Category Archives: Inventions

The Evolution of 3D Printing

Evolution of 3D Printing.png

From reducing costs to increasing efficiency to spurring innovation, many people are excited about the impact that 3D printing will have on the future of manufacturing. However, the truth is, it already has made a significant impact on the industry.

Take a look back at the evolution of 3D printing to see how the phenomenon started and how it has helped the manufacturing industry evolve.

The 1980s: Setting The Foundations Of 3D Printing

3D Printing was only an idea in the 1980s. In 1981, Hideo Kodama of the Nagoya Municipal Industrial Research Institute in Japan discovered a way to print layers of material to create a 3D product. Unfortunately, Kodama was unable to get his patent for the technology approved.

Meanwhile, in France, the French General Electric Company and CILAS, a manufacturer of laser and optical technology, found a way to create 3D printed objects. However, the companies didn’t see a use for the technology, and they soon abandoned their discoveries.

Finally in 1986, an American engineer named Charles Hull created a prototype for a process called stereolithography (SLA). Hull used photopolymers, also known as acrylic-based materials, to evolve from liquid to solid using ultraviolet lights. Hull patented the SLA printer and other companies followed suit. Hull is commonly referred to as “the father” of 3D printing.

Two other key technologies were patented during this period as well – Selective Laser Sintering (SLS), which uses powder grains to form 3D printed products; and Fused Deposition Modeling (FDM), which uses heat to layer 3D models. These 3D printing models set the foundation for 3D printing.

The 1990s: More Technologies And More Adoption

With the foundation of the technology already created, companies began experimenting, expanding and, ultimately, commercializing 3D printing.

Several new 3D printers came to market, including the ModelMaker from Solidscape®, which deposited wax materials using an inkjet print head, which was more common to traditional printing.

New processes, such as microcasting and sprayed materials, allowed 3D printing to be used for metals, not just plastics.

However, the technology was still cost prohibitive. As a result, adoption was limited to high-cost, low-volume product production. Thus, it became a natural fit for prototyping new products in the aerospace, automotive and medical industries.

The 2000s: 3D Printing Explodes

While there were iterative changes and innovations related to 3D printing throughout the early 2000s, 2005 marked the year that 3D printing went on the path to becoming more mainsteam. Many of the early patents began to expire, and inventors and entrepreneurs sought to take advantage.

A professor in England named Dr. Adrian Bowyer made it his mission to create a low-cost 3D printer. By 2008, his “Darwin” printer had successfully 3D printed over 18% of its own components, and the device cost less than $650.

When the FDM patent fell to the public domain in 2009, more companies were able to create a variety of 3D printers and the technology became more accessible.

3D printing began making mainstream headlines, as concepts such as 3D printed limbs and 3D printed kidneys were fascinating and potentially powerful.

The 2010s And The Maker Movement

As the cost of 3D printers continued to decline, the demand for the technology began to soar, and they became more commonplace in the home and in businesses.

On the shop floor, manufacturers began leveraging 3D printing in a variety of ways. Machine parts could be repaired quickly, and inventory shortages could be combatted with ease.

By 2014, the industry generated more than $1 billion in revenue. But along with the impressive financial impact of the technology, 3D printing also made an impact on how people work.

People were now free to make and create new products on their own, without relying on companies or technology firms. This empowering shift is fueling The Maker Revolution, which values creation and focuses on open-source hardware.

The Future Of 3D printing

The 3D printing industry keeps on growing, so what should we expect in the future? According to a recent analysis by A.T. Kearney, 3D printing will experience a compound annual growth rate (CAGR) of 14.37 percent to nearly $17.2 billion between now and 2020. That means 3D printers will be found in your own home as well as in the classroom.


Another recent study determined that 6.7 million 3D printers will be shipped globally by 2020 – 14 times more than in 2016. As new technologies improve the uses of 3D printers, the technology will continue to disrupt the manufacturing industry and bring it to greater heights.

By Christina O’Handley |  January 25, 2017

Barbi Honeycutt and Cake Saver / Slice N Stand

The Slice-n-Stand is designed to keep leftover cakes slides standing upright during transport, delivery, and storage. The stand fits into a standard cake storage container to provide support to the leftover slices of cake. The stand is designed to prevent the cake slices from slipping, sliding, and tipping. The “L” shaped stand includes an adjustable “hinge” which can accommodate different sizes of cake slices. The hinge locks into place to keep the cake slices stable. Additional hinges can be added to provide support for multiple and varied slices of cake. When the party is done and the guests are headed home, there always seems to be leftover cake. Usually you might wrap the slices in plastic wrap, but that makes a mess and the icing sticks to the plastic. Or, you might use storage containers, but usually this means stacking the slices on top of each other, crushing the cake, and results in the need for cleaning more dishes and storage containers. The Slice-n-Stand keeps leftover cake slices upright and prevents the cake from slipping, sliding, and tipping. No additional storage containers or plastic wrap is needed to keep the cake fresh and in tact. The Slice-n-Stand is designed to fit into a standard cake storage container, so after the party, you can just slide the Stand underneath the leftover cake and keep it safe and in tact while you return home or store the leftovers for later. If you want to keep a small portion of cake, the Slice-n-Stand adjusts to accommodate these slices using a specialized ‘hinge’. The hinge locks into place to provide additional support.

