Author Archive

  • Thu, May 17 2012

    Below are the results from this week’s Brainstorm session, featuring the collaborative work of our designers, invention ambassadors, and community members (click either image for a larger version):

    Product 324: Block Cushion Furniture

    Product 320: Auto-Cooling Pitcher

    The full feed for the brainstorm can be viewed here:


    Video streaming by Ustream

    That’s the recap! We’ll be posting a preview for next week’s brainstorm on Monday, but until then we’d love to hear your feedback on this week’s brainstorm and broadcast, so share and share alike in the comments. Change, as they say, is good.

  • Tue, May 15 2012

    This isn’t your typical door stopper. Anchor can be securely tethered to your door, keeping it out of the way when you don’t need it and right where it should be when you do. It uses no hardware, so no damage is done to your door and removal is easy. Its cleverly designed profile allows one end to be clipped to the bottom edge of the door, while a flexible neck enables the door stopper itself to be easily engaged or disengaged by foot. The friction fit clip makes it a perfect fit for typical residential and commercial door sizes.

    Anchor inventor Gyro wanted a more efficient door stopper that would not separate from the door, and he proposed a secure, flexible design as the solution. With the help of QDS and 3,819 influencers, we’re launching Anchor to the Upcoming page today. Head on over to check it out for yourself.

    Features:
    – Mounting clip flexes to fit doors with a thickness of 35-45mm
    – Simple locking mechanism holds wedge up when not engaged
    – No more bending down – just use your foot

    Material:
    – Flexible rubber
    – Mechanically trapped steel clip

    Dimensions:
    – 25mm x 154mm x 45mm

    Price, qty and features subject to change during production process

  • Fri, May 11 2012

    Below are the results from this week’s Brainstorm session, featuring the collaborative work of our designers, invention ambassadors, and community members (click either image for a larger version):

    Product 325: Light Up Wall Decals

    Product 323: Raspberry Pi Case

    The full feed for the brainstorm can be viewed here:


    Video streaming by Ustream

    That’s the recap! We’ll be posting a preview for next week’s brainstorm on Monday, but until then we’d love to hear your feedback on this week’s brainstorm and broadcast, so share and share alike in the comments. Change, as they say, is good.


  • Thu, May 10 2012

    Cool off this summer with Aria, our slim, sleek, and storable reinvention of the fan. While traditional fans are bulky and awkwardly shaped, Aria is more like a piece of modern furniture than an everyday appliance. Its slender profile makes storage and portability a breeze, while the ability to wrap the power cord around its body helps it stay neat and uncluttered. To help you keep Aria clean, we went with an open face design and soft removable blades, making it easy to wipe away those inevitable dust bunnies.

    TeamLab’s challenge for us to reinvent the fan was an irresistible opportunity to breath new life into a classic household appliance. Apparently the Quirky community was just as excited about this prospect as QDS was, because 10,393 of them contributed to the development of Aria. Check out our latest socially developed product in the Upcoming section today.

    Features:

    –Open face and soft, easy to remove blades make cleaning simple
    –Slim profile makes storage and portability easy peasy
    –7 foot power cord wraps around the body to keep it out of the way when not in use
    –Kick stand helps direct airflow
    –Four settings: Off , Low, Medium, High

    Materials:
    –Plastic body and blades
    –Metal kickstand

    Dimensions:
    –12” wide / 12 “ tall / 2.5″ thick

    Price, qty and features subject to change during production process

  • Tue, May 1 2012

    For some, the task of removing an electric cord from a wall socket can be a constant daily challenge. With Power Pull, we aim to make life a bit easier. Plugged in between the wall outlet and your device’s power cord, Power Pull allows you to simply push or pull its leveraged arms to easily remove it and your device from the wall. Disengage it with with virtually anything: your palm, fist, foot, elbow, or assistive devices such as a cane or crutch. Power Pull is even ideal for hard to reach outlets, where finding the right leverage to yank out a plug in the traditional way can be nearly impossible.

    After observing her friend struggle to remove a plug from an outlet due to complications from arthritis, Barbra Winston came up with an idea for a device that would allow someone to easily pull a plug out from a wall. With the help of QDS and 4,177 community members, we’re ready to pull back the curtains on Power Pull and launch it to the Upcoming page. Check it out for yourself today.  


