CN109025508A

CN109025508A - The mounting structure of intelligent lock and the method for preventing smart lock driver to be removed

Info

Publication number: CN109025508A
Application number: CN201810556394.7A
Authority: CN
Inventors: 李川涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-19
Filing date: 2018-05-31
Publication date: 2018-12-18
Anticipated expiration: 2038-05-31
Also published as: CN208564204U; CN109025508B

Abstract

The present invention is suitable for intelligent lock field, the method for disclosing the mounting structure of intelligent lock and smart lock driver being prevented to be removed, wherein, the mounting structure of intelligent lock includes wearing the lock core being installed on door body or mechanical lock, the smart lock driver being removably mounted on door body or mechanical lock by card insertion connection type and/or magnet suction type and the inside key that wears connection lock core out of smart lock driver and can be rotated by the driving of smart lock driver, inside key includes that the shank of the key being stuck in smart lock driver and one end are connect with the shank of the key, the other end is pierced by outside smart lock driver and is inserted in the key bar in lock core.Installation and removal of the smart lock driver in door body or mechanical lock can hand operation complete, without by auxiliary tool, and when driving inside key to turn to any locking angle except lockset position of coupler and in addition to shutting position by control smart lock driver, it can prevent smart lock driver from being removed easily by child.

Description

The mounting structure of intelligent lock and the method for preventing smart lock driver to be removed

Technical field

The present invention relates to the mounting structure of the mounting technique field of intelligent lock more particularly to intelligent lock and prevent intelligence The method that lock driver is removed.

Background technique

Intelligent lock be it is a kind of can the lockset of intelligent control with high security, make relative to traditional mechanical lock With convenient advantage.However, there are still following technical problems in a particular application for the intelligent lock of the prior art: smart lock driving Device is installed in door body or mechanical lock by screw, in this way, it requires specific purpose tool (screw in installation and removal Knife) it is operated, so as to cause the installation and removal that cannot achieve smart lock driver in the case of no specific purpose tool.

Summary of the invention

The first purpose of this invention is to provide a kind of mounting structure of intelligent lock, aims to solve the problem that existing smart lock Driver needs are just able to achieve the technical issues of installation and removal by specific purpose tool.

Second object of the present invention is to provide a kind of method for preventing smart lock driver to be removed, aim to solve the problem that The technical issues of above-mentioned smart lock driver is removed by child easily.

In order to achieve the above first purpose, scheme provided by the invention is: the mounting structure of smart lock driver, including wears If being installed on the lock core on door body or mechanical lock, detachably being installed by card insertion connection type and/or magnet suction type Wear in the smart lock driver in the door body or mechanical lock and out of described smart lock driver the connection lock Core and the inside key that rotation can be driven by the smart lock driver, the inside key include being stuck in the smart lock driving The shank of the key and one end in device are connect with the shank of the key, the other end is pierced by outside the smart lock driver and is inserted in the lock The key bar of in-core.

Optionally, the smart lock driver includes driving body, lockset connector and key connector, the lockset connection Part and the key connector are all removably mounted to one end of the driving body, and the lockset connector passes through card insertion connection side Formula and/or magnet suction type are detachably connected the door body or mechanical lock, and the key connector is pacified equipped with key Hole is filled, the shank of the key is stuck in the driving body by the key connector, and the key bar is installed by the key Hole is pierced by outside the driving body.

Optionally, the mounting structure of the smart lock driver further includes being removably mounted to the door body or mechanical lock Lockset installation part on body, the lockset connector pass through described in sliding card insertion connection type and/or the connection of magnet suction type Lockset installation part.

Optionally, the lockset installation part includes connecting support arm and is set to described connecting support arm one end to be used for and the door The installation support arm that body or mechanical lock are detachably connected, through being equipped with for being worn for the first fastener on the installation support arm Fixation hole, the connecting support arm be equipped with slide construction, the lockset connector be equipped with guide sliding structure, the slide construction Be slidably connected the guide sliding structure.

Optionally, the key connector passes through magnet suction type and/or screw connecting mode and/or card insertion connection side Formula detachably installs one end of the driving body；And/or

The lockset connector is removable by magnet suction type and/or screw connecting mode and/or card insertion connection type Unload the one end for being installed on the driving body.

Optionally, the driving body includes housing unit, driving gear, motor, gear drive, battery and circuit Plate, the motor, the battery and the circuit board, which are all located in the housing unit and all fix with the housing unit, to be connected It connects, the driving gear is rotatably installed on one end of the housing unit, and the gear drive transmission connection is in institute It states between motor and driving gear, the motor and the battery are all electrically connected with the circuit board, the lockset connector The housing unit is detachably connected with one of the key connector, another one is detachably connected the driving gear.

Optionally, the housing unit includes pedestal, shell and installation sheet, the pedestal be fixedly connected with the shell and Part in the shell, the motor, the battery and the circuit board be all located in the shell and all with the base Seat is fixedly connected, and the driving gear is rotatably installed on one end of the pedestal by the installation sheet.

Optionally, one end of the pedestal is equipped with the first cavity, and the driving gear is annular in shape, and the driving gear has Through the hollow inner hole of setting, the inner sidewall of the hollow inner hole is equipped with the double wedge engaged with the gear drive, institute The exterior contour for stating driving gear is rotatably assorted with first cavity；The edge of the installation sheet compresses the driving gear, The middle section of the installation sheet is fastenedly connected the pedestal by the second fastener.

Optionally, the second cavity and key mounting groove, second cavity and the key are additionally provided on the housing unit Spoon mounting groove is arranged at intervals at the recessed bottom wall of first cavity, and the gear drive includes being located at second cavity The interior and driving gear part that is connect with the motor drive and it is located in first cavity and is sequentially connected in the active Driven gear portion between gear parts and the driving gear, the shank of the key are movably set in the key mounting groove It is interior.

