Portable Robotic Printer

This printer is outfitted for our day to day life. It has a rechargable battery and an on/off switch. It connects directly to smartphones andto the PCs, and allows the user to print on any size piece of paper.

Few things in life have frustrated me as much as printers. The small mobile printer is super-compact and most importantly easy to use. It connects via Wi-Fi and works with any computer, tablet or smartphone. In order to print, you simply align the Zuta with the paper by placing it at the top left corner of the page. Once it's set up, you can use the Zuta app to print whatever documents you'd like. The robotic printer chugs from left to right and, depending on what you're printing, can take awhile.

The wireless printer works for about an hour and is rechargeable via micro USB. Users can print on all sizes of paper and it works without drivers and can print from Macs, PCs iOS and Android.

 The size is just 10.2 centimeters in diameter  is a big selling point for the product. It is aimed at users who only need a printer infrequently. The fact that it also works with smartphones and tablets is a big deal too. More often than not, to print documents from phone more than laptop. It is small enough to fit into the palm of your hand, the four-inch wireless device makes it easy to produce images on the go.

The printer rolls back and forth over a piece of paper, until the on-screen image is recreated in about a minute. This Robotic Printer integrates with an app, which enables it to print what you see on your phone.

The battery just lasts about an hour, but it is rechargeable via a micro USB. It is compatible with Android, iOS and Windows. One ink cartridge can print about 100 pages.

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Galileo Robotic Motion Control iphone

Robotic Motion Control iphone

This is an must have gadget for your iPhone, especially if you are into photography. If there's one accessory for the iPhone that has been breathlessly anticipated by a lot of photographers and videographers, it's the Motrr Galileo robotic iPhone mount. There are also white or black models, just in case you're fussy about making sure your motion-control mount matches your iPhone.

This test device was one of the Bluetooth models. It's a rather tiny device a squat cylinder about 3.25" in diameter and just two inches tall. There's a micro-USB port on one side for charging, one LED for battery status on the bottom, and several "cups" that are used to ensure a tight fit of your iPhone or iPod touch so it doesn't fall out during a photo session. The first thing you need to do is go out to the App Store and pick up the Motrr app. 

To link a Galileo-enabled app with the device, you simply twist the bottom and top parts of the mount to send a pairing signal to the iPhone. That's it. With the Sphere app, there was a special item under the "hamburger" button for linking the Galileo mount and starting the photography. What happened next was incredible: the Galileo began whirring and moving, stopping to take photos at precise intervals. Within a very short amount of time. The spherical image of my kitchen to navigate around.

The Motrr Galileo robotic mount is perfect for the iPhone or iPod touch photographer/videographer who desires precise control of camera movement. While there still aren't a lot of apps available offering support for the mount.

It is very precise and extremely quiet, perfect for filming video. Unique design offers almost spherical coverage of any scene through 360° pan and tilt. Can be mounted on any standard tripod. Not that many apps support the device at this point, particular the Bluetooth version of the Galileo.

 The iPhone videographer who wants a better way of controlling pan and tilt automatically during filming, the photographer who is working on time lapse photographs, or (coming soon) anyone who wants to control where someone else's device is pointed during a video call.

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EMILY

Emergency Integrated Lifesaving Lanyard

This 4 feet long remote controlled boat can cruise through rip-currents and swift water at speeds up to 22 mph to reach distressed swimmers faster than human lifeguards. 

It was Designed to race through heavy surf, EMILY has proper balance for quick self-righting performance. The deep, 22 degree hull is designed to track straight during wave breaching. Highly durable, EMILY will survive impact at full speed or in surf with rocks, reef, or pilings. Used EMILY to provide flotation until a rescuer arrives, deliver life jackets, or pull a recovery rescue line up to 800 yards through strong currents and large surf.

