Many people have a sixth sense when it comes to infidelity. Some people just get this feeling that there is something not right in their relationship and they need to do something about it to make sure that feeling is true. When trying to catch a cheater, you have to be prepared to think like they do. Below is the best way I have found to bust your cheating spouse.
First lets think about all the normal ways you would usually think to use to catch a cheater. You may inspect their cloths for lipstick and perfume, check their car for strange hair, watch their work schedule if they are working late and answers that don't add up when you ask them questions.
If a cheater is good at covering where they have been, you are not going to get very far with these methods. What you need is a ways to find out information without them ever knowing. Enter the reverse cell phone lookup system.
With a reverse cell phone lookup, you are able to find out exactly who they have been calling and who they have received calls from. All you need to do is quickly get a little time with their phone to write down the numbers you see.
Go to the reverse phone number search and enter the number into the proper area. In no more than 10 seconds you will be given the name, address, cellular provider and possible employment information about the owner of the phone number.
Talk about loaded information! Now you know exactly who they have been talking to. All you have to do is ask a few questions about one of the phone numbers and wait for the response. You will know in 2 seconds if they are lying to you.
This is one of the easiest ways to catch a cheater you will ever come across.
Author : Denis R
http://www.articlesbase.com/technology-articles/catching-a-cheating-spouse-one-of-the-best-methods-you-will-ever-find-to-catch-them-cheating-809656.html
Tuesday, March 24, 2009
LCD Screens Transforming Digital Signage and Advertising in Restaurants and Retail Stores
It is not hard to understand why LCD displays screens are rapidly being adopted by retail stores and restaurants. InfoTrends conducted a digital signage study where they polled consumers and found that "digital signage displays have a 47.7% effectiveness on brand awareness, increase the average purchase amount by 29.5%, create a 31.8% upswing in overall sales volumes, generate a 32.8% growth in repeat buyers and generate 32.8% more in-store traffic". LCD display screens are being used by restaurants for displaying the menu and entertainment, by garment and clothing retail stores to show videos of fashion shows and to showcase various products, and by automobile dealers as video walls to provide the feel of the car on the road and to keep the customer occupied as they wait for sales agent or other people.
LCD Display Usage in Restaurants: When visiting KFC Hyderabad (India), what grabs your attention is not so much the smell of food but the vibrant colours of the four 42-inch LCD display panels which serves as the overhead menu board. KFC Hyderabad sought the help of Sharp Business Systems India (http://www.sbsil.com) to set up the digital signage solution. LCD digital menus can be maintained from a remote central location or a local PC set up in the store. The benefit of remote central management is that menu, promotions, video, pricing and other items displayed on the LCD displays in the retail outlet can be managed from one central location to provide consistency and to make sure that the changes are made consistently across all stores at the same time. Consumers receive dynamic previews of the offering with potential for positive impact on sales. If restaurants have the networked point-of-sale cash registers collecting time based purchased data, marketing can get instantaneous feedback on how different promotions and pricing are having impact on sales. Restaurants are also using LCD displays as televisions to spruce up the restaurant atmosphere. It is now a common expectation to have LCD TVs in restaurants that show the local sports or the news.
LCD Display Usage in Showrooms: Whether it is women clothing store, automobile showroom, convenient store or a department store, LCD displays are appearing in all these locations. A typical store has up to four LCD displays per site. InfoTrends study showed that business that had installed displays in their showroom, predominantly expected the display usage in their showrooms to increase. To grab and hold consumer attention, retailers are using LCD displays in a video-wall format or in a daisy chain format along with stand alone units. The content could be a mixture of video along with text or a combination. The goal is to target specific customers with specific information and this information may change with the time of the day - creating a retail company-owned, closed-circuit television network that runs nothing but the retail company programming.
Why do Retail Businesses Select LCD Displays vs. Plasma Displays? There are a number of reasons why retailers and restaurants are selecting LCD display over plasma displays.
· Fan-less Architecture of LCDs: LCD displays do not have a fan potentially resulting in less noise and distraction. This is less of an issue with newer higher end plasma displays, however it is worthwhile to keep track as you evaluate the two options.
· Rugged Design of LCDs: LCD displays are closed-box units and more rugged. There is less chance of oil fumes, dust or other elements getting into the unit and reducing the life of the unit.