Listen to her pitch on My Cool Invention click here

Cake Saver

Barbi Honeycutt made it on this show. She is one of the inventors from my UMI Inventors Meetup Group and one of my clients. She got a 94% Thumbs up from the listening audience. She has more views and shares of her show as shown on Facebook then any other for her week and for the month of January.Thanks for your support.

The 25 Best Inventions of 2015

Welcome to TIME’s annual round-up of the best inventions making the world better, smarter and—in some cases—a little more fun.

  • The ‘Hoverboard’ Scooter


    Gregory Reid for TIME
    Developed by multiple brands
    Prices varyPart Segway, part skateboard, the self-balancing scooter—generally known as a hoverboard, even though it doesn’t actually hover—is easily the year’s most viral product, drawing fans like Justin Bieber, Jimmy Fallon and Kendall Jenner. Once someone hops on, the device uses a pair of electric gyroscopes (one under each pad) to balance automatically, allowing users to speed forward, backward and around by slightly shifting their body weight. That enables all kinds of fun stunts, ranging from hallway races to motorized dance routines. Maxx Yellin, co-founder of PhunkeeDuck, one of more than 20 companies making versions of the device, sees larger implications. “It could evolve as a new form of transportation for cities and colleges,” Yellin says (though British authorities recently caused a stir by outlawing their use on public sidewalks and streets). But convenience comes at a cost: prices range from $350 to $1,700, depending on the brand and its features.

    • The Underground Park

      The Lowline in New York City

      Cameron Neilson
      The Lowline Lab
      Developed by Dan Barasch and James Ramsey“It’s not like any park you’ve ever seen before,” says Dan Barasch of the Lowline, an abandoned trolley terminal in New York City’s Lower East Side that he and architect James Ramsey are trying to turn into an acre of lush green space, replete with flowering plants and areas to relax in the sun. The key: a “remote skylight” dish system that captures sunlight from surrounding rooftops and funnels it underground via fiber-optic cable; once there, it’s beamed out via reflective dome, enabling plants to grow. To prove the technology works, Barasch and Ramsey opened the Lowline Lab; it’s a prototype version of the final park, which is still several approvals—and $70 million in funding—away from completion. But Barasch, who attracted more than 3,300 backers on Kickstarter, is undeterred. Even forgotten places, he says, can still be used “for public good.” —Julie Shapiro

    • The Sensor That Sniffs Out Gluten

      Gregory Reid for TIME
      6SensorLabs’ Nima / $199
      Available for preorder atNimaSensor.comFor the millions of Americans with celiac disease or gluten sensitivity, eating out is often anxiety-ridden—any menu item might contain traces of the protein, which is off-limits. The Nima sensor, which starts shipping early next year, would work to put their minds at ease by allowing them to test any kind of food or drink in as little as two minutes. After a sample is dropped into the well of the device, a proprietary antibody (loaded in a disposable cartridge) mines it for traces of gluten. If they exist, a frowning face lights up; if not, a smile appears. “My hope is that people are going to be able to eat socially” without accidentally getting sick, says Shireen Yates, a 6SensorLabs co-founder who is gluten-sensitive. The firm also hopes to apply its technology to detect other food allergens, including peanuts and dairy. —Alice Park

    • Bionic Ears

      Gregory Reid for TIME
      Doppler Labs Here Active Listening Earbuds / $249
      Waitlist open at Hereplus.meIf you’re stuck somewhere with unbearable noise, you essentially have two options: plug your ears, or leave. But what if you could isolate the most grating sound and mute it? Or just lower the volume, much as you would on a TV? That’s the promise of the Here Active Listening system, a groundbreaking set of earbuds from New York–based Doppler Labs. Unlike hearing aids, which amplify or decrease all noises at once, Here’s processor syncs with a smartphone app, so users can handpick which frequencies they want to filter. That means you could stand on a subway platform and have a normal conversation as a train screeches by, or even tune out a crying baby on a plane. “It’s augmented audio reality,” says Doppler Labs CEO Noah Kraft, who initially developed Here for musicians and concertgoers before pivoting to a general audience. The first earbuds will ship in December. —Alex Fitzpatrick

    • The Superior Stethoscope

      Gregory Reid for TIME
      Eko Core
      Developed by Connor Landgraf, Jason Bellet and Tyler CrouchIf there is one aspect of medicine that’s more art than science, it’s the way doctors listen to ­heartbeats—­trusting their fallible ears and memory to detect aberrations over time. Not so with Eko Core. Once the $199 smart adapter is attached to a stethoscope, it streams heartbeat data to the cloud so physicians can download it to a smartphone. From there, a companion app can analyze the audio and compare it to previous recordings, which may help doctors detect murmurs, heart-valve abnormalities and other conditions that “our ears are not able to,” says Dr. John Chorba, a cardiologist (and mentor to one of the inventors) who’s leading an Eko trial at the University of California, San Francisco. If the device works as planned—early signs are positive—it could not only improve overall care but also drastically reduce the need for expensive tests like echocardiograms. —Alice Park

