Palace119 Power Tools

Snap Screwdriver

Wiring on Ford F-150?

I have an old '91 F-150. It has a 300-6. It is basically an old farm truck. The ignition switch recently went out again (I had it replaced about 2 years ago when it got so cold it snapped when I turned the key). Since it it out again, I have to turn the ignition on and go use a screwdriver to the selenoid. I don't want to spend any money fixing it. The ignition on and off positions work on the key, but not start. What two wires in the steering column would I have to use to basically hot-wire it? I'll probably just put a switch on it, similar to what's on tractors. Truck's on it's last leg. Thanks!

Rather than get into the column, you can run one wire out to the small post on the solenoid and connect it to a switch in the cab.
Connect a hot wire to the switch and when activated, would send power to the small post on the solenoid which is how the ignition switch works anyway. You could use a push button switch if you are not afraid of someone or something accidently pushing it.

Snap-On Ratcheting Screwdriver With Bits on Ebay

Screwdriver Set

where can i get a craft set for my son?

my son got a tool set for xmas. hes 9yrs year old. i want to buy something he can make using these tools eg screwdriver, hammer. when ever i find something its made using clue.

it all depends on where you live. there are different kinds of stores. you might want to go online and research or call the stores to see if they have anything. i really like hobby lobby, or Michael's.

Tactical SHTF Screwdriver Set

Screwdriver Bit

Bought an Auto Fuse Tester.. like a screwdriver, with a wire and crocodile clip, but how do you use it?

There were no instructions on how to use it.. nothing on the box or inside.

It is like a screwdriver but has a pointy tip. There is a bit at the top for a plug-in cable which has a crocodile clip on it.

Thanks if you can offer an answer.

What you have is called a circuit tester. Here is how you would use it to test your fuses. Take the clip part at the end of the wire and clip it to something metal on the main part of your car. Usually the door hinge works good, make sure you grind it in enough so the metal clip will touch metal and not just paint. Turn your key on, then use the point on the fuses. If you look close on your fuses you might see two little holes, poke your tester in each of the holes, it should light up on both. If the fuse does not have a hole, then slide the tester along the side of the fuse until you can touch both prongs that stick out of the fuse. If the light only comes on on one side, then that fuse is blown.

Apex Screwdriver Bits, Slotted, 10-32 Screw Shank Drive, Blade .030'' X .156'', OAL 1-1/2''

Phillips Screwdriver

Is Phillips head screwdrivers named after the same person/same company as lightbulbs and electronics?

Screwdrivers are from Henry F. Phillips the american guy.

Electronics is Philips (only one L) is a company from the Netherlands.

The Stuff of Genius - The Phillips Screwdriver

Screw Driver

Screw Driver Skinhead

Bit Torx

97 Chevy Express Van, Use a torx to remove the brake calipers?

I think it's a Torx bit that removes the two caliper bolts but since it's located on the back side of the caliper with a rubber boot around it I can't be sure. If so, what size Torx? If not, what do I use then?
Okay, shortly after I wrote the question, I remembered what I needed from the last time. It is an allen wrench -- I got one that uses a ratchet to drive it. But the guy that thought it was a t55 torx did give a good suggestion (although too late) about just loosening the bottom bolt and pivoting the caliper up. I will remember that for next time.... And, please, enough with the stupid answers on here like, "call a parts store and ask them" or "buy the repair manual" I KNOW I can do that, but I chose to aske the question HERE. If you don't know the answer, don't bother with telling me where else I can find the answer, I'll wait till someone with some knowlege responds here.

not likely. chevy has used a 1/4 allen wrench since the earth started cooling

part 3 complete walkthrough

Security Screwdriver

Is your data at risk?: Why physical security is insufficient for laptop computers

Is your data at risk?:

Why physical security is insufficient for laptop

computers

Evaluating the various data security options to protect your PCs can be challenging. This

paper examines the options, discusses why passwords alone are not sufficient and makes

the case for strong data encryption.

