CN117188922A - Intelligent armored door with self-locking function and use method - Google Patents
Intelligent armored door with self-locking function and use method Download PDFInfo
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Abstract
The invention discloses an intelligent armored entrance door with a self-locking function and a use method thereof, wherein the entrance door comprises a door body and a lockset, the lockset comprises a pinch plate and a door lock body, the door lock body comprises a control module, a communication module, a self-locking module, a monitoring module and a mobile power supply, and a self-suction anti-clamping mechanism is connected between the door body and a door frame; on the intelligent experience: the door has the functions of remote control and remote reminding, can realize the remote door opening operation of a householder for a visitor to enter, has a self-locking function, avoids the phenomenon that a door body is not contacted with a door frame and performs false self-locking, has the function of self-priming door closing, and avoids the phenomenon that noise is generated due to the powerful door closing, the door body and the door frame collide and damage and the clamping injury to children.
Description
Technical Field
The invention belongs to the field of intelligent entrance doors, and particularly relates to an intelligent armored entrance door with a self-locking function and a use method thereof.
Background
Armored doors are relatively rigid doors with a solid steel structure in the middle and an aesthetically pleasing facing material covering the surface, commonly known as copper, glass, composite wood, and the like.
The intelligent door is based on the traditional anti-theft safety door, and the intelligent system host is used as a carrier through the emerging technical means and the concept of the Internet of things, so that the anti-theft door with various intelligent functions is realized on the function of the traditional anti-theft safety door.
The demand for intelligent electric and intelligent doors and windows is increasing, and the importance of the intelligent door is self-evident for indoor and outdoor isolation.
The traditional intelligent door is mostly used to realize remote or non-contact or non-physical unlocking or locking through the intelligent lock, and simultaneously has the visual voice function, but is relatively deficient in the self-locking function, and the traditional self-locking function is used for enabling an internal driving motor to drive a lock tongue to perform locking work no matter whether a door body is tightly closed or not after the door is closed, so that self-locking failure is caused, a user cannot know the self-locking failure, potential safety hazards are caused, and meanwhile, when the door is closed, a powerful door closing mode not only can cause noise and damage to a door frame, but also can cause clamping injury to children.
Therefore, the self-locking door body has the functions of stable self-locking and anti-clamping and self-priming of the door body while being intelligent in adaptation.
Disclosure of Invention
Aiming at the defects, the invention provides an intelligent armored entrance door with a self-locking function and a use method thereof.
Further, the control module comprises a processor for processing commands, a password circuit board for inputting passwords and fingerprints, wherein the password circuit board is connected with a fingerprint collector and a password board which are arranged at the door body, and an emergency socket is arranged at the password board.
Through above-mentioned technical scheme, realize the control work between each module through the treater, password circuit board and fingerprint collector are used for setting up and fingerprint identification to user's password for the ID authentication work of basis, and emergent socket can be used for providing the interim password work of opening the door under the electroless state to the interim power supply of password circuit board.
Further, the communication module comprises a cellular wireless transmission module for data transmission, an embedded RFID/NFC read-write module and a Bluetooth module for Bluetooth transmission.
Through the technical scheme, guarantee is provided for wireless transmission work, multiple wireless transmission types are adopted, and the wireless transmission system has higher adaptability.
Further, the self-locking module comprises a miniature direct current brushless motor for controlling the lock tongue and a contact switch embedded at the inclined lock tongue.
Through the technical scheme, the door locking device is used for detecting whether an accurate self-locking function is finished, namely, the door is closed, and the inclined lock tongue is inserted into the lock groove to realize real locking, and is not locked in the state that the door is not completely closed.
Further, the monitoring module comprises a shooting mechanism and a sensing mechanism, wherein the shooting mechanism comprises a wide-angle camera arranged on the front face of the door lock body, and the sensing mechanism comprises a miniature light sensor for light sensing, an audio amplifier for sound control sensing, a microphone, a loudspeaker and a smoke sensor for smoke detection.
Through the technical scheme, different types of detection processing are provided, and basic guarantee is provided for the subsequent dormancy work of the wide-angle camera.
Further, the self-priming anti-clamping mechanism comprises a bidirectional electromagnetic coil arranged at the edge of the inner wall of the door body, a magnet fixed in the door frame and a trigger control piece arranged at the hinge joint of the door body and the door frame.
Through the technical scheme, the electric door-inhale device can realize the work of electric door-inhale, ensure that the work of self-locking can be realized after the automatic door closing even if a user does not completely close the door-inhale door, and simultaneously has a good anti-pinch function.
