CN205382787U - Locks that can be manual or automatically controlled - Google Patents
Locks that can be manual or automatically controlled Download PDFInfo
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- CN205382787U CN205382787U CN201521142047.8U CN201521142047U CN205382787U CN 205382787 U CN205382787 U CN 205382787U CN 201521142047 U CN201521142047 U CN 201521142047U CN 205382787 U CN205382787 U CN 205382787U
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- dead bolt
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- slide block
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Abstract
The utility model provides a locks that can be manual or automatically controlled, the device include outside board, interior panel, handle pivot, motor, handle interlock piece, spring bolt and spring bolt promotion slider, be equipped with the driving gear in the pivot of motor, be equipped with the dish with driven gear on the handle interlock piece, still be equipped with the slider poker rod that to stir the spring bolt and promote slider panel motion interior relatively on the handle interlock piece, the spring bolt promotes the slider and is in the same place with latch connection. Accessible motor drive makes driving gear, driven gear dish, slider poker rod, spring bolt promotion slider and spring bolt transmission in proper order, and realizes the concertina movement of spring bolt, also can pass through control handle, make handle pivot, handle interlock piece, slider poker rod, spring bolt promotion slider and spring bolt transmission in proper order, and realize the concertina movement of spring bolt. The utility model has the advantages of simple structure, can manual or automatically controlled dual drive, structural design is reasonable, the theftproof is with better function.
Description
Technical field
This utility model relates to lockset, specifically a kind of both can manual switch, can also automatically controlled door lock assembly that open the light, simple structure.
Background technology
Electric control lock has intelligent and convenient advantage due to it, is widely used in numerous occasions.
Electric control lock conventional on the market mainly includes two kinds: one is that signal inductor passes through the sensing signal such as fingerprint or password, transmit instructions to circuit board, drive motor is opened, motor is connected with clutch or dead bolt shifting block by gear train, the startup of motor will directly drive dead bolt to stretch out or retraction lock housing, it is achieved the purpose locked or unblank.Another kind of is by handle drive motor, the rotating shaft of handle is provided with motor and drives shifting block, motor also is provided with motor and drives contact, when handle turns to relevant position, motor drives shifting block and motor to drive contact to offset conjunction, makes motor drive, and motor is also be connected with clutch or dead bolt shifting block by gear train, make dead bolt stretch out or retraction lock housing is moved and realized locking or unblanking, if publication number is the Chinese patent of CN204402151.
Though the theftproof performance of this kind of electric control lock is good, but first can be had a disadvantage in that, this kind of electric control lock generally can only unilaterally by motor-driven dead bolt, once break down in the path of motor, circuit board or automatically controlled transmission, then cannot manually or other approach unblank, after only taking lock body apart maintenance, even destroy dead bolt just can open door body.Second, the driving structure of this kind of electric control lock generally comprises clutch, after life-time service, also easily there is flexible poor response or the abrasion of clutch shifting block in the elastic telescopic latch of clutch, causes that clutch drives and lost efficacy, and affects service life.3rd, the drive mechanism of this kind of electric control lock usually includes the parts such as several travelling gears, transmission shifting block, back-moving spring, and its structure is complicated, produces and maintenance cost is all significantly high.
As can be seen here, at present electric control lock on the market owing to its internal structure is complicated, design unreasonable and cause existing more defect, service life is short, poor effect.For this reason, it may be necessary to design a kind of reasonable in design, electric control lock that simple in construction, cost are low, durable.
Utility model content
The purpose of this utility model is in that, for the deficiencies in the prior art, it is provided that a both can manual drive, also can the door lock assembly of automatically controlled driving, with adapt in different occasion and prevent automatically controlled drive and lost efficacy time also can not destroy lock body and open dead bolt；Meanwhile, this door lock has the function of dead bolt use capable of reversing, both can meet the demand of door body that left and right has not been opened in the same direction, also can by by oppositely arranged for parts and avoid life-time service to cause defect produced by part one lateral wearing.
For reaching above-mentioned purpose, the technical solution adopted in the utility model is as follows:
A kind of can be manual or automatically controlled door lock assembly, it is characterised in that: include panel, handle rotating shaft, motor, handle linked block, dead bolt and dead bolt promote slide block；
Described handle rotating shaft inserts into the inner side through described panel；Described motor, handle linked block, dead bolt and dead bolt promote slide block to be installed in the inner side of described panel；Described handle linked block is to be set in described handle rotating shaft and can make synchronous axial system with handle rotating shaft along its axle center；
Described dead bolt be one can panel rotation and extending panel be outer relatively or hook part in retraction panel；Described dead bolt promotes slide block relatively to do reciprocating linear motion by panel, and to push-pull lock tonguing row transmission when dead bolt promotes the relative panel of slide block to do reciprocating linear motion, makes dead bolt extending panel outer or in retraction panel；
The rotating shaft of described motor is provided with driving gear, and the surface of described handle linked block is formed with annular driven tooth wheel disc along the circumference of handle rotating shaft, and described driving gear constitutes transmission with described driven tooth wheel disc and coordinates；
Being additionally provided with outwardly directed slide block poke rod on described handle linked block, described dead bolt promotes slide block to be formed near the side of handle linked block and stirs groove；Described slide block poke rod is stirred in groove described in being placed in；Described slide block poke rod can rotate with handle linked block and promote dead bolt to promote the relative panel of slide block to do reciprocating linear motion.
Door lock assembly provided by the utility model its lock with unblank can respectively with hand control or automatically controlled, its operating principle is as follows respectively.
The first, the principle that automatically controlled driving is locked or unblanked: motor is connected with circuit board and is subject to circuit board to drive, when the induction apparatus of lock body receives enabling signal by the mode such as fingerprint, password, circuit board drive motor drives, driving gear is made to drive driven tooth wheel disc to rotate, make handle linked block around the axis rotation of handle rotating shaft, slide block poke rod promotes dead bolt to promote slide block to make its relative panel translation, then promotes dead bolt to stretch out or retraction panel, it is achieved to lock or unblank.It should be noted that owing to handle linked block and handle rotating shaft are synchronized with the movement, therefore when motor-driven time, handle also can automatically around axis rotation.
The second, hand control is locked or the principle unblanked: staff swing handle, handle rotating shaft drives handle linked block around axis rotation, slide block poke rod promotes dead bolt to promote slide block to make its relative panel translation simultaneously, and push-and-pull dead bolt stretches out or retraction panel then, it is achieved locks or unblanks.
It should be noted that the using method of this door lock assembly has two kinds: the first is that the automatically controlled induction apparatus of door lock assembly is provided in door body on the panel of outdoor side, and handle is provided in door body on the panel of indoor side.During use, trigger induction apparatus start-up circuit plate and motor at outer side of door switch lock each through modes such as fingerprint, secret key, plug-in cards；Lock each through hand control in door inner switch.The second is, the automatically controlled induction apparatus of door lock assembly and handle are homonymy and arrange, and during installation, all automatically controlled induction apparatus and handle are all installed towards door body to indoor side, it is adaptable to lock enhancing anti-theft effect in door.This kind of occupation mode, is easy for, when automatically controlled part or circuit break down, also manually unblanking.
On the basis of such scheme, also can embodying dead bolt and promote the movable connection method between slide block and panel: namely be provided with slider guide post on described panel vertically, described dead bolt promotes slide block to be provided with the slider guide groove coordinated with described slider guide post；Described slider guide groove can slide along described slider guide post, thus realizing dead bolt to promote the relative panel linear reciprocating motion of slide block.
Further, the hook dead bolt of the improvement that door lock assembly of the present utility model adopts, in the design of its shape, the dead bolt of relatively transmission has anti-theft effect more preferably, and its concrete structure is: dead bolt is " J " font, including tongue bar portion and hook part；The upper end in described tongue bar portion is connected on panel by bearing pin, and realize dead bolt can panel rotation relatively；Described pin shaft connection structure is namely: the upper end in tongue bar portion is provided with the first pin-and-hole, and described panel is provided with the second pin-and-hole accordingly, is additionally provided with the latch for connecting dead bolt and panel；Described latch is plugged in described first pin-and-hole and the second pin-and-hole；Described dead bolt can around the axis rotation of latch.One end that described tongue bar portion is connected with hook part, promotes, with dead bolt, the first joint pin being provided with vertically protrusion on the side surface that slide block is relative at dead bolt, and described dead bolt promotes slide block to be provided with the first dead bolt coordinated with described first joint pin and promotes guide groove.When described dead bolt promotes the relative outer panels of slide block to move, described first joint pin promotes in guide groove at described first dead bolt passively and slides, so that the relative panel in the hook part of dead bolt stretches out or retraction.
The program is when dead bolt is locked, and dead bolt hole is stretched out to time to a certain degree in hook part, and tongue bar portion can offset with the inwall of outer panels, to represent that hook part has reached potential energy and ensured that lock body has been in locking state and hook part can be stoped further to continue to stretch out.Adopt the dead bolt of tool hook, after locking, can have good pick-proof effect.Traditional square tongue or oblique fire, after lock body internal structure is destroyed, just level can extract dead bolt hole out easily, and lose anti-theft effect；And the dead bolt of hook, even if the drive mechanism of dead bolt destroyed after, instrument can not be used easily to extract dead bolt out, therefore theftproof performance is than traditional lock body more preferably.
Door lock assembly of the present utility model, at least provided with the first dead bolt hole on its panel, described dead bolt is arranged on the inner side of the first dead bolt hole.Further, this door lock assembly is designed to dead bolt use capable of reversing, and the left side that can meet door body is installed lock body, also can be met the right side installation lock body use of door body.Namely two sides on panel are respectively equipped with the first dead bolt hole and the second dead bolt hole；Described dead bolt may be provided at the inner side of the first dead bolt hole or is arranged on the inner side of the second dead bolt hole.
On the basis of such scheme, as further dead bolt operational version capable of reversing, it specifically preferably realizes structure and is: described dead bolt is also for " J " font, including tongue bar portion and hook part.The upper end in described tongue bar portion is connected on panel near the side of the first dead bolt hole by bearing pin or is connected on panel near the side of the second dead bolt hole.Namely the upper end in described tongue bar portion is provided with the first pin-and-hole；Described panel is provided with the second pin-and-hole in the side near the first dead bolt hole, is provided with the 3rd pin-and-hole in the side near the second dead bolt hole；And it is additionally provided with the latch connecting dead bolt and panel.One end that described tongue bar portion is connected with hook part, is provided with the first joint pin of vertically protrusion on a surface of dead bolt, is provided with the second joint pin of vertically protrusion on another surface of dead bolt.Described dead bolt promotes slide block to be provided with the first dead bolt coordinated with described first joint pin and promotes guide groove and be provided with the second dead bolt promotion guide groove coordinated with described second joint pin.
When latch the first pin-and-hole and the second pin-and-hole grafting got up and described first joint pin be plugged in the first dead bolt promote guide groove time, dead bolt promotes slide block can drive the relative panel rotation of dead bolt relative to panel movement so that it is hook part is stretched out or retraction the first dead bolt hole.When latch the first pin-and-hole and the 3rd pin-and-hole grafting got up and described second joint pin be plugged in the second dead bolt promote guide groove time, dead bolt promotes slide block can drive the relative panel rotation of dead bolt relative to panel movement so that it is hook part is stretched out or retraction the second dead bolt hole.
When adopting the scheme of dead bolt use capable of reversing, the situation of door lock is not installed in the same direction for left and right, only need to can be realized by placement direction and the position of adjustment motor and dead bolt, use very convenient.
Further, stretch out and retraction puts in place for making to control dead bolt exactly, described handle linked block is additionally provided with the projection that rotate in place, described inner side is additionally provided with first of the maximum rotation scope for the limiting handle linked block block and second that puts in place and puts in place block, and therefore defining the maximum rotation distance of handle linked block is that first block and second that puts in place puts in place between block.
The dead bolt stretching motion of such scheme, is both needed to be driven by the rotation of handle linked block dead bolt to promote the motion of slide block and dead bolt to realize, and the rotation of handle linked block must flow through motor driving or manual rotation handle could realize.When unblanking, if can not be entirely retracted to put in place inside dead bolt retraction outer panels, then can affect enabling.Therefore, this utility model is also provided with the reduction torsion spring making the inner side retraction of the outside panel of dead bolt put in place further.Described dead bolt promotes slide block to be provided with the first torsion spring fixture block, and described panel is provided with the second bullet and turns round fixture block.One end of described reduction torsion spring is fixed on the first torsion spring fixture block, the other end is fixed on the second torsion spring fixture block.When dead bolt is in the state inside retraction dead bolt hole, reduction torsion spring is in the normal state；When dead bolt is in the state stretched out outside dead bolt hole, reduction torsion spring is in elastically-deformable state.But the reset pulling force of reduction torsion spring is less, and driving gear and driven tooth wheel disc gear between the two are worked in coordination, dead bolt is made to stretch out during dead bolt hole its motive force less than the reset pulling force of reduction torsion spring, namely dead bolt will not reset after stretching out dead bolt hole at once, only when dead bolt is retracted near dead bolt hole, the pulling force of reduction torsion spring just works, it is ensured that dead bolt is to be fully retracted the inside to outer panels.
The door lock assembly that this utility model provides, have simple in construction, can manual or automatically controlled Dual Drive, reasonable in design, anti-theft feature more preferably, left and right can be met the needs of lock body are not installed in the same direction, etc. advantage.
Accompanying drawing explanation
The part that Fig. 1 is the door lock assembly of R.H.flapped door in embodiment splits schematic diagram；
Fig. 2 is the three-dimensional structure diagram of the door lock assembly of R.H.flapped door in embodiment；
Fig. 3 is the structural representation of the locking state of the door lock assembly of R.H.flapped door in embodiment；
Fig. 4 is the structural representation of the unlocking condition of the door lock assembly of R.H.flapped door in embodiment；
Fig. 5 is the schematic diagram of the locking state of the door lock assembly of L.H.flapped door in embodiment；
Fig. 6 is the schematic diagram of the unlocking condition of the door lock assembly of L.H.flapped door in embodiment；
Accompanying drawing labelling:
1-outer panels；11-the first dead bolt hole；12-the second dead bolt hole；2-wainscot；21-slider guide post；22-the second pin-and-hole；23-the 3rd pin-and-hole；Fixture block turned round by 24-the second bullet；25-first puts in place block；26-second puts in place block；3-handle rotating shaft；4-motor；41-driving gear；5-handle linked block；51-driven tooth wheel disc；52-slide block poke rod；53-rotates position projection；6-dead bolt；61-tongue bar portion；62-hook part；63-the first joint pin；64-the second joint pin；65-the first pin-and-hole；7-dead bolt promotes slide block；71-slider guide groove；72-stirs groove；73-the first dead bolt promotes guide groove；74-the second dead bolt promotes guide groove；75-the first torsion spring fixture block；8-latch；9-reduction torsion spring.
Detailed description of the invention
Below in conjunction with accompanying drawing, further door lock assembly of the present utility model is made detailed elaboration:
It should be noted that in order to dismount with easy to maintenance, the panel in embodiment includes outer panels and wainscot, wainscot is the inner side opened and be arranged on outer panels removably for installing other parts.When maintenance, wainscot monoblock only need to be torn open profit outer panels, also disassemble without by outer panels.
As shown in Figures 1 to 6, the present embodiment can be manual or automatically controlled door lock assembly, including outer panels 1, wainscot 2, handle rotating shaft 3, motor 4, handle linked block 5, dead bolt 6 and dead bolt promote slide block 7.
Two sides of outer panels 1 are respectively equipped with the first dead bolt 11 and the second dead bolt 12.
Wainscot 2 is mounted in the medial surface of outer panels 1, and motor 4, handle linked block 5, dead bolt 6 and dead bolt promote slide block 7 to be all mounted on the inner surface of wainscot 2.
Handle rotating shaft 3 stretches out in the inner surface of wainscot 2 through outer panels 1.Handle linked block 5 is set in handle rotating shaft 3, and can make synchronous axial system with handle rotating shaft 3 along its axle center.
The rotating shaft of motor 4 is provided with driving gear 41.The surface of handle linked block 5 is formed with annular driven tooth wheel disc 51 along the circumference of handle rotating shaft 3.Driving gear 41 is placed in the surface of driven tooth wheel disc 51, and both tooth bars are worked in coordination transmission.
Being provided with some slider guide posts 2 on wainscot 2 vertically, dead bolt promotes and is provided with some slider guide grooves 71 accordingly on slide block 7.Slider guide post 21 is plugged in slider guide groove 71.Handle linked block 5 is additionally provided with the slide block poke rod 52 horizontally outward protruded.Dead bolt promotes slide block 7 to be formed in the side near handle linked block 5 and stirs groove 72.It is placed in stirring in groove 72 under slide block poke rod 52 normality.When described handle linked block 5 rotates, slide block poke rod 52 promotes dead bolt to promote slide block 7 to move, slider guide groove 71 can slide along described slider guide post 21, promotes slide block 7 opposed inner faces plate 2 to come and go translation between the first dead bolt 11 and the second dead bolt 12 thus realizing dead bolt.
Such as Fig. 1, Fig. 3 and Fig. 5, dead bolt 6 is " J " font, including tongue bar portion 61 and hook part 62.
The upper end in the tongue bar portion 61 of dead bolt 6 is provided with the first pin-and-hole 65, and wainscot 2 is provided with the second pin-and-hole 22 in the side near the first dead bolt hole 11, is provided with the 3rd pin-and-hole 23 in the side near the second dead bolt hole 12.
Tongue bar portion 61 and the joint of hook part 62, be provided with the first joint pin 63 of vertically protrusion, be provided with the second joint pin 64 of vertically protrusion on another surface of dead bolt 6 on a surface of dead bolt 6；Dead bolt promotes on slide block 7, promotes guide groove 73 being provided with the first dead bolt near the first dead bolt 11, promotes guide groove 74 being provided with the second dead bolt near the second dead bolt 12.
Such as Fig. 3 to Fig. 6, dead bolt 6 is can be different according to enabling direction, and commutation is arranged, and meets the requirement not installing lock body about door body in the same direction.Namely dead bolt 6 is can be installed on the inner side of the first dead bolt 11 or be installed on the inner side of the second dead bolt 12.
Such as Fig. 3 and Fig. 4, when dead bolt 6 is arranged on the inner side of the first dead bolt hole 11, utilize latch 8 by the first pin-and-hole 65 and the second pin-and-hole 22 grafting, and the first joint pin 63 is plugged in the first dead bolt promotes in guide groove 73.Now, the upper end of dead bolt 6 is connected on wainscot 2, and can around the axis rotation of latch 8；The middle part of dead bolt 6 promotes slide block 7 to be flexibly connected with dead bolt.When dead bolt promotes slide block 7 opposed inner faces plate 2 translation, the hook part 62 of dead bolt 6 can be driven to stretch out or retraction the first dead bolt hole 11, and the tongue bar portion 61 interior motion of panel 1 outside all the time.Now, motor 4 is arranged on the side wainscot 2 near the second dead bolt hole 12.
Such as Fig. 5 and Fig. 6, when dead bolt 6 is arranged on the inner side of the second dead bolt hole 12, utilize latch 8 by the first pin-and-hole 65 and the 3rd pin-and-hole 23 grafting, and the second joint pin 64 is plugged in the second dead bolt promotes in guide groove 74.Now, the upper end of dead bolt 6 is connected on wainscot 2, and can around the axis rotation of latch 8；The middle part of dead bolt 6 promotes slide block 7 to be flexibly connected with dead bolt.When dead bolt promotes slide block 7 opposed inner faces plate 2 translation, the hook part 62 of dead bolt 6 can be driven to stretch out or retraction the second dead bolt hole 12, and the tongue bar portion 61 interior motion of panel 1 outside all the time.Now, motor 4 is arranged on the side wainscot 2 near the first dead bolt hole 11.
Such as Fig. 3 to Fig. 6, handle linked block 5 is additionally provided with the projection 53 that rotate in place, wainscot 2 is additionally provided with first block 25 and second that puts in place and puts in place block 26.When handle linked block 5, to turn to the hook part 62 of dead bolt 6 fully extended or when being entirely retracted to the first dead bolt hole 11 or the second dead bolt hole 12, and the projection 53 that rotate in place goes to the block 25 or the second that just puts in place with first block 26 that puts in place and offsets.Therefore, first block 25 and second block 26 that puts in place that puts in place defines the maximum rotation scope of handle linked block 5.
Further, during for guaranteeing to unblank, the hook part 62 of dead bolt 6 can be fully retracted the inner side to outer panels 1, and does not affect enabling, is also provided with ensureing the reduction torsion spring 9 that dead bolt 6 retraction puts in place.Dead bolt promotes slide block 7 to be provided with the first torsion spring fixture block 75, and wainscot 2 is provided with the second bullet and turns round fixture block 24；One end of reduction torsion spring 9 is fixed on the first torsion spring fixture block 75, the other end is fixed on the second torsion spring fixture block 24.When dead bolt 6 is in the state in retraction outer panels 1, reduction torsion spring 9 is in the normal state；When dead bolt 6 is in the state stretched out outside outer panels 1, reduction torsion spring place 9 is in elastically-deformable state.But the reset pulling force of reduction torsion spring 9 is less, and driving gear 41 is engaged with driven tooth wheel disc 51 gear between the two, when making dead bolt 6 stretch out, its motive force is less than the reset pulling force of reduction torsion spring 9, namely dead bolt 6 will not reset after stretching out at once, when being only retracted near the first dead bolt hole 11 or the second dead bolt hole 12 when dead bolt 6, reduction torsion spring 9 just plays the effect assisting to reset, it is ensured that dead bolt 6 is the inside being fully retracted to outer panels 1.
Claims (10)
1. one kind can be manual or automatically controlled door lock assembly, it is characterised in that: include panel (1), handle rotating shaft (3), motor (4), handle linked block (5), dead bolt (6) and dead bolt promote slide block (7)；
Described handle rotating shaft (3) inserts into the inner side through described panel (1)；Described motor (4), handle linked block (5), dead bolt (6) and dead bolt promote slide block (7) to be installed in the inner side of described panel (1)；Described handle linked block (5) is to be set on described handle rotating shaft (3) and can make synchronous axial system with handle rotating shaft (3) along its axle center；
Described dead bolt (6) is one and can rotate and the extending panel (1) hook part outward or in retraction panel (1) relative to panel (1)；Described dead bolt promotes slide block (7) relatively to do reciprocating linear motion by panel (1), and dead bolt promotes slide block (7) relatively panel (1), when doing reciprocating linear motion, push-and-pull dead bolt (6) is carried out transmission, make dead bolt (6) extending panel (1) outward or in retraction panel (1)；
The rotating shaft of described motor (4) is provided with driving gear (41), the surface of described handle linked block (5) is formed with annular driven tooth wheel disc (51) along the circumference of handle rotating shaft (3), and described driving gear (41) constitutes transmission with described driven tooth wheel disc (51) and coordinates；
Being additionally provided with outwardly directed slide block poke rod (52) on described handle linked block (5), described dead bolt promotes slide block (7) to be formed near the side of handle linked block (5) and stirs groove (72)；Described slide block poke rod (52) is stirred in groove (72) described in being placed in；Described slide block poke rod (52) can rotate with handle linked block (5) and promote dead bolt to promote slide block (7) panel (1) relatively to do reciprocating linear motion.
2. according to claim 1 a kind of can be manual or automatically controlled door lock assembly, it is characterized in that: be provided with slider guide post (21) on described panel (1) vertically, described dead bolt promotes slide block (7) to be provided with the slider guide groove (71) coordinated with described slider guide post (21)；Described slider guide groove (71) can be slided along described slider guide post (21), thus realizing dead bolt to promote slide block (7) panel (1) linear reciprocating motion relatively.
3. according to claim 1 a kind of can be manual or automatically controlled door lock assembly, it is characterised in that: described dead bolt (6) is " J " font, including tongue bar portion (61) and hook part (62)；The upper end of described tongue bar portion (61) is connected on panel (1) by bearing pin, and realizes dead bolt (6) and can rotate relative to panel (1)；One end that described tongue bar portion (61) is connected with hook part (62), promoting, with dead bolt, the first joint pin (63) being provided with vertically protrusion on the side surface that slide block (7) is relative at dead bolt (6), described dead bolt promotes slide block (7) to be provided with the first dead bolt coordinated with described first joint pin (63) and promotes guide groove (73)；When described dead bolt promotes slide block (7) outer panels (1) motion relatively, described first joint pin (63) promotes in guide groove (73) at described first dead bolt passively and slides, so that the hook part (62) of dead bolt (6) panel (1) relatively stretches out or retraction.
4. according to claim 3 a kind of can be manual or automatically controlled door lock assembly, it is characterized in that: the upper end in tongue bar portion (61) is provided with the first pin-and-hole (64), and described panel (1) is provided with the second pin-and-hole (22) accordingly；It is additionally provided with the latch (8) for connecting dead bolt (6) and panel (1)；Described latch (8) is plugged in described first pin-and-hole (64) and the second pin-and-hole (22)；Described dead bolt (6) can around the axis rotation of latch (8).
5. according to claim 1 a kind of can be manual or automatically controlled door lock assembly, it is characterized in that: at least provided with the first dead bolt hole (11) on described panel (1), described dead bolt (6) is arranged on the inner side of the first dead bolt hole (11).
6. according to claim 1 a kind of can be manual or automatically controlled door lock assembly, it is characterised in that: two sides on described panel (1) are respectively equipped with the first dead bolt hole (11) and the second dead bolt hole (12)；Described dead bolt (6) may be provided at the inner side of the first dead bolt hole (11) or is arranged on the inner side of the second dead bolt hole (12).