Is your data at risk?: Why physical security is

insufficient for laptop computers

New frontiers in computer security

The meaning of computer security continues to evolve. Physical security used to be the

main concern. Through the 1980s, expensive mainframe computers were locked in special

climate-controlled rooms within secure buildings.

Security costs, when they were considered at all, constituted a very small percentage of the

overall system costs. Today, such systems are called “server systems”; and although they are

important in their own right, they make up a small percentage of all computer shipments each

year. According to market researcher Gartner, 2.3 million server systems shipped worldwide in the

third quarter of 2008, compared to 80.6 million PCs that shipped in the same period.

The widespread use of PCs creates much greater vulnerability compared to yesterday’s mainframe

computers. Although desktop PCs are arguably less secure than centralized servers, such systems

probably have physical security identical to that of a company’s other on-premises assets. The

least secure computers are those that are mobile.

According to the Gartner estimate for 2008, worldwide mobile PC growth is 25% versus 1.2%

for desktops. According to its forecast, 293 million PCs would be shipped in 2008.

Whether you prefer the term “mobile PC,” “laptop” or “notebook,” the vulnerable systems

are those taken off-premises. In spite of employee diligence, mobile PCs do get lost and stolen. Not

convinced? Take a look at www.privacyrights.org, a website listing breaches in data security that

involve personally identifiable information (PII).

More than half of the states in the United States require disclosure of such breaches. Don’t let

your company’s name get added to this list; good solutions are available.

Attacks on laptop data security

To a casual observer, a laptop computer seems secure. To use a computer system, users must type

credentials into a window. If users do not provide the correct username and password, they cannot

access the system. Like someone who misplaces the keys to a car, someone who forgets a computer

password is locked out. Without the proper credentials, access is blocked. Or is it?

Passwords alone do not protect data The login process prevents unauthorized users

from running software. But a password does not, by itself, make the data on hard drives secure. A

user without a correct username and password cannot use the services of the operating system

as installed and configured on that particular hard drive. However, a tech-savvy person without the

appropriate credentials can still attack a computer.

There are three possible attack strategies:

•• Alternative boot device

•• Alternative boot device + alternative boot

program

•• Moving a hard drive to an alternative computer

system

Attack #1: Alternative boot device

One type of attack involves using an alternative boot device instead of the hard drive. Every

computer system supports this option. Over many years and many versions, the Microsoft Windows

setup disks have been distributed on bootable CD-ROM or DVD discs. A simple way to access a

system’s data is to boot to a Windows setup disk and install a new copy of the operating system.

This approach makes available any data that resides on a hard drive.

Attack #2: Alternative boot device + alternative boot program

A second attack combines the first attack with special boot programs. For example, many IT

professionals use bootable CD-ROMs with software like BartPE (Bart’s Preinstalled Environment) as an aid in fixing systems with boot problems.

Aside from legitimate uses, unauthorized persons can use this type of tool to mount an attack.

In addition to accessing normal user data files, such tools allow access to operating system files that are not available when the operating system is running. Of particular interest is the SecurityAccounts Manager (SAM) database, an encrypted

file with password hashes. Although this is an encrypted file, techniques are widely available to decrypt the SAM and read password hashes. While different from plain-text passwords, a password hash is the result produced when a password is run through a security algorithm. By replacing a password hash for an existing account—maybe one with administrator privileges—a data thief can boot and run the original operating system and any installed software.

Guarding Against Attacks #1 and #2

Support for alternative boot devices enables operating system installation. After the OS has

been installed, the use of alternative boot devices can be disabled in the basic input/output system (BIOS). In the same way that you can lock

the front door of your house, you can lock out alternative boot devices with the proper BIOS settings. To keep those settings in place, you also

need to enable password protection on the BIOS itself. A third step, locking the computer’s case, prevents a reset of the BIOS and failure of the

above measures.

