Today's Interesting Engineering

Triumph Motorcycle Forum - TriumphTalk

Help Support Triumph Motorcycle Forum:

This site may earn a commission from merchant affiliate links, including eBay, Amazon, and others.
In today's Interesting Engineering we have the following

Control what you hear and how you hear it with Here Active Listening

Ever get tired of disturbing background noise that won’t let you focus or relax? What if you could not only cancel out all that noise but also control exactly what types of sounds you want to listen to or not? Here Active Listening is a gadget created by Doppler Labs that promises to give you control of what you hear and how you hear it.


“We have things to enhance every part of our lives, but when it comes to our ears, we’re told to just deal with it,” said Doppler Labs CEO and co-founder Noah Kraft. “We believe at Doppler that your listening experience can be way better than you could imagine, but you just need something you can proudly wear to accomplish that.”


The headphones, which were just launched on Kickstarter, works both to cancel out or to enhance noises. As mentioned above, it allows enormous control to those using it: making it possible to sit in absolute silence in the midst of incessant talk from dozens of people who are around you in a crowded restaurant, or filtering car noise while walking on the street.

All the noises can be controlled directly through an application available for Android and iOS devices. It comes with built-in pre-sets for specific situations and environments such as live shows, airplanes, offices and city and general volume controls of the environment.

gadget3.jpg


Active Listening Here also has an equalizer that helps you pay more attention to or ignore certain types of melodies (a great choice for when one specific member of a band you are listening is not doing such a good job). As if it were not enough, there are even tools to add sound effects and filters to the environment, kind of like Instagram for your ears. Here also comes with a box capable of storing two extra charges for the headphones.

Of course, Here also has its limits though. Although it is capable of toning down noise, it is not able to completely cancel out sounds in very high volumes, for example. In addition, it also will not replace your headset when you want to listen to music – it only transforms real world audio.

gadget7.jpg


Unfortunately, having this type of comfort and control will not come cheap. The Active Listening Here will cost US$249 when it hits the market, and even the lucky ones who invested sooner in the Kickstarter campain that will pay a not-so-friendly price of US$179 to get it.

Although it is a high price to pay, it seems that there have been lots of people interested in contributing to the project as Doppler Labs managed to hit 253% of it’s initial US$250,000 goal. Doppler Labs hopes to ship out its first units of Here Active Listening in December 2015.


Source: Kickstarter and Doppler Labs

Images: Doppler Labs

The post Control what you hear and how you hear it with Here Active Listening appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Students from Holland design solar powered family car

Dutch students from the Eindhoven University of Technology have designed a solar powered family car. Not only does the vehicle run on the power of the sun but it is also capable of generating more energy than it actually uses. The Stella Lux can carry four people and it is intelligent, efficient and comfortable. The vehicle is going to be taking part in the World Solar Challenge which takes place in Australia later on this year.



[Image Courtesy of Solar Team Eindhoven]

A total of 21 students worked on the design of the car, putting their own studies on the back burner for around 18 months so that they could create what they call the car of the future. This isn’t the first time that STE have designed a car, the first being known as the Stella, which they made in 2013. The vehicle won the title of Cruiser Class of the World Solar Challenge. This vehicle showed it was possible to design a family car that is solar powered. The newer version shows that such a vehicle can also be user friendly and sexy looking, according to the students.



[Image Courtesy of Solar Team Eindhoven]

The Stella Lux is able to generate electricity through its 62.4 square foot solar cells along with having a battery of 15kWh. The vehicle can travel 621 miles on a full charge when driving it in the Dutch climate and when driven in the Australian climate it is 684 miles. It offers a top speed of 78mph as the design is lightweight along with being aerodynamic. In order to keep the weight of the vehicle down to 827lbs most of the material is carbon fibre. To help with aerodynamics the vehicle has a tunnel that runs through the center and also features an extended roof on the sides.



[Image Courtesy of Solar Team Eindhoven]

The solar powered family car also offers a navigation system that was specifically designed. Named the Solar Navigator the system is able to monitor the weather along with finding an optimal route for the vehicle to travel.



