With Robotic Platform Software, Automatic Tracking Of Colored Objects, Recognition Of Visual Cues And Determination Of The Robots Position On The Playing Field. Features Include Multi-Label Localization Algorithms, Localization Using Imu Data, Custom Programmable Image Processing Processes, Neural Networks For Object Classification And Detection, Tools For Training Proprietary Neural Networks, Built-In Camera Calibration, And A 3D Visual Cue Map Editor., Odometry Kit For Determining The Position Of The Robot On The Playing Field, 2 Modules, 1 Computer. 4-Bar Odometry Pack (2 Pods, 1 Pinpoint Computer). All Characteristics Must Be At Least: The Kit Is Designed To Determine The Position Of The Robot On The Playing Field And Includes Two Odometry Modules With A Four-Link Mechanism, An Odometry Computing Module With An Inertial Sensor, Connecting Cables And Fasteners For Integration Into A Robotic Design. The Computing Module Is Designed To Process Data On The Robots Movement And Transmit The Calculated Position To The Controller Via The I²c Interface. The Built-In Inertial Sensor Is Pre-Calibrated And Used In Conjunction With Odometry Modules To Determine The Position And Direction Of Movement Of The Robot. The Internal Processing Frequency Is At Least 1425 Hz, Which Ensures High Frequency Acquisition Of Measurements During Movement And Allows The System To Be Used To Accurately Determine The Position Of The Robot. Odometry Modules Are Supplied Pre-Assembled And Feature Omnidirectional Wheels With A Traction Surface Designed To Interact With The Soft Surface Of The Playing Field. The Design Of The Modules Provides A Built-In Encoder And Non-Contact Transmission Of Measurements, And The Adjusted Spring Force Ensures Stable Pressing Of The Wheels To The Surface While Driving. The Modules Have A Compact Design For Installation Inside Structural Profiles With Dimensions Of At Least 40 × 40 Mm And Are Suitable For Robotic Chassis With Wheels With A Diameter Of At Least 91 Mm And At Least 98 Mm. The Kit Provides The Ability To Install An Odometric System Without Additional Configuration For Measuring The Distance Traveled And Is Intended For Use As Part Of Robotic Platforms.

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