CN104196356B - The multiple interlocking anti-theft alarm lock of dynamo-electric mixing - Google Patents
The multiple interlocking anti-theft alarm lock of dynamo-electric mixing Download PDFInfo
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- CN104196356B CN104196356B CN201410415089.8A CN201410415089A CN104196356B CN 104196356 B CN104196356 B CN 104196356B CN 201410415089 A CN201410415089 A CN 201410415089A CN 104196356 B CN104196356 B CN 104196356B
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- Burglar Alarm Systems (AREA)
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Abstract
The invention discloses the multiple interlocking anti-theft alarm lock of a kind of dynamo-electric mixing, its asynchronous interlocking and outer locking device are installed in front and back lock core and lock body, open with pushing post, stealthy key or stealthy connect disconnect with central key and rear lock core, front and back lock core is fully disconnected, thimble and purl locked holds post, the locked front lock core of inserting column, electronic remote controller interrupts the power supply circuits of electric magnet, front and back lock core asynchronous rotation is reported to the police, it is achieved that integrate electro-mechanical interlock, mechanical interlocked, connect stealthy, asynchronous warning；Make robber cannot open interlock and rotate rear lock core, namely use electric hand drill that front lock core and rear lock core are all bored not, connection tongue is have rotated with the instrument of clip etc, and rotary contact does not contact the power supply circuits being unable to connect electric magnet with fixed contact, safety lock horizontal stroke can not be opened, add and the power supply circuits of electric magnet also have electronic remote controller interrupted power supply circuits, more can not open safety lock horizontal stroke, serve the anti-theft function cutting the end。
Description
Technical field
The present invention relates to a kind of dynamo-electric of theftproof lock field and mix multiple interlocking anti-theft alarm lock。
Background technology
The theftproof lock currently used has a variety of, but the key being essentially all employing rotates and drives dead bolt to open theftproof lock, do not have interlock, electro-mechanical interlock and alarm device combine combine theftproof lock, cause robber or the king that unblanks to be easy for opening theftproof lock。The theftproof lock that robber and the king that unblanks do not open also there is no use at present。
Summary of the invention
That the present invention relates in order that the manufacture of theftproof lock of the high security providing a kind of robber and unblank what king did not open the asynchronous interlocking of collection, asynchronous warning, self-locking and electro-mechanical interlock to be combined as a whole and method thereof。
For achieving the above object, the multiple interlocking anti-theft alarm lock of dynamo-electric mixing of the present invention, it is characterized in that: described asynchronous interlocking is installed in the passage of the asynchronous bearing bore composition synchronizing guide hole and external lock chute, the asynchronous lockhole of rear lock core, lock body of front lock core, opens with the pushing post of special bitting；Described outer locking device, on front lock core and lock body, becomes the external lock of asynchronous interlocking connection, opens with pushing post with the structure combined crosswise of the structure of asynchronous interlocking；Described interlock is installed in the passage of the interlocking apertures on the purl hole and lock body that hold on post and locking hole composition, opens by interlocking top；Described stealthy key or stealthy connection are hidden in the stealthy hole in front lock core；Described rear lock core is movably arranged on the rearward end of front lock core, connects tongue and is movably arranged on the rearward end of rear lock core, connects tongue and is connected with link gear after the via of the rearward end of lock body, and link gear is connected with dead bolt；The fixed contact of the rearward end of the fixed contact in the described rotary contact connected on tongue and via or the rotary contact on rear lock core and lock core hole is connected in the power supply circuits of electric magnet with electronic remote controller, power supply circuits are connected with power supply, the iron core of electric magnet is horizontal with safety lock to be connected, composition electric safety burglary-resisting system, described asynchronous electromechanics mixing multistage hidden anti-theft lock of reporting to the police can have, it is also possible to do not have；Described main contacts and auxiliary contact and relay and alarm are connected in the power supply circuits of asynchronous warning system, and power supply circuits are connected with power supply, can have, it is also possible to do not have in described asynchronous electromechanics mixing multistage hidden anti-theft lock of reporting to the police；Described power supply can be battery, it is also possible to be general lighting power supply or electrical source of power。
There is lock body in described set casing, in lock body, have front lock core, rear lock core, interlocking apertures, exterior lockhole and asynchronous bearing bore；Described front lock core and rear lock core are in lock core hole, and front lock core and rear lock core form lock core, and front lock core is in the front end of rear lock core；Described interlocking apertures is in the outside of lock core hole, parallel with lock core hole, with hold hole vertically through；Described exterior lockhole is the through hole on lock body or bearing bore, corresponding with the position of the external lock chute on front lock core, and communicates；Described asynchronous bearing bore is bearing bore or blind hole, in the rearward end of lock core hole, the lock body after the rearward end of rear lock core, is mutually communicated with asynchronous lockhole under asynchronous lockup state with the asynchronous lockhole on rear lock core。
Described main contacts is fixed on the leading section of rear lock core, and auxiliary contact is fixed on the rearward end of front lock core；Described fixed contact is fixed in the via of lock body rearward end or on the end face of lock core hole rearward end, rotary contact can be fixed on after rear lock core or the face of cylinder, and rotary contact can also be fixed on connection tongue；Described rear lock core is cylinder, the center of the rear end of rear lock core is fixed with connection tongue traverse lock body via below, there is the polygonal coupling hole of depression the front end of the center of rotation of rear lock core, and the neutral gear place beyond the connecting hole of the peripheral edge portion that rear lock core rotates has asynchronous lockhole to run through the front/rear end of rear lock core。
There is synchronization guide hole and external lock chute in described front lock core, synchronize the front/rear end of lock core before the neutral gear place beyond the special bitting hole of the peripheral edge portion that guide hole rotates at front lock core is run through；Described external lock chute is the surface of lock core before the interlude synchronizing guide hole is worn out, and synchronization guide hole is divided into two sections, front and back, through with front and back two segment sync guide hole, intersect with exterior lockhole or vertically through；
Stealthy key or stealthy connection can be with or without in described front lock core；When having stealthy key or stealthy connection in front lock core, in front lock core, there is stealthy hole；When there is no stealthy key or stealthy connection in front lock core, in front lock core, there is no stealthy hole；Have in described front lock core in special bitting hole or front lock core and have special bitting hole and stealthy hole；When having special bitting hole and stealthy hole in described front lock core, special bitting hole is at Kong Hou front, stealthy, stealthy key or stealthy connection it is concealed with in stealthy hole, when unblanking, central key enters after inserting special bitting hole in stealthy hole and promotes stealthy key or the stealthy connecting hole entered on rear lock core that connects to be connected with rear lock core, stealthy key block expose in stealthy hole hold head, the part that stealth is connected in stealthy hole does not hold head；When described special bitting hole occupies the centre bore in front lock core whole, the connecting hole that when unblanking, central key is inserted on rear lock core after inserting special bitting hole is connected with rear lock core。
Described lock body and front lock core hold hole and locking hole；Described to hold hole vertical with lock core hole on lock body with lock core, and the hole that holds on lock core is in line through with the hole that holds on lock body；Described locking hole is in line through vertically through, the locking hole on front lock core with the locking hole on lock body with interlocking apertures on front lock core and lock body；Described holding holds spring, holds post and hold head in hole, partly or entirely hold and have centre hole on post；Described locking hole, on lock body and front lock core, leads to front lock core to special bitting hole from lock body, is provided with and holds head and interlocking top in locking hole, holds head outside interior, interlocking withstand on, and the lower end on interlocking top contacts with to pin and coordinates。
Described asynchronous interlocking includes asynchronous bearing bore, asynchronous lockhole, synchronizes guide hole and external lock chute, asynchronous spring, asynchronous tapered end, transmission post, push rod；Described push rod is two sections, and at the two ends of slide block, its end can extend in external lock chute when slide anteroposterior；Described asynchronous spring is arranged in asynchronous bearing bore, and asynchronous tapered end and transmission post are installed in asynchronous lockhole, and push rod is installed on the two ends synchronizing to withstand in guide hole slide block at external lock chute two ends, and slide block is arranged in external lock chute；There is asynchronous tapered end in described asynchronous lockhole and transmit post or have transmission post and push rod, after asynchronous tapered end, having asynchronous spring, having push rod transmitting before post or asynchronous tapered end；Described asynchronous tapered end in asynchronous bearing bore or asynchronous tapered end can simultaneously in asynchronous lockhole and in asynchronous bearing bore, pushing post insert synchronize in guide hole time, asynchronous tapered end, in asynchronous bearing bore, has transmission post and push rod in asynchronous lockhole；Under static lockup state or when not having pushing post to insert in synchronization guide hole, one end of asynchronous tapered end is in asynchronous lockhole, and the other end, in asynchronous bearing bore, has asynchronous tapered end and transmits post in asynchronous lockhole。
Described outer locking device includes slide block, external lock chute, exterior lockhole, inserting column, stage clip；With the surface groove of rack type or screw-type on described slide block；Inserting column and stage clip is had in described exterior lockhole, one end of stage clip withstands on the bottom of exterior lockhole, the other end withstands on inserting column, the other end of inserting column withstands on the surface groove of the rack type on slide block, slide block is in external lock chute, and the tooth top of the surface groove on slide block in external lock chute is concordant with the cylindrical of front lock core；Described inserting column is when pushing post is not inserted into synchronizing in guide hole, and inserting column is locked front lock core in external lock chute and exterior lockhole simultaneously；Described inserting column is when pushing post inserts in synchronization guide hole, and inserting column separates with front lock core in exterior lockhole；When described slide block moves after pushing post inserts and promotes push rod and slide block in synchronization guide hole, the surface groove on slide block can move outside oblique promotion inserting column。
Described outer locking device mixes multiple interlocking double key alarm anti-theft lock at described electromechanics can be had, it is also possible to do not have；When not having, not having external lock chute and slide block in described synchronization guide hole, push rod is an entirety or connects into as a whole；Sometimes, having external lock chute and slide block in described synchronization guide hole, push rod is broken up into two sections by slide block, respectively at the two ends of slide block。
The slide block of described outer locking device and external lock chute in the synchronization guide hole of asynchronous interlocking, and the structure combined crosswise of the structure of asynchronous interlocking, form a common passage of unblanking, all open with pushing post。
Described special bitting includes central key and pushing post and the shank of the key, central key and pushing post and is fixed on the shank of the key；Described pushing post is cylinder, and central key is key, and the shank of the key is the shank of key；The length in described central key length ratio special bitting hole is long, and the part of the length ratio special bitting hole length of central key is used for being inserted directly into connecting hole or for promoting stealthy key to insert connecting hole or for promoting stealthy connection to insert connecting hole；Described the shank of the key can have the remote switch of electronic remote controller, it is also possible to there is no the remote switch of electronic remote controller；In order to confuse robber, increase unlocking difficulty, front lock core is provided with or does not set false synchronization guide hole, when being only provided with false synchronization guide hole on front lock core, just special bitting can have false pushing post or there is no false pushing post。
Described interlock include locking hole, interlocking top, interlocking apertures, interlock spring, thimble, purl, to pin, purl hole；Described interlock spring, thimble, purl, to pin erection sequence in interlocking apertures and purl hole it is: to the anterior sloped roof of pin on the inclined-plane of bottom, interlocking top, it is the repetitive sequence of purl, thimble successively after pin, in the end there is thimble after a purl, press followed by interlock spring top；Described purl and thimble are when central key is not inserted into the naturalness in special bitting hole, interlocking apertures and purl hole are linked to be a beeline channel, interlock spring pushing tow thimble and purl and support pin, make a part for thimble and purl in purl hole, another part holds post at interlocking apertures internal lock lock, makes to hold head and holds post and cannot retreat and locked。
Described interlocking apertures and centre hole are linked to be a beeline channel under natural lockup state, have in this beeline channel interlock spring, thimble, purl, to pin, this beeline channel communicates vertically through with locking hole with holding hole；Described interlocking apertures and centre hole be not when lock is opened on a beeline channel, and interlocking apertures and centre hole be each independent and interrupting channel。