[Image Courtesy of Solar Team Eindhoven]

The Solar Lux can be unlocked when it is paired up to a phone and the app can be used to find a route based on the appointments from the calendar of the user. It comes with a touchscreen and haptic buttons so the driver doesn’t have to take their eyes off the road. The vehicle is going to take part in the Australian Cruiser Class of the Bridgestone World Solar Challenge in Australia in October. This is a 1,864 mile race from Darwin to Adelaide.



[Image Courtesy of Solar Team Eindhoven]

Via [Solar Team Eindhoven]

The post Students from Holland design solar powered family car appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Three records blasted out of the sky by Solar Impulse 2

Solar Impulse 2 is making its way around the world and the craft has already broken three records and it hasn’t even completed the longest leg of the flight. The next time it touches down on the ground is when it reaches Hawaii but it has already taken the record for travelling the longest distance along with the longest duration and as the icing on the cake it has taken the longest solo flight record too.



[Image Courtesy of Solar Impulse]

The Solar Impulse 2 took off from Japan on Saturday on its flight that will take five days and take the craft over the Pacific Ocean and onto the island of Hawaii. The co-founder of the Solar Impulse Andre Borschberg is flying the Solar Impulse 2 and it has been in the air for three days and nights and hasn’t used a drop of fuel in this time. It took the record for duration and distance at 80 hours and 5,663 km.



[Image Courtesy of Solar Impulse]

What is even more impressive is the fact that it has surpassed the longest solo flight without stopping to refuel. The record had previously been set by Steve Fossett when he manged to fly around the world in 76 hours in the Virgin Atlantic GlobalFlyer in 2006.



[Image Courtesy of Solar Impulse]

The Solar Impulse 2 is at the moment going over the Pacific Ocean and the pilot has to comes to terms with and overcome many technical challenges. He also hasn’t got the luxury of having emergency landing sites. In order to keep his body functioning, he is undertaking daily yoga routines in the small cockpit of the craft. He has slept for very few hours with the craft on autopilot; of course turbulence is one of the main issues with trying to sleep in a craft.



[Image Courtesy of Solar Impulse]

The Solar Impulse 2 is set to land in Honolulu and when it does it will have flown for around 120 hours. Bertrand Piccard, fellow co-founder is then set to take over the flight and he will take the craft to Phoenix, Arizona then cross over the USA along with the Atlantic Ocean and then make its way back to Abu Dhabi. This is where the flight began on 9 March.



[Image Courtesy of Solar Impulse]

Via [Solar Impulse]

The post Three records blasted out of the sky by Solar Impulse 2 appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

3D printed office is the office of the future

Dubai is known to be home to many firsts, including the tallest building in the world, and now they have another first by way of the first 3D printed office. The office is set to be printed in layers and the printer undertaking the task stands at 20 feet tall. The layers are to be assembled on site and in total the office building will cover around 2,0000 square feet. The building will be completed in just weeks.



[Image Courtesy of Museum of the Future]

The office is going to be home to the staff of the Museum of the Future and will feature an open plan that is flexible so as to be able to accommodate different sized teams and be used for many uses. It will have a 3D printing exhibition along with small digital fabrication facility and come with interior furniture, detailing and all structural components produced by a 3D printer.



[Image Courtesy of Museum of the Future]

The office of the future is part of a partnership between WinSun Global and Dubai, with WinSun being the company that made 10 small houses in one day using a 3D printer. It is going to be the most advanced 3D built structure built to date and it will also be the first one to actually be used.



[Image Courtesy of Museum of the Future]

The UAE Minister of Cabinet Affairs along with the Chairman of UAE National Innovation Committee said that the building was testimony to the creativity and the efficiency of technology in 3D printing. He believes that it will play a big role in changing design sectors and reshaping construction. This is said to be just the first step and many more will arrive.





[Image Courtesy of Museum of the Future]

Via [Museum of the Future]

The post 3D printed office is the office of the future appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Parrot’s new Hydrofoil drone takes to water like a duck

One company that is well-known for its drones is Parrot and now they have designed one that takes to water like a duck. The French company has designed numerous drones that do acrobatics, roll, jump and fly but now they have set their sights on one that goes on water. They are launching the Minidrone Hydrofoil next month.



