CN102828662B - Anti-theft door lock and lockset system thereof - Google Patents
Anti-theft door lock and lockset system thereof Download PDFInfo
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- CN102828662B CN102828662B CN201210320577.1A CN201210320577A CN102828662B CN 102828662 B CN102828662 B CN 102828662B CN 201210320577 A CN201210320577 A CN 201210320577A CN 102828662 B CN102828662 B CN 102828662B
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Abstract
The invention relates to the lockset field, in particular to an anti-theft door lock and a lockset system of the anti-theft door lock. The anti-theft door lock comprises a front plate, a control device and a power source device. A sliding rod, a lock body, a push device and a power device capable of linearly reciprocating are arranged on the front plate. The lock body comprises a lock core, a lock tongue and a clutch rotary disc. The lock core is connected with the lock tongue; and the lock core and the lock tongue are arranged in the internal part of the clutch rotary disc. The lock body is arranged on the middle part of the front plate, the axial line of the clutch rotary disc is vertical to the length direction of the sliding rod, the length direction of the sliding rod is identical to the length extension direction of the front plate and located at the upper side of the clutch rotary disc, and the edge of the clutch rotary disc is provided with a shift buckle. The push device is connected with the sliding rod, and the power device drives the push device so as to drive the sliding rod to move. The power source device is used for providing power for the power device. The control device is connected with the power device and used for controlling the motion of the power device. Because of the anti-theft door lock provided by the invention, the lock can be unlocked by users directly using the control device.
Description
Technical field
The present invention relates to field of lockset, particularly safe-guard door lock and lock system thereof.
Background technology
Existing safe-guard door lock generally includes lock core and dead bolt part, in order to strengthen anti-theft feature, can increase the quantity of dead bolt, by locking multiple tracks dead bolt, reaches the function of strengthening locking.When increasing dead bolt to safe-guard door lock, be provided with the function that segmentation is opened.
But user need to inject key lock core when opening the door, and it is carried out to multiple rotary, user is by the release of rotary locking cylinder ability, and squeeze grip is regained dead bolt lock could be opened again afterwards.
Summary of the invention
Safe-guard door lock provided by the invention, can allow user directly by control device release.
Technical scheme of the present invention is achieved in that safe-guard door lock, comprises header board, control device and power source; On described header board, be provided with sliding bar, lock body, clutch rotating disk, thrust unit and power set that can straight reciprocating motion;
Described lock body comprises lock core and dead bolt, and is connected with described clutch rotating disk; Described lock core is connected with described dead bolt; Described lock body is arranged on the middle part of described header board, the axis of described clutch rotating disk is vertical with the length direction of described sliding bar, the length direction of described sliding bar is consistent with the bearing of trend of the length of described header board, and being positioned at the top of described clutch rotating disk, the edge of described clutch rotating disk is provided with gear button;
When described sliding bar is positioned at bottom, by described gear button, stop the rotation of described clutch rotating disk;
When described sliding bar is positioned at topmost, described sliding bar releasing stops described gear button, described clutch dial rotation, and safe-guard door lock is unlocked;
Described thrust unit is connected with described sliding bar, and described power set promote described thrust unit and then drive described sliding bar to move; Described power source is for providing electric power to described power set; Described control device is connected with described power set, and controls the motion of described power set.
Further, in aforesaid safe-guard door lock, described power set are for pushing away suction electromagnet.
Further, in aforesaid safe-guard door lock, described thrust unit is inverted " L " shape, be arranged on a side of described clutch rotating disk, its one end is provided with the alignment pin moving up and down for dragging described sliding bar, one end of described alignment pin is fixed on described sliding bar, and the other end is connected with described thrust unit.
Further, in aforesaid safe-guard door lock, on described header board, be also arranged with location-plate and lower location-plate in parallel, and all perpendicular to the axis of described sliding bar; Described alignment pin is located between described upper location-plate and described lower location-plate; When described alignment pin moves to topmost and described upper location-plate offset; When described alignment pin moves to bottom and described lower location-plate offset.
Further, in aforesaid safe-guard door lock, on described upper location-plate and described lower location-plate, be equipped with and limit the through hole that described sliding bar moves radially simultaneously, described sliding bar is successively through two described through holes.
Further, in aforesaid safe-guard door lock, on described header board, be also provided with the key opening of described lock body;
Described lock body is provided with the one side lock core matching for the one side with key;
On described header board, be also provided with coded lock keyboard, described coded lock keyboard is connected with described control device; Described control device comprises the first electron plate of controlling described power set and the second electron plate and the reset button of controlling described coded lock keyboard, described the first electron plate is all connected with described power source with the second electron plate, and arrange on a substrate, and be all connected with described reset button.
