CN205778305U - A kind of intelligent lock concealed burglar-proof door - Google Patents

Abstract

nullThis utility model relates to a kind of intelligent lock concealed burglar-proof door，Improve for door，Use brand-new design theory，Design automation mobile hidden lock structure，Specifically slide bar (4) is set at door body (1) back side，Based on concrete designed timing circuit (12)，Realize the Based Intelligent Control for rotary electric machine (9)，Make electric control lock body (10) under the mutually rotation of rotary electric machine (9) connected gear and slide bar (4) gear groove，Move up and down along slide bar (4)，And coordinate moving up and down of electric control lock body (10)，The slideway draw-in groove (3) of its side edge length corresponding is introduced in the upper design of doorframe (2)，A body (1) is closed with doorframe (2)，And during electric control lock body (10) moves up and down，In electric control lock body (10), automatically controlled flexible dead bolt and slideway draw-in groove (3) constitute condensation structure，Thus，Hiding of electric control lock body (10) is achieved in the outside of door body (1)，It is effectively increased the anti-theft effect of door.

Description

A kind of intelligent lock concealed burglar-proof door

Technical field

This utility model relates to a kind of intelligent lock concealed burglar-proof door, belongs to Smart Home building materials Technical field.

Background technology

Door is the device for stopping or close a region, and it is mainly by door body and door frame group Becoming, the construction of any building is required for using door, and along with the development of society, Ren Mensheng Flat the improving constantly of running water, the manufacturer of door and designer are also constantly changing for door Enter and innovation, the such as patent No.: 201110099065.2, disclose a kind of door, including doorframe, Door leaf and switching mechanism, described door leaf is hinged on doorframe, uses secondary close between door leaf and doorframe Seal structure, described door leaf includes that matrix and thermal insulation layer, described switching mechanism include rotating shaft, connection method Blue, connecting rod and fairlead, described rotating shaft through run through door leaf unthreaded hole and can be in described unthreaded hole Rotating, in the inner side of door leaf, described rotating shaft is threadeded with adpting flange, on described adpting flange Being hinged with connecting rod, connecting rod is through the fairlead being arranged on door leaf.Technique scheme design Door, is mainly used as the hatch door of mine escape capsule, to solve the cabin door open and close of existing mine escape capsule Mechanism structure complexity, sealing and the problem of effect of heat insulation difference, also act as cabin, freezer etc. Door, the advantage with switching mechanism simple in construction, sealing and good heat-insulation effect.

Moreover, the patent No.: 201420389784.7, disclose a kind of door, including doorframe And the door body being hinged on doorframe, described doorframe is provided with and limits the groove that door moves, described It is provided with rubber layer on groove, described groove is provided with three the first Magnet, in described door body Three Magnet that corresponding three the first magnet positions are contrary to magnetropism, described doorframe front end is arranged Having the second Magnet, the second Magnet is contrary with the Magnet magnetic being arranged in door body, in described door body Being provided with a steel plate, the structure of the door of technique scheme design, door body is dynamic with the shock of doorframe Can be absorbed by rubber layer, the door effectively avoided and the rigid collision of doorframe, also reduce simultaneously Noise pollution, it addition, the interaction of the contrary Magnet of two magnetic, can make door be adsorbed On doorframe, overall structure is simple, and easy to operate, production cost is low.

It can be seen from the prior art that existing door, start with from structure and improve and create Newly, connection, setting for each parts improve and innovate, and are allowed to have more smooth turning Motivation structure, to reach more preferable using effect, but existing door is in actual application, Still can find some places not fully up to expectations, antitheft is the important indicator of the good door of a fan, but Being now for for antitheft, how starting with from the structure of lockset improves, by more complicated Structure carries out antitheft, but this effect is the most bad, so the anti-theft effect of prior art door is still Treat to improve further.

Utility model content

Technical problem to be solved in the utility model is to provide one and enters for existing door structure Row improves, and uses brand-new design theory, design automation mobile hidden lock structure, hides Lockset position, it is possible to be effectively improved the intelligent lock concealed burglar-proof door of anti-theft effect.

