CN101858167A - Use method of password burglar-proof lock with locking sealing hole - Google Patents
Use method of password burglar-proof lock with locking sealing hole Download PDFInfo
- Publication number
- CN101858167A CN101858167A CN 201010172846 CN201010172846A CN101858167A CN 101858167 A CN101858167 A CN 101858167A CN 201010172846 CN201010172846 CN 201010172846 CN 201010172846 A CN201010172846 A CN 201010172846A CN 101858167 A CN101858167 A CN 101858167A
- Authority
- CN
- China
- Prior art keywords
- code
- key
- password
- disc
- hole sealing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000007789 sealing Methods 0.000 title claims abstract 57
- 238000000034 method Methods 0.000 title claims abstract 9
- 239000003550 marker Substances 0.000 claims 7
- 238000003780 insertion Methods 0.000 claims 3
- 230000037431 insertion Effects 0.000 claims 3
- 238000004519 manufacturing process Methods 0.000 abstract 1
Images
Landscapes
- Lock And Its Accessories (AREA)
Abstract
The invention discloses a use method of a password burglar-proof lock with a lock sealing hole. The password burglar-proof lock with the lock sealing hole is provided with a key hole sealing device. The use method of the password burglar-proof lock with the sealed lockhole comprises the following steps of: (1) locking up: locking a decoding hole, setting a password and locking a password hole; and (2) unlocking: inserting a key into an external lock core, decoding a decoding disk, passing the decoding hole by the key, decoding a password disk, passing the password hole by the key, inserting the key into an internal lock core, and rotating the internal lock core to unlock. The unlocking method of the password burglar-proof lock with the lock sealing hole is different from that of a traditional password lock, and the unlocking password can be set by a manufacturing plant, and also by a user, thereby the burglar-proof property of the burglar-proof lock is improved.
Description
Affiliated technical field
The present invention relates to a kind of using method of theftproof lock, particularly a kind of using method of lock hole sealing password burglar-proof lock.
Background technology
At present, the secret theftproof lock cost of production on the market is higher, and the password of use is easy crack also, and a kind of using method of lock hole sealing password burglar-proof lock has become the needs that people improve the theftproof lock performance.
Summary of the invention
The objective of the invention is to overcome the deficiencies in the prior art, a kind of using method of lock hole sealing password burglar-proof lock is provided, improve the theftproof lock performance.
The technical scheme of taking of the present invention is: lock hole sealing password burglar-proof lock, include lock body and lock core, lock hole sealing password burglar-proof lock is provided with envelope keyhole device, envelope keyhole device by the sign dish, separate code-disc and combination disk constitutes, lock body is made of outer lock body and interior lock body, lock core is made of outer lock core and internal cylinder, and the sign dish is made of preceding sign dish and back sign dish; Outer lock core is positioned at outer lock body, and outer lock body is actively tied in to be separated in the code-disc, separates code-disc and is actively tied in the preceding sign dish; Internal cylinder is positioned at lock body, and interior lock body is actively tied in the combination disk, and combination disk is actively tied in the sign dish of back; Separate code-disc and be provided with preceding hole sealing plate, be used to seal keyhole, separate code holes before preceding hole sealing plate is provided with, be used for aiming at keyhole, key can be passed separate code holes separating code holes; Combination disk is provided with the back hole sealing plate, and back hole sealing plate is provided with code hole, is used for code hole is aimed at keyhole, makes key pass code hole by the keyhole of outer lock core; Preceding hole sealing plate and back hole sealing plate are between outer lock core and internal cylinder, and key must be inserted by the keyhole of outer lock core, could insert the keyhole of internal cylinder then through the code hole of separating code holes and back hole sealing plate of preceding hole sealing plate, and lock hole sealing password burglar-proof lock is opened.Outer lock core is provided with the keyhole bearing mark, and the keyhole bearing mark is consistent with the angle direction of the keyhole of outer lock core; Combination disk is provided with pin marker, and pin marker is consistent with the angle direction of the code hole of back hole sealing plate.
