CN211287051U

CN211287051U - Split type full-automatic intelligent lock

Info

Publication number: CN211287051U
Application number: CN201921584361.XU
Authority: CN
Inventors: 陈树虎; 赖新侃
Original assignee: Shenzhen Unin Electronic Co ltd
Current assignee: Shenzhen Unin Electronic Co ltd
Priority date: 2019-09-23
Filing date: 2019-09-23
Publication date: 2020-08-18
Anticipated expiration: 2029-09-23

Abstract

The utility model discloses a split type full-automatic intelligent lock, which comprises a first MCU processor, a second MCU processor and an unlocking transmission device, wherein the first MCU processor is respectively connected with a compass module, a fingerprint identification module, a reset button and an IC card core, and the IC card core is connected with an IC card antenna; the second MCU processor is in communication connection with the first MCU processor USART through a data line and is respectively connected with a power supply, a setting key, a wireless communication module and a motor driving module; the unlocking transmission device is connected with the motor driving module and comprises an unlocking motor transmission device and a machine lock. The utility model provides a split type full-automatic intelligent lock only exposes the fingerprint panel, and is flat totally with the door, and the area is little, and the design is exquisite, does not account for the space, and the control button is hidden on the side lath in the door small, and power and control circuit are whole to be arranged in the door in, and safe and reliable has increased the door and has had kind of aesthetic feeling of an organic whole.

Description

Split type full-automatic intelligent lock

Technical Field

The utility model relates to an intelligence lock technical field especially relates to a full-automatic intelligent lock of split type.

Background

There are probably two types of fingerprint locks on the market today: the semi-automatic fingerprint lock needs to be pressed to open the door after the fingerprint is verified to pass through, and the handle is lifted to the requirement of locking, and the full-automatic fingerprint lock directly pushes the door after the fingerprint is verified to open the door, and the door is closed and is automatically locked. The fingerprint lock can not avoid the space occupation caused by the volume of the lock surface protruding outwards, has a uniform structure, can not be tightly combined with the door lock, and achieves the delicate and simple aesthetic effect.

The other difference is that the full-automatic fingerprint lock on the market mostly adopts a gyroscope to unlock, and adopts a locking and positioning mode, so that the positioning effect is not accurate enough.

The above disadvantages need to be solved.

SUMMERY OF THE UTILITY MODEL

In order to overcome the deficiencies of the prior art, the utility model provides a full-automatic intelligent lock of split type.

The utility model discloses technical scheme as follows: a split type full-automatic intelligent lock comprises a first MCU processor, a second MCU processor and an unlocking transmission device, wherein the first MCU processor is respectively connected with a compass module, a fingerprint identification module, a reset button and an IC card core, and the IC card core is connected with an IC card antenna;

the second MCU processor is in communication connection with the first MCU processor USART through a data line, and is respectively connected with a power supply, a setting key, a wireless communication module and a motor driving module;

the unlocking transmission device is connected with the motor driving module and comprises an unlocking motor transmission device and a machine lock.

As a preferred scheme, the first MCU processor is also connected with an LED status indicator lamp.

Preferably, the first MCU processor is further connected to a buzzer.

Preferably, the first MCU processor is further connected to a USB standby power socket.

As a preferred scheme, the second MCU processor is also connected with a voice control module.

Preferably, the voice control module is further connected with a speaker and a voice memory respectively.

As a preferred scheme, the second MCU processor is also connected with a rear lock surface.

Preferably, the rear lock face comprises a door opening and closing button.

According to the scheme the utility model discloses, its beneficial effect lies in, through first MCU treater, compass module, fingerprint identification module, second MCU treater and motor drive module, can realize fingerprint identification and control lock and open or close, realize automatic opening to spare part is all established in the door, safe and reliable, compass module can carry out the switch door location, greatly increased the function.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

In the figure, 10, a first MCU processor; 11. a fingerprint identification module; 12. resetting the key; 13. a buzzer; 14. a USB standby power socket; 15. an IC card core; 16. an IC card antenna; 17. a compass module; 18. an LED status indicator light; 20. a second MCU processor; 21. a voice control module; 211. a speaker; 212. a voice memory; 22. setting a key; 23. a power source; 24. a wireless communication module; 25. a motor drive module; 26. an unlocking transmission device; 261. unlocking the motor transmission device; 262. a machine lock; 27. a back lock face; 271. and (4) opening and closing a door button.