    Features:
    –One three-pronged outlet with leverage arm
    –Rotating leverage arm that snaps into place at right angles
    –Works great on wall outlets or on power strips
    –Push or pull with a hand or a foot to release

    Materials:
    –Plastic

    Dimensions:
    –7.5 cm H/ 4.75 cm W/ 3.5 cm D

    Price, qty and features subject to change during production process

  • Thu, Apr 26 2012

    This week marks the anniversaries of the opening days for both the 1939 – 1940 and the 1964 – 1965 World’s Fairs. Both events were cultural achievements in the realms of science, technology, and global citizenship, introducing tens of millions of visitors to cutting edge technological advancements and instilling hope in many for a better future. There is a lot of literature about these fairs and their legacy on the web and in published media, so we won’t be duplicating those efforts. Rather, we’d like to honor them in a popular contemporary fashion: with a Best, Worst, and Ugly list.

    1939 – 1940 World’s Fair


    When you think of a World’s Fair, the images you conjure in your mind are probably from this one. The largest fair in US history, its hopeful theme – the “World of Tomorrow” – was intended to inspire down trodden Americans still reeling from the financial turmoil of the previous six year. The Fair’s exhibitors took full advantage of this direction, constructing awe-inspiring pavilions that housed cutting edge products, technology, and visions of the future.

    The Best: General Motors’ Futurama

    This 36,000 square foot exhibit space was designed to depict the world 20 years in the future, as envisioned by GM and industrial designer Norman Bel Geddes. Visitors were transported over a huge diorama of the United States, as a narrator described this futuristic vision. The features of the diorama gradually grew larger as the audience progressed through it, becoming life sized models of cars, buildings, and city streets. Since GM was the sponsor, the focus of the exhibit were its modeled motorways, which predicted the future of transit and suburban expansion. It envisioned a future utopia regulated by state-of-the-art technology and sophisticated transportation networks, and provided a much needed jolt of inspiration for Americans grappling with effects of the Great Depression. GM would follow up on the success of its 1939 exhibit with an even farther reaching Futurama II in 1964. The sequel was an equally huge success, but focused on Space Travel and simulating visits to the moon.

    The Worst: Smell-O-Vision

    The use of scents to “enhance” films first appeared in 1916 when the Family Theater in Forest City, Pennsylvania treated the audience of a Rose Bowl game to the scent of rose oil. Hans Laube refined scented cinema with his invention of Smellovision — a system of pipes connected to each seat in a theatre and controlled by the projectionist. Laube introduced his invention at the World’s Fair, tickling the olfactory senses of thousands of visitors and predicting a redolent future for film goers. Unfortunately for him, technical difficulties relating to timing, disbursement of scents, and lingering odors made the system more of a distraction than an immersing innovation.

    The Ugly: Elektro and his robot dog Sparko

    In addition to it’s famous time capsules that still sit 50 feet below Flushing Meadow Park, Westinghouse Electric Corporation’s other big showcase in 1939 was Elektro, the United State’s first robot. At 7-feet tall, Elektro could walk by voice command, speak about 700 different prerecorded words, blow up balloons, move his head, arms, and fingers, and most important to the engineers at Westinghouse, smoke cigarettes. All of these features were incredible at the time, but they were housed in the ugliest humanoid body ever. Actually, this is the ugliest humanoid body ever, but Elektro’s was close. The following year Westinghouse introduced Elektro’s motorized companion, Sparko. It could bark, sit, and beg just like a real dog, but looked like a mailbox with legs.

    1964 – 1965 World’s Fair


    Nearly thirty years after fairgoers were introduced to the world of tomorrow, a group of New York businessmen who had attended the 1939 World’s Fair as children decided to give their kids the same opportunity. Thus the 1964 – 1965 World’s Fair was born. This time the fair organizers dropped the thematic focus on technological innovation and a new theme, “Peace through Understanding,” was adopted to reflect a greater focus on world cultures  and global interconnectedness.

    The Best: IBM’s ‘Egg’ Pavilion

    By 1964 IBM was nearly 100 years old and one of the largest technology companies in the world. As a leader in computer technology and artificial intelligence, IBM used it’s presence at the World’s Fair to introduce the general public to the future of computer systems and provided what was for many their first interaction with computers. The primary exhibit was housed in an enormous egg-like structure, which attendees in stadium seating were hoisted into from hydraulic lifts below. Within the egg, they were shown films about the workings of computer logic and data processing machines on nine giant screens. Other areas of the pavilion gave visitors the opportunity to see and occasionally interact with the latest IBM computers, including a display that translated Russian into English, and a 360-Series mainframe computer that could tell them what events occurred on their birthday.