The using method of described lock hole sealing password burglar-proof lock is as follows:
The step of locking: lock is separated code holes → password setting → lock cipher hole, and the step of locking is specific as follows:
Lock is separated code holes: according to the password that provides is provided, rotate and separate code-disc, make the angle password number of separating code-disc different with the angle direction of preceding outer lock core keyhole, make key can not pass preceding hole sealing plate;
Password setting: by password number oneself selection wherein the password of user according to back sign dish, after this password selected of sign dish is identical with the corresponding password position angle of preceding sign dish, and oneself keeps this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining;
The lock cipher hole: the rotational password dish, the angle direction of the pin marker of combination disk is turned to the password number of back sign dish inconsistent, make key can not pass the back hole sealing plate;
The step of unblanking: key inserts outer lock core → separate code-disc decoding → key and passes and separate code holes → combination disk decoding → key and pass code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
Separate the code-disc decoding: rotate and separate code-disc, make the angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Key passes separates code holes: after the angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, key is passed separate code holes;
Combination disk decoding: outer lock core is rotated with outer lock body with key, the password number of sign dish before the keyhole bearing mark is aimed at, because sign dish password is identical with the corresponding password position angle of back sign dish before this, so key can insert the code hole of hole sealing plate after the combination disk;
Key passes code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass the code hole of back hole sealing plate;
Key inserts internal cylinder: key pushes away key forward after passing the code hole of back hole sealing plate again, makes key insert internal cylinder;
The rotation internal cylinder is unblanked: after key inserted internal cylinder, key was rotated internal cylinder, and internal cylinder drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
The invention has the beneficial effects as follows: the method for unlocking of lock hole sealing password burglar-proof lock is different from traditional coded lock, unblanks not only can password be set by factory, and can password be set by user oneself, has improved the theftproof performance of theftproof lock.
Description of drawings
Fig. 1 is the structural representation of lock hole sealing password burglar-proof lock;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is Fig. 1 upward view.
The specific embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is further detailed:
The upward view of the structural representation of lock hole sealing password burglar-proof lock shown in Figure 1, the vertical view of Fig. 1 shown in Figure 2 and Fig. 1 shown in Figure 3; Lock hole sealing password burglar-proof lock includes lock body 1 and lock core 2, and lock hole sealing password burglar-proof lock is provided with envelope keyhole device 3, envelope keyhole device 3 by sign dish 4, separate code-disc 5 and combination disk 6 constitutes; Lock body 1 is made of with interior lock body 8 outer lock body 7, and lock core 2 is made of outer lock core 9 and internal cylinder 10, and sign dish 4 is made of preceding sign dish 11 and back sign dish 12; Outer lock core 9 is positioned at outer lock body 7, and outer lock body 7 is actively tied in to be separated in the code-disc 5, separates code-disc 5 and is actively tied in the preceding sign dish 11; Internal cylinder 10 is positioned at lock body 8, and interior lock body 8 is actively tied in the combination disk 6, and combination disk 6 is actively tied in the back sign dish 12; Separate code-disc 5 and be provided with preceding hole sealing plate 13, preceding hole sealing plate 13 is provided with separates code holes 14, and combination disk 6 is provided with back hole sealing plate 15, and back hole sealing plate 15 is provided with code hole 16, and preceding hole sealing plate 13 and back hole sealing plate 15 are between outer lock core 9 and internal cylinder 10.
In order to improve the theftproof performance of theftproof lock, increase the password of unblanking, lock hole sealing password burglar-proof lock can be separated code-disc and a plurality of combination disk, and each is separated code-disc 5 and is equipped with preceding hole sealing plate 13, and hole sealing plate 13 is equipped with and separates code holes 14 before each; Each combination disk 6 is equipped with back hole sealing plate 15, and each back hole sealing plate 15 is equipped with code hole 16; Hole sealing plate 13 and each back hole sealing plate 15 are between outer lock core 9 and internal cylinder 10 before each, separate the shape of code holes 14 and code hole 16 and measure-alike, separate the shape of the shape of code holes 14 and code hole 16 and size and outer lock core 9 and internal cylinder 10 keyholes and measure-alike.