This utility model is in order to solve above-mentioned technical problem by the following technical solutions: this practicality is new Type devises a kind of intelligent lock concealed burglar-proof door, including a body, and corresponds Doorframe, wherein side of door body is mutually movable by the side that hinge is corresponding with on doorframe Connect；Also include the first radio-frequency module, slideway draw-in groove, slide bar, control module, and difference The power supply that is connected with control module, the second radio-frequency module, rotary electric machine, electric control lock body, Timing circuit；Wherein, power supply through control module be respectively the second radio-frequency module, rotary electric machine, Electric control lock body, timing circuit are powered；Between first radio-frequency module and the second radio-frequency module Radiofrequency signal matches, and control module, the second radio-frequency module and timing circuit are arranged on a body The back side, timing circuit includes DS1302 clock chip, electric capacity C1, electric capacity C2 and quartz Crystal filter；Wherein, the main power source incoming end of DS1302 clock chip with via control mould The feeder ear of block is connected；Vibration source X1 of DS1302 clock chip respectively with electric capacity C1 One end, one end of quartz-crystal filter is connected；The oscillation source of DS1302 clock chip End X2 is connected with one end of electric capacity C2, the other end of quartz-crystal filter respectively；Electric capacity The other end of C1 is connected with the other end of electric capacity C2, and ground connection；Answering of DS1302 clock chip Position end, input/output terminal, input end of clock are connected with control module respectively；Electric control lock is originally Body includes box body, and is arranged at tray interior, the automatically controlled flexible lock of movable turnover box body side Tongue, control module is connected with automatically controlled flexible dead bolt, and power supply is automatically controlled through control module Flexible dead bolt is powered, and automatically controlled flexible dead bolt passes in and out box body under the control of control module；Sliding The length of road draw-in groove, the length of slide bar, and the length three of door body side is equal to each other, Slide bar is arranged at a body back side, and the side of slide bar place straight wired-AND gate body is parallel, turns Galvanic electricity machine is fixedly connected with the box body of electric control lock body, and the drive end of rotary electric machine connects tooth Wheel, slide bar surface arranges what gear connected with rotary electric machine matched along its place rectilinear direction Gear grooved, the box body of electric control lock body is movably set on slide bar by the collar, electric control lock body At the connected gear of rotary electric machine with under the mutually rotation of slide bar gear groove, move down along slide bar Dynamic, automatically controlled flexible dead bolt turnover face, place institute relative with on door body on box body in electric control lock body The even sensing back of the body of automatically controlled flexible dead bolt on another side flush, and electric control lock body of hinge To hinge direction；On slideway draw-in groove, the width of notch adapts with the width of automatically controlled flexible dead bolt, Slideway draw-in groove is arranged on doorframe relative on another side of connected hinge, and door body and door During frame Guan Bi, on slideway draw-in groove, the position of notch is corresponding with the position of automatically controlled flexible dead bolt.

As a kind of optimal technical scheme of the present utility model: described rotary electric machine is brushless rotary Motor.

As a kind of optimal technical scheme of the present utility model: described control module is single-chip microcomputer.

As a kind of optimal technical scheme of the present utility model: described power supply is external power supply.

A kind of intelligent lock concealed burglar-proof door described in the utility model uses above technical scheme Compared with prior art, have following technical effect that

(1) the intelligent lock concealed burglar-proof door of this utility model design, enters for door Row improves, employing brand-new design theory, design automation mobile hidden lock structure, specifically Slide bar is set at the door body back side, based on concrete designed timing circuit, it is achieved for rotation The Based Intelligent Control of motor so that electric control lock body is at the connected gear of rotary electric machine and slide bar gear Under the mutually rotation of groove, move up and down along slide bar, and coordinate moving up and down of electric control lock body, On doorframe, design introduces the slideway draw-in groove of its side edge length corresponding so that door body closes with doorframe Close, and during electric control lock body moves up and down, automatically controlled flexible dead bolt and cunning in electric control lock body Road draw-in groove constitutes condensation structure, thus, achieves the hidden of electric control lock body in the outside of door body Hide, so in the case of cannot find out electric control lock body particular location, just largely avoided automatically controlled The probability that lock body is prized, is effectively increased the anti-theft effect of door；

(2) in the intelligent lock concealed burglar-proof door designed by this utility model, for rotation Motor, is designed with brushless rotary motor further so that the intelligence designed by this utility model Lockset concealed burglar-proof door is in practical work process, it is possible to realizes quiet work, both ensure that Designed intelligent lock concealed burglar-proof door has efficient anti-theft effect, can guarantee that again its work Process does not produces influence of noise to surrounding, embodies the human oriented design in design process；

(3) in the intelligent lock concealed burglar-proof door designed by this utility model, for control Module, is designed with single-chip microcomputer further, on the one hand can be applicable to the later stage for designed intelligence The extension demand of energy lockset concealed burglar-proof door, on the other hand, succinct control architecture mode energy Enough it is easy to the maintenance in later stage；

(4) in intelligent lock concealed burglar-proof door designed by this utility model, for power supply, It is designed with external power supply further, it is possible to designed automatization is effectively ensured and moves built-in lock Lamps structure power taking, the stability of electricity consumption, and then this utility model designed by intelligence has been effectively ensured The power taking in actual applications of lockset concealed burglar-proof door, the stability of electricity consumption, ensure to greatest extent Anti-theft effect in actual application.

