CN100406672C - Electrically controlled burglar-proof door lock - Google Patents
Electrically controlled burglar-proof door lock Download PDFInfo
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- CN100406672C CN100406672C CNB2006100506606A CN200610050660A CN100406672C CN 100406672 C CN100406672 C CN 100406672C CN B2006100506606 A CNB2006100506606 A CN B2006100506606A CN 200610050660 A CN200610050660 A CN 200610050660A CN 100406672 C CN100406672 C CN 100406672C
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- dead bolt
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- slide block
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Abstract
The present invention relates to an electrically controlled anti-theft door lock which comprises a handle in the door, a handle outside the door, a panel, a lock body which is composed of a lock casing seat and a cover plate, a main bolt mechanism and an auxiliary bolt mechanism which are arranged in the lock body, a connecting mechanism of an unlocking handle, which is arranged between the main bolt mechanism and the auxiliary bolt mechanism, and a connecting mechanism of a key, wherein the main bolt mechanism comprises a main bolt and a sliding block of the main bolt, and the auxiliary bolt mechanism comprises an auxiliary bolt and a sliding block of the auxiliary bolt; the connecting mechanism of the key comprises the key and a shifting block of a lock core, and a connecting rod is connected in the connecting mechanism of the unlocking handle. Chain rods are respectively arranged on the upper surface and the lower surface of the sliding block of the main bolt; one side of each chain rod extends the lock body, and a slanting groove which is connected with a column on the middle of the sliding block of the main bolt is arranged on the other side of each chain rod; the slanting groove can be driven by the main bolt to move inwards and outwards without locking. The present invention is characterized in that an electrically controlled connecting mechanism is arranged on one side of the auxiliary bolt mechanism. The present invention has an electric control function, and can be locked and unlocked conveniently; the present invention can be matched with various controllers of modern building control systems.
Description
Technical field
The present invention relates to a kind of door lock, refer in particular to a kind of electrically controlled burglar-proof door lock.
Background technology
At present, commercially available safe-guard door lock mainly comprises key, handle in the door, handle outdoors, panel, the lock body that constitutes by lock-shell seat and cover plate, be arranged on main spring bolt mechanism and pair spring bolt mechanism in the lock body, be arranged at the master, secondary dead bolt handle bindiny mechanism between the pair spring bolt mechanism, key unlocking mechanism, main spring bolt mechanism comprises main dead bolt and main dead bolt slide block, pair spring bolt mechanism comprises secondary dead bolt bar, the pair spring bolt mechanism employing is pulled handle and is unblanked by connecting the piece drive, main spring bolt mechanism adopts the some circle modes of insertion key turns to reach main dead bolt and locks or unblank, it locks and unblanks more loaded down with trivial details, do not possess electric control function again, with the button controller of modern building control system, the cassette controller, fingerprint controller, the cover that mismatches such as Crypto Control Unit.
Summary of the invention
Task of the present invention is to provide a kind of electrically controlled burglar-proof door lock, and it has electric control function, locks and unblanks conveniently, matches with the button controller of modern building control system, cassette controller, fingerprint controller, Crypto Control Unit etc.
For finishing above-mentioned task, the solution that the invention is taked is: a kind of electrically controlled burglar-proof door lock, it comprises an interior handle, handle outdoors, panel, the lock body that constitutes by lock-shell seat and cover plate, be arranged on main spring bolt mechanism and pair spring bolt mechanism in the lock body, be arranged at the master, the handle bindiny mechanism of unblanking between the pair spring bolt mechanism, key bindiny mechanism, main spring bolt mechanism comprises main dead bolt and main dead bolt slide block, pair spring bolt mechanism comprises secondary dead bolt and secondary dead bolt slide block, key bindiny mechanism comprises that key and lock core stir piece, unblanking has a pitman in the handle bindiny mechanism, main dead bolt slide block top and bottom are equipped with the chain bar separately, one side of chain bar is stretched out lock body and opposite side has the pillar in the middle of a skewed slot and the main dead bolt slide block to be connected, do not have the locking under pass in and out along with the drive of main dead bolt slide block, also have one and electricly connect the side that mechanism places pair spring bolt mechanism, electricly connecting mechanism is made up of automatically controlled electromagnetic coil and automatically controlled electromagnetic core, automatically controlled electromagnetic coil is fixed on the lock-shell seat wall, automatically controlled electromagnetic core can hold the brace of a band arc, brace is positioned on the lock-shell seat by sheet reference column in succession, brace can be done the seesaw motion, the pitman of brace other end arc-shaped concave in the handle bindiny mechanism of unblanking, the pitman overcoat is with the pitman spring.
