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4 Amazing Spider Robots You Must Wish To Have

Cool 4 AI Robot – Awesome Spider Robot You Must Wish To Have.
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1.T8X – https://www.robugtix.com/t8x

Looks like a spider. Moves like a spider.
Aesthetically and behaviorally realistic, the T8X is the only robot in the market that combines so much resemblance to a real spider with fine movements, programmability, and customizability. With 26 servo motors packed inside the robot and powered by the proprietary Bigfoot™ Robotics Engine, which contains advanced robotics algorithms for controlling multi-legged walking robots, there are endless possibilities for the types of bio-inspired, realistic movements that the robot can make.

2. BionicWheelBot
Walk and roll like a flic-flac spider.

Like its biological model, the flic-flac spider, the BionicWheelBot can both walk and roll. Together with its discoverer, Professor Ingo Rechenberg, the Festo bionics team has used these unique movement patterns and turned them into a technical masterpiece for the Hannover Messe 2018. it is twice as fast in so-called rolling mode than when walking. However, where it is uneven, it is faster walking normally. As such, in the desert, where both types of terrain can be found, it is able to move safely and efficiently.

3. MorpHex MKI –

Called the MorpHex MKII, it’s a six-legged walking robot that can morph its sectioned-off body into a sphere, then roll around on the ground. The previous generation, MKI, could only roll around in circles, but this one is capable of moving in straight lines, you know, for chasing you. It looks like the Sphero of your nightmares.

4. HEXA is a six-legged, highly maneuverable robot that can overcome obstacles and change its walking gait. It’s designed as a platform for people to learn how to program robots.

HEXA is a multi-functional all-terrain robot. It is easy to control with your mobile devices – it can walk and climb, take photos and videos, check your backyards and dance to the beat! You can connect HEXA at anywhere with its own WiFi. Plus, with HEXA you can create the applications you’ve been dreaming of. Besides the hardware parts, HEXA comes with an OS, open-source SDK and 3D simulator. Play, learn and be creative with HEXA, it is more than just a robot.

#Bestrobot #Spiderrobot #Robotics

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#3 Invention

Pardis Sabeti’s New Look at Infectious Disease

The American Ingenuity Award winner is on the brink of using the human genome to provide better diagnostics for deadly diseases

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#3 Invention

Qualcomm Developer Network Resources

Visit Qualcomm Developer Network at https://developer.qualcomm.com

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#3 Invention

Lamborghini Belador Hybrid Supercar Concept

Lamborghini Belador Hybrid Supercar Concept

Project Author: Sergey Dvornytskyy ( https://www.behance.net/SergeyDvornytskyy )

Music: Rock Angel By Joakim Karud

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#3 Invention

One Life: The Mask of Lincoln

National Portrait Gallery historian David C. Ward discusses images of Abraham Lincoln that document his life in the White House (Anika Gupta, Beth Py-Lieberman, Jesse Rhodes and Ryan Reed). Read more at http://www.smithsonianmag.com/history-archaeology/life-of-lincoln.html

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#3 Invention

Developing on the DragonBoard Platform & Internet of Things Development Kit

In this session, we’ll show you how to use the DragonBoard™ development kit and Internet of Things development kit to address pain points and solve development challenges. The DragonBoard Platform is a powerful and feature-rich exposed development board for Qualcomm® Snapdragon™ processors. The Internet of Things development kit is an accessory to the DragonBoard development kit designed to speed development time. Qualcomm Snapdragon is a product of Qualcomm Technologies, Inc.

Learn more: https://developer.qualcomm.com/mobile-development/development-devices

View this presentation on SlideShare:

Developing on the DragonBoard Platform & Internet of Things Development Kit from Qualcomm Developer Network
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#3 Invention

“CARL” Smart Home Robot – A Home Security Robot Concept.

“CARL” Smart Home Robot – A Home Security Robot Concept.

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1. CARL
A smart home robot concept

CARL is equipped with an array of sensors that enable him to smell, listen and see. So he will notice any change in air quality, like dangerous gases or allergenes, and he will monitor the noise level. When you leave, CARL patrols the house and notifies you instantly when he senses something strange – like a fire, a water pipe break, or even an intruder. Also you can remote control him to look around your house from far away.

The interface is designed to be privacy-focused. When inactive, CARLs top part is retracted, so you can see that he doesn’t watch you all the time. Using a voice assistant is not mandatory – CARL can be controlled with just a few taps on his touch display or your smartphone.

CARL drives around the house using ballbot technology. That makes his movements dynamic and elegant.

For more info:

http://design3.de/work/living/carl

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#3 Invention

Future Volvo Truck Concept

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Project Author: Kaan Karagöz ( https://www.behance.net/kaankaragoz )

Music: Spark By ALBIS
Creative Commons — Attribution 3.0 Unported— CC BY 3.0
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#3 Invention

How to Minimize Your App’s Power Consumption

Get an overview of Qualcomm Technologies, Inc.’s power and performance profiling tools, and how these tools can help you create more efficient apps. Covered topics include using profiling tools to determine whether your app exhibits behavior that causes excessive power consumption, how to resolve the top five power-related problems and more.

Get the slides for this presentation on SlideShare: http://www.slideshare.net/QualcommDeveloperNetwork/69-minimize-powerconsumptioninappsschwartz918gg67

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#3 Invention

Flying Train – The Future Of Public Transportation

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👤Project Author: Dahir Semenov
Web: http://www.dahirinsaat.com/en/
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Mail: dakhirsemenov@gmail.com

Friends, I don’t know about you, but I like what we do, I believe that this kind of public transport, such as this flying multistory train, should definitely appear in the future. This hybrid train and plane is good because of several factors: the first remaining attached to the current collector in a steel trestle, we will always have enough power to make any maneuver, high-torque motors would do wonders of acceleration at their full power, furthermore, aviation now expects 7 kilowatt electric motors from producers with the capacity per kilogram of the motor’s own weight. Even though a passengers transport would not require that much power, it is at an advantage ti have a power reserve that is always with you and doesn’t burden you (as it is beneath you). The gravity of the aircraft (the ratio of the thrust of the aircraft’s powerplant to its weight) is one of the most important parameters that determine the aircraft’s flying characteristics. The maximum speed of the aircraft, the climb time (climbing speed) and acceleration to the specified speed, as well as its maneuverability depend on the thrust. When flying, when we can consume an almost unlimited amount of energy (at least a few megawatts) through the current collector, the apparatus can have a very high carrying capacity, and the figures of 1000-2000 passengers are not fictional. The speed of 500 km / h can be the usual cruising speed throughout the entire flight from station to station. Here we display the first apparatus, we will have four and they are all being worked on at the moment.