Winter is upon us and you know what that means ? it's DIY season. The frigid temperatures mean less venturing outside and more activities inside the house. Fresh New Year's resolutions have people surveying their homes, looking for something that needs fixing. Hardware store sales will be another lure, drawing in optimistic Mr. and Ms. Fix-Its like shoppers to a Walmart on Black Friday.
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Another common theme for DIYers is YouTube. DIYers everywhere like to film themselves fixing up parts of their home or creating cool gadgets. Many are successful, teaching others what DIY done right looks like. But these are?not their stories. In the following videos, you'll see the faces of DIY home improvement gone wrong.
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Changing lightbulbs
The simple lightbulb change is something most of us learned in Household Chores 101. It's a straightforward procedure: Get something to stand on, unscrew the old bulb, and screw in the new one. Just make sure you've got something sturdy to stand on.
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Repositioning furniture
When you're fixing or moving heavy objects, always ask for help. You're not Superman, and good friends will usually be glad to lend a hand. Otherwise you could break the stuff you're moving ? and possibly yourself.
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Using power tools
Didn't Dad teach you to be careful with power tools when you were a kid? (Apparently having long hair and using these tools don't mix.)
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Mowing the lawn
Popping on your headphones and cutting the grass is a zen way to DIY. But first, make sure you understand the power of your lawnmower or you just might catch an unexpected ride.
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Repairing a roof
When you do a DIY project, sometimes there are red flags. When the roof you're repairing creaks louder than a rusty gate is one such flag.?
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Moving unwanted furniture out of your house
One rule of thumb when you're moving furniture out of your house: safe is better than easy. And make sure your helpers know what they're doing, or you could end up spending more money than you'd get for that furniture.
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Doing 'renovation' work
What was this guy thinking? A simple understanding of physics and remembering to keep a safe distance away from potential disaster could have averted this crisis.
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Chopping down a tree
It seems easy enough ? take a chainsaw and start carving into a tree to chop it down, right? There's two things this amateur lumberjack forgot, though: a tree topples the way it leans and the bigger something is, the harder it falls.
Think Nokia's all about Lumias these days? While the Windows Phone brand is still the company's primary point of focus, it doesn't mean Nokia isn't still cranking out millions of basic phones for emerging markets around the globe. With that in mind, the Finnish phone giant has outed two such handsets at its event at Mobile World Congress. Sure, they aren't much to look at, but Nokia feels it's still an important element of its strategy to dominate the lower-end market segment.
The first cellular telephone unveiled at this morning's event is the Nokia 105, which is about as simple as they come these days. Once it arrives on the market this quarter, you'll be able to grab one for €15 ($20) in either cyan or black. It contains such features as a flashlight and FM radio, and the noteworthy bullet point is its month-long battery life (standby time). The second half of the pair is the 301 (pictured above), which is a bit more fancy at €65 ($85). It will come with a 3.2MP camera with panorama mode, sequential shots and a clever little self-portrait mode that audibly prepares you for your next glamour selfie. Additionally, the 301 lets you take advantage of Mail for exchange, Nokia Xpress internet (which compresses data down by about 90 percent) and HSPA connectivity with video sharing. Dual and single-SIM options will be available in Q2 of this year.
It?s one thing to build a chassis. But it?s quite another to build a chassis manufacturing company.
According to a report in the Fort Wayne (Ind.) Journal, entrepreneur wannabe Robert Frost knew how to do the former, but he wanted to do the latter. So Frost turned to business experts, including Elevate Ventures Inc., for advice.
The result: Kendallville-based Wolfpack Chassis LLC is launching a production line to manufacture chassis, the supporting frames for recreational vehicles and manufactured homes.
Frost, Wolfpack?s president and CEO, said the company might never have gotten off the ground without guidance ? and greenbacks ? from Elevate Ventures, an Indianapolis-based nonprofit.
?As a startup business, there are a lot of distractions that can cause you to lose sight of your target,? Frost said. ?But our partnership with Elevate has allowed us to stay focused on doing what we do best, which is building quality chassis and adding value for customers.?
Created in 2011, Elevate Ventures manages $80 million for the state, including more than $34 million in federal funds received under the State Small Business Credit Initiative.