[Image Courtesy of Parrot]

The Minidrone Hydrofoil will feature two separate components, the unpowered hydrofoil body and the Parrot aerial Minidrone, this can be attached to the deck via a hinged mount. Once the craft is powered up it doesn’t go up into the air straight away. Instead it pivots and then sits perpendicular to the watercraft, which means that it is transformed into a miniature fan boat.



[Image Courtesy of Parrot]

As soon as the boat has gained speed the hull comes up out of the water and this has the support of the three foils. Having a configuration that is hydrodynamic it is able to reach a top speed of around 5.4 knots and take sharp turns without the craft tipping over. It can be controlled through Bluetooth via an Android and iOS app and it comes with a range of 20 meters.



[Image Courtesy of Parrot]

The Minidrone Hydrofoil is powered by a 550mAh lithium polymer battery and the designers say that this provides around 7 minutes of use for each charge. The Minidrone can be removed and this can then be flown as you would normally fly a drone and it can record 640 x 480 video in VGA quality.

You can get your hands on the Parrot Minidrone Hydrofoil this month and the price tag is US$179 and it’s offered in two different designs.
Via [Parrot]

The post Parrot’s new Hydrofoil drone takes to water like a duck appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Man tests number of iPhones needed to stop an AK-74 bullet

The iPhone is a brilliant piece of innovation. The design and user friendliness of the iPhone ensure that consumers remain ever loyal to the brand. One other feature of the iPhone that is very popular with consumers is the iPhone’s rigidity. The iPhone could fall a countless number of times and still maintain its physical appearance. But can the iPhone withstand an AK-74 bullet?


Six iPhones lined up before being fired with an AK-74 bullet [Courtesy: news-amazingworld.com]

A Youtube Channel, EverythingApplePro, decided to put the iPhone’s robustness to test. They lined up six iPhones and had an AK-74 loaded up. Their plan was to shoot an AK-74 bullet at the 6 iPhones and see how many iPhones the AK-74 bullet would penetrate. Here is what they found out.


Source: Wonderful Engineering

The post Man tests number of iPhones needed to stop an AK-74 bullet appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

IJsseloog – Innovative Environmental Containment Facility

The Dutch have a special relationship with land and water. ‘Netherlands’ literally means ‘Low Countries,’ and for good reason. Of the roughly 41,500 square kilometers of Dutch land, about half is more than one meter above sea level, and a significant portion of the rest is man made, reclaimed from the sea. The Netherlands also boasts a population density of 407 humans per square kilometer, the 4th highest density worldwide. It’s easy to see why the Dutch don’t feel they have much to leave to waste; that’s where IJsseloog comes into play. IJsseloog is a truly innovative environmental containment facility.

IMG_1780.jpg


The IJsseloog is a toxic sludge repository located in the middle of the Ketelmeer, a 3,500 hectare lake reclaimed from the Zuiderzee, and fed by the IJssel and Rijn rivers. The lake was built in the ’60s and ’70s, when the surrounding land masses, called the Polders, were constructed. The problem IJsseloog was designed to address is the decades long deposit of toxic sediments, generated by hundreds of sites upstream. Tens of millions of cubic meters of highly contaminated sludge covered the bottom of the lake to an average depth of 50 centimeters. In such a densely populated country, the loss of wildlife habitat and the use of the lake for human recreation was deemed unacceptable. IJsseloog is the solution.

image.jpg


The IJsseloog is an artificial island with an isolated holding facility for contaminated sediments in the middle of it. The containment pit is 1 km in diameter and 45 meters deep, with a total capacity of 23 million cubic meters.

The primary challenges addressed by the IJsseloog project were twofold; first, a facility for handling the toxic sediment had to be built close enough to the source, and secondly, the removal process had to be highly selective.