Described purl hole is holding on post, has in purl or purl hole and have purl and thimble in purl hole, and when having purl and thimble in purl hole, purl and thimble can slide anteroposterior in purl hole；Described purl and thimble are not inserted under the naturalness in special bitting hole in central key, having one end of purl and thimble, purl and thimble in purl hole in purl hole, the other end is in interlocking apertures, exceed the part in purl hole in interlocking apertures, limit the movement holding post；Described purl and thimble insert under the opening in special bitting hole in central key, interlocking apertures and purl hole, not on a beeline channel, only have purl in purl hole, purl is completely in purl hole, thimble is completely in interlocking apertures, and now holding post can move back and forth holding in hole。
Described electric safety burglary-resisting system includes that fixed contact, rotary contact, electronic remote controller, electric magnet, safety lock be horizontal, power supply；Described fixed contact is fixed on rear locking or in the aft section of set casing, rotary contact is fixed on rear lock core, rotary contact adopts arranged in dislocation with fixed contact, rotary contact coordinates with fixed contact becomes one group of contact disconnected or connect, and rotary contact can be connected with fixed contact when rear lock core rotates。Described front lock core rotates and when rear lock core does not rotate, makes fixed contact and rotary contact can not connect the power supply circuits of electric magnet because rear lock core does not rotate, it is impossible to enough open safety lock horizontal stroke；When described front lock core and rear lock core rotation simultaneously, connecting fixed contact and rotary contact because rear lock core rotates, then connect the power supply circuits of electric magnet, safety lock by-blow is left。In order to increase the safety of theftproof lock, the power supply circuits of described electric magnet can add electronic remote controller to add strong security control, or be added without electronic remote controller；When described electric safety burglary-resisting system does not have electronic remote controller, rotary contact and fixed contact are series in the supply line of electric magnet, and supply line is connected with power supply, and the iron core of electric magnet is horizontal with safety lock to be connected；When described electric safety burglary-resisting system does not have electronic remote controller, the circuit of the reception remote signal of electronic remote controller is parallel in the supply line of electric magnet with rotary contact and fixed contact, supply line is connected with power supply, the circuit that the remote signal of electronic remote controller controls is series in the supply line of electric magnet with rotary contact and fixed contact, and the iron core of electric magnet is horizontal with safety lock to be connected；Described electronic remote controller is to turn on the device of the circuit with tripping magnet, including signal receiving device and remote controller；On described safety lock probably door limit or the latch locked。
Described asynchronous warning system includes main contacts, auxiliary contact, relay, alarm circuit and warning power supply and alarm；The leading section of described rear lock core is fixed with main contacts, and the rearward end of front lock core is fixed with auxiliary contact, and main contacts coordinates composition displacement contacts to pay with auxiliary contact, main contacts and auxiliary contact with lock core for arranged in dislocation on the surface of revolution of center of rotation or just to installation；Described main contacts and the circuit of auxiliary contact are connected with the relay switch wiring position of relay, and alarm circuit is connected with the relay closed circuit of relay, and warning power supply and alarm are connected in alarm circuit；Described main contacts and auxiliary contact adopt with lock core on the surface of revolution of center of rotation during arranged in dislocation, and main contacts just connects circuit with auxiliary contact when contacting；Described main contacts and auxiliary contact adopt with lock core for the surface of revolution of center of rotation just to when installing, main contacts is insulating surfaces or insulation contact with one of them contact in auxiliary contact, another is elastic conductive contact, and when main contacts misplaces with auxiliary contact and separates, resilient conductive contact just contacts with front lock core or the rear lock core on opposite and connects circuit。Described front lock core rotates and when rear lock core does not rotate, main contacts and auxiliary contact connect the relay switch of relay because of the rotation of front lock core, then connect the closed circuit of relay and connect alarm circuit, make alarm equipment alarm, report to the police thus realizing dislocation；When described front lock core and rear lock core rotation simultaneously, main contacts and auxiliary contact do not produce to misplace and are unable to connect the relay switch of relay, make the closed circuit of connection relay be unable to connect alarm circuit, make alarm not report to the police。
Described fixed contact and rotary contact, main contacts and auxiliary contact can be elastic compression touch contact or elasticity is opened and contacted contact, it is also possible to be the contact contact of sliding, it is also possible to be fixed contact contact, also can also is that the contact contact of activeness；Described relay can be relay, it is also possible to be integrated circuit board, it is also possible to be electronic circuit board；Described power supply can be battery, it is also possible to be general lighting power supply or electrical source of power；Described alarm can be sonic alarm, it is also possible to be the device or signal projector that are connected with phone。
In order to ensure the system independence of dislocation warning system and electric safety burglary-resisting system, the power supply circuits of described dislocation warning system and the power supply circuits of electric safety burglary-resisting system are each independent power supply circuits, are not mutually mixed。
Described interlocking top is arranged in locking hole, and upper end is spherical or arcwall face or plane, and bottom is inclined-plane；
The described leading section supporting pin is inclined-plane or arcwall face, and rearward end is arcwall face or other shape；
The end of described purl is arcwall face or consistent with the end shape in purl hole, it is possible to be hidden in purl hole completely, it is also possible to moves and exceedes purl hole；
The end of described thimble is arcwall face or other shape。
Described stealthy bearing bore can in stealthy key or the stealthy rearward end connected, it is also possible in the bottom of the connecting hole of rear lock core, it is also possible to simultaneously in the bottom of stealthy key or the stealthy rearward end connected and connecting hole；Described stealthy spring is arranged in stealthy bearing bore, and one end withstands in stealthy key or stealthy connection, and the other end withstands on rear lock core。
Described stealthy key is key one section consistent or inconsistent with the cross sectional shape of central key, has blocked and has exposed, in stealthy hole, the bullet holding hole；The front portion of stealthy key is same or similar with the shape in stealthy hole, and the shape at rear portion is same or similar with the shape of connecting hole, and front end coordinates with the front end of central key；Under the promotion of central key, stealthy key can slide in stealthy hole and in connecting hole；When stealthy key slides in stealthy hole, its rear end is inserted in connecting hole, is used for connecting front lock core and rear lock core；
Described stealthy connection is one section of connector, and the stealthy front portion connected is same or similar with the shape in stealthy hole, and the shape at rear portion is same or similar with the shape of connecting hole, and front end coordinates with the front end of central key；Under the promotion of central key, stealthy connection can slide in stealthy hole and in connecting hole；Stealth is connected to when sliding in stealthy hole, and its rear end is inserted in connecting hole, is used for connecting front lock core and rear lock core。
In order to increase the disguise of theftproof lock and tamper-security and can be real antitheft, before adopting, lock core and rear lock core are fully disconnected and realize being mechanically connected stealth, the locked rear lock core of asynchronous tapered end realizes asynchronous interlocking, the locked front lock core of inserting column realizes additional external lock, thimble and purl locked can hold post and make lock top and hold post cannot retreat and locked realize mechanical interlocked, electronic remote controller can interrupt the power supply circuits of electric magnet to realize electro-mechanical interlock, main contacts and auxiliary contact, fixed contact and rotary contact stealth are installed on front and back lock core and lock body and realize circuit stealth。
When opening the lock with the key, open the remote switch of electronic remote controller, it is inserted into central key again in special bitting hole, central key first pushes holding head and interlocking top in locking hole, the bottom on interlocking top promotes the leading section supporting pin, then move compression interlock spring after promoting purl, thimble, move up into after making purl in purl hole, open interlock；Now, hold post to move holding in hole；Subsequently, central key continues in special bitting hole, enters connecting hole through special bitting hole and is connected with rear lock core；Or, central key enters after continuing into and pass special bitting hole in stealthy hole and coordinates with stealthy key or the stealthy leading section being connected, and promotes stealthy key or stealthy connection to retreat, and makes stealthy key or the stealthy rear end connected insert and connect in bearing bore；Making to hold head with the place of cooperation holding post just in the junction of front lock core Yu lock body, in the insertion process of central key, pushing post also moves also into after promoting push rod and slide block in synchronization guide hole with the insertion of central key；When moving after slide block, the oblique promotion inserting column compression press spring of surface groove during slide block is displaced outwardly and exits external lock chute, opens external lock；Meanwhile, push rod promotes and moves after transmitting post and asynchronous tapered end and compress asynchronous spring, and central key and pushing post insert when putting in place, just completely into, in asynchronous bearing bore, relieving the locking to rear lock core after the asynchronous tapered end asynchronous spring of compression；When rotating special bitting, stealthy key drives rear lock core to rotate with front lock core, and rear lock core drives and opens dead bolt by link gear；When rear lock core rotates, fixed contact contacts with rotary contact and connects the power supply circuits of electric magnet, and electric magnet generation captivation pulls and opens safety lock horizontal stroke。Stealthy key is when retreating, it is possible to what push the part that stealthy key blocks holds head, makes to hold head with the place of cooperation holding post just in the junction of front lock core Yu lock body。
Robber or unblank king need not specially bitting is unblanked time, because not knowing there is interlock, interlocking top thinks it is hold post and attempt to open all of post that holds by mistake simultaneously, interlock is caused to open, hold head and hold post and can not move, it is impossible to lock core before rotating；Add pushing post not enter in synchronization guide hole, it is impossible to enough open asynchronous interlocking and outer locking device, it is impossible to lock core before rotating。
Even if after robber or the king that unblanks use flat instrument to adopt barbarous way to damage interlock, outer locking device and held post, the front lock core of forced rotating, as have stealthy key or stealthy connection to be hidden in stealthy hole, and rear lock core cannot be made to be connected with stealthy key or stealth or central key connection, add the locked rear lock core of asynchronous tapered end, cause front lock core that rear lock core can not be driven to rotate；Play the effect of multiple hidden, multiple locking and multiple safety。
Even if robber or the king that unblanks use electric hand drill that front lock core and rear lock core are all bored not, connection tongue is have rotated with the instrument of clip etc, as rotary contact with there is no fixed contact to contact to be unable to connect the power supply circuits of electric magnet, safety lock horizontal stroke can not be opened, add and the power supply circuits of electric magnet also have electronic remote controller interrupted power supply circuits, more can not open safety lock horizontal stroke, serve the anti-theft function cutting the end。
In order to make central key not be stuck when entering and exiting in special bitting hole, after the tooth top of described central key backs down interlocking top in special bitting hole, keep having at least a head that holds held in hole to be shifted by the tooth top top of central key or interlocking top is backed down by the tooth top of central key, hold post ensureing that purl is completely not locked in purl hole。
In order to play stealthy and antitheft effect, described rear lock core with front lock core synchronous axial system or do not rotate with front lock core, can be unblanked during with front lock core synchronous axial system, can not unblank when not rotating with front lock core。
In order to increase the dynamo-electric tamper-security mixing multiple interlocking anti-theft alarm lock, described electromechanics mixes after multiple interlocking anti-theft alarm lock only opens interlock with special bitting can rotate front lock core。
In order to expand the scope of application, described electromechanics mixes the place that multiple interlocking anti-theft alarm lock is applicable to all kinds of needs antitheft and installs and uses, and is particularly suitable for installing and using of safety cabinet, car door, antitheft door, condom, built-in lock door, built-in lock cabinet and common door and common cabinet。
The multiple interlocking anti-theft alarm lock of a kind of dynamo-electric mixing, it is characterised in that:
For the ease of assembling, during fabrication, set casing and lock body can manufacture as a whole, it is also possible to be combined into as a whole after separately manufactured for described set casing and lock body；When described set casing and lock body can manufacture as a whole, set casing creates and blocks the part holding hole on lock body or create the shell outside lock body；During fabrication, set casing creates the housing of cylindricality or the cage body of cylindricality to described set casing, and the middle part of the leading section of set casing manufactures interstitial hole。