In this photo provided Jeff Powers blowing snow creates whiteout conditions Monday, Feb. 25, 2013 near Ingalls, Kan. Blizzard conditions slammed parts of the central Plains Monday, forcing the closure of highways in the Texas and Oklahoma Panhandles and sending public works crews scrambling for salt and sand anew just days after a massive storm blanketed the region with snow. (AP Photo/Courtesy Jeff Powers)
In this photo provided Jeff Powers blowing snow creates whiteout conditions Monday, Feb. 25, 2013 near Ingalls, Kan. Blizzard conditions slammed parts of the central Plains Monday, forcing the closure of highways in the Texas and Oklahoma Panhandles and sending public works crews scrambling for salt and sand anew just days after a massive storm blanketed the region with snow. (AP Photo/Courtesy Jeff Powers)
A winter storm moves across the center of the nation, bringing more snow to the Plains, Midwest, and Mid-Mississippi River Valley. The southern side of this system allows for showers and thunderstorms to persist for the Southeast.
LUBBOCK, Texas (AP) ? National Weather Service officials in Kansas and Oklahoma issued blizzard warnings and watches through late Monday as the storm packing snow and high winds tracked eastward across West Texas toward Oklahoma, Kansas and Missouri. Forecasters warned of possible tornadoes in the southeast.
Snow covered Amarillo, Texas, where forecasters said up to 18 inches could fall, accompanied by wind gusts up to 65 mph. Paul Braun, a spokesman for the Texas Department of Transport, said whiteout conditions and drifting snow had made all roads in the Texas Panhandle impassable. Authorities closed Interstate 40 from Amarillo to the Oklahoma state line and Interstate 27 from Lubbock to 60 miles beyond Amarillo.
"It's just a good day to stay home," Braun said. "This is one of the worst ones we've had for a while."
The weather service issued a blizzard warning for the Oklahoma Panhandle and counties along the Kansas border, warning that travel in the area would be "very dangerous" until Tuesday morning with near zero visibility and drifting snow.
Texas officials called in the National Guard to respond to emergency calls and help stranded motorists after Department of Public Safety troopers found roads impassable.
Billy Brown, a farmer in the town of Panhandle about 30 miles northeast of Amarillo, said the snow was coming down so hard that he could only see for about 100 feet and that it was forming drifts up to 3 feet deep. The whiteout forced all vehicles from the roads ? even the snow plows, he said.
"You can't see anything," Brown said. "I've got some farm equipment out there I can't see at all ? plows and tractors."
But he said the snow would bring some relief to the drought-stricken region. Wheat stubble still in the ground after the last harvest will act as a conduit for the snow, which will seep into the soil and provide much-needed moisture when he plants cotton and grain sorghum in the coming months.
"We have been super dry," Brown said. "This is just a good old fashioned blizzard. We were overdue for one."
In Lubbock early Monday winds whipped fallen snow off roof tops and the ground, adding to visibility woes. Streets were snow-packed and icy.
In Oklahoma, forecasters said up to 16 inches of snow could accumulate in some areas, with wind gusts reaching up to 55 mph. The Oklahoma Highway Patrol closed all highways in the state's Panhandle, citing slick roads and limited visibility. Trooper Betsy Randolph said the patrol advised its non-essential personnel to stay home until Wednesday.
About a dozen flights were canceled at Will Rogers World Airport in Oklahoma City. The Chicago Department of Aviation reported normal operations at Midway and O'Hare ? the bellwether air hub of the Midwest.
Blowing snow took Donna Lloyd by surprise in Guymon in the Oklahoma Panhandle.
"The wind is not usually like this," said Lloyd, who manages a Wes-T-Go convenience store. "Our front door keeps freezing shut."
Kerri Lewis, a convenience store manager in nearby Woodward, said she expected to be snowed in, especially as most of the roads out of town were already closed.
"You can't hardly see across the street," Lewis said. "I'm pretty much stuck."
Announcing a snow emergency in Woodward County, Emergency Management Director Matt Lehenbauer said almost two feet of snow was forecast for the area.
"Conditions are just treacherous right now," he said. "It's even dangerous for road-clearing crews to be out."
Several motorists had reported being stranded, but so far there hadn't been serious accidents, he added.
In Wichita, Kan., officials said they had barely recovered from last week's storm that dumped up to 18 inches of snow.
Joe Pajor, deputy director of public works in Wichita, told The Wichita Eagle that sand and salt supplies were low and that the city's strategy might just be to plow snow into the center of arterial streets and cut traffic to one lane in each direction. He said the city wouldn't begin to use its limited sand and salt supply until the snow stopped falling and plowing was under way.
Steve Corfidi, meteorologist with the National Weather Service's Storm Prediction Center in Norman, Okla., said the storm also will affect southern states and could spawn tornadoes Tuesday in Louisiana, Mississippi, Alabama, the Florida Panhandle and Georgia.
