Posts about Products

Autonomous Delivery Robots Launched in Europe and USA

Starship Technologies is launching a fleet of autonomous delivery robots on the pavements of the United Kingdom, Germany and Switzerland as part of the testing program. A similar program will be announced for the United States shortly.

The largest European food delivery company Just Eat, leading German parcel delivery company Hermes, leading German retailer Metro Group, and innovative London food delivery startup Pronto will test the delivery robots developed by Starship Technologies, a company launched in 2014 by Skype co-founders.

a starship robot at Branderburg Gate, Berlin

Starship delivery robot, Branderburg Gate, Berlin, Germany

As part of the program, dozens of robots will be deployed in five cities to run first test deliveries and introduce the innovative devices to the general public.

“By launching partnerships with major companies we will enter the next phase in our development. While Starship has been testing the robots in 12 countries in the last nine months, we will now develop know-how on running real robotic delivery services,” said Ahti Heinla, co-founder, CEO and CTO of Starship Technologies.

Robots developed by Starship Technologies are meant for delivering packages, groceries and food to consumers in a 2-3 mile radius. The robots can drive autonomously while being monitored by human operators in control centers. Introduced to European and American cities since the end of last year, the robots have already driven close to 5,000 miles and met over 400,000 people without a single accident.

Frank Rausch, CEO of Hermes Germany, said: “We are very proud to be Starship’s exclusive logistics partner in Germany. At Hermes we believe that parcel delivery’s main goal is to fully satisfy the customers’ needs in receiving their online shopping orders as fast and convenient as possible. Nobody likes to spend hours waiting for the courier just to have a parcel delivered. Therefore, individually scheduled delivery services will become increasingly important within the coming years.”

The test programs will run in London, Düsseldorf, Bern and another German city to start, before moving to several other European and American cities. Starship Technologies will also continue testing in Tallinn, Estonia where its R&D facilities are located.

Related: Using Drones to Deliver Medical Supplies in Roadless Areas (2014)Self Driving Cars Have Huge Potential for Benefit to Society (2014)Autonomous Helicopters Teach Themselves to Fly (2008)Toyota Develops Thought-controlled Wheelchair (2009)

Concrete Tent

This shows a cool engineering innovation: canvas-like material that when it is saturated with water will set (over 5+ hours) into hard concrete. In this example a “tent” with regular doors is covered with water and inflated. After setting it hard enough to climb on top of.

The manufacturer’s site has move information.

Related: Concrete pre-fad Houses 1919 and 2007Easy to Assembly Off-the-grid TownsResearch on Ancient Roman Concrete Will Allow the Creation of More Durable and Environmentally Friendly ConcreteUW- Madison Wins 4th Concrete Canoe Competition

Google Cardboard 3d Viewer Helped Surgeons Save Baby’s Life

$20 cardboard toy saves baby’s life

Doctors at Nicklaus Children’s Hospital in Miami used the device to map out an operation they say they couldn’t have envisioned otherwise.

“It was mind-blowing,” says Cassidy Lexcen, the baby’s mother. “To see this little cardboard box and a phone, and to think this is what saved our daughter’s life.”

Google Cardboard is a virtual reality and augmented reality platform developed by Google for use with a head mount for smart phone. Just get a simple cardboard holder you wear like goggles and an app for Android or iOS and you can view cool 3d virtual realities.

Related: Night Vision Contact LensesiPhone Addition as Alternative to Expensive Ophthalmology EquipmentVery Cool Wearable Computing Gadget from MITCool Mechanical Simulation System

$1 Device To Give Throat Cancer Patients Their Voice Again

Bengaluru Doctor Invents a Rs. 50 Device To Give Throat Cancer Patients Their Voice Again

Dr. Vishal Rao, a Bangalore based oncologist, has developed a voice prosthesis that can help throat cancer patients speak after surgery. And unlike the extremely expensive ones available in the market today, this device will cost just Rs. 50. [$US 1]

We need to keep developing cost effective solutions to provide for the needs of billions of people around the world. It is great to see appropriate technology solutions at work making people’s lives better.

Related: Appropriate Technology Health Care Solution Could Save 72,000 Lives a YearManufacturing Biological Sensors Using Silk and LoomsPedal Powered Washing MachineAppropriate Technology: Self Adjusting Glasses

Wristband Thermometer Can Save Many Babies’ Lives

As I have mentioned many times before, I really love the use of appropriate technology to make a significant contribution to our lives. It is hard to do much better than saving our babies from death.

Hypothermia and infection are among the top causes of newborn deaths for the poor around the world. Regular temperature monitoring can enable early intervention.

Bempu is a new startup based in India that is developing a wrist-band for newborns that monitors their temperature and gives an audio-alarm if the temperature is unsafe. This isn’t an Apple-watch but it is just as worthy of publicity.

Baby thermometer wristbands

These wristbands can save the lives of newborns.

The Gates Foundation, and others, have contributed money to bring this product to market.

From an article on the new wristband:

UNICEF estimates that preventing and effectively responding to hypothermia could save 18 to 42 percent of newborns who die each year in developing countries in their first month of life. That’s anywhere from between 600,000 and 1.4 million babies. And that doesn’t even account for those who survive a drop in temperature, but have developmental problems because they struggle to gain weight and fight off infection when they become too cold.

We know what the problems are, we know what to do about it and it’s not happening,” says Karsten Lunze, a doctor and expert in newborn hypothermia at Boston University. If Bempu, which is still in prototype and will likely get to market by the end of 2015, succeeds, “it would be a miraculous catalyzer that everyone has been looking for over a decade,” he says. It’s testing well so far: A prototype, used on 25 newborns this year, detected a temperature drop a full 24 hours before hospital workers noticed.

Bempu was born after Narain followed his nose to the global south at 27, where he worked as an engineering fellow at Embrace, a nonprofit that makes a cheap, portable and rechargeable incubator for newborns. He noticed something clear: No one was really watching closely. Nurses lacked thermometers; some couldn’t even read them and mothers didn’t know the difference between Celsius and Fahrenheit.

Related: Manufacturing Biological Sensors Using Silk and Looms in IndiaCheap vinegar test cut cervical cancer deaths in India; could help many poor countriesUsing Drones to Deliver Medical Supplies in Roadless AreasAppropriate Technology and Focus on Improving Lives at MITWater Wheel

Lexus Has Built a Working Hoverboard

Toyota continues to do some fun and interesting research while they produce great cars (and make a lot of money doing so that allows them resources to do interesting research). Some past posts on their engineering exploits: Toyota Develops Thought-controlled Wheelchair (2009), Toyota Engineering Development Process, Innovation at Toyota, How to Develop Products like Toyota, Toyota IT Overview.

Toyota is teasing with the hoverboard announcement but it seems they have actually created it (though it isn’t ready to be in stores this year.

Liquid nitrogen cooled superconductors and permanent magnets combine to power the Lexus Hoverboard.

Sadly they haven’t bothered to hire a decent web designer. They have a pretty but broken website, with essentially no information. It is sad when interesting stories are keep to nearly no information using poorly designed websites created by people obviously more concerned with old fashion paper design thinking than how the web can be used to be clear and useful (not just pretty).

Pretty much for the last 10 years Toyota has had pretty but web hostile design for their web sites. It is a shame they can’t hire people that know how to properly create good web sites. Thankfully they hire good engineers and use good processes to actually develop products.

Data Furnaces: Free Heating, for Those with Fiber Internet

Data furnaces have arrived in the Netherlands offering free heating for those with fiber internet connections. Those running data centers spend a lot of money cooling them off or thinking of ways to keep cooling costs down Google Uses Only Outside Air to Cool Data Center in Belgium (weather should provide free cooling for all but about 7 days a year).

Nerdalize is offering an interesting engineering solution to this issue. Even better than eliminating cooling costs this idea will use the excess heat to warm people’s houses.

By placing high performance servers in homes Nerdalize creates highly distributed compute cloud without the overhead cost of conventional cloud and co-location solutions. This creates a triple-win where sustainable computing power becomes an affordable commodity, homes are heated for free and emissions are drastically reduced!

This structural cost advantage allows us to offer computing power that is up to 55% more affordable than major cloud-providers or co-location solutions whilst giving incredible performance.

The Nerdalize heater contains high-performance servers in the form of a radiator and allows for them to be placed in your home safely and secure. As Nerdalize covers the cost of electricity, the heat generated by computations, such as medical research, heat your home for free.

image of the Eneco eRadiator

The Eneco eRadiator

The installation of a server heater, the Eneco eRadiator, in the living rooms of five families at different locations in the Netherlands this month starts a field test of the units. The purpose of the test is to collect information on customer experience and to identify possible areas of improvement of the eRadiator.

Sign up on their website if you want free heating (Netherlands is likely the best bet but they may expand around Europe also, or even further).

Related: Google Lets Servers Stay Hot, Saving Air Conditioning CostsData Center Energy Needs

Car Powered by Compressed Air

I wrote about cars powered by compressed air back in 2008. Turning such innovative prototypes into products of sustainable businesses is quite difficult.

This new attempt to produce cars powered by compressed air has an innovative design with a joystick instead of a drivers wheel. The AirPod is being developed in France. Compressed air has been used to power trams in France since the 19th century.

The AirPod has a range of 150 to 200 km and a top speed for 80 km per hour. The cost will be about US$10,000.

They claim the cost per mile is about 1/3rd of that for electric vehicles. It is nice that we have engineers around the globe continually working on new uses of technology to provide us better options for living.

I hope such cars can be a success. It does seem to me electric cars seem the more likely large scale success but it is good to have people seeking out innovative solutions.

Related: Compressed Air Powered Car Webcast (2008)Self Driving Cars Have Huge Potential for Benefit to SocietyEngineers Save a Life, With Safe Car DesignToyota Scion iQ (2011)Car Style Mass Transit Mag Lev System (2009)

MudWatt: Make Power From Mud!

Keegan Cooke and Kevin Rand created MudWatt kits as a way to engage kids/students with science. From the website:

We want to show kids this brighter side of STEM, to empower them to become the great problem solvers of tomorrow. Because let’s face it, there are plenty of problems in the world that need solving.

Unfortunately, our experience in school wasn’t unique. In 2011, less than one-third of 8th graders in the U.S. were deemed proficient in science. Today, 70% of the fastest growing careers are in STEM fields. The supply of STEM education is not meeting the demand.

Most of the world’s mud contain microbes that produce electricity when they eat. That is the engine driving the MudWatt. Colonies of special bacteria (called shewanella and geobacter) generate the electricity in a MudWatt.

The electricity output is proportional to the health and activity of that bacterial colony. By maintaining these colonies in different ways, you can use MudWatt to run all kinds of great experiments. Thus the MudWatt allows kids to engage with science, using their natural curiosity to experiment and learn. Engaging this too-often-neglected human potential will bring joy to those kids (as kids and as grown-ups) and benefit our society.

With standard topsoils, typical power levels are around 100 microWatts, which is enough to power the LED, buzzer, clock, etc..

Related: Arduino, open source hardware (Introduction Video Tutorial)Teaching Through TinkeringAwesome Gifts for the Maker in Your LifeQubits Construction Toy

3D Printing at Home: Today, Challenges and Opportunities

Guest post by Noah Hornberger

The State of 3D Printing at Home

Rapid prototyping is very rewarding. Moving from an idea that you had during breakfast to an object you can hold in your hands by lunchtime feels like magic or science fiction.

Modeling tools are getting easier to use, making the actual process of designing 3D objects fairly intuitive and dare I say . . . easy. I suspect home 3D printing is empowering a silent revolution that will be more and more apparent in the coming years.

3d printed taco holder with tacos

Taco Shell Holder, a recent idea I had during breakfast was ready to test the next day.

Even so, there is a lot of quirkiness to the 3D print technology that an average consumer is probably not ready to deal with. In this post I want to give inside information I have learned by running my own home-based 3D print business. I have been there in the trenches, with a queue of orders, a few 3D printers and the drive to make it happen. And let me tell you that without the drive to push past the obstacles, it really would not be possible to run a 3D print-on-demand business this way.

3D printers have enabled me to pull off an impossible task of distributing my own artistic products to an international market. I have shipped to USA, Spain, Australia, Norway, Canada, and the UK. And this May of 2015 marks my first year of owning a 3D printer.

small 3d printed planters, 1 with a plant growing in it

Mini Dodecahedron Planters, my first attempt at designing and printing an idea from scratch. I was hooked.

So there is some magic I would say in being able to move through iterations of your ideas so fast. And magic in being able to post photos of your products that people can understand to be real and tangible things.

I have had ideas for products for many years and even tried to launch them (unsuccessfully). But now things are different. I do not have to convince people that an idea is good, I can show them a real example of finished art they can own.

I would argue that 3D modeling is the easiest part of the process. Getting a spectacular print can take some work and patience, because it can involve re-starting the printer with small changes in settings each time. As an American trained artist, I have a tendency to want things to be fast and easy. I want to press a button and it just works. 3D printers can kind of promise this ability, but most often, I am stepping in to keep the machines on track.

Continue reading

Biomass Fueled Power Generator from All Power Labs

All Power Labs produces biomass fueled power generators. They have grown from a open science and engineering foundation to their current position. I really like how they are focused on promoting understanding and encouraging collaboration.

They reject the copyright cartel closed science mindset; which is something I like. Their product takes waste biomass; for example walnut shells, coconut shells, hardwood chips (Oak, Beech), softwood chips (Douglas Fir, Pine). It also takes corn cobs, palm kernel shells and others but there are additional challenges to operation.

Their products use gasification which is most simply thought of as choked combustion or incomplete combustion. It is burning solid fuels like wood or coal without enough air to complete combustion, so the output gas still has combustion potential. The unburned gas is then piped away to burn elsewhere as needed.

The Power Pallet is a complete biomass power generation solution that converts woody biomass into electricity. It costs $29,995 which translates to a cost of $1-$2/watt which is more cost effective that alternatives. They have significant sales in developing markets where power is often problematic. It is specifically not suited to some fuel – wastepaper (could maybe work in pelletized form), municipal waste, coconut husk…

This webcast is the start of a presentation on the history and current state of their efforts (continue to view other clips for the whole presentation):

Related: Ethanol: Science Based Solution or Special Interest WelfareDo It Yourself Solar Furnace for Home HeatingKudzu Biofuel Potential Chart of Wind Power Generation Capacity Globally from 2005 to 2012Turning Trash into Electricity (2006)

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