CN209047629U - A kind of intelligent drawer cabinet - Google Patents

Abstract

The utility model relates to drawout cubicle technical field, especially a kind of intelligent drawer cabinet.It includes cabinet body, the drawer box in drawer slot, the drive control device on drawer box, the smart lock on drawer box and the elastic force apparatus on drawer groove top face equipped with drawer slot；Smart lock includes lock housing, lock tongue and power output device；Under blocking, elastic force apparatus and lock tongue contraposition are clamped；Under unlocking condition, elastic force apparatus driving drawer box is moved to the front end side of drawer slot.The automatic locking or unlocking function of drawout cubicle can be realized using the structure cooperation between drive control device, smart lock and elastic force apparatus three for the present embodiment, drawer box is pulled out from cabinet body convenient for user simultaneously, greatly simplifie the structure of existing drawout cubicle locked automatically, guarantee the safety that drawout cubicle uses, and the drive control device of the present embodiment, smart lock and elastic force apparatus can be assemblied in any common drawout cubicle.

Description

A kind of intelligent drawer cabinet

Technical field

The utility model relates to drawout cubicle technical field, especially a kind of intelligent drawer cabinet.

Background technique

It is well known that drawout cubicle is a kind of article-storage device that can be orderly placed various article, drawout cubicle is main It is made of cabinet body and at least one drawer, drawer can pull out forward from cabinet body, and multiple drawers can be used for place tool, text Part, books, stationery and other items.

Existing drawout cubicle typically at least has a drawer to be equipped with lockset, only opening lockset, could be by drawer from cabinet It is pulled out in body, and then plays the role of protecting put items in drawer.Most of drawout cubicle installations are mechanical locks, pass through key Spoon is opened, but mechanical lock is easy to be cracked by people, and the key of unlocking is easily replicated by people, is falsely used, and safety is poor.Drawout cubicle also Using coded lock, by inputting the wind for opening lockset after correct password, but being peeped there is also password by people or directly cracking Nearly, certain puzzlement can be also brought to user when and password is forgotten.And existing drawout cubicle is after being unlocked, and drawer is still In the closed state with cabinet body close fit, the person of being not convenient to use directly is opened with hand, it usually needs handle etc. is in addition arranged Component could be convenient for user to pull out drawer from cabinet body, and the setting of the components such as handle, and will affect the whole of drawout cubicle Body aesthetics.

Therefore, it is necessary to study a kind of intelligent drawer cabinets, are capable of the personal information of intelligent recognition user, and pass through identification After induction is unlocked, drawer can be pulled out from cabinet body convenient for user, one improves the convenience of user.

Utility model content

In view of the deficiency of the prior art, the purpose of this utility model is to provide a kind of intelligent drawer cabinets.

To achieve the goals above, the utility model adopts the following technical solution:

A kind of intelligent drawer cabinet, it includes the cabinet body for offering at least one drawer slot, the drawer that is set in drawer slot Box, the drive control device on the panel of drawer box, the panel for being set to drawer box inner wall on smart lock and set It is placed in the elastic force apparatus on the top surface of drawer slot and being located above smart lock；

The smart lock includes being set on the inner wall of panel and offering on top surface the lock housing of lockhole, be set in lock housing Lock tongue and be set to power output device in lock housing and for driving lock tongue to stretch out lockhole and be retracted into lockhole；

In the lockout condition, elastic force apparatus and lock tongue contraposition are clamped；Under unlocking condition, elastic force apparatus drive drawer box to The front end side of drawer slot moves so that drawer slot is exited in drawer box part.

Preferably, the elastic force apparatus includes first shell, compresses armshaft, spring and card-bit part；

The first shell is set to the top on the top surface of the front end of drawer slot and being located at smart lock, the first shell First through hole is offered on the front side wall of body；

The main part for compressing armshaft be distributed on the inside of first shell and front end after first through hole to first The front side of shell, which extends, to be distributed, and is provided with a snap ring on the peripheral wall for compressing armshaft and on the inside of first shell；

The spring, which is socketed on, to be compressed on armshaft, and the front end of the spring and snap ring abut against and rear end and first shell Inner wall abuts against；

The card-bit part is set in first shell and is clamped for aligning with lock tongue.

Preferably, the second through-hole with first through hole to bit distribution is offered on the rear wall of the first shell, it is described The rear end for compressing armshaft, which extends after the second through-hole to the rear side of first shell, to be distributed.

Preferably, an annular groove, the snap ring are offered on the peripheral wall for compressing armshaft and on the inside of first shell On offer a notch section, the snap ring is clamped by notch section and annular groove contraposition.