Further, in aforesaid safe-guard door lock, be also provided with top shoe on described header board, the upper end of described top shoe is inverted " L " shape, the key opening of described lock body is arranged on a side of described top shoe, and the lower end of described top shoe is provided with and pulls the stay rod pin moving on described sliding bar;
In the key opening of described lock body, comprise lock core, eccentric shaft and Cam plate, described lock core is connected with described Cam plate, and described eccentric shaft is connected with described top shoe; While rotating described lock core, described lock core drives described Cam plate to rotate, Cam plate is stirred described eccentric shaft and is rotated, when described eccentric shaft rotates to the center of described lock core and described top shoe offset and drive on it and move, and then drive described stay rod pin to pull on described sliding bar to move.
Further, in aforesaid safe-guard door lock, also comprise internal lock, described internal lock comprises interior lock pin and internal lock dead bolt, and described interior lock pin is connected with described internal lock dead bolt; On described header board, be provided with the key opening of described internal lock; While opening described internal lock, in described interior lock key opening, turn described interior lock pin, described interior lock pin drives described internal lock dead bolt to rotate, and internal lock is opened;
In described internal lock, be provided with lock pin in the one side coordinating for another side with key, the described one side that the another side of described key matches with one side lock core with described lock body is opposing face.
Further, in aforesaid safe-guard door lock, also comprise the first alarm sensor, the lock core of described the first alarm sensor and described internal lock is connected;
On described header board, be also provided with the second alarm sensor, described the second alarm sensor is connected with described control device.
Lock system provided by the invention, comprises the safe-guard door lock described in aforementioned any one and for remote control, opens the remote-control key of described safe-guard door lock;
Described remote-control key comprises for sending the control mainboard of control signal, clutch rotating disk, control button and the key plug of the remote-control key of remote-control key, described control mainboard is arranged in the clutch rotating disk of described remote-control key, described control button is arranged on the clutch rotating disk of described remote-control key, described key plug is arranged on the clutch rotating disk of described remote-control key, and wherein one end is fixed in the clutch rotating disk of described remote-control key.
Compared with prior art, safe-guard door lock provided by the present invention is provided with control device and power source, on header board, be provided with sliding bar, lock body, thrust unit and power set that can straight reciprocating motion, described power source provides electric power for described power set and described control device, and described control device receives extraneous command signal of sending, and controls the motion of described power set; When power set are energized, be controlled the control of device, and promote described thrust unit and move, described thrust unit promotes to move on described sliding bar; Described lock body comprises lock core, dead bolt and clutch rotating disk, and described lock core is connected with described dead bolt, and described lock core is connected with described clutch rotating disk, and described lock core and dead bolt are all arranged on the inside of described clutch rotating disk; Described lock body is arranged on the middle part of described header board, the axis of described clutch rotating disk is vertical with the length direction of described sliding bar, the length direction of described sliding bar is consistent with the bearing of trend of the length of described header board, and being positioned at the top of described clutch rotating disk, the edge of described clutch rotating disk is provided with gear button; Before described power set are not activated, described sliding bar stops the rotation of described clutch rotating disk by gear button, and namely the lock core of described lock body can not rotate, and safe-guard door lock can not be unlocked; After described power set are activated, described power set promote described thrust unit and drive on described sliding bar and move, and stopping of described clutch rotating disk is disengaged, and the clutch rotating disk of described lock body can drive the lock core of described lock body to rotate, and safe-guard door lock is unlocked.The convenience of unblanking is like this, can allow user not need oneself by rotary locking cylinder release, can directly pass through control device release, only needs afterwards squeeze grip just safe-guard door lock can be opened.
In addition, safe-guard door lock provided by the invention, also has following good effect:
1. described in, power set are for pushing away suction electromagnet, described one end that pushes away suction electromagnet is provided with telescoping spindle, after described electromagnet is energized, and receive the command signal that described control device sends, described in described telescoping spindle is subject to, push away in the effect meeting of suction electromagnet inner magnet field force and move, and then promote described thrust unit motion.Because it is simple to push away suction electromagnet structure, utilize the principle that electromagnetism transforms that the electric energy conversion receiving is moved for mechanical energy promotes thrust unit, be adapted at using in micromodule equipment.