To reach above-mentioned second purpose, scheme provided by the invention is: the method for preventing smart lock driver to be removed, Wherein, intelligent lock is removably mounted in door body or mechanical lock by the mounting structure of above-mentioned intelligent lock, is prevented The method that the smart lock driver is removed from the door body or mechanical lock are as follows: pass through remote controler or intelligent handhold Equipment controls the smart lock driver, and to drive the inside key to turn to any in addition to the inside key insertion position Lock angle.

The mounting structure of intelligent lock provided by the invention, by by smart lock driver by card insertion connection type and/ Or magnet suction type be removably mounted to door body perhaps on mechanical lock in this way, make smart lock driver in door body or Installation and removal on mechanical lock can hand operation complete, without by auxiliary tool, installation and removal are all very It is convenient.In addition, key bar is set as being pierced by and inserting out of smart lock driver by the way that the shank of the key to be stuck in smart lock driver In the form of lock core, so that smart lock driver can drive key bar to rotate in lock core to realize unlocking, shut, lock Fixed operation.

The method provided by the invention for preventing smart lock driver to be removed passes through remote controler or intelligent handheld device control Smart lock driver driving inside key processed turns to any locking angle in addition to inside key insertion position, in this way, can make Obtaining inside key can not extract out of lock core；And since the shank of the key of inside key is to be stuck in smart lock driver, so that Smart lock driver can not also be removed from door body or mechanical lock, to be conducive to prevent smart lock driver small easily The phenomenon that child removes has fully ensured that the reliability that smart lock driver uses.

Detailed description of the invention

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with The structure shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the forward structure schematic diagram that smart lock driver provided in an embodiment of the present invention is installed on mechanical lock；

Fig. 2 is the reverse geometry schematic diagram that smart lock driver provided in an embodiment of the present invention is installed on mechanical lock；

Fig. 3 is that the assembly of smart lock driver provided in an embodiment of the present invention and lockset installation part, inside key, lock core is shown It is intended to；

Fig. 4 is the assembling schematic diagram of smart lock driver provided in an embodiment of the present invention and lockset installation part, inside key；

Fig. 5 is the assembling schematic diagram of lockset connector and driving body provided in an embodiment of the present invention；

Fig. 6 is the assembling schematic diagram of lockset connector and lockset installation part provided in an embodiment of the present invention；

Fig. 7 be it is provided in an embodiment of the present invention driving matching hole be lock core matching hole when lockset connector structural representation Figure；

Fig. 8 be it is provided in an embodiment of the present invention driving matching hole be shell matching hole when lockset connector structural representation Figure；

Fig. 9 be it is provided in an embodiment of the present invention driving matching hole be avoid holes when lockset connector structural schematic diagram；

Figure 10 is the structural schematic diagram for the lockset installation part that fixation hole provided by the invention is circumferentially closed hole；

Figure 11 is that the structure that fixation hole provided in an embodiment of the present invention is the circumferential lockset installation part with a side opening is shown It is intended to；

Figure 12 is the structural schematic diagram of driving body provided in an embodiment of the present invention；

Figure 13 is the decomposition diagram one of driving body provided in an embodiment of the present invention；

Figure 14 is the decomposition diagram two of driving body provided in an embodiment of the present invention；

Figure 15 is the decomposition diagram three of driving body provided in an embodiment of the present invention；

Figure 16 is the decomposition diagram four of driving body provided in an embodiment of the present invention；

Figure 17 is the forward structure schematic diagram of pedestal provided in an embodiment of the present invention；

Figure 18 is the reverse geometry schematic diagram of pedestal provided in an embodiment of the present invention；

Figure 19 is the structural schematic diagram of driving gear provided in an embodiment of the present invention；

Figure 20 is the structural schematic diagram for the key connector that key mounting hole provided in an embodiment of the present invention is cross-hole；

Figure 21 is the structural schematic diagram for the key connector that key mounting hole provided in an embodiment of the present invention is "-" type hole.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiment is only a part of the embodiments of the present invention, instead of all the embodiments.Base Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts it is all its His embodiment, shall fall within the protection scope of the present invention.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute is only used in the embodiment of the present invention In explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, if should When particular pose changes, then directionality instruction also correspondingly changes correspondingly.

It should also be noted that, when an element is referred to as being " fixed " or " disposed " on another element, it can be straight Connect on the other element or may be simultaneously present centering elements.When an element is known as " connection " another element, It, which can be, is directly connected to another element or may be simultaneously present centering elements.

In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and should not be understood as referring to Show or imply its relative importance or implicitly indicates the quantity of indicated technical characteristic." first ", " are defined as a result, Two " feature can explicitly or implicitly include at least one of the features.In addition, the technical solution between each embodiment can It to be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when the combination of technical solution occurs Conflicting or cannot achieve when, will be understood that the combination of this technical solution is not present, also not the present invention claims protection model Within enclosing.

