With the right tools and the right space, do-it-yourselfers can savebig money on car repairs.

CARSON, Calif., Feb. 8, 2011 /PRNewswire/ -- A recent study from online car repair site AutoMD.com shows that not only are more and more car owners choosing to DIY their car repairs, but one in three report saving over $1,000 a year on car repairs.[sup.*] To help those DIYers save money in style, AutoMD.com's DIY experts have released a three-step (Clean! Equip! Upgrade!) guide to inspire any car owner to turn his/her garage into the ultimate car repair facility.

"We're not talking extreme home makeover here," said Shane Evangelist, president of AutoMD.com. "Instead, we're suggesting three easy steps - Clean! Equip! Upgrade! - to create the garage of your dreams, with the right tools, in the right space, that's perfect for you and your car."

Step 1: Clean and organize.

The ultimate DIY garage should be clean and organized, with ample work space. De-clutter that space by removing boxes, donating old clothes and toys, and adding shelves, hooks, storage bins or racks above the garage door to get items such as tools and bikes organized and off the floor. Outdoor pre-fabricated sheds are great for storing larger items, such as lawn mowers and grills, outside and under cover.

Step 2: Equip with the right tools/equipment.

Now that you've cleared your garage, stock it with must-have tools and equipment.

* Roll-away Toolbox - Every DIY auto mechanic needs a good-quality toolbox, and one on wheels is even better. It moves where you move, making your tools accessible no matter where you are around your car.

* Workbench - Make sure you have a workbench with a solid worksurface at a comfortable height. Many workbenches come with extradrawers and shelves, for additional storage and tool organizationoptions.

* Bench Vise - A workbench isn't complete without a 6-inch bench vise mounted solidly on an outer corner. A quality bench vise secures the part you're repairing and can also substitute as a light duty press.

* Floor Jack and Jack Stands - A floor jack and set of jack stands are mandatory when working under your car http://www.garagedoorsofamerica.com/ or removing tires and wheels. A 3-ton hydraulic floor jack is much safer and easier to use than a bottle or scissor jack.

* Creeper - Moving underneath your car while working can be difficult, unless you have a creeper. Newer models are more comfortable, with adjustable headrests and padded beds. They range in price from $40 - $100.

* Air Tools and Air Compressor -Air tools, such as impact guns and air rachets, make it quicker and easier for DIYers to perform a variety of automotive repairs. None of these tools work without an air compressor, however. A good standard air compressor to buy is portable, with a 30-gallon capacity and an output of 11 CFM @ 90 PSI.

* Safety Items - Equip your garage with a well-stocked, industrial-grade first aid kit and carbon monoxide detector which are usually OSHA/ANSI compliant. Be sure to have a fire extinguisher on-hand and in an easy-to-reach location also. Finally, refer to instruction manuals or how-to http://www.colorado-garage-door.com/ guides for difficult repair jobs[sup.**].

Step 3: Upgrade/Modify for the ultimate DIY garage.

Although not completely necessary, the following items make for a state-of-the-art, the sky's-the-limit DIY dream garage:

* A coated/padded floor for cleaner, more comfortable repairs.

* All-around fluorescent lighting for a workspace that's brighter and safer.

* A 220V outlet for the welder you've always wanted and additional breakers to prevent circuit overloads.

* A heater for the winter and ventilation fans for the summer. NEVER run your engine in the garage, even with the doors open, to avoid carbon monoxide poisoning.

* A washroom for easy clean-up.

* A vehicle lift and higher ceilings...to take your car repairs (such as a complete brake job) to new heights!

For more DIY car repair information, tips and advice, visit AutoMD.com .

*According to the AutoMD.com "2010 DIY Report"

[sup.**]AutoMD.com offers "How-To Guides" with step-by-step instructions on thousands of repair jobs (also available on your iPhone at iTunes).

About AutoMD.com

AutoMD.com(TM) (www.automd.com), a wholly-owned subsidiary of US Auto Parts Network, Inc., (Nasdaq: PRTS), is the most comprehensive and unbiased free online automotive repair resource designed to empower car owners with the best way to repair their vehicles. Backed by a team of automotive data specialists and certified auto mechanics who are advocates for the car owner, AutoMD.com allows both car owners and DIYers to 1. Troubleshoot car problems, 2. Get accurate auto repair estimates, 3. Understand the steps needed and the time it should take with Auto Repair manuals, 4. Find the right local auto repair shop at the right price for their issue, and 5. Get auto repair questions answered by the AutoMD.com community. AutoMD.com was named Best Automotive Website in the 8th annual American Business Awards, also known as the as the Stevie Awards. AutoMD Mobile is available for the iPhone at iTunes.


Media Relations

Melanie Webber, mWEBB Communications, (424) 603-4340, melanie@mwebbcom.com

Angela Jacobson, mWEBB Communications, (714) 454-8776, angela@mwebbcom.com

SOURCE U.S. Auto Parts Network, Inc.

DUBLIN--()--Research and Markets (http://www.researchandmarkets.com/research/110fea/wireless_lighting) has announced the addition of the "Wireless Lighting Control IP & Litigation" report to their offering.

Intellectual Property Creates Barriers to Entry into Wireless Lighting Control Market

This new report evaluates intellectual property ownership, protection strategies and the impact on the market growth for Wireless Lighting Control technologies.

A common perception is that Wireless Lighting Control provides a large green-field opportunity to new market entrants. Conventional analysis often overlooks the impact Intellectual Property management activities by existing market participants.

"Lutron Electronics Inc. is one of the major incumbents in this market space and enjoys a long history of licensing, managing and protecting its significant IP portfolio," according to Kirsten West, PhD, Principal Analyst with WTRS. "Companies developing products for this market often overlook the prior art held by Lutron and other market participants."