Accompanying drawing explanation

Fig. 1 is the structural representation of intelligent lock concealed burglar-proof door designed by this utility model；

Fig. 2 is the signal of timing circuit in intelligent lock concealed burglar-proof door designed by this utility model Figure.

Wherein, a 1. body, 2. doorframe, 3. slideway draw-in groove, 4. slide bar, 5. control module, 6. power supply, 7. the second radio-frequency module, 8. the first radio-frequency module, 9. rotary electric machine, 10. electricity Control lock body, 11. collars, 12. timing circuits.

Detailed description of the invention

Below in conjunction with Figure of description, detailed description of the invention of the present utility model is made the most in detail Thin explanation.

As it is shown in figure 1, this utility model devises a kind of intelligent lock concealed burglar-proof door, bag Including a body 1, and corresponding doorframe 2, a wherein side of door body 1 leads to The side crossing hinge corresponding with on doorframe 2 is flexibly connected mutually；Also include the first radio-frequency module 8, Slideway draw-in groove 3, slide bar 4, control module 5, and be connected with control module 5 respectively Power supply the 6, second radio-frequency module 7, rotary electric machine 9, electric control lock body 10, timing circuit 12； Wherein, power supply 6 through control module 5 be respectively the second radio-frequency module 7, rotary electric machine 9, Electric control lock body 10, timing circuit 12 are powered；First radio-frequency module 8 and the second radio frequency Between module 7, radiofrequency signal matches, control module the 5, second radio-frequency module 7 and timing electricity Road 12 is arranged on the back side of a body 1, as in figure 2 it is shown, timing circuit 12 includes DS1302 Clock chip, electric capacity C1, electric capacity C2 and quartz-crystal filter；Wherein, DS1302 clock The main power source incoming end VCC2 of chip is connected with the feeder ear VCC via control module 5； Vibration source X1 of DS1302 clock chip respectively with one end of electric capacity C1, quartz crystal filter One end of ripple device is connected；Vibration source X2 of DS1302 clock chip respectively with electric capacity C2 One end, the other end of quartz-crystal filter is connected；The other end of electric capacity C1 and electric capacity The other end of C2 is connected, and ground connection；The reset terminal RST of DS1302 clock chip, input/defeated Go out to hold I/O, input end of clock SCLK to be connected with control module 5 respectively；Electric control lock body 10 include box body, and are arranged at tray interior, automatically controlled the stretching of activity turnover box body side Dead bolt, control module 5 is connected with automatically controlled flexible dead bolt, and power supply 6 is through control module 5 are powered for automatically controlled flexible dead bolt, and automatically controlled flexible dead bolt enters under the control of control module 5 Go out box body；The length of slideway draw-in groove 3, the length of slide bar 4, and the length of door body 1 side Degree three is equal to each other, and slide bar 4 is arranged at a body 1 back side, and slide bar 4 place straight line with The side of door body 1 is parallel, and rotary electric machine 9 fixes with the box body of electric control lock body 10 Connecting, the drive end of rotary electric machine 9 connects gear, along its place straight line side on slide bar 4 surface To arranging the gear grooved that gear connected with rotary electric machine 9 matches, the box of electric control lock body 10 Body is movably set on slide bar 4 by the collar 11, and electric control lock body 10 is in rotary electric machine 9 institute Even gear is with under the mutually rotation of slide bar 4 gear groove, moves up and down along slide bar 4, electric control lock In body 10 on box body the turnover of automatically controlled flexible dead bolt face, place is relative with on door body 1 even cuts with scissors The sensing back of the body of automatically controlled flexible dead bolt on another side flush, and electric control lock body 10 of chain To hinge direction；On slideway draw-in groove 3, the width of notch is fitted mutually with the width of automatically controlled flexible dead bolt Should, slideway draw-in groove 3 is arranged on doorframe 2 relative on another side of connected hinge, and door When body 1 and doorframe 2 close, the position of notch and automatically controlled flexible dead bolt on slideway draw-in groove 3 Position is corresponding.Intelligent lock concealed burglar-proof door designed by technique scheme, for door Structure improves, employing brand-new design theory, design automation mobile hidden lock structure, Specifically slide bar 4 is set at door body 1 back side, based on concrete designed timing circuit 12, real Now for the Based Intelligent Control of rotary electric machine 9 so that electric control lock body 10 is in rotary electric machine 9 institute Even gear is with under the mutually rotation of slide bar 4 gear groove, moves up and down along slide bar 4, and joins Closing moving up and down of electric control lock body 10, on doorframe 2, design introduces its side edge length corresponding Slideway draw-in groove 3 so that door body 1 closes with doorframe 2, and electric control lock body about 10 In moving process, in electric control lock body 10, automatically controlled flexible dead bolt constitutes condensation with slideway draw-in groove 3 Structure, thus, achieves hiding, so of electric control lock body 10 in the outside of door body 1 In the case of cannot find out electric control lock body 10 particular location, just largely avoided electric control lock originally The probability that body 10 is prized, is effectively increased the anti-theft effect of door.