As shown in Fig. 1-2 1, the mounting structure of intelligent lock provided in an embodiment of the present invention, including wear and be installed on door body Or lock core 600 on mechanical lock 500, door body is removably mounted to by card insertion connection type and/or magnet suction type Or smart lock driver on mechanical lock 500 and connection lock core 600 is worn out of smart lock driver and can be by intelligence The inside key 700 of driver driving rotation is locked, inside key 700 includes the shank of the key and the one end being stuck in smart lock driver It is connect with the shank of the key, the key bar that the other end is pierced by outside smart lock driver and is inserted in lock core 600.Specifically, mechanical lock Body 500 is the mechanical lock 500 being installed in door body.The shank of the key is stuck in smart lock driver, may make inside key 700 not It can deviate from out of smart lock driver；Key bar is pierced by outside smart lock driver, is primarily to facilitate and is realized inside key 700 and lock The connection of core 600.When smart lock driver driving inside key 700 rotates, key bar can turn to difference in lock core 600 Angle, thus the operation for realizing unlocking, shutting, locking.Since smart lock driver is by card insertion connection type and/or magnet Suction type is removably mounted on door body or mechanical lock 500, therefore, so that smart lock driver is in door body or mechanical lock Installation and removal on body 500 can hand operation complete, without by auxiliary tool, installation and removal are all very square Just.

Preferably, referring to Fig.1, shown in Fig. 4 and Figure 20, smart lock driver includes driving body 100, lockset connector 300 With key connector 200, lockset connector 300 and key connector 200 are all removably mounted to one end of driving body 100, lock Have connector 300 and door body or mechanical lock 500, key are detachably connected by card insertion connection type and/or magnet suction type Spoon connector 200 is equipped with key mounting hole 220, and the shank of the key is stuck in driving body 100 by key connector 200, key bar It is pierced by outside driving body 100 by key mounting hole 220.Specifically, the sectional dimension of key mounting hole 220 is greater than or equal to key The sectional dimension of bar, and it is less than the sectional dimension of the shank of the key, in this way, key bar is made to may pass through key mounting hole 220, and key Handle not may pass through key mounting hole 220.Driving body 100 is the power generation source of smart lock driver.Key connector 200 is set It sets, on the one hand for the shank of the key to be limited in driving body 100；On the other hand it is supplied by the key mounting hole 220 being arranged thereon Inside key 700 can be pierced by outside driving body 100, and driving body 100 drives 700 turns of inside key especially by key connector 200 It is dynamic.Lockset connector 300 is equipped with for avoiding inside key 700 and/or for connecting with the evacuation of mechanical lock clamping matching Hole.Herein, it should be noted that lockset connector 300 can directly pass through card insertion connection type and/or magnet suction type and door Perhaps the connection of mechanical lock 500 by card insertion connection type and/or magnet suction type and can also be installed on door body or machine to body Other components of tool lock body 500 connect.The present embodiment, by will be used for key mounting hole 220 that key is worn and be used for and machine The evacuation connecting hole of tool lock body clamping matching is separately positioned on individual key connector 200 and lockset connector 300, and will Key connector 200, lockset connector 300 are designed to be detachably connected with driving body 100, in this way, in a particular application, root According to the needs of different mounting locations, can by dismantle, replace different key connector 200 and/or lockset connector 300 with With different keys and different mechanical locks, and then the use scope of smart lock driver is effectively expanded, and be conducive to difference Mechanical lock can quickly upgrade to intelligent lock, finally can be conducive to intelligent lock large-scale popularization application.

Referring to Fig.1 and shown in Fig. 4-7, as a preferred embodiment of evacuation connecting hole design, evacuation connecting hole is to use In evacuation inside key 700 and/or for cooperating with the lock core of 600 clamping matching of lock core in door body or mechanical lock 500 The in-profile in hole 320,600 matching hole 320 of lock core is adapted to the exterior contour of lock core 600, and it is suitable for not having outside lock core 600 Protective shell and the occasion for needing lockset connector 300 Yu 600 clamping matching of lock core.

Referring to Fig.1 and shown in Fig. 8, as another preferred embodiment of evacuation connecting hole design, evacuation connecting hole is to use In evacuation inside key 700 and/or for small-sized with the small-sized lock core protective shell clamping matching in door body or mechanical lock Shell matching hole 321, the in-profile of shell matching hole 321 are adapted to the exterior contour of small-sized lock core protective shell, it is suitable for Small-sized lock core is externally provided with protective shell and needs the occasion of lockset connector 300 Yu protective shell clamping matching.

Referring to Fig.1 and shown in Fig. 9, as the third preferred embodiment of evacuation connecting hole design, evacuation connecting hole is to use In evacuation inside key 700 and/or for the large size with the large size lock core protective shell clamping matching in door body or mechanical lock Shell matching hole 322 is externally provided with protective shell it is suitable for large-scale lock core and needs lockset connector 300 and protective shell clamping matching Occasion.

Preferably, the mounting structure of intelligent lock further includes the lock being removably mounted on door body or mechanical lock 500 Has installation part 400, lockset connector 300 connects lockset installation part by sliding card insertion connection type and/or magnet suction type 400.The setting of lockset installation part 400 is primarily to facilitate the company for realizing lockset connector 300 and door body or mechanical lock 500 It connects.

As a preferred embodiment of the present embodiment, lockset connector 300 passes through sliding card insertion connection type and magnet Suction type connects lockset installation part 400.Wherein, lockset connector 300 is connect with the sliding card insertion of lockset installation part 400, can So that smart lock driver is during the installation process, can be carried out by the opposite sliding of lockset connector 300 and lockset installation part 400 Adjust driving body 100 and installation site of the lockset connector 300 in door body or mechanical lock 500, thus be conducive to avoid because The case where mismachining tolerance causes smart lock driver that can not assemble with door body or mechanical lock 500.Lockset connector 300 It adsorbs and connects with the magnet of lockset installation part 400, in this way, can be conducive to further increase lockset installation part 400 and lockset connector The reliability of 300 connections, and be conducive to guarantee the assembly of lockset installation part 400 and lockset connector 300 and remove all than being easier to In realization.

