Binding - Revision history

Sandplum: typo

2021-02-15T22:25:26Z

typo

← Older revision		Revision as of 22:25, 15 February 2021
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	== In lockpicking ==		== In lockpicking ==

	The type of binding that occurs during lockpicking is depends on lock design, the lock components (pins, wafers, discs, etc) and the lock body. In [[cylinder]] based locks, binding is caused by the cylinder and [[plug]] shearing into components. Binding not only determines the order in which components are picked, but also holds them in position so that they can be individually manipulated.		The type of binding that occurs during lockpicking depends on lock design, the lock components (pins, wafers, discs, etc) and the lock body. In [[cylinder]] based locks, binding is caused by the cylinder and [[plug]] shearing into components. Binding not only determines the order in which components are picked, but also holds them in position so that they can be individually manipulated.

	; [[Pin_tumbler\|Pin-tumbler]] and [[Wafer]] locks		; [[Pin_tumbler\|Pin-tumbler]] and [[Wafer]] locks

Datagram at 17:24, 1 October 2010

2010-10-01T17:24:40Z

← Older revision		Revision as of 17:24, 1 October 2010
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	In [[warded]] locks, the blank key binds directly against the wards of the lock to determine where to remove material from the key.		In [[warded]] locks, the blank key binds directly against the wards of the lock to determine where to remove material from the key.

			== In decoding ==

			Various forms of [[decoding]] use binding to identify components in the incorrect position. In most lock designs a component that is no longer binding is properly positioned and can then be decoded. Impressioning, mentioned above, is one such example.


	== See also ==		== See also ==

Datagram at 18:57, 5 August 2009

2009-08-05T18:57:40Z

← Older revision		Revision as of 18:57, 5 August 2009
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	[[Impressioning]] uses binding to freeze components in place so that a blank key can be used to determine proper position of components. Almost all impressioning techniques apply extreme tension to bind all components in the lock then use a blank key to obtain impressions. This is true for pin-tumbler, wafer, lever, and disc-detainer locks.		[[Impressioning]] uses binding to freeze components in place so that a blank key can be used to determine proper position of components. Almost all impressioning techniques apply extreme tension to bind all components in the lock then use a blank key to obtain impressions. This is true for pin-tumbler, wafer, lever, and disc-detainer locks.

			In [[warded]] locks, the blank key binds directly against the wards of the lock to determine where to remove material from the key.

	== See also ==		== See also ==

Datagram at 18:56, 5 August 2009

2009-08-05T18:56:42Z

← Older revision		Revision as of 18:56, 5 August 2009
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	=Binding=		=Binding=

	'''Binding''' is a fundamental principle of [[lockpicking]] and [[impressioning]] ~~that allows~~ components to be manipulated ~~in order to affect entry~~. ~~Binding uses~~ [[tension]] to determine the order in which ~~components~~ should be picked, or, in the case of impressioning, the spots in which a key should be filed.		'''Binding''' is a fundamental principle of [[lock]]s that prevents the lock from opening without the correct [[key]]. Binding is also used in [[lockpicking]] and [[impressioning]] to allow components to be manipulated individually. A [[tension\|tension tool]] is used to bind components and determine the order in which they should be picked, or, in the case of impressioning, the spots in which a key should be filed.

	Binding is also used defensively by locks to prevent the lock from opening without the correct [[key]]. Components like [[Sidebar\|sidebars]] and [[Security_Pin\|security pins]] prevent the lock from opening through the use of binding themselves against various parts of the lock, preventing rotation.

	__TOC__		__TOC__

Datagram at 15:47, 24 June 2009

2009-06-24T15:47:27Z

← Older revision		Revision as of 15:47, 24 June 2009
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	; [[Combination]] locks		; [[Combination]] locks
	: In direct-drive rotary ~~combinatino~~ locks, binding occurs between the combination wheels and the fence. Also applicable to many low-security combination [[Padlock\|padlocks]] where the shackle binds with the wheels.		: In direct-drive rotary combination locks, binding occurs between the combination wheels and the fence. Also applicable to many low-security combination [[Padlock\|padlocks]] where the shackle binds with the wheels.