7. according to claim 6 a kind of can be manual or automatically controlled door lock assembly, it is characterised in that: described dead bolt (6) is " J " font, including tongue bar portion (61) and hook part (62)；The upper end of described tongue bar portion (61) is connected to the upper side near the first dead bolt hole (11) of panel (1) by bearing pin or is connected to the upper side near the second dead bolt hole (12) of panel (1)；One end that described tongue bar portion (61) is connected with hook part (62), is provided with first joint pin (63) of vertically protrusion on a surface of dead bolt (6), is provided with second joint pin (64) of vertically protrusion on another surface of dead bolt (6)；Described dead bolt promotes slide block (7) to be provided with the first dead bolt coordinated with described first joint pin (63) and promotes guide groove (73) and be provided with the second dead bolt promotion guide groove (74) coordinated with described second joint pin (64)；When described first joint pin (63) is plugged in the first dead bolt promotion guide groove (73), dead bolt promotes slide block (7) panel (1) motion relatively that the hook part (62) of dead bolt (6) can be driven to stretch out or retraction the first dead bolt hole (11)；When described second joint pin (64) is plugged in the second dead bolt promotion guide groove (74), dead bolt promotes slide block (7) panel (1) motion relatively that the hook part (62) of dead bolt (6) can be driven to stretch out or retraction the second dead bolt hole (12).
8. according to claim 7 a kind of can be manual or automatically controlled door lock assembly, it is characterised in that: the upper end of described tongue bar portion (61) is provided with the first pin-and-hole (65)；Described panel (1) is provided with the second pin-and-hole (22) in the side near the first dead bolt hole (11), is provided with the 3rd pin-and-hole (23) in the side near the second dead bolt hole (12)；It is additionally provided with the latch (8) connecting dead bolt (6) and panel (1)；First pin-and-hole (65) and the second pin-and-hole (22) grafting are got up by latch (8) or latch (8) is by the first pin-and-hole (65) and the 3rd pin-and-hole (23) grafting, and realize dead bolt (6) and can rotate relative to panel (1).
9. the door lock assembly that a kind of according to any one of claim 1-8 can be manual or automatically controlled, it is characterised in that: described handle linked block (5) is additionally provided with the projection that rotate in place (53)；Described panel (1) inner side is additionally provided with first of maximum rotation scope for limiting handle linked block (5) block (25) and second that puts in place and puts in place block (26).
10. the door lock assembly that a kind of according to any one of claim 1-8 can be manual or automatically controlled, it is characterised in that: it is additionally provided with the reduction torsion spring (9) for making dead bolt (6) put in place to the inner side retraction of panel (1)；Described dead bolt promotes slide block (7) to be provided with the first torsion spring fixture block (75), and the inner side of described panel (1) is provided with the second bullet and turns round fixture block (24)；One end of described reduction torsion spring (9) is fixed on the first torsion spring fixture block (75), and the other end of reduction torsion spring (9) is fixed on the second torsion spring fixture block (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521142047.8U CN205382787U (en) | 2015-12-31 | 2015-12-31 | Locks that can be manual or automatically controlled |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521142047.8U CN205382787U (en) | 2015-12-31 | 2015-12-31 | Locks that can be manual or automatically controlled |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205382787U true CN205382787U (en) | 2016-07-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521142047.8U Withdrawn - After Issue CN205382787U (en) | 2015-12-31 | 2015-12-31 | Locks that can be manual or automatically controlled |
Country Status (1)
| Country | Link |
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| CN (1) | CN205382787U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105484580A (en) * | 2015-12-31 | 2016-04-13 | 佛山市思歌锁业科技有限公司 | Manually controlled or electrically controlled door locking device |
| WO2018045525A1 (en) * | 2016-09-08 | 2018-03-15 | 深圳市凯迪仕智能科技有限公司 | Push-pull lock |
-
2015
- 2015-12-31 CN CN201521142047.8U patent/CN205382787U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105484580A (en) * | 2015-12-31 | 2016-04-13 | 佛山市思歌锁业科技有限公司 | Manually controlled or electrically controlled door locking device |
| WO2018045525A1 (en) * | 2016-09-08 | 2018-03-15 | 深圳市凯迪仕智能科技有限公司 | Push-pull lock |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160713 Effective date of abandoning: 20180216 |
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| AV01 | Patent right actively abandoned |