Preferably, referring to shown in Fig. 5 and Fig. 7, lockset connector 300 is equipped with several magnet mounting holes 370.Magnet peace The setting for filling hole 370, is primarily to facilitate and installs magnet on lockset connector 300, so as to pass through magnet for lockset connector 300 are absorbed and fixed on driving body 100, and can adsorb connection lockset installation part 400 by magnet convenient for lockset connector 300.

Preferably, referring to shown in Fig. 2, Fig. 6 and Figure 10, lockset installation part 400 is including connecting support arm 410 and is set to connection branch It installs and runs through on support arm 420 with the installation support arm 420 for being detachably connected with door body or mechanical lock 500 in 410 one end of arm Equipped with the fixation hole 421 for wearing for the first fastener, connecting support arm 410 is equipped with slide construction, on lockset connector 300 Equipped with guide sliding structure, slide construction is slidably connected guide sliding structure.The setting of connecting support arm 410 is mainly used for realizing lockset installation Part 400 is connect with lockset connector 300；The setting for installing support arm 420, be mainly used for realizing lockset installation part 400 and door body or The connection of person's mechanical lock 500.Specifically, lockset installation part 400 is connect by the slide construction on connecting support arm 410 with lockset Guide sliding structure on part 300 is slidably connected, and passes through the realization of fixation hole 421 and door body on the first fastener and installation support arm 420 Or mechanical lock 500 is detachably connected.

Preferably, slide construction is the exterior contour 411 of connecting support arm 410, and guide sliding structure is set on lockset connector 300 On guide groove 380, connecting support arm 410 is slidably connected guide groove 380.Herein, connecting support arm 410 is real by the exterior contour of its own Now be slidably matched with lockset connector 300, without be arranged on connecting support arm 410 other additional structures for and lock Tool connector 300 is slidably matched, and structure is simple, conducive to the manufacturing cost for reducing lockset installation part 400.It of courses, specifically In, slide construction may be alternatively provided as other types, for example, slide construction is also designed to be convexly equipped on connecting support arm 410 Sliding rail, guide sliding structure corresponds to the guide groove 380 being set on lockset connector 300, and sliding rail is slidably connected guide groove 380；Alternatively, sliding Dynamic structure can also be set as the sliding slot being opened on connecting support arm 410, at this point, guide sliding structure corresponds to be set to lockset connector 300 On guide rail, sliding slot is slidably connected guide rail.

Preferably, there are two connecting support arm 410 is set, the spaced and parallel setting of two connecting support arm 410, the two of installation support arm 420 End is connected to two connecting support arms 410 end close to each other.Two connecting support arms 410 and installation support arm 420 constitute one Generally U-shaped component.Herein, lockset installation part 400 is connect by two connecting support arms 410 with lockset connector 300, lockset Connector 300 is connect with being slidably connected for lockset installation part 400 for double track, is conducive to guarantee that lockset installation part 400 is connect with lockset The reliability that part 300 connects.It of courses, in concrete application, the quantity of connecting support arm 410 is without being limited thereto, such as can also be one Or it is more than two.

Preferably, the first fastener is screw, convenient for disassembly and assembly, and is fastened reliable.

It is fixed as a preferred embodiment of 421 structure of fixation hole design referring to shown in Fig. 2, Fig. 3, Fig. 6 and Figure 10 Hole 421 is that circumferentially closed hole is needed when needing to remove lockset installation part 400 from door body or mechanical lock 500 by first Fastener is extracted completely out of fixation hole 421, can just be removed lockset installation part 400.Fixation hole 421 concretely round hole or Person's rectangular opening or waist-shaped hole etc..

Referring to Fig.1 shown in 1, as another preferred embodiment of 421 structure of fixation hole design, fixation hole 421 is circumferential Hole with a side opening.Specifically, fixation hole 421 include for the first fastener clamping matching detent portion 4211 and from Detent portion 4211 extends to the outer peripheral mounting portion 4212 of lockset installation part 400 1, and the first fastener can pass through mounting portion 4212 It slides in detent portion 4211, can also be extracted out of detent portion 4211 by mounting portion 4212.In concrete application, when needing from door When removing lockset installation part 400 on body or mechanical lock 500, do not need out of fixation hole 421 to extract the first fastener completely, Only need to unclamp the first fastener a bit, so that it may pull up lockset installation part 400, in this way, may make the peace of lockset installation part 400 Assembly and disassembly are all very convenient.

Preferably, the quantity of fixation hole 421 can be one, can also be two or more.

Preferably, key connector 200 passes through magnet suction type and/or screw connecting mode and/or card insertion connection side Formula detachably installs one end of driving body 100.Specifically, driving body 100 is equipped with for being detachably connected with key connector 200 The first connection structure 110, key connector 200 be equipped with for the first connection structure 110 be detachably connected first cooperation Structure, the first connection structure 110 and the first fit structure include any one or any combination of following form:

First connection structure 110 includes being set on driving body 100 and in-profile and 200 exterior contour of key connector The installation card slot 111 of 210 adaptations, the first fit structure includes the exterior contour 210 of key connector 200, at this point, key connects Part 200 passes through its exterior contour 210 and the card insertion cooperation realization of installation card slot 111 and being detachably connected for driving body 100；

One of first connection structure 110 and the first fit structure include magnet, and another one includes magnet or can magnetic Property adsorption structure, can magnetic absorption structure refer specifically to can by magnet adsorb structure, at this point, key connector 200 passes through magnetic force Absorption realization is detachably connected with driving body 100；

First connection structure 110 includes the first screw mounting hole on driving body 100, and the first fit structure includes setting In the first screw connecting hole on key connector 200, at this point, key connector 200 wears the first screw of connection by screw Connecting hole, the realization of the first screw mounting hole are detachably connected with driving body 100；

First connection structure 110 includes the first positioning protrusion on driving body 100, and the first fit structure includes being set to The first locating slot on key connector 200, at this point, key connector 200 passes through the first positioning protrusion and the first locating slot Card insertion cooperation realization is detachably connected with driving body 100；

First connection structure 110 includes the first locating groove on driving body 100, and the first fit structure includes being set to The first positioning convex platform on key connector 200, at this point, key connector 200 passes through the first locating groove and the first convex The card insertion cooperation realization of platform and being detachably connected for driving body 100.