On basis based on above-mentioned design intelligent lock concealed burglar-proof door technical scheme, this reality Following optimal technical scheme is devised the most further: for rotary electric machine 9, further with novel It is designed with brushless rotary motor so that the intelligent lock designed by this utility model is concealed anti- Steal door in practical work process, it is possible to realize quiet work, both ensure that designed smart lock Tool concealed burglar-proof door has efficient anti-theft effect, can guarantee that again its work process is not to surrounding Environment produces influence of noise, embodies the human oriented design in design process；Also have for control Module 5, is designed with single-chip microcomputer further, on the one hand can be applicable to the later stage for designed The extension demand of intelligent lock concealed burglar-proof door, on the other hand, succinct control architecture mode The maintenance in later stage can be easy to；Moreover, for power supply 6, it is designed with external further Power supply, it is possible to designed automatization is effectively ensured and moves built-in lock lamps structure power taking, electricity consumption Stability, and then this utility model designed by intelligent lock concealed burglar-proof door has been effectively ensured exists Power taking, the stability of electricity consumption in actual application, ensure that in actual application to greatest extent is antitheft Effect.

This utility model devises intelligent lock concealed burglar-proof door in the middle of actual application, Including a body 1, and corresponding doorframe 2, a wherein side of door body 1 The side corresponding with on doorframe 2 by hinge is flexibly connected mutually；Also include the first radio-frequency module 8, Slideway draw-in groove 3, slide bar 4, single-chip microcomputer, and be connected with single-chip microcomputer respectively external power supply, Second radio-frequency module 7, brushless rotary motor, electric control lock body 10, timing circuit 12；Its In, external power supply is respectively the second radio-frequency module 7, brushless rotary motor, electricity through single-chip microcomputer Control lock body 10, timing circuit 12 are powered；First radio-frequency module 8 and the second radio frequency mould Between block 7, radiofrequency signal matches, control module the 5, second radio-frequency module 7 and timing circuit 12 back sides being arranged on a body 1, timing circuit 12 includes DS1302 clock chip, electricity Hold C1, electric capacity C2 and quartz-crystal filter；Wherein, the main power source of DS1302 clock chip Incoming end VCC2 is connected with the feeder ear VCC via single-chip microcomputer；DS1302 clock chip Vibration source X1 is connected with one end of electric capacity C1, one end of quartz-crystal filter respectively； Vibration source X2 of DS1302 clock chip respectively with one end of electric capacity C2, quartz crystal filter The other end of ripple device is connected；The other end of electric capacity C1 is connected with the other end of electric capacity C2, and Ground connection；The reset terminal RST of DS1302 clock chip, input/output terminal I/O, clock input End SCLK is connected with single-chip microcomputer respectively；Electric control lock body 10 includes box body, and is arranged at Tray interior, the automatically controlled flexible dead bolt of movable turnover box body side, single-chip microcomputer and automatically controlled flexible lock Tongue is connected, and external power supply is that automatically controlled flexible dead bolt is powered through single-chip microcomputer, automatically controlled Flexible dead bolt passes in and out box body under the control of single-chip microcomputer；The length of slideway draw-in groove 3, slide bar 4 Length, and the length three of door body 1 side is equal to each other, slide bar 4 is arranged at a body 1 back side, and the side of slide bar 4 place straight wired-AND gate body 1 is parallel, brushless rotary motor Being fixedly connected with the box body of electric control lock body 10, the drive end of brushless rotary motor connects tooth Wheel, slide bar 4 surface arranges gear phase connected with brushless rotary motor along its place rectilinear direction The gear grooved of coupling, the box body of electric control lock body 10 is movably set in slide bar 4 by the collar 11 On, electric control lock body 10 is in the phase of the connected gear of brushless rotary motor with slide bar 4 gear groove Under rotating mutually, move up and down along slide bar 4, automatically controlled flexible lock on box body in electric control lock body 10 Tonguing goes out face, place and another side flush relative to connected hinge on door body 1, and electricity The sensing hinge direction dorsad of automatically controlled flexible dead bolt on control lock body 10；Groove on slideway draw-in groove 3 The width of mouth adapts with the width of automatically controlled flexible dead bolt, and slideway draw-in groove 3 is arranged on doorframe 2 Relatively on another side of connected hinge, and