Domain Tools

Im going to buy a load of snap on tools (I know they are overpriced, but snap on is what I want), so far I have absolutely nothing. And by nothing I mean one of those $10 tool sets you get at walmart, 3 or 4 old rusty ratchets, and a screwdriver. So I’m going to fit out my whole garage with every tool I could need.

Problem is that there are a lot of tools, and I obviously dont have the money or storage space to buy them all. So I want to start out with everything I need (storage, garage upkeep, etc included) to last me for a long time. What should I buy? What are the automotive tools every garage should have?

If it changes anything I only own one car (84 Corvette) and I’m mostly going to be maintaining, updating, and modifying that car, but I plan to buy more car(s) as the money comes in. And I just dont want to be stuck in the middle of a project having to wait for tools to be shipped to my house.

90% of my stuff is snap-on. Depends on what you do and how much you will be spending. Considering you could spend a few thousand on the bottom box alone figure out what you need. Best way is to buy as you go. Will you have the truck coming to you every week? Get the basics and just keep adding from there. Snap-on credit is high but after you initial purchase, start a truck account, interest free. Your Snap-on rep will run you an account right from his truck for 500 or 1000 or whatever he is comfortable with. I keep a revolving balance of around 400-500 dollars with my tool man.

I want to make a box using dovetail joints, but i don’t have the right power tools. Can i do it by hand(non powertools)?

saw, chisel, mallet, ruler, should be all you need to do it the old fashioned way.
read up on it, check for articles by Frank Klautz on dovetailing.

Rebuild, Refurbish and Upgrade the Ni-Cd battery packs in your power tools , cordless phones, remote control toys … any power pack with two or more cells. Upgrade the mA (mA = milliamp) of your original by as much as 40%. What does that mean? Or, what does that do for me? mA is the ‘quantity’ of power available (amperage) to do work. mA translates to hours of use (mAh or Milliamp hours) by dividing the mA by 1000. Therefore; 1500 mA is equal to 1.5 hours of use. 1500 mA is typical for most older Ni-Cd power packs. The charger should accept and charge up to 2100 mA (that equals 2.1 mAh or 2.1 hours). But that . Trying to force it to charge cells higher than 40% of the original mA would exceed the limit of its perimeters and will result in you spending more for cells that will never fully charge. Here’s the math: 1500mA x 40% = 600mA 1500mA + 600 = 2100mA Most new / replacement cells will recharge 300 to 500 times if properly charged, discharged and stored when not in use.

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The sampler workstation you’ve been waiting for is just on the horizon. Developed by the acclaimed Digidesign® Advanced Instrument Research (A.I.R.) group specifically for Pro Tools®, Structure™ is a powerful RTAS® virtual instrument plug-in that represents the future of professional sampling. With an impressive 128-level multitimbral universal sound engine, and support for an unlimited number of nestable patches and up to 8-channel interleaved samples, Structure is destined to become the core musical instrument in your music and post projects.

Duration : 0:3:51

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http://www.toolking.com/springtools_ca198.aspx
http://www.toolking.com/category/search-by-brand/spring-tools.aspx
Come one come all to see the bouncy spring driven woodworking tools!!! Tool King is now carrying Spring Tools’ Woodworking Assortments. We decided to do a broadcast featuring Spring Tools’ IDRK905 Stamp Kit and their CA198 Kit. The CA198 includes a nail set / center punch, wood chisel and a nail starter. The idea of making a chizzle, stamp or nail setter out of a spring seems almost funny at first. Though it works great! Wanna know how?! Watch the video!

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The guide to discount scrapbooking supplies. Here’s essential information on discount scrapbooking supplies.

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Google Tech Talks
March, 7 2008

ABSTRACT

Coconut is a developing system for high-assurance, high-performance
software. It was used to develop a library of special functions for
the Cell BE processor, which is distributed in the Cell BE SDK 3.0 as
MASS. Average performance is 4X better than the alternative
hand-tuned C library, SimdMath.

Coconut has been successful where patterns of efficient
hardware-specific computation can be captured as higher-order
functions and encoded in a Domain Specific Language embedded in
Haskell. Patterns include efficient control structures not
expressible in C, e.g., the MultiLoop, and efficient uses of SIMD
instructions which require significant compile-time computation for
pattern specialization. Some patterns interact with a novel
instruction scheduler called Explicitly Staged Software Pipelining,
based on a min-cut approach, which outperforms SWING modulo scheduling
in our tests.

A less developed aspect of Coconut is the parallel production of
proofs of correctness along with executables. Current work aims to
prove only limited properties about programs—the ones most likely to
be broken—creative use of SIMD instructions, and parallelization.
Coconut intermediate code is represented as nested code (hyper)graphs.
At the lowest level, we transform acyclic loop bodies to remove the
effect of SIMDization, and produce machine and/or human readable
specifications. This has been used to verify opaque patterns of
optimizing linear algebra for SIMD processors.

Such code graphs are embedded in higher levels containing control
flow, first single-threaded control flow optimized for ILP, and then
parallel control-flow, optimized to hide communication latency. At
this level control flow is restricted to allow peak utilization of
multi-core hardware, but enable efficient compile-time verification of
soundness. Soundness, in this context, means that the parallelized
program can be transformed into a code graph without synchronizing
control flow, because every execution can be shown to produce the same
result. Think of it as reducing the parallel debugging effort to the
single-threaded debugging problem by eliminating the non-determinism
inherent in parallel code. I will give a formal language description
of the language, and the O(n) algorithm which proves soundness and
produces the equivalent “single threaded” code graph.

Speaker: Christopher Anand
Christopher Anand is a professor of Computing and Software at McMaster University. His main research areas are software correctness, high performance computation, and automatic code generation.

He has also founded the company Optimal Computational Algorithms to provide hardware-specific libraries for scientific applications on novel architectures.

Duration : 0:56:39

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2004 Toyota Prius 1.5L

Customer Complaint = Check engine light On and codes P1121, P1116 set

Procedure:

1. Check to see if the technical service bulletin EG024-05 has been performed for the coolant flow control valve.

2. Monitor the position sensor and check to see if the coolant flow control valve can be operated to move open and closed.

Potential Causes:

Coolant Flow Control Valve

Confirmed Fix:

Perform TSB

Duration : 0:2:51

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The SUB-SCANNER™ M12™ Cordless Detection Tool is a heavy duty pistol grip detection tool for professional commercial and industrial applications. Powered by the Milwaukee M12™ LITHIUM-ION battery, the 2290-21 can detect rebar up to 6″ deep in concrete, as well as the location and depth of materials beneath gypsum, ceramic tile and marble. In addition, the M12™ SUB-SCANNER™ Detection Tool has a four wheel design for durability and smooth, accurate measurement.
www.milwaukeetool.com

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Pneumatic Torque Multiplier; this video is produced by Norbar Torque Tools, the world’s torque specialist. It demonstrates the safe and accurate method of using a Pneumatic Torque Multiplier. Further details may be found at www.norbar.com

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