Detailed Description

The invention is further described with reference to the following figures and embodiments:

as shown in fig. 1, a split type full-automatic intelligent lock includes a first MCU processor 10, a second MCU processor 20 and an unlocking transmission 26.

The first MCU processor 10 is respectively connected with a compass module 17, a fingerprint identification module 11, a reset key 12 and an IC card core 15, and the IC card core 15 is connected with an IC card antenna 16; the second MCU processor 20 is in communication connection with the first MCU processor 10USART through a data line, and the second MCU processor 20 is respectively connected with a power supply 23, a setting key 22, a wireless communication module 24 and a motor driving module 25; the unlocking gear 26 is connected to the motor drive module 25, the unlocking gear 26 comprising an unlocking motor gear 261 and a machine lock 262.

The circuit structure of each functional module is well known in the art, and the detailed circuit structure of each module is not described in detail here.

The working principle is as follows: fingerprint is input through fingerprint identification module 11, or door opening instruction is input through swiping a door opening card, and the transmission is given to first MCU treater 10, first MCU treater 10 receives signal check-up no mistake back, will open door the order data and transmit second MCU treater 20 through the data line, then second MCU treater 20 control electric drive module, motor drive module 25 drives motor drive 261 that unblanks, control machine lock 262 is opened, and simultaneously, second MCU treater 20 will carry out the result information and transmit first MCU treater 10 through the data line, tell its state of execution.

The full-automatic split lock has various advanced functions: the motor is intelligently powered off, the system is in sleep state, power is saved, the compass is periodically detected in the sleep state, the compass is automatically locked, and the function of awakening the system is interrupted. Under normal conditions, the full-automatic split lock is closed and immediately locked, but when the door is not closed for a long time, in order to save the electric quantity of a battery, the system enters a dormant state, the compass still periodically detects the position at the moment and compares the position recorded when the door is opened, the system is immediately and accurately awakened when the door is closed, the locking and locking operation is carried out, the door is closed and then enters the dormant state, when a fingerprint head is touched or a door card is swiped, the whole system can be awakened by interruption, and then whether the card is swiped or whether the fingerprint is legal is judged to open the door.

Any fingerprint can be unlocked in a full-automatic split lock or in a factory state, when the fingerprint or the door opening card is registered, the factory state is invalid, the door can be opened only after the registered fingerprint or the door opening card is verified, the registered user comprises a general user and a temporary user, the temporary card can be cleared by the temporary user respectively, or the temporary fingerprint is deleted by the general user, the factory setting needs to be restored, adding or deleting operation is carried out through operating a control key, and voice prompt is provided for each step of operation.

The door lock is mainly used for entrance doors of real estate homes, villas and the like, has three opening modes of fingerprints, mechanical keys and door opening cards, has the functions of positioning and closing the door with a door opening compass and automatically locking, has the functions of dormancy power saving and periodic detection locking, can set user functions for relatives and friends, sets temporary user functions for visiting customers, can delete the temporary user by one key when the temporary user is not needed, sets electronic manual locking keys on the front and rear panels of the door lock, can select the automatic or manual locking function by the user, is more flexible in use, adopts the hidden design of the set functional keys, is arranged in the center of a large door side plate strip, is surrounded by a fingerprint window and an IC card induction area, is completely flat with a fingerprint window panel and a gate, has small and exquisite appearance, minimizes the occupied space, maximizes the functions, fully exerts the home design concept of modern forever, and has LED colored lamps and voice when the door lock is used, with 13 voice prompt of bee calling organ, use the electron lock body structure of original creation, the mode that adopts the current detection that targets in place prevents the motor possibility of burning out because of long-time locked rotor, and the function is more reliable, and life is more permanent, uses general tall and erect charger of ann to charge, and it is convenient to use.