Described lock body during fabrication, lock body manufactures have via, lock core hole, hold hole, asynchronous bearing bore, exterior lockhole, locking hole and interlocking apertures；Described lock core hole manufacture in the centre of rear locking be used for lock core is installed, with hold hole vertically through；Described asynchronous bearing bore creates bearing bore or blind hole, manufactures in the rearward end of lock core hole, the lock body after the rearward end of rear lock core；Described exterior lockhole manufacture, on lock body, communicates with lock core hole, corresponding with the external lock chute on front lock core；Described locking hole manufacture is on front lock core, and the locking hole on vertical with lock core hole and front lock core communicates, and is provided with and holds head and interlocking top in locking hole；Described interlocking apertures manufacture is on lock body, parallel with lock core hole, with hold hole vertically through；Manufacturing after lock core hole and have for allowing the via connecting tongue traverse, the rearward end that the inwall of via is fixed with fixed contact or lock core hole is fixed with fixed contact。
Described lock core during fabrication, carries out division system lock core and causes front lock core and rear lock core；Described front lock core is during fabrication, the rearward end of front lock core is fixed with auxiliary contact and coordinates with the main contacts being fixed on rear lock core leading section, front lock core manufactures and holds hole, locking hole, synchronization guide hole, external lock chute and special bitting hole, or on front lock core, manufacture holds hole, locking hole, synchronization guide hole, external lock chute, stealthy hole and special bitting hole；Manufacturing when having stealthy hole on described front lock core, special bitting hole and stealthy hole manufacture and are connected at the center of rotation position of front lock core, with hold hole vertically through, specially join stealthy hole above, stealth hole later；The shape in described special bitting hole is same or similar with the shape of central key, and stealthy hole is same or similar with stealthy key or the stealthy front portion being connected；The described hole that holds manufactures on front lock core, vertical with lock core hole, coordinates and through with the hole that holds on lock body；Described locking hole manufacture is on front lock core, and vertical with lock core hole and on lock body locking hole communicates；Neutral gear place beyond the described special bitting hole synchronizing the peripheral edge portion that guide hole manufacture rotates at lock core run through before the front/rear end of lock core；Described external lock chute manufacture is the periphery of lock core before synchronizing the position of mid portion of guide hole and wearing out, and communicates with the synchronization guide hole at external lock chute two ends, corresponding with the position of the exterior lockhole on lock body。
In order to realize interlocking, described purl hole creates via, manufactures at the middle part holding post, with interlocking apertures under the naturalness of locking on a beeline channel。
In order to enable the stealthy and normal connection of rear lock core, described rear lock core during fabrication, rear lock core manufactures and has connecting hole, asynchronous lockhole, rotary contact and main contacts；Rotary contact manufacture after rear lock core or on the surfaces of revolution；Rear lock core is created cylinder body shape, the connecting hole having depression is manufactured in the front end of rear lock core, neutral gear place beyond the connecting hole of the peripheral edge portion that rear lock core rotates manufactures the asynchronous lockhole having the front/rear end running through rear lock core, and the shape of connecting hole is connected with stealth key or stealth or the shape of central key is same or similar；Described connecting hole can create polygonal bearing bore, it is also possible to creates the groove wearing out rear lock core surface, it is also possible to creates the groove not wearing out rear lock core surface；Described wear out rear lock core surface and to be not passed through the groove on rear lock core surface can be unidirectional groove, it is also possible to be multidirectional groove；Described multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove etc.。
For the ease of the stealth of stealthy key with normal connect, described stealthy key during fabrication, creates one section of key stealthy key, or, the previous section of stealth key is created key, aft section creates connection cylinder；Stealth connection is created polygonal cylinder or cross section is line segment and the cylinder of camber line composition；Stealthy key or the stealthy front end connected are created the shape protruded or cave in, the shape of its protrusion or depression is same or similar with the shape caving in or protruding of the end of central key, can cooperate when the stealthy key of central key promotion or stealthy connection；Stealthy key or the stealthy front portion connected being created same or similar with the shape in stealthy hole, rear portion creates same or similar with the shape in stealthy hole。
The upper end on described interlocking top creates spherical or arcwall face or plane, and bottom creates inclined-plane；
The described leading section supporting pin creates inclined-plane or arcwall face, and rearward end creates arcwall face or other shape；
The end of described purl creates arcwall face or consistent with the end shape in purl hole, it is possible to be hidden in purl hole completely, it is also possible to moves and exceedes purl hole；
The end of described thimble creates arcwall face or other shape。
Described asynchronous tapered end creates cylinder or cone cylinder or stepped cylinder；Described transmission post creates spheroid or oval ball or cylinder；Described asynchronous tapered end and transmission post are during fabrication, it is possible to manufacture as a whole, it is also possible to be grouped together after separately manufactured；Described push rod creates cylinder or stairstepping cylinder, it is possible to create multistage。
In order to enable special bitting to unblank, pushing post during fabrication, is created cylinder or cone cylinder, central key is created key shape by described special bitting；Central key handle, central key and pushing post three part are manufactured as a whole, or separately manufactured after be combined into as a whole；Described central key creates same or similar with the shape in special bitting hole；The shape in described special bitting hole creates unidirectional groove or the hole of multidirectional groove, multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove etc.。
Described slide block creates bar shaped, manufactures the surface groove having rack type or screw-type on slide block, and external lock chute is just being worn out the surface of front lock core and installed by surface groove；
Described inserting column creates cylinder, and the part contacted with the surface groove on slide block creates tapered cambered surface or the conical surface。
In order to enable the real stealth of theftproof lock and antitheft, described stealthy key and central key are fully disconnected, stealthy key and rear lock core are fully disconnected, and front lock core and rear lock core are fully disconnected, and thimble and purl locked can hold post and make to hold head and hold post and cannot retreat and locked；
In order to make to be rotationally connected part stealth, described rear lock core can be movably arranged on stealthy key or the stealthy rearward end connected, disconnect and hidden with front lock core and stealthy key or stealthy connection, there is no the insertion of central key and promote stealthy key or stealthy connection, stealthy key or stealthy connection can not be connected with rear lock core, and the rotatory force of stealthy key can not transmit power to rear lock core。
Described interlock include locking hole, interlocking top, interlocking apertures, interlock spring, thimble, purl, to pin, purl hole；Described interlock spring, thimble, purl, to pin erection sequence in interlocking apertures and purl hole it is: to the anterior sloped roof of pin on the inclined-plane of bottom, interlocking top, it is the repetitive sequence of purl, thimble successively after pin, in the end there is thimble after a purl, press followed by interlock spring top。
Being provided with inserting column and stage clip in described exterior lockhole, one end of stage clip withstands on the bottom of exterior lockhole, and the other end withstands on inserting column, and the other end of inserting column withstands on the surface groove of the rack type on slide block, and slide block is arranged in external lock chute；
Described asynchronous spring is arranged in asynchronous bearing bore, and asynchronous tapered end and transmission post are installed in asynchronous lockhole, and push rod is installed on the two ends withstanding on slide block in the synchronization guide hole at external lock chute two ends。
Described asynchronous interlocking is installed in the passage synchronizing guide hole and external lock chute, asynchronous lockhole, asynchronous bearing bore composition, opens with the pushing post of special bitting；Described outer locking device, on front lock core and lock body, becomes the external lock of asynchronous interlocking connection, opens with pushing post with the structure combined crosswise of the structure of asynchronous interlocking；Described interlock is installed in the passage of the interlocking apertures on the purl hole and lock body that hold on post and locking hole composition, opens by interlocking top；Described asynchronous tapered end (28) locked rear lock core (7)；Described stealthy key or stealthy connection are hidden in the stealthy hole in front lock core；Described rear lock core is movably arranged on the rearward end of front lock core, connects tongue and is movably arranged on the rearward end of rear lock core, connects tongue and is connected with link gear after the via of the rearward end of lock body, and link gear is connected with dead bolt；The fixed contact of the rearward end of the fixed contact in the described rotary contact connected on tongue and via or the rotary contact on rear lock core and lock core hole is connected in the power supply circuits of electric magnet with electronic remote controller, power supply circuits are connected with power supply, the iron core of electric magnet is horizontal with safety lock to be connected, and forms electric safety burglary-resisting system；Described main contacts and auxiliary contact and relay and alarm are connected in the power supply circuits of asynchronous warning system, and power supply circuits are connected with power supply。
For the ease of manufacturing and assembling, the manufacture hop count of front lock core can be changed, the needs of the described lock body easily manufactured needs according to internal junction and manufacturing process, the segmentation manufacture near the end in stealthy hole or end of front lock core, or manufacture in the segmentation of external lock chute place, lock core is created the hop count of more than two-stage nitration or two-stage nitration, front lock core that segmentation manufactures, middle lock core and rear lock core can synchronous rotary, or front lock core, middle lock core and rear lock core can separately asynchronous rotations；After front lock core segmentation, push rod can also follow segmentation, it is also possible to the not segmentation with front lock core segmentation；
In order to manufacture the needs with assembly technology, described lock body according to the needs of assembling, and can create lock body the hop count of more than two-stage nitration or two-stage nitration。
Electromechanics of the present invention mixes the rational in infrastructure of multiple interlocking anti-theft alarm lock, manufacture and easy to use, collection electro-mechanical interlock is stealthy, mechanical interlocked stealth, the connection of front and back lock core is stealthy, asynchronous report to the police in one, good anti-theft effect: the locked rear lock core of asynchronous tapered end, stealthy key or stealthy connection disconnect with central key, stealthy key or stealthy connection disconnect with rear lock core, front lock core and rear lock core are fully disconnected, thimble and purl locked can hold post, inserting column can locked front lock core, electronic remote controller stealth is installed in the power supply circuits of electric magnet, front and back lock core asynchronous rotation is reported to the police；After adopting electromechanics to mix multiple interlocking anti-theft alarm lock, achieve the anti-theft hidden of theftproof lock and antitheft interlocking, robber and the Wang Wufa that unblanks is made to open interlock, outer locking device and rotate rear lock core, even if using barbarous means to be also merely able to rotate front lock core after having damaged interlock, outer locking device and self-locking device, it is unable to rotate stealthy rear lock core。Even if robber or the king that unblanks use electric hand drill that front lock core and rear lock core are all bored not, connection tongue is have rotated with the instrument of clip etc, rotary contact is unable to the power supply circuits of connection electric magnet with not having fixed contact to contact, safety lock horizontal stroke can not be opened, add electronic remote controller and interrupt the power supply circuits of electric magnet, more can not open safety lock horizontal stroke, serve the anti-theft function cutting the end。
Accompanying drawing explanation
Fig. 1 is the primary structure schematic diagram that electromechanics of the present invention mixes that the inside of multiple interlocking anti-theft alarm lock does not have stealthy key or stealth to connect；
Fig. 2 is the primary structure schematic diagram that electromechanics of the present invention mixes that the inside of multiple interlocking anti-theft alarm lock has stealth to connect；
Fig. 3 is that electromechanics of the present invention mixes the inside of multiple interlocking anti-theft alarm lock and has the primary structure schematic diagram of stealthy key；
The electromechanics of the present invention that Fig. 4 is Fig. 1 to 3 mixes the structural representation that multiple interlocking burglar alarm is locked in the cross section at purl place；
Fig. 5 is the schematic appearance that invention electromechanics mixes the left view of multiple interlocking anti-theft alarm lock；
Fig. 6 is the schematic appearance of the surface groove on slide block and slide block；
Fig. 7 is external lock chute schematic appearance on front lock core；
Fig. 8 is the surface structure schematic diagram of special bitting；
Fig. 9 is the surface structure schematic diagram of the left view of special bitting；
Figure 10 is the surface structure schematic diagram of the right view of rear lock core；
Figure 11 is the surface structure schematic diagram of the left view of rear lock core。
Special bitting hole shown in figure is three-dimensional groove, shown in figure: set casing 1, lock body 2, front lock core 3, hold 4, hold post 5, hold spring 6, rear lock core 7, connect bearing bore 8, connect tongue 9, stealthy spring 10, stealthy key 11, stealthy connection 12, interlocking apertures 13, interlock spring 14, thimble 15, purl 16, to pin 17, interlocking top 18, asynchronous bearing bore 19, main contacts 20, auxiliary contact 21, fixed contact 22, rotary contact 23, synchronize guide hole 24, push rod 25, asynchronous lockhole 26, transmit post 27, asynchronous tapered end 28, asynchronous spring 29, central key 30, pushing post 31, the shank of the key 32, exterior lockhole 33, stage clip 34, inserting column 35, external lock chute 36, slide block 37, surface groove 38。