Using any one or any combination of above-mentioned fit system, key connector 200 and driving body can be all realized 100 are detachably connected.

As a preferred embodiment of the present embodiment, the first fit structure includes at least the outside of key connector 200 Profile 210, the first connection structure 110 include at least the installation card slot 111 being adapted to 200 exterior contour of key connector, simultaneously First connection structure 110 further includes magnet or can magnetic absorption structure, the first screw mounting hole, the first positioning protrusion, first fixed Position at least one of card slot, the first fit structure correspondence further include magnet or can magnetic absorption structure, the first screw connecting hole, At least one of first locating slot, first positioning convex platform.In this way, on the one hand can be conducive to guarantee that 200 entirety of key connector can In the installation card slot of driving body 100, to be conducive to improve the good appearance of smart lock driver；It on the other hand can also benefit In the reliability for guaranteeing that key connector 200 is connect with driving body 100.

Referring to shown in Fig. 4 and Figure 20, as a preferred embodiment of 220 structure of key mounting hole design, key installation Hole 220 is cross-hole, in this way, may make the tool of key mounting hole 220, there are two the insertion hole portions for being inserted into key.Specifically Ground, cross-hole include vertical hole portion 221 and the lateral hole portion 222 with vertical 221 vertical connection of hole portion, lateral hole portion 222 Opening width be greater than or equal to or less than vertical hole portion 221 opening width.A preferable preferred implementation side as the present embodiment Case, the opening width of lateral hole portion 222 are more than or less than the opening width of vertical hole portion 221, i.e., the opening of lateral hole portion 222 is wide Degree is not equal to the opening width of vertical hole portion 221, in this way, can be used for lateral hole portion 222 and vertical hole portion 221 for different thickness The key of degree inserts, to be conducive to expand the scope of application of product.

Referring to shown in Figure 21, as another preferred embodiment of 220 structure of key mounting hole design, key mounting hole 220 be "-" type hole, and key connector 200 with an installation position for wearing for key.In the present embodiment, although Key connector 200 installation positions for being used to wear for key with one, still, due to key connector 200 and driving body It is detachably connected, therefore, smart lock driver provided in this embodiment can also be connected by removing or replacing different keys Part 200 meets the needs of different application.

Preferably, lockset connector 300 passes through magnet suction type and/or screw connecting mode and/or card insertion connection side Formula is removably mounted to one end of driving body 100.Specifically, driving body 100 is equipped with for detachably connecting with lockset connector 300 The second connection structure 120 connect, lockset connector 300 are matched equipped with second for being detachably connected with the second connection structure 120 Close structure.Preferably, the second connection structure 120 and the second fit structure include any one or any group of following form It closes:

One of second connection structure 120 and the second fit structure include magnet, and another one includes magnet or can magnetic Property adsorption structure, be detachably connected at this point, lockset connector 300 is realized by magnetic-adsorption with driving body 100；

Second connection structure 120 includes the second screw mounting hole 121 on driving body 100, the second fit structure packet The second screw connecting hole 310 being set on lockset connector 300 is included, at this point, lockset connector 300 wears connection the by screw Two screw connecting holes 310, the realization of the second screw mounting hole 121 are detachably connected with driving body 100；

Second connection structure 120 includes the second positioning protrusion on driving body 100, and the second fit structure includes being set to The second locating slot on lockset connector 300, at this point, lockset connector 300 passes through the second positioning protrusion and the second locating slot Card insertion cooperation realization is detachably connected with driving body 100；

Second connection structure 120 includes the second locating groove on driving body 100, and the second fit structure includes being set to The second positioning convex platform on lockset connector 300, at this point, lockset connector 300 passes through the second locating groove and the second convex The card insertion cooperation realization of platform and being detachably connected for driving body 100.

Using any one or any combination of above-mentioned fit system, lockset connector 300 and driving body can be all realized 100 are detachably connected.

Preferably, referring to shown in Fig. 5-7 and Figure 12, Figure 13, Figure 19, lockset connector 300 have for driving body 100 The first end face 330 of abutting and the second end face 340 being disposed opposite to each other with first end face 330, first end face 330 be recessed with for The detent cavity 350 of 141 clamping matching of annular flange on driving body 100.First end face 330 and second end face 340 are lockset company The interval of fitting 300, two opposite end faces.Driving body 100 include housing unit 130 and a part in the housing unit 130, Another part is exposed to the driving gear 140 outside housing unit 130, and driving gear 140 is exposed to the formation of the part outside shell and detent The annular flange 141 of 350 clamping matching of cavity.Herein, pass through the clamping matching of annular flange 141 and detent cavity 350, a side Face can further improve the reliability that lockset connector 300 is connect with driving body 100；On the other hand lockset connector can be achieved 300 fit closely with driving body 100, to be conducive to improve the good appearance of product.

