#autonomous robot

[wigoutlet]

Pink Tesla!

[taobotics]

QR Code Recognition Tracking, a variety of QR Code Recognition packages are available in ROS, which allows the robot to follow forward and backward, left and right by moving the QR Code.

[mila-violet]

Why Warehouses Are Adopting Vulcan, the Autonomous Cleaning Robot for Smarter Maintenance

Warehouses are high-traffic environments where cleanliness plays a crucial role in safety, efficiency, and compliance. With dust, spills, and debris accumulating daily, maintaining a spotless warehouse floor is essential but often overlooked. Without proper cleaning, dust can impact air quality, create hazards, and reduce equipment efficiency.

Traditional cleaning methods struggle to keep up with large-scale warehouse operations. This is where Vulcan, an autonomous warehouse cleaning robot, is making a difference. Designed with AI-driven technology, Vulcan offers intelligent, uninterrupted cleaning, ensuring warehouse floors remain pristine without disrupting workflow.

Why Warehouse Cleaning Matters More Than You Think

A well-maintained warehouse provides more than just aesthetics—it’s essential for:

Worker Safety – Spills and debris increase the risk of slips, falls, and injuries.

Equipment Longevity – Dust and dirt can clog machinery, leading to inefficiencies.

Regulatory Compliance – Warehouses must meet strict hygiene and safety standards.

Uninterrupted Workflow – A clean warehouse ensures seamless daily operations.

Ignoring these challenges can slow down productivity, leading to costly delays and potential safety hazards.

How Vulcan Enhances Warehouse Cleaning Efficiency Vulcan is built with smart AI-powered navigation, allowing it to detect and clean high-traffic areas, navigate around obstacles, and maintain cleaning efficiency. Unlike traditional methods, Vulcan works continuously, keeping warehouse floors spotless 24/7.

Key Features of Vulcan: The Advanced Warehouse Cleaning Robot

Autonomous Navigation ��� AI-driven mapping for seamless movement across warehouse floors.

Smart Deep Cleaning – Effectively removes dust, spills, and debris.

Intelligent Obstacle Avoidance – Navigates around workers, pallets, and equipment.

Real-Time Monitoring – Allows warehouse managers to track cleaning performance remotely.

Low-Noise Operation – Cleans efficiently without disrupting workflow.

With intelligent automation, Vulcan ensures consistent, thorough cleaning that keeps industrial spaces safe and optimized for operations.

Which Warehouses Benefit Most from Vulcan?

Vulcan is designed for various industrial settings, including:

E-commerce Warehouses

Logistics & Distribution Centers

Manufacturing Facilities

Cold Storage Warehouses

Warehouses in these industries require continuous maintenance, making Vulcan the ideal cleaning solution.

The Future of Warehouse Cleaning Is Here

Automation is transforming warehouse management, and Vulcan is leading the way in industrial cleaning solutions. By implementing smart AI-driven cleaning, warehouses can reduce operational challenges, enhance workplace safety, and maintain superior hygiene standards.

Stay ahead of the competition with Vulcan, the ultimate warehouse floor cleaning robot.

[pider-42]

Today (Friday 3rd May 2024) I finally got the schematic of the matrix board plus a few improvements drawn out in the PCB CAD system ready for the next stage of laying out the board. I will probably ponder over this for a few weeks just in case I want to change or improve something else. Two of the signal lines on the attachment connector have been changed to include the I2C channel, as I feel that this could be a very useful communications link for any future attachments that we might need to provide for the robot. Also the DRV8825 driver modules provide a 'Fault' output pin that the previous drivers didn't have. So these four lines have been connected to the Pi for monitoring by the software. The two CD4094 shift register latches are loaded using the Pi's SPI interface and then all sixteen bits are latch simultaneously by a single line from the Pi. It is the most effective way to add lots of synchronised digital output lines to the Pi.

[pider-4]

The most important consideration to be made when using Mecanum wheels is for them to work correctly all four should touch the surface at all times.

Our solution to this is to have a body that is able to twist somewhere along its length, enabling stable movement over very uneven ground.

[wigoutlet]

A general purpose, bi-pedal, humanoid robot capable of performing tasks that are unsafe, repetitive or boring.