By Monday morning, several inches of snow had fallen on much of West Texas and the Texas Panhandle, where forecasters predicted more than a foot could fall. The incoming storm sent Amarillo residents running out for last-minute supplies. Mario Delgado, 57, needed milk.
"I got all the good stuff like soup and peanut butter the other day," Delgado told the Amarillo Globe-News. "We're used to it here."
He added: "As long as you got plenty of clothes and the right kind of shoes, you'll be alright."
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Associated Press writers Nomaan Merchant in Dallas, Jill Zeman Bleed in Little Rock, Ark., Dan Holtmeyer in Oklahoma City and Carla K. Johnson in Chicago contributed to this report.
Canada's NEOSSat space telescope was launched Monday atop an Indian rocket. It will monitor two groups of asteroids whose proximity to the sun makes them hard to see from Earth.
By Pete Spotts,?Staff writer / February 25, 2013
In this frame grab made from dashboard camera video shows the Chelyabinsk asteroid on Feb. 15, about 930 miles east of Moscow. Efforts to discover near-Earth asteroids received a potential boost Monday with the launch of Canada's NEOSSat space telescope.
AP Video/AP
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Efforts to discover near-Earth asteroids ? including those that are potentially hazardous ? received a potential boost Monday with the launch of the Canadian Space Agency's Near Earth Object Surveillance Satellite (NEOSSat).
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Housed in a spacecraft the size of a large suitcase, the space telescope physically is a munchkin among behemoths. Its light-gathering mirror is only about 6 inches across.
But from its orbit nearly 500 miles above Earth, NEOSSat will be able to view faint near-Earth asteroids in a region of space that is tough for terrestrial telescopes to tackle.
The $25 million NEOSSat mission is one of seven satellites the Indian Space Agency lofted Monday aboard a single rocket launched from the Satish Dhawan Space Center, some 50 miles north of Chennal, on India's east coast.
Ground stations have made contact with NEOSSat, "and the basics are green," says Alan Hildebrand, a researcher at the University of Calgary in Alberta and the project's lead scientist.
To date, astronomers say they have discovered between 90 and 95 percent of the approximately 1,000 near-Earth asteroids estimated to be larger than half a mile across.
In 2005, Congress instructed NASA to hunt for smaller asteroids ? setting a goal of finding 90 percent of near-Earth asteroids 500 feet wide and larger by 2020.
But as the Chelyabinsk asteroid demonstrated on Feb. 15, objects far smaller can inflict damage. At about 55 feet across, and with a mass estimated at 10,000 tons, the asteroid exploded high over the Ural mountains. The shock waves damaged an estimated 4,300 buildings and injured nearly 1,500 people.
With tens of millions of objects this size orbiting the sun, the recurrence rate for collisions with a Chelyabinsk-like object averages once every 100 years, according to Paul Chodas, with NASA's Near-Earth Objects Program Office at the Jet Propulsion Laboratory in Pasadena, Calif.
The Minnesota Vikings' new football stadium will be designed to accommodate a baseball field.
The Vikings and the Minnesota Sports Facilities Authority announced agreement Friday on a multi-use field configuration for the $975 million stadium.
The Minnesota Twins left the Metrodome for their own new ballpark at Target Field in 2010. But the Minnesota Gophers and other college and prep baseball teams want to play early-season games in the Vikings' new stadium.
Under the agreement, the new stadium will feature a 26-foot-high right field wall, retractable seats on the north sideline and removable dugouts.
Plans now call for the Metrodome to be torn down early next year and for the new stadium to be ready to open by July 1, 2016.
(Copyright 2013 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.)
Nottingham technology in heart development breakthroughPublic release date: 25-Feb-2013 [ | E-mail | Share ]
Contact: Emma Thorne emma.thorne@nottingham.ac.uk 44-115-951-5793 University of Nottingham
Technology developed at The University of Nottingham has been used in a breakthrough study aimed at developing the first comprehensive model of a fully functioning fetal heart.
The abdominal fetal ECG device, designed originally by academics in the University's Department of Electrical and Electronic Engineering and on commercial sale throughout the world since 2008 through the University spin-out company Monica Healthcare Ltd, has been used to observe living fetal hearts of babies in their mothers' wombs.
The collaborative study led by experts at The University of Leeds has discovered that the walls of the human heart are a disorganised jumble of tissue until relatively late in pregnancy with development much slower compared to other mammals.