Attack #3: Moving a hard drive to an alternative computer system

An individual with physical access to a laptop computer can remove the laptop’s hard drive using a screwdriver. Once removed from the original

system, the laptop’s hard drive can be attached to another computer—one on which the individual has valid login credentials. When installed on another computer, the laptop hard drive is not the bootable system drive. Instead, the laptop hard drive appears as a secondary data drive (drive D,E, etc.). When attached to another system like this, the laptop’s data is just as readily accessible

as if an authorized user had logged on to the original laptop. At this point, all data is readable;

only encrypted data is hidden from view. What can an intruder use to enable this type of unauthorized access? There are several choices,

but the simplest is a hard disk enclosure kit. These kits are available from computer retailers. Hard disk enclosures have a very reasonable and legitimate purpose: to create a portable storage device. A hard disk enclosure allows any hard drive to be portable between computer systems. Such enclosures support both USB connections and 1394 (i.e., FireWire) connections. The cost is nominal—typically less than US$20 (€15).

Therefore, this legitimate product can have illegitimate uses. A hard disk enclosure enables unauthorized users to read the data on a hard

drive taken from a lost or stolen laptop computer.

By using this tool, anyone who has physical access to a hard drive can gain full access to the data on that drive. Hard disk enclosure kits also include a screwdriver, which is often the only tool needed to remove a hard drive from a laptop computer.

Securing data requires encryption

True data security requires making data unreadable to persons who are not authorized to access the

data. And because file system permissions can be overridden using schemes like the ones described earlier, data encryption is the only truly secure way to hide sensitive data. To unauthorized users, encrypted data is meaningless. Only authorized

users with valid credentials can access the encryption keys needed to decrypt and use data.

This section reviews encryption support in Microsoft Windows, and the encryption support in three popular data encryption products from Sophos.

A look inside encrypted files

To understand the protection that data encryption provides, you must understand the difference

between data in an unencrypted state and an encrypted state. In both states, the data appears

in two forms: (1) numeric values and (2) character data. Software engineers commonly use both types

of displays when they need to understand the exact location of each bit and byte of data. In an unencrypted “plain-text” display, the text data

is clearly readable. Interestingly, even the most sophisticated word processing programs typically store text data in a very readable form. Of course, this helps software engineers when writing the

sophisticated programs. From a security standpoint, this practice also makes it easy for anyone—friend or foe—to read data on a hard drive.

It’s a different situation when the same file is saved on a hard drive that is fully encrypted.

By comparing an encrypted display with an unencrypted display, it becomes obvious that the

two are different. The encrypted data contains nothing that seems even vaguely understandable.

And that is the essence of encryption—to make some piece of data unintelligible and unusable to all except those who are authorized to use the data.

Data encryption in Microsoft Windows

Microsoft Windows supports some data encryption. Starting with Windows 2000, Microsoft made

available support for the Encrypting File System (EFS), a built-in mechanism for encrypting specific files or entire folders that reside on NTFS partitions. Note that FAT partitions are not supported, which means that files stored on USB memory sticks cannot be encrypted.

Encrypting File System (EFS)

When an individual file is encrypted using EFS, modifications made to that file may result in

the creation of unencrypted, or “plain-text,” copies. When a user opens an encrypted file using Microsoft Word, the file is decrypted by the operating system and copied to a temporary location. The plain-text file is used during the editing process, and the contents get encrypted

again only when the file is closed. This process can leave unencrypted remnants on disk, opening the possibility that sensitive information may be revealed.

The greater vulnerability of EFS comes from the fact that access is tied to a user’s logon account.

For example, a data thief could reset a user’s password on systems that are vulnerable to the attacks described earlier in this paper. A thief can impersonate a legitimate user, thereby gaining access to the EFS files for which the compromised

user ID has access rights. Paradoxically, the use of EFS in such situations has a negative effect on data security. A thief would probably examine

EFS-enabled files first, based on the assumption that encrypted files are likely to be the ones withsensitive data.