It and the uses that match such as the button controller of modern building control system, cassette controller, fingerprint controller, Crypto Control Unit.When controller sends instruction, automatically controlled electromagnetic coil gets and produces magnetic force when electric, automatically controlled electromagnetic core holds the corresponding end of brace when entering in the automatically controlled electromagnetic coil, brace props up under the point location at sheet reference column in succession, automatically controlled electromagnetic core drives brace and does the seesaw motion, pitman thereby brace other end arc-shaped concave is pushed to unblank in the handle bindiny mechanism makes lockset be in opening, at this moment pull an interior handle or outdoors handle major and minor spring bolt mechanism is unblanked.When controller sends instruction, some titles after the time during automatically controlled electromagnetic coil dead electricity magnetic force disappear, automatically controlled electromagnetic core resets, brace returns to original position under the thrust of automatically controlled electromagnetic core, pitman resets under the effect of pitman spring simultaneously, thereby makes lockset bindiny mechanism be in off-state again.
Description of drawings
Fig. 1 is that present embodiment removes the structural representation that is in unlocking condition behind the cover plate.
Fig. 2 is that present embodiment removes the structural representation that is in locking state behind the cover plate.
Among the figure: 1, lock-shell seat, 2-1, the chain bar, 2-2, pillar, 2-3, main dead bolt slide block, 2-4, main dead bolt, 2-5, main latch bolt spring, 2-6, main dead bolt limited block, 2-7, main dead bolt limited post, 2-8, limited block resets and pulls out spring, 2-9, constrictor, 2-10, gathering sill, 2-11, lead, 2-12, concave step, 3-1, releasing piece, 3-2, release lever, 3-3, rivet, 3-4, secondary dead bolt, 3-5, secondary dead bolt slide block, 3-6, release lever resets and pulls out spring, 3-7, secondary latch bolt spring, 4-1, drive block, 4-2, functor, 4-3, pitman, 4-4, the pitman spring, 4-5, power transmission shaft, 4-6, can select the fork of directly unblanking in the door, 5-1, key, 5-2, lock core is stirred piece, 5-3, stir sheet, 5-4, stir the sheet stop, 5-5, reference column A, 5-6, reference column B, 5-7, the V-arrangement reed, 6-1, brace, 6-2 brace reference column, 6-3, automatically controlled electromagnetic coil, 6-4, automatically controlled electromagnetic core, 7-1, lock solenoid, 7-2, the locking electromagnetic core, 7-3, locking plate, 7-4, the locking plate reference column.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing thereof the good effect of the present invention and generation thereof is remake description.
Referring to Fig. 1 and Fig. 2, a kind of electrically controlled burglar-proof door lock, it comprises an interior handle, handle outdoors, panel, the lock body that constitutes by lock-shell seat 1 and cover plate, be arranged on main spring bolt mechanism and pair spring bolt mechanism in the lock body, be arranged at the master, the handle bindiny mechanism of unblanking between the pair spring bolt mechanism, key bindiny mechanism, main spring bolt mechanism comprises main dead bolt 2-4 and main dead bolt slide block 2-3, pair spring bolt mechanism comprises secondary dead bolt 3-4 and secondary dead bolt slide block 3-5, key bindiny mechanism comprises that key 5-1 and lock core stir piece 5-2, unblanking has a pitman 4-3 in the handle bindiny mechanism, main dead bolt slide block 2-3 top and bottom are equipped with chain bar 2-1 separately, the side of chain bar 2-1 is stretched out lock body and opposite side has the pillar 2-2 in the middle of a skewed slot and the main dead bolt slide block 2-3 to be connected, chain bar 2-1 do not have the locking under pass in and out along with the drive of main dead bolt slide block 2-3, also have one and electricly connect the side that mechanism places pair spring bolt mechanism, electricly connecting mechanism is made up of automatically controlled electromagnetic coil 6-3 and automatically controlled electromagnetic core 6-4, automatically controlled electromagnetic coil 6-3 is fixed on lock-shell seat 1 wall, automatically controlled electromagnetic core 6-4 can hold the brace 6-1 of a band arc, brace 6-1 is positioned on the lock-shell seat 1 by sheet reference column 6-2 in succession, brace 6-1 can do the seesaw motion, the pitman 4-3 of brace 6-1 other end arc-shaped concave in the handle bindiny mechanism of unblanking, pitman 4-3 overcoat is with pitman spring 4-4.