    • The Headset That Helps You Hack Life

      Gregory Reid for TIME
      Microsoft HoloLens
      Developer edition available early 2016Virtual-reality headsets, like the Oculus Rift, create escapes. Put one on, and you’re suddenly swimming with dolphins or fighting in the Battle of Waterloo.Microsoft’s HoloLens, by contrast, augments reality—overlaying holograms and data onto existing surroundings, so you’re not “confined to the virtual world,” as designer Alex Kipman puts it. Imagine gamers defending their homes from robot invaders, engineers manipulating 3-D models or surgeons following directions “on” the human body. Early tests indicate all are possible. Already the HoloLens is being used by NASA to mimic Mars’ terrain in labs and by medical students to dissect virtual bodies. —Alex Fitzpatrick

    • Power Pasta

      Gregory Reid for TIME
      Banza Chickpea Pasta / $4+ per 8 oz. box
      Available at EatBanza.com“When people think of pasta, they almost always think, I ate way too much and now I feel like crap,” says Brian Rudolph. Not so with his brand, which is made from chickpeas instead of wheat. That simple switch—in a recipe perfected over 10 months of trial and error—has yielded a healthy twist on the al dente dinner. Banza, shorthand for garbanzo pasta, has double the protein and four times the fiber of traditional pasta, and far fewer carbs; it’s also gluten-free. And to those who may question how good it tastes, consider the sales. Banza launched in two U.S. stores last year; now it’s in 1,700, including Fairway markets, where it was recently the top-­selling pasta of any kind (including wheat). Now Rudolph and his brother Scott plan to reinvent products like pizza and cereal. “People want to eat better,” he says. “We see Banza as a true replacement, a more filling version of the food people love.” —Mandy Oaklander

    • The Desktop DNA Lab

      Mark Serr
      Juno
      Developed by FluidigmIt can take a full day to “amplify” DNA, the technical term for making millions of copies of one strain so it can be compared with many others. Juno cuts that process to just three hours, freeing scientists to concentrate on actual ­analysis—a shift that makes it easier to match bone-marrow donors, find cures for genetic diseases and more. The key is Fluidigm’s proprietary microchip, which can amplify samples that are 1,000 times smaller than a drop of water. And the sleek, Yves Béhar–­designed aesthetic doesn’t hurt, either. “We see a lot of possibilities for clinical labs and hospitals,” says Marc Unger, a senior vice president at Fluidigm, of the $120,000 machine, which is now being used at academic and research labs. “We really want to help.” —Alexandra Sifferlin

    • Housing That Welcomes the Homeless

      Star Apt 14-11 MMA 1204.JPG

      Iwan Baan
      Star Apartments
      Designed by Michael MaltzanFor decades, housing for the homeless has too often meant transient shelters or warehouse-­like abodes. L.A.’s Star Apartments aims to buck that trend by design; it functions more like a minivillage than a single building, says Maltzan of his third collaboration with Skid Row Housing Trust, a local nonprofit. In addition to 102 prefabricated studios, which are ingeniously staggered into four terraced stories, Star Apartments offers a ground-floor medical clinic and, above that, a garden, an outdoor running track and space for classrooms. The goal, says Maltzan, is to make the residents of its 300-sq.-ft. units—who are handpicked by the county department of health ­services—feel “like they’re part of a dynamic and intimate community,” a strategy that can help people, especially those struggling with homelessness and substance-­abuse issues, re-­establish stability in their lives. —Richard Lacayo

    • The Transparent Truck

      Martin Gee for TIME
      Safety Truck
      Developed by Samsung and Leo BurnettEvery year, thousands of people get hurt or die in traffic accidents, in part because their visibility gets blocked by a lumbering vehicle. This is especially true in Argentina, known for its winding, narrow roads. There, however, Samsung and ad agency Leo Burnett have partnered on a creative solution: a system that relays video footage from the front of a truck to four screens on its back, giving drivers a clear view of what’s ahead. During its initial test, the Safety Truck covered some 620 miles (1,000 km) over three days without incident. Now Samsung is refining the technology and working with Argentine officials to roll it out more broadly. “We believe this will change the history of road safety,” says Sang Jik Lee, president of Samsung Electronics Argentina. —Julie Shapiro

    • The Next-Gen Baby Monitor

      Gregory Reid for TIME
      Sproutling / $299
      Available for preorder atSproutling.com“Is my baby O.K.?” That’s the question Sproutling aims to answer—in real time—with its first product. Once in place, the Fitbit-like device can track an infant’s heart rate, body temperature, position and more, and notify parents, via mobile app, if there’s cause for alarm. (Though regular check-ins are still encouraged.) Once it learns a baby’s habits, Sproutling can also offer helpful predictions, like when he or she will wake up from a nap. “We want to get more understanding of how children behave as a whole,” says CEO Chris Bruce, a father of two. “That’s the holy grail.” —Sarah Begley