Professor Barrie Hayes-Gill, Professor of Electronic Systems and Medical Devices at The University of Nottingham and joint founder and research director at Monica Healthcare said: "It's absolutely fantastic to see our device being used to detect fetal ECG morphology (i.e. ECG shape) in a non-invasive manner from the surface of the maternal abdomen. In this study the Monica device has been specifically deployed to observe the development of the fetal heart as it goes through gestation.
"It's an important development and we are delighted to see Nottingham technology playing such an integral part of the study. We expect that non-invasive morphological analysis during pregnancy and labour will become routine clinical practice in years to come as Monica continues to gain traction in the marketplace."
The fetal heart monitor is a portable, non-invasive device which attaches to the mother's abdomen and measures the electrical activity from the heart of the baby inside her womb. It is currently being used worldwide to monitor fetal heart rates during labour and delivery.
The device uses complex algorithms to correctly identify signals related to the fetal heart rate (FHR) using sensitive ECG-style electrodes. This method of using electrophysiological signals differs from current external monitoring devices that collect FHR and uterine activity data based on physical changes (e.g. change in reflected sound waves and changes on strain gauge) that may cause problems in data interpretation.
The monitor is simple to use, beltless, requires no wires to connect to the display or printer. There is also no need for the constant re-positioning of transducers, which is required with older technology and the mother is free to walk around if necessary.
As part of their study, which has been published in the Journal of the Royal Society Interface Focus, the team from the University of Leeds used the device to administer a weekly fetal ECG recording from 18 weeks until just before delivery.
The data from this, alongside two different MRI scans from the hearts of dead fetuses, was incorporated into a 3D computerised model built up using information about the structure, shape and size of the different components of the heart.
Early results suggest that the human heart may develop on a different timeline from other mammals. While the tissue in the walls of a pig heart develops a highly organised structure at a relatively early stage of a fetus' development, their work suggests there is little organisation in the human heart's cells until 20 weeks into pregnancy. Despite this, the human heart has a regular heartbeat from about 22 days.
Developing an accurate, computerised simulation of the fetal heart is critical to understanding normal heart developments in the womb and, eventually, to opening new ways of detecting and dealing with some functional abnormalities early in pregnancy.
Dr Eleftheria Pervolaraki, lead researcher on the project at the University of Leeds' School of Biomedical Sciences, said: "For a heart to be beating effectively, we thought you needed a smoothly changing orientation of the muscle cells through the walls of the heart chambers. Such an organisation is seen in the hearts of all healthy adult mammals.
"Fetal hearts in other mammals such as pigs, which we have been using as models, show such an organisation even early in gestation, with a smooth change in cell orientation going through the heart wall. But what we actually found is that such organisation was not detectable in the human fetus before 20 weeks," she said.
Professor Arun Holden, from The University of Leeds' School of Biomedical Sciences, said: "The development of the fetal human heart is on a totally different timeline, a slower timeline, from the model that was being used before. This upsets our assumptions and raises new questions. Since the wall of the heart is structurally disorganised, we might expect to find arrhythmias, which are a bad sign in an adult. It may well be that in the early stages of development of the heart arrhythmias are not necessarily pathological and that there is no need to panic if we find them. Alternatively, we could find that the disorganisation in the tissue does not actually lead to arrhythmia."
A detailed computer model of the activity and architecture of the developing heart will help make sense of the limited information doctors can obtain about the fetus using non-invasive monitoring of a pregnant woman.
Professor Holden said: "It is different from dealing with an adult, where you can look at the geometry of an individual's heart using MRI (Magnetic Resonance Imaging) or CT (Computerised Tomography) scans. You can't squirt x-rays at a fetus and we also currently tend to avoid MRI, so we need a model into which we can put the information we do have access to."
He added: "Effectively, at the moment, fetal ECGs are not really used. The textbooks descriptions of the development of the human heart are still founded on animal models and 19th century collections of abnormalities in museums. If you are trying to detect abnormal activity in fetal hearts, you are only talking about third trimester and postnatal care of premature babies. By looking at how the human heart actually develops in real life and creating a quantitative, descriptive model of its architecture and activity from the start of a pregnancy to birth, you are expanding electrocardiology into the fetus."
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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
Nottingham technology in heart development breakthroughPublic release date: 25-Feb-2013 [ | E-mail | Share ]
Contact: Emma Thorne emma.thorne@nottingham.ac.uk 44-115-951-5793 University of Nottingham
Technology developed at The University of Nottingham has been used in a breakthrough study aimed at developing the first comprehensive model of a fully functioning fetal heart.
The abdominal fetal ECG device, designed originally by academics in the University's Department of Electrical and Electronic Engineering and on commercial sale throughout the world since 2008 through the University spin-out company Monica Healthcare Ltd, has been used to observe living fetal hearts of babies in their mothers' wombs.