This report analyzes the IP holdings and IP protection strategies employed by industry incumbent Lutron in the residential wireless lighting control market.

Home automation has been on the verge of mass adoption for several decades. One of the reasons that it has not grown substantially as a market lies with the IP protection activities of Lutron Electronics. This report analyzes the effect of litigation activities and IP protection strategies on the adoption of http://www.garagedoorrepairexperts.com/ RF-only home control, or residential wireless control network, technologies. The report also documents the issues surrounding patent protection activities of key players in this market.

As the nascent Home Automation market matures and new products and vendors emerge, it is likely that Lutron will continue to engage in intellectual property protection activities. Based on recent activities, it appears that Lutron Electronics is focused on companies implementing ZigBee lighting profiles to produce end products, as well as those producing other lighting control products.

Countries Covered: United States

* Report includes one hour consulting *

Home automation has been on the verge of mass adoption for several decades. One of the reasons that it has not grown substantially as a market lies with the IP protection activities of Luton Electronics. This report analyzes the effect of litigation activities and IP protection strategies on the adoption of RF-only home control, or residential wireless control network, technologies. The report also documents the issues surrounding patent protection activities of key players in this market.

Today penetration of wireless into home automation technologies consist predominantly of a series of parallel and independent networks that control lighting, appliances, HVAC (heating, ventilation, and air conditioning), entertainment systems, communication systems, data systems, and security systems.

The wireless technologies in play in the home automation market include Lutron's RadioRA, Smarthome's INSTEON, ZigBee/802.15.4, Bluetooth, Z-Wave, Wi-Fi, and 433MHz short-range proprietary technologies. ZigBee, 802.15.4, and INSTEON predominantly take on lighting and appliance control functions but are also found in or applicable to audio/visual, security, landscaping, healthcare, and other applications. Bluetooth offers a link to the outside world (Internet) for computers as it is extended to higher data rates and in this sense can compete with Wi-Fi in some cases. Products based on the predominantly proprietary 433MHz wireless technology is generally used in garage door openers and home security systems that have in the past also had limited control over lighting systems.

The typical inhibitors of the adoption of home automation technologies are usually identified as low reliability, high cost, difficult installation and use, as well as the absence of an easily identifiable end customer value proposition. A previously unidentified risk to technology adoption is the control of key intellectual property assets covering wireless solutions by Luton Electronics.

Luton Electronics has a history of both licensing its intellectual property as well as successfully litigating those who infringe on patents. The risk to companies developing products in this market lies in overlooking potential issues from existing prior art owned by Lutron.

Key Topics Covered:

Executive Summary Lutron's IP Protection Strategies Lutron's Litigation Arguments Infringment Issues Lutron's Patents: What they are and Who uses them Figures and Tables Issues with Wireless in Home Automation Lutron Patent Litigation Cases Lutron Litigation & Patent Analysis Lutron's Wireless Lighting Patents Analysis of IP Referencing Lutron's Patent

Some of the Companies Mentioned include:

A.L. Air Data, Inc Broadcom Corporation Bticino S.p.A Canon Kabushiki Kaisha Ericsson Inc. ExodUSElectronic Limited FitSense Technology, Inc. GE Interlogix, Inc. Heath Company Herman Miller, Inc. ICON IP, Inc. Indesit Company S.p.A. International Rectifier Corporation Isochron, LLC Kawasaki Microelectronics, Inc. Lowel-Light Manufacturing, Inc. Osram Sylvania Inc. Pass & Seymour, Inc. Quebec, Inc RedGate Industries, Inc Sanyo Electric Air Conditioning Co., Ltd Somfy SAS Sony Corporation Transpace Tech Co., LTD TSX Products Corp U.S. Philips Corporation Visteon Global Technologies, Inc Wayne-Dalton Corp. X-L Synergy, LLC Zensys A/S

For more information visit http://www.researchandmarkets.com/research/110fea/wireless_lighting.


Astronomers hate Roomba's lawnmower plans

posted on 17 Sep 2015 04:18 by hesitantenginee37
Astronomers hate Roomba's lawnmower plansA grasshopper hangs out on a blade of grass in South Dakota.(AP Photo/Carson Walker)

The next big thing in lawn-mowing technology could come from the makers of the Roombabut first, they're facing a fight with astronomers. That's because iRobot's proposed device would use radio signals to keep the mowers from going rogue and moving off a user's property.

Robot lawnmowers already exist, but they generally require users to install ground wire to restrict their movements, IEEE Spectrum reports. Radio signals could make things easier; the trouble is that those radio signals would be on the same frequency band as the one used by many telescopes, Wired reports.

The National Radio Astronomy Observatory is taking up the matter with the FCC. The observatorys telescopes "do a kind of celestial cartography that measures distances to star-forming regions with high precision, charting the course of galactic evolution," the group says.

It fears that Roomba's mowers would wreak havoc on craftsman garage door opener its research. "Whats to stop the guy http://www.garagedoorsofamerica.com/ who spends thousands of dollars on this product from using it in residential areas near our telescopes?" says a rep.

From iRobot's official response, via NPR: "As a realistic matter, iRobot's proposed operations will have an infinitesimal likelihood of impacting any radio astronomy measurements in the band." The FCC will pick the winner in the debate; in garage door sensor the meantime, as the astronomers' rep says: "It's telescopes against robots." (Either way, perhaps robot lawnmowers could cut down on drunken mower driving.)

This article originally appeared on Newser: Why Astronomers Hate Roomba's Lawnmower Plans

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