2. described in, thrust unit is inverted " L " type, be arranged on a side of described clutch rotating disk, its one end is provided with the alignment pin moving up and down for limiting described sliding bar, and one end of described alignment pin is fixed on described sliding bar, and the other end is connected with described thrust unit.This device object is will promote to move on sliding bar, remove its stopping the clutch rotating disk of lock body, but lock body clutch rotating disk be arranged on sliding bar under, power set can not directly promote sliding bar and move, can only move by promoting sliding bar after third-party thrust unit conversion direction, so, for the purpose of saving space, thrust unit is arranged on to a side of lock body clutch rotating disk, for thrust unit and sliding bar are linked together, thrust unit need to have a bending to be connected with sliding bar, type that so thrust unit is arranged to inverted " L ", save on the one hand space, can promote on the other hand to move on sliding bar.
3. described in, on header board, be also arranged with location-plate and lower location-plate in parallel, and all perpendicular to the axis of described sliding bar; Described alignment pin is located between described upper location-plate and described lower location-plate, and when institute's alignment pin moves to topmost, described alignment pin and described upper location-plate offset; When institute's alignment pin moves to bottom, described alignment pin and described lower location-plate offset; .In the process moving up and down at sliding bar, because be subject to the restriction of space size, in the range of movement of sliding bar, be provided with the upper location-plate and the lower location-plate that are parallel to each other, in order to make sliding bar in the upper process of moving and gliding, can not depart from the moving region that it should place.
4. described in, on upper location-plate and described lower location-plate, be equipped with the through hole moving radially for limiting described sliding bar.This through hole passes through in the time of can moving up and down for described sliding bar on the one hand, on the other hand, can play the position-limiting action in radial position to described sliding bar, in upper process of moving, does not have skew.
5. described in, on header board, be also provided with the key opening of described lock body.The object that the key opening of lock body is set is in order to increase the use function of this safe-guard door lock, and as the second guarantee, and when running into special circumstances and can not use automaton, user also can be by inserting key operated safe-guard door lock.Simultaneously described lock body is provided with the one side lock core that the one side with key matches; This lock core only and the cooperation of the one side of unlocking key just can be unlocked.On described header board, be also provided with coded lock keyboard, described coded lock keyboard is connected with described control device, that is to say this safe-guard door lock lock open function that also can access to your password.
6. described in, internal lock comprises interior lock pin and dead bolt, and described interior lock pin is connected with described dead bolt; On described header board, be provided with the key opening of described internal lock; While opening described internal lock, in described interior lock key opening, turn described interior lock pin, described interior lock pin drives described dead bolt to rotate, and internal lock is opened; This internal lock is set and because be locked in existing safe-guard door lock in room, lock afterwards and can not open internal lock in outside, room, because there is no the key hole of internal lock, the key hole of this internal lock is in the situation that door is locked, and user can directly use key operated internal lock in outside, room.In described internal lock, be provided with lock pin in the one side coordinating with the one side of key, this lock core only and the cooperation of the one side of unlocking key just can be unlocked.
7. described in, on header board, also comprise the first alarm sensor, the lock core of described the first alarm sensor and described internal lock is connected; When this first alarm sensor can make internal lock used the key not matching to be unlocked in other words conj.or perhaps by unnormal unlocking, this first alarm sensor can sound the alarm, and reaches the effect of warning and deterrence; On described header board, be also provided with the second alarm sensor, described the second alarm sensor is connected with described control device.When any position of safe-guard door lock is subject to extraneous violence or passes through the destruction of alternate manner, this second alarm sensor can give the alarm.
8. lock system comprises the safe-guard door lock described in aforementioned any one and for remote control, opens the remote-control key of described safe-guard door lock; Described remote-control key comprises for sending the control mainboard of control signal, clutch rotating disk, control button and the key plug of remote-control key, described control mainboard is arranged in the clutch rotating disk of described remote-control key, described control button is arranged on the clutch rotating disk of described remote-control key, described key plug is arranged on the clutch rotating disk of described remote-control key, and wherein one end is fixed in the clutch rotating disk of described remote-control key.This remote-control key on the one hand can be outside certain distance control device by described control device release described in remote control; Concaveconvex shape on the two sides, key plug position of this remote-control key is different on the other hand, one of them one side only and the lock core of lock body opening match, another one side wherein only and the lock core of internal lock opening match, namely this remote-control key is when machinery is opened, and a key can utilize different faces can have multi-functional purposes.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in below describing is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawing illustrated embodiments other embodiment and accompanying drawing thereof.
Fig. 1 is the structural representation of a kind of embodiment of header board of the present invention;
Accompanying drawing explanation: 1. header board, 2. top shoe, 3. glides fast, 4. sliding bar, 5. stay rod pin, 6. goes up location-plate, 7. descends location-plate, 8. alignment pin, 9. clutch rotating disk, 10. gear button, 11. push away suction electromagnet, 12. telescoping spindles, 13. second alarm sensors, 14. first alarm sensors, 15. Cam plates, 16. eccentric shafts, 17. coded lock keyboards, 18. interior lock key openings, 19. lock body key openings.