Further, the door body is multilayer structure, and the middle part is strengthened fossil fragments first, and the left and right sides of strengthening fossil fragments first is bee storehouse aviation aluminium foil interlayer, and the one end that strengthens fossil fragments first is kept away from to two bee storehouse aviation aluminium foil interlayers is duplex protection steel sheet, and two duplex protection steel sheets keep away from the one end that strengthens fossil fragments first and are respectively for the outdoor aluminum plate of orientation and the indoor multilayer solid wood board of orientation, and it has the flame proof cotton to fill between aluminum plate and multilayer solid wood board and the adjacent duplex protection steel sheet, and the edge of the door body is equipped with the chamber of depositing that is used for depositing to receive from inhaling and prevent pressing from both sides mechanism.
Through the technical scheme, basic guarantee is provided for the protection of the door body.
Further, the mobile power supply comprises a low-power early warning module, a low-power protection module, a wireless charging module and a charging interface.
Through the technical scheme, the mobile power supply is charged in a diversified mode, meanwhile, the low-power early warning module and the low-power protection module are additionally arranged, a user is timely prompted to charge when the power is low, and the low-power protection module can guarantee the most basic self-locking function.
Further, a use method is also disclosed, comprising the intelligent armored door with the self-locking function, and further comprising the following steps:
s1, self-locking in an electrified networking state:
1) The communication module receives a mobile terminal signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close the door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
2) The NFC module receives a near-end signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
3) Detecting a locking state by a contact switch, transmitting a locking record and time information to a cloud for storage by a communication module, and transmitting the locking record and the time information to a mobile terminal for reminding by the communication module when detecting an unlocked state;
s2, monitoring in a power-on networking state:
1) The wide-angle camera works in real time and transmits the shot picture to the cloud for storage through the communication module;
2) The wide-angle camera is in dormancy work, wakes up shooting is carried out after a detection source is detected through the sensing mechanism, and shooting pictures and wake-up time are transmitted to a cloud for storage through the communication module;
3) After detecting dangerous sources such as smoke and the like, the sensing mechanism transmits the dangerous sources to the cloud for storage through the communication module, and simultaneously transmits the dangerous sources to the mobile terminal for reminding through the communication module, and the speaker is driven to send out an alarm;
s3, self-locking in the electrified and non-networked state:
1) The NFC module receives a near-end signal, and the processor drives the miniature direct-current brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
s4, monitoring in an electrified and non-networked state:
1) The wide-angle camera works in real time and stores the shot picture to the local storage module;
2) After detecting dangerous sources such as smoke and the like, the induction mechanism drives the loudspeaker to give an alarm;
s5, self-locking in the non-electrified and non-networking state:
1) The NFC module receives a near-end signal through the support of the low-power protection module, and the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
s6, monitoring in a non-electrified and non-networking state:
1) And (5) a shutdown state.
Compared with the prior art, the invention has the following beneficial effects:
1. on the intelligent experience: the remote control and remote reminding functions are realized, the remote door opening operation of a householder can be realized for a visitor to enter the door, and the unlocking mode also comprises various types and modes, so that the unlocking mode has wider range and stronger suitability;
2. for the self-locking function, the phenomenon that the door body is not contacted with the door frame and performs false self-locking is avoided, the functions of automatic door closing and self-locking can be realized even if a user does not close the door body, the self-locking detection is realized through the contact switch, whether the door closing work is finished or not is determined, and the receiving, transmitting and transmitting of information are finished with the mobile terminal;
3. when closing the door by force, can realize the buffering between door frame and the door body through inhaling the anti-pinch mechanism certainly, repel through magnetic force simultaneously, form the time interval in vacancy, prevent to press from both sides the injury to the finger on the way of closing the door, can realize automatic from inhaling the step of closing the door afterwards, can not produce noise, door body and door frame collision damage and to children's clamp injury phenomenon because of closing the door by force.
Drawings
FIG. 1 is a schematic view of a lock according to the present invention.
Fig. 2 is a schematic structural view of a door body according to the present invention.
Fig. 3 is a schematic flow chart of the present invention in the power-on state.
FIG. 4 is a flow chart of the invention in the unpowered state.
In the figure: 1. the door lock comprises a door lock body, 2, a buckle plate, 4, a mobile power supply, 6, a miniature light sensor, 7, an audio amplifier, 8, a microphone, 9, an emergency socket, 10, a contact switch, 11, a wide-angle camera, 31, an aluminum plate, 32, a duplex protection steel plate, 33, a bee cabin aviation aluminum foil interlayer, 34, a reinforced keel armor, 35 and a plurality of layers of solid wood boards.