For example separate code-disc 5 and be set to two, separate code-disc 5 and separate code-disc 17 and second by first and separate code-disc 18 and constitute; Outer lock body 7 is positioned at first and separates code-disc 17, and outer lock body 7 and first is separated code-disc 17 and is connected movingly, and first separates code-disc 17 is positioned at second and separates code-disc 18, the first and separate code-disc 17 and second and separate code-disc 18 and be connected movingly; Second separates code-disc 18 be positioned at before sign dish 11, the second separate code-disc 18 and be connected movingly with preceding sign dish 11; Combination disk 6 is set to two, combination disk 6 is made of first combination disk 19 and second combination disk 20, interior lock body 8 is positioned at first combination disk 19, interior lock body 8 is connected movingly with first combination disk 19, first combination disk 19 is positioned at second combination disk, 20, the first combination disk 19 and is connected movingly with second combination disk 20; Second combination disk 20 is positioned at back sign dish 12, the second combination disk 20 and is connected movingly with back sign dish 12; First separates code-disc 17 is provided with the first preceding hole sealing plate 21, second separates code-disc 18 is provided with the second preceding hole sealing plate 22, first combination disk 19 is provided with the first back hole sealing plate 23, second combination disk 20 is provided with the second back hole sealing plate, 25, the first preceding hole sealing plate 21, the second preceding hole sealing plates 22, the first back hole sealing plate 23 and the second back hole sealing plate 25 between outer lock core 9 and internal cylinder 10.
For password being set and untiing password, described sign dish 4 is provided with by angular divisions and indicates line 26 and reference numerals 27, separates code-disc 5 and is provided with decoding line 28 and decoded digital 29 by angular divisions, and combination disk 6 is provided with password line 30 by angular divisions; The angle and the quantity that indicate line 26, decoding line 28 and password line 30 are identical, and the digital number of reference numerals 27 and decoded digital 29 and numeral are identical; Before sign dish 11 preceding sign line 24 and before reference numerals 31 and back sign dish 12 back sign line 49 and after position, angle and the numeral of reference numerals 50 all identical.Described outer lock core 9 is provided with keyhole bearing mark 56, and keyhole bearing mark 56 is consistent with the angle direction of the keyhole of outer lock core 9; Described combination disk 6 is provided with pin marker, and the pin marker 57 of first combination disk 19 is consistent with the angle direction of the code hole of the first back hole sealing plate 23, and the pin marker 58 of second combination disk 20 is consistent with the angle direction of the code hole of the second back hole sealing plate 25.
Described lock body 1, separate code-disc 5 and combination disk 6 and be provided with and radially reach axially stop block.Separate code-disc 5 and radially reach and move axially and separate code-disc 5 rotary purposes in order to reach restriction, separating code-disc 5 is connected and composed with preceding hole sealing plate 13 by the two-stage decoding tube 32 of one, the prime decoding tube internal diameter 33 of two-stage decoding tube 32 is littler than back level decoding tube internal diameter 34, the prime decoding tube external diameter 35 of two-stage decoding tube 32 is littler than back level decoding tube external diameter 36, and the external diameter of preceding hole sealing plate 13 is identical with back level decoding tube external diameter 36; The bottom of two-stage decoding tube 32 is provided with first pin-and-hole 37, and preceding hole sealing plate 13 is provided with first alignment pin 38, and first alignment pin 38 of preceding hole sealing plate 13 is connected with first pin-and-hole 37 of the bottom of two-stage decoding tube 32; Outer lock body 7 is actively tied in the two-stage decoding tube of separating in the code-disc 5 32.
Radially reach and move axially and combination disk 6 rotary purposes in order to reach combination disk 6, combination disk 6 is connected and composed with back hole sealing plate 15 by the two-stage Jar with cipher 39 of one, the prime Jar with cipher internal diameter 40 of two-stage Jar with cipher 39 is littler than back level Jar with cipher internal diameter 41, the prime Jar with cipher external diameter 42 of two-stage Jar with cipher 39 is littler than back level Jar with cipher external diameter 43, and the external diameter of back hole sealing plate 15 is identical with back level Jar with cipher external diameter 43; The bottom of two-stage Jar with cipher 39 is provided with second pin-and-hole 44, and back hole sealing plate 15 is provided with second alignment pin 45, and second alignment pin 45 of preceding hole sealing plate 15 is connected with second pin-and-hole 44 of the bottom of two-stage Jar with cipher 39; Interior lock body 8 is actively tied in the two-stage Jar with cipher 39 of combination disk 6.
Sign dish 11 indicates tube 46 before by the two-stage of one and constitutes before described, and the prime tube internal diameter 47 that indicates tube 46 before the two-stage is littler than back level tube internal diameters 48; Indicate in the tube 46 before the two-stage of sign dish 11 before separating code-disc 5 and being actively tied in; Back sign dish 12 indicates tube 51 after by the two-stage of one and constitutes, indicate the prime of tube 51 after the two-stage after tube internal diameter 52 littler than level back, back tube internal diameter 53; Indicate in the tube 51 after the two-stage of sign dish 12 after combination disk 6 is actively tied in; During use, preceding sign dish 11 and back sign dish 12 are fixedlyed connected with door, limit lock body 1, separate code-disc 5 and combination disk 6 moves radially and axially movable purpose thereby reach.