The specific embodiment
Below with reference to accompanying drawing, the technical scheme of various embodiments of the present invention is carried out to clear, complete description, obviously, described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills are resulting all other embodiment under the prerequisite of not making creative work, all belong to the scope that the present invention protects.
Safe-guard door lock, comprises header board, control device and power source; On described header board, be provided with sliding bar, lock body, clutch rotating disk, thrust unit and power set that can straight reciprocating motion;
Described lock body comprises lock core and dead bolt, and is connected with described clutch rotating disk; Described lock core is connected with described dead bolt; Described lock body is arranged on the middle part of described header board, the axis of described clutch rotating disk is vertical with the length direction of described sliding bar, the length direction of described sliding bar is consistent with the bearing of trend of the length of described header board, and being positioned at the top of described clutch rotating disk, the edge of described clutch rotating disk is provided with gear button;
When described sliding bar is positioned at bottom, by described gear button, stop the rotation of described clutch rotating disk;
When described sliding bar is positioned at topmost, described sliding bar releasing stops described gear button, described dial rotation, and safe-guard door lock is opened;
Described thrust unit is connected with described sliding bar, and described power set promote described thrust unit and then drive described sliding bar to move; Described power source is for providing electric power to described power set; Described control device is connected with described power set, and controls the motion of described power set.
Safe-guard door lock is provided with control device and power source, on header board, be provided with sliding bar, lock body, thrust unit and power set that can straight reciprocating motion, described power source provides electric power for described power set and described control device, described control device receives extraneous command signal of sending, and controls the motion of described power set; When power set are energized, be controlled the control of device, and promote described thrust unit and move, described thrust unit promotes to move on described sliding bar; Described lock body comprises lock core, dead bolt and clutch rotating disk, and described lock core is connected with described dead bolt, and described lock core is connected with described clutch rotating disk, and described lock core and dead bolt are all arranged on the inside of described clutch rotating disk; Described lock body is arranged on the middle part of described header board, the axis of described clutch rotating disk is vertical with the length direction of described sliding bar, the length direction of described sliding bar is consistent with the bearing of trend of the length of described header board, and being positioned at the top of described clutch rotating disk, the edge of described clutch rotating disk is provided with gear button; Before described power set are not activated, described sliding bar stops the rotation of described clutch rotating disk by gear button, and namely the lock core of described lock body can not rotate, and safe-guard door lock can not be unlocked; After described power set are activated, described power set promote described thrust unit and drive on described sliding bar and move, and stopping of described clutch rotating disk is disengaged, and the clutch rotating disk of described lock body can drive the lock core of described lock body to rotate, and safe-guard door lock is unlocked.The convenience of unblanking is like this, can allow user not need oneself by rotary locking cylinder release, can directly pass through control device release, only needs afterwards squeeze grip just safe-guard door lock can be opened.
In various embodiment of the present invention, preferably, described power set are for pushing away suction electromagnet.Described one end that pushes away suction electromagnet is provided with telescoping spindle, after described electromagnet is energized, and receive the command signal that described control device sends, described in described telescoping spindle is subject to, push away in the effect meeting of suction electromagnet inner magnet field force and move, and then promote described thrust unit motion.Because it is simple to push away suction electromagnet structure, utilize the principle that electromagnetism transforms that the electric energy conversion receiving is moved for mechanical energy promotes thrust unit, be adapted at using in micromodule equipment.
In various embodiment of the present invention, preferably, described thrust unit is inverted " L " shape, be arranged on a side of described clutch rotating disk, its one end is provided with the alignment pin moving up and down for dragging described sliding bar, one end of described alignment pin is fixed on described sliding bar, and the other end is connected with described thrust unit.This device object is will promote to move on sliding bar, remove its stopping the clutch rotating disk of lock body, but lock body clutch rotating disk be arranged on sliding bar under, power set can not directly promote sliding bar and move, can only move by promoting sliding bar after third-party thrust unit conversion direction, so, for the purpose of saving space, thrust unit is arranged on to a side of lock body clutch rotating disk, for thrust unit and sliding bar are linked together, thrust unit need to have a bending to be connected with sliding bar, type that so thrust unit is arranged to inverted " L ", save on the one hand space, can promote on the other hand to move on sliding bar.
In various embodiment of the present invention, preferably, on described header board, be also arranged with location-plate and lower location-plate in parallel, and all perpendicular to the axis of described sliding bar; Described alignment pin is located between described upper location-plate and described lower location-plate; When described alignment pin moves to topmost and described upper location-plate offset; When described alignment pin moves to bottom and described lower location-plate offset.In the process moving up and down at sliding bar, because be subject to the restriction of space size, in the range of movement of sliding bar, be provided with the upper location-plate and the lower location-plate that are parallel to each other, in order to make sliding bar in the upper process of moving and gliding, can not depart from the moving region that it should place.