    • An Airport for Drones

      Martin Gee for TIME
      Drone Port
      Developed by Foster + Partners and Afrotech-EPFLAs Amazon, Google and others ramp up their drone-delivery tests, one question looms large: How will their home base function? For hints, the tech titans may well look to Rwanda, where workers will soon break ground on three “drone ports,” designed to make it easier to transport food, medical supplies, electronics, spare parts and other goods through the hilly countryside, where road travel is difficult. The Rwanda project “is a relatively modest beginning,” says Norman Foster, chairman of architecture firm Foster + Partners, which is leading the first phase of construction (scheduled to be completed in 2020). But, he adds, “it could be a catalyst,” helping to solve an array of pressing health issues and creating a model for other countries looking to regulate commercial drone use. —Sarah Begley

    • Period-Proof Underwear

      Gregory Reid for TIME
      Thinx / $24+ per pair
      Available at Shethinx.comFor decades, women trying to avoid leaks or stains during menstruation have mainly had to rely on disposable pads, tampons and panty liners, which can be bulky and expensive. “But can’t underwear do the same thing, better?” wondered Miki and Radha Agrawal. That’s the idea behind Thinx, a line of thongs and panties that the twin sisters—alongside co-founder Antonia Dunbar and a team of manufacturers in Sri Lanka—have engineered to (mostly) replace traditional products. Each pair is washable, reusable and equipped with four layers of moisture-wicking, antimicrobial fabric. On heavier days, however, some women may need extra protection. “We always say, Know your flow,” says Miki. —Samantha Grossman

    • The Bed in a Box

      Martin Gee for TIME
      Casper Mattress / $500+
      Available at Casper.comBuying a new mattress is a lot like purchasing a used car: stressful, confusing and likely to overwhelm you with options. “We want to cut the clutter,” says Philip Krim, CEO of Casper, one of many startups upending the sleep industry, including Leesa and Tuft & Needle. The model is simple: create one mattress style; up the comfort factor (using a mix of foams); set clear prices; and sell it online (cutting costs, so prices remain low). Once the mattress arrives—it’s vacuum-packed in a cardboard box—customers get a 100-day trial period during which they can return it for a full refund. But that rarely happens, says Krim. Casper’s sales are expected to exceed $75 million this year, making it a leader among its startup competitors.—Victor Luckerson

    • The Virtual Brush and Canvas

      Gregory Reid for TIME
      Apple Pencil and iPad Pro / $99 and $799+, respectively
      Available at Apple.comIn the 450 years or so since its invention, the pencil has become so ubiquitous, it’s easy to forget how remarkable a technology it is. It can write at any angle. Shades get darker depending on how hard you press. Marks can be erased. Reproducing this functionality digitally has vexed computer engineers for years, which is what makes Apple’s latest effort so impressive. The Pencil allows users to draw, paint or write on a screen, just as they would a sheet of paper. And it works in tandem with the iPad Pro, a tablet faster than roughly 80% of laptops sold in the past year, so there’s no perceptible delay. That combination has already sparked chatter about new ways to create art, animations, blueprints and more. “You can rest your hand anywhere and [the iPad Pro screen] totally ignores it and it just reads the Pencil,” wrote Don Shank, an art director at Pixar, after testing the products in September. “It’s pretty amazing.” —Matt Vella

    • Shoes You Can ‘Tie’ With One Hand

      Gregory Reid for TIME
      Nike Flyease 8 / $130
      Available at Nike.comIn 2012, Matthew Walzer, a then high school junior with cerebral palsy, sent a note to Nike: “My dream is to go to the college of my choice,” he wrote, “without having to worry about someone coming to tie my shoes every day.” Sensing an opportunity to create a new footwear category—both for casual consumers who want a simpler way to tie sneakers and for people like Walzer, who need one—Nike dispatched a design team. This year, they unveiled their solution: the Flyease 8, a LeBron James–branded basketball shoe with a one-handed fastening mechanism that drew inspiration from “opening and closing a door,” says Tobie Hatfield, the shoe’s head designer. (To tie the shoe, wearers yank on a strap, which zips around the ankle as they pull.) There are still kinks to work out; pulling the strap too hard or too fast, for example, may cause the zipper to break. But Walzer, now a sophomore at Florida Gulf Coast University, has said the shoes have given him a great “sense of independence and accomplishment.” —Sean Gregory

    • The Pan That Teaches You To Cook

      Gregory Reid for TIME
      Pantelligent / $199
      Available at Pantelligent.comHow hot should the pan be? When do I stir? It it done yet? If you’ve ever cooked an unfamiliar dish, chances are you’ve asked yourself one or more of these questions—­and ­Pantelligent aims to answer them all. Once you select a recipe from its smartphone app, the pan uses Bluetooth and a special heat sensor to offer real-time instructions on your screen, so you’ll know exactly when to flip a steak, for example, if you want it medium rare. When they first dreamed up the concept at MIT, Humberto Evans was a great cook, but Mike Robbins could barely fry an egg. Now, according to Evans, his former roommate whips up dishes like chicken piccata. “The food speaks for itself,” he says of how people can use the pans, which started shipping in October. —Samantha Grossman

