CN101315000A

CN101315000A - Electricity-controlled lock

Info

Publication number: CN101315000A
Application number: CNA2007100785469A
Authority: CN
Inventors: 刘恩
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-05-31
Filing date: 2007-05-31
Publication date: 2008-12-03
Anticipated expiration: 2027-05-31
Also published as: CN101315000B

Abstract

The invention relates to an electric control lock, which comprises a flywheel stored energy transmission mechanism, a latch bolt instantaneous locking mechanism and an electric driving mechanism. The flywheel stored energy transmission mechanism is composed of a rack, a driving pinion, a one-way ratchet wheel, a flywheel, a one-way pawl, a compression spring, a rotating shaft, an eccentric crankshaft and a groove; the latch bolt instantaneous locking mechanism is composed of a latch bolt, a roller, a latch bolt bar, a resetting spring of the latch bolt bar, a step, a bayonet lock plate, a shifting fork block and a resetting spring of the shifting fork block; and the electric driving mechanism is composed of an electromagnet, an armature iron, a pulling plate of the armature iron, a connecting rod, a pull rod, an unlocking connecting rod key, a bayonet lock plate and a resetting spring of the unlocking connecting rod key. The electric control lock is characterized in that a main lock tongue body and all lock tongues on a universal hauling piece, as well as a guide pipe fixed on the main lock tongue body, can be fully and automatically inserted into the door frame during the process of closing the door, and can be automatically retracted during the process of opening the door; the force of the electric opening mechanism is small; multi-dimensional locking and unlocking can be fully achieved; the anti-theft performance is good; the operation is convenient; and the electric control lock facilitates all the intelligent controllers to be used in a matching manner, such as electric control magnetic cards, remote controllers and fingerprints, etc.

Description

Electric control lock

Technical field:

The present invention relates to a kind of door lock of lockset, especially a kind of door that is used for, the electric control lock of cabinet.

Background technology:

At present, the various locksets of selling on the market are the lock on the security door especially, opening the door and all be to insert the mode of rotating several circles in the lockset with key to reach and lock or unblank at closing time, its more loaded down with trivial details effort time-delay of locking and unblank, and it is bigger to the wearing and tearing of lockset, the life-span of lockset is not long, use inconvenience, do not possess automatically controlled function again, the moving energy of armrest is finished opening and closing fully, and existing electric control lock, lock point amount is few, can not finish multi-faceted self-locking function, also needs the moving handle outdoors of armrest just can finish after electronic the unblanking and unblanks to reclaim dead bolt, be difficult to reach multi-faceted lockset and lock, cause theftproof performance lower.

Summary of the invention:

Purpose of the present invention is exactly to solve the shortcoming that existing lockset exists, and provide the less electric power of a kind of usefulness just can reach multi-faceted smoothly and automatically locked and unblank, and rational in infrastructure, easy to use, labour-saving accumulation of energy electric control lock.

The object of the present invention is achieved like this, it comprises the lock housing body, cover plate, main lock tongue body, dead bolt, main lock tongue body is arranged in the lock housing body, main lock tongue body top and bottom respectively are provided with world machine leader, one side of world machine leader is stretched out the lock housing body and opposite side has the fixed pin shaft on an oblique chute and the main lock tongue body to be connected, pass in and out along with the drive of main lock tongue body, a side centre position of corresponding dead bolt is set with main lock tongue body guide rod on the main lock tongue body, the end of main lock tongue body guide rod becomes convex form, main lock tongue body guide rod is provided with compression spring and sliding sleeve, is set with an end hinge of bearing pin and push rod on the sliding sleeve; Main lock tongue body relative position in the described electric control lock lock housing body is provided with the energy-storing flywheel transmission mechanism, the energy-storing flywheel drive-train means comprises tooth bar, driver pinion, single direction ratchet, flywheel, unidirectional ratchet, the compression spring, rotating shaft, eccentric crankshaft and groove are formed, center on the single direction ratchet face forms a driver pinion, the gear teeth of this driver pinion and tooth bar are meshing mutually, be respectively arranged with unidirectional ratchet more than two on the flywheel surface, unidirectional ratchet one end becomes convex form to be arranged in the conduit, be provided with the compression spring in the conduit, the unidirectional ratchet other end is mutually meshing with single direction ratchet, the driver pinion of flywheel and single direction ratchet and moulding is set in the same rotating shaft by centre bore separately, flywheel departs from the center and is provided with eccentric crankshaft, flywheel is provided with a groove, one end of tooth bar is fixed-type a feeler lever, and tail end becomes boss shape, feeler lever is provided with return spring, and be arranged in the conduit on the lock housing body, one end of conduit is in the lock housing body, the other end stretches out the lock housing body, driving head on the drive link stretches into the boss end that withstands on feeler lever on the tooth bar in the conduit, drive link is installed in the door leaf, its tail end stretches out door leaf and withstands on the doorframe that is provided with hinge side, one end of accumulation of energy extension spring and the link plate snapping on the push rod, link plate snapping on the other end of accumulation of energy extension spring and the lock housing body, one end and the bearing pin on the sliding sleeve of push rod are hinged, and the eccentric crankshaft on the other end and the energy-storing flywheel is hinged; Be provided with in the described electric control lock lock housing body and hit tongue moment locking mechanism, comprise hit tongue, hit the tongue bar, hit tongue bar back-moving spring, roller, step, shift fork piece, bayonet lock plate and shift fork block reset spring; Be set with conduit on the main lock tongue body, be movably installed with in the conduit and hit tongue, hit the tongue bar and hit tongue bar back-moving spring, hit tongue and be provided with a groove, be provided with a roller in the groove, it is external that roller stretches out lock housing, hitting the tongue bar is fixed on to hit on the tongue and be provided with and hits tongue bar back-moving spring, the afterbody that hits the tongue bar stretches out conduit and is provided with a step in the place of corresponding shift fork piece, the shift fork piece is hinged in the lock housing body by bearing pin, one end of shift fork piece one end and bayonet lock plate is hinged, the other end points to the step that hits on the tongue bar, and the shift fork piece is provided with shift fork block reset spring, and the corresponding bayonet lock plate of main lock tongue body is provided with groove; Be provided with electric driving mechanism in the described electric control lock lock housing body, comprise electromagnet, armature, armature arm-tie, connecting rod, pull bar, the connecting rod key of unblanking, bayonet lock plate, the connecting rod key back-moving spring of unblanking.The correspondence below, lower right that electromagnet is arranged on the lock housing body is provided with armature, be fixed with the armature arm-tie on the armature, hinged cooperation of bearing pin on the armature arm-tie is provided with chute and is fixed on the lock housing body, one end hinge of armature arm-tie and connecting rod, hinged activity in the chute that the other end of connecting rod is provided with on pull bar one end, connecting rod is hinged on the lock housing body by bearing pin, the other end of pull bar is hinged with an end of the connecting rod key of unblanking, unblank the connecting rod key by being fixed on the hinged rotation of bearing pin on the lock housing body, the connecting rod key other end correspondence of unblanking energy-storing flywheel groove is provided with hinged bayonet lock plate and compression spring, and the corresponding main lock tongue body groove of bayonet lock plate is provided with an axis.

The present invention compares with existing technology, can be when closing door leaf, whole dead bolts on main lock tongue body and the world machine leader and the conduit that is fixed on the main lock tongue body can insert doorframe fully automatically, can all reclaim automatically when opening the door, the characteristics that electric opening mechanism strength is little fully reached multi-faceted locking, unblank, and theftproof performance are good, easy to operate, favourablely realized the use that matches of all intelligent controllers such as automatically controlled magnetic card, remote control, fingerprint.