Detailed description of the invention
Electromechanics of the present invention mixes the asynchronous interlocking of multiple interlocking anti-theft alarm lock and is installed in the passage of asynchronous bearing bore 19 composition synchronizing guide hole 24 and external lock chute 36, the asynchronous lockhole 26 of rear lock core and lock body of front lock core, opens with the pushing post 31 of special bitting；Described outer locking device, on front lock core 3 and lock body 2, becomes the external lock of asynchronous interlocking connection, opens with pushing post 31 with the structure combined crosswise of the structure of asynchronous interlocking；Described interlock is installed in the passage of the interlocking apertures 13 on purl 16 hole and lock body 2 that hold on post 5 and locking hole composition, opens by interlocking top 18；Described stealthy key 11 or stealthy connection 12 are hidden in the stealthy holes in front lock core 3；Described rear lock core 7 is movably arranged on the rearward end of front lock core 3, connects tongue 9 and is movably arranged on the rearward end of rear lock core 7, connects tongue 9 and is connected with link gear after the via of the rearward end of lock body 2, and link gear is connected with dead bolt；The fixed contact 22 of the rearward end of the fixed contact 22 in the described rotary contact 22 connected on tongue 9 and via or the rotary contact 22 on rear lock core 7 and lock core hole is connected in the power supply circuits of electric magnet with electronic remote controller, power supply circuits are connected with power supply, the iron core of electric magnet is horizontal with safety lock to be connected, composition electric safety burglary-resisting system, described asynchronous electromechanics mixing multistage hidden anti-theft lock of reporting to the police can have, it is also possible to do not have；Described main contacts 20 and auxiliary contact 21 are connected in the power supply circuits of asynchronous warning system with relay and alarm, and power supply circuits are connected with power supply, can have, it is also possible to do not have in described asynchronous electromechanics mixing multistage hidden anti-theft lock of reporting to the police；Described power supply can be battery, it is also possible to be general lighting power supply or electrical source of power。
There is lock body 2 in described set casing 1, in lock body 2, have front lock core 3, rear lock core 7, interlocking apertures 13, exterior lockhole 33 and asynchronous bearing bore 19；Described front lock core 3 and rear lock core 7 are in lock core hole, and front lock core 3 and rear lock core 7 form lock core, and front lock core 3 is in the front end of rear lock core 7；Described interlocking apertures 13 is in the outside of lock core hole, parallel with lock core hole, with hold hole vertically through；Described exterior lockhole 33 is the through hole on lock body 2 or bearing bore, corresponding with the position of the external lock chute 36 on front lock core 3, and communicates；Described asynchronous bearing bore 19 is bearing bore or blind hole, in the rearward end of lock core hole, the lock body 2 after the rearward end of rear lock core 7, is mutually communicated with asynchronous lockhole 26 under asynchronous lockup state with the asynchronous lockhole 26 on rear lock core 7。
Described main contacts 20 is fixed on the leading section of rear lock core 7, and auxiliary contact 21 is fixed on the rearward end of front lock core 3；Described fixed contact 22 is fixed in the via of lock body 2 rearward end or on the end face of lock core hole rearward end, rotary contact 22 can be fixed on after rear lock core 7 or the face of cylinder, and rotary contact 22 can also be fixed on connection tongue 9；Described rear lock core is cylinder, the center of the rear end of rear lock core is fixed with connection tongue 9 traverse lock body 2 via below, there is the polygonal coupling hole 8 of depression the front end of the center of rotation of rear lock core 7, and the neutral gear place beyond the connecting hole 8 of the peripheral edge portion that rear lock core 7 rotates has asynchronous lockhole 26 to run through the front/rear end of rear lock core 7。
There is synchronization guide hole 24 and external lock chute 36 in described front lock core 3, synchronize the front/rear end of lock core 3 before the neutral gear place beyond the special bitting hole of the peripheral edge portion that guide hole 24 rotates at front lock core is run through；Described external lock chute 36 is the surface of lock core 3 before the interlude synchronizing guide hole 24 is worn out, and synchronization guide hole 24 is divided into two sections, front and back, through with front and back two segment sync guide hole 24, intersect with exterior lockhole 33 or vertically through；
Stealthy key 11 or stealthy connection 12 can be with or without in described front lock core 3；When having stealthy key 11 or stealthy connection 12 in front lock core 3, in front lock core 3, there is stealthy hole；When there is no stealthy key 11 or stealthy connection 12 in front lock core 3, in front lock core 3, there is no stealthy hole；Have in described front lock core 3 in special bitting hole or front lock core 3 and have special bitting hole and stealthy hole；When having special bitting hole and stealthy hole in described front lock core 3, special bitting hole is at Kong Hou front, stealthy, stealthy key 11 or stealthy connection 12 it is concealed with in stealthy hole, when unblanking, central key enters after inserting special bitting hole in stealthy hole and promotes stealthy key 11 or the stealthy connecting hole 8 connected on 12 entrance rear lock cores 7 to be connected with rear lock core 7, stealthy key 11 block expose in stealthy hole hold 4, stealthy 12 parts in stealthy hole that connect do not hold 4；When described special bitting hole occupies the centre bore in front lock core 3 whole, the connecting hole 8 that when unblanking, central key is inserted on rear lock core 7 after inserting special bitting hole is connected with rear lock core 7。
Described lock body 2 and front lock core 3 hold hole and locking hole；Described to hold hole vertical with lock core hole on lock body 2 with lock core, and the hole that holds on lock core is in line through with the hole that holds on lock body 2；Described locking hole is in line through vertically through, the locking hole on front lock core 3 with the locking hole on lock body 2 with interlocking apertures 13 on front lock core 3 and lock body 2；Described holding hold spring 6 in hole, hold post 5 and holds 4, partly or entirely holds and has thimble 15 hole on post 5；Described locking hole, on lock body 2 and front lock core 3, leads to front lock core 3 to special bitting hole from lock body 2, is provided with and holds 4 and an interlocking top 18 in locking hole, holds 4 on interior, interlocking top 18 outside, and the lower end on interlocking top 18 contacts with to pin 17 and coordinates。
Described asynchronous interlocking includes asynchronous bearing bore 19, asynchronous lockhole 26, synchronizes guide hole 24 and external lock chute 36, asynchronous spring 29, asynchronous tapered end 28, transmission post 27, push rod 25；Described push rod 25 is two sections, and at the two ends of slide block 37, its end can extend in external lock chute 36 when slide anteroposterior；Described asynchronous spring 29 is arranged in asynchronous bearing bore 19, and asynchronous tapered end 28 and transmission post 27 are installed in asynchronous lockhole 26, and push rod 25 is installed on the two ends synchronizing to withstand in guide hole 24 slide block 37 at external lock chute 36 two ends, and slide block 37 is arranged in external lock chute 36；There is asynchronous tapered end 28 in described asynchronous lockhole 26 and transmit post 27 or have transmission post 27 and push rod 25, after asynchronous tapered end 28, having asynchronous spring 29, having push rod 25 transmitting before post 27 or asynchronous tapered end 28；Described asynchronous tapered end 28 in asynchronous bearing bore 19 or asynchronous tapered end 28 can simultaneously asynchronous lockhole 26 in in asynchronous bearing bore 19, when pushing post 31 inserts in synchronization guide hole 24, asynchronous tapered end 28, in asynchronous bearing bore 19, has transmission post 27 and push rod 25 in asynchronous lockhole 26；Under static lockup state or when not having pushing post 31 to insert in synchronization guide hole 24, one end of asynchronous tapered end 28 is in asynchronous lockhole 26, and the other end, in asynchronous bearing bore 19, has asynchronous tapered end 28 and transmits post 27 in asynchronous lockhole 26。
Described special bitting includes central key 30 and pushing post 31 and the shank of the key 32, central key 3030 and pushing post 31 and is fixed on the shank of the key 32；Described pushing post 31 is cylinder, and central key 30 is key, and the shank of the key 32 is the shank of key；The length in described central key 30 length ratio special bitting hole is long, and the part of the length ratio special bitting hole length of central key 30 is used for being inserted directly into connecting hole for promoting stealthy key 11 to insert connecting hole or for promoting stealth even 12 to patch into connecting hole；Described the shank of the key 32 can have the remote switch of electronic remote controller, it is also possible to there is no the remote switch of electronic remote controller；In order to confuse robber, increase unlocking difficulty, front lock core 3 is provided with or does not set false synchronization guide hole 24, when being only provided with false synchronization guide hole 24 on front lock core 3, just special bitting can have false pushing post 31 or there is no false pushing post 31。
Described outer locking device includes slide block 37, external lock chute 36, exterior lockhole 33, inserting column 35, stage clip 34；With the surface groove 38 of rack type or screw-type on described slide block 37；Inserting column 35 and stage clip 34 is had in described exterior lockhole 33, one end of stage clip 34 withstands on the bottom of exterior lockhole 33, the other end withstands on inserting column 35, the other end of inserting column 35 withstands on the surface groove 38 of the rack type on slide block 37, slide block 37 is in external lock chute 36, and the tooth top of the surface groove 38 on slide block 37 in external lock chute 36 is concordant with the cylindrical of front lock core 3；Described inserting column 35 is when pushing post 31 is not inserted into synchronizing in guide hole 24, and inserting column 35 is locked front lock core 3 in external lock chute 36 and exterior lockhole 33 simultaneously；Described inserting column 35 is when pushing post 31 inserts in synchronization guide hole 24, and inserting column 35 separates with front lock core 3 in exterior lockhole 33；When described slide block 37 moves after pushing post 31 inserts and promotes push rod 25 and slide block 37 in synchronization guide hole 24, the surface groove 38 on slide block 37 can move outside oblique promotion inserting column 35。
Described outer locking device mixes multiple interlocking double key alarm anti-theft lock at described electromechanics can be had, it is also possible to do not have；When not having, not having external lock chute 36 and slide block 37 in described synchronization guide hole 24, push rod 25 is an entirety or connects into as a whole；Sometimes, having external lock chute 36 and slide block 37 in described synchronization guide hole 24, push rod 25 is broken up into two sections by slide block 37, respectively at the two ends of slide block 37。
The slide block 37 of described outer locking device and external lock chute 36 in the synchronization guide hole 24 of asynchronous interlocking, and the structure combined crosswise of the structure of asynchronous interlocking, form a common passage of unblanking, all open with pushing post 31。
Described interlock include locking hole, interlocking top 18, interlocking apertures 13, interlock spring 14, thimble 15, purl 16, to pin 17, purl 16 hole；Described interlock spring 14, thimble 15, purl 16, to the pin 17 erection sequence in interlocking apertures 13 and purl 16 hole it is: to the anterior sloped roof of pin 17 on the inclined-plane of 18 bottoms, interlocking top, it is the repetitive sequence of purl 16, thimble 15 successively after pin 17, in the end there is thimble 15 after a purl 16, followed by interlock spring 14 top pressure；Described purl 16 and thimble 15 are when central key is not inserted into the naturalness in special bitting hole, interlocking apertures 13 and purl 16 hole are linked to be a beeline channel, interlock spring 14 pushing tow thimble 15 and purl 16 and support pin 17, make a part for thimble 15 and purl 16 in purl 16 hole, another part holds post 5 at interlocking apertures 13 internal lock lock, makes to hold 4 and holds post 5 and cannot retreat and locked。
Described interlocking apertures 13 and thimble 15 hole are linked to be a beeline channel under natural lockup state, have in this beeline channel interlock spring 14, thimble 15, purl 16, to pin 17, this beeline channel communicates vertically through with locking hole with holding hole；Described interlocking apertures 13 and thimble 15 hole be not when lock is opened on a beeline channel, and interlocking apertures 13 and thimble 15 hole be each independent and interrupting channel。
Described purl 16 hole is holding on post 5, has in purl 16 or purl 16 hole and have purl 16 and thimble 15 in purl 16 hole, and when having purl 16 and thimble 15 in purl 16 hole, purl 16 and thimble 15 can slide anteroposterior in purl 16 hole；Described purl 16 and thimble 15 are not inserted under the naturalness in special bitting hole in central key, purl 16 and thimble 15 is had in purl 16 hole, one end of purl 16 and thimble 15 is in purl 16 hole, the other end is in interlocking apertures 13, exceed the part in purl 16 hole in interlocking apertures 13, limit the movement holding post 5；Described purl 16 and thimble 15 insert under the opening in special bitting hole in central key, interlocking apertures 13 and purl 16 hole be not on a beeline channel, purl 16 is only had in purl 16 hole, purl 16 is completely in purl 16 hole, thimble 15 is completely in interlocking apertures 13, and now holding post 5 can move back and forth holding in hole。