· Resolution and Picture Quality: (A) Video resolution on LCD displays and plasma display are comparable but computer data is better observed on LCD displays. (B) LCDs are better to view in ambient light or in brightly lit rooms. As businesses usually work during the day in ambient light, LCDs are more desirable for most business applications. (C) Plasma manufacturers have made much of their viewing angles. However with new LCDs the view angles are 176°. There is not much difference between the two technologies in viewing angle. (D) There have been concerns with burn-in for Plasma screens especially for static images. However, many Plasma manufacturers have improved their anti-burn in technology. There are no burn-in issues with LCD screens.
· Life of the Display Unit: LCDs can be operated 24x7 for 50,000+ hours equivalent to 5+ years of continuous viewing. Plasma, on the other hand, typically has a half life of 30,000 hours. At half life, the phosphors in a plasma screen will glow half as brightly as they did when the set was new. There is no way to replace these gases; the display simply continues to become dimmer with use. An LCD TV will last as long as its backlight - and in many models the backlight bulbs can be easily replaced!
· Power Consumption: Plasma TVs use more power than LCD - twice as much Technology for both plasma and LCD display continues to change. Be sure to check updates to the technology for apple to apple comparison
Author : Mohit Aggarawal
http://www.articlesbase.com/technology-articles/lcd-screens-transforming-digital-signage-and-advertising-in-restaurants-and-retail-stores-825720.html
Laser TV Versus OLED TV – Which Technology Wins?
Laser TV - What Is It?
There is much hype around this type of TV, yet the technology has been around for a number of years. The term Laser TV refers to the principle of literally firing a laser onto the inside of a TV screen in order to produce an excellent quality image. This process is more efficient in producing an image compared to our current plasma and LCD TVs. When you consider the range of colors that are visible to the a human eye (known as color gamut), plasma and LCD can only manage to produce 40% of these colors, whereas laser TV technology can produce an excellent 90%.
The Technology Behind Laser TV
Lets take a simple look at the principle behind the technology, to truly understand how it works.
Current TV technology produces red, green and blue light (RGB). In principle it is possible to combine these three colors to produce a complete full range of visible colors, however in reality, visual displays are only capable of displaying a limited range of these colors. However, in a Laser TV, three distinct wavelengths are used, these are simply light beams which project accurately and brightly onto the screen, producing brilliant blacks.
The whole technology is based around the principle of projection, with this in mind Laser TVs are a perfect improvement on our current rear projection TVs, these are TVs whose images are projected from the rear of the TV on to the back of the screen. A typical rear projection display tends to measure from 50 inchs to 100 inches and are regularly used in public spaces. It is the ultra High Performance Lamp (UHP) which is the basis for the technology, however laser technology essentially replaces this and as a result very much suits the larger screen size.
What Laser TVs Are Available To Buy?
Mitsubishi became the first manufacturer ever to make a commercial Laser TV available to consumers in stores in November 2008. Aptly named Laservue, this TV was priced at around $7,000. A little pricey for today's market. The Laservue is available in 65 inch or 73 inch versions and is also 3D ready and as you would expect these days it is perfect for wall mounting.
Rumors of Toshiba entering the market are spreading rapidly. Whether many other manufacturers wish to enter the race remains to be seen.
LASER TV vs. OLED - How They Stack Up?
To be honest, as the two technologies stand at the moment, Laser TV is suited to one end of the TV market and OLED the other. Laser TV technology currently suits the large display market and at present OLED technology suits the smaller display market, of course this will change as both develop over time. The two technologies are not yet going head to head in the TV market.
Take a look at the features of each:
LASER TV:
- Wider range of colors displayed (roughly doubling standard HDTV's)
- The intensity of the laser is maintained for the lifespan of the TV, meaning a high
quality image is maintained throughout the life of the TV, unlike current HDTV
technology
- Laser TVs utilize roughly a quarter of power used by current TV technology
- Laser TVs tend to be half the weight of current HDTV's
- First TV commercially available in 65 and 73 inch versions
OLED TV:
- Excellent image quality at 1000000:1 contrast ratio
- Better image quality means wider viewing angle of 180 degrees
- Ultra thin screens measuring 3mm thin
- Power consumption is less that current technology since no backlight is required
- First TV commercially available in 11inchs
So What Are The Disadvantages?
There always seems to be a worry around any laser technology, scare mongers will raise issues around potential eye damage from a laser should a Laser TV become damaged. These concerns are yet to be proven. However it is suggested that special filters can be fitted within the TV to remove this potential fret.