Described back sign dish 12 is provided with terminal pad 54, and terminal pad 54 is fixedlyed connected with interior lock body 8; Before sign dish 11 fixedly connected by screw 55 with back sign dish 12, be used for fixing interior lock body 8 and rotation internal cylinder 10 lock opened.
Separating code-disc 5 is set to two and combination disk 6 to be set to two the using method of lock hole sealing password burglar-proof lock as follows:
The step of locking: the lock first order is separated code holes → lock second level and is separated code holes → first order password setting → second level password setting → lock first order code hole → lock second level code hole, and the step of locking is specific as follows:
The lock first order is separated code holes: according to the first order password provide is provided, rotates first and separate code-disc 17, making first, to separate the angle password number of code-disc 17 different with the angle direction of preceding outer lock core 9 keyholes, make key can not pass the first preceding hole sealing plate 21;
Code holes is separated in the lock second level: according to the second level password provide is provided, rotates second and separate code-disc 18, making second, to separate the angle password number of code-disc 18 different with the angle direction of preceding outer lock core 9 keyholes, make key can not pass the second preceding hole sealing plate 22;
First order password setting: by password number oneself selection wherein the password of user according to back sign dish 12, after this password selected of sign dish 12 is identical with the corresponding password position angle of preceding sign dish 11, and oneself keeps this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining;
Second level password setting: by password number oneself selection wherein the password of user according to back sign dish 12, after this password selected of sign dish 12 is identical with the corresponding password position angle of preceding sign dish 11, and oneself keeps this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining;
Lock first code hole: rotate first combination disk 19, the angle direction of the pin marker 57 of first combination disk 19 is turned to the first order password number of back sign dish 12 inconsistent, make key can not pass the first back hole sealing plate 23;
Lock second code hole: rotate second combination disk 20, the angle direction of the pin marker 58 of second combination disk 20 is turned to the second level password number of back sign dish 12 inconsistent, make key can not pass the second back hole sealing plate 25;
The step of unblanking: key inserts outer lock core → first and separates code-disc decoding → the second and separate code-disc decoding → key and pass first and separate code holes → key and pass second and separate code holes → first combination disk decoding → the second combination disk decoding → key and pass first code hole → key and pass second code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
First separates the code-disc decoding: rotate first and separate code-disc 17, make the first angle password number of separating code-disc 17 aim at the keyhole bearing mark 56 of outer lock core 9;
Second separates the code-disc decoding: rotate second and separate code-disc 18, make the second angle password number of separating code-disc 18 aim at the keyhole bearing mark 56 of outer lock core 9; Second separates code-disc 18 is provided with the second preceding hole sealing plate 22
Key passes first and separates code holes: after the first angle password number of separating code-disc 17 is aimed at the keyhole bearing mark 56 of outer lock core 9, key is pushed away forward, make key pass first code holes of separating of separating hole sealing plates 21 before the code-disc 17 first;
Key passes second and separates code holes: after the second angle password number of separating code-disc 18 is aimed at the keyhole bearing mark 56 of outer lock core 9, key is pushed away forward, make key pass second code holes of separating of separating hole sealing plates 22 before the code-disc 18 second;
First combination disk decoding: outer lock core 9 is rotated with outer lock body 7 with key, the password number of sign dish 11 before keyhole bearing mark 56 is aimed at, because to coil 11 passwords identical with the corresponding password position angle of back sign dish 12 for sign before this, so key can insert the code hole of first combination disk, 19 first back hole sealing plates 23;
Second combination disk decoding: outer lock core 9 is rotated with outer lock body 7 with key, the password number of sign dish 11 before keyhole bearing mark 56 is aimed at, because to coil 11 passwords identical with the corresponding password position angle of back sign dish 12 for sign before this, so key can insert the code hole of second combination disk, 20 second back hole sealing plates 25;
Key passes first code hole: behind the password number of sign dish 11, key is pushed away forward before keyhole bearing mark 56 is aimed at, make key pass the code hole of the first back hole sealing plate 23;
Key passes second code hole: behind the password number of sign dish 11, key is pushed away forward before keyhole bearing mark 56 is aimed at, make key pass the code hole of the second back hole sealing plate 25;
Key inserts internal cylinder: key pushes away key forward after passing second code hole of the second back hole sealing plate 25 again, makes key insert internal cylinder 10;
