An automatic Lawn Mower can save your time and money?

Think about this: Do you want to save money by eliminating your lawn service? Do you want a healthier lawn? Do you want more free time?Are you tired of itchy, watery eyes while mowing? Don’t you think there has to be a better way to mow?

Truth be told, I had high hopes for the lawn-mowing robot made by chinses Friendly Robotics. Not for me personally, although I love labor-saving devices as much as any time-pressed, sleep-deprived, My reward: Operating in automatic mode, the robot easily set out across the lawn, which I had cleared of children, sports equipment and pets. It hummed its way up and down diagonal rows that looked unfinished until the next right-angle pass. Quiet and eco-friendly, it left mulched clippings behind to nourish the next round of growth. Robomower handled the wide variety of crab grass and weeds that blot my yard, though its wheels did get stuck in a medium-sized hole dug last fall by the dog. And it twice attempted to mate with my picnic table, which, following the manual’s instructions, I had not excluded from the mowing zone.

A robot mower is a gift from science for all those who want to maintain a picture-perfect lawn. Basically, it is a battery-operated device that can mow between 5000 sq/ft and 218 000 sq/ft (5 acres) of land, depending upon size and power. Most robot mowers use a perimeter wire to define the area to be mowed. However, certain advanced robot mowers utilize special sensors and natural obstacles like stone boundary to designate the mowing area.

Most robot mowers will mow your lawn in a random manner. Some have bumper sensors to avoid obstacles others have sonars. When their battery begins to exhaust, the robot mower moves back to the charging station and other robot mower models will need to be manually connected to their charger.

LawnBott Robotic Lawn Mower will Cost LESS than a Lawn Service
Many lawn services cost to 0 per week depending on the size of your lawn. If you use a lawn service for 35 weeks per year, you could be paying ,225 – ,500 per year! A LawnBott can pay for itself within 2 – 5 years during the warranty period. That’s true value.
If you are mowing a quarter acre or more, you are probably using a riding lawn mower. A riding lawn mower will cost ,000 – ,000 upfront. Operating cost and upkeep can quickly exceed 0 per year when adding rising fuel cost, oil, and regular service intervals. Don’t forget to add in repair cost as the machine ages. Riding lawn mowers also take up precious storage space and you may need to purchase a trailer to transport it. All that and you still have to drive it.
LawnBott uses only of electricity per year. No gas to buy. No oil to change. No tune-ups. Simply replace the blades at once a year. LawnBott lithium batteries cost 0 once every 4 to 5 years or lead acid batteries cost less than every 2 to 3 years. Since LawnBott is an electric lawn mower, it has few moving parts and is less likely to break. LawnBott is a simple solution for a big problem.

BETTER value than a Push Lawn Mower
How much is your time worth? If you’re mowing a quarter of an acre with a push mower, you’re spending up to 2 hours every week mowing grass during your free time. When you figure in the amount you’re paying over the long term, (gas, oil, maintenance and repairs/replacements) the best long-term value is in the LawnBott. Go ahead, reclaim your weekends.

LOW Maintenance Cost
No tune-ups, no oil changes, no filters or service intervals. Just replace blades once a year and batteries every 4 to 5 years. (2 to 3 years for the LB2110′s lead acid batteries.)

Robomower dutifully continued its work across the yard, completing the task in about 45 minutes. It is slow enough so that children and rabbits can easily get out of its way. Doing the lawn by reel mower, by comparison, usually takes about 25 minutes, and I clear toys only just before I would chop them up.

Of course, the real labor savings would come with the next mow: Robomower can be programmed to run completely automatically on a particular day and time, but set-up day had left me too exhausted to try to program it on its rudimentary key pad. It can also be driven in manual mode, which I suspect would be easier for a practiced Xbox devotee.

Robomower’s maker markets it as a consumer-friendly device, but tech consumers are accustomed to much more coddling these days. When a PC arrives, a buyer need only push aside the Styrofoam, plug a few cables into their color-coded slots and find an outlet. You can be typing away in 20 minutes.

A film featuring Husqvarna’s new solar electric hyrbid lawnmower which signifies the beginning of a new green era for gardening.
Video Rating: 4 / 5

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An automatic Lawn Mower can save your time and money?