Preferably, the first MCU processor 10 is further connected to an LED status indicator 18, and the first MCU processor 10 is further connected to a buzzer 13. When the LED lamp works, the LED status indicator lamp 18 is used for indicating whether the LED lamp is in a working state or is electrified, and when the LED lamp works, the buzzer 13 is started to sound to remind a user.

Preferably, the first MCU processor 10 is further connected to a USB standby power supply 23 socket 14. The power 23 charger is the design theory of commonality, as long as take the standard cell-phone charger of tall and erect micro USB plug all can charge for this product battery, and emergency power source 23 is also the design theory of commonality, as long as tall and erect micro USB plug power source 23 of ann, all can be used to the emergency power source 23 of this product like the treasured that charges.

Preferably, the second MCU processor 20 is further connected to a voice control module 21, and the voice control module 21 is further connected to a speaker 211 and a voice memory 212. When the door is opened or closed, the voice control module 21 calls the voice information from the voice memory 212 and sends a sound from the loudspeaker 211 to prompt the user with voice.

Preferably, the second MCU processor 20 is further connected to a back lock surface 27, and the back lock surface 27 includes a door opening and closing button 271. The key inserting hole of a common door is reserved, so that the door can be opened or closed conveniently for the old or people with mobility disabilities, and the door is suitable for all people and is very suitable for people.

Compared with the prior art, adopt above-mentioned scheme, the utility model discloses a first MCU treater 10, compass module 17, fingerprint identification module 11, second MCU treater 20 and motor drive module 25 can realize fingerprint identification and control lock and open or close, realize automatic opening to spare part is all established in the door, safe and reliable, and compass module 17 can open and close the door location, greatly increased the function.

It will be understood that modifications and variations can be made by persons skilled in the art in light of the above teachings and all such modifications and variations are considered to be within the scope of the invention as defined by the following claims.

The above exemplary description of the present invention is made in conjunction with the accompanying drawings, and it is obvious that the present invention is not limited by the above manner, and various improvements made by the method concept and technical solution of the present invention or by directly applying the concept and technical solution of the present invention to other occasions without improvement are all within the protection scope of the present invention.

Claims

1. The utility model provides a full-automatic intelligent split lock, its characterized in that, including first MCU treater, second MCU treater and transmission of unblanking, compass module and reset button with first MCU treater is connected, first MCU treater

The fingerprint identification module is respectively connected with the IC card core and the fingerprint identification module in two directions, and the IC card core is connected with the IC card antenna;

the second MCU processor is connected with the first MCU processor through a data line, the second MCU processor is respectively connected with a power supply, a setting button, a wireless communication module and a motor driving module, the motor driving module is connected with the unlocking transmission device, the unlocking transmission device comprises an unlocking motor transmission device and a machine lock, and the motor driving module is connected with the machine lock through the unlocking motor transmission device.

2. The split type full-automatic intelligent lock according to claim 1, wherein the first MCU processor is further connected with an LED status indicator lamp.

3. The split type full-automatic intelligent lock according to claim 1, wherein the first MCU processor is further connected with a buzzer.

4. The split type full-automatic intelligent lock according to claim 1, wherein the first MCU processor is further connected with a USB standby power socket.

5. The split type full-automatic intelligent lock according to claim 1, wherein the second MCU processor is further connected with a voice control module.

6. The split type full-automatic intelligent lock according to claim 5, wherein the voice control module is connected with a loudspeaker, and the voice memory is unidirectionally connected with the voice control module.

7. The split type full-automatic intelligent lock according to claim 1, wherein the second MCU processor is further connected with a rear lock face.

8. The split type full-automatic intelligent lock according to claim 7, wherein a door opening and closing button is arranged on the rear lock face.