Another concern is the speckle effect. Laser TV technology can produce an effect on the human eye which resembles speckling, this is caused by a number of waves joining together to produce a wave with varying intensity. This issue is being addressed by manufacturers, expect this to be overcome in near future.
Which Technology Wins? - Laser Or OLED
Laser TVs are on sale now and available to all....well to most, if your bank balance can support it and your home is large enough. If this suits your circumstance then laser TV is a possibility for you at this time. OLED TV is cheaper by comparison, but not at the prices the average consumer would be happy with and screen sizes do not reflect what we have become used to for our homes.
As yet, laser technology has a way to develop, as more manufacturers take up the challenge. Prices should decrease and so will screen sizes. Likewise OLED screen sizes are set to increase. There does seem to be more of a buzz and excitement in the industry around OLED. Image wise these two technologies are truly head and shoulders above the rest and once these TVs truly develop and become TVs we can afford and want in our homes then there could be more of a head to head battle.
Which technology is better you ask? Considering all other factors, at this stage, it is just too early to tell.
Author:Will Caulderwood
http://www.articlesbase.com/technology-articles/laser-tv-versus-oled-tv--which-technology-wins-826225.html
ELECTRIC BIKER
Pedal-Assisted Pleasure...
Stepping outside my island hideout, I hoist the bamboo-stiffened tarp like a gaff-rigged mainsail and cleat it off to the side of the shed. In the soft interior light, the bike's clear plastic fairing throws off reflections with the promise of motorized adventure only two wheels can offer.
The machine waits, eager and enticing, as I pull on helmet, goggles and gloves and zip my armored jacket to the chin. The charger's pulsing green light says, "Go!"
Unplugging the BikeE, I wheel it out under last winter's ravaged apple tree, swing my leg over its low-slanting frame, and settle back in the semi-reclining seat with a sigh of coming home. A quick brake check and final adjustment of the handlebar mirror gives me a moment to focus and quiet the adrenaline surging through me like the voltage I'm about to feed my pony.
Reaching down, I punch the big red button on the heavy duty controller bolted to the side of the bike's box frame. A red glow reflecting on my glove is the only indication that we have ignition.
I touch the thumb throttle and any doubt disappears in a surge of torque.
As Honda Chairman Takeo Fukui reminds us, "Even the best internal-combustion engines still waste more than 80% of the energy created by burning gasoline."
But electric hub motors can deliver full power directly to the wheel. And if that rotating motivator happens to be just 16-inches in diameter and connected to the front of a low-slung bicycle, you'd better be ready to brace for the kind of acceleration that brings big grins to the faces of all those who believe that fast is good.
And faster is better.
Shouting, "Power to the people!" I tuck my feet into the Power Grip straps as the bike moves forward under its own power and each pedal rotates into position. Making for the cove's paved two-lane road, I swing out of the gravel driveway that earlier last summer judo-flipped me into a 10-week aching meditation on paying attention. (Nothing broken and not a scratch on the bike - and no bruises if I'd been wearing the padded mountain bike jacket I always wear now.) Downshifting the internal rear hub transmission, I keep peddling in laid-back comfort for the long climb out of the "gravity well" leading up the relentlessly steep and scenic hill from Ford Cove.
Passing Olson's farm, the grade inclines. Tilting back in the seat like a light plane pilot on a long climb-out, I keep peddling easily while gradually coming in with full power. Despite the drastically steepening grade, speed continues to hover around 22 kph as the numbers denoting amperage draw tick over quickly on the Cycle Analyst meter: 8, 10, 14, 20… 29 amps!
Don't try this on a hot summer day without at least a 36-volt motor/battery combo, heavy-duty fuse clip and overbuilt power controller!
But this classic, power-assisted BikeE handles the load without strain. Even at full power, the whine of the motor is much quieter than the bird cries and soft wash of distant surf. Lulled by the hum of the bike's spinning tires, I lay back in my lawn chair and admire the ocean view as the hill that used to necessitate three panting stops to recharge my "preemie" lungs tops out in trees, sunshine and smiles.
Starting down the backside, I firm my grip on the handlebars as the bike tips straight down in one long burn of all this "heightened" energy. Weighing over 225 pounds with rider, battery, controller and motor onboard, the BikeE sucks up gravity like rocket juice, accelerating like a Saturn IV leaving the pad.
In seconds, the speedo whisks past 40 k.