Described electric safety burglary-resisting system includes that fixed contact 22, rotary contact 22, electronic remote controller, electric magnet, safety lock be horizontal, power supply；Described fixed contact 22 is fixed on rear locking 2 or in the aft section of set casing 1, rotary contact 22 is fixed on rear lock core 7, rotary contact 22 and fixed contact 22 adopt arranged in dislocation, rotary contact 22 coordinates with fixed contact 22 becomes one group of contact disconnected or connect, and rotary contact 22 can be connected with fixed contact 22 when rear lock core 7 rotates。Described front lock core 3 rotates and when rear lock core 7 does not rotate, makes fixed contact 22 and rotary contact 22 can not connect the power supply circuits of electric magnet because rear lock core 7 does not have to rotate, it is impossible to enough open safety lock horizontal stroke；When described front lock core 3 rotates with rear lock core 7 simultaneously, connecting fixed contact 22 and rotary contact 22 because rear lock core 7 rotates, then connect the power supply circuits of electric magnet, safety lock by-blow is left。In order to increase the safety of theftproof lock, the power supply circuits of described electric magnet can add electronic remote controller to add strong security control, or be added without electronic remote controller；When described electric safety burglary-resisting system does not have electronic remote controller, rotary contact 22 and fixed contact 22 are series in the supply line of electric magnet, and supply line is connected with power supply, and the iron core of electric magnet is horizontal with safety lock to be connected；When described electric safety burglary-resisting system does not have electronic remote controller, the circuit of the reception remote signal of electronic remote controller is parallel in the supply line of electric magnet with rotary contact 22 and fixed contact 22, supply line is connected with power supply, the circuit that the remote signal of electronic remote controller controls is series in the supply line of electric magnet with rotary contact 22 and fixed contact 22, and the iron core of electric magnet is horizontal with safety lock to be connected；Described electronic remote controller is to turn on the device of the circuit with tripping magnet, including signal receiving device and remote controller；On described safety lock probably door limit or the latch locked。
Described asynchronous warning system includes main contacts 20, auxiliary contact 21, relay, alarm circuit and warning power supply and alarm；The leading section of described rear lock core 7 is fixed with main contacts 20, the rearward end of front lock core 3 is fixed with auxiliary contact 21, main contacts 20 coordinates composition displacement contacts to pay with auxiliary contact 21, main contacts 20 and auxiliary contact 21 with lock core for arranged in dislocation on the surface of revolution of center of rotation or just to installation；Described main contacts 20 and the circuit of auxiliary contact 21 are connected with the relay switch wiring position of relay, and alarm circuit is connected with the relay closed circuit of relay, and warning power supply and alarm are connected in alarm circuit；Described main contacts 20 and auxiliary contact 21 adopt with lock core on the surface of revolution of center of rotation during arranged in dislocation, and main contacts 20 just connects circuit with auxiliary contact 21 when contacting；Described main contacts 20 and auxiliary contact 21 adopt with lock core for the surface of revolution of center of rotation just to when installing, main contacts 20 is insulating surfaces or insulation contact with one of them contact in auxiliary contact 21, another is elastic conductive contact, and when main contacts 20 misplaces with auxiliary contact 21 and separates, resilient conductive contact just contacts with front lock core 3 or the rear lock core 7 on opposite and connects circuit。Described front lock core 3 rotates and when rear lock core 7 does not rotate, main contacts 20 and auxiliary contact 21 connect the relay switch of relay because of the rotation of front lock core 3, then connecting the closed circuit of relay and connect alarm circuit, make alarm equipment alarm, reporting to the police thus realizing dislocation；When described front lock core 3 rotates with rear lock core 7 simultaneously, main contacts 20 and auxiliary contact 21 do not produce to misplace and are unable to connect the relay switch of relay, make the closed circuit of connection relay be unable to connect alarm circuit, make alarm not report to the police。
Described fixed contact 22 and rotary contact 22, main contacts 20 and auxiliary contact 21 can be elastic compression touch contact or elasticity is opened and contacted contact, it can also be the contact contact of sliding, can also is that fixed contact contact, also can also is that the contact contact of activeness；Described relay can be relay, it is also possible to be integrated circuit board, it is also possible to be electronic circuit board；Described power supply can be battery, it is also possible to be general lighting power supply or electrical source of power；Described alarm can be sonic alarm, it is also possible to be the device or signal projector that are connected with phone；
In order to ensure the system independence of dislocation warning system and electric safety burglary-resisting system, the power supply circuits of described dislocation warning system and the power supply circuits of electric safety burglary-resisting system are each independent power supply circuits, are not mutually mixed。
The upper end on described interlocking top 18 creates spherical or arcwall face or plane, and bottom creates inclined-plane；
The described leading section supporting pin 17 creates inclined-plane or arcwall face, and rearward end creates arcwall face or other shape；
The end of described purl 16 creates arcwall face or consistent with the end shape in purl 16 hole, it is possible to be hidden in purl 16 hole completely, it is also possible to moves and exceedes purl 16 hole；
The end of described thimble 15 creates arcwall face or other shape。
Described stealthy bearing bore can in the rearward end of stealthy key 11 or stealthy connection 12, it is also possible in the bottom of the connecting hole 8 of rear lock core 7, it is also possible to simultaneously in the bottom of stealthy key 11 or the stealthy rearward end connecting 12 and connecting hole 8；Described stealthy spring 10 is arranged in stealthy bearing bore, and one end withstands in stealthy key 11 or stealthy connection 12, and the other end withstands on rear lock core 7。
Described stealthy key 11 is key one section consistent or inconsistent with the cross sectional shape of central key, has blocked and has exposed, in stealthy hole, the bullet holding hole；The front portion of stealthy key 11 is same or similar with the shape in stealthy hole, and the shape at rear portion is same or similar with the shape of connecting hole 8, and front end coordinates with the front end of central key；Under the promotion of central key, stealthy key 11 can slide in stealthy hole and in connecting hole 8；When stealthy key 11 slides in stealthy hole, its rear end is inserted in connecting hole 8, is used for connecting front lock core 3 and rear lock core 7；
Described stealthy connection 12 is one section of connector, and the shape in the stealthy front portion connecting 12 and stealthy hole is same or similar, and the shape of the shape at rear portion and connecting hole 8 is same or similar, and front end coordinates with the front end of central key；Under the promotion of central key, stealthy connection 12 can be slided in stealthy hole and in connecting hole 8；When stealthy connection 12 is slided in stealthy hole, its rear end is inserted in connecting hole 8, is used for connecting front lock core 3 and rear lock core 7。
For the ease of assembling, during fabrication, set casing 1 and lock body 2 can manufacture as a whole, it is also possible to be combined into as a whole after separately manufactured for described set casing 1 and lock body 2；When described set casing 1 can manufacture as a whole with lock body 2, set casing 1 creates and blocks the part holding hole on lock body 2 or create the shell outside lock body 2；During fabrication, set casing 1 creates the housing of cylindricality or the cage body of cylindricality to described set casing 1, and the middle part of the leading section of set casing 1 manufactures interstitial hole。
Described lock body 2 during fabrication, lock body 2 manufactures have via, lock core hole, hold hole, asynchronous bearing bore 19, exterior lockhole 33, locking hole and interlocking apertures 13；Described lock core hole manufacture in the centre of rear locking 2 be used for lock core is installed, with hold hole vertically through；Described asynchronous bearing bore 19 creates bearing bore or blind hole, manufactures in the rearward end of lock core hole 7, the lock body 2 after the rearward end of rear lock core 3；Described exterior lockhole 33 manufactures on lock body 2, communicates with lock core hole, corresponding with the external lock chute 36 on front lock core 3；Described locking hole manufacture is on front lock core 3, and the locking hole on vertical with lock core hole and front lock core 3 communicates, and is provided with and holds 4 and an interlocking top 18 in locking hole；Described interlocking apertures 13 manufactures on lock body 2, parallel with lock core hole, with hold hole vertically through；Manufacturing after lock core hole and have for allowing the via connecting tongue 9 traverse, the rearward end that the inwall of via is fixed with fixed contact 22 or lock core hole is fixed with fixed contact 22。
Described lock core during fabrication, carries out division system lock core and causes front lock core 3 and rear lock core 7；Described front lock core 3 is during fabrication, the rearward end of front lock core 3 is fixed with auxiliary contact 21 and coordinates with the main contacts 20 being fixed on rear lock core 7 leading section, on front lock core 3, manufacture holds hole locking hole, synchronization guide hole 24, external lock chute 36 and special bitting hole, or on front lock core 3, manufacture holds hole, locking hole, synchronization guide hole 24, external lock chute 36, stealthy hole and special bitting hole；Manufacturing when having stealthy hole on described front lock core 3, special bitting hole and stealthy hole manufacture and are connected at the center of rotation position of front lock core 3, with hold hole vertically through, specially join stealthy hole above, stealth hole later；The shape in described special bitting hole is same or similar with the shape of central key, and stealthy hole is same or similar with the front portion that stealthy key 11 or stealth are connected 12；The described hole that holds manufactures on front lock core 3, vertical with lock core hole, coordinates and through with the hole that holds on lock body 2；Described locking hole manufacture is on front lock core 3, and vertical with lock core hole and on lock body 2 locking hole communicates；The described guide hole 24 that synchronizes manufactures the front/rear end of lock core 3 before the neutral gear place beyond the special bitting hole of the peripheral edge portion rotated at front lock core 3 is run through；Described external lock chute 36 manufactures the periphery of lock core 3 before synchronizing the position of mid portion of guide hole 24 and wearing out, and communicates with the synchronization guide hole 24 at external lock chute 36 two ends, corresponding with the position of the exterior lockhole 33 on lock body 2。
In order to realize interlocking, described purl 16 hole creates via, manufactures at the middle part holding post 5, with interlocking apertures 13 under the naturalness of locking on a beeline channel。
In order to make rear lock core 7 stealthy and normally to connect, described rear lock core 7 during fabrication, rear lock core 7 manufactures and has connecting hole 8, asynchronous lockhole 26, rotary contact 22 and main contacts 20；Rotary contact 22 is manufactured after rear lock core 7 or on the surfaces of revolution；The front portion of rear lock core 7 is created cylinder body shape, and rear portion creates connection tongue 9；The connecting hole 8 having depression is manufactured in the front end of rear lock core 7, neutral gear place beyond the connecting hole 8 of the peripheral edge portion that rear lock core 7 rotates manufactures the asynchronous lockhole 26 of the front/rear end running through rear lock core 7, the shape of connecting hole 8 be connected with stealthy key or stealth 12 or the shape of central key same or similar；Described connecting hole 8 can create polygonal bearing bore, it is also possible to creates the groove wearing out rear lock core 7 surface, it is also possible to creates the groove not wearing out rear lock core 7 surface；Described wear out rear lock core 7 surface and to be not passed through the groove on rear lock core 7 surface can be unidirectional groove, it is also possible to be multidirectional groove；Described multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove etc.。
For the ease of the stealth of stealthy key 11 with normal connect, described stealthy key 11 during fabrication, creates one section of key stealthy key 11, or, the previous section of stealth key 11 is created key, aft section creates connection cylinder；Stealth connection 12 is created polygonal cylinder or cross section is line segment and the cylinder of camber line composition；Stealthy key or the stealthy front end connecting 12 are created the shape protruded or cave in, the shape of its protrusion or depression is same or similar with the shape caving in or protruding of the end of central key, can cooperate when the stealthy key 11 of central key promotion or stealthy connection 12；Stealthy key or the stealthy front portion connecting 12 being created same or similar with the shape in stealthy hole, rear portion creates same or similar with the shape in stealthy hole。
In order to make central key not be stuck when entering and exiting in special bitting hole, after the tooth top of described central key backs down interlocking top 18 in special bitting hole, keep having at least one hold in hole hold and 4 shifted by the tooth top top of central key or interlocking top 18 is backed down by the tooth top of central key, hold post 5 ensureing that purl 16 is completely not locked in purl 16 hole。
Described asynchronous tapered end 28 creates cylinder or cone cylinder or stepped cylinder；Described transmission post 27 creates spheroid or oval ball or cylinder；Described asynchronous tapered end 28 and transmission post 27 are during fabrication, it is possible to manufacture as a whole, it is also possible to be grouped together after separately manufactured；Described push rod 25 creates cylinder or stairstepping cylinder, it is possible to create multistage。
In order to enable special bitting to unblank, pushing post 31 during fabrication, is created cylinder or cone cylinder, central key 30 is created key shape by described special bitting；Central key handle 32, central key 30 and pushing post 31 3 part are manufactured as a whole, or separately manufactured after be combined into as a whole；Described central key 30 creates same or similar with the shape in special bitting hole；The shape in described central key 30 hole creates unidirectional groove or the hole of multidirectional groove, multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove etc.。
Described slide block 37 creates bar shaped, manufactures the surface groove 38 having rack type or screw-type on slide block 37, and external lock chute 36 is just being worn out the surface of front lock core 3 and installed by surface groove 38；
Described inserting column 35 creates cylinder, and the part contacted with the surface groove 38 on slide block 37 creates tapered cambered surface or the conical surface。
In order to play stealthy and antitheft effect, described rear lock core 7 can rotate with front lock core 3 synchronous axial system or not with front lock core 3, unblanks, can not unblank when not rotating with front lock core 3 during with front lock core 3 synchronous axial system；