In various embodiment of the present invention, preferably, on described upper location-plate and described lower location-plate, be equipped with and limit the through hole that described sliding bar moves radially simultaneously, described sliding bar is successively through two described through holes.This through hole passes through in the time of can moving up and down for described sliding bar on the one hand, on the other hand, can play the position-limiting action in radial position to described sliding bar, in upper process of moving, does not have skew.
In various embodiment of the present invention, preferably, on described header board, be also provided with the key opening of described lock body; Described lock body is provided with the one side lock core matching for the one side with key; On described header board, be also provided with coded lock keyboard, described coded lock keyboard is connected with described control device;
Described control device comprises the first electron plate of controlling described power set and the second electron plate and the reset button of controlling described coded lock keyboard, described the first electron plate is all connected with described power source with the second electron plate, and arrange on a substrate, and be all connected with described reset button.These two electron plates are arranged on same substrate, but use function is separately independently, namely after the function of the first electron plate is damaged, in the intact situation of the function of the second electron plate, can also continue use; When this substrate is set, control the input function of the first electron plate of described power set and the second electron plate input function of controlling described coded lock keyboard and arrange and carry out simultaneously, but function during output is separately separately independent running.And the public power supply of two electron plates that have two kinds of functions, easy to use, and it is also convenient to be arranged to a plate installation.When needs all reduce described the first electron plate and described the second electron plate while arranging, use reset button, can two described electron plates be reduced to the state that just makes simultaneously.On described header board, be also provided with the key opening of described lock body.The object that the key opening of lock body is set is in order to increase the use function of this safe-guard door lock, and as the second guarantee, and when running into special circumstances and can not use automaton, user also can be by inserting key operated safe-guard door lock.Simultaneously described lock body is provided with the one side lock core that the one side with key matches; This lock core only and the cooperation of the one side of unlocking key just can be unlocked.On described header board, be also provided with coded lock keyboard, described coded lock keyboard is connected with described control device, that is to say this safe-guard door lock lock open function that also can access to your password.
In various embodiment of the present invention, preferably, be also provided with top shoe on described header board, the upper end of described top shoe is inverted " L " shape, the key opening of described lock body is arranged on a side of described top shoe, and the lower end of described top shoe is provided with and pulls the stay rod pin moving on described sliding bar;
In the key opening of described lock body, comprise lock core, eccentric shaft and Cam plate, described lock core is connected with described Cam plate, and described eccentric shaft is connected with described top shoe; While rotating described lock core, described lock core drives described Cam plate to rotate, Cam plate is stirred described eccentric shaft and is rotated, when described eccentric shaft rotates to the center of described lock core and described top shoe offset and drive on it and move, and then drive described stay rod pin to pull on described sliding bar to move.
In various embodiment of the present invention, preferably, also comprise internal lock, described internal lock comprises interior lock pin and internal lock dead bolt, and described interior lock pin is connected with described internal lock dead bolt; On described header board, be provided with the key opening of described internal lock; While opening described internal lock, in described interior lock key opening, turn described interior lock pin, described interior lock pin drives described internal lock dead bolt to rotate, and internal lock is opened;
In described internal lock, be provided with lock pin in the one side coordinating for another side with key, the described one side that the another side of described key matches with one side lock core with described lock body is opposing face.Described internal lock comprises interior lock pin and internal lock dead bolt, and described interior lock pin is connected with described internal lock dead bolt; On described header board, be provided with the key opening of described internal lock; While opening described internal lock, in described interior lock key opening, turn described interior lock pin, described interior lock pin drives described internal lock dead bolt to rotate, and internal lock is opened; This internal lock is set and because be locked in existing safe-guard door lock in room, lock afterwards and can not open internal lock in outside, room, because there is no the key hole of internal lock, the key hole of this internal lock is in the situation that door is locked, and user can directly use key operated internal lock in outside, room.In described internal lock, be provided with lock pin in the one side coordinating with the one side of key, this interior lock pin only and the cooperation of the one side of unlocking key just can be unlocked.
In various embodiment of the present invention, preferably, also comprise the first alarm sensor, the lock core of described the first alarm sensor and described internal lock is connected;
On described header board, be also provided with the second alarm sensor, described the second alarm sensor is connected with described control device.On described header board, also comprise the first alarm sensor, the lock core of described the first alarm sensor and described internal lock is connected; When this first alarm sensor can make internal lock used the key not matching to be unlocked in other words conj.or perhaps by unnormal unlocking, this first alarm sensor can sound the alarm, and reaches the effect of warning and deterrence; On described header board, be also provided with the second alarm sensor, described the second alarm sensor is connected with described control device.When any position of safe-guard door lock is subject to extraneous violence or passes through the destruction of alternate manner, this second alarm sensor can give the alarm.
Lock system provided by the invention, comprises the safe-guard door lock described in aforementioned any one and for remote control, opens the remote-control key of described safe-guard door lock;
Described remote-control key comprises for sending the control mainboard of control signal, clutch rotating disk, control button and the key plug of remote-control key, described control mainboard is arranged in the clutch rotating disk of described remote-control key, described control button is arranged on the clutch rotating disk of described remote-control key, described key plug is arranged on the clutch rotating disk of described remote-control key, and wherein one end is fixed in the clutch rotating disk of described remote-control key.This remote-control key on the one hand can be outside certain distance control device by described control device release described in remote control; Concaveconvex shape on the two sides, key plug position of this remote-control key is different on the other hand, one of them one side only and the lock core of lock body opening match, another one side wherein only and the lock core of internal lock opening match, namely this remote-control key is when machinery is opened, and a key can utilize different faces can have multi-functional purposes.
In addition, the starting method of safe-guard door lock provided by the invention, comprises the following steps:
Use remote-control key to send unlock command to safe-guard door lock, when power source provides electric power for power set and control device, the control device of safe-guard door lock receives instruction, and power set start.
Telescoping spindle by self after power set start promotes to move on thrust unit, and described thrust unit is driven on sliding bar and moved by alignment pin;
On described sliding bar, transfer from one place to another under escort except to the stopping of gear button on the clutch rotating disk of lock body, gear button passes through, release success.
The embodiment of safe-guard door lock provided by the invention is as follows:
As shown in Figure 1: comprise header board 1, control device and power source; On described header board 1, be provided with sliding bar 4, lock body, thrust unit and power set that can straight reciprocating motion;
Described lock body comprises lock core, dead bolt and clutch rotating disk 9; Described lock core is connected with described dead bolt, and described lock core and dead bolt are arranged on the inside of described clutch rotating disk 9; Described lock body is arranged on the middle part of described header board 1, the axis of described clutch rotating disk 9 is vertical with the length direction of described sliding bar 4, the length direction of described sliding bar 4 is consistent with the bearing of trend of the length of described header board 1, and being positioned at the top of described clutch rotating disk 9, the edge of described clutch rotating disk 9 is provided with gear button 10;
When described sliding bar 4 is positioned at bottom, by described gear button 10, stop the rotation of described clutch rotating disk 9;
When described sliding bar 4 is positioned at topmost, described sliding bar 4 releasings stop described gear button 10, described clutch rotating disk 9 rotations, and safe-guard door lock is unlocked;
Described thrust unit is connected with described sliding bar 4, and described power set promote described thrust unit and then drive described sliding bar 4 to move; Described power source is for providing electric power to described power set; Described control device is connected with described power set, and controls the motion of described power set.
Described power set are for pushing away suction electromagnet 11, described in push away and on suction electromagnet 11, comprise telescoping spindle 12.Described thrust unit is inverted " L " shape, be arranged on a side of described clutch rotating disk 9, its one end is provided with the alignment pin 8 moving up and down for dragging described sliding bar 4, and one end of described alignment pin 8 is fixed on described sliding bar 4, and the other end is connected with described thrust unit.
On described header board 1, be also arranged with location-plate 6 and lower location-plate 7 in parallel, and all perpendicular to the axis of described sliding bar 4; Described alignment pin 8 is located between described upper location-plate 6 and described lower location-plate 7; When described alignment pin 8 moves to topmost and described upper location-plate 6 offset; When described alignment pin 8 moves to bottom and described lower location-plate 7 offset.
On described header board 1, be also provided with the key opening 19 of described lock body;
Described lock body is provided with the one side lock core matching for the one side with key;
On described header board 1, be also provided with coded lock keyboard 17, described coded lock keyboard 17 is connected with described control device, described control device comprises the first electron plate of controlling described power set and the second electron plate and the reset button of controlling described coded lock keyboard, described the first electron plate is all connected with described power source with the second electron plate, and arrange on a substrate, and be all connected with described reset button.