Whack! A bug bounces off my newly acquired ski-goggles. Good purchase!
Even with power all the way off, at 45 kilometers-per-hour, "organic" regen kicks in as the spinning front hub motor maxes out and begins pumping juice back into the battery. Our descending rush does not slow as 13 amps momentarily surge back into the 36-volt sausage of wired-together Nickel-Metal Hydride laptop batteries cinched to the bike's boxbeam frame in front of the seat.
Nearly supersonic, I "think" the bike's little front wheel past a jagged pothole. Even though you can't fly over the handlebars in a recumbent crash, a front tire blow-out at 57 k would not be fun. Which is why that Kenda Qwest high-pressure tire is new, internally protected with slime and a Kevlar puncture barrier - and regularly replaced.
Speed slackens gradually as the BikeE levels out, but it's still another few moments before peddling again takes effect. Downshifting once, twice, three-times on the seven-speed rear sprocket, I thumb the power back in to keep grunt work off the pedals as the next hill looms. One more swooping roller-coaster is followed by a long pleasant flat stretch that finds me lightly blipping the throttle in a "pulse and glide" technique that extends range while keeping peddling speed near a brisk 30 k.
Onboard a conventional bike, I'd be staring down at the pavement, back bent, with my weight on my aching wrists. But unlike full recumbents, which put riders almost on their backs, the BikeE's more upright seating gives me good eye contact with the astonished driver of a passing car - as well as fine views of unscrolling woods, sky and farms. I once passed Hogan trotting his horse along this stretch, proving conclusively the "one horsepower-plus" rating of my 480-watt Crystallite e-motor.
Then comes another long delightful downhill run past a fine sweep of ocean rolling into Little Tribune Bay. Even leveling off, this descent carries me in a rush all the way to the Co-Op bike rack.
Who says a grocery run has to be boring?
Or must burn carbon?
The bike's big wire basket, Spiderman totepack, and extra-long frame allow me to carry more than 30 pounds of cargo with ease. (I've even hauled logs lashed to the frame.) A trailer would turn this bike into a pickup truck, while carrying an extra battery for nearly 100 km range!
So far, so good. The reliability of this rig is nearly 100% after I learned to obsessively tape, wire-tie and check every looping strand of wire clear of spinning sprockets and pedals. Over less than a year, the 1,800 or so kilometers I've covered on my electrified BikeE translate into roughly 40 gallons of gasoline saved - or more than 800 pounds of CO2 kept out of the atmosphere forever. Except for my own exhalations of course. Which I tend to do anyway.
Mental and physical health benefits are incalculable. Not to mention the additional personal liberation of saving a fortune on the car I no longer support. At 59 - on my electric bike - life is good!
No one ever told me the end of the world (as we've known it) would be so much fun.
Author : William Thomas
http://www.articlesbase.com/technology-articles/electric-biker-828246.html
Stepping outside my island hideout, I hoist the bamboo-stiffened tarp like a gaff-rigged mainsail and cleat it off to the side of the shed. In the soft interior light, the bike's clear plastic fairing throws off reflections with the promise of motorized adventure only two wheels can offer.
The machine waits, eager and enticing, as I pull on helmet, goggles and gloves and zip my armored jacket to the chin. The charger's pulsing green light says, "Go!"
Unplugging the BikeE, I wheel it out under last winter's ravaged apple tree, swing my leg over its low-slanting frame, and settle back in the semi-reclining seat with a sigh of coming home. A quick brake check and final adjustment of the handlebar mirror gives me a moment to focus and quiet the adrenaline surging through me like the voltage I'm about to feed my pony.
Reaching down, I punch the big red button on the heavy duty controller bolted to the side of the bike's box frame. A red glow reflecting on my glove is the only indication that we have ignition.
I touch the thumb throttle and any doubt disappears in a surge of torque.
As Honda Chairman Takeo Fukui reminds us, "Even the best internal-combustion engines still waste more than 80% of the energy created by burning gasoline."
But electric hub motors can deliver full power directly to the wheel. And if that rotating motivator happens to be just 16-inches in diameter and connected to the front of a low-slung bicycle, you'd better be ready to brace for the kind of acceleration that brings big grins to the faces of all those who believe that fast is good.
And faster is better.