Referring to Fig. 1 and Fig. 2, one side of main spring bolt mechanism is provided with automatically controlled locking mechanism, automatically controlled locking mechanism is made up of lock solenoid 7-1 and locking electromagnetic core 7-2, lock solenoid 7-1 is fixed on lock-shell seat 1 wall, be provided with the locking plate 7-3 of one " 7 " font in the position of locking electromagnetic core 7-2 correspondence, locking electromagnetic core 7-2 can hold locking plate 7-3, locked reference column 7-4 of locking plate 7-3 is positioned on the lock-shell seat 1, locking plate 7-3 can do oscillating motion, and it is in its ad hoc step that locking plate 7-3 its other end under the drive of locking electromagnetic core 7-2 can enter chain bar 2-1.
Referring to Fig. 1 and Fig. 2, when controller sends instruction, lock solenoid 6-3 gets and produces magnetic force when electric, locking electromagnetic core 7-2 holds and drives locking plate 7-3 in entering lock solenoid 6-3, locking plate 7-3 props up under the point location at locking plate reference column 7-4 and does oscillating motion, the locking plate 7-3 other end enters chain bar 2-1 in its ad hoc step, limited the motion of chain bar 2-1, and chain bar 2-1 has limited the motion of main dead bolt slide block 2-3, and which kind of mode adopts unblank all can not open this moment.When controller sends instruction, remove lock and keep function, disappearance magnetic force during lock solenoid 6-3 dead electricity, locking electromagnetic core 7-2 resets, locking plate 7-3 resets under the effect of locking electromagnetic core 7-2 thrust, the locking plate 7-3 other end ejects in its ad hoc step from chain bar 2-1, and the motion of chain bar 2-1 has not been limited.This electrically controlled burglar-proof door lock has increased automatically controlled lock function, improves the safety of door lock.
Referring to Fig. 1 and Fig. 2, main dead bolt slide block 2-3 one side has a gathering sill 2-10 and the lead 2-11 that is fixed in the lock-shell seat 1 to match, main dead bolt slide block 2-3 is moved in the limited field of gathering sill 2-10, the adjacent of gathering sill 2-10 is equipped with main latch bolt spring 2-5, the opposite side of main dead bolt slide block 2-3 has a concave step 2-12 of place, main dead bolt limited block 2-6 on the main dead bolt limited block post 2-7 that concave step 2-12 is adjacent matches, also being provided with constrictor 2-9 and limited block on the main dead bolt limited block post 2-7 resets and pulls out spring 2-8, on the main dead bolt limited block 2-6 constrictor 2-9 is arranged, under have spacing block reset to pull out spring 2-8, constrictor 2-9 one side has the middle pillar 2-2 of a groove and main dead bolt slide block 2-3 to be connected, after main dead bolt limited block 2-6 one end is under pressure, its other end comes off from concave step 2-12, main latch bolt spring 2-5 promotes main dead bolt slide block 2-3 and locks, at this moment main dead bolt limited block 2-6 one end is squeezed again and has overcome the limited block effect of pulling out spring 2-8 that resets and makes this end enter concave step 2-12, and door lock is in locks and the pick-proof state; When shedding pressure this end under limited block resets the effect of pulling out spring 2-8, main dead bolt limited block 2-6 one end throws off from concave step 2-12, the opposite side of constrictor 2-9 drives main dead bolt slide block 2-3 and compresses main latch bolt spring 2-5 to lockset position of coupler when being under pressure, at this moment the main dead bolt limited block 2-6 other end enters the concave step 2-12 other end on the main dead bolt slide block 2-3 under limited block resets the effect of pulling out spring 2-8, main dead bolt slide block 2-3 is in treats locking state.