Detailed Description
In order to facilitate an understanding of the invention, the device of the invention will be described more fully below with reference to the accompanying drawings. Examples of the apparatus are given in the accompanying drawings. However, the apparatus may be embodied in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.
Examples
As shown in fig. 1-2, this embodiment provides an intelligent armored door with self-locking function, the door includes a door body and a lock, the lock includes a buckle plate 2 and a door lock body 1, the buckle plate 2 is fixed in a door frame through a screw, the door lock body 1 is installed in a preset installation slot of the door body and is connected with a top-bottom hook, and the door lock body 1 includes:
and the control module is used for: the control module comprises a processor (a Milet Wulian chip or an ARMCortex-M3 processor can be used, the device has the characteristics of high performance and low power consumption, when the intelligent door lock with smaller capacity of a mobile power supply is used, the service time of the mobile power supply is effectively prolonged, a hard disk for local storage is installed at the same time), a password circuit board (a circuit board with the model ZC869A-B can be used) for inputting passwords and fingerprints, the password circuit board is connected with a fingerprint collector and a password board installed at the door body, the password circuit board is the same as a traditional intelligent door lock, the identity of a user is checked through inputting the passwords and fingerprints, information is transmitted to the processor after checking, unlocking work is carried out, an emergency socket 9 is arranged at the password board, the device is installed on the inner wall of an operation groove at the password board, and the password circuit board is powered by an access power supply through a power supply under the condition that NFC and a key cannot be unlocked at the same time, so that temporary password or fingerprint unlocking work is realized.
And a communication module: the communication module comprises a cellular wireless transmission module for data transmission, an NB-LoT module (with the characteristics of supporting a low power consumption mode, wide coverage, multiple connections, low cost and the like) with the model of F-B200GL, an embedded RFID/NFC read-write module, a card reader with the model of HXS881-T-N, a Bluetooth module supporting IS0180921 and 14443A protocols and a Bluetooth module for Bluetooth transmission, and a Bluetooth module with the model of MS48SF 21-M1805.
And the self-locking module is as follows: the self-locking module comprises a miniature DC brushless motor for controlling the lock tongue, a miniature DC brushless motor with the model of HBL2838 can be adopted, the power consumption is lower, the self-locking module is suitable for an intelligent door lock, and a contact switch 10 embedded in the inclined lock tongue is arranged at the top end, the top end is a spherical surface, a wire slot for connecting a circuit with the control module is arranged in the inclined lock tongue, the contact switch 10 is used for adapting with the lock slot, when the inclined lock tongue is inserted into the lock slot (namely, the locking work is completed), the contact switch 10 is pushed in by the lock slot, a locked signal is transmitted to the control module, otherwise, when the contact switch 10 is in an extending state, a non-locked signal is transmitted to the control module, so that a cloud storage is used for recording, and a user terminal is checked.
And a monitoring module: the monitoring module comprises a shooting mechanism and a sensing mechanism, wherein the shooting mechanism comprises a wide-angle camera 11 (the range angle is 120 DEG) arranged on the front face of the door lock body 1, the sensing mechanism comprises a miniature light sensor 6 used for light sensing, a light sensor with the model of CPA-DR1MN3, an audio amplifier 7 used for sound control sensing, a microphone 8 and a loudspeaker, and meanwhile the loudspeaker can be used for warning of the monitoring module and a smoke sensor used for smoke detection, so that detection and prompt are convenient in fire.
And (3) a mobile power supply: the mobile power supply 4 comprises a low-power early warning module, a wireless charging module and a charging interface, the low-power early warning module can adopt a remote lithium battery voltage monitoring module, the early warning power can be set to be 5%, after the power of the mobile power supply 4 reaches a preset value, the early warning module transmits a signal to a control module and transmits the signal to the mobile terminal to prompt a user to charge through a communication module, at the moment, a low-power protection module (a circuit switch for controlling the monitoring module and the self-locking module, wherein the self-locking module does not comprise an NFC module and a miniature direct current brushless motor) only supplies power to the NFC module and the miniature direct current brushless motor, and the self-locking function can be ensured to be normal, as shown in the steps S5 and 1), when a data line without power supply is used, the charging function of the mobile power supply 4 can be realized through the wireless bidirectional charging function of a part of the mobile phone, and the mobile power supply is inconvenient to be full of the power, and a remote mode is used after the charging.
The self-suction anti-clamping mechanism is connected between the door body and the door frame, and comprises a bidirectional electromagnetic coil arranged at the edge of the inner wall of the door body, a magnet fixed in the door frame and a trigