CN109519053A

CN109519053A - Intelligent panel lock

Info

Publication number: CN109519053A
Application number: CN201811467006.4A
Authority: CN
Inventors: 刘仙; 马博; 姜衡
Original assignee: Zhuhai Unitech Power Technology Co Ltd
Current assignee: Zhuhai Unitech Power Technology Co Ltd
Priority date: 2018-12-03
Filing date: 2018-12-03
Publication date: 2019-03-26
Anticipated expiration: 2038-12-03
Also published as: CN109519053B

Abstract

The present invention provides a kind of intelligent panel locks, comprising: lock body；Shaft, shaft are rotationally threaded through on lock body；Operating parts, operating parts are connect with shaft, and are able to drive pivot；Lock tongue, lock tongue are movably arranged in lock body, and can extend into operating parts, with lock operation part；Driving assembly, driving assembly are connect with lock body, and the keyed end of driving assembly has to protrude into and the latched position of lock tongue and exits the unlocked position of lock tongue；Component is kept, component is kept to connect with keyed end, when keyed end switches to unlocked position by latched position, keyed end avoids lock tongue, to unlock operating parts, keeps component that keyed end is maintained at unlocked position, and a part of component is kept to stretch out surface of lock body；When operating parts squeezes, and component is kept to make that component is kept to retract lock body, keep component that keyed end is driven to switch to latched position by unlocked position.The present invention solves intelligent panel lock inconvenient problem with use in the prior art.

Description

Intelligent panel lock

Technical field

The present invention relates to lock technology fields, lock in particular to a kind of intelligent panel.

Background technique

Intelligent panel lock is a kind of smart electronics lockset, is generally used in the cabinet door of industrial circle power distribution cabinet, cabinet of transmitting electricity, intelligence Energy panel lock requires to be unlocked and be latched management by corresponding electron key.Due to power equipments such as power distribution cabinet, transmission of electricity cabinets It is generally mounted to open air, therefore most of existing intelligent panel lock is set as passive lockset, such as notification number is The Chinese patent of CN107605264A discloses a kind of panel lock, discloses lock of the panel lock using solenoid dynamic iron core to lockset Tonguing row limited position stoppage.It when needing to unlock, is powered by electron key to lockset, the mandrel of control structure is (i.e. solenoidal dynamic Iron core) retract the unlock operation that electric locking module is then completed to release the limitation to lock tongue；After unlock, lockset power-off, control The mandrel (i.e. solenoidal dynamic iron core) of structure processed is in stretching state, limits to lock tongue；It, then must be again when needing to be latched It is secondary to be powered by electron key to lockset, it is just able to achieve so that the mandrel (i.e. solenoidal dynamic iron core) of control structure retracts again Locking, it is seen that existing intelligent panel lock there is a problem of inconvenient for operation at the aspect that unblocks.

Summary of the invention

The main purpose of the present invention is to provide a kind of intelligent panel locks, are made with solving intelligent panel lock in the prior art With inconvenient problem.

To achieve the goals above, the present invention provides a kind of intelligent panel locks, comprising: lock body；Shaft, shaft are rotatable Ground is threaded through on lock body；Operating parts, operating parts are connect with shaft, and are able to drive pivot；Lock tongue, lock tongue are movably arranged on In lock body, and it can extend into operating parts, with lock operation part；Driving assembly, driving assembly are connect with lock body, and driving assembly Keyed end, which has, to be protruded into the latched position of lock tongue and exits the unlocked position of lock tongue；Component is kept, component and keyed end is kept to connect It connects, when keyed end switches to unlocked position by latched position, keyed end avoids lock tongue, to unlock operating parts, keeps component will Keyed end is maintained at unlocked position, and a part of component is kept to stretch out surface of lock body；Component is kept to protect when operating parts squeezes When holding component retraction lock body, keep component that keyed end is driven to switch to latched position by unlocked position.

Further, keep component include: transmission component, the first end of transmission component is connect with keyed end, and with locking End moves together, and the second end of transmission component can stretch out surface of lock body, and abut with operating parts, when keyed end moves to unlock When position, keyed end drives transmission component movement, so that second end stretches out surface of lock body, makes the when operating parts squeezes second end When two ends retract lock body, transmission component drives keyed end to switch to latched position by unlocked position；Return unit is kept, keeps resetting The both ends of part are abutted with lock body and transmission component respectively, and the reset force for stretching out lock body is provided for transmission component, so that keyed end It is maintained at unlocked position.

Further, transmission component is pivotally connected with lock body, and the pivotal axis of transmission component is located at first end and second end Between, to form lever construction.

Further, transmission component includes: skid plate, and skid plate is pivotally connected with lock body, and skid plate has first end；Push up button, top Button is slidably connected with lock body, and top button has second end, and the one end of skid plate far from keyed end is connect with top button, and transports together with the button of top It is dynamic.

Further, keeping return unit is Hookean spring, and the both ends of Hookean spring are abutted with top button and lock body respectively；Or it protects Holding return unit is torsional spring, and the both ends of torsional spring are abutted with skid plate and lock body respectively.

Further, the side of skid plate has groove, and the first end of skid plate protrudes into groove, and supports with the side wall of groove It connects.

Further, skid plate is an integral molding structure with top button.

Further, driving assembly is solenoid component, and solenoid component includes: solenoid tube body, and solenoid tube body is set It sets in lock body；Iron core, iron core are slidably connected with solenoid tube body, and iron core has keyed end；Plunger return part, plunger return Part is arranged between solenoid tube body and iron core, to provide reset force for iron core.

Further, intelligent panel lock further includes lock tongue return unit, the both ends of lock tongue return unit respectively with lock tongue and lock body It abuts, to provide the reset force for protruding into operating parts for lock tongue.

Further, operating parts can be rotatably set with lock body, and lock body has the holding tank for accommodating operating parts, keep component A part by holding tank inner wall stretch out, at least part of lock tongue is located in holding tank, and enters holding tank in operating parts And squeeze and keep protruding into operating parts when component, to hinder operating parts to rotate.

Apply the technical scheme of the present invention, by being provided with holding component, keep component and driving assembly keyed end and On the one hand operating parts cooperation keeps component that can keep the position of keyed end after keyed end moves to unlocked position, at this time Even if computer key no longer unlocks intelligent panel lock, keyed end is also still able to maintain in unlocked position, to facilitate operation, separately On the one hand when needing to be latched, operating parts, which squeezes, keeps component to make the locking for keeping module cancels to keyed end, and keeps The movement of component can also drive keyed end to switch to latched position, so that lock tongue relocks operating parts, realize intelligence The locking of energy panel lock.Above-mentioned set-up mode greatly facilitates the use of intelligent panel lock, while reducing intelligent panel lock Complex degree of structure ensure that good latch effect.

Detailed description of the invention

The accompanying drawings constituting a part of this application is used to provide further understanding of the present invention, and of the invention shows Examples and descriptions thereof are used to explain the present invention for meaning property, does not constitute improper limitations of the present invention.In the accompanying drawings:

Fig. 1 shows the structural schematic diagram of intelligent panel lock of the invention；

Fig. 2 shows structural schematic diagram of the intelligent panel lock in locking in Fig. 1；

Fig. 3 shows the overhead sectional view of Fig. 2；

Fig. 4 shows structural schematic diagram of the lock of the intelligent panel in Fig. 1 in unlock；And

Fig. 5 shows the overhead sectional view of Fig. 4.

Wherein, the above drawings include the following reference numerals:

10, lock body；20, shaft；30, operating parts；40, lock tongue；50, driving assembly；51, solenoid tube body；52, iron core； 53, plunger return part；60, component is kept；61, transmission component；611, skid plate；612, button is pushed up；62, return unit is kept；70, lock tongue Return unit；81, mandril；82, mandril return unit；83, operating parts return unit.

Specific embodiment

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.The present invention will be described in detail below with reference to the accompanying drawings and embodiments.

It should be pointed out that unless otherwise specified, all technical and scientific terms used in this application have and the application The normally understood identical meanings of person of an ordinary skill in the technical field.

In the present invention, in the absence of explanation to the contrary, the noun of locality used such as " upper and lower, top, bottom " is usually needle For direction shown in the drawings, or for component itself is on vertical, vertical or gravity direction；Equally Ground for ease of understanding and describes, and " inside and outside " refers to the inside and outside of the profile relative to each component itself, but the above-mentioned noun of locality is not For limiting the present invention.

In order to solve intelligent panel lock inconvenient problem with use in the prior art, the present invention provides a kind of intelligent faces Plate lock.

A kind of intelligent panel lock as shown in Figures 1 to 5, including lock body 10, shaft 20, operating parts 30, lock tongue 40, driving Component 50 and holding component 60, shaft 20 are rotationally threaded through on lock body 10；Operating parts 30 is connect with shaft 20, and being capable of band Turn axis 20 moves；Lock tongue 40 is movably arranged in lock body 10, and can extend into operating parts 30, with lock operation part 30；Driving Component 50 is connect with lock body 10, and the keyed end of driving assembly 50 has the latched position for protruding into lock tongue 40 and exits lock tongue 40 Unlocked position；Component 60 is kept to connect with keyed end, when keyed end switches to unlocked position by latched position, keyed end evacuation Lock tongue 40 keeps component 60 that keyed end is maintained at unlocked position to unlock operating parts 30, and a part of component 60 is kept to stretch out 10 surface of lock body；When operating parts 30 squeezes, and component 60 is kept to make that component 60 is kept to retract lock body 10, component 60 is kept to drive Keyed end switches to latched position by unlocked position.

The present embodiment keeps component 60 by being provided with, and keeps the keyed end and operating parts 30 of component 60 and driving assembly 50 On the one hand cooperation keeps component 60 that can keep the position of keyed end after keyed end moves to unlocked position, even if at this time Computer key no longer unlocks intelligent panel lock, and keyed end is also still able to maintain in unlocked position, to facilitate operation, another party When needing to be latched, operating parts 30, which squeezes, keeps component 60 to make the locking for keeping component 60 to release to keyed end, and protects in face The movement for holding component 60 can also drive keyed end to switch to latched position, so that lock tongue 40 locks operating parts 30 again It is fixed, realize the locking of intelligent panel lock.Above-mentioned set-up mode greatly facilitates the use of intelligent panel lock, while reducing intelligence The complex degree of structure of panel lock ensure that good latch effect.

As shown in Figures 2 to 5, component 60 is kept to include transmission component 61 and keep return unit 62, the of transmission component 61 One end is connect with keyed end, and is moved together with keyed end, and the second end of transmission component 61 can stretch out 10 surface of lock body, and with Operating parts 30 abuts, and when keyed end moves to unlocked position, keyed end drives transmission component 61 to move, so that second end is stretched out 10 surface of lock body, when operating parts 30 squeeze second end make second end retract lock body 10 when, transmission component 61 drive keyed end by Unlocked position switches to latched position；The both ends of return unit 62 are kept to abut respectively with lock body 10 and transmission component 61, and to pass Dynamic component 61 provides the reset force for stretching out lock body 10, so that keyed end is maintained at unlocked position.

Specifically, the surface towards operating parts 30 of lock body 10 has via hole, and one end of transmission component 61 is located at via hole, The other end is connect with keyed end, and when locking end motion, keyed end is able to drive transmission component 61 and moves together, keeps return unit 62 It is abutted with transmission component 61, so that transmission component 61 has the trend stretched out by via hole always, in this way, when locking end motion Make one end of transmission component 61 after via hole stretching lock body 10 to unlocked position, return unit 62 is kept to make transmission component 61 Position keep stablize, also allow for keyed end and be maintained at unlocked position.

Optionally, transmission component 61 is pivotally connected with lock body 10, and the pivotal axis of transmission component 61 is located at first end and Between two ends, to form lever construction, in this way, the direction of motion of first end and second end be exactly it is opposite so that keyed end position When latched position, second end can stretch out 10 surface of lock body.

In the present embodiment, transmission component 61 includes skid plate 611 and top button 612, and skid plate 611 is pivotally connected with lock body 10, Skid plate 611 has first end；Top button 612 is slidably connected with lock body 10, and top button 612 has second end, and skid plate 611 is far from keyed end One end with top button 612 connect, and with push up button 612 move together.

Specifically, skid plate 611 is in zigzag, and the first end of skid plate 611 is extend into keyed end, when locking end motion, locking End drives skid plate 611 to rotate, and the side of top button 612 has groove, and the other end of skid plate 611 is extend into groove, and and groove Side wall abut, keyed end by skid plate 611 drive top button 612, top button 612 skid plate 611 and keep return unit 62 it is common Effect is lower so that the second end of top button 612 stretches out lock body 10, so that keyed end is maintained at unlocked position.Certainly, transmission component 61 can also be realized by other component or other modes, it is only necessary to the first end and keyed end of transmission component 61 cooperate, and second End can stretch out lock body 10, and transmission component 61 and holding return unit 62 cooperate.Certainly, in addition to above-mentioned setting side Integral molding structure also can be set in formula, skid plate 611 and top button 612.

It is Hookean spring that return unit 62 is kept in the present embodiment, the both ends of Hookean spring respectively with top button 612 and lock body 10 It abuts.Certainly, return unit 62 is kept to be also possible to torsional spring, torsional spring is set on the pivotal axis of skid plate 611, and is mentioned for skid plate 611 For driving top button 612 to stretch out the power of lock body 10.Certainly, return unit 62 is kept to be also possible to other elastic components.

In the present embodiment, driving assembly 50 is solenoid component, and the solenoid component includes 51 He of solenoid tube body Iron core 52, solenoid tube body 51 are arranged in lock body 10；Iron core 52 is slidably connected with solenoid tube body 51, and iron core 52 has lock Fixed end.Iron core 52 is movably arranged in solenoid tube body 51, and solenoid tube body 51 is powered after computer key successful match, drives iron Core 52 is moved to the direction for retracting solenoid tube body 51, so that keyed end exits lock tongue 40, while skid plate 611 being driven to make to push up Button 612 stretches out lock body 10.

Optionally, driving assembly 50 further includes plunger return part 53, the both ends of plunger return part 53 respectively with iron core 52 and Solenoid tube body 51 abuts, to provide the reset force for protruding into lock tongue 40 for iron core 52.Plunger return part 53 is Hookean spring, iron core Return unit 53 makes iron core 52 have the driving force for protruding into lock tongue 40, compared with keeping return unit 62, plunger return part 53 always It is smaller to the power of iron core 52 than holding return unit 62 to the reset force of iron core 52, thus, plunger return part 53 is only in operating parts 30 Auxiliary iron core 52 moves to latched position when squeezing top button 612, when holding return unit 62 makes the holding of iron core 52 exit lock tongue 40 When, the power of plunger return part 53 protrudes into lock tongue 40 insufficient for iron core 52.

In the present embodiment, operating parts 30 can be rotatably set with lock body 10, and lock body 10 has the appearance for accommodating operating parts 30 It receives slot, a part of component 60 is kept to be stretched out by the inner wall of holding tank, at least part of lock tongue 40 is located in holding tank, and Operating parts 30, which enters holding tank and squeezes, to be kept protruding into operating parts 30 when component 60, to hinder operating parts 30 to rotate.

Specifically, operating parts 30 is handle, and the front of lock body 10 has holding tank, shape and the operating parts 30 of holding tank Shape matches, and operating parts 30 is connect by pivotal axis with shaft 20, and also allowing for operating parts 30 can turn relative to lock body 10 Dynamic, a part of lock tongue 40 is extend into holding tank, and has holding tank to extend into operating parts 30, to move in operating parts 30 Operating parts 30 is locked on lock body 10 when in holding tank, via hole is arranged on the inner wall of holding tank, pushes up the second end of button 612 Extrusion operation part 30 after stretching via hole, so that operating parts 30 rotates, so that operating parts 30 is exited far from one end of shaft 20 Holding tank, in order to which user operates.

In the present embodiment, lock tongue 40 is slidably connected with lock body 10, and the sliding of the glide direction of lock tongue 40 and iron core 52 Direction is vertical.Intelligent panel lock further includes lock tongue return unit 70, and lock tongue return unit 70 is Hookean spring, and the two of lock tongue return unit 70 End is abutted with lock tongue 40 and lock body 10 respectively, to provide the reset force for protruding into operating parts 30 for lock tongue 40.In the present embodiment, iron core 52 glide direction is parallel with the axis of shaft 20, and the glide direction of lock tongue 40 is vertical with the axis of shaft 20, thus in lock tongue 40 hinder the rotation of operating parts 30 when extending into operating parts 30, realize the locking of operating parts 30.

Optionally, one end that lock tongue 40 protrudes into operating parts 30 has pyramidal structure, and correspondingly, operating parts 30 has taper Hole, in this way when pushing up 612 extrusion operation part 30 of button, operating parts 30 can squeeze lock tongue 40 and make lock tongue 40 on the inclined-plane of taper Operating parts 30 is exited under effect, realizes automatic unlocking.At this time since the effect lock tongue 40 of lock tongue return unit 70 can automatically switch to Protrude into the position of operating parts 30, but operating parts 30 is popped up by top button 612, thus lock tongue 40 can not lock operation part 30, and Component 60 is kept to make iron core 52 be maintained at unlocked position again, so that operating parts 30 can when operating parts 30 enters holding tank Lock tongue 40 is squeezed, lock tongue 40 slides, so that lock tongue 40 re-enters into operating parts 30, while operating parts 30 squeezes top button 612, Top button 612 switches to latched position by unlocked position with dynamic iron core 52, and iron core 52 locks lock tongue 40, completes locking.

In the present embodiment, intelligent panel lock further includes accessory part, and accessory part is abutted with operating parts 30, to lock Driving operating parts 30 rotates when end motion is to unlocked position.Accessory part can auxiliary top button 612 guarantee operating parts 30 unlocking When can pop up, avoid the problem that top button 612 power deficiency cause operating parts 30 that can not unlock.

Specifically, accessory part includes mandril 81 and mandril return unit 82, and mandril 81 is slidably connected with lock body 10, and with behaviour Workpiece 30 abuts；Mandril return unit 82 is Hookean spring, and the both ends of mandril return unit 82 are abutted with mandril 81 and lock body 10 respectively, And extrusion operation part 30 is provided to drive the reset force of the rotation of operating parts 30 for mandril 81.

Further, accessory part includes operating parts return unit 83, and operating parts return unit 83 is torsional spring, and torsional spring is set in behaviour On pivotal axis between workpiece 30 and shaft 20, the both ends of operating parts return unit 83 are abutted with operating parts 30 and lock body 10 respectively, And the reset force of rotation is provided for operating parts 30.In this way, in the common work of top button 612, mandril 81 and operating parts return unit 83 Under, when guaranteeing that iron core 52 moves to unlocked position, operating parts 30 can be popped up smoothly, facilitate operation.

The present embodiment intelligent panel lock use process is as follows:

When unlock, as shown in Figure 4 and Figure 5, after computer key successful match, solenoid tube body 51 is powered, solenoid tube body 51 driving iron cores 52 move to unlocked position, lock tongue 40 be no longer influenced by the restriction of driving iron core 52 and in can be free to slide State；When iron core 52 moves to unlocked position, pushes up button 612 and stretch out band simultaneously to outside lock body 10 under the action of keeping return unit 62 The end of dynamic skid plate 611 is moved to 52 direction of iron core, until the end of skid plate 611 is pressed on iron core 52 to limit iron core 52 and answer Position；At the same time, operating parts 30 forces under the action of pushing up button 612, keeping return unit 62, mandril 81 and operating parts return unit 83 Lock tongue 40 slides, and one end is popped up to the direction far from lock body 10, pushes up button 612 at this time and keeps under the action of keeping return unit 62 Lock body 10 is stretched out, but also iron core 52 is maintained at unlocked position, unlock is completed；

When locking, as shown in Figures 2 and 3, operating parts 30 is pushed into holding tank, operating parts 30 squeezes lock tongue 40 and to lock Tongue 40 slides, and when operating parts 30 is pushed into locked position of coupler, lock tongue 40 is extend into operating parts 30, meanwhile, operating parts 30 squeezes top Button 612, so that top button 612 retracts in lock body 10, top button 612 drives skid plate 611 to rotate and releases the restriction to iron core 52, iron core 52, which switch to latched position under the collective effect of skid plate 611 and plunger return part 53, locks lock tongue 40, also just by operating parts 30 lockings, locking are completed.

It should be noted that multiple in above-described embodiment refer at least two.

It can be seen from the above description that the above embodiments of the present invention realized the following chievements:

1, intelligent panel lock inconvenient problem with use in the prior art is solved；

2, the complex degree of structure for reducing intelligent panel lock, ensure that good latch effect；

3, overall structure is simple, good reliability, easy to use.

Obviously, above-mentioned the described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts all Other embodiments should fall within the scope of the present invention.

It should be noted that term used herein above is merely to describe specific embodiment, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singular Also it is intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " packet Include " when, indicate existing characteristics, step, work, device, component and/or their combination.