Preferably, the card-bit part is set as roller bearing part, and the both ends of the roller bearing part are connect with first shell shaft respectively.

Preferably, elongation moulding has at least two protruding pinnas, the protruding pinna outward on the side wall of the first shell Top surface and first shell either flush, offer a screw hole being distributed along the vertical direction on the protruding pinna.

Preferably, the drive control device includes the second shell being flush-mounted on the panel of drawer box, is packaged in second shell In vivo and the drive control plate that be electrically connected with power output device and be flush-mounted on the front face of second shell respectively and with drive The signal identifier and charging interface of dynamic control panel electrical connection；Energy-storage battery, the energy-storage battery are additionally provided in the lock housing It is electrically connected with drive control plate.

Preferably, the signal identifier is set as Fingerprint Identification Unit.

As the above scheme is adopted, the utility model receives locking or unlocking signal using drive control device, control Power output device carries out power output, drives lock tongue stretching lockhole and elastic force apparatus contraposition clamping real using power output device It is now latched, or is retracted into lock tongue in lockhole, so that elastic force apparatus driving drawer box is moved to the front end side of drawer slot, so that panel Certain spatial joint clearance is generated between cabinet body, consequently facilitating user pulls out drawer box from cabinet body.Based on this, this implementation Example by the cooperation of structure between drive control device, smart lock and elastic force apparatus three can be realized the automatic locking of drawout cubicle or Unlocking function, while pulling out drawer box from cabinet body convenient for user, greatly simplifie the automatic lock of existing drawout cubicle Structure, guarantee the safety that drawout cubicle uses, and the drive control device of the present embodiment, smart lock and elastic force apparatus can assemble In in any common drawout cubicle, good structural condition is provided for its popularization and application, there is very strong practical valence Value and market popularization value.

Detailed description of the invention

Fig. 1 is the structural schematic diagram (one) of the utility model embodiment；

Fig. 2 is the structural schematic diagram (two) of the utility model embodiment；

Fig. 3 is the structural schematic diagram (three) of the utility model embodiment；

Fig. 4 is structural schematic diagram of the elastic force apparatus of the utility model embodiment when unlocking；

Fig. 5 is structural schematic diagram of the elastic force apparatus of the utility model embodiment in locking；

Fig. 6 is the structural schematic diagram for compressing armshaft and snap ring of the utility model embodiment；

Fig. 7 is the cross-sectional view (one) in the lockout condition of the utility model embodiment；

Fig. 8 is the cross-sectional view (two) in the lockout condition of the utility model embodiment；

Fig. 9 is the cross-sectional view (one) under unlocking condition of the utility model embodiment；

Figure 10 is the cross-sectional view (two) under unlocking condition of the utility model embodiment；

Figure 11 is the structural schematic diagram of the drive control device of the utility model embodiment；

Figure 12 is the schematic diagram of internal structure of the drive control device of the utility model embodiment；

In figure: 10, cabinet body；11, drawer box；111, panel；20, drive control device；21, second shell；22, drive control Plate；23, signal identifier；24, charging interface；30, smart lock；31, lock housing；32, lock tongue；33, power output device；40, bullet Power device；41, first shell；411, first through hole；412, the second through-hole；42, armshaft is compressed；421, snap ring；422, annular groove； 43, spring；44, card-bit part；45, protruding pinna；A, drawer slot；B, lockhole；C, notch section.

Specific embodiment

The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be by right It is required that the multitude of different ways for limiting and covering is implemented.

As shown in Figures 1 to 12, a kind of intelligent drawer cabinet provided by the embodiment of the utility model, it includes offering at least The cabinet body 10 of one drawer slot a, the drawer box 11 being set in drawer slot a, the driving on the panel 111 of drawer box 11 Controller 20, the panel 111 for being set to drawer box a inner wall on smart lock 30 and be set to the top of the front end drawer slot a Elastic force apparatus 40 on face and positioned at 30 top of smart lock；

Wherein, smart lock 30 includes being set on the inner wall of panel 111 and offering on top surface the lock housing 31 of lockhole b, set It the lock tongue 32 that is placed in lock housing 31 and is set in lock housing 31 and for driving lock tongue 32 to stretch out lockhole b or be retracted into lockhole b Power output device 33；

In the lockout condition, elastic force apparatus 40 and the contraposition of lock tongue 32 are clamped；Under unlocking condition, the driving of elastic force apparatus 40 is taken out Drawer box 11 is moved to the front end side of drawer slot a so that drawer slot a is exited in 11 part of drawer box.

As a result, after drive control device 20 receives locking or unlocking signal, controllable power output device 33 is moved Power output, to drive lock tongue 32 to make upper and lower translation movement relative to lock housing 31 using power output device 33, to make lock tongue 32 It stretches out lockhole b and locking is realized in the contraposition clamping of elastic force apparatus 40, or be retracted into lock tongue 32 in lockhole b, so that elastic force apparatus 40 drives Dynamic drawer box 11 is moved to the front end side of drawer slot a so that drawer slot a is exited in 11 part of drawer box, so that panel 111 and cabinet body Certain spatial joint clearance is generated between 10, consequently facilitating user pulls out drawer box 11 from cabinet body 10.Based on this, this implementation The automatic of drawout cubicle can be realized by the structure cooperation between 40 three of drive control device 20, smart lock 30 and elastic force apparatus in example Locking or unlocking function, greatly simplifie the structure of existing drawout cubicle locked automatically, guarantee the safety that drawout cubicle uses, And the drive control device 20, smart lock 30 and elastic force apparatus 40 of the present embodiment can be assemblied in any common drawout cubicle In, good structural condition is provided for its popularization and application, there is very strong practical value and market popularization value.

In order to guarantee that elastic force apparatus 40 can drive drawer box 11 to move to the front end side of drawer slot a, preferably, The elastic force apparatus 40 of this implementation includes first shell 41, compresses armshaft 42, spring 43 and card-bit part 44；Wherein, first shell 41 are set on the top surface of the front end of drawer slot a and are located at the top of smart lock 30, open on the front side wall of first shell 41 Equipped with first through hole 411；The main part for compressing armshaft 42 is distributed in 41 inside of first shell and front end through first through hole Extend after 411 to the front side of first shell 41 and be distributed, compress on the peripheral wall of armshaft 42 and is provided on the inside of first shell 41 One snap ring 421；Spring 43, which is socketed on, to be compressed on armshaft 42, and the front end of spring 43 and snap ring 421 abut against and rear end and first shell The inner wall of body 41 abuts against；Card-bit part 44 is set in first shell 41 and is clamped for aligning with lock tongue 32.Work as drawer as a result, It when cabinet is locked, needs that first drawer box 11 is pushed completely into drawer slot a, lock tongue 32 could be controlled using drive control device 20 and carried out Locking, panel 111 is abutted against with the front end for compressing armshaft 42 in the process, and is pushed and compressed armshaft 42 to first shell 41 Rear side movement, spring 43 are compressed (as shown in Figure 7).When drawout cubicle unlock, the elastic force of spring 43 is released, to make to compress Armshaft 42 is moved to the front side of first shell 41, so that drawer box 11 be pushed to move to the front end side of drawer slot a, can make panel Certain spatial joint clearance (as shown in Figure 9 and Figure 10) is generated between 111 and cabinet body 10.

In order to optimize elastic force apparatus 40, preferably, offered on the rear wall of the first shell 41 of the present embodiment With first through hole 411 to the second through-hole 412 of bit distribution, the rear end of armshaft 42 is compressed after the second through-hole 412 to first The rear side of shell 41 extends distribution.As a result, during drawer box 11 is pushed into drawer slot a, compressing armshaft 42 can be logical along first The direction of 411 to the second through-hole 412 of hole is moved to the rear end side of first shell 41, convenient for maintaining the movement side for compressing armshaft 42 To, and the stability for compressing the movement of armshaft 42 has been effectively ensured, and be based on this, the reduction first shell 41 of maximizing Volume, to reduce the production cost of device.

Further, preferably, on the peripheral wall for compressing armshaft 42 of the present embodiment and in first shell 41 Side offers an annular groove 422, and a notch section c is offered on snap ring 421, and snap ring 421 is right by notch section c and annular groove 422 Position clamping.Based on the above structure, can be mounted in first shell 41 convenient for armshaft 42, spring 43 and snap ring 421 will be compressed, together Sample is also convenient for disassembling all parts from first shell 41 and is safeguarded and replaced.

Further, preferably, the card-bit part 44 of the present embodiment is set as roller bearing part, the both ends difference of roller bearing part It is connect with 41 shaft of first shell.As a result, during lock and unlock, the friction between lock tongue 32 and roller bearing part can be reduced Power effectively guarantees the stable operation of smart lock 30, improves the service life of device to optimize the motion process of lock tongue 32.

For the ease of the installation of elastic force apparatus 40, elongation moulding has outward on the side wall of the first shell 41 of the present embodiment At least two protruding pinnas 45, the top surface of protruding pinna 45 and the either flush of first shell 41, and an edge is offered on protruding pinna 45 The screw hole of up and down direction distribution.Easily elastic force apparatus 40 can be assemblied in cabinet body by screw as a result,.