	== In impressioning ==		== In impressioning ==

Datagram: Reverted edits by 203.140.76.11 (Talk) to last revision by Datagram

2009-06-15T17:23:47Z

Reverted edits by 203.140.76.11 (Talk) to last revision by Datagram

← Older revision		Revision as of 17:23, 15 June 2009
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	~~37ngby <~~a ~~href~~=~~"http://wufvutxthztq~~.~~com/">wufvutxthztq</a>~~, [~~url=http~~:~~//hwrsdziekpbf~~.~~com/~~]~~hwrsdziekpbf~~[~~/url~~], [~~link=http~~:~~//dbhbujwqbjuc~~.~~com/~~]~~dbhbujwqbjuc~~[~~/link~~], ~~http~~:~~//rmdqiiqsikjy.com/~~		=Binding=

			'''Binding''' is a fundamental principle of [[lockpicking]] and [[impressioning]] that allows components to be manipulated in order to affect entry. Binding uses [[tension]] to determine the order in which components should be picked, or, in the case of impressioning, the spots in which a key should be filed.

			Binding is also used defensively by locks to prevent the lock from opening without the correct [[key]]. Components like [[Sidebar\|sidebars]] and [[Security_Pin\|security pins]] prevent the lock from opening through the use of binding themselves against various parts of the lock, preventing rotation.

			__TOC__

			== In lockpicking ==

			The type of binding that occurs during lockpicking is depends on lock design, the lock components (pins, wafers, discs, etc) and the lock body. In [[cylinder]] based locks, binding is caused by the cylinder and [[plug]] shearing into components. Binding not only determines the order in which components are picked, but also holds them in position so that they can be individually manipulated.

			; [[Pin_tumbler\|Pin-tumbler]] and [[Wafer]] locks
			: Binding occurs between pins or wafers, cylinder, and plug.

			; [[Lever]] locks
			: Binding occurs between the levers and the [[bolt]], stump, or fence.

			; [[Disc_detainer\|Disc-detainer]] locks
			: Binding occurs between the discs and the [[sidebar]].

			; [[Combination]] locks
			: In direct-drive rotary combinatino locks, binding occurs between the combination wheels and the fence. Also applicable to many low-security combination [[Padlock\|padlocks]] where the shackle binds with the wheels.

			== In impressioning ==

			[[Impressioning]] uses binding to freeze components in place so that a blank key can be used to determine proper position of components. Almost all impressioning techniques apply extreme tension to bind all components in the lock then use a blank key to obtain impressions. This is true for pin-tumbler, wafer, lever, and disc-detainer locks.

			== See also ==

			* [[Lockpicking]]
			* [[Impressioning]]

			{{Stub}}

			[[Category:Lockpicking]] [[Category:Impressioning]]

203.140.76.11: zdrbmnJavYVDwHSQ

2009-06-15T16:33:10Z

zdrbmnJavYVDwHSQ

← Older revision		Revision as of 16:33, 15 June 2009
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	=~~Binding=~~		37ngby <a href="http://wufvutxthztq.com/">wufvutxthztq</a>, [url=http://hwrsdziekpbf.com/]hwrsdziekpbf[/url], [link=http://dbhbujwqbjuc.com/]dbhbujwqbjuc[/link], http://rmdqiiqsikjy.com/

	~~'''Binding''' is~~ a fundamental principle of [[lockpicking]] and [[impressioning]] that allows components to be manipulated in order to affect entry. Binding uses [[tension]] to determine the order in which components should be picked, or, in the case of impressioning, ~~the spots in which a key should be filed.~~

	~~Binding is also used defensively by locks to prevent the lock from opening without the correct [[key]]. Components like [[Sidebar\|sidebars]] and [~~[~~Security_Pin\|security pins]] prevent the lock from opening through the use of binding themselves against various parts of the lock, preventing rotation.~~

	~~__TOC__~~

	=~~= In lockpicking ==~~

	~~The type of binding that occurs during lockpicking is depends on lock design, the lock components (pins, wafers, discs, etc) and the lock body~~. ~~In [[cylinder]~~] ~~based locks, binding is caused by the cylinder and [~~[~~plug]~~] ~~shearing into components. Binding not only determines the order in which components are picked~~, ~~but also holds them in position so that they can be individually manipulated.~~

	; [~~[Pin_tumbler\|Pin-tumbler]] and [[Wafer]] locks~~
	: ~~Binding occurs between pins or wafers, cylinder, and plug~~.

	~~; [[Lever~~]~~] locks~~
	~~: Binding occurs between the levers and the [~~[~~bolt]~~], ~~stump, or fence.~~

	~~; [[Disc_detainer\|Disc-detainer]] locks~~
	~~: Binding occurs between the discs and the [[sidebar]].~~

	~~; [[Combination]] locks~~
	: In direct-drive rotary combinatino locks, binding occurs between the combination wheels and the fence. Also applicable to many low-security combination [[Padlock\|padlocks]] where the shackle binds with the wheels.

	~~== In impressioning ==~~

	[[Impressioning]] uses binding to freeze components in place so that a blank key can be used to determine proper position of components. Almost all impressioning techniques apply extreme tension to bind all components in the lock then use a blank key to obtain impressions. This is true for pin-tumbler, wafer, lever, and disc-detainer locks.

	~~== See also ==~~

	* [[Lockpicking]]
	* [[Impressioning]]

	~~{{Stub}}~~

	~~[[Category:Lockpicking]] [[Category:Impressioning]]~~

Datagram at 15:57, 15 June 2009

2009-06-15T15:57:34Z

← Older revision		Revision as of 15:57, 15 June 2009
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	* [[Lockpicking]]		* [[Lockpicking]]
	* [[Impressioning]]		* [[Impressioning]]

			{{Stub}}

	[[Category:Lockpicking]] [[Category:Impressioning]]		[[Category:Lockpicking]] [[Category:Impressioning]]

Datagram at 18:05, 14 June 2009

2009-06-14T18:05:59Z

← Older revision		Revision as of 18:05, 14 June 2009
Line 1:		Line 1:
	~~Ljc6sI <~~a ~~href~~=~~"http://juepxudgkrnj~~.~~com/">juepxudgkrnj</a>~~, [~~url=http~~:~~//hxztsapdphaw~~.~~com/~~]~~hxztsapdphaw~~[~~/url~~], [~~link=http~~:~~//fpslqaqeuktv~~.~~com/~~]~~fpslqaqeuktv~~[~~/link~~], ~~http~~:~~//zpdswhveiwwa.com/~~		=Binding=

			'''Binding''' is a fundamental principle of [[lockpicking]] and [[impressioning]] that allows components to be manipulated in order to affect entry. Binding uses [[tension]] to determine the order in which components should be picked, or, in the case of impressioning, the spots in which a key should be filed.

			Binding is also used defensively by locks to prevent the lock from opening without the correct [[key]]. Components like [[Sidebar\|sidebars]] and [[Security_Pin\|security pins]] prevent the lock from opening through the use of binding themselves against various parts of the lock, preventing rotation.

			__TOC__

			== In lockpicking ==

			The type of binding that occurs during lockpicking is depends on lock design, the lock components (pins, wafers, discs, etc) and the lock body. In [[cylinder]] based locks, binding is caused by the cylinder and [[plug]] shearing into components. Binding not only determines the order in which components are picked, but also holds them in position so that they can be individually manipulated.

			; [[Pin_tumbler\|Pin-tumbler]] and [[Wafer]] locks
			: Binding occurs between pins or wafers, cylinder, and plug.

			; [[Lever]] locks
			: Binding occurs between the levers and the [[bolt]], stump, or fence.

			; [[Disc_detainer\|Disc-detainer]] locks
			: Binding occurs between the discs and the [[sidebar]].

			; [[Combination]] locks
			: In direct-drive rotary combinatino locks, binding occurs between the combination wheels and the fence. Also applicable to many low-security combination [[Padlock\|padlocks]] where the shackle binds with the wheels.

			== In impressioning ==

			[[Impressioning]] uses binding to freeze components in place so that a blank key can be used to determine proper position of components. Almost all impressioning techniques apply extreme tension to bind all components in the lock then use a blank key to obtain impressions. This is true for pin-tumbler, wafer, lever, and disc-detainer locks.

			== See also ==

			* [[Lockpicking]]
			* [[Impressioning]]

			[[Category:Lockpicking]] [[Category:Impressioning]]

91.121.85.162: xhlocOUMZyDZVTWdGG

2009-06-14T07:39:39Z

xhlocOUMZyDZVTWdGG

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