Think about this: Do you want to save money by eliminating your lawn service? Do you want a healthier lawn? Do you want more free time?Are you tired of itchy, watery eyes while mowing? Don’t you think there has to be a better way to mow?

Truth be told, I had high hopes for the lawn-mowing robot made by chinses Friendly Robotics. Not for me personally, although I love labor-saving devices as much as any time-pressed, sleep-deprived, My reward: Operating in automatic mode, the robot easily set out across the lawn, which I had cleared of children, sports equipment and pets. It hummed its way up and down diagonal rows that looked unfinished until the next right-angle pass. Quiet and eco-friendly, it left mulched clippings behind to nourish the next round of growth. Robomower handled the wide variety of crab grass and weeds that blot my yard, though its wheels did get stuck in a medium-sized hole dug last fall by the dog. And it twice attempted to mate with my picnic table, which, following the manual’s instructions, I had not excluded from the mowing zone.

A robot mower is a gift from science for all those who want to maintain a picture-perfect lawn. Basically, it is a battery-operated device that can mow between 5000 sq/ft and 218 000 sq/ft (5 acres) of land, depending upon size and power. Most robot mowers use a perimeter wire to define the area to be mowed. However, certain advanced robot mowers utilize special sensors and natural obstacles like stone boundary to designate the mowing area.

Most robot mowers will mow your lawn in a random manner. Some have bumper sensors to avoid obstacles others have sonars. When their battery begins to exhaust, the robot mower moves back to the charging station and other robot mower models will need to be manually connected to their charger.

LawnBott Robotic Lawn Mower will Cost LESS than a Lawn Service
Many lawn services cost to 0 per week depending on the size of your lawn. If you use a lawn service for 35 weeks per year, you could be paying ,225 – ,500 per year! A LawnBott can pay for itself within 2 – 5 years during the warranty period. That’s true value.
If you are mowing a quarter acre or more, you are probably using a riding lawn mower. A riding lawn mower will cost ,000 – ,000 upfront. Operating cost and upkeep can quickly exceed 0 per year when adding rising fuel cost, oil, and regular service intervals. Don’t forget to add in repair cost as the machine ages. Riding lawn mowers also take up precious storage space and you may need to purchase a trailer to transport it. All that and you still have to drive it.
LawnBott uses only of electricity per year. No gas to buy. No oil to change. No tune-ups. Simply replace the blades at once a year. LawnBott lithium batteries cost 0 once every 4 to 5 years or lead acid batteries cost less than every 2 to 3 years. Since LawnBott is an electric lawn mower, it has few moving parts and is less likely to break. LawnBott is a simple solution for a big problem.

BETTER value than a Push Lawn Mower
How much is your time worth? If you’re mowing a quarter of an acre with a push mower, you’re spending up to 2 hours every week mowing grass during your free time. When you figure in the amount you’re paying over the long term, (gas, oil, maintenance and repairs/replacements) the best long-term value is in the LawnBott. Go ahead, reclaim your weekends.

LOW Maintenance Cost
No tune-ups, no oil changes, no filters or service intervals. Just replace blades once a year and batteries every 4 to 5 years. (2 to 3 years for the LB2110′s lead acid batteries.)

Robomower dutifully continued its work across the yard, completing the task in about 45 minutes. It is slow enough so that children and rabbits can easily get out of its way. Doing the lawn by reel mower, by comparison, usually takes about 25 minutes, and I clear toys only just before I would chop them up.

Of course, the real labor savings would come with the next mow: Robomower can be programmed to run completely automatically on a particular day and time, but set-up day had left me too exhausted to try to program it on its rudimentary key pad. It can also be driven in manual mode, which I suspect would be easier for a practiced Xbox devotee.

Robomower’s maker markets it as a consumer-friendly device, but tech consumers are accustomed to much more coddling these days. When a PC arrives, a buyer need only push aside the Styrofoam, plug a few cables into their color-coded slots and find an outlet. You can be typing away in 20 minutes.

panza arriba


Image by tnarik

roomba rocks!


Image by tnarik

es listo, listo


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Robotic Cleaners – Reasons Why You Should Have One?

Every since the robotic vacuum cleaning machines came out of the market, the cleaning habits of house wives and home owner have never been the same. If only because of the sleek and classy design as well as high technology of the machine, most people are very much interested in having their own robotic cleaner.

 

Now why should you really want to have your own robotic vacuum? First of all, having this type of cleaner is like owning a 100 percent efficient cleaning gadget.

We all know how to clean up our homes is really difficult and you would simply rejoice if there is a way for you not to do it. Employing a hand is likewise expensive. But in the case of the robotic vacuum, you are sure to have really clean rooms with the least time possible. That is how efficient the robotic cleaner is. It possesses functions of the upright type, yet much better. Robotic likewise have brushes, filters, cleaning mechanisms which are all sturdy and quality assured, which much you get to enjoy 100 percent excellent working condition from them.

 

Robotics are certainly easy to operate. Of course we all know that the word robot implies automatic, and so with this type of cleaner, we do not have to personally operate run it. We do not even have to be at home as it will run by itself. All you have to do is turn the machine on and leave it while it does the cleaning job. You can come home after a few hours and sure enough you have a clean room to enjoy. There is nothing fancy that you need to do. Just press a single button and the robotic cleaner will immediately perform its job.

 

How does the robotic vacuum cleaner know what to clean? It utilize a random program technology, wherein the gadget paces the room automatically. It is programmed to pace the room several times. It also knows when to recharge the battery. And as soon as it finishes its job, it returns to a designated home base.

 

For more interesting articles and discussion about Best canister vacuum cleaner and vacuum cleaners in general, do visit our Best Vacuum Cleaner Dealer blog.

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Robot Parts

A robot is a complex assembly of several parts and devices which are synchronized to perform specific functions. Whether you are a robot hobbyist or a robotic technician, you require robot parts to customize or repair the structure. However, proper care is required while buying robot parts to ensure that they align with the system.

Essential Robot Parts

Some of the most crucial robot parts are:

Robot sensors: Robots’ intelligence depends highly on their sensors. The sensors detect elements in the surrounding environment and send information to the controller. Based on this information, the controller makes its decisions. Generally, a robot has several sensors to scan the environment. Sensors can include ultrasonic range finders to measure point distances, laser scanners to measure 2D and 3D distances for mapping, sound sensors, light sensors and more.

Microcontrollers: Microcontrollers act as the brain of robotic projects. These devices work similar to the central processing unit of the computer. They are capable of collecting information, processing it and deciding the actions of the robot.

Motor: A motor converts electricity into mechanical motion. There are different types of motors, which differ in terms of size, functionality and the amount of power they generate.

Motor controller: This device acts as an intermediate between a microcontroller and a motor. A microcontroller is not capable of proving enough power to a motor so instead it sends commands to a motor controller which handles the higher power requirements.

Mechanical parts: Mechanical parts come in different forms and shapes. Mechanical parts are chosen based on the specific objectives of a robot. Certain common mechanical parts are wheels, tracks, casters, connectors, motor mounts, pan and tilt systems, gear boxes, chassis/frame and grippers.

Power system: Most robots require a battery to function. Many employ a Nickel Metal Hydride (NiMH), Nickel-Cadmium (NiCd) or Lithium-ion (Li-ion) battery, though others may use alkaline, lead acid or other less common types. Some robots are powered or recharged by solar energy. Standard power equipments often include battery, charger and adapters.

Communication devices: Optimum performance of a robot depends on successful communication. Robotic structures come with sophisticated communication and control devices for transmitting and processing messages. Essential communication devices include modem, Bluetooth, remote control and telemetry.

Purchase robot parts from authorized sellers who possess considerable industry experience. RobotShop is an internationally renowned source for buying robotic parts. The company’s website www.robotshop.us provides detailed information on robotics and a variety of robot tools and devices for your needs.

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Lego Mindstorm NXT MouseMover2


Image by GrinGod
This is a robot I created for a friend that would move his computer mouse every few minutes to stop his computer locking up when he was away from it.