    • The Book That Filters Water

      Gregory Reid for TIME
      The Drinkable Book
      Developed by Teri DankovichAn estimated 663 million people globally do not have access to clean drinking water, in part because filtration is complicated and expensive. The Drinkable Book is neither: thanks to a special ­treatment—­developed with a team of scientists over several years—its pages double as water filters, killing over 99% of harmful bacteria during trials in Bangladesh, Ghana and South Africa. (They also list usage instructions.) Though research is still needed to determine whether the system can filter all contaminants, including viruses, Dankovich is optimistic; she says she is talking to partners who could help fund more testing and, eventually, large-scale production. —Sarah Begley

    • The Ocean Vacuum

      Martin Gee for TIME
      The Ocean Cleanup Project
      Developed by Boyan SlatThere’s a glut of plastic trash in the middle of the Pacific Ocean that’s bigger than Texas—and growing. But the default removal process of chasing it with nets is both costly and time-­consuming. Instead, the Ocean Cleanup Project proposes a 62-mile-long (100 km) floating boom—at an estimated cost of $15 million—that would use natural currents to trap trash. (Its net drops roughly 10 ft., or 3 m, below the surface, shallow enough for fish to swim around.) If next year’s trials succeed, a full cleanup operation would aim to start in 2020; internal estimates suggest it could reduce the trash by 42% over 10 years. —Bryan Walsh

    • The Personal Pollution Detector

      tzoa 34 with shadow.JPG

      TZOA
      TZOA Environmental Tracker / $139
      Available for preorder at Tzoa.comIn order to avoid potentially harmful pollutants and allergens, it helps to know about the air you’re breathing. That’s where Tzoa comes in. The stationary device, developed by electrician Kevin R. Hart, uses sensors to evaluate the atmosphere in any given area—­measuring factors like temperature, particulate matter (dust, pollen, mold, car exhaust) and UV ­exposure—and uploads that data to the cloud, so that institutions like Johns Hopkins can conduct air-­quality research. The company plans to launch wearable versions in May that offer a similar service, allowing consumers to chart specific walking routes, for example, if they want to avoid pockets of pollen. —Alexandra Sifferlin

    • The Ball That Teaches Kids to Code

      Gregory Reid for TIME
      Hackaball / $85
      Available for preorder atHackaball.comAt a time when demand for computer scientists is skyrocketing, most Americans get little or no exposure to coding during their formative years. Made by Many, a New York City–based digital-­consulting firm, is trying to change that. Its Hackaball toy syncs with a mobile app, allowing users to program how and when it lights up—and then to see how those programs affect their lives in the real world. During one test, for example, kids set the ball to change colors at random intervals, then used it to play a hot-potato-style game. Enabling social ­scenarios—rather than a more isolated, screen-based introduction to ­coding—is the point of Hackaball, says William Owen, a strategy director at Made by Many. Its concept appears to be resonating: some 2,800 people backed the project on Kickstarter, raising $240,000. The first units ship in January. —Lisa Eadicicco

    • All-Access Virtual Reality

      Gregory Reid for TIME
      Google Cardboard / Price varies
      Available DIY or from third-party sellersMost of the hype surrounding virtual reality has rightly centered on premium headsets, such as the forthcoming Oculus Rift and HTC Vive (both of which will likely cost several hundred dollars). But Google Cardboard is revolutionary in its own right. Since its 2014 debut, the scrappy viewer—which can be built from scratch using free online instructions and relies on your smartphone screen for visuals—has emerged as a playground for virtual reality, priming brands and consumers alike for one of the world’s most anticipated technologies. There are Cardboard apps that let people drive cars (from Mercedes-Benz), attend concerts (from musician Jack White) and even play immersive video games. “We ask people, ‘Hey, put your smartphone in this piece of cardboard. It’s going to do something amazing,’” says Clay Bavor, a Google VP who oversees VR projects. “And then it does, and they’re shocked.” —Alex Fitzpatrick

    • The Musical Instrument That Anyone Can Master

      Gregory Reid for TIME
      Artiphon Instrument 1 / $399
      Available for preorder atArtiphon.comAn estimated 70% of adults want to play an instrument on a regular basis, but only 5% actually do, partly because it’s tough to choose just one to master. That’s not an issue with the Artiphon, which can mimic dozens of ­instruments—not just how they sound but also how they’re played. It can be strummed like a guitar or tapped like a piano. Or it can mix and match inputs, allowing users to bang banjo chords as if they were drumming. “We’re trying to pave a different path toward musical creativity,” says Jacob Gordon, an Artiphon co-founder, of the device (and its companion smartphone app), which raised $1.3 million on Kickstarter. —Victor Luckerson