when door body 1 closes with doorframe 2, slipway clamp On groove 3, the position of notch is corresponding with the position of automatically controlled flexible dead bolt.Actual application is worked as In, the first radio-frequency module 8 is positioned over user, when the first radio-frequency module 8 and the second radio frequency Module 7 be positioned at each other radiofrequency signal interactive region time, the i.e. first radio-frequency module 8 and the second radio frequency Between module 7, radiofrequency signal matches, and matched signal is sent extremely by the second radio-frequency module 7 In the middle of single-chip microcomputer, single-chip microcomputer judges that now user is positioned in front of the door accordingly, then single-chip microcomputer controls immediately Automatically controlled flexible bolt retraction in connected electric control lock body 10；Otherwise when the first radio frequency Module 8 and the second radio-frequency module 7 be not at each other radiofrequency signal interactive region time, i.e. first Between radio-frequency module 8 and the second radio-frequency module 7, radiofrequency signal can not match, then single-chip microcomputer without Method receives the matched signal from the second radio-frequency module 7, and single-chip microcomputer judges that now user does not has accordingly Have and be positioned in front of the door, then automatically controlled during single-chip microcomputer controls connected electric control lock body 10 immediately Flexible dead bolt elongation；During above-mentioned actual operation, when user leaves, by door Body 1 closes with doorframe 2 phase, and then user leaves, the first radio-frequency module 8 and the second radio frequency Module 7 be not at each other radiofrequency signal interactive region time, the i.e. first radio-frequency module 8 and second Between radio-frequency module 7, radiofrequency signal can not match, then single-chip microcomputer cannot receive and penetrate from second The matched signal of frequency module 7, single-chip microcomputer judges that now user is not in front of the door accordingly, then single Sheet machine controls the automatically controlled flexible dead bolt elongation in connected electric control lock body 10 immediately, i.e. Automatically controlled flexible dead bolt in electric control lock body 10 stretches in slideway draw-in groove 3, constitutes closing component structure, Then single-chip microcomputer sends riming instructions, timing circuit 12 to connected timing circuit 12 Starting timing according to riming instructions, when reaching the first preset duration, timing circuit 12 is to list Sheet machine returns a feedback signal, and single-chip microcomputer controls phase therewith further according to this feedback signal The brushless rotary motor connected is started working the second preset duration so that electric control lock body 10 exists Under the mutually rotation of the connected gear of brushless rotary motor and slide bar 4 gear groove, along slide bar 4 Under move back and forth, so angle outside door body 1, electric control lock body cannot be differentiated at all The particular location of 10, has thoroughly stopped the possibility that electric control lock body 10 is prized, has worked as brushless rotary Motor has worked after the second preset duration, quits work immediately, and sends feedback letter to single-chip microcomputer Number, single-chip microcomputer is further according to this feedback signal, again to connected timing circuit 12 Sending riming instructions, timing circuit 12 starts timing according to riming instructions, when timing circuit 12 When reaching the first preset duration again, timing circuit 12 returns a feedback letter to single-chip microcomputer Number, single-chip microcomputer controls connected brushless rotary motor further according to this feedback signal Starting working the second preset duration, thus, single-chip microcomputer realizes for nothing based on timing circuit 12 The loop control of brush rotary electric machine；Corresponding, when user steps in front of the door, the first radio frequency mould Block 8 and the second radio-frequency module 7 be positioned at each other radiofrequency signal interactive region time, the i.e. first radio frequency mould Between block 8 and the second radio-frequency module 7, radiofrequency signal matches, and will by the second radio-frequency module 7 Matched signal sends to single-chip microcomputer, and single-chip microcomputer judges that now user is positioned in front of the door, then accordingly First single-chip microcomputer controls connected brushless rotary motor and quits work so that electric control lock is originally Body 10 stops moving up and down, and then, single-chip microcomputer controls connected electric control lock body immediately Automatically controlled flexible dead bolt in 10 shortens, and the most automatically controlled flexible dead bolt is extracted out by slideway draw-in groove 3, The most now the closing component structure between door body 1 and doorframe 2 is released from, and user can open the door.