Shouting, "Power to the people!" I tuck my feet into the Power Grip straps as the bike moves forward under its own power and each pedal rotates into position. Making for the cove's paved two-lane road, I swing out of the gravel driveway that earlier last summer judo-flipped me into a 10-week aching meditation on paying attention. (Nothing broken and not a scratch on the bike - and no bruises if I'd been wearing the padded mountain bike jacket I always wear now.) Downshifting the internal rear hub transmission, I keep peddling in laid-back comfort for the long climb out of the "gravity well" leading up the relentlessly steep and scenic hill from Ford Cove.
Passing Olson's farm, the grade inclines. Tilting back in the seat like a light plane pilot on a long climb-out, I keep peddling easily while gradually coming in with full power. Despite the drastically steepening grade, speed continues to hover around 22 kph as the numbers denoting amperage draw tick over quickly on the Cycle Analyst meter: 8, 10, 14, 20… 29 amps!
Don't try this on a hot summer day without at least a 36-volt motor/battery combo, heavy-duty fuse clip and overbuilt power controller!
But this classic, power-assisted BikeE handles the load without strain. Even at full power, the whine of the motor is much quieter than the bird cries and soft wash of distant surf. Lulled by the hum of the bike's spinning tires, I lay back in my lawn chair and admire the ocean view as the hill that used to necessitate three panting stops to recharge my "preemie" lungs tops out in trees, sunshine and smiles.
Starting down the backside, I firm my grip on the handlebars as the bike tips straight down in one long burn of all this "heightened" energy. Weighing over 225 pounds with rider, battery, controller and motor onboard, the BikeE sucks up gravity like rocket juice, accelerating like a Saturn IV leaving the pad.
In seconds, the speedo whisks past 40 k.
Whack! A bug bounces off my newly acquired ski-goggles. Good purchase!
Even with power all the way off, at 45 kilometers-per-hour, "organic" regen kicks in as the spinning front hub motor maxes out and begins pumping juice back into the battery. Our descending rush does not slow as 13 amps momentarily surge back into the 36-volt sausage of wired-together Nickel-Metal Hydride laptop batteries cinched to the bike's boxbeam frame in front of the seat.
Nearly supersonic, I "think" the bike's little front wheel past a jagged pothole. Even though you can't fly over the handlebars in a recumbent crash, a front tire blow-out at 57 k would not be fun. Which is why that Kenda Qwest high-pressure tire is new, internally protected with slime and a Kevlar puncture barrier - and regularly replaced.
Speed slackens gradually as the BikeE levels out, but it's still another few moments before peddling again takes effect. Downshifting once, twice, three-times on the seven-speed rear sprocket, I thumb the power back in to keep grunt work off the pedals as the next hill looms. One more swooping roller-coaster is followed by a long pleasant flat stretch that finds me lightly blipping the throttle in a "pulse and glide" technique that extends range while keeping peddling speed near a brisk 30 k.
Onboard a conventional bike, I'd be staring down at the pavement, back bent, with my weight on my aching wrists. But unlike full recumbents, which put riders almost on their backs, the BikeE's more upright seating gives me good eye contact with the astonished driver of a passing car - as well as fine views of unscrolling woods, sky and farms. I once passed Hogan trotting his horse along this stretch, proving conclusively the "one horsepower-plus" rating of my 480-watt Crystallite e-motor.
Then comes another long delightful downhill run past a fine sweep of ocean rolling into Little Tribune Bay. Even leveling off, this descent carries me in a rush all the way to the Co-Op bike rack.
Who says a grocery run has to be boring?
Or must burn carbon?
The bike's big wire basket, Spiderman totepack, and extra-long frame allow me to carry more than 30 pounds of cargo with ease. (I've even hauled logs lashed to the frame.) A trailer would turn this bike into a pickup truck, while carrying an extra battery for nearly 100 km range!
So far, so good. The reliability of this rig is nearly 100% after I learned to obsessively tape, wire-tie and check every looping strand of wire clear of spinning sprockets and pedals. Over less than a year, the 1,800 or so kilometers I've covered on my electrified BikeE translate into roughly 40 gallons of gasoline saved - or more than 800 pounds of CO2 kept out of the atmosphere forever. Except for my own exhalations of course. Which I tend to do anyway.
Mental and physical health benefits are incalculable. Not to mention the additional personal liberation of saving a fortune on the car I no longer support. At 59 - on my electric bike - life is good!
No one ever told me the end of the world (as we've known it) would be so much fun.
Author : William Thomas
http://www.articlesbase.com/technology-articles/electric-biker-828246.html
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