    • The Meanest, Greenest Driving Machine

      Tesla
      Tesla Model X / est. $130,000
      Available 2016Tesla’s Model X, unveiled in September, marks a leap toward a reality in which electric cars aren’t simply exotic, but just as useful as their competition. The world’s first luxury electric SUV can go 250 miles on a charge, Tesla says, and haul seven passengers. It features futuristic back doors that open like the wings of a bird (up, not out). And the Model X is a blast to drive: it can hit 60 m.p.h. from a standstill in 3.2 seconds, and its battery pack gives it a low center of gravity, enabling sports-car-like handling. (That’s rare for any SUV, let alone one that runs on clean power.) For Tesla, more than one model is at stake. As CEO Elon Musk put it during the Model X unveiling: people need to know “that any kind of car can go electric.” —Matt Vella

    • The Toy That Talks Back

      CogniToys_Blue_Front Right.JPG

      Cognitoys
      CogniToys Dino / $120
      Available for preorder atCogniToys.comRather than repeating catchphrases, as “talking” toys have done for generations, this dinosaur taps IBM’s Watson technology to engage with kids ages 5 to 9 in a meaningful way. In addition to answering plain-language queries (like “How far away is the moon?”), the wi-fi-enabled figurine talks back and learns from kids’ responses—helping them hone their math skills, for example, by asking harder questions once they nail, “What is 2+2?” and “Can you count to 10?” The trick, according to CogniToys CEO Donald Coolidge, is to make educational development seem like a “cool, fun experience.” “That’s kind of the best toy possible,” he says. —Sarah Begley

    —Lisa Eadicicco

Rubber Band Gun Machine everyone can feel like Rambo

Rubber Band Machine Gun

Alex Shpetniy and Brian Dinh have created an awesome rubber band machine gun that is capable of holding 672 shots ready to unload and fires them at roughly a rate of 14 bands a second.

The body of the rubber band machine gun is constructed from birch plywood which is cut out on the CNC machine for accuracy. Watch the video after the jump to learn more about the awesome rubber band machine gun project and see it in action.

Rubber Band Machine Gun

 

Rubber Band Machine Gun

The rubber band machine gun consists of 16 barrels and is fully automatic using an electric feed is powered by 5 x AA batteries and measures 34 x 8 x 11 inches in size. Its creators explain:

“With our Rubber Band Gun Machine (or RBGM) everyone can feel like Rambo, launching a rubber storm, and throwing over a pound of rubber bands into the opponent!”

Click to view video: Rubber Band Machine Gun

The rubber band machine gun project is currently over on the Kickstarter website looking to raise enough pledges to make the jump from concept to production. So if you think rubber band machine gun is something you could benefit from, visit the Kickstarter website now to make a pledge and help rubber band machine gun become a reality.

The Top 7 Accidental Yet Successful Inventions

In this amazing world we live in today, many of us are culprits for taking everyday things for granted. Do you ever stop and wonder why things are the way they are and how they came to be?

Well, many things are deliberate creations to make our lives easier and to save time but some of these creations came about accidentally and are now things we could not imagine living without.

I have come up with a list of the top 7 life changing inventions that where created by mistake. Enjoy!

 The Slinky

Slinky

A common and fun childhood favorite “the slinky” was invented by Inventor; Richard Jones.

Richard was a naval engineer who was trying to design a meter to monitor power on naval battleships. One day when working with the tension springs, one of them fell to the floor and to Richard’s surprise, the spring kept bouncing from place to place after it hit the ground. This moment was when the Slinky was born.

Penicillin

penicillin

 A widely used antibiotic, “Penicillin” is depended on by millions when a headache strikes and who would have known that it was a fluke that led Scientist Alexander Fleming to its discovery!

In an obsessive search for a ‘wonder drug’ that could cure diseases, it wasn’t until one day when he threw his experiment away that he found what it was he was looking for.

Fleming had noticed that a contaminated petri dish that he had thrown away was doing something quite remarkable. A mold that was living in this petri dish was dissolving all of the bacteria around it. When the mold was grown on its own, Fleming learned that it contained a powerful antibiotic which he named ‘Penicillin’

The Pacemaker

pacemaker

Making life a lot safer and possible for many who suffer from heart disease throughout the world, “the pacemaker’ is a lifesaving and changing invention that was created through research for something completely different.

John Hopps was an electrical engineer and was conducting research on hypothermia and how the use of radio frequency heating could possibly restore the body’s natural temperature.

During his experiment, Hopps made a remarkable discovery realizing that when a heart stopped beating due to cooling, it could be started again by artificial stimulation. This discovery led to the pacemaker.

 Microwave ovens

microwave

After a day of work sometimes it’s easier to heat up left over dinner in the microwave then cook a new meal. This wouldn’t be possible if Percy Spencer didn’t accidentally come across this discovery.

Percy Spencer was an engineer who was infamous for his left of center research. While Conducting a radar-related research project with a new vacuum tube he created, he came across something amazing.

During one of his experiments, Spencer realized that the candy bar in his pocket began to melt! He then put popcorn into the machine and when it started to pop, he knew he had created a revolutionary device.

Fireworks

Fireworks-success

Lighting up the sky, bringing people together in celebration ‘ Fireworks’ are a magical creation that are enjoyed all over the world. This is all thanks to an unknown cook in China!

A cook in China whose name is unknown, loved experimenting with food. One day of experimenting in his kitchen lead to the discovery of fireworks.