The natural solution to the first challenge was the construction of an artificial island on the waters of the lake itself. Royal Boskalis, a Dutch company with extensive experience in dredging and land reclaimation, took the lead position in the project. Construction of IJsseloog, (meaning ‘eye of IJssel’), took three years and was completed in 1999. Since decontaminating the sludge has been deemed unfeasible, the facility was construction with long term isolation of the toxic material in mind. A 10 meter high embankment surrounds the pit; that embankment and the sides of the pit are foil lined, and the floor is sealed with clay. Water levels within the pit are held well below lake level. When the facility is filled, it will be capped off and the surface reclaimed as a recreational site.

IMG_1785-1024x528.png


To address the second challenge, Boskalis engineered a proprietary dredging system designed to allow extremely thin yet high capacity dredging passes, with minimal water content and turbidity. The resulting system produced dredging rates upward of 500 cubic meters per hour and dredge concentrations of roughly 60% solids. These are significant performance statistics, in light of the volume of dredging needed to not only remove contaminated sludge, but improve the primary shipping channel through the Ketelmeer as well.



The lake and island have displayed remarkable recovery from its formerly highly contaminated state. The contractors who operate the IJsseloog site report “a rich collection of flora and fauna, such as swans, geese, spoonbills, shelducks and grebes, and some 55 species of trees and plants are growing there.” With the IJsseloog project, the Dutch have proven once again that innovation and long term perspective can achieve excellent results toward mitigating human-caused environmental damage.

The post IJsseloog – Innovative Environmental Containment Facility appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Redesigned Bubble Wrap doesn’t pop!

It seems the Bubble Wrap popping days are close to an end. According to The Wall Street Journal, Sealed Air Corp., the original creator of the most entertaining packaging in the world, designed a new version of the product – the iBubble Wrap. And sadly, this new bubble wrap lost it’s pop! This is because the bubbles are interconnected, so when you press one of them, the air goes to the neighboring bubbles. Quite depressing.


Image by The Wall Street Journal


The new version was designed to save space and facilitate transportation to the costumers. That’s because the iBubble Wrap comes in flat plastic sheets that are only inflated when the retailers are ready to pack the final product, different than the common bubble wrap, which comes pre-inflated. The strategy can help attract more costumers since the cost of storage and transportation will be much lower. According to the company, a roll of iBubble Wrap occupies one-fiftieth of the space occupied by the original version.


AP Photo/Christopher Barth.


The iBubble Wrap is not exactly new, since several companies have already been using it to pack sensitive products, such as laptop computers and other electronics. The difference is that now the product is going to be used by major retailers in the US, such as Amazon.com. And the reason to switch from one to the other is quite plausible since transportation of this material is much cheaper, and online retailers can save a lot of space in their warehouses.

There are still some negatives to this new design such as the extra work in inflating it and the need to purchase the company’s air pump in order to do so. The pump costs US$ 5,500 but the company expects to lower the price to US$ 1,000 by 2017. But the space and money savings seems to outweigh these cons.

Source: The Wall Street Journal

The post Redesigned Bubble Wrap doesn’t pop! appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Sliden`Joy adds two more displays to your laptop

Many users of desktop computers have two or even three monitors on their desk to provide them with plenty of real estate but laptop users are generally stuck with the single display. However, the Sliden`Joy could change this and a designer from Belgium has put it on Kickstarter seeking funds. The device adds on one or two HD displays that are light and thin, in sizes of 13, 15 and 17 inches. This means you can take additional displays wherever you go.


[Image Courtesy of Slidenjoy]

The displays are available for both the PC and Mac and the displays are able to rotate around by 180 degrees on their hinges made from aluminium. This means that they can be placed in a variety of poses, such as turned to face the back or to the sides or all facing the user of the laptop.



[Image Courtesy of Slidenjoy]

The Sliden`Joy is easily set up onto the back of the user’s laptop display as it attaches magnetically. The extra displays are then slid out and are connected to the laptop through two USB 2.0 ports or one single USB 3.0 port.



[Image Courtesy of Slidenjoy]

The co-founder of the device is Charlee Jeunehomme and he said that the prototype is fully working, however all the components, including the hinges are still being worked on. This explains why at the moment, the photos shown are of a 3D printed version.