The rotation internal cylinder is unblanked: after key inserted internal cylinder 10, key was rotated internal cylinder 10, and internal cylinder 10 drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
Described a plurality of using method of separating the lock hole sealing password burglar-proof lock of code-disc and a plurality of combination disk is:
The step of locking: lock a plurality of code holes → a plurality of password setting → lock a plurality of code holes of separating, the step of locking is specific as follows:
Lock a plurality of code holes of separating: according to a plurality of passwords that provide are provided, rotate each and separate code-disc, the angle password number that makes each separate code-disc is different with the angle direction of preceding outer lock core keyhole, makes key can not pass the preceding hole sealing plate that each separates code-disc;
Password setting:, and oneself keep this each password firmly in mind or this each password is recorded on the notebook that other people are difficult for obtaining by the password of user according to each combination disk of password number oneself selection of back sign dish;
Lock cipher hole: rotate each combination disk, the angle direction of the pin marker of each combination disk is turned to the password number of back sign dish inconsistent, make key can not pass the back hole sealing plate of each combination disk;
The step of unblanking: key inserts that outer lock core → each separates code-disc decoding → key and pass each and separate code holes → each combination disk decoding → key and pass each code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
Each separates the code-disc decoding: rotate each and separate code-disc, make each angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Key passes each and separates code holes: after each angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, each that makes that key passes that each separates code-disc separated code holes;
Each combination disk decoding: each password according to oneself being provided with, with key outer lock core is rotated with outer lock body successively, make the keyhole bearing mark aim at each password number of preceding sign dish;
Key passes each code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass each code hole of each back hole sealing plate successively;
Key inserts internal cylinder: key pushes away key forward after passing each code hole of each back hole sealing plate again, makes key insert internal cylinder;
The rotation internal cylinder is unblanked: after key inserted internal cylinder, key was rotated internal cylinder, and internal cylinder drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
Claims (3)
1. lock hole sealing password burglar-proof lock, include lock body and lock core, lock hole sealing password burglar-proof lock is provided with envelope keyhole device, envelope keyhole device by the sign dish, separate code-disc and combination disk constitutes, lock body 1 is made of outer lock body and interior lock body, lock core is made of outer lock core and internal cylinder, and the sign dish is made of preceding sign dish and back sign dish; Outer lock core is positioned at outer lock body, and outer lock body is actively tied in to be separated in the code-disc, separates code-disc and is actively tied in the preceding sign dish; Internal cylinder is positioned at lock body, and interior lock body is actively tied in the combination disk, and combination disk is actively tied in the sign dish of back; Separate code-disc and be provided with preceding hole sealing plate, preceding hole sealing plate is provided with separates code holes, and combination disk is provided with the back hole sealing plate, and back hole sealing plate is provided with code hole, and preceding hole sealing plate and back hole sealing plate are between outer lock core and internal cylinder; Outer lock core is provided with the keyhole bearing mark, and the keyhole bearing mark is consistent with the angle direction of the keyhole of outer lock core; Combination disk is provided with pin marker, and first pin marker of first combination disk is consistent with the angle direction of the code hole of the first back hole sealing plate, and second combination disk, second pin marker is consistent with the angle direction of the code hole of the second back hole sealing plate;
Separate code-disc and can be set to two, separate code-disc and separate code-disc and second by first and separate code-disc and constitute; The external lock body is positioned at first and separates code-disc, and outer lock body and first is separated code-disc and is connected movingly, and first separates code-disc is positioned at second and separates code-disc, and first separates code-disc and second separates code-disc and be connected movingly; Second separates code-disc is positioned at preceding sign dish, and second separates code-disc is connected movingly with preceding sign dish; Combination disk is set to two, combination disk is made of first combination disk and second combination disk, and the internal lock body is positioned at first combination disk, and interior lock body is connected movingly with first combination disk, first combination disk is positioned at second combination disk, and first combination disk is connected movingly with second combination disk; Second combination disk is positioned at back sign dish, and second combination disk is connected movingly with back sign dish; First separates code-disc is provided with the first preceding hole sealing plate, second separates code-disc is provided with the second preceding hole sealing plate, first combination disk is provided with the first back hole sealing plate, second combination disk is provided with the second back hole sealing plate, and hole sealing plate, the first back hole sealing plate and the second back hole sealing plate are between outer lock core and internal cylinder before the first preceding hole sealing plate, second;