Mixing together common kitchen items (common 2000 years ago) charcoal, sulfur and saltpeter, the cook then compressed these ingredients into a bamboo tube and when heated up, it exploded, causing the birth or fireworks!

Corn Flakes

Corn-Flakes

We all know that breakfast is the most important meal of the day and a good healthy breakfast fuels our body’s for the day ahead! Corn Flakes is a widely known cereal that a lot of us have come to love. You would never think leaving a pot of boiled grain on the stove for a few days by accident is how Corn Flakes came about. But it is!

The Kellogg Brothers, John and Will were trying to make a pot of boiled grain and they accidentally left the pot on the stove for a few days. The mixture turned moldy though what remained was dry and thick. Through further experimentation, they eliminated the mold part and created Corn Flakes.

Post-it notes

Post-It-Notes-Success

Inventor: Spencer Silver, a researcher in 3M Laboratories

What he was trying to make: A strong adhesive

How it was created: While working away, Silver created an adhesive that was actually weaker than what already existed. It stuck to objects but could be pulled off easily without leaving a mark. Years later a colleague spread the substance on little pieces of paper to mark his place in his choir hymn book, and the idea was born.

Article By: Charlene Barry | Addicted2Success.com

Google Granted Patent on Invisible Text and Hidden Links

A new Google patent was awarded today named Systems and methods for detecting hidden text and hidden links.

The patent was filed on August 25, 2009 by Google’s Matt Cutts and Fritz Schneider. It was awarded today after being in pending status for over 3 years.

Bill Slawski posted on his blog a more human readable explanation of this patent and what it may mean for webmasters and SEOs.

As long as there have been search engines, there have been people trying to take advantage of them to try to get pages to rank higher in search engines. It’s not unusual to see within many SEO site audits a section on negative practices that a search engine might frown upon, and Google lists a number of those practices in their Webmaster Guidelines. Linked from the Guidelines is a Google page on Hidden Text and Links, where Google tells us to wary about doing things such as:

  • Using white text on a white background
  • Locating text behind an image
  • Using CSS to position text off-screen
  • Setting the font size to 0
  • Hiding a link by only linking one small character—for example, a hyphen in the middle of a paragraph

 

Those are some of the same examples described in a patent granted to Google today at the USPTO:

Systems and methods for detecting hidden text and hidden links
Invented by Fritz Schneider and Matt Cutts
Assigned to Google
US Patent 8,392,823
Granted March 5, 2013
Filed: August 25, 2009

Abstract

A system detects hidden elements in a document that includes a group of elements. The system may identify each of the elements in the document and create a structural representation of the document.

The structural representation may provide an interconnection of the group of elements in the document. The system may also determine whether one or more elements of the group of elements are hidden based at least in part on locations or other attributes or properties of the one or more elements in the structural representation.

Unsurprisingly, one of the co-inventors behind the patent is Google distinguished engineer Matt Cutts, who has spent a good part of his long career at Google exploring the many different ways that people might try to spam the search engine, and find some solutions.

I really enjoy seeing patents like this one, which may not tell us something new, but provide a reference resource that other people, including clients, can be pointed towards. They sometimes fill in some gaps on how a search engine might do something, and provide some history.

For example, this patent is based upon an earlier one that was first filed in 2003, and it’s not hard to imagine people at the Google of that time trying to figure out how to automate a way to identify text and links that might be hidden by being the same color as the background they appear upon, or being obfuscated by cascading style sheets, or written in lettering so small that it appears to be a line rather than actual text.

The Guidelines above mention the use of a single small character in a paragraph being used as a link, and the patent mentions that extremely small (1 pixel X 1 pixel) images have also been used as hidden links on pages.

As the patent also notes, CSS allows webmasters to mark a block of text as hidden, or to position it outside of visible areas of a page. Java script can also be used to hide text, and to modify documents to replace text.

Part of the process behind identifying hidden text or links on a page may involve analyzing the HTML structure of a page and its elements, such as divisions or section, headings, paragraphs, images, lists, and others. It looks at a Document Object Model (DOM) of pages to learn things about those different elements, their sizes, positions, layer orders, colors, visibility, and more.

The patent provides a few different examples of when hidden text might be found on a page, such as in the following:

In this example, server 120 may detect that the webmaster has overridden the value of the <h2> tag. Normally, the “h2″ tag is a heading size, in which H1 is very large, H2 is a little smaller, H3 is smaller still, etc. Here, the webmaster has used CSS to override the value of h2 to mean “for all text in the H2 section, make the text color almost completely black, and make the height of the font be about one pixel high.”

A viewer of this document would not see the text because it is so small, but a search engine may determine that the text is relatively important because of the H2 heading label. In this situation, server 120 may determine that the text in the H2 section is very small, which can indicate that the webmaster is attempting to hide the text in this section.