Lego Mindstorm NXT MouseMover2


Image by GrinGod
This is a robot I created for a friend that would move his computer mouse every few minutes to stop his computer locking up when he was away from it.

Everyone likes to keep their home clean and tidy. A clean place not only gives a neat look, but also protects you from several diseases. While office work keeps you busy throughout the week, you would like to relax on a weekend rather than cleaning. Don’t you feel so? Although vacuum cleaners are the most convenient cleaning appliances, you still need to put some effort. Wouldn’t it be great if a robot takes care of the cleaning? The invention of iRobot Roomba Vacuum Cleaner has made this dream a reality. It has created a revolution in cleaning. This machine provides a smarter and faster way to get rid of dirt.

Tupelo Super Store offers a wide range of robotic vacuum cleaners that help to keep your home and office clean. You can get a refurbished iRobot Roomba Vacuum Cleaner at an affordable price. It can operate on any surface. This robotic vacuum cleaner is round in shape, but it can remove dust particles in the edges and corners of the room with the help of its spinning side brush. The iRobot Roomba Vacuum Cleaning Robot from Tupelo Super Store comes with a Roomba vacuum, air filter, two virtual walls, and an instruction manual. This unit comes with iRobot fast charger for quick recharging facility.

iRobot Roomba 535 Vacuum Cleaning Robot available at Tupelo Super Store comes with an advanced anti-tangle technology that protects the unit from getting stuck on cords, carpets fringes, and tassels. iRobot Roomba 535 Vacuum Cleaning Robot absorbs dirt, debris, pet hair, dust, allergens from any surface, which is a blessing for asthma patients. It comes with counter-rotating bristle brush and beater brush, which function like a dustpan and broom. With its powerful vacuum and improved filter, the iRobot Roomba 535 gives no room for dust and debris. While the side brush removes dirt from all corners and edges, its larger bag-less bin holds more debris.

Being one of the latest and advanced products, the iRobot Roomba 560 Robotic Vacuum Cleaner is all you need for a dust-free home or office. It is extremely easy to use and removes dirt from floor, under and around furniture, and along wall edges. With the iRobot Roomba 560 Robotic Vacuum Cleaner, you don’t have to worry about periodic recharging. It returns to the self-charging home base all by itself for docking and recharging between cleaning intervals. You can select from any one of these refurbished vacuum cleaners from Tupelo Super Store to keep your home cleaner than ever before.

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Robotics Inching to Make Robots More Human-like

It’s a common misconception that robots should be like humans. Actually, if they did, it means compromising their potential as a computing machine capable of processing billions of instructions per second while asking fringe benefits and leave benefits from their employers.

We’ve seen movies portray robots of the future with terms like “humanoids” or “Cyborgs” that stand for cybernetic organisms. There’s rarely much truth in them. Robots today are mostly stationary machines with tentacular armatures that perform multiple and often simultaneous tasks that churn out complete cars, trucks, appliances and motherboards and other complex electronic circuits.

But the objective remains to impart human-like quality in robots at least in the areas of stable mobility and cognitive interactivity for robotic science to consider

Human Interaction

The cognitive ability to respond and elicit response with humans is the defining trait of robotic application if it is to mimic human cognitive traits. Speech recognition, instead of command line or GUI input is a minimal requirement. Conversely, data to speech capability is a must. While robots with human-like facial and body features can make interaction with humans easy, this is not necessary.

Some strides have enabled servo-assisted mechanical eyelids, eyebrows and some semblance of lips articulating the spoken word can be programmed to show facial expressions. Artificial emotion of a limited range can also be defined like surprise, sadness, elation that mimics those exhibited by C3PO in Star Wars and Pixar’s Wall-E.

Learning Abilities and Full Autonomy

There are now AI-based inference engines that can accumulate information and analyze their trends and patterns to make recommended solutions when interrogated. They are commonly used in computer and telecommunication help-desk functions. This facility can now be applied to robotic application to support full autonomy for robots to make decisions and actions within their prescribed task directive. In other words, once turned on, they can do their task with no human control unless there are override commands built into the program.