In order to increase the dynamo-electric tamper-security mixing multiple interlocking anti-theft alarm lock, described electromechanics mixes after multiple interlocking anti-theft alarm lock only opens interlock with special bitting can rotate front lock core 3。
In order to expand the scope of application, described electromechanics mixes the place that multiple interlocking anti-theft alarm lock is applicable to all kinds of needs antitheft and installs and uses, and is particularly suitable for installing and using of safety cabinet, car door, antitheft door, condom, built-in lock door, built-in lock cabinet and common door and common cabinet。
In order to increase the disguise of theftproof lock and tamper-security and can be real antitheft, before adopting, lock core 3 and rear lock core are fully disconnected and realize being mechanically connected stealth, the asynchronous locked rear lock core of tapered end 28 realizes asynchronous interlocking, the locked front lock core 3 of inserting column 35 realizes additional external lock, thimble and purl locked can hold post and make lock top and hold post cannot retreat and locked realize mechanical interlocked, electronic remote controller can interrupt the power supply circuits of electric magnet to realize electro-mechanical interlock, main contacts and auxiliary contact, fixed contact and rotary contact stealth are installed on front and back lock core and lock body 2 and realize circuit stealth。
When opening the lock with the key, open the remote switch of electronic remote controller, it is inserted into central key again in special bitting hole, central key first pushes and holds 4 and an interlocking top 18 in locking hole, the bottom on interlocking top 18 promotes the leading section supporting pin 17, then move compression interlock spring 14 after promoting purl 16, thimble 15, move up into after making purl 16 in purl 16 hole, open interlock；Now, hold post 5 to move holding in hole；Subsequently, central key continues in special bitting hole, enters connecting hole 8 through special bitting hole and is connected with rear lock core 7；Or, central key enters after continuing into and pass special bitting hole in stealthy hole and coordinates with stealthy key 11 or the stealthy leading section being connected 12, promote stealthy key 11 or stealth to connect 12 retrogressings, make the rear end of stealthy key 11 or stealthy connection 12 insert in connecting hole 8；Making to hold 4 with the place of cooperation holding post 5 just in the junction of front lock core 3 with lock body 2, in the insertion process of central key 30, pushing post 31 also moves also into after synchronizing to promote push rod 25 and slide block 37 in guide hole 24 with the insertion of central key 30；When moving after slide block 37, surface groove 38 oblique promotion inserting column 35 compression press spring 34 during slide block 37 is displaced outwardly and exits external lock chute 36, opens external lock；Meanwhile, push rod promotes and moves after transmitting post 27 and asynchronous tapered end 28 and compress asynchronous spring 29, central key 30 and pushing post 31 insert when putting in place, and asynchronous tapered end 28 compresses after asynchronous spring 29 just completely in asynchronous bearing bore 19, relieves the locking to rear lock core 7；, when rotating special bitting, stealthy key 11 drives rear lock core 7 to rotate with front lock core 3, and rear lock core 7 drives and opens dead bolt by link gear；When rear lock core 7 rotates, fixed contact 22 contacts with rotary contact 22 and connects the power supply circuits of electric magnet, and electric magnet produces captivation and pulls and open safety lock horizontal stroke。Stealthy key 11 is when retreating, it is possible to what push the part that stealthy key 11 blocks holds 4, makes to hold 4 with the place of cooperation holding post 5 just in the junction of front lock core 3 with lock body 2。
Robber or unblank king need not specially bitting is unblanked time, because not knowing there is interlock, interlocking top 18 is thought by mistake be hold post 5 and attempt to open all of post 5 that holds simultaneously, cause interlock to open, hold 4 and hold post 5 and can not move, it is impossible to lock core 3 before rotating；Add pushing post 31 not enter in synchronization guide hole 24, it is impossible to enough open asynchronous interlocking and outer locking device, it is impossible to lock core 3 before rotating。
Even if after robber or the king that unblanks use flat instrument to adopt barbarous way to damage interlock, outer locking device and held post 5, the front lock core 3 of forced rotating, as have stealthy key 11 or stealthy connection 12 to be hidden in stealthy hole, and cannot make rear lock core 7 and stealthy key 11 or stealthy be connected 12 or central key 30 connect, add asynchronous tapered end lock 28 after death lock core 7, cause front lock core 3 that rear lock core 7 can not be driven to rotate；Play the effect of multiple hidden, multiple locking and multiple safety。
Even if robber or the king that unblanks use electric hand drill that front lock core 3 and rear lock core 7 are all bored not, connection tongue 9 is have rotated with the instrument of clip etc, as rotary contact 22 with there is no fixed contact 22 to contact to be unable to connect the power supply circuits of electric magnet, safety lock horizontal stroke can not be opened, add and the power supply circuits of electric magnet also have electronic remote controller interrupted power supply circuits, more can not open safety lock horizontal stroke, serve the anti-theft function cutting the end。
For the ease of manufacturing and assembling, the manufacture hop count of front lock core 3 can be changed, the needs of the described lock body 2 easily manufactured needs according to internal junction and manufacturing process, the segmentation manufacture near the end in stealthy hole or end of front lock core 3, or manufacture in the segmentation of external lock chute 36 place, lock core is created the hop count of more than two-stage nitration or two-stage nitration, front lock core 3 that segmentation manufactures, middle lock core and rear lock core 4 can synchronous rotary, or front lock core, middle lock core and rear lock core 4 can separately asynchronous rotations；After the segmentation of front lock core 3, push rod 25 can also follow segmentation, it is also possible to the not segmentation with the segmentation of front lock core 3；
In order to manufacture the needs with assembly technology, described lock body 2 according to the needs of assembling, and can create lock body 2 hop count of more than two-stage nitration or two-stage nitration。
Claims (6)
1. the multiple interlocking anti-theft alarm lock of dynamo-electric mixing, it is characterized in that: asynchronous interlocking is installed in the asynchronous bearing bore (19) of the synchronization guide hole (24) of front lock core and external lock chute (36), the asynchronous lockhole (26) of rear lock core, lock body, opens with the pushing post (31) of special bitting；Outer locking device, on front lock core (3) and lock body (2), becomes the external lock of asynchronous interlocking connection, opens with pushing post (31) with the structure combined crosswise of asynchronous interlocking；Interlock is installed in the passage of the interlocking apertures (13) on purl (16) hole and lock body (2) that hold on post (5) and locking hole composition, opens by interlocking top (18)；Stealthy key (11) or stealthy connect (12) are hidden in the stealthy hole in front lock core (3)；Rear lock core (7) is movably arranged on the rearward end of front lock core (3), connects tongue (9) and is movably arranged on the rearward end of rear lock core (7), connects tongue (9) and is connected with link gear after the via of the rearward end of lock body (2), and link gear is connected with dead bolt；The fixed contact (22) of the rearward end connecting the rotary contact (22) on tongue (9) and the fixed contact (22) in via or the rotary contact (22) on rear lock core (7) and lock core hole is connected in the power supply circuits of electric magnet with electronic remote controller, power supply circuits are connected with power supply, the iron core of electric magnet is horizontal with safety lock to be connected, composition electric safety burglary-resisting system, mix in multiple interlocking anti-theft alarm lock at described electromechanics and have, or do not have；Main contacts (20) and auxiliary contact (21) are connected in the power supply circuits of asynchronous warning system with relay and alarm, and power supply circuits are connected with power supply, and mixing in multiple interlocking anti-theft alarm lock at described electromechanics has, or does not have；Described power supply is battery, or general lighting power supply or electrical source of power；
There is lock body (2) in set casing (1), in lock body (2), have front lock core (3), rear lock core (7), interlocking apertures (13), exterior lockhole (33) and asynchronous bearing bore (19)；Front lock core (3) and rear lock core (7) are in lock core hole, and front lock core (3) and rear lock core (7) form lock core, and front lock core (3) is in the front end of rear lock core (7)；Interlocking apertures (13) is in the outside of lock core hole, parallel with lock core hole, with hold hole vertically through；Exterior lockhole (33) is the through hole on lock body (2) or bearing bore, corresponding with the position of the external lock chute (36) on front lock core (3), and communicates；Asynchronous bearing bore (19) is bearing bore or blind hole, in the rearward end of lock core hole, lock body (2) after the rearward end of rear lock core (7), is mutually communicated with asynchronous lockhole (26) under asynchronous lockup state with the asynchronous lockhole (26) on rear lock core (7)；
Main contacts (20) is fixed on the leading section of rear lock core (7), and auxiliary contact (21) is fixed on the rearward end of front lock core (3)；Fixed contact (22) is fixed in the via of lock body (2) rearward end or on the end face of lock core hole rearward end, rotary contact (22) is fixed on rear lock core (7) after or the face of cylinder, and rotary contact (22) or be fixed on connects on tongue (9)；Rear lock core (7) is cylinder, the center of the rear end of rear lock core (7) is fixed with the via connecting tongue (9) traverse lock body (2) below, there is the polygonal coupling hole (8) of depression the front end of the center of rotation of rear lock core (7), and the neutral gear place beyond the connecting hole (8) of the peripheral edge portion that rear lock core (7) rotates has asynchronous lockhole (26) to run through the front/rear end of rear lock core (7)；
There are synchronization guide hole (24) and external lock chute (36) in front lock core (3), synchronize the front/rear end of lock core (3) before the neutral gear place beyond the special bitting hole of the peripheral edge portion that guide hole (24) rotates at front lock core is run through；External lock chute (36) wears out the surface of front lock core (3) at the interlude synchronizing guide hole (24), and synchronization guide hole (24) is divided into two sections, front and back, through with front and back two segment sync guide hole (24), intersect with exterior lockhole (33) or vertically through；
Stealthy key (11) or stealthy connection (12) it is with or without in front lock core (3)；When having stealthy key (11) or stealthy connection (12) in front lock core (3), front lock core has stealthy hole in (3)；When not having stealthy key (11) or stealthy connection (12) in front lock core (3), front lock core does not have stealthy hole in (3)；Having in special bitting hole or front lock core (3) in front lock core (3) has special bitting hole and stealthy hole；When having special bitting hole and stealthy hole in front lock core (3), special bitting hole is at Kong Hou front, stealthy, stealthy key (11) or stealthy connection (12) it is concealed with in stealthy hole, when unblanking, central key enters after inserting special bitting hole in stealth hole and promotes stealthy key (11) or the stealthy connecting hole (8) connected on (12) entrance rear lock core (7) to be connected with rear lock core (7), stealthy key (11) is blocked to expose and is held head (4) in stealthy hole, and stealthy (12) part in stealthy hole that connects does not hold head (4)；When special bitting hole occupies the centre bore in front lock core (3) whole, the connecting hole (8) that when unblanking, central key is inserted on rear lock core (7) after inserting special bitting hole is connected with rear lock core (7)；
Lock body (2) and front lock core (3) hold hole and locking hole；Holding hole vertical with lock core hole with on lock core at lock body (2), the hole that holds on lock core is in line through with the hole that holds on lock body (2)；Locking hole front lock core (3) and lock body (2) upper with interlocking apertures (13) vertically through, the locking hole on front lock core (3) and the locking hole on lock body (2) are in line through；Hold and in hole, hold spring (6), hold post (5) and hold head (4), partly or entirely hold and post (5) has thimble (15) hole；Locking hole is on lock body (2) and front lock core (3), front lock core (3) is led to special bitting hole from lock body (2), it is provided with in locking hole and holds head (4) and interlocking top (18), holding head (4) and push up (18) outside in interior, interlocking, the lower end of interlocking top (18) contacts with to pin (17) and coordinates；
Asynchronous interlocking includes asynchronous bearing bore (19), asynchronous lockhole (26), synchronizes guide hole (24) and external lock chute (36), asynchronous spring (29), asynchronous tapered end (28), transmission post (27), push rod (25)；Described push rod (25) is two sections, and at the two ends of slide block (37), its end can extend into when slide anteroposterior in external lock chute (36)；Asynchronous spring (29) is arranged in asynchronous bearing bore (19), asynchronous tapered end (28) and transmission post (27) are installed in asynchronous lockhole (26), push rod (25) is installed on the two ends withstanding on slide block (37) in the synchronization guide hole (24) at external lock chute (36) two ends, and slide block (37) is arranged in external lock chute (36)；There is asynchronous tapered end (28) in described asynchronous lockhole (26) and transmit post (27) or have transmission post (27) and push rod (25), after asynchronous tapered end (28), there is asynchronous spring (29), have push rod (25) transmitting before post (27) or asynchronous tapered end (28)；Described asynchronous tapered end (28) in asynchronous bearing bore (19) or asynchronous tapered end (28) can simultaneously asynchronous lockhole (26) in in asynchronous bearing bore (19), when pushing post (31) inserts in synchronization guide hole (24), asynchronous tapered end (28), in asynchronous bearing bore (19), has transmission post (27) and push rod (25) in asynchronous lockhole (26)；Under static lockup state or when not having pushing post (31) to insert in synchronization guide hole (24), one end of asynchronous tapered end (28) is in asynchronous lockhole (26), the other end, in asynchronous bearing bore (19), has asynchronous tapered end (28) and transmits post (27) in asynchronous lockhole (26)；