The present invention will be further described below in conjunction with drawings and Examples:

Fig. 1: the present invention removes the structural representation that is in unlocked state behind the cover plate

Fig. 2: the present invention removes the structural representation of locking state behind the cover plate

Fig. 3: energy-storing flywheel of the present invention is three-dimensional to be decomposed and constitutional diagram

Fig. 4: energy-storing flywheel of the present invention is installed in the side schematic view of lock housing body

Fig. 5: drive link of the present invention is installed in the schematic diagram on the door

： ( 1 ) ( 2 ) ( 3 ) ( 4 ) ( 5 ) ( 6 ) ( 7 ) ( 8 ) ( 9 ) ( 10 ) ( 11 ) ( 12 ) ( 13 ) ( 14 ) ( 15 ) ( 16 ) ( 17 ) ( 18 ) ( 19 ) ( 20 ) ( 21 ) ( 22 ) ( 23 ) ( 24 ) ( 25 ) ( 26 ) ( 27 ) ( 28 ) ( 29 ) ( 30 ) ( 31 ) ( 32 ) ( 33 ) ( 34 ) ( 35 ) ( 36 ) ( 37 ) ( 38 ) ( 39 ) ( 40 ) ( 41 ) ( 42 ) ( 43 ) ( 44 ) ( 45 ) ( 46 ) ( 47 ) ( 48 ) ( 49 ) ( 50 ) ( 51 ) ( 52 ) ( 53 ) ( 54 )

The specific embodiment:

As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, in door leaf (54), be provided with slidably drive link (1), drive link (1) is provided with step (31), the one end stretches out door leaf (54) and withstands on the doorframe (53) that is provided with hinge side, driving head on the other end (2) stretch in conduit (3) with conduit (3) in feeler lever (4) on feeler lever boss (5) push up mutually, feeler lever back-moving spring (6) is set on the feeler lever (4), feeler lever (4) fixes setting with tooth bar (7), it is outer and go up the mutually meshing transmission of driver pinion (10) of the center moulding on single direction ratchet (9) face with energy-storing flywheel (8) that tooth bar (7) is arranged on conduit (3), corresponding single direction ratchet (9) is provided with a plurality of unidirectional ratchets (11) on energy-storing flywheel (8) face, unidirectional ratchet (11) one ends become convex form to be arranged in the conduit (3), be provided with compression spring (12) in the conduit (3), unidirectional ratchet (11) other end is mutually meshing with single direction ratchet (9), the driver pinion (10) of energy-storing flywheel (8) and single direction ratchet (9) and moulding is set in the same rotating shaft (15) by centre bore separately, one end of rotating shaft (15) is provided with a rotating shaft boss (16), rotating shaft boss (16) is used for fixing the driver pinion (10) of energy-storing flywheel (8) and single direction ratchet (9) and moulding on same axle center, the other end setting of rotating shaft (15) is engaged in the seat groove (48) of cover plate (52), the another side of energy-storing flywheel (8) departs from centre bore and is provided with eccentric crankshaft (13), one end of eccentric crankshaft (13) is fixed on the energy-storing flywheel (8), the other end is equipped with in the seat groove (48) that is provided with in the same axle center of correspondence lock housing body (51), energy-storing flywheel (8) is gone up the correspondence connecting rod key (40) of unblanking and is provided with a flywheel groove (14), one end of push rod (18) is provided with link plate (50), eccentric crankshaft (13) on one end of push rod (18) and the energy-storing flywheel (8) is movably hinged, the sliding sleeve (19) that the other end of push rod (18) and main lock tongue body (20) are gone up on the main lock tongue body guide rod (22) that is provided with is movably hinged, link plate (50) snapping on one end of accumulation of energy extension spring (17) and the push rod (18), the other end of accumulation of energy extension spring (17) snaps onto on the link plate (50) of lock housing body (51), main lock tongue body (20) is provided with one or more dead bolts (21), be set with a main lock tongue body guide rod (22) on the main lock tongue body (20), main lock tongue body guide rod (22) is provided with sliding sleeve sliding back and forth (19), sliding sleeve (19) can promote to push main lock tongue body guide rod (22) and go up the main lock tongue body back-moving spring (24) that is provided with, main lock tongue body guide rod (22) one ends are shaped to main lock tongue body guide rod boss (23) and block sliding sleeve (19) and play and drive main lock tongue body (20) and be recovered to effect in the lock housing body (51), and main lock tongue body guide rod (22) other end is fixed on the main lock tongue body (20); Be provided with in the lock housing body (51) and hit tongue moment locking mechanism, comprise and hit tongue (27), hit tongue bar (29), hit tongue bar back-moving spring (30), roller (28), step (31), shift fork piece (32), bayonet lock plate (34) and shift fork block reset spring (33), be set with a conduit (3) on the main lock tongue body (20), be movably installed with in the conduit (3) and hit tongue (27), hit tongue bar (29) and hit tongue bar back-moving spring (30), hit tongue (27) and be provided with a groove (47), fix a roller (28) with rotating shaft (15) in the groove (47), roller (28) stretches out outside the lock housing body (51), hitting tongue (27) is set with and hits tongue bar (29), hitting tongue bar (29) is provided with and hits tongue bar back-moving spring (30), the afterbody that hits tongue bar (29) stretches out outside the conduit (3) and in the place of corresponding shift fork piece (32) and is provided with a step (31), shift fork piece (32) is hinged in the lock housing body (51) by bearing pin (26), one end of shift fork piece (32) one ends and bayonet lock plate (34) is hinged, the other end points to the step (31) that hits on the tongue bar (29), shift fork piece (32) is provided with shift fork block reset spring (33), the other end of shift fork block reset spring (33) withstands on lock housing body (51) and goes up on the fixed dam (44) that is provided with, the other end of bayonet lock plate (34) snaps in main lock tongue body (20) by sliding sleeve (49) and goes up in the groove (47) that is provided with, be provided with electromagnet (35) in the lock housing body (51), corresponding below is provided with armature (36), armature (36) is fixed with armature arm-tie (37), armature arm-tie (37) be provided with chute (45) and with the hinged activity of bearing pin (26) that is fixed on the lock housing body (51), armature arm-tie (37) is hinged with an end of connecting rod (38), connecting rod (38) is hinged with the bearing pin (26) that is fixed on lock housing body (51), hinged activity in the chute (45) that the bearing pin (26) that is provided with on connecting rod (38) other end is provided with on pull bar (39) one ends, the other end of pull bar (39) is hinged with an end of the connecting rod key (40) of unblanking, the connecting rod key (40) of unblanking is hinged in the lock housing body (51) by fixing bearing pin (26), the unblank other end and the bayonet lock plate (34) of connecting rod key (40) is hinged, and be provided with the connecting rod key back-moving spring (41) of unblanking, the unblank other end of connecting rod key back-moving spring (41) withstands on lock housing body (51) and goes up on the fixed dam (44) that is provided with, bayonet lock plate (34) is provided with dop (42) and axis (43) by sliding sleeve (49), dop (42) is stuck in corresponding energy-storing flywheel (8) and goes up in the flywheel groove (14) that is provided with, axis (43) is stuck in corresponding main lock tongue body (20) and goes up in another groove (47) that is provided with, oblique chute (46) on the world machine leader (25) respectively with main lock tongue body (20) on bearing pin (26) cooperate slip, main lock tongue body (20) is provided with chute (45) and cooperates slip with bearing pin (26) on being fixedly installed on lock housing body (51).