Above in conjunction with accompanying drawing, embodiment of the present utility model is explained in detail, but this reality It is not limited to above-mentioned embodiment, in the knowledge that those of ordinary skill in the art are possessed with novel In the range of, it is also possible to make a variety of changes on the premise of without departing from this utility model objective.

Claims (4)

1. an intelligent lock concealed burglar-proof door, including a body (1), and in contrast The doorframe (2) answered, a wherein side of door body (1) is by hinge and doorframe (2) Corresponding side is flexibly connected mutually；It is characterized in that: also include the first radio-frequency module (8), slide Road draw-in groove (3), slide bar (4), control module (5), and respectively with control module (5) The power supply (6) that is connected, the second radio-frequency module (7), rotary electric machine (9), electric control lock body (10), timing circuit (12)；Wherein, power supply (6) is respectively through control module (5) Second radio-frequency module (7), rotary electric machine (9), electric control lock body (10), timing circuit (12) It is powered；Radiofrequency signal phase between first radio-frequency module (8) with the second radio-frequency module (7) Coupling, control module (5), the second radio-frequency module (7) and timing circuit (12) are arranged on The back side of door body (1), timing circuit (12) includes DS1302 clock chip, electric capacity C1, electric capacity C2 and quartz-crystal filter；Wherein, the main power source of DS1302 clock chip connects Enter end to be connected with via the feeder ear of control module (5)；The vibration of DS1302 clock chip Source X1 is connected with one end of electric capacity C1, one end of quartz-crystal filter respectively；DS1302 Vibration source X2 of clock chip respectively with one end of electric capacity C2, quartz-crystal filter another One end is connected；The other end of electric capacity C1 is connected with the other end of electric capacity C2, and ground connection； The reset terminal of DS1302 clock chip, input/output terminal, input end of clock respectively with control mould Block (5) is connected；Electric control lock body (10) includes box body, and be arranged at tray interior, The automatically controlled flexible dead bolt of movable turnover box body side, control module (5) and automatically controlled flexible dead bolt It is connected, and power supply (6) is that automatically controlled flexible dead bolt is powered through control module (5), Automatically controlled flexible dead bolt passes in and out box body under the control of control module (5)；Slideway draw-in groove (3) Length, the length of slide bar (4), and the length three of door body (1) side is equal to each other, Slide bar (4) is arranged at a body (1) back side, and slide bar (4) place straight wired-AND gate body (1) side is parallel, and rotary electric machine (9) is solid mutually with the box body of electric control lock body (10) Fixed connection, the drive end of rotary electric machine (9) connects gear, along its institute on slide bar (4) surface The gear grooved matched with rotary electric machine (9) connected gear, electric control lock are set in rectilinear direction The box body of body (10) is movably set on slide bar (4) by the collar (11), electric control lock Body (10) turns with the mutual of slide bar (4) gear groove at rotary electric machine (9) connected gear Under Dong, move up and down along slide bar (4), automatically controlled flexible on box body in electric control lock body (10) Another side flush of dead bolt turnover face, place relative connected hinge upper with door body (1), And the sensing hinge direction dorsad of the upper automatically controlled flexible dead bolt of electric control lock body (10)；Slideway draw-in groove (3) the upper width of notch adapts with the width of automatically controlled flexible dead bolt, and slideway draw-in groove (3) sets It is placed on another side of upper the connected hinge relatively of doorframe (2), and door body (1) and door During frame (2) Guan Bi, the position of the upper notch of slideway draw-in groove (3) and the position of automatically controlled flexible dead bolt Corresponding.

The most according to claim 1, a kind of intelligent lock concealed burglar-proof door, its feature exists In: described rotary electric machine (9) is brushless rotary motor.

The most according to claim 1, a kind of intelligent lock concealed burglar-proof door, its feature exists In: described control module (5) is single-chip microcomputer.

The most according to claim 1, a kind of intelligent lock concealed burglar-proof door, its feature exists In: described power supply (6) is external power supply.