On described header board 1, be also provided with top shoe 2, the upper end of described top shoe 2 is inverted " L " shape, and the key opening 19 of described lock body is arranged on a side of described top shoe 2, and the lower end of described top shoe 2 is provided with and pulls the stay rod pin 5 moving on described sliding bar 4;
In the key opening 19 of described lock body, comprise lock core, eccentric shaft 16 and Cam plate 15, described lock core is connected with described Cam plate 15, and described eccentric shaft 16 is connected with described top shoe 2; While rotating described lock core, described lock core drives described Cam plate 15 to rotate, Cam plate 15 is stirred described eccentric shaft 16 and is rotated, when described eccentric shaft 16 rotates to the center of described lock core and described top shoe offset and drive on described top shoe 2 and move, and then drive described stay rod pin 5 to pull on described sliding bar 4 to move.
Also comprise internal lock, described internal lock comprises interior lock pin and internal lock dead bolt, and described interior lock pin is connected with described internal lock dead bolt; On described header board 1, be provided with the key opening 18 of described internal lock; While opening described internal lock, in described interior lock key opening 18, turn described interior lock pin, described interior lock pin drives described internal lock dead bolt to rotate, and internal lock is opened;
In described internal lock, be provided with lock pin in the one side coordinating for another side with key, the described one side that the another side of described key matches with one side lock core with described lock body is opposing face.
Also comprise the first alarm sensor 14, the lock core of described the first alarm sensor 14 and described internal lock is connected;
On described header board 1, be also provided with the second alarm sensor 13, described the second alarm sensor 13 is connected with described control device.
Various embodiment provided by the invention combination mutually in any way as required, the technical scheme obtaining by this combination, also within the scope of the invention.
Obviously, those skilled in the art can carry out various changes and distortion and not depart from the spirit and scope of the present invention the present invention.Like this, if within these modifications of the present invention and distortion are belonged to the scope of the claims in the present invention and equivalent technologies thereof, the present invention also comprises these changes and distortion interior.
Claims (8)
1. safe-guard door lock, is characterized in that, comprises header board, control device and power source; On described header board, be provided with sliding bar, lock body, clutch rotating disk, thrust unit and power set that can straight reciprocating motion;
Described lock body comprises lock core and dead bolt, and is connected with described clutch rotating disk; Described lock core is connected with described dead bolt; Described lock body is arranged on the middle part of described header board, the axis of described clutch rotating disk is vertical with the length direction of described sliding bar, the length direction of described sliding bar is consistent with the bearing of trend of the length of described header board, and being positioned at the top of described clutch rotating disk, the edge of described clutch rotating disk is provided with gear button;
When described sliding bar is positioned at bottom, by described gear button, stop the rotation of described clutch rotating disk; When described sliding bar is positioned at topmost, described sliding bar releasing stops described gear button, described clutch dial rotation, and safe-guard door lock is unlocked;
Described thrust unit is connected with described sliding bar, and described power set promote described thrust unit and then drive described sliding bar to move; Described power source is for providing electric power to described power set; Described control device is connected with described power set, and controls the motion of described power set;
On described header board, be also provided with the key opening of described lock body; Described lock body is provided with the one side lock core matching for the one side with key; On described header board, be also provided with coded lock keyboard, described coded lock keyboard is connected with described control device;
Described control device comprises the first electron plate of controlling described power set and the second electron plate and the reset button of controlling described coded lock keyboard, described the first electron plate is all connected with described power source with the second electron plate, and arrange on a substrate, and be all connected with described reset button;
On described header board, be also provided with top shoe, the upper end of described top shoe is inverted " L " shape, and the key opening of described lock body is arranged on a side of described top shoe, and the lower end of described top shoe is provided with and pulls the stay rod pin moving on described sliding bar;
In the key opening of described lock body, comprise lock core, eccentric shaft and Cam plate, described lock core is connected with described Cam plate, and described eccentric shaft is connected with described top shoe; While rotating described lock core, described lock core drives described Cam plate to rotate, Cam plate is stirred described eccentric shaft and is rotated, when described eccentric shaft rotates to the center of described lock core and described top shoe offset and drive on it and move, and then drive described stay rod pin to pull on described sliding bar to move.
2. safe-guard door lock according to claim 1, is characterized in that, described power set are for pushing away suction electromagnet.
3. safe-guard door lock according to claim 1, it is characterized in that, described thrust unit is inverted " L " shape, be arranged on a side of described clutch rotating disk, its one end is provided with the alignment pin moving up and down for dragging described sliding bar, one end of described alignment pin is fixed on described sliding bar, and the other end is connected with described thrust unit.
4. safe-guard door lock according to claim 3, is characterized in that, is also arranged with location-plate and lower location-plate on described header board in parallel, and all perpendicular to the axis of described sliding bar; Described alignment pin is located between described upper location-plate and described lower location-plate; When described alignment pin moves to topmost and described upper location-plate offset; When described alignment pin moves to bottom and described lower location-plate offset.
