View source for 18093308. SENSOR CALIBRATION ROBOT simplified abstract (GM Cruise Holdings LLC)

=SENSOR CALIBRATION ROBOT=


==Organization Name==

[[:Category:GM Cruise Holdings LLC|GM Cruise Holdings LLC]]


[[Category:GM Cruise Holdings LLC]]

==Inventor(s)==

[[:Category:Julian Charles of San Francisco CA (US)|Julian Charles of San Francisco CA (US)]][[Category:Julian Charles of San Francisco CA (US)]]

==SENSOR CALIBRATION ROBOT - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18093308 titled 'SENSOR CALIBRATION ROBOT

==Simplified Explanation==
The patent application discusses sensor calibration using a robot cart that can automatically reposition a calibration target. It involves determining the location of the robot, collecting sensor data, and transmitting commands to the robot for relocation.

* Sensor calibration using a robot cart
* Automatic repositioning of a calibration target
* Determining robot location, collecting sensor data, and transmitting commands
* Utilizing AV sensors for data collection
* Improving accuracy and efficiency of sensor calibration processes

==Key Features and Innovation==
* Process for determining robot location within a calibration environment
* Collection of sensor data for calibration using a robot
* Automatic repositioning of calibration target for accurate calibration
* Integration of AV sensors for data collection
* Improved efficiency and accuracy in sensor calibration processes

==Potential Applications==
The technology can be applied in various industries such as manufacturing, robotics, automation, and quality control for precise sensor calibration processes.

==Problems Solved==
The technology addresses the challenges of manual sensor calibration processes by automating the repositioning of calibration targets, leading to improved accuracy and efficiency.

==Benefits==
* Enhanced accuracy in sensor calibration
* Increased efficiency in calibration processes
* Automation of repetitive tasks
* Reduction in human error
* Improved quality control measures

==Commercial Applications==
Title: Automated Sensor Calibration System for Manufacturing Industry
The technology can be commercially used in manufacturing plants for calibrating sensors in production lines, ensuring accurate measurements and quality control. This can lead to increased productivity and cost savings for companies implementing the system.

==Prior Art==
There may be prior art related to automated sensor calibration systems using robots in industrial settings. Researchers can explore existing patents and publications in the field of robotics and automation for more information.

==Frequently Updated Research==
Researchers are constantly working on improving sensor calibration processes using robotics and automation. Stay updated on advancements in the field to incorporate the latest technologies for enhanced accuracy and efficiency in calibration tasks.

==Questions about Sensor Calibration using a Robot Cart==
===How does sensor calibration using a robot cart improve accuracy compared to manual methods?===
Sensor calibration using a robot cart improves accuracy by automating the repositioning of calibration targets, reducing human error and ensuring consistent measurements.

===What are the potential cost-saving benefits of implementing automated sensor calibration systems in manufacturing plants?===
Implementing automated sensor calibration systems in manufacturing plants can lead to cost savings by improving efficiency, reducing downtime, and minimizing errors in production processes.


==Original Abstract Submitted==

The present disclosure generally relates to sensor calibration using a robot cart, and more specifically, to sensor calibration using a robot that is configured to automatically reposition a calibration target. In some aspects, the present disclosure provides a process for determining a first location of a calibration robot within a calibration environment, collecting a first set of sensor data for the calibration environment, and transmitting a relocation command to the calibration robot. In some aspects, the process can further include steps for collecting, using the one or more AV sensors, a second set of sensor data for the calibration environment, wherein the second set of sensor data includes the calibration robot at the second location. Systems and computer-readable media are also provided.



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