[Image Courtesy of Slidenjoy]

The thickness and weight of the device is going to depend on the production of the components and which finish the user chooses. However the prototype is only 1.7cm thick on the version offering two additional displays. The final version may actually be thinner.



[Image Courtesy of Slidenjoy]

The Kickstarter campaign is starting 6 July and the company aims to offer it in 13, 15 and 17 inches and more sizes will follow. Pledges are US$221 for one additional display and US$332 if you want the version offering two additional displays. The designers offer different finishes, such as leather, wood and carbon, however some choices will come with additional costs.



[Image Courtesy of Slidenjoy]

Via [Slidenjoy]

The post Sliden`Joy adds two more displays to your laptop appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

KnitYak is the scarf with algorithmically generated Mathematical patterns

There are many different types and designs of scarf out there but there is one that is different and which stands out from all the rest, the KnitYak scarf. What makes this scarf so different is that it is designed by a mathematician.



[Image Courtesy of Kickster KnitYak]

The mathematician in question purchased a knitting machine and then found that she was able to set it up so as to knit textiles that feature designs that are algorithmically generated mathematical patterns. This means that you will have a scarf that is mathematically unique.



[Image Courtesy of Kickster KnitYak]

The scarves are sold as mathematical scarves and each design in the line has patterns from algorithms for elementary cellular automata. For those who have no idea what we are talking about it means that it predicts what will happen to a cell based on the cell lying above it along with the two immediate cells at the sides. This means that each of the cells in the pattern is an automaton that follows the algorithm and the result is one very cool looking and unique scarf.



[Image Courtesy of Kickster KnitYak]

The KnitYak scarves are designed in merino wool for that luxury touch and this generally means that it won’t fuzz or wrinkle and it should give you many years of wear. The scarves are knitted using a technique called double bed jacquard and this means the scarves don’t curl. Each scarf is 7 inches in width by 75 inches in length and knitted squares are available at 7 inches by 7 inches. At the moment the only color available is black and white.

Anyone who knows a math geek and who is looking for a perfect gift may wish to check out the KnitYak on Kickstarter and you can reserve one for $150 for the scarf and $40 for a square.

Via [Kickstarter KnitYak]

The post KnitYak is the scarf with algorithmically generated Mathematical patterns appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Top 10 latest technological innovations

Human creativity is endless and technological innovations also seem endless. With this, we present to you the top 10 technological innovations nowadays. Wait for it!

10. The Square

The Square is a credit card reader plugged to your phone. It is a simple and small accessory that is connected to your phone by placing it in the audio input jack. With the Square, payment is just a swipe away from your phone.


The Square [Courtesy: obamapacman.com]

9. The Uno

The Uno was invented by the 19-year old Poss Gulak. It is a motorcycle with only one tyre. It uses gyro technology to keep its balance. It accelerates by leaning forward and decelerates by leaning backward.


The Uno [Courtesy: nikhilpise.wordpress.com]

8. Biomimicry

As the name implies, Biomimicry is the science of replicating nature. The beak of a kingfisher was used as inspiration to design the nose of Japan’s Shinkansen bullet train. This drastically reduced the noise of the train and also reduced the power cost of running the train. In another instance and by using the human lung as reference, Harvard University invented the Lung-on-a-Chip to bring an end to animal testing.


Shinkansen mimics the kingfisher [Courtesy: bloomberg.com]

7. Wind Turbines

With the increasing interest in renewable energy, there have been many attempts to harvest wind energy from wind turbines. The Bahrain World Trade Center for example is the first ever skyscraper to have power supplied to it by wind turbines. It has wind turbines systematically placed between the two buildings. The shape of the buildings were also designed so that the turbines received the maximum amount of wind power possible.


The Bahrain World Trade Center with wind turbines [Courtesy: topteny.com]

6. Electric Cars

Electric cars run on green energy. They provide a solution to the pollution caused by the current generation of vehicles. They provide no threat to the environment and could be the next generation of cars.