Conclusion

There are some times when designers use hidden text because they want to use a font on a page that isn’t a standard system font that might come with Windows or Apple or Linux computers, and the page won’t render the way they want. Google’s John Mueller has noted in the past on Google’s Webmaster Help Forum that is probably not a problem:

As I noted above, one of the things that I really appreciate about this patent is that it provides another place to point people to when discussing things like hidden text and links other than just Google’s help pages on the topic. It also puts the problem in the framework of a business that is trying to address a challenge rather than a web institution laying out a guideline that it expects people to follow.

The Body Crank Ready for the World

I new invention that is ready to launch 

Looking for manufacturing resource. Update: Manufacturing is secured. Looking for Distributors, 2 spots taken. looking for 4 more in USA. Canada and Mexico are still open.

HOMEMADE FISHING NOODLE / JUG FISHING- EZ

This video shows how to make fishing noodles (for jug fishing). Easy, quick & cheap way to get set up for jugging!

http://www.youtube.com/watch?NR=1&feature=endscreen&v=18PDX8swKMU

In my pool noodle days every item that people wanted to float on water would come to my Development group with the next great product. This product we actually sold noodles in quantity and the same color with plain carton packaging and the guy sold quite a few on line and through a catalog. This was back in 1997.

Here is another video using the noodle: http://www.youtube.com/watch?v=Y3Si0HdYzlE&feature

Inventors Eye | Fueling the Inventive Spirit

Inventors Eye | Fueling the Inventive Spirit.

Fueling the Inventive Spirit

When you were growing up, did you ever try taking apart a family appliance only to fail at reassembling it? For most kids, when Mom and Dad see the toaster splayed out across the kitchen floor, that’s usually the end of their mechanical aspirations. And then there is Dr. Lonnie Johnson, who as a child graduated from appliances to making rocket fuel. One time, a batch caught on fire. In the kitchen. In one of his mother’s saucepans. After the flames and black smoke cleared, he found that a couple of the kitchen chairs had holes where the flaming liquid had splattered and burned like napalm. But rather than stifling his curiosity, Lonnie’s parents handed him a hot plate and told him he needed to cook his rocket fuel outside.

When Inventors Eye asked Lonnie what got him interested in the way things worked, he said his dad would let him watch over his shoulder as he tinkered. “My father was not educated, but he was able to repair most things around the house, and that taught me some valuable skills,” Lonnie related. Receiving these valuable skills and encouragement from his parents lead him on the path to advanced degrees in mechanical and nuclear engineering from Tuskegee University and a successful career working on Space Shuttle Atlantis, the B-2 Stealth Bomber, and NASA’s Galileo and Cassini missions, until he got the urge to become a full-time independent inventor. Johnson now has over 100 patents or pending patents.

Many people may recognize Lonnie as the inventor of the Super Soaker (patent number 5,074,437), but he is much more than just squirt guns. The good doctor is currently figuring out ways to reduce humanity’s dependence on fossil fuels and particularly the United States’ reliance on foreign oil. He is working on what he calls the “next generation” battery and the “next next generation” battery. The next generation battery uses a solid-state configuration and will replace the current batteries in hybrid and electric vehicles. The next next generation battery relies on sophisticated lithium glass to produce power. Lonnie said that this advanced battery is about one-and-a-half to two years away from commercial production. Both of these technologies do not involve fluids in the production and storage of electric power—a true innovation over today’s batteries.

Another promising project is the Johnson Thermoelectric Energy Conversion System or JTEC (pronounced “JAY-tek”). This solid-state heat engine converts heat energy into electrical energy by using pressure to force hydrogen atoms through a membrane-electrode assembly, stripping the electrons from the atoms and moving them through an external circuit. The JTEC is estimated to be about twice as efficient as today’s solar Stirling engines, which use moving parts to generate mechanical energy.

Lonnie used much of the proceeds from the Super Soaker to fund the JTEC and now relies on funding from grants and other resources. Despite the JTEC’s promise, Lonnie said the project has taught him that “you may not want to invest all your funds in research.” If he had to do it all over again, he said he would probably have worked on the heat engine first and then the batteries—not the other way around.

Lonnie wrote his first patent application for a digital distance measuring device and received patent number 4,143,267 in 1979. The invention, as stated in the patent, “uses a mechanical analog-to-digital converter to measure distance. The distance measured is supplied in binary encoded decimal to an electronic decoder for decoding and subsequent decimal display.” Lonnie explained that this device preceded the use of digital optical readers in applications such as CDs and DVDs. “I was having so much fun working on advanced space systems that I didn’t take time to focus on it,” he said. By the time he realized he wanted to be an independent inventor, it was too late. The measuring device was “the big fish that got away,” he quipped.

At first, Lonnie had also tried to write the patent for the Super Soaker himself, but after getting an initial rejection letter from the United States Patent and Trademark Office, he contacted a patent attorney. Children all over the world should rejoice at this wise decision, as he went on to receive the patent for the now famous and immensely profitable squirt gun.

Lonnie has some advice for inventors. “Know that no one has a lock on any technology,” he said. “Those who have skill in the art can understand it and make it better. When talking with investors or people that could possibly buy or license your technology, make sure that you demonstrate how the invention works and why it will make money. You can’t make money without getting people interested in the invention.”

John Calvert : Office of Innovation Development