    The Worst: The Texas Pavilion

    With live shows such as “To Broadway With Love”, arcades and discotheques, the Texas Pavilion featured less compelling exhibits than its technologically advanced and culturally diverse neighbors. Attendees had little incentive to pay extra for shows when free entertainment and futuristic attractions were right next door. Poor attendance to its primary features lead to the closure of nearby snack bars and souvenir shops, leaving the pavilion virtually deserted much of the time and resulting in many of its attractions being shut down early.

    The Ugly: Financial mismanagement

    True this was not an exhibit, but it was damn controversial. The Fair Corporation booked receipts from the sale of advanced tickets for both the 1964 and 1965 seasons entirely against the first, making it appear as if there was plenty of cash, when in fact they had to borrow money during the second season. Despite lower than expected attendance (70 million were forecast for the entire Fair, but only 44 million actually came) the fair organizers continued to spend on advertisements and new exhibitions, putting the fair on the verge of bankruptcy by the end of the 1964 season. While the previous World’s Fair also had financial difficulties and payed 40 cents for every dollar loaned by its bond investors, the 1964 – 1965 World’s Fair was only able to pay back 19.2 cents for every dollar. Ouch…

  • Sun, Apr 15 2012

    Today the world commemorates the 100th anniversary of the sinking of the Titanic. An enormous nautical achievement when it first set sail, the Titanic has become synonymous with disaster since its last day on April 15, 1912. The recent re-release of James Cameron’s 1997 film about it and the significance of its centennial, have inspired realizations and acts of remembrance for the tragedy, but few reflect on what advancements came from it.

    Rather than focus on the bad of this anniversary, let’s instead remember the progress through invention that came out of the Titanic’s voyage. First, take a look at this excerpt from a 1913 The Times of London article we recently found:

    That’s a lot of inventions! The shock of the Titanic’s sinking inspired inventors around the world to develop new devices that could prevent a similar tragedy from occurring. We dug a little deeper to learn about these innovations:

    The Internal Combustion Engine

    Mead Rotary Valve Engine, 1912

    While engine research wasn’t catalyzed by the Titanic’s sinking, the ships creation unquestionably played a role in its advancement. The luxury liner was the largest moving man-made object on earth when it launched, and it required powerful machinery to move it along. It’s enormous twin steam engines were technical feats in and of themselves, as well as stunning examples of the ongoing commercial research into engine technology at the time. As mentioned in The Times piece, the internal combustion engine in particular was of interest to inventors in 1912, inspiring a whole host of new innovations ranging from dubious implementations of a new rotary valve system for car engines, to internal combustion turbines.

    Life Rafts

    Detroit Ship Building Co., Department of Life Rafts: 1912

    The Titanic carried only 20 lifeboats with enough space for 40-65 people each, despite 2,200 passengers and crew members. After its sinking, inventors threw themselves at the problem of creating more compact and easier to deploy life rafts. Patents from around the world were filed to introduce new, more resilient boats, while shipbuilding companies opened entire departments dedicated to the research and implementation of these advancements.


    Steward Releasing Gear

    Disengaging gear was an important element of this as well. The Titanic and its sister ship Olympic featured a device known simply as Murry’s, which consisted of a network of pulleys, hooks, and rope feeds that allowed the life raft to be lowered into the ocean. The subsequent boom in development of similar systems focused on improving how evenly  the ends of a vessel are lowered, and on equipment placement changes that could accommodate boats with a greater deck sizes and volume of passengers.

    Inflatable Devices

    John Schwab Life Saving Vest: 1912

    Patents concerning new personal flotation devices also increased. While much of the danger presented to passengers of the Titanic was from the icy cold water they were in, staying above water was of even greater concern. The ship carried a supply of cork lifevests that fit over the head of the wearer, but inventors proposed alternate solutions that would insulate a person’s body while keeping them afloat, or could be used by multiple people at once. By 1928, Peter Markus would invent the inflatable life preserver that we still use today.

    Distress Signals

    Armstrong Regenerative Receiver

    Arguably, the most significant were advancements in technology for alerting others to disasters. Edwin Armstrong’s invention of regeneration had made it possible for the crew of the Titanic to send wireless distress calls that rescue crews used to find the sinking ship. But it wasn’t until three months after, when the US passed the Radio Act of 1912, that wireless transmissions became standard features of seafaring vessels. In response, inventors set about creating new technologies that would meet the need for 24 hour communication between nearby ships and alert systems that would continue even if the operator was not present. Firing distress rockets, which would eventually become flares, also became part of standard emergency protocol when wireless transmissions were not enough or were ineffective.