It should be noted that the description and claims of this application and term " first " in above-mentioned attached drawing, " Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should be understood that using in this way Data be interchangeable under appropriate circumstances, so that presently filed embodiment described herein can be in addition to illustrating herein Or the sequence other than those of description is implemented.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a kind of intelligent panel lock characterized by comprising

Lock body (10)；

Shaft (20), the shaft (20) are rotationally threaded through on the lock body (10)；

Operating parts (30), the operating parts (30) connect with the shaft (20), and are able to drive the shaft (20) movement；

Lock tongue (40), the lock tongue (40) is movably arranged in the lock body (10), and can extend into the operating parts (30), with Lock the operating parts (30)；

Driving assembly (50), the driving component (50) are connect with the lock body (10), and the locking of the driving component (50) End, which has, to be protruded into the latched position of the lock tongue (40) and exits the unlocked position of the lock tongue (40)；

It keeps component (60), the holding component (60) connect with the keyed end, when the keyed end is by the latched position When switching to the unlocked position, the keyed end avoids the lock tongue (40), to unlock the operating parts (30), the holding The keyed end is maintained at the unlocked position by component (60), and described a part for keeping component (60) stretches out the lock body (10) surface；The holding component (60) is made to retract the lock body when the operating parts (30) squeeze the holding component (60) (10) when, the holding component (60) drives the keyed end to switch to the latched position by the unlocked position.

2. intelligent panel according to claim 1 lock, which is characterized in that the holding component (60) includes:

The first end of transmission component (61), the transmission component (61) is connect with the keyed end, and together with the keyed end Movement, the second end of the transmission component (61) can stretch out the lock body (10) surface, and abut with the operating parts (30), When the keyed end moves to the unlocked position, the keyed end drives transmission component (61) movement, so that described Second end stretches out lock body (10) surface, makes the second end retract institute when the operating parts (30) squeeze the second end When stating lock body (10), the transmission component (61) drives the keyed end to switch to the latched position by the unlocked position；

Keep return unit (62), it is described keep return unit (62) both ends respectively with the lock body (10) and the transmission component (61) it abuts, and the reset force for stretching out the lock body (10) is provided for the transmission component (61), so that the keyed end is kept In the unlocked position.

3. intelligent panel lock according to claim 2, which is characterized in that the transmission component (61) and the lock body (10) It is pivotally connected, and the pivotal axis of the transmission component (61) is between the first end and the second end, to form lever Structure.

4. intelligent panel according to claim 2 lock, which is characterized in that the transmission component (61) includes:

Skid plate (611), the skid plate (611) are pivotally connected with the lock body (10), and the skid plate (611) has described first End；

It pushes up button (612), the top button (612) is slidably connected with the lock body (10), and the top button (612) has described second End, the skid plate (611) connect far from one end of the keyed end with the top button (612), and together with the top button (612) Movement.

5. intelligent panel lock according to claim 4, which is characterized in that

The holding return unit (62) is Hookean spring, the both ends of the Hookean spring respectively with the top button (612) and described Lock body (10) abuts；Or

The holding return unit (62) be torsional spring, the both ends of the torsional spring respectively with the skid plate (611) and the lock body (10) It abuts.

6. intelligent panel lock according to claim 4, which is characterized in that the side of the skid plate (611) has groove, institute The first end for stating skid plate (611) protrudes into the groove, and abuts with the side wall of the groove.

7. intelligent panel according to claim 4 lock, which is characterized in that the skid plate (611) is with the top button (612) Integrated formed structure.

8. intelligent panel according to any one of claim 1 to 7 lock, which is characterized in that the driving component (50) is Solenoid component, the solenoid component include:

Solenoid tube body (51), solenoid tube body (51) setting is in the lock body (10)；

Iron core (52), the iron core (52) are slidably connected with the solenoid tube body (51), and the iron core (52) is with described Keyed end；

Plunger return part (53), the plunger return part (53) setting the solenoid tube body (51) and the iron core (52) it Between, to provide reset force for the iron core (52).

9. intelligent panel lock according to any one of claim 1 to 7, which is characterized in that the intelligent panel lock also wraps It includes lock tongue return unit (70), the both ends of the lock tongue return unit (70) are supported with the lock tongue (40) and the lock body (10) respectively It connects, to provide the reset force for protruding into the operating parts (30) for the lock tongue (40).

10. intelligent panel lock according to any one of claim 1 to 7, which is characterized in that the operating parts (30) and institute Stating lock body (10) can be rotatably set, and the lock body (10) has the holding tank for accommodating the operating parts (30), the holding group A part of part (60) is stretched out by the inner wall of the holding tank, and at least part of the lock tongue (40) is located at the holding tank It is interior, and operating parts (30) are protruded into when the operating parts (30) enter the holding tank and squeeze holding component (60), with The operating parts (30) are hindered to rotate.