5. safe-guard door lock according to claim 4, is characterized in that, on described upper location-plate and described lower location-plate, is equipped with and limits the through hole that described sliding bar moves radially simultaneously, and described sliding bar is successively through two described through holes.
6. safe-guard door lock according to claim 1, is characterized in that, also comprises internal lock, and described internal lock comprises interior lock pin and internal lock dead bolt, and described interior lock pin is connected with described internal lock dead bolt; On described header board, be provided with the key opening of described internal lock; While opening described internal lock, in described interior lock key opening, turn described interior lock pin, described interior lock pin drives described internal lock dead bolt to rotate, and internal lock is opened; In described internal lock, be provided with lock pin in the one side coordinating for the another side with key, the another side of described key and the described one side matching with the one side lock core of described lock body are opposing face.
7. safe-guard door lock according to claim 6, is characterized in that, also comprises the first alarm sensor, and the lock core of described the first alarm sensor and described internal lock is connected; On described header board, be also provided with the second alarm sensor, described the second alarm sensor is connected with described control device.
8. lock system, is characterized in that, comprises the safe-guard door lock described in claim 1-7 any one and for remote control, opens the remote-control key of described safe-guard door lock; Described remote-control key comprises control mainboard, clutch rotating disk, control button and the key plug for sending control signal, described control mainboard is arranged in the clutch rotating disk of described remote-control key, described control button is arranged on the clutch rotating disk of described remote-control key, described key plug is arranged on the clutch rotating disk of described remote-control key, and wherein one end is fixed in the clutch rotating disk of described remote-control key.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210320577.1A CN102828662B (en) | 2012-08-31 | 2012-08-31 | Anti-theft door lock and lockset system thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210320577.1A CN102828662B (en) | 2012-08-31 | 2012-08-31 | Anti-theft door lock and lockset system thereof |
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| Publication Number | Publication Date |
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| CN102828662A CN102828662A (en) | 2012-12-19 |
| CN102828662B true CN102828662B (en) | 2014-12-10 |
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| CN201210320577.1A Expired - Fee Related CN102828662B (en) | 2012-08-31 | 2012-08-31 | Anti-theft door lock and lockset system thereof |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104612484A (en) * | 2015-03-02 | 2015-05-13 | 张琦 | Assembled electric bolt |
| CN105317287A (en) * | 2015-10-25 | 2016-02-10 | 朱思学 | Intelligent digital lock |
| CN109057574A (en) * | 2018-07-30 | 2018-12-21 | 上海古鳌电子科技股份有限公司 | A kind of locking mechanism and locking means for cash drawing box |
| CN109138730A (en) * | 2018-07-30 | 2019-01-04 | 上海古鳌电子科技股份有限公司 | A kind of antitheft cash drawing box capable of automatic alarm |
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| CN2216116Y (en) * | 1994-12-14 | 1995-12-27 | 中国人民解放军第二炮兵指挥学院训练部工厂 | Mechano-electronic linkage door lock |
| DE19755695A1 (en) * | 1997-12-16 | 1999-06-17 | Huf Huelsbeck & Fuerst Gmbh | Rotary latch lock, especially for vehicles |
| CN101666190A (en) * | 2008-09-05 | 2010-03-10 | 上海嘉成轨道交通安全保障系统有限公司 | Manual unlocking device for sliding door of screen door in rail transit |
| CN201802163U (en) * | 2010-08-27 | 2011-04-20 | 上海威士迪电子技术有限公司 | Door lock |
| CN202299726U (en) * | 2011-09-30 | 2012-07-04 | 何吉华 | Concealed mounted-type composite safety door lock |
| CN202767675U (en) * | 2012-08-31 | 2013-03-06 | 黄光亮 | Anti-theft door lock and lockset system thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2216116Y (en) * | 1994-12-14 | 1995-12-27 | 中国人民解放军第二炮兵指挥学院训练部工厂 | Mechano-electronic linkage door lock |
| DE19755695A1 (en) * | 1997-12-16 | 1999-06-17 | Huf Huelsbeck & Fuerst Gmbh | Rotary latch lock, especially for vehicles |
| CN101666190A (en) * | 2008-09-05 | 2010-03-10 | 上海嘉成轨道交通安全保障系统有限公司 | Manual unlocking device for sliding door of screen door in rail transit |
| CN201802163U (en) * | 2010-08-27 | 2011-04-20 | 上海威士迪电子技术有限公司 | Door lock |
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| CN202767675U (en) * | 2012-08-31 | 2013-03-06 | 黄光亮 | Anti-theft door lock and lockset system thereof |
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|---|---|
| CN102828662A (en) | 2012-12-19 |
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