Preferably, referring to shown in Fig. 5-7 and Figure 12, Figure 13, Figure 19, the bottom of detent cavity 350 is convexly equipped with several cards For boss 360, the second fit structure includes that several block from each for boss 360 towards second end face 340 through second be arranged Screw connecting hole 310.Card is the setting of boss 360, on the one hand can play and reinforce 310 place position intensity of the second screw connecting hole Effect, on the other hand corresponding limiting slot 122 can be set on driving body 100, in this way by card be boss 360 and limiting slot 122 clamping matching, conducive to the solid and reliable property for further increasing lockset connector 300 with driving body 100 and connecting.Herein, lead to Crossing the setting card in detent cavity 350 is boss 360, and is to run through the second screw connecting hole 310 of setting on boss 360 from card, In this way, lockset connector 300 can be connected by screw to mode and card insertion connection mode realize with driving body 100 can Dismantling connection, and ensure that the reliability of connection.It of courses, it, alternatively, can not also be recessed in detent in concrete application Setting card is boss 360 in chamber 350, and directly from 350 bottom of detent cavity towards second end face 340 through be arranged several the Two screw connecting holes 310, this mode also aloow lockset connector 300 to realize and drive in such a way that screw is installed Body 100 is detachably connected.

Preferably, driving body 100 include housing unit 130, driving gear 140, motor 150, gear drive 160, Battery 170 and circuit board 180, motor 150, battery 170 and circuit board 180 be all located in housing unit 130 and all with shell group Part 130 is fixedly connected, and driving gear 140 is rotatably installed on one end of housing unit 130, and gear drive 160 is driven It is connected between motor 150 and driving gear 140, motor 150 and battery 170 are all electrically connected with circuit board 180, lockset connection One of part 300 and key connector 200 are detachably connected housing unit 130, another one is detachably connected driving gear 140.As a preferred embodiment of the present embodiment, key connector 200 is detachably connected housing unit 130, and can be with shell Body component 130 links.Circuit board 180180 is for receiving external control signal, to control the operation of motor 150.Herein, pass through Housing unit 130 is designed as the opposite motor 150 of entirety, battery 170 and circuit board 180 is fixed and entirety drives gear relatively 140 rotatable forms, in this way, being conducive to make full use of inner space Optimum distribution battery 170, the circuit board of housing unit 130 180 and motor 150, to be conducive to simplify the structure of driving body 100, and it is conducive to improve the structural compactness of driving body 100, in turn Conducive to the Miniaturization Design of driving body 100.

Preferably, referring to shown in Fig. 4 and Figure 12-19, housing unit 130 includes pedestal 131, shell 132 and installation sheet 133, pedestal 131 is fixedly connected with shell 132 and part is in shell 132, and motor 150, battery 170 and circuit board 180 are all It is fixedly connected in shell 132 and all with pedestal 131, driving gear 140 is rotatably installed on pedestal by installation sheet 133 131 one end.The setting of pedestal 131, it is main to realize that motor 150, battery 170, circuit board 180, driving gear 140, gear pass The assembly of motivation structure 160 and housing unit 130；The setting of installation sheet 133 is mainly used for limiting driving gear 140, prevent Shield；The setting of shell 132 can cover motor 150, battery 170 and circuit board 180, so as to play protecting motor 150, battery 170 and circuit board 180 effect, and can guarantee 100 shape of driving body aesthetics.

Preferably, referring to shown in Fig. 4 and Figure 12-19, one end of pedestal 131 is equipped with the first cavity 1311, drives gear 140 Exterior contour be rotatably assorted with the first cavity 1311, installation sheet 133 be fastenedly connected pedestal 131 and compress driving gear 140 with Prevent driving gear 140 from slipping out of first cavity 1311.The side wall of first cavity 1311 can carry out radial direction to driving gear 140 Limit；The recessed bottom wall and installation sheet 133 of first cavity 1311 can from driving gear 140 axial ends to driving gear 140 Axial limiting is carried out, in this way, passing through the collective effect of the first cavity 1311 and installation sheet 133, so that driving gear 140 has The freedom degree to rotate in a circumferential direction, so that it is rotatably mounted on housing unit 130 to realize driving gear 140.

Preferably, it referring to shown in Fig. 4 and Figure 12-19, drives gear 140 annular in shape, has through the hollow interior of setting Hole 141, the inner sidewall of hollow inner hole 141 are equipped with the double wedge 142 engaged with gear drive 160；The edge of installation sheet 133 Driving gear 140 is compressed, the middle section of installation sheet 133 is fastenedly connected pedestal 131 by third fastener (not shown).Third Fastener is preferably screw.Installation sheet 133 is equipped with the first connecting hole worn for third fastener, and pedestal 131, which is equipped with, to be supplied Third fastener wears the second connecting hole of connection.When specific installation, driving gear 140 is first placed in the first cavity 1311 It is interior, then installation sheet 133 is pressed on driving gear 140, and the first connecting hole, hollow inner hole are sequentially passed through by fastener The second connecting hole of connection is worn after 141 again, to realize the installation of driving gear 140 and installation sheet 133 on pedestal 131. Herein, driving gear 140 is designed as internal gear form, it on the one hand can be convenient for mitigating the weight for driving gear 140, on the other hand It can be convenient for the installation of driving gear 140.

Preferably, referring to shown in Fig. 4 and Figure 12-19, an end face of driving gear 140 is equipped with groove 143, installation sheet 133 It is contained in groove 143 and compresses the recessed bottom wall of groove 143.Herein, installation sheet 133 is contained in groove 143, is avoided The evagination of installation sheet 133 to improve the overall aesthetics of driving body 100, and is conducive to protection installation sheet 133.

Preferably, referring to shown in Fig. 4, Figure 12, Figure 14 and Figure 20, through equipped with for being connected for key on installation sheet 133 Part 200 is caught in the installation card slot 111 of positioning, and key connector 200 can directly pass through its exterior contour 210 and installation card slot 111 Clamping matching realize being detachably connected for key connector 200 and driving body 100, can also further be arranged on pedestal 131 Magnet, can magnetic absorption structure, screw mounting hole, positioning protrusion, the arbitrary structures in locating groove for being connect with key Part 200 connects.