For the utility function for optimizing entire drawout cubicle to the maximum extent, the drive control device 20 of the present embodiment includes being flush-mounted in Second shell 21 on the panel 111 of drawer box 11 is packaged in and is electrically connected in second shell 21 and with power output device 33 Drive control plate 22 and respectively flush-mounted in second shell 21 front face on and be electrically connected with drive control plate 22 signal knowledge Other device 23 and charging interface 24, are additionally provided with energy-storage battery (not shown), energy-storage battery and drive control in lock housing 31 Plate 22 is electrically connected.Locking or unlocking signal can be identified using signal identifier 23 as a result, once signal is by drive control plate 22 I.e. controllable power output device 33 exports corresponding power after being proved to be successful, to be locked or be unlocked；And energy-storage battery Then electric energy guarantee can be provided for the electrical component of entire lockset.

Further, the signal identifier 23 of the present embodiment is set as Fingerprint Identification Unit.User can pass through Fingerprint Identification Unit Typing finger print information is simultaneously unlocked or locks after drive control plate 22 is proved to be successful finger print information；Certain signal identifier 23 may be set to be the device that iris recognition device, face recognizer etc. are capable of intelligent recognition user's personal information；Or It is the wireless communication module (such as wifi module or bluetooth module) being built in second shell 21, so as to utilize such as hand The mobile communication equipments such as machine realize the automatic unlocking and locking function to lock tongue by information matches and the communication technology.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, is directly or indirectly transported Used in other related technical areas, it is also included in the patent protection scope of the utility model.

Claims (8)

1. a kind of intelligent drawer cabinet, it is characterised in that: it includes the cabinet body for offering at least one drawer slot, is set to drawer slot Interior drawer box, the drive control device on the panel of drawer box, the panel for being set to drawer box inner wall on intelligence Lock and be set to the elastic force apparatus on the top surface of drawer slot and being located above smart lock；

The smart lock includes the lock for being set on the inner wall of panel and offering the lock housing of lockhole on top surface, being set in lock housing Tongue and the power output device for being set in lock housing and being used to drive lock tongue stretching lockhole and be retracted into lockhole；

In the lockout condition, elastic force apparatus and lock tongue contraposition are clamped；Under unlocking condition, elastic force apparatus drives drawer box to drawer The front end side of slot moves so that drawer slot is exited in drawer box part.

2. a kind of intelligent drawer cabinet as described in claim 1, it is characterised in that: the elastic force apparatus includes first shell, supports Last item arm, spring and card-bit part；

The first shell is set to the top on the top surface of the front end of drawer slot and being located at smart lock, the first shell First through hole is offered on front side wall；

The main part for compressing armshaft be distributed on the inside of first shell and front end after first through hole to first shell Front side extend distribution, on the peripheral wall for compressing armshaft and be located on the inside of first shell and be provided with a snap ring；

The spring, which is socketed on, to be compressed on armshaft, and front end and the snap ring of the spring abut against and the inner wall of rear end and first shell It abuts against；

The card-bit part is set in first shell and is clamped for aligning with lock tongue.

3. a kind of intelligent drawer cabinet as claimed in claim 2, it is characterised in that: offered on the rear wall of the first shell With first through hole to the second through-hole of bit distribution, the rear end for compressing armshaft is run through after the second through-hole to after first shell Side extends distribution.

4. a kind of intelligent drawer cabinet as claimed in claim 2, it is characterised in that: on the peripheral wall for compressing armshaft and be located at the One case inside offers an annular groove, and a notch section is offered on the snap ring, and the snap ring passes through notch section and annular groove Contraposition clamping.

5. a kind of intelligent drawer cabinet as claimed in claim 2, it is characterised in that: the card-bit part is set as roller bearing part, described The both ends of roller bearing part are connect with first shell shaft respectively.

6. a kind of intelligent drawer cabinet as claimed in claim 2, it is characterised in that: prolong outward on the side wall of the first shell It stretches and forms at least two protruding pinnas, the top surface of the protruding pinna and the either flush of first shell open up on the protruding pinna There is a screw hole being distributed along the vertical direction.

7. such as a kind of intelligent drawer cabinet of any of claims 1-6, it is characterised in that: the drive control device includes Second shell on the panel of drawer box, the driving control for being packaged in second shell and being electrically connected with power output device Making sheet and respectively on the front face of second shell and the signal identifier being electrically connected with drive control plate and charging Mouthful；Energy-storage battery is additionally provided in the lock housing, the energy-storage battery is electrically connected with drive control plate.

8. a kind of intelligent drawer cabinet as claimed in claim 7, it is characterised in that: the signal identifier is set as fingerprint recognition Device.