BitLocker full-drive encryption

A more secure alternative to EFS is full-drive encryption. Full-drive encryption protects against

both types of attacks described in this paper. When alternative boot media is used, the contents of the encrypted drive are gibberish. When an

encrypted hard drive is connected as a secondary drive (see Attack #3), the contents are still not readable.

A central benefit of full-drive encryption is that the choice of what data to encrypt and what to leave unprotected is taken away from the user.

All data on encrypted partitions is encrypted without exception. Microsoft’s full-drive encryption

solution is BitLocker. Sophos’s full-drive encryption solutions are SafeGuard Easy and its successor SafeGuard Enterprise. Let’s consider BitLocker. On Windows Vista, BitLocker can encrypt one disk partition: the one with the operating system (typically the C drive). Compared to EFS, BitLocker provides a more secure way to protect data. On a BitLocker-enabled system, data on the boot partition is unavailable unless a valid password is entered during system boot.

As we have described, Microsoft has built in some support for data encryption, starting with Windows 2000. When you need more than what comes with the operating system, we invite you to look at

Sophos’s line of data encryption products.

Conclusion

Is your data at risk? Unless your data is encrypted,

the answer is yes. Although you must secure all

computer systems, those that leave a company’s

physical security perimeter are the most

vulnerable. Such computers include laptops used

by sales professionals, or those that executives

take on visits to remote company sites. Without

encryption, your company’s data is at risk. Don’t

become the next lost laptop headline.

About the Author

This article was provided by Sophos and is reproduced here with their full permission. Sophos provides full data protection services including: security software, encryption software, antivirus, and malware.

Where can I buy a T8 Security Torx Screwdriver?

I need to fix my 360 controllers and I need one of these assholes.

Stores only sell the bits, and the bits are too thick to fit in the controller's holes. I need a screwdriver to reach deep down in there.

Anyone know where I can buy one?

I found one website but it requires a $10 purchase, and the screwdriver is only like $2 and they have nothing else i need or anything could possibly even choose out of their crappy inventory.

Here you go

http://www.saveandcheap.com/index.php?k=T8+Security+Torx+Screwdriver&c=ToolsAndHardware

Good luck.

Eazypower Security Screwdriver TipStor 86103

Screwdriver Security

take out security tags off Hot Topic store?? pleas help!!!?

so I bought a sweater at hot topic and it has the security tag on it I live pritty far from that store and my parents r too lazy to drive me there to take out the tag and I know about the whole security tag bending trick or screwdriver and other. but this security tag is different, it's not like others,
if anybody knows what I'm talking about (if anybody seen thier security tags latly). pleas don't say that you think I'm stealing, I rly want to take this damn thing out :p

so yeah help me is there anything I can use to take out that tag except go to the store and claim?
any tricks or imstruments? make me a video and use a hot topic security tag demonstration?
I give out best answers easily

I would just wait until you can go back to Hot Topic. I've heard some of those tags have an inky-liquid in them that ruins the piece when you try to open it without the proper remover.

opening a Kensington lock with a screwdriver

Torx Bit

i have a 1996 Ford Contour GL. what size torx bit do i need to adjust the headlights?

don't know if it will work for you but on my 96 sable i can use a 4mm socket to adjust them.

part 4 complete walkthrough

Screwdriver Magnetic

Buy Torx set with black oxide Tips?

I want to be able to service Xbox 360s, laptops, and other things that require torx screwdrivers. Looking around on Amazon, I find a nice set. But, I found that they have black oxide tips, which are magnetic. I am worried that computers I service with this set will be damaged by the magnetic tips. Is this possible? Can black oxide tipped torx screwdrivers damage computers?

Its not very likely as everything is pretty much shielded and those are fairly weak magnets. Go to http://www.meritline.com/ They have a set for $5 or $6 bucks. Or look on slickdeals for a good deal.

how to make a screwdriver magnetic