Preferably, referring to shown in Fig. 4, Figure 12, Figure 13 and Figure 19, driving gear 140 includes in the first cavity 1311 And with gear drive 160 cooperate engaging section and the convex annular flange 141 being exposed to outside the first cavity 1311.Annular flange 141 can be used for and 300 clamping matching of lockset connector.It of courses, in concrete application, alternatively, can also will drive Gear 140 is designed as all being contained in the first cavity 1311.

Preferably, referring to shown in Fig. 4 and Figure 12-19, the second cavity 1312 and key mounting groove are additionally provided on pedestal 131 1313, the second cavity 1312 and key mounting groove 1313 are arranged at intervals at the recessed bottom wall of the first cavity 1311, gear drive machine Structure 160 includes in the second cavity 1312 and with the driving gear part of the transmission connection of motor 150 and positioned at the first cavity In 1311 and the driven gear portion between driving gear part and driving gear 140 that is sequentially connected, the shank of the key activity are arranged In in key mounting groove 1313.The setting of second cavity 1312 is mainly used for accommodating gear drive 160, to be conducive to mention The structural compactness of high driving body 100.The setting of key mounting groove 1313 is mainly used for installing key.

Preferably, referring to shown in Fig. 4 and Figure 12-19, pedestal 131 includes substrate 1314 and is convexly equipped in 1314 side of substrate Pedestal 1315, substrate 1314 are located at outside shell 132 and are fixedly connected with shell 132, and pedestal 1315 is in shell 132, and first Cavity 1311 extends on pedestal 1315 from substrate 1314, and the second cavity 1312 and key mounting groove 1313 are all set to pedestal 1315 Above and all it is connected to the first cavity 1311.Substrate 1314 is preferably detachably connected shell 132 by screw, is conducive to outside the later period in this way The disassembly of shell 132, to be conducive to the later period repair and maintenance of motor 150, battery 170, circuit board 180.

Preferably, referring to shown in Fig. 4 and Figure 12-19, pedestal 1315 includes the fixed frame being fixedly connected with substrate 1314 1301, fixed frame 1301 extends from the direction that the end back to the first cavity 1311 of substrate 1314 faces away from the first cavity 1311 Projection, fixed frame 1301 is interior through key mounting groove 1313 is equipped with, and battery 170 is located at the side of fixed frame 1301,150 He of motor Circuit board 180 is located at the other side of fixed frame 1301.Fixed frame 1301 is preferably integrally formed with substrate 1314.Herein, by battery 170 are separately set in the side of fixed frame 1301, and motor 150 and circuit board 180 are set to the other side of fixed frame 1301, It is compact-sized, and be conducive to that the battery 170 of larger capacity is arranged in driving body 100.

Preferably, referring to shown in Fig. 4 and Figure 12-19, housing unit 130 further includes the work with 1301 elastic connection of fixed frame Dynamic frame 134, connect with activity box 134 and is located at lid the cover board 135 far from 1301 one end of fixed frame for being covered on activity box 134 First plate body 136 of 135 side of plate and the second plate body 137 that 135 other side of cover board is connect and be located at activity box 134, activity Through the loose slot being equipped with the contraposition setting of key mounting groove 1313 in frame 134.Loose slot and key mounting groove 1313, which are constituted, to be used In the space installed for the shank of the key.Herein, the structure for being used to install the shank of the key in driving body 100 is divided into two parts, a part Be fixedly connected with substrate 1314, another part can opposing substrate 1314 be moved forward and backward, and activity box 134 and the elasticity of fixed frame 1301 Connection, in this way, when being inserted into extrapolation key on front side of lock core 600, which can be installed key in specifically used Inside key 700 in slot 1313 is ejected towards activity box 134, and activity box 134 is driven to move backward, consequently facilitating extrapolation key Spoon carries out unlocking operation；And after extrapolation key is pulled out, activity box 134 is under the action of elastic restoring force by inside key 700 head into towards lock core, to realize automatically reseting for inside key 700 in driving body 100.It of courses, in concrete application, Inside key 700 in driving body 100 is realized otherwise to automatically reset, such as magnetic force resetting mode or magnetic force add bullet Property combination reset.

The method provided in an embodiment of the present invention for preventing smart lock driver to be removed, it is suitable for intelligent locks by upper The mounting structure for the intelligent lock stated is removably mounted on door body or mechanical lock 500.Specifically, prevent smart lock from driving The method that device is removed from door body or mechanical lock 500 are as follows: smart lock is controlled by remote controler or intelligent handheld device Driver driving inside key 700 turns to any locking angle in addition to 700 insertion position of inside key.Intelligent handheld device Preferably smart phone or tablet computer.In concrete application, smart lock is controlled by remote controler or intelligent handheld device and is driven When dynamic device driving inside key 700 turns to any locking angle in addition to 700 insertion position of inside key, inside key 700 It can not be extracted out of lock core 600；And since the shank of the key of inside key 700 is to be stuck in smart lock driver, so that intelligence Lock driver can not also be removed from door body or mechanical lock 500, to be conducive to prevent smart lock driver small easily The phenomenon that child removes has fully ensured that the reliability that smart lock driver uses.