Referring to Fig. 1 and Fig. 2, the side of secondary dead bolt slide block 3-5 has the release lever 3-2 of a bar shaped, arrange the releasing piece 3-1 that a slice arc is arranged together with release lever 3-2, release lever 3-2 and releasing piece 3-1 are fixed on the secondary dead bolt slide block 3-5 by rivet 3-3, also being provided with release lever on secondary dead bolt slide block 3-5 resets and pulls out spring 3-6, the opposite side of secondary dead bolt slide block 3-5 is equipped with secondary latch bolt spring 3-7, when secondary dead bolt 3-4 is squeezed (secondary dead bolt 3-4 is subjected to the extruding of corresponding doorframe when locking), in secondary dead bolt 3-4 and the release lever 3-2 retraction lock body, when secondary dead bolt 3-4 is not squeezed (when doorframe puts in place), secondary dead bolt 3-4 can eject (inserting in the frame hole) by secondary dead bolt slide block 3-5 under the thrust of secondary latch bolt spring 3-7, meanwhile the front end of release lever 3-2 is subjected to (doorframe) restriction and can not ejects, impel with its releasing piece 3-1 arc one side and produce pressure in motion with row, when the front end of release lever 3-2 is not subjected to (doorframe) restriction, eject under release lever resets the effect of pulling out spring 3-6, releasing piece 3-1 pressure disappears.
Referring to Fig. 1 and Fig. 2, releasing piece 3-1 can contact, pressure can be sent on the main dead bolt limited block 2-6 with main dead bolt limited block 2-6.Main dead bolt limited block 2-6 pressurized comes off to form from the concave step 2-12 of main dead bolt slide block and automatically locks, and another place that makes the other end of main dead bolt limited block 2-6 enter main dead bolt slide block 2-6 concave step 2-12 simultaneously forms tamper-resistant function.
Referring to Fig. 1 and Fig. 2, unblanking has the cylindric drive block 4-1 of side's heart in the handle bindiny mechanism, drive block 4-1 is fixed on can do 45 ° of rotations in the lock body, the one side is provided with a hole, be with the functor 4-2 of torch shape in the periphery of drive block 4-1, the internal diameter of functor 4-2 and drive block 4-1 labor movingly, corresponding position, hole on functor 4-2 one side and the drive block 4-1 is provided with a hole, place pitman 4-3 and pitman spring 4-4 in the hole, insert the microscler power transmission shaft 4-5 in four directions in the heart in the side of drive block 4-1, one of power transmission shaft 4-5 has a cylinder, and cylinder is inserted in the optional fork 4-6 that directly unblanks in the door that selects.
Referring to Fig. 1 and Fig. 2, functor 4-2 can contact with secondary dead bolt slide block 3-5, can contact with constrictor 2-9 simultaneously; Also can contact with the fork 4-6 that can select directly to unblank in the door.Handle drives functor 4-2 by the fork 4-6 that can select directly to unblank in the door in pulling door, makes functor 4-2 stir the elastic force that secondary dead bolt slide block 3-4 overcomes secondary latch bolt spring 3-7 secondary dead bolt 3-4 is withdrawn.
Referring to Fig. 1 and Fig. 2, in the process of secondary dead bolt 3-4 withdrawal, impel releasing piece 3-1 to remove pressure to main dead bolt limited block 2-6, simultaneously functor 4-2 to the constrictor 2-9 application of force, prize main dead bolt 2-4 and finish and unblank.
Referring to Fig. 1 and Fig. 2, stir be positioned A5-5 and reference column B5-6 of sheet 5-3 in the key bindiny mechanism and be positioned at lock-shell seat 1 bottom versatilely, an end of stirring sheet 5-3 is provided with a slice V-arrangement reed 5-7, the other end to be had a spill and lock core to stir piece 5-2 to match, and is that the center is provided with and stirs sheet stop 5-4 stirring sheet 5-3 bottom with reference column A5-5.