An Electric Car [Courtesy: engadgetment.com]

5. Shark Tank

The Shark Tank is a reality show. In this show, billionaires and multimillionaires are in a search for a business idea to invest in. Various entreprenuers chasing the American Dream present their ideas. These entrepreneurs must try to convince the investors that their ideas are worth investing in. Shark Tank has been a recipient of the 2014 Emmy Award for Outstanding Structured Reality Program.


Shark Tank [Courtesy: alphacoders.com ]

4. Jetman

Yves Rossy is a pilot that had an idea to have engine-powered flight for humans and is currently realizing this dream. Yves Rossy currently has jet engines incorporated to the wings of the Jetman. We have showed you Rossy before flying over Dubai a couple of months ago.


The Jetman [Courtesy: youtube.com]

3. Vehicle tracking with GPS

Tracking your car has never been easier. With GPS technology incorporated to your car, you can even monitor the location of your car with your smartphone.


A car GPS [Courtesy: topteny.com]

2. WaterMill

WaterMill is a device that can make water out of thin air, literally. It was invented by the Canadian based company Element Four. Element Four hopes this new appliance will become a common household appliance in the near future.


Watermill [Courtesy: youbentmywookie.com]

1. Moving House

Most of us love our homes but sometimes not necessarily our environment. What if we could move along with our home? In Cambridgeshire, England, a model house was made that “walked” on 6 legs. This house obtained power from solar cells and had a kitchen, a toilet, a rain drainage system, a bedroom and a staircase for entry.


A Walking House [Courtesy: environmentandsociety.org]

Source: Topteny



The post Top 10 latest technological innovations appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Tour Triangle will be Paris’ first skyscraper since the 70’s

In the 70’s, after a bad experience with skyscrapers, the city of Paris banned the construction of buildings over seven stories high. But 42 years later, the French capital’s Councillors approved its first skyscraper: a triangular tower 180 meters high called Tour Triangle.



The construction of the building, which will cost more than €500-million was approved last Tuesday, June 30. From certain angles it will look like a super tall and thin building, but from other angles it will be a huge pyramid that casts a wide shadow over the neighborhood. The skyscraper was designed by some of the best architects nowadays, Herzog & de Meuron – the Swiss firm known for projects including the Beijing Olympic stadium and New York’s Parrish Art Museum.


The architects sold the idea claiming that the glass building will blend into in the city, not calling too much attention to itself, besides being much lower than the Eiffel Tower. The last major skyscraper built in the city was the Montparnasse Tower in 1973, which has 59 floors in 210 meters high. Two years later, buildings more than seven stories tall were banned.


Source: Telegraph

The post Tour Triangle will be Paris’ first skyscraper since the 70’s appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

Top 10 breathtaking innovations with 3D printing

3D printing is an ideal platform for pure innnovation. With a machine that can fit on top of your table, you can create just about anything out of plastic. Humans have an infinite amount of creativity and 3D printing can now realize our ideas. With this, we present to you the top 10 innovations made using 3D printing.

10. Quadcopters

Quadcopters are getting increasingly popular and with 3D printing, making them has never been easier. Quadcopters have a wide range of uses from toys to police drones.


A 3D printed quadcopter [Courtesy: cdn.instructables.com]

9. Weapons

One of the most controversial application of 3D printing is the art of weapon making. Being so easy to produce with a 3D printer, it is becoming an increasing concern for safety reasons. Nonetheless, some of the weapons made with 3D printing have been breathtaking.


A 3D printed Gun [Courtesy: extremetech.com]

8. Organs

Mina Khan, a two-year old, suffered from a heart defect. Her heart contained holes that became a threat to her life. She would have difficulty breathing, eating, and could barely even grow any hair. Then came Dr Tarique Hussain who used 3D printing to model the girl’s heart. Surgeons used this 3D model to plan a strategy for the surgery that eventually saved this girl’s life. She now lives like a normal child. Such is the power of 3D printing.


A 3D printed heart [Courtesy: canprint3d.com]

7. Cameras

For people who cannot afford the SLR digital cameras, 3D printing has designed a plastic camera for them as well. This camera was designed to be identical to SLR cameras but at a much lower cost. Sadly, you would have to purchase the lens and film separately.


