CN201288450Y

CN201288450Y - Embedded double-motor intelligent anti-theft lock

Info

Publication number: CN201288450Y
Application number: CNU2008201377630U
Authority: CN
Inventors: 应玉龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-10-15
Filing date: 2008-10-15
Publication date: 2009-08-12
Anticipated expiration: 2018-10-15

Abstract

An embedded double-motor intelligent anti-theft lock is characterized in that a assistant bolt passes through a corresponding pore locating on a side face of the lock body, a lock lever is connected with the assistant bolt and is covered with a spring, a bracket is fixed on the bottom of the lock body, the lock lever is arranged on the bracket to cover the spring into a filling piece after compression, the filling piece passes through the lock lever and is arranged on the front of the bracket, a blocking piece passes through the lock lever and is arranged on the rear of the bracket, a pinion dog driver lower end is connected with the pinion which is connected with an assistant motor, a manual gear dog driver and the pinion dog driver are fixed on the bottom of the lock body separately. The technology affect of the utility model is that (1) structure is simple, operation is convenient, and a double-motor automatism control is used; (2) the assistant bolt is used to unlock, which ensures the manual and dynamoelectric separation; (3) when the lock is unable to run normally, the locking functional is released automatically, and a false key may be used to open a door.

Description

A kind of Embedded Double intelligent motor theftproof lock

Technical field

The utility model relates to intelligent anti-theft lock, relates in particular to a kind of Embedded Double intelligent motor theftproof lock.

Background technology

Raising along with people's living standard, the continuous progress of scientific development, people's awareness of safety is also strengthened thereupon, door is that every household is necessary, and it not only requires practical just as people's face, more require attractive in appearance and fashion, but because people's personal air is more and more, what just be difficult to avoid will install many locksets, has brought the heavy key of big string one a big string simultaneously.Will be when going out for satisfying customer's minimizing with the worry of a big string key, the various novelties of the numerous and confused release of each big lock merchant, beautiful lockset, the integrated circuit technique of also utilizing that has is controlled the action that motor is closed the door and opened the door, be fashion again attractive in appearance, but these locksets are in case smashed by the lawless person, just can not open the door into the room, have only Men Yusuo is pounded in the lump, just can enter, such lockset designs to thousands upon thousands customers and has brought many inconvenience, the present invention has just solved this problem fully, this lockset is controlled main dead bolt and secondary dead bolt by bi-motor, accomplished under normal blocking, manually unblank (handle and key) open, have only the contactless card or the fingerprint of authorizing could open by this lock, controlled effectively social poly-talented " urgency is unblanked ", when outage or meet outside destroy and when breaking down, then the available backup key is carried out emergent opening the door, locking.

Summary of the invention

The purpose of this utility model is to provide a kind of Embedded Double intelligent motor theftproof lock, and this theftproof lock uses bi-motor automation control, can use standby key when circuit can not normally move and unblanks.

The utility model is achieved like this, it comprises secondary dead bolt, locking bar, spring, lock body, support, pad, catch, the manual gear driving lever, the pinion driving lever, pinion, auxiliary-motor, main dead bolt, main locking bar, groove, the master gear driving lever, master gear, main motor, bumper bar, the insurance groove, iron core, magnet, coil, little spring, partition, inductor, integrated chip, door magnetic, it is characterized in that secondary dead bolt passes the hole of lock body side correspondence, locking bar auxiliary connection dead bolt, be with spring on the locking bar, support is fixed on the lock body bottom surface, and locking bar is placed on the support, pad will be inserted in after the length of spring compressed, pad passes locking bar and at the support front end, catch passes locking bar and is placed on back-end support, between support and catch, put into manual gear driving lever and pinion driving lever respectively, manual gear driving lever and pinion driving lever lay respectively at locking bar both sides up and down, pinion driving lever lower end auxiliary connection gear, pinion auxiliary connection motor, manual gear driving lever and pinion driving lever are separately fixed at the lock body bottom surface, some main dead bolts pass the hole of lock body side correspondence, main dead bolt connects main locking bar, the inboard rear end of main locking bar has groove, there is the oblique angle on the groove both sides, master gear driving lever and groove match, master gear driving lever lower end connects master gear, master gear connects main motor, connect bumper bar in main locking bar rear end, the bumper bar rear end has the insurance groove, iron core is corresponding with the insurance groove, iron core is passed magnet, there is coil in magnet Shangrao, little spring is inserted in the iron core and is connected with the magnet rear end, connect partition one end at main locking bar front end, the partition other end is between inductor, inductor connects integrated chip, integrated chip connects door magnetic, auxiliary-motor, main motor, coil is connected with integrated chip by lead respectively.