Referring to Fig. 1 and Fig. 2, V-arrangement reed 5-7 can contact with brace 6-1.As Men Nei or when unblanking outdoors to insert key 5-1, rotational lock core is stirred about piece 5-2135 ° and is limited the position to stirring sheet stop 5-4, at this moment the V-arrangement reed 5-7 that stirs sheet 5-3 one end pushes brace 6-1 to, and brace 6-1 pushes pitman 4-3 to, thereby functor 4-2 and drive block 4-1 are linked to be an integral body, at this moment pull an interior handle or outdoors handle be connected to functor 4-2 by power transmission shaft 4-5 and drive major and minor spring bolt mechanism and unblank.
Because present embodiment not only has the open function of electricly connecting, and (it is under the situation of door-closing in-place to have the function of automatically locking, secondary, main dead bolt can successively eject, need not insert key just can lock, thereby reach conveniently purpose), key connects open function and Men Nei can select direct open function, opening ways is many; In addition, under the state of opening at automatically controlled lock function, then no matter be key connect electricly connect or door in can select direct opening ways, all will be restricted and can't unblank, thereby reach purpose of safety.
Claims (9)
1. electrically controlled burglar-proof door lock, it comprises an interior handle, handle outdoors, panel, lock body by lock-shell seat (1) and cover plate formation, be arranged on main spring bolt mechanism and pair spring bolt mechanism in the lock body, be arranged at the master, the handle bindiny mechanism of unblanking between the pair spring bolt mechanism, key bindiny mechanism, main spring bolt mechanism comprises main dead bolt (2-4) and main dead bolt slide block (2-3), pair spring bolt mechanism comprises secondary dead bolt (3-4) and secondary dead bolt slide block (3-5), key bindiny mechanism comprises that key (5-1) and lock core stir piece (5-2), unblanking has a pitman (4-3) in the handle bindiny mechanism, main dead bolt slide block (2-3) top and bottom are equipped with chain bar (2-1) separately, one side of chain bar (2-1) is stretched out lock body and opposite side has the pillar (2-2) in the middle of a skewed slot and the main dead bolt slide block (2-3) to be connected, chain bar (2-1) do not have the locking under pass in and out along with the drive of main dead bolt slide block (2-3), it is characterized in that: also have one and electricly connect the side that mechanism places pair spring bolt mechanism, electricly connecting mechanism is made up of automatically controlled electromagnetic coil (6-3) and automatically controlled electromagnetic core (6-4), automatically controlled electromagnetic coil (6-3) is fixed on lock-shell seat (1) wall, automatically controlled electromagnetic core (6-4) can hold the brace (6-1) of a band arc, brace (6-1) is positioned on the lock-shell seat (1) by sheet reference column (6-2) in succession, brace (6-1) can be done the seesaw motion, the pitman (4-3) of brace (6-1) other end arc-shaped concave in the handle bindiny mechanism of unblanking, pitman (4-3) overcoat is with pitman spring (4-4).
2. electrically controlled burglar-proof door lock according to claim 1, it is characterized in that: a side of main spring bolt mechanism is provided with automatically controlled locking mechanism, automatically controlled locking mechanism is made up of lock solenoid (7-1) and locking electromagnetic core (7-2), lock solenoid (7-1) is fixed on lock-shell seat (1) wall, be provided with the locking plate (7-3) of one " 7 " font in the corresponding position of locking electromagnetic core (7-2), locking electromagnetic core (7-2) can hold locking plate (7-3), locked reference column of locking plate (7-3) (7-4) is positioned on the lock-shell seat (1), locking plate (7-3) can be done oscillating motion, and locking plate (7-3) its other end under the drive of locking electromagnetic core (7-2) can enter chain bar (2-1) in its ad hoc step.