A 3D printed camera [Courtesy: geeky-gadgets.com]

6. Space Printing

Back in the day, astronauts had to rely on supplies brought with them from earth. Otherwise, there was no other source. What if something was unavailable and urgently needed? NASA came up with a brilliant idea of using 3D
printing for creation in space. They designed a 3D printer that could function in space. Now, astronauts can print out various supplies they might need which is less costly and also faster to accomplish.


[Courtesy: flightopportunities.nasa.gov]

5. Food

It may sound strange but there have been efforts to produce meat using 3D printing. 3D printing has been combined with regenerative medicine in order to realize this idea. How would the 3D printed meat compare to the meat we are already used to?


[Courtesy: cdn.urbantimes.co]

4. Vehicles

In September 2014, Local Motors printed out a car in less than 45 hours. The car was electric, light and could actually move. It can reach a top speed of up to 50 mph (80 km/h). Could this be the future of car manufacturing?


A 3D printed car by Local Motors [Courtesy: engadget.com]

3. Fetuses

When a couple is expecting a baby, they go to the clinic and see images of their baby on a screen in black and white. This was done using untrasound. Now, 3D printing takes it a step further. It can “print” the baby so one can both see and “feel” how their baby is at that moment.


A 3D printed unborn baby [Courtesy: topteny.com]

2. Homes

Why hire architects and laborers when 3D printing can make a house for you? As unreal as it might seem,
it is actually achievable. So next time you think of building a house, you might consider 3D printing.
And it’s a lot cheaper! There are also plans to build structures on the moon underway.


3D printing of a castle [Courtesy: 3dprint.com]

1. Fashion designs and decorations

This is the epitome of 3D printing innovation at the moment. Fashion and personal decorations come down to the creativity of the person using them. Because we are all unique, these creations can be almost anything; ranging from dresses, ear rings or even a customized chandelier. Have a look at some.


3D Printed Cinderella Shoes [Courtesy: bitrebels.com]


3D printed “selfie” [Courtesy: ajwnews.com]


A 3D printing arm decoration [Courtesy: notanothertechyblog.wordpress.com]


A 3D printed iPhone case [Courtesy: creativelife.cz]


A 3D Printed REX [Courtesy: http://mashable.com]

Source: TopTeny

The post Top 10 breathtaking innovations with 3D printing appeared first on Interesting Engineering.
 
In today's Interesting Engineering we have the following

The SL-Tainer is the smart self-docking shipping container

All shipping containers are huge, bulky and heavy and require the use of a forklift truck and in some cases a crane to lift them and place them on flatbed trucks. This isn’t very efficient, but a new shipping container has been designed with the name of the SL-Tainer and it is able to prop itself up to the height of truck loading via integrated legs.



[Image Courtesy of ExcaliburShelters]

The SL-Tainer is made by Excalibur Systems and all that’s needed for the container to create ground clearance is a push of a button. This means a forklift truck or crane isn’t needed as the flatbed trailer can simply move into place and dock onto the container. It also means that expensive equipment isn’t needed which saves money and there is no need to have to pay out for a licensed operator for a crane or forklift truck.

The SL-Tainer differs from the self-lifting systems on the market already as there is no additional set-up needed as the legs are a part of the container. The container has a self-levelling system and this makes sure that it rises up balanced. There is no training needed to operate it as it just needs the press of a single button to make it rise and again for lowering the container back down. It works via a 9kW motor and two speed hydraulic power pack along with having hydraulic jacks built in at the four corners. It is also offered with wired and wireless remote controls.



[Image Courtesy of ExcaliburShelters]

The shipping container can be unloaded or loaded in as little as 15 minutes and the cost of fuel is just $1.50. Another advantage to the self-lifting mechanism is that the container can be unloaded and loaded even when there are overhead obstructions.


Via [ExcaliburShelters]

The post The SL-Tainer is the smart self-docking shipping container appeared first on Interesting Engineering.
 

Latest posts

Back
Top