Technique effect of the present utility model is: 1, simple in structure, easy to operate, use bi-motor automation control; 2, secondary dead bolt has been unblanked to accomplish manually and electronic separating, unblanking energetically when having realized that secondary dead bolt is electronic and unblanking; Can be automatically that door lock is dead when 3, normally using, when lock can not normally move, the locking function of lock automatically terminated, and used standby key to open the door, and had so just reduced the destruction of opposite house and lock greatly.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Secondary dead bolt 2, locking bar 3, spring 4, lock body 5, support 6, pad 7, catch 8, manual gear driving lever 9, pinion driving lever 10, pinion 11, auxiliary-motor 12, main dead bolt 13, main locking bar 14, groove 15, master gear driving lever 16, master gear 17, main motor 18, bumper bar 19, insurance groove 20, iron core 21, magnet 22, coil 23, little spring 24, partition 25, inductor 26, integrated chip 27, door magnetic in the drawings, 1,

The specific embodiment

As shown in Figure 1, the utility model is achieved like this, it comprises secondary dead bolt 1, locking bar 2, spring 3, lock body 4, support 5, pad 6, catch 7, manual gear driving lever 8, pinion driving lever 9, pinion 10, auxiliary-motor 11, main dead bolt 12, main locking bar 13, groove 14, master gear driving lever 15, master gear 16, main motor 17, bumper bar 18, insurance groove 19, iron core 20, magnet 21, coil 22, little spring 23, partition 24, inductor 25, integrated chip 26, door magnetic 27, it is characterized in that secondary dead bolt 1 passes the hole of lock body 4 side correspondences, locking bar 2 auxiliary connection dead bolts 1, be with spring 3 on the locking bar 2, support 5 is fixed on lock body 4 bottom surfaces, and locking bar 2 is placed on the support 5, to be inserted in pad 6 after spring 3 compressions, pad 6 passes locking bar 2 and at support 5 front ends, catch 7 passes locking bar 2 and is placed on support 5 rear ends, between support 5 and catch 7, put into manual gear driving lever 8 and pinion driving lever 9 respectively, manual gear driving lever 8 lays respectively at locking bar with pinion driving lever 9, and about in the of 2 both sides, pinion driving lever 9 lower end auxiliary connection gears 10, pinion 10 auxiliary connection motors 11, manual gear driving lever 8 and pinion driving lever 9 are separately fixed at lock body 4 bottom surfaces, some main dead bolts 12 pass the hole of lock body 4 side correspondences, main dead bolt 12 connects main locking bar 13, the inboard rear end of main locking bar 13 has groove 14, there is the oblique angle on groove 14 both sides, master gear driving lever 15 matches with groove 14, master gear driving lever 15 lower ends connect master gear 16, master gear 16 connects main motor 17, connect bumper bar 18 in main locking bar 13 rear ends, bumper bar 18 rear ends have insurance groove 19, iron core 20 is corresponding with insurance groove 19, iron core 20 is passed magnet 21, there is coil 22 in magnet 21 Shangrao, little spring 23 is inserted in the iron core 20 and is connected with magnet 21 rear ends, connect partition 24 1 ends at main locking bar 13 front ends, partition 24 other ends are between inductor 25, inductor 25 connects integrated chip 26, integrated chip 26 connects door magnetic 27, auxiliary-motor 11, main motor 17, coil 22 is connected with integrated chip 26 by lead respectively.

Claims

1, a kind of Embedded Double intelligent motor theftproof lock, it comprises secondary dead bolt, locking bar, spring, lock body, support, pad, catch, the manual gear driving lever, the pinion driving lever, pinion, auxiliary-motor, main dead bolt, main locking bar, groove, the master gear driving lever, master gear, main motor, bumper bar, the insurance groove, iron core, magnet, coil, little spring, partition, inductor, integrated chip, door magnetic, it is characterized in that secondary dead bolt passes the hole of lock body side correspondence, locking bar auxiliary connection dead bolt, be with spring on the locking bar, support is fixed on the lock body bottom surface, and locking bar is placed on the support, pad will be inserted in after the length of spring compressed, pad passes locking bar and at the support front end, catch passes locking bar and is placed on back-end support, between support and catch, put into manual gear driving lever and pinion driving lever respectively, manual gear driving lever and pinion driving lever lay respectively at locking bar both sides up and down, pinion driving lever lower end auxiliary connection gear, pinion auxiliary connection motor, manual gear driving lever and pinion driving lever are separately fixed at the lock body bottom surface, some main dead bolts pass the hole of lock body side correspondence, main dead bolt connects main locking bar, the inboard rear end of main locking bar has groove, there is the oblique angle on the groove both sides, master gear driving lever and groove match, master gear driving lever lower end connects master gear, master gear connects main motor, connect bumper bar in main locking bar rear end, the bumper bar rear end has the insurance groove, iron core is corresponding with the insurance groove, iron core is passed magnet, there is coil in magnet Shangrao, little spring is inserted in the iron core and is connected with the magnet rear end, connect partition one end at main locking bar front end, the partition other end is between inductor, inductor connects integrated chip, integrated chip connects door magnetic, auxiliary-motor, main motor, coil is connected with integrated chip by lead respectively.