Outer locking device includes slide block (37), external lock chute (36), exterior lockhole (33), inserting column (35), stage clip (34)；With the surface groove (38) of rack type or screw-type on slide block (37)；Inserting column (35) and stage clip (34) is had in exterior lockhole (33), one end of stage clip (34) withstands on the bottom of exterior lockhole (33), the other end withstands on inserting column (35), the other end of inserting column (35) withstands on the surface groove (38) of the rack type on slide block (37), slide block (37) is in external lock chute (36), and the tooth top of the surface groove (38) on slide block (37) in external lock chute (36) is concordant with the cylindrical of front lock core (3)；Inserting column (35) is when pushing post (31) is not inserted into synchronizing in guide hole (24), and inserting column (35) is locked front lock core (3) in external lock chute (36) and exterior lockhole (33) simultaneously；Inserting column (35) is when pushing post (31) inserts in synchronization guide hole (24), and inserting column (35) separates with front lock core (3) in exterior lockhole (33)；Slide block (37) is when pushing post (31) inserts and promotes push rod (25) and slide block (37) to move afterwards in synchronization guide hole (24), and the surface groove (38) on slide block (37) can oblique promotion inserting column (35) move outward；
Outer locking device mixes multiple interlocking double key alarm anti-theft lock at electromechanics to be had, or does not have；When not having, synchronizing do not have external lock chute (36) and slide block (37) in guide hole (24), push rod (25) is an entirety or connects into as a whole；Sometimes, synchronizing have external lock chute (36) and slide block (37) in guide hole (24), push rod (25) is broken up into two sections by slide block (37), respectively at the two ends of slide block (37)；
The slide block (37) of outer locking device and external lock chute (36) in the synchronization guide hole (24) of asynchronous interlocking, and the structure combined crosswise of asynchronous interlocking, form a common passage of unblanking, all use pushing post (31) to open；
Special bitting includes central key (30) and pushing post (31) and the shank of the key (32), central key (3030) and pushing post (31) and is fixed on the shank of the key (32)；Pushing post (31) is cylinder, and central key (30) is key, and the shank of the key (32) is the shank of key；The length in central key (30) length ratio special bitting hole is long, and the part of the length ratio special bitting hole length of central key (30) is used for being inserted directly into connecting hole (8) person and is used for promoting stealthy key (11) insert connecting hole or be used for promoting stealthy even (12) to patch into connecting hole；The shank of the key (32) has the remote switch of electronic remote controller, or there is no the remote switch of electronic remote controller；In order to confuse robber, increase unlocking difficulty, front lock core (3) it is provided with or does not set false synchronization guide hole (24), when being only provided with false synchronization guide hole (24) on front lock core (3), special bitting can have false pushing post (31) or there is no false pushing post (31)；
Interlock include locking hole, interlocking top (18), interlocking apertures (13), interlock spring (14), thimble (15), purl (16), to pin (17), purl (16) hole；Interlock spring (14), thimble (15), purl (16), to the pin (17) erection sequence in interlocking apertures (13) and purl (16) hole it is: to the anterior sloped roof of pin (17) on the inclined-plane of (18) bottom, interlocking top, it is the repetitive sequence of purl (16), thimble (15) successively after pin (17), in the end there is thimble (15) after a purl (16), followed by interlock spring (14) top pressure；Purl (16) and thimble (15) are when central key is not inserted into the naturalness in special bitting hole, interlocking apertures (13) and purl (16) hole are linked to be a beeline channel, interlock spring (14) pushing tow thimble (15) and purl (16) and support pin (17), make a part for thimble (15) and purl (16) in purl (16) hole, another part holds post (5) at interlocking apertures (13) internal lock lock, makes to hold head (4) and hold post (5) cannot retreat and locked；
Interlocking apertures (13) and thimble (15) hole are linked to be a beeline channel under natural lockup state, this beeline channel has interlock spring (14), thimble (15), purl (16), to pin (17), this beeline channel communicates vertically through with locking hole with holding hole；Under the state that interlocking apertures (13) and thimble (15) Kong Suo open not on a beeline channel, interlocking apertures (13) and thimble (15) hole be each independent and interrupting channel；
Purl (16) hole is holding on post (5), having in purl (16) or purl (16) hole in purl (16) hole has purl (16) and thimble (15), when having purl (16) and thimble (15) in purl (16) hole, purl (16) and thimble (15) can slide anteroposterior in purl (16) hole；Purl (16) and thimble (15) are not inserted under the naturalness in special bitting hole in central key, purl (16) and thimble (15) is had in purl (16) hole, one end of purl (16) and thimble (15) is in purl (16) hole, the other end is in interlocking apertures (13), exceed the part in purl (16) hole in interlocking apertures (13), limit the movement holding post (5)；Purl (16) and thimble (15) insert under the opening in special bitting hole in central key, interlocking apertures (13) and purl (16) hole be not on a beeline channel, purl (16) is only had in purl (16) hole, purl (16) is completely in purl (16) hole, thimble (15) is completely in interlocking apertures (13), and now holding post (5) can move back and forth holding in hole；
Electric safety burglary-resisting system includes that fixed contact (22), rotary contact (22), electronic remote controller, electric magnet, safety lock be horizontal, power supply；Fixed contact (22) is fixed on rear locking (2) or in the aft section of set casing (1), rotary contact (22) is fixed on rear lock core (7), rotary contact (22) adopts arranged in dislocation with fixed contact (22), rotary contact (22) coordinates with fixed contact (22) becomes one group of contact disconnected or connect, and rotary contact (22) can be connected with fixed contact (22) when rear lock core (7) rotates；Front lock core (3) rotates and rear lock core (7) when not rotating, and makes fixed contact (22) and rotary contact (22) can not connect the power supply circuits of electric magnet because rear lock core (7) not have to rotate, it is impossible to enough to open safety lock horizontal stroke；When front lock core (3) and rear lock core (7) rotate simultaneously, connecting fixed contact (22) and rotary contact (22) because rear lock core (7) rotates, then connect the power supply circuits of electric magnet, safety lock by-blow is left；In order to increase the safety of theftproof lock, the power supply circuits of electric magnet add electronic remote controller and adds strong security control, or be added without electronic remote controller；When electric safety burglary-resisting system does not have electronic remote controller, rotary contact (22) and fixed contact (22) are series in the supply line of electric magnet, and supply line is connected with power supply, and the iron core of electric magnet is horizontal with safety lock to be connected；When electric safety burglary-resisting system does not have electronic remote controller, the circuit of the reception remote signal of electronic remote controller is parallel in the supply line of electric magnet with rotary contact (22) and fixed contact (22), supply line is connected with power supply, the circuit that the remote signal of electronic remote controller controls is series in the supply line of electric magnet with rotary contact (22) and fixed contact (22), and the iron core of electric magnet is horizontal with safety lock to be connected；Electronic remote controller is to turn on the device of the circuit with tripping magnet, including signal receiving device and remote controller；On safety lock probably door limit or the latch locked；
Asynchronous warning system includes main contacts (20), auxiliary contact (21), relay, alarm circuit and warning power supply and alarm；The leading section of rear lock core (7) is fixed with main contacts (20), the rearward end of front lock core (3) is fixed with auxiliary contact (21), main contacts (20) coordinates composition displacement contacts secondary with auxiliary contact (21), main contacts (20) and auxiliary contact (21) with lock core for arranged in dislocation on the surface of revolution of center of rotation or just to installation；The circuit of main contacts (20) and auxiliary contact (21) is connected with the relay switch wiring position of relay, and alarm circuit is connected with the relay closed circuit of relay, and warning power supply and alarm are connected in alarm circuit；Main contacts (20) and auxiliary contact (21) adopt with lock core on the surface of revolution of center of rotation during arranged in dislocation, and main contacts (20) just connects circuit with auxiliary contact (21) when contacting；Main contacts (20) and auxiliary contact (21) adopt with lock core for the surface of revolution of center of rotation just to when installing, main contacts (20) is insulating surfaces or insulation contact with one of them contact in auxiliary contact (21), another is elastic conductive contact, and when main contacts (20) misplaces with auxiliary contact (21) and separates, resilient conductive contact just contacts with front lock core (3) or the rear lock core (7) on opposite and connects circuit；Front lock core (3) rotates and rear lock core (7) when not rotating, main contacts (20) and auxiliary contact (21) connect the relay switch of relay because of the rotation of front lock core (3), then connecting the closed circuit of relay and connect alarm circuit, make alarm equipment alarm, reporting to the police thus realizing dislocation；When front lock core (3) and rear lock core (7) rotate simultaneously, main contacts (20) and auxiliary contact (21) do not produce to misplace and are unable to connect the relay switch of relay, make the closed circuit of connection relay be unable to connect alarm circuit, make alarm not report to the police；
Fixed contact (22) and rotary contact (22), main contacts (20) and auxiliary contact (21) are elastic compression touch contact or elasticity is opened and contacted contact, or the contact contact of sliding, or fixed contact contact, or the contact contact of activeness；Relay is relay, or integrated circuit board, or electronic circuit board；Power supply is battery, or general lighting power supply or electrical source of power；Alarm is sonic alarm, or the device being connected with phone or signal projector；
In order to ensure the system independence of dislocation warning system and electric safety burglary-resisting system, the power supply circuits of dislocation warning system and the power supply circuits of electric safety burglary-resisting system are each independent power supply circuits, are not mutually mixed；
Interlocking top (18) is arranged in locking hole, and upper end is spherical or arcwall face or plane, and bottom is inclined-plane；
It is inclined-plane or arcwall face to the leading section of pin (17)；
The end of purl (16) is arcwall face or consistent with the end shape in purl (16) hole, it is possible to be hidden in purl (16) hole completely, it is also possible to moves and exceedes purl (16) hole；
Stealthy bearing bore is in stealthy key (11) or the stealthy rearward end connecting (12), or the bottom of the connecting hole (8) in rear lock core (7), or simultaneously in the bottom of stealthy key (11) or the stealthy rearward end connecting (12) and connecting hole (8)；Stealthy spring (10) is arranged in stealthy bearing bore, and one end withstands on stealthy key (11) or stealthy connection (12), and the other end withstands on rear lock core (7)；
Stealthy key (11) is key one section consistent or inconsistent with the cross sectional shape of central key, has blocked and has exposed, in stealthy hole, the bullet holding hole；The front portion of stealthy key (11) is same or similar with the shape in stealthy hole, and the shape at rear portion is same or similar with the shape of connecting hole (8), and front end coordinates with the front end of central key；Under the promotion of central key, stealthy key (11) can be slided in stealthy hole and in connecting hole (8)；When stealthy key (11) is slided in stealthy hole, its rear end is inserted in connecting hole (8), is used for connecting front lock core (3) and rear lock core (7)；
Stealthy connect (12) are one section of connectors, and the shape in the stealthy front portion connecting (12) and stealthy hole is same or similar, and the shape at rear portion is same or similar with the shape of connecting hole (8), and front end coordinates with the front end of central key；Under the promotion of central key, can slide in stealthy hole and in connecting hole (8) in stealthy connect (12)；When stealthy connection (12) is slided in stealthy hole, its rear end is inserted in connecting hole (8), is used for connecting front lock core (3) and rear lock core (7)；
In order to increase the disguise of theftproof lock and tamper-security and can be real antitheft, before adopting, lock core (3) and rear lock core are fully disconnected and realize being mechanically connected stealth, asynchronous tapered end (28) locked rear lock core realizes asynchronous interlocking, the locked front lock core (3) of inserting column (35) realizes additional external lock, thimble and purl locked can hold post and make lock top and hold post cannot retreat and locked realize mechanical interlocked, electronic remote controller can interrupt the power supply circuits of electric magnet to realize electro-mechanical interlock, main contacts and auxiliary contact, fixed contact and rotary contact stealth are installed on front and back lock core and lock body (2) and realize circuit stealth；
In order to make central key not be stuck when entering and exiting in special bitting hole, after the tooth top of central key backs down interlocking top (18) in special bitting hole, keep having at least a head (4) that holds held in hole to be shifted by the tooth top top of central key or interlocking top (18) is backed down by the tooth top of central key, hold post (5) ensureing that purl (16) is completely not locked in purl (16) hole；
In order to play stealthy and antitheft effect, rear lock core (7) can rotate with front lock core (3) synchronous axial system or not with front lock core (3), unblanks, can not unblank when not rotating with front lock core (3) during with front lock core (3) synchronous axial system。
2. the multiple interlocking anti-theft alarm lock of dynamo-electric mixing according to claim 1, it is characterized in that: in order to increase the dynamo-electric tamper-security mixing multiple interlocking anti-theft alarm lock, dynamo-electric mixing after multiple interlocking anti-theft alarm lock only opens interlock with special bitting can rotate front lock core (3)。
3. the multiple interlocking anti-theft alarm lock of dynamo-electric mixing according to claim 1, it is characterized in that: in order to expand the scope of application, described electromechanics mixes the place that multiple interlocking anti-theft alarm lock is applicable to all kinds of needs antitheft and installs and uses, and is suitable for installing and using of safety cabinet, car door, antitheft door, condom, built-in lock door, built-in lock cabinet and common door and common cabinet。