[taobotics]

The 5G security inspection robot system RS-INS adopts a multi-device coupling system, starting from mechanism design and optimization, motion planning and control, state estimation and environment sensing, etc. It realizes 4K HD backhaul, remote real-time control, multi-line patrol, target tracking and localization, daytime + nighttime dual-lighting shooting, etc. through a 5G network. It supports multi-channel video-on-demand and video playback. It supports multi-video on-demand and video playback and can realize routine inspection in complex terrain, remote cloud operation, automatic archiving and analysis in the background, etc. It solves the problems of high intensity of manual inspection, uneven quality, and inability to adapt to the complex terrain of the substation, and explores intelligent security and inspection.

[s3znl-gr3znl]

How come no one ever talk about how much this thing fucks?

Like LOOOKK AT HERRRRRRR

They starts out in a tetrapod config and is like "okay lemme stand on both feet so i can turn this idiot into paste"

Sucks we dont get her melee weapon because a ground slam attack in this game would go crazy on style points

[moegutzz]

blinkies i made for myself !! :3

btw peach cupcakes is airi x natsuki's ship name since i said so. ha. yeah.

[pider-42]

Fallen at the last fence. We could not compete on Sunday April 21st 2024 because during last minute testing and bug fixing on the evening before, one of the 4988 motor drive modules overheated and failed with no spare replacement. My (Pete) own silly fault for not realising that the stepper motors had become energised and the cooling fan for the drivers was not running.

This is not the end of development, as we are passionate about autonomous robotics. So where do we go from here? 1) A re-build of the Pi-Hat. This board has evolved during the last year of development and has become very messy and unmanageable, with lots of connecting cables and wires to other modules. The number of interconnects will remain the same or increase but can be made neater with boxed headers instead of open pin headers and the motor drivers board can bebcome part of the hat, reducing the bunched up ribon cable between the separate boards. Also etch a PCB rather than using matrix board. 2) The cooling fan will no longer be powered via on/off control, but will instead be powered directly from the 12V rail. So when the power is on so is the fan. 3) Try to incorporate a Teensy microcontroller on the Pi-hat too and use it for all servo PWM generation as the Raspberry Pi is useless for PWM. The reason for that is because the Pi's PWM is software generated and jitters like crazy because of higher priority interrupts. The Teensy on the other hand is perfectly stable. 4) build a complete and identical second robot, so parts could be taken from it should they be needed as spares for the primary. 5) Look at the possibly of adding a 2:1 reduction gearbox to the wheel/motor assemblies, halving the motor rpm at the wheel but doubling the torque. This would also permit better cooling of the motors with heat sinks on the motor backs, venting out of the top of the robot's bodywork. 6) Add all the flashy LED's that we didn't have time to do for 2024. That is what we have so far. This list may increase as time passes.

[pider-4]

I'm sure I don't need to tell any 'Good' software engineer that regression test is essential.

i.e. Test, test, test and then test some more. Every time you change or add code to your system, even if it is unrelated to other parts as a whole, the entire system should be tested to ensure there are no knock-on effects from the code that has changed or newly added.

Zombies are a particular problem, especially when you have a crazy Animal in control of the blaster, who prefers to shoot everything except Zombies.

[wigoutlet]

[taobotics]

The air-ground cooperative formation system (RS-MUL), mainly consists of intelligent UAVs, intelligent unmanned vehicles, a positioning system, a networking communication system, and five parts of the multi-intelligence body cooperative control system. The positioning system acquires the real-time position of UAV and unmanned The positioning system acquires the real-time position of the UAV and unmanned vehicle and sends it to each unmanned vehicle using the network communication module. The unmanned vehicle obtains the information of the body and the position information of the neighboring aircraft through the communication system, and completes the cooperative control of the unmanned vehicle through the set control algorithm, Through the set control algorithm, the cooperative control of the unmanned vehicle and unmanned aircraft is accomplished. The system can realize different behaviors in different scenarios, including real-time tracking, formation, and convoying of UAVs and unmanned vehicles. The system can realize different behaviors in different scenarios, including UAV and UAV real-time tracking, formation, and formation change; single-vehicle and single-machine coordination; multi-vehicle and multi-machine coordination; ground station control of the single vehicle; vehicle group network expansion; ground station cluster formation simulation

[2-eeillustration]

Complex render commission for Night-expo! We cranked up the cinematic mecha vibe for this one-- this one is by far one of my favorite illustrations from this year! 📸🔥 Full Timelapse: https://www.youtube.com/watch?v=PKvCmIkrucs

[happi-dreams]

still trying to figure out how to exactly draw these lil guys so more doodles wahoo! ( plus oc woa- )