    It’s true that today we remember a tragedy, but like most things in life, there was some good that came out of it. We’ve pondered some of the components that made it influential and into an opportunity for innovation, and we know those innovations have shaped sea and land transit to this day. So cheers to the progress made just as we mourn the memory; perhaps the lessons learned are just as important as the story itself.

  • Mon, Apr 9 2012

    Today marks what would be the 182nd birthday of Eadweard Muybridge, a pioneer in photographic studies of motion and motion picture projection.

    Born Edward James Muggeridge in Kingston upon Thames, England, Muybridge immigrated to San Francisco in 1866 to start a career as a photographer. Despite his decision to adopt an unconventional spelling of Edward in the US, Muybridge remained an obscure figure until 1868, when his large photographs of the Yosemite Valley in California earned him worldwide notoriety as a landscape photographer.

    Muybridge’s real breakthrough came in 1877 while helping former California Governor and railroad magnate Leland Stanford win a bet on a prominent topic of debate in horse racing circles: Do all four legs of a galloping horse leave the ground at once? To answer this esoteric question, Muybridge had to improve upon the glacial shutter speeds of cameras at the time. He developed a system of multiple cameras with shutters connected to wires. When the wires were tripped the shutter would close, causing each camera to take it’s own picture as the horse ran by. But he wouldn’t settle with static images; he also wanted to show his subjects in motion.

    In 1879 Muybridge developed the Zoopraxiscope – a machine that projected images in quick succession from photographs printed on a glass disc. The demonstration of this innovative new device in 1882 not only helped Stanford win his bet, but is often quoted as the first ever showing of a moving picture. His pioneering work has even been cited as a major inspiration in the invention of the modern motion picture camera by Thomas Edison.

    Muybridge went on to conduct many more studies of motion through film, including a series of pieces on human movement funded by the University of Pennsylvania. His later work was notorious for depicting nude models (male, female, young and old), but was ground breaking in it’s analysis of human form and motion.

    With his new photographing and display inventions, Muybridge furthered the physical study of motion and became the forefather of motion pictures. Though we have come a long way since using glass disks and lanterns, Muybridge’s original design literally set the stage for modern film. Check out some of his work and other pieces inspired by it on Vimeo, YouTube, and at the New York MoMa.

    Sources:

    MoMA

    Britannica.com

    About.com Inventors

    Wild Film History

  • Thu, Apr 5 2012

    Assembling a stellar castle or man-sized Star Destroyer gives any kid, young or old, an unparalleled sense of accomplishment. But why be restricted to right angles and rectangular shapes? With Curvables anyone can build curving and organic forms. This 60 piece kit consists of four types of flexible “knuckles” with two, three, four, and five connections respectively, as well as four types of adjoining rods. Mix and match these for whatever you and your child can dream up.

    Inspired by curved forms that have revolutionized architecture, Fred Bartels wanted to bring the same modern design aesthetic to children’s building toys. Being design junkies ourselves, we couldn’t help but fall in love with his idea. 1329 influencers answered QDS’s call to help develop the next generation of creative playthings, which you can see for yourself in the Upcoming section today.

    Features:
    -60 piece kit
    -4 types of flexible ended knuckle pieces
    -4 different length adjoining rods

    Materials:
    -Plastic adjoining rods
    -Hard plastic and metal centered knuckle pieces with flexible plastic ends

    Dimensions:
    -Knuckle pieces: 70mm long flexible ends
    -Adjoining rods: 5cm, 10cm, 15cm, and 20cm long

    Price, qty and features subject to change during production process

  • Wed, Apr 4 2012

    We’re sure many of you have noticed that the forums recently received a face lift. After listening to your feedback, we determined that a few things needed to be clarified. We now include descriptions below each forum type, just to make sure there isn’t any confusion:

    Also new to the forums is Q-News: your one-stop-shop (other than this blog) for company updates, announcements, policy guidelines, and clever missives from Quirky staff. We’ve kicked off the launch of Q-News with our first post Conduct By Users, a frequently requested and happily provided code of conduct for old and new users alike.

    We hope this will be a helpful reference if you are ever confused about what is and is not becoming of a Quirky community member.

    As always, feel free to shoot us an email at questions@quirky.com if you have any questions or feedback about the new forum layout or the code of conduct.

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