At closing time, door leaf (54) is around hinge through, stretching out the outer drive link (1) of door leaf (54) withstands on doorframe (53) and promotes in door leaf (54), the feeler lever (4) that drive link (1) is gone up in driving head (2) the promotion conduit (3) that is provided with promotes tooth bar (7) simultaneously to locking out the direction motion, feeler lever boss (5) compression feeler lever back-moving spring (6), tooth bar (7) promotes meshing with it driver pinion (10) and the single direction ratchet (9) of moulding is done counterclockwise circular motion, simultaneously because unidirectional ratchet (11) effect of the power of spring (12) by compression in energy-storing flywheel (8) upper conduit (3) and the meshing driver under stress energy-storing flywheel of teeth groove (8) of single direction ratchet (9) are also made counterclockwise circular motion, the stressed promotion sliding sleeve of push rod (18) (19) on the energy-storing flywheel (8), main lock tongue body back-moving spring (24) on sliding sleeve (19) the main lock tongue body guide rod of compression (22), main lock tongue body (20) is caused a kind of elastic force that lock out, but going up hinged bayonet lock plate (34) because of shift fork piece (32) is stuck in the groove (47) on the main lock tongue body (20), therefore the dead bolt (21) on main lock tongue body this moment (20) can't lock out, buckling accumulation of energy extension spring (17) on eccentric crankshaft (13) when simultaneously energy-storing flywheel (8) is subjected to the counterclockwise circular motion of masterpiece is drawn as to have unblanked to carry out and holds the preparation of energy fully, when door is about to close, the roller (28) that hits tongue (27) head touches behind the doorframe compression and hits tongue bar (29) and inwardly slide behind certain stroke, go up the stressed motion of an end that the step (31) that is provided with also inwardly slides and promotes shift fork piece (32) owing to hit tongue bar (29), other end pulling bayonet lock plate (34) breaks away from groove (47) on the main lock tongue body (20) by sliding sleeve (49) downward moment, thereby removed restraint forces to main lock tongue body (20), at this moment all dead bolts (21) on main lock tongue body (20) under the active force of main lock tongue body back-moving spring (24) and world machine leader (25) and conduit (3) moment of being fixed on the main lock tongue body (20) are ejected lock housing body (51), simultaneously, conduit (3) hits (30) active forces of tongue bar back-moving spring in the conduit (3) to external compression because having given to be movably arranged on, so be movably arranged on and hit tongue (27) in the conduit (3), hit tongue bar (29) and hit tongue bar back-moving spring (30), thereby reached the purpose of locking also along with conduit (3) moves together; The connecting rod key (40) of unblanking presses bayonet lock plate (34) under the effect of spring force, bayonet lock plate (34) snaps in the flywheel groove (14) of energy-storing flywheel (8) by the dop (42) on its bayonet lock plate (34) of sliding sleeve (49), and bayonet lock plate (34) is gone up fixing axis (43) and also is entrapped in another groove (47) of main lock tongue body (20); The center line of accumulation of energy extension spring this moment (17) has turned over the rotating shaft center of energy-storing flywheel (8), gets ready for unblanking next time.

When opening the door, can control by modes such as remote signal or fingerprint recognition, after electromagnet (35) energising, armature (36) is by the moment adhesive, driving armature arm-tie (37) moves upward along the bearing pin (26) on the lock housing body (51), armature arm-tie (37) drivening rod (38) one ends move around bearing pin (26), simultaneously the bearing pin (26) on connecting rod (38) other end is gone up chute (45) moment that is provided with along pull bar (39) and is impacted pull bar (39) downwards, pull bar (39) spurs the connecting rod key (40) of unblanking and moves downward around bearing pin (26) under the effect that overcomes connecting rod key back-moving spring (41) power of unblanking, other end pulling bayonet lock plate (34) moves upward, the flywheel groove (14) of dop (42) the moment disengaging energy-storing flywheel (8) on the bayonet lock plate (34), also moment breaks away from groove (47) on the main lock tongue body (20) to axis (43) on the bayonet lock plate (34), removed restraint forces to energy-storing flywheel (8), under the active force of accumulation of energy extension spring (17), pulling eccentric crankshaft (13) and energy-storing flywheel (8) rotate counterclockwise and drive push rod (18), push rod (18) pulling sliding sleeve (19), sliding sleeve (19) drives main lock tongue body (20) and the last conduit (3) that is provided with of main lock tongue body (20) reclaims in lock housing body (51), it is dead bolt (21) the lock housing body (51) of all withdrawing, simultaneously, hit tongue (27) in the conduit (3) so be movably arranged on because conduit (3) has been given and hit tongue bar (29) and go up (31) the inside active forces of step that are provided with, hit tongue bar (29) and hit tongue bar back-moving spring (30) also along with conduit (3) moves together; Being hinged on bayonet lock plate (34) on the shift fork piece (32) this moment snaps under the effect of shift fork block reset spring (33) power in the groove (47) on the main lock tongue body (20) again, the drive link (1) that withstands on feeler lever boss (5) simultaneously promotes drive link (1) and stretches out the door leaf certain-length under feeler lever back-moving spring (6) effect, also spur the driver pinion gyration clockwise together that tooth bar (7) and meshing single direction ratchet (9) go up moulding simultaneously, promptly finished whole working cycles.