4. the multiple interlocking anti-theft alarm lock of dynamo-electric mixing according to claim 1, it is characterized in that: described electromechanics mixes the rational in infrastructure of multiple interlocking anti-theft alarm lock, manufacture and easy to use, collection electro-mechanical interlock is stealthy, mechanical interlocked stealth, the connection of front and back lock core (7) is stealthy, asynchronous report to the police in one, good anti-theft effect: asynchronous tapered end (28) locked rear lock core (7), stealthy key (11) or stealthy connect (12) disconnect with central key, stealthy key (11) or stealthy connect (12) disconnect with rear lock core (7), front lock core (3) and rear lock core (7) are fully disconnected, thimble (15) and purl (16) locked can hold post (5), inserting column (35) can locked front lock core (3), electronic remote controller stealth is installed in the power supply circuits of electric magnet, front and back lock core (7) asynchronous rotation is reported to the police；After adopting electromechanics to mix multiple interlocking anti-theft alarm lock, achieve the anti-theft hidden of theftproof lock and antitheft interlocking, robber and the Wang Wufa that unblanks is made to open interlock, outer locking device and rotate rear lock core (7), even if using barbarous means to damage interlock, outer locking device and be also merely able to rotate front lock core (3) part after latching segment, it is unable to rotate stealthy rear lock core (7), serves real anti-theft function。
5. the dynamo-electric manufacture method mixing multiple interlocking anti-theft alarm lock, it is characterised in that:
For the ease of assembling, during fabrication, set casing (1) and lock body (2) manufacture as a whole for set casing (1) and lock body (2), or separately manufactured after be combined into as a whole；When set casing (1) and lock body (2) manufacture as a whole, set casing (1) creates and blocks the part holding hole on lock body (2) or create the shell of lock body (2) outside；During fabrication, set casing (1) creates the housing of cylindricality or the cage body of cylindricality to set casing (1), and the middle part of the leading section of set casing (1) manufactures interstitial hole；
Lock body (2) during fabrication, has via, lock core hole in the upper manufacture of lock body (2), holds hole, asynchronous bearing bore (19), exterior lockhole (33), locking hole and interlocking apertures (13)；Lock core hole manufacture in the centre of rear locking (2) be used for lock core is installed, with hold hole vertically through；Asynchronous bearing bore (19) creates bearing bore or blind hole, manufactures in the rearward end in lock core hole (7), the lock body (2) after the rearward end of rear lock core (3)；Exterior lockhole (33) manufactures on lock body (2), communicates with lock core hole, corresponding with the external lock chute (36) on front lock core (3)；Locking hole manufactures on front lock core (3), and the locking hole on vertical with lock core hole and front lock core (3) communicates, and is provided with and holds head (4) and interlocking top (18) in locking hole；Interlocking apertures (13) manufacture on lock body (2), parallel with lock core hole, with hold hole vertically through；Manufacturing after lock core hole and have for allowing the via connecting tongue (9) traverse, the rearward end that the inwall of via is fixed with fixed contact (22) or lock core hole is fixed with fixed contact (22)；
Lock core during fabrication, carries out division system lock core and causes front lock core (3) and rear lock core (7)；Front lock core (3) is during fabrication, the rearward end of front lock core (3) is fixed with auxiliary contact (21) and coordinates with the main contacts (20) being fixed on rear lock core (7) leading section, front lock core (3) above manufacture holds hole, synchronization guide hole (24), external lock chute (36), locking hole and special bitting hole, or the upper manufacture of front lock core (3) holds hole, locking hole, synchronization guide hole (24), external lock chute (36), stealthy hole and special bitting hole；When the upper manufacture of front lock core (3) has stealthy hole, special bitting hole and stealthy hole manufacture and are connected at the center of rotation position of front lock core (3), with hold hole vertically through, specially join stealthy hole above, stealth hole later；The shape in special bitting hole is same or similar with the shape of central key, and stealthy hole is same or similar with the front portion that stealthy key (11) or stealth are connected (12)；Hold hole to manufacture on front lock core (3), vertical with lock core hole, coordinate and through with the hole that holds on lock body (2)；Locking hole manufactures on front lock core (3), and vertical with lock core hole and on lock body (2) locking hole communicates；Synchronize guide hole (24) to manufacture the neutral gear place beyond the special bitting hole of the peripheral edge portion rotated at front lock core (3) and run through the front/rear end of front lock core (3)；External lock chute (36) manufactures the periphery wearing out front lock core (3) in the position of the mid portion synchronizing guide hole (24), communicates with the synchronization guide hole (24) at external lock chute (36) two ends, corresponding with the position of the exterior lockhole (33) on lock body (2)；
In order to realize interlocking, purl (16) hole creates via, manufactures at the middle part holding post (5), with interlocking apertures (13) under the naturalness of locking on a beeline channel；
In order to make rear lock core (7) stealthy and normally to connect, during fabrication, the upper manufacture of rear lock core (7) has connecting hole (8), asynchronous lockhole (26), rotary contact (22) and main contacts (20) to rear lock core (7)；Rotary contact (22) is manufactured after rear lock core (7) or on the surfaces of revolution；The front portion of rear lock core (7) is created cylinder body shape, and rear portion creates connection tongue (9)；The connecting hole (8) having depression is manufactured in the front end of rear lock core (7), neutral gear place beyond the connecting hole (8) of the peripheral edge portion that rear lock core (7) rotates manufactures the asynchronous lockhole (26) having the front/rear end running through rear lock core (7), and the shape that the shape of connecting hole (8) is connected (12) or central key with stealthy key or stealth is same or similar；Connecting hole (8) creates polygonal bearing bore, or creates the groove wearing out rear lock core (7) surface, or creates the groove not wearing out rear lock core (7) surface；Wear out rear lock core (7) surface and to be not passed through the groove on rear lock core (7) surface be unidirectional groove, or multidirectional groove；Multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove；
Stealth and normal connection for the ease of stealthy key (11), stealthy key (11) is during fabrication, stealthy key (11) is created one section of key, or, the previous section of stealth key (11) is created key, aft section creates connection cylinder；Stealth is connected (12) and creates polygonal cylinder or cross section is line segment and the cylinder of camber line composition；Stealthy key or the stealthy front end connecting (12) are created the shape protruded or cave in, the shape of its protrusion or depression is same or similar with the shape caving in or protruding of the end of central key, can cooperate when the stealthy key (11) of central key promotion or stealthy connection (12)；Stealthy key or the stealthy front portion connecting (12) being created same or similar with the shape in stealthy hole, rear portion creates same or similar with the shape in stealthy hole；
The upper end of interlocking top (18) creates spherical or arcwall face or plane, and bottom creates inclined-plane；
Inclined-plane or arcwall face is created to the leading section of pin (17)；
The end of purl (16) creates arcwall face or consistent with the end shape in purl (16) hole, it is possible to be hidden in purl (16) hole completely, it is also possible to moves and exceedes purl (16) hole；
Asynchronous tapered end (28) creates cylinder or cone cylinder or stepped cylinder；Transmit post (27) and create spheroid or oval ball or cylinder；Asynchronous tapered end (28) and transmit post (27) during fabrication, manufacture as a whole, or separately manufactured after be grouped together；Push rod (25) creates cylinder or stairstepping cylinder, and can create multistage；
In order to enable special bitting to unblank, pushing post (31) during fabrication, is created cylinder or cone cylinder, central key (30) is created key shape by special bitting；Central key handle (32), central key (30) and pushing post (31) three part are manufactured as a whole, or separately manufactured after be combined into as a whole；Central key (30) creates same or similar with the shape in special bitting hole；The shape in central key (30) hole creates unidirectional groove or the hole of multidirectional groove, multidirectional groove include V-shaped groove, U-lag, two-way chute, three-dimensional groove, cross recess, five to groove, six to groove, seven to groove, eight to groove, Flos Mume groove；
Slide block (37) creates bar shaped, has the surface groove (38) of rack type or screw-type in the upper manufacture of slide block (37), and external lock chute (36) is just being worn out the surface of front lock core (3) and installed by surface groove (38)；
Inserting column (35) creates cylinder, and the part contacted with the surface groove (38) on slide block (37) creates tapered cambered surface or the conical surface；
In order to enable the real stealth of theftproof lock and antitheft, stealthy key (11) or stealthy connect (12) are fully disconnected with central key, stealthy key (11) or stealthy connect (12) are fully disconnected with rear lock core (7), front lock core (3) and rear lock core (7) are fully disconnected, and thimble (15) and purl (16) locked can hold post (5) and make to hold head (4) and hold post (5) and cannot retreat and locked；
In order to make to be rotationally connected part stealth, rear lock core (7) can be movably arranged on stealthy key (11) or the stealthy rearward end connecting (12), with front lock core (3) and stealthy key (11) or stealthy is connected (12) disconnection and hidden, there is no the insertion of central key and promote stealthy key (11) or stealthy connection (12), stealthy key (11) or stealthy connect (12) can not be connected with rear lock core (7), and the rotatory force of stealthy key (11) can not transmit power to rear lock core (7)；
Interlock include locking hole, interlocking top (18), interlocking apertures (13), interlock spring (14), thimble (15), purl (16), to pin (17), purl (16) hole；Interlock spring (14), thimble (15), purl (16), to the pin (17) erection sequence in interlocking apertures (13) and purl (16) hole it is: to the anterior sloped roof of pin (17) on the inclined-plane of (18) bottom, interlocking top, it is the repetitive sequence of purl (16), thimble (15) successively after pin (17), in the end there is thimble (15) after a purl (16), followed by interlock spring (14) top pressure；
Inserting column (35) and stage clip (34) are installed in exterior lockhole (33), one end of stage clip (34) withstands on the bottom of exterior lockhole (33), the other end withstands on inserting column (35), the other end of inserting column (35) withstands on the surface groove (38) of the rack type on slide block (37), and slide block (37) is arranged in external lock chute (36)；
Asynchronous spring is arranged in asynchronous bearing bore (19), and asynchronous tapered end (28) and transmission post (27) are installed in asynchronous lockhole (26), and push rod (25) is installed on the two ends withstanding on slide block (37) in the synchronization guide hole (24) at external lock chute (36) two ends；
Asynchronous interlocking is installed on and synchronizes, in guide hole (24) and the passage that forms of external lock chute (36), asynchronous lockhole (26), asynchronous bearing bore (19), to open with the pushing post (31) of special bitting；Outer locking device, on front lock core (3) and lock body (2), becomes the external lock of asynchronous interlocking connection, opens with pushing post (31) with the structure combined crosswise of asynchronous interlocking；Interlock is installed in the passage of the interlocking apertures (13) on purl (16) hole and lock body (2) that hold on post (5) and locking hole composition, opens by interlocking top (18)；Stealthy key (11) or stealthy connect (12) are hidden in the stealthy hole in front lock core (3)；Rear lock core (7) is movably arranged on the rearward end of front lock core (3), connects tongue (9) and is movably arranged on the rearward end of rear lock core (7), connects tongue (9) and is connected with link gear after the via of the rearward end of lock body (2), and link gear is connected with dead bolt；The fixed contact (22) of the rearward end connecting the rotary contact (22) on tongue (9) and the fixed contact (22) in via or the rotary contact (22) on rear lock core (7) and lock core hole is connected in the power supply circuits of electric magnet with electronic remote controller, power supply circuits are connected with power supply, the iron core of electric magnet is horizontal with safety lock to be connected, and forms electric safety burglary-resisting system；Main contacts (20) and auxiliary contact (21) are connected in the power supply circuits of asynchronous warning system with relay and alarm, and power supply circuits are connected with power supply。
6. the dynamo-electric manufacture method mixing multiple interlocking anti-theft alarm lock according to claim 5, it is characterised in that: for the ease of manufacturing and assembling, the manufacture hop count of lock core (3) before changing；The needs of the lock body (2) the easily manufactured needs according to internal junction and manufacturing process, front lock core (3) segmentation manufacture near the end in stealthy hole or end, or manufacture in the segmentation of external lock chute (36) place, lock core is created the hop count of more than two-stage nitration, front lock core (3) that segmentation manufactures, middle lock core and rear lock core (4) can synchronous rotary, or front lock core, middle lock core and rear lock core (4) can separately asynchronous rotations；After front lock core (3) segmentation, push rod (25) or and then segmentation manufacture, or the not segmentation with (3) segmentation of front lock core；
In order to manufacture the needs with assembly technology, the lock body (2) needs according to assembling, and lock body (2) is created the hop count of more than two-stage nitration。
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| US20100326150A1 (en) * | 2009-06-29 | 2010-12-30 | Chung Shu-Ling | Cylinder lock |
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| US5736924A (en) * | 1995-09-01 | 1998-04-07 | Shieh; Jin-Ren | Alarm lock |
| US6546770B1 (en) * | 2000-08-30 | 2003-04-15 | Danhong | Lock assembly |
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| CN103291122A (en) * | 2013-05-24 | 2013-09-11 | 李世尧 | Pin tumbler lock cylinder based anti-theft device |
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| CN204139770U (en) * | 2014-08-22 | 2015-02-04 | 重庆市喜植机械设备有限公司 | The multiple interlocking anti-theft alarm lock of dynamo-electric mixing |
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