Lock hole sealing password burglar-proof lock can be separated code-disc and a plurality of combination disk, and each is separated code-disc and is equipped with preceding hole sealing plate, and hole sealing plate is equipped with and separates code holes before each; Each combination disk is equipped with the back hole sealing plate, and each back hole sealing plate is equipped with code hole; Hole sealing plate and each back hole sealing plate are between outer lock core and internal cylinder before each;
It is characterized in that: the using method of described lock hole sealing password burglar-proof lock is as follows:
The step of locking: lock is separated code holes → password setting → lock cipher hole, and the step of locking is specific as follows:
Lock is separated code holes: according to the password that provides is provided, rotate and separate code-disc, make the angle password number of separating code-disc different with the angle direction of preceding outer lock core keyhole, make key can not pass preceding hole sealing plate;
Password setting: by password number oneself selection wherein the password of user according to back sign dish, after this password selected of sign dish is identical with the corresponding password position angle of preceding sign dish, and oneself keeps this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining;
The lock cipher hole: the rotational password dish, the angle direction of the pin marker of combination disk is turned to the password number of back sign dish inconsistent, make key can not pass the back hole sealing plate;
The step of unblanking: key inserts outer lock core → separate code-disc decoding → key and passes and separate code holes → combination disk decoding → key and pass code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
Separate the code-disc decoding: rotate and separate code-disc, make the angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Key passes separates code holes: after the angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, key is passed separate code holes;
Combination disk decoding: with key outer lock core is rotated with outer lock body, make the keyhole bearing mark aim at the password number of preceding sign dish;
Key passes code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass the code hole of back hole sealing plate;
Key inserts internal cylinder: key pushes away key forward after passing the code hole of back hole sealing plate again, makes key insert internal cylinder;
The rotation internal cylinder is unblanked: after key inserted internal cylinder, key was rotated internal cylinder, and internal cylinder drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
2. the using method of lock hole sealing password burglar-proof lock according to claim 1, it is characterized in that: the using method of described lock hole sealing password burglar-proof lock is:
The step of locking: the lock first order is separated code holes → lock second level and is separated code holes → first order password setting → second level password setting → lock first order code hole → lock second level code hole, and the step of locking is specific as follows:
The lock first order is separated code holes: according to the first order password provide is provided, rotates first and separate code-disc, making first, to separate the angle password number of code-disc different with the angle direction of preceding outer lock core keyhole, make key can not pass the first preceding hole sealing plate;
Code holes is separated in the lock second level: according to the second level password provide is provided, rotates second and separate code-disc, making second, to separate the angle password number of code-disc different with the angle direction of preceding outer lock core keyhole, make key can not pass the second preceding hole sealing plate;
First order password setting:, and oneself keep this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining by the password number oneself selection password wherein of user according to back sign dish;
Second level password setting:, and oneself keep this password firmly in mind or this password is recorded on the notebook that other people are difficult for obtaining by the password number oneself selection password wherein of user according to back sign dish;
Lock first code hole: rotate first combination disk, the angle direction of the pin marker of first combination disk is turned to the first order password number of back sign dish inconsistent, make key can not pass the first back hole sealing plate;
Lock second code hole: rotate second combination disk, the angle direction of the pin marker of second combination disk is turned to the second level password number of back sign dish inconsistent, make key can not pass the second back hole sealing plate;
The step of unblanking: key inserts outer lock core → first and separates code-disc decoding → the second and separate code-disc decoding → key and pass first and separate code holes → key and pass second and separate code holes → first combination disk decoding → the second combination disk decoding → key and pass first code hole → key and pass second code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
First separates the code-disc decoding: rotate first and separate code-disc, make the first angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Second separates the code-disc decoding: rotate second and separate code-disc, make the second angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Key passes first and separates code holes: after the first angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, make key pass first code holes of separating of separating hole sealing plate before the code-disc first;
Key passes second and separates code holes: after the second angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, make key pass second code holes of separating of separating hole sealing plate before the code-disc second;
First combination disk decoding: outer lock core is rotated with outer lock body with key, the password number of sign dish before the keyhole bearing mark is aimed at, because sign dish password is identical with the corresponding password position angle of back sign dish before this, so key can insert the code hole of first combination disk, the first back hole sealing plate;
Second combination disk decoding: outer lock core is rotated with outer lock body with key, the password number of sign dish before the keyhole bearing mark is aimed at, because sign dish password is identical with the corresponding password position angle of back sign dish before this, so key can insert the code hole of second combination disk, the second back hole sealing plate;
Key passes first code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass the code hole of the first back hole sealing plate;
Key passes second code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass the code hole of the second back hole sealing plate;
Key inserts internal cylinder: key pushes away key forward after passing second code hole of the second back hole sealing plate again, makes key insert internal cylinder;
The rotation internal cylinder is unblanked: after key inserted internal cylinder, key was rotated internal cylinder, and internal cylinder drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
3. the using method of lock hole sealing password burglar-proof lock according to claim 1, it is characterized in that: described a plurality of usings method of separating the lock hole sealing password burglar-proof lock of code-disc and a plurality of combination disk are:
The step of locking: lock a plurality of code holes → a plurality of password setting → lock a plurality of code holes of separating, the step of locking is specific as follows:
Lock a plurality of code holes of separating: according to a plurality of passwords that provide are provided, rotate each and separate code-disc, the angle password number that makes each separate code-disc is different with the angle direction of preceding outer lock core keyhole, makes key can not pass the preceding hole sealing plate that each separates code-disc;
Password setting:, and oneself keep this each password firmly in mind or this each password is recorded on the notebook that other people are difficult for obtaining by the password of user according to each combination disk of password number oneself selection of back sign dish;
Lock cipher hole: rotate each combination disk, the angle direction of the pin marker of each combination disk is turned to the password number of back sign dish inconsistent, make key can not pass the back hole sealing plate of each combination disk;
The step of unblanking: key inserts that outer lock core → each separates code-disc decoding → key and pass each and separate code holes → each combination disk decoding → key and pass each code hole → key insertion internal cylinder → rotation internal cylinder and unblank, and the step of unblanking is specific as follows:
Key inserts outer lock core: key is inserted outer lock core;
Each separates the code-disc decoding: rotate each and separate code-disc, make each angle password number of separating code-disc aim at the keyhole bearing mark of outer lock core;
Key passes each and separates code holes: after each angle password number of separating code-disc is aimed at the keyhole bearing mark of outer lock core, key is pushed away forward, each that makes that key passes that each separates code-disc separated code holes;
Each combination disk decoding: each password according to oneself being provided with, with key outer lock core is rotated with outer lock body successively, make the keyhole bearing mark aim at each password number of preceding sign dish;
Key passes each code hole: behind the password number of sign dish, key is pushed away forward before the keyhole bearing mark is aimed at, make key pass each code hole of each back hole sealing plate successively;
Key inserts internal cylinder: key pushes away key forward after passing each code hole of each back hole sealing plate again, makes key insert internal cylinder;
The rotation internal cylinder is unblanked: after key inserted internal cylinder, key was rotated internal cylinder, and internal cylinder drives unlocking mechanism and opens lock hole sealing password burglar-proof lock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101728465A CN101858167B (en) | 2010-05-02 | 2010-05-02 | Use method of password burglar-proof lock with locking sealing hole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101728465A CN101858167B (en) | 2010-05-02 | 2010-05-02 | Use method of password burglar-proof lock with locking sealing hole |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101858167A true CN101858167A (en) | 2010-10-13 |
| CN101858167B CN101858167B (en) | 2012-07-04 |
Family
ID=42944307
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101728465A Expired - Fee Related CN101858167B (en) | 2010-05-02 | 2010-05-02 | Use method of password burglar-proof lock with locking sealing hole |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101858167B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2103609U (en) * | 1991-10-22 | 1992-05-06 | 瓦房店市房地产管理处机械厂 | Protector for lock hole of anti-theft door |
| CN2139155Y (en) * | 1992-09-05 | 1993-07-28 | 关平安 | Anti-theft protector for mortice lock |
| CN2445053Y (en) * | 2000-10-30 | 2001-08-29 | 陈双安 | Totally-enclosed on-hole antitheft lock |
| JP2008150800A (en) * | 2006-12-14 | 2008-07-03 | Alpha Corp | Lock device |
| CN101824939A (en) * | 2010-04-30 | 2010-09-08 | 林智勇 | Lock hole sealing password burglar-proof lock |
-
2010
- 2010-05-02 CN CN2010101728465A patent/CN101858167B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2103609U (en) * | 1991-10-22 | 1992-05-06 | 瓦房店市房地产管理处机械厂 | Protector for lock hole of anti-theft door |
| CN2139155Y (en) * | 1992-09-05 | 1993-07-28 | 关平安 | Anti-theft protector for mortice lock |
| CN2445053Y (en) * | 2000-10-30 | 2001-08-29 | 陈双安 | Totally-enclosed on-hole antitheft lock |
| JP2008150800A (en) * | 2006-12-14 | 2008-07-03 | Alpha Corp | Lock device |
| CN101824939A (en) * | 2010-04-30 | 2010-09-08 | 林智勇 | Lock hole sealing password burglar-proof lock |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101858167B (en) | 2012-07-04 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101824939B (en) | Lock hole sealing password burglar-proof lock | |
| CN102425339A (en) | Electronic lock capable of being automatically locked | |
| CN101858167B (en) | Use method of password burglar-proof lock with locking sealing hole | |
| CN208416168U (en) | A kind of lock core device for the anti-technology unlocking that dallies | |
| CN202578170U (en) | Multidirectional locking lock head of external pressing marble of double-sided column in self-sliding vane | |
| CN103375058A (en) | Multi-direction-locking lock with self-slide blades, inner double side-barrels and external-pressed pins | |
| CN203584036U (en) | Billiard-free mechanical lock and special key | |
| CN203441186U (en) | Mechanical lock cylinder | |
| CN202125126U (en) | Lock capable of transforming keys | |
| CN202139911U (en) | Novel antitheft lock cylinder | |
| CN102022027B (en) | Anti-theft multi-lock-liner password lock | |
| CN203296500U (en) | Limiting mechanism of mechanical coded lock | |
| CN202926032U (en) | Tumbler lock head and key thereof | |
| CN103527002A (en) | Novel mechanical lock without pin tumbler and special key | |
| CN202324848U (en) | Anti-theft lock cylinder | |
| CN205153727U (en) | Mechanical lock | |
| CN206477687U (en) | One kind closing rotary type cipher lock | |
| CN202209085U (en) | Mechanical coded lock | |
| CN205224864U (en) | Electromechanical two accuse electronic locks of intelligence | |
| CN105386650A (en) | AB key lock | |
| CN201588453U (en) | Anti-theft lockset | |
| CN220151098U (en) | Anti-picking anti-theft lock cylinder | |
| CN202157606U (en) | Invisible pin tumbler lock core | |
| CN202391240U (en) | Improved lock cylinder mechanism | |
| CN203257192U (en) | Anti-theft lock cylinder |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: NANTONG TONGZHOU DISTRICT PRODUCTIVITY PROMOTION C Free format text: FORMER OWNER: LIN ZHIYONG Effective date: 20130905 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: ADDRESS; FROM: 529080 JIANGMEN, GUANGDONG PROVINCE TO: 226300 NANTONG, JIANGSU PROVINCE |
|
| TR01 | Transfer of patent right |
Effective date of registration: 20130905 Address after: 226300, six floor, Xianghe Road, Jinsha Road, Jinsha Town, Nantong, Jiangsu, Tongzhou District Patentee after: Tongzhou District Nantong Productivity Promotion Center Address before: 529080, No. 1, Lane 7, garden village, off street office, Jiangmen, Guangdong Province, 605 Patentee before: Lin Zhiyong |
|
| ASS | Succession or assignment of patent right |
Owner name: NANTONG KAIBO ELECTRONIC TECHNOLOGY DEVELOPMENT CO Free format text: FORMER OWNER: NANTONG TONGZHOU DISTRICT PRODUCTIVITY PROMOTION CENTER Effective date: 20150629 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20150629 Address after: CAITONG Science Park pioneer town of Tongzhou District city of Nantong province Jiangsu 226300 Patentee after: Nantong Kaibo Electronic Technology Development Co., Ltd. Address before: 226300, six floor, Xianghe Road, Jinsha Road, Jinsha Town, Nantong, Jiangsu, Tongzhou District Patentee before: Tongzhou District Nantong Productivity Promotion Center |
|
| TR01 | Transfer of patent right |
Effective date of registration: 20181218 Address after: 226000 9th Floor, Building 299 Xingcheng Road, Chongchuan District, Nantong City, Jiangsu Province Patentee after: Nantong wisdom Intelligent Technology Co., Ltd. Address before: 226300 Caitong Science Park, Xianfeng Town, Tongzhou District, Nantong City, Jiangsu Province Patentee before: Nantong Kaibo Electronic Technology Development Co., Ltd. |
|
| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120704 Termination date: 20190502 |