Claims

1; The present invention is a kind of electric control lock; ：（1）（2）（3）（4）（5）（6）（7）（8）（9）（10）（11）（12）（13）（14）（15）（16）（17）（18）（19）（20）（21）（22）（23）（24）（25）（26）（27）（28）（29）（30）（31）（32）（33）（34）（35）（36）（37）（38）（39）（40）（41）（42）（43）（44）（45）（46）（47）（48）（49）（50）（51）（52）； It is characterized in that:in door leaf (54), be provided with slidably drive link (1); Be provided with step (31) on the drive link (1); The one end stretches out door leaf (54) and withstands on the doorframe (53) that is provided with hinge side; Driving head on the other end (2) stretch in conduit (3) with conduit (3) in feeler lever (4) on feeler lever boss (5) push up mutually; Feeler lever back-moving spring (6) is set on the feeler lever (4); Feeler lever (4) and tooth bar (7) fix setting, tooth bar (7) be arranged on conduit (3) outer and with upper single direction ratchet (9) face of energy-storing flywheel (8) on the mutually meshing transmission of driver pinion (10) of center moulding.

2, electric control lock according to claim 1, it is characterized in that: corresponding single direction ratchet (9) is provided with a plurality of unidirectional ratchets (11) on energy-storing flywheel (8) face, unidirectional ratchet (11) one ends become convex form to be arranged in the conduit (3), be provided with compression spring (12) in the conduit (3), unidirectional ratchet (11) other end is mutually meshing with single direction ratchet (9), the driver pinion (10) of energy-storing flywheel (8) and single direction ratchet (9) and moulding is set in the same rotating shaft (15) by centre bore separately, one end of rotating shaft (15) is provided with a rotating shaft boss (16), and the other end setting of rotating shaft (15) is engaged in the seat groove (48) of cover plate (52).

3, electric control lock according to claim 1, it is characterized in that: the another side of energy-storing flywheel (8) departs from centre bore and is provided with eccentric crankshaft (13), one end of eccentric crankshaft (13) is fixed on the energy-storing flywheel (8), and the other end is equipped with in the seat groove (48) that is provided with in the same axle center of correspondence lock housing body (51).

4, electric control lock according to claim 1 is characterized in that: energy-storing flywheel (8) is gone up the correspondence connecting rod key (40) of unblanking and is provided with a flywheel groove (14).

5, electric control lock according to claim 1, it is characterized in that: an end of push rod (18) is provided with link plate (50), eccentric crankshaft (13) on one end of push rod (18) and the energy-storing flywheel (8) is movably hinged, the sliding sleeve (19) that the other end of push rod (18) and main lock tongue body (20) are gone up on the main lock tongue body guide rod (22) that is provided with is movably hinged, link plate (50) snapping on one end of accumulation of energy extension spring (17) and the push rod (18), the other end of accumulation of energy extension spring (17) snaps onto on the link plate (50) of lock housing body (51).