The collaborative study led by experts at The University of Leeds has discovered that the walls of the human heart are a disorganised jumble of tissue until relatively late in pregnancy with development much slower compared to other mammals.
Professor Barrie Hayes-Gill, Professor of Electronic Systems and Medical Devices at The University of Nottingham and joint founder and research director at Monica Healthcare said: "It's absolutely fantastic to see our device being used to detect fetal ECG morphology (i.e. ECG shape) in a non-invasive manner from the surface of the maternal abdomen. In this study the Monica device has been specifically deployed to observe the development of the fetal heart as it goes through gestation.
"It's an important development and we are delighted to see Nottingham technology playing such an integral part of the study. We expect that non-invasive morphological analysis during pregnancy and labour will become routine clinical practice in years to come as Monica continues to gain traction in the marketplace."
The fetal heart monitor is a portable, non-invasive device which attaches to the mother's abdomen and measures the electrical activity from the heart of the baby inside her womb. It is currently being used worldwide to monitor fetal heart rates during labour and delivery.
The device uses complex algorithms to correctly identify signals related to the fetal heart rate (FHR) using sensitive ECG-style electrodes. This method of using electrophysiological signals differs from current external monitoring devices that collect FHR and uterine activity data based on physical changes (e.g. change in reflected sound waves and changes on strain gauge) that may cause problems in data interpretation.
The monitor is simple to use, beltless, requires no wires to connect to the display or printer. There is also no need for the constant re-positioning of transducers, which is required with older technology and the mother is free to walk around if necessary.
As part of their study, which has been published in the Journal of the Royal Society Interface Focus, the team from the University of Leeds used the device to administer a weekly fetal ECG recording from 18 weeks until just before delivery.
The data from this, alongside two different MRI scans from the hearts of dead fetuses, was incorporated into a 3D computerised model built up using information about the structure, shape and size of the different components of the heart.
Early results suggest that the human heart may develop on a different timeline from other mammals. While the tissue in the walls of a pig heart develops a highly organised structure at a relatively early stage of a fetus' development, their work suggests there is little organisation in the human heart's cells until 20 weeks into pregnancy. Despite this, the human heart has a regular heartbeat from about 22 days.
Developing an accurate, computerised simulation of the fetal heart is critical to understanding normal heart developments in the womb and, eventually, to opening new ways of detecting and dealing with some functional abnormalities early in pregnancy.
Dr Eleftheria Pervolaraki, lead researcher on the project at the University of Leeds' School of Biomedical Sciences, said: "For a heart to be beating effectively, we thought you needed a smoothly changing orientation of the muscle cells through the walls of the heart chambers. Such an organisation is seen in the hearts of all healthy adult mammals.
"Fetal hearts in other mammals such as pigs, which we have been using as models, show such an organisation even early in gestation, with a smooth change in cell orientation going through the heart wall. But what we actually found is that such organisation was not detectable in the human fetus before 20 weeks," she said.
Professor Arun Holden, from The University of Leeds' School of Biomedical Sciences, said: "The development of the fetal human heart is on a totally different timeline, a slower timeline, from the model that was being used before. This upsets our assumptions and raises new questions. Since the wall of the heart is structurally disorganised, we might expect to find arrhythmias, which are a bad sign in an adult. It may well be that in the early stages of development of the heart arrhythmias are not necessarily pathological and that there is no need to panic if we find them. Alternatively, we could find that the disorganisation in the tissue does not actually lead to arrhythmia."
A detailed computer model of the activity and architecture of the developing heart will help make sense of the limited information doctors can obtain about the fetus using non-invasive monitoring of a pregnant woman.
Professor Holden said: "It is different from dealing with an adult, where you can look at the geometry of an individual's heart using MRI (Magnetic Resonance Imaging) or CT (Computerised Tomography) scans. You can't squirt x-rays at a fetus and we also currently tend to avoid MRI, so we need a model into which we can put the information we do have access to."
He added: "Effectively, at the moment, fetal ECGs are not really used. The textbooks descriptions of the development of the human heart are still founded on animal models and 19th century collections of abnormalities in museums. If you are trying to detect abnormal activity in fetal hearts, you are only talking about third trimester and postnatal care of premature babies. By looking at how the human heart actually develops in real life and creating a quantitative, descriptive model of its architecture and activity from the start of a pregnancy to birth, you are expanding electrocardiology into the fetus."
###
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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
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Public release date: 25-Feb-2013
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