3. electrically controlled burglar-proof door lock according to claim 1, it is characterized in that: main dead bolt slide block (2-3) side has a gathering sill (2-10) and the lead (2-11) that is fixed in the lock-shell seat (1) to match, main dead bolt slide block (2-3) is moved in the limited field of gathering sill (2-10), the adjacent of gathering sill (2-10) is equipped with main latch bolt spring (2-5), the opposite side of main dead bolt slide block (2-3) has place's concave step (2-12), main dead bolt limited block (2-6) on the main dead bolt limited block post (2-7) that concave step (2-12) is adjacent matches, also being provided with constrictor (2-9) and limited block on the main dead bolt limited block post (2-7) resets and pulls out spring (2-8), constrictor (2-9) is arranged on the main dead bolt limited block (2-6), under have spacing block reset to pull out spring (2-8), constrictor (2-9) side has the middle pillar (2-2) of a groove and main dead bolt slide block (2-3) to be connected, after main dead bolt limited block (2-6) end is under pressure, its other end comes off from concave step (2-12), main latch bolt spring (2-5) promotes main dead bolt slide block (2-3) and locks, at this moment main dead bolt limited block (2-6) end continues to be squeezed and has overcome the limited block effect of pulling out spring (2-8) that resets and makes this end enter concave step (2-12), and door lock is in locks and the pick-proof state; When shedding pressure this end under limited block resets the effect of pulling out spring (2-8), main dead bolt limited block (2-6) end throws off from concave step (2-12), the opposite side of constrictor (2-9) drives main dead bolt slide block (2-3) and compresses main latch bolt spring (2-5) to lockset position of coupler when being under pressure, at this moment main dead bolt limited block (2-6) other end enters main dead bolt slide block (2-3) and goes up concave step (2-12) other end under limited block resets the effect of pulling out spring (2-8), main dead bolt slide block (2-3) is in treats locking state.
4. electrically controlled burglar-proof door lock according to claim 1, it is characterized in that: a side of secondary dead bolt slide block (3-5) has the release lever (3-2) of a bar shaped, arrange the releasing piece (3-1) that a slice arc is arranged together with release lever (3-2), release lever (3-2) and releasing piece (3-1)) be fixed on the secondary dead bolt slide block (3-5), also being provided with release lever on secondary dead bolt slide block (3-5) resets and pulls out spring (3-6), the opposite side of secondary dead bolt slide block (3-5) is equipped with secondary latch bolt spring (3-7), when secondary dead bolt (3-4) when being squeezed, in secondary dead bolt (3-4) and release lever (3-2) the retraction lock body, when secondary dead bolt (3-4) when not being squeezed, secondary dead bolt (3-4) can eject under the thrust of secondary latch bolt spring (3-7) by secondary dead bolt slide block (3-5), meanwhile the front end of release lever (3-2) is restricted and can not ejects, impel with its releasing piece (3-1) arc one side and produce pressure in motion with row, when the front end of release lever (3-2) is not restricted, eject under release lever resets the effect of pulling out spring (3-6), releasing piece (3-1) pressure disappears.
5. according to claim 3 or 4 described electrically controlled burglar-proof door locks, it is characterized in that: releasing piece (3-1) can contact with main dead bolt limited block (2-6), pressure can be sent on the main dead bolt limited block (2-6).
6. electrically controlled burglar-proof door lock according to claim 1, it is characterized in that: the cylindric drive block of side's heart (4-1) is arranged in the handle bindiny mechanism of unblanking, drive block (4-1) is fixed on can do 45 ° of rotations in the lock body, the one side is provided with a hole, be with the functor (4-2) of torch shape in the periphery of drive block (4-1), the internal diameter of functor (4-2) and drive block (4-1) are labored movingly, corresponding position, hole on functor (4-2) side and the drive block (4-1) is provided with a hole, place pitman (4-3) and pitman spring (4-4) in the hole, insert the microscler power transmission shaft (4-5) in four directions in the heart in the side of drive block (4-1), one of power transmission shaft (4-5) has a cylinder, and cylinder is inserted in the optional fork (4-6) of directly unblanking in the door of selecting.
7. according to claim 3 or 4 or 6 described electrically controlled burglar-proof door locks, it is characterized in that: functor (4-2) can contact with secondary dead bolt slide block (3-5), can contact with constrictor (2-9) simultaneously; Also can contact with the fork (4-6) of can selecting directly to unblank in the door.Handle drives functor 4-2 by the fork 4-6 that can select directly to unblank in the door in pulling door, makes functor 4-2 stir the elastic force that secondary dead bolt slide block 3-4 overcomes secondary latch bolt spring 3-7 secondary dead bolt 3-4 is withdrawn.