6, electric control lock according to claim 1, it is characterized in that: main lock tongue body (20) is provided with one or more dead bolts (21), be set with a main lock tongue body guide rod (22) on the main lock tongue body (20), main lock tongue body guide rod (22) is provided with sliding sleeve sliding back and forth (19), main lock tongue body guide rod (22) is gone up the main lock tongue body back-moving spring (24) that is provided with, main lock tongue body guide rod (22) one ends are shaped to main lock tongue body guide rod boss (23), and main lock tongue body guide rod (22) other end is fixed on the main lock tongue body (20).

7, electric control lock according to claim 1, it is characterized in that: be provided with in the lock housing body (51) and hit tongue moment locking mechanism, comprise and hit tongue (27), hit tongue bar (29), hit tongue bar back-moving spring (30), roller (28), step (31), shift fork piece (32), bayonet lock plate (34) and shift fork block reset spring (33), be set with a conduit (3) on the main lock tongue body (20), be movably installed with in the conduit (3) and hit tongue (27), hit tongue bar (29) and hit tongue bar back-moving spring (30), hit tongue (27) and be provided with a groove (47), fix a roller (28) with rotating shaft (15) in the groove (47), roller (28) stretches out outside the lock housing body (51), hitting tongue (27) is set with and hits tongue bar (29), hitting tongue bar (29) is provided with and hits tongue bar back-moving spring (30), the afterbody that hits tongue bar (29) stretches out outside the conduit (3) and in the place of corresponding shift fork piece (32) and is provided with a step (31), shift fork piece (32) is hinged in the lock housing body (51) by bearing pin (26), one end of shift fork piece (32) one ends and bayonet lock plate (34) is hinged, the other end points to the step (31) that hits on the tongue bar (29), shift fork piece (32) is provided with shift fork block reset spring (33), the other end of shift fork block reset spring (33) withstands on lock housing body (51) and goes up on the fixed dam (44) that is provided with, and the other end of bayonet lock plate (34) snaps in main lock tongue body (20) by sliding sleeve (49) and goes up in the groove (47) that is provided with.

8, electric control lock according to claim 1, it is characterized in that: be provided with electromagnet (35) in the lock housing body (51), corresponding below is provided with armature (36), armature (36) is fixed with armature arm-tie (37), armature arm-tie (37) be provided with chute (45) and with the hinged activity of bearing pin (26) that is fixed on the lock housing body (51), armature arm-tie (37) is hinged with an end of connecting rod (38), connecting rod (38) is hinged with the bearing pin (26) that is fixed on lock housing body (51), hinged activity in the chute (45) that the bearing pin (26) that is provided with on connecting rod (38) other end is provided with on pull bar (39) one ends, the other end of pull bar (39) is hinged with an end of the connecting rod key (40) of unblanking, the connecting rod key (40) of unblanking is hinged in the lock housing body (51) by fixing bearing pin (26), the unblank other end and the bayonet lock plate (34) of connecting rod key (40) is hinged, and be provided with the connecting rod key back-moving spring (41) of unblanking, the unblank other end of connecting rod key back-moving spring (41) withstands on lock housing body (51) and goes up on the fixed dam (44) that is provided with, bayonet lock plate (34) is provided with dop (42) and axis (43) by sliding sleeve (49), dop (42) is stuck in corresponding energy-storing flywheel (8) and goes up in the flywheel groove (14) that is provided with, and axis (43) is stuck in corresponding main lock tongue body (20) and goes up in another groove (47) that is provided with.

9, electric control lock according to claim 1, it is characterized in that: main lock tongue body (20) top and bottom respectively are provided with world machine leader (25), and a side of world machine leader (25) is stretched out lock body and opposite side has the fixed pin shaft (26) on an oblique chute (46) and the main lock tongue body (20) to be connected.

10, electric control lock according to claim 1 is characterized in that: main lock tongue body (20) is provided with chute (45) and cooperates slip with bearing pin (26) on being fixedly installed on lock housing body (51).