Locomotion

While not really necessary, we’ve all seen how the movies portray robots as mobile electro-mechanical machines that use either motorized wheels of feet-like parts to move around. There are already mobile robots in some high end hospitals that delivery medication to patients on motorized wheels, not on leg-like contraptions. Human-like feet is nice to have but robotic engineers will have to factor in balancing mechanisms which humans have in their ears so they don’t fall on unstable two legs.

Perhaps tri-pod like tentacles can provide better stability in this area without having to bother with such balancing mechanics. Motorized wheels on all fours remain the most viable option.

Social Implications of Near-Human like Robots.

This subject has been excellently explored in many science fictions novels and movies. The most recent was Spielberg’s A.T. or Artificial Intelligence. It basically asks how we should treat robots that behave and look like humans. Do we treat them as social being with rights to life or existence. Even the blockbuster I,Robot posits that same dilemma.

If robots start to exhibit human emotions and responses, how do we deal with them. Well, this is best left answered by moralists and technological psychologists with the end in view of protecting human life and its innate dignity more than anything. Suffice it to say that we are still quite a long way for robotic science to make robots a common street and household appliance, much less mistake them for humans. GP

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Megabyte


Image by (nz)dave
Megabyte tears more metal out of an opponent in the Heavyweight class, before going on to lose the battle when they were tipped and could not self right.

Photo 92/365 – Sprung!


Image by Aerokev
Photo 92/365 – 2 April 2010.

Poor little Danbo could not wait to get some chocolate. She thought a quick raid on the carton would yield results except it tipped over and made a huge noise. She’s looking sheepish caught in the spotlight.

Here’s to hoping April gives me more time to do photos rather than the very rush job March was.

Critical Issues for Robotic Application

The technology of the 21st century promises to bring the computing power and efficiency of laptops and handheld mobile devices to new heights. But one feature that remains critical to delivering these powerful gadgets to their intended usefulness is their battery power. Batteries for mobile computing devices remain a sore issue that unless satisfactorily addressed, will just limit the increasing power of portable devices to just a few minutes of use.

Powering them Up

In robotics, the same issue needs to be addressed if robots are to be deployed anywhere or given unlimited mobility. While this will not be a problem on stationary robotic application in manufacturing plants, it gets critical consideration powering mobile robots, whether they move on motorized wheels on human-like leg contraptions. Current progress in hybrid automobiles seems like the best solution for robots on wheels with just one caveat – size.

Movie robot characters like Pixar’s Wall-E. C3PO and R2D2 in Spielberg’s Star Wars franchise are amazing enough in their functions but what these movies gloss over is how are they powered. We know that Wall-E is solar chargeable and that may signal another option to take for simple robots. Large mobile robots that can do more complex tasks will require a more reliable powering solution under any weather. Nuclear fusion (as opposed to fission used in making nuclear warheads) holds another promise here but that’s one technology that has been put on hold pending newer and safer forms of energy sources.

A good solution would be to use separate independent power sources for each major robotic function, such as for mobility, cognition, computing, telecommunications and database functions. Thus, losing mobility power will not compromise other functions and might even benefit from cross-powering from its other power sources, and vice versa for other robotic functions.

Miniaturization

We all know the vast computing power of PCs and laptops but are they small enough to fit inside a cube or sphere no bigger than a human skull? If cellphones and gaming consoles are any indication, perhaps they can. Nanotechnology promises to bring miniaturization to the next level of bio-molecular sizes that can multiply tenfold the current computational prowess of processors and memory modules at a fraction of their current footprint.

Enabling robotic applications to exercise any form of thinking autonomy will require massive inferential databases that can store data for them to learn and make decisions and actions without human intervention. More than anything else, this is what distinguishes robots from computers – autonomic thought and action. And you can not do that with the current spinning platters in hard drives. This technology is old, unreliable (vulnerable to motion-induced crashes) and inadequate. While piling up 203 1TB hard disk might so the job, it’s still slow and bulky.

Enter the solid state hard drive. It’s amazing that computer companies preferred to concentrate all their time and energies increasing the capacities and seek times of traditional hard drives when they could have done so with solid state storage devices that remain an expensive alternative at this time. Your 16 GB flash drive uses solid state storage technology that happily has gone down in price per GB over the last 12 months. GP