EMILY has high visibility 5 foot flag foroperator control in surf. Jump pump with inlet grate and there is no propeller or rubber to harm victim or catch on rocks or sand. Flotation cover is heighest quality construction with heavy duty marine grade canvas with light weight structural closed cell from floation.

It is a useful device for rescue personnel on pier or dock locations, safety on cruise ships, and rescue teams in flooding situations. Emily can be dropped from helicopters as well to rescue those stranded out at sea. Since it is remote controlled, it also helps to minimize the risks taken by rescue teams. Emily is made of a Kevlar reinforced hull, has a jet pump with inlet grate, no propeller or rudder to harm the victim or catch on rocks or sand, and is 50" long with one kilowatt of power.

Forget slow-motion visions of hunky lifeguards racing to the shore. This summer, the beach's most effective rescue tool could be a robot. The remote controlled-robot wil soon be racing to a shore near you. Los Angeles Country lifeguards have been deploying the machine in practice rescue missions at Zuma Beach this summer, reports KTLA, and the results so far have been impressive. The little red robot can cut through waves at up to 40 miles per hour for up to 35 minutes, and it can patrol at five miles per hour for over 500 minutes before needing a recharge, according to the manufacturer's site. It only weighs 25 pounds, and can be a floatation device for up to six people.

Specifications:

Length: 50"
Beam: 15"
Displacement: 25 pounds
Power: 1kilo watt
Top Speed : 22mph

Help ensure the safety of your rescue personnel and visitors of your beach, river, or lake areas. EMILY also has mission applications for supporting swift water rescue teams in flash flood incidents. In the maritime environment, EMILY is a valuable device for safety on cruise ships, commercial shipping, oil rig operations, and in pier or dock locations.

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DIETSENSOR

DIETSENSOR

Manually logging in meals can be exaspirating, we know. That’s why we worked hard to develop this sleek, snappy, little app just for you. By scanning your food, it’ll take 10 times fewer clicks to log a food than with other manual input methods.

Do you need better control of your nutrition? Our app reads the spectrometric scans from your SciO scanner and provides accurate analysis of your homogeneous food or beverage. Spectrometry is the process we use to identify the chemical makeup of your food. This even takes into account specific cooking and additive ingredients, like cooking oil. We believe that if nutrition tracking isn’t accurate, it isn’t helpful.

DietSensor gives accurate results with any homogeneous food, even with homemade dishes and beverages that do not have a nutritional label. So you can stay balanced, even when it’s home cooked.


For those times when you need to input non-homogeneous foods, you’ll have access to our extensive, ever-expanding food database with over 600,000 food items from 50 countries (in 19 languages!) with ultrafast bar-code scanning.

DietSensor innovative progression chart gives you comprehensive information on carbs, fat protein, calories, and alcohol levels to provide customized nutrition goals. Stay on target by getting tailored-to-YOU feedback on the quantity and quality of your food. Recurring diet setbacks. Weight fluctuations. Low hydration levels. DietSensor helps you recognize and understand your own habit patterns and advises you accordingly.

DietSensor is in partnership with Consumer physics, creators of the first, pocket, wifi-connected molecular sensor. SCiO uses something called near infrared spectroscopy to determine the chemical makeup of food and drink. Each type of molecule in a food vibrates in its own unique way, and these vibrations interact with light to create a unique, optical signature. In brief, spectrometers analyze what is in a substance based on how its molecules interact with light

. The SCiO shines a light on the food or beverage of your choice when you click a button. Then, a tiny optical sensor (the spectrometer) collects the light reflected from the food sample. It breaks the reflected light down to its spectrum, or the array of varying wavelengths.

DietSensor builds spectrometric models that translate the resulted information into something really useful – a calorie count and the percentage of carbohydrates, fat, and protein contained in your food. This is all quickly sent and clearly displayed on the DietSensor app on your smartphone.

We are ever-expanding our database to give you the widest range of food and drink possible, so you can always get a clear readout, even for those healthy muffins you just pulled out of the oven.

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