In a preferred embodiment of the embodiment of the present invention, smart lock driver during installation, in door body or machinery Installation has the lockset installation part 400 of sliding rail on lock body 500, and installation has the lockset of guide groove 380 and magnet on driving body 100 Connector 300, by guide groove 380 and sliding rail be slidably matched and the suction-operated of magnet and lockset installation part 400 will be intelligent Lock driver sliding card insertion, absorption are installed on door body or mechanical lock 500, and installation very simply, conveniently, does not need to borrow Help auxiliary tool.Due to that during the installation process, can be carried out by the opposite sliding of lockset connector 300 and lockset installation part 400 Adjust driving body 100 and installation site of the lockset connector 300 in door body or mechanical lock 500, thus be conducive to avoid because The case where mismachining tolerance causes smart lock driver that can not assemble with door body or mechanical lock 500.In addition, specifically answering In, smart lock driver can be controlled by remote controler or intelligent handheld device and inside key 700 is driven to turn to except inside Any locking angle outside 700 insertion position of key, so that inside key 700 can not be extracted out of lock core 600；And due to interior The shank of the key of side key 700 is to be stuck in smart lock driver, therefore its one side makes smart lock driver also can not be by from door It is removed on body or mechanical lock 500, to be conducive to the phenomenon that preventing smart lock driver from being removed easily by child, sufficiently It ensure that the reliability that smart lock driver uses；On the other hand extrapolation key can be prevented to cannot be completely inserted into lock core 600, thus It can prevent from unlocking from outer side of door, improve the security reliability of product.

The above description is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all at this Under the inventive concept of invention, using equivalent structure transformation made by description of the invention and accompanying drawing content, or directly/use indirectly It is included in other related technical areas in scope of patent protection of the invention.

Claims

1. the mounting structure of intelligent lock, which is characterized in that including wearing the lock core being installed on door body or mechanical lock, leading to It crosses card insertion connection type and/or magnet suction type is removably mounted to smart lock driving on the door body or mechanical lock Device and in wearing the connection lock core out of described smart lock driver and being driven and rotate by the smart lock driver Side key, the inside key includes the shank of the key being stuck in the smart lock driver and one end is connect with the shank of the key, The other end is pierced by the key bar that the smart lock driver is outer and is inserted in the lock core.

2. the mounting structure of intelligent lock as described in claim 1, which is characterized in that the smart lock driver includes driving Body, lockset connector and key connector, the lockset connector and the key connector are all removably mounted to the drive One end of kinetoplast, the lockset connector are detachably connected the door body by card insertion connection type and/or magnet suction type Or mechanical lock, the key connector are equipped with key mounting hole, the shank of the key is stuck in by the key connector In the driving body, the key bar is pierced by outside the driving body by the key mounting hole.

3. the mounting structure of intelligent lock as claimed in claim 2, which is characterized in that the installation knot of the smart lock driver Structure further includes the lockset installation part being removably mounted on the door body or mechanical lock, and the lockset connector passes through sliding Card insertion connection type and/or magnet suction type connect the lockset installation part.

4. the mounting structure of intelligent lock as claimed in claim 3, which is characterized in that the lockset installation part includes connection branch Arm and set on described connecting support arm one end with the installation support arm for being detachably connected with the door body or mechanical lock, it is described Through the fixation hole being equipped with for wearing for the first fastener on installation support arm, the connecting support arm is equipped with slide construction, institute Lockset connector is stated equipped with guide sliding structure, the slide construction is slidably connected the guide sliding structure.

5. such as the mounting structure of the described in any item intelligent locks of claim 2 to 4, which is characterized in that the key connector One end of the driving body is detachably installed by magnet suction type and/or screw connecting mode and/or card insertion connection type； And/or

The lockset connector is detachably pacified by magnet suction type and/or screw connecting mode and/or card insertion connection type One end loaded on the driving body.

6. such as the mounting structure of the described in any item intelligent locks of claim 2 to 4, which is characterized in that the driving body includes Housing unit, driving gear, motor, gear drive, battery and circuit board, the motor, the battery and the circuit Plate is all located in the housing unit and is all fixedly connected with the housing unit, and the driving gear is rotatably installed on institute State one end of housing unit, the gear drive transmission connection between the motor and driving gear, the motor and The battery is all electrically connected with the circuit board, and one of the lockset connector and the key connector detachably connect Connect the housing unit, another one is detachably connected the driving gear.

7. the mounting structure of intelligent lock as claimed in claim 6, which is characterized in that the housing unit includes pedestal, outer Shell and installation sheet, the pedestal is fixedly connected with the shell and part is in the shell, the motor, the battery and The circuit board is all located in the shell and is all fixedly connected with the pedestal, and the driving gear can by the installation sheet It is rotatably mounted to one end of the pedestal.

8. the mounting structure of intelligent lock as claimed in claim 7, which is characterized in that it is recessed that one end of the pedestal is equipped with first Chamber, the driving gear is annular in shape, and the driving gear has the hollow inner hole through setting, the inner sidewall of the hollow inner hole It is equipped with the double wedge engaged with the gear drive, exterior contour and first cavity rotation of the driving gear are matched It closes；The edge of the installation sheet compresses the driving gear, and the middle section of the installation sheet is connected by the fastening of the second fastener Connect the pedestal.

9. the mounting structure of intelligent lock as claimed in claim 8, which is characterized in that be additionally provided with second on the housing unit Cavity and key mounting groove, second cavity and the key mounting groove are arranged at intervals at the recessed bottom of first cavity Wall, the gear drive include the driving gear part connecting in second cavity and with the motor drive and In first cavity and it is sequentially connected in the driving gear part and the driven tooth wheel portion driven between gear Point, the shank of the key is movably set in the key mounting groove.

10. the method for preventing smart lock driver to be removed, which is characterized in that intelligent lock passes through as claim 1 to 9 is any The mounting structure of intelligent lock described in is removably mounted on door body or mechanical lock, prevents the smart lock driver The method removed from the door body or mechanical lock are as follows: the intelligence is controlled by remote controler or intelligent handheld device Lock driver drives the inside key to turn to any locking angle in addition to the inside key insertion position.