8. electrically controlled burglar-proof door lock according to claim 1, it is characterized in that: stir be positioned A (5-5) and reference column B (5-6) of sheet (5-3) in the key bindiny mechanism and be positioned at lock-shell seat (1) bottom versatilely, an end of stirring sheet (5-3) is provided with a slice V-arrangement reed (5-7), the other end to be had a spill and lock core to stir piece (5-2) to match, and is that the center is provided with and stirs sheet stop (5-4) stirring sheet (5-3) bottom with reference column A (5-5).
9. according to claim 1 or 8 described electrically controlled burglar-proof door locks, it is characterized in that: V-arrangement reed (5-7) can contact with brace (6-1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100506606A CN100406672C (en) | 2006-05-01 | 2006-05-01 | Electrically controlled burglar-proof door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100506606A CN100406672C (en) | 2006-05-01 | 2006-05-01 | Electrically controlled burglar-proof door lock |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1847586A CN1847586A (en) | 2006-10-18 |
| CN100406672C true CN100406672C (en) | 2008-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006100506606A Expired - Fee Related CN100406672C (en) | 2006-05-01 | 2006-05-01 | Electrically controlled burglar-proof door lock |
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| CN (1) | CN100406672C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103883174B (en) * | 2014-03-19 | 2016-02-24 | 广东镖臣防盗设备有限公司 | Double end vibrationproof electromagnet apparatus |
| CN105464472B (en) * | 2016-02-01 | 2017-10-13 | 抚州昌佳安防科技有限公司 | A kind of theft-proof electron blade lock |
| CN108798287A (en) * | 2017-04-28 | 2018-11-13 | 张克军 | Dual-active double quick lock control prevention and control mechanical lock |
| TWI632277B (en) * | 2017-10-13 | 2018-08-11 | 陳重佑 | Wireless transmission system for automatic locking |
| CN109505466A (en) * | 2018-12-30 | 2019-03-22 | 温州德诚锁业有限公司 | A kind of automatic locking electrically-controlled anti-theft lock of no electricity-supplying and door-closing |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0190809A1 (en) * | 1985-02-08 | 1986-08-13 | Brondool B.V. | A lockable lock |
| GB2225375A (en) * | 1988-11-25 | 1990-05-30 | Waertsilae Oy Ab | Electromechanical door lock |
| CN2470482Y (en) * | 2001-03-17 | 2002-01-09 | 李泽华 | Electronic anti-theft lock |
| CN2533217Y (en) * | 2001-12-22 | 2003-01-29 | 陈润明 | Remote-controlled and electrically controlled door lock |
| US6698263B2 (en) * | 2002-07-22 | 2004-03-02 | Hui-Hua Hsieh | Remote-controlled door lock |
| CN2625516Y (en) * | 2003-05-01 | 2004-07-14 | 王成忠 | Electric control automatic theftproof door lock |
| CN2888022Y (en) * | 2006-05-01 | 2007-04-11 | 郑元雷 | Electrically-controlled theft-proof door lock |
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2006
- 2006-05-01 CN CNB2006100506606A patent/CN100406672C/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0190809A1 (en) * | 1985-02-08 | 1986-08-13 | Brondool B.V. | A lockable lock |
| GB2225375A (en) * | 1988-11-25 | 1990-05-30 | Waertsilae Oy Ab | Electromechanical door lock |
| CN2470482Y (en) * | 2001-03-17 | 2002-01-09 | 李泽华 | Electronic anti-theft lock |
| CN2533217Y (en) * | 2001-12-22 | 2003-01-29 | 陈润明 | Remote-controlled and electrically controlled door lock |
| US6698263B2 (en) * | 2002-07-22 | 2004-03-02 | Hui-Hua Hsieh | Remote-controlled door lock |
| CN2625516Y (en) * | 2003-05-01 | 2004-07-14 | 王成忠 | Electric control automatic theftproof door lock |
| CN2888022Y (en) * | 2006-05-01 | 2007-04-11 | 郑元雷 | Electrically-controlled theft-proof door lock |
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| Publication number | Publication date |
|---|---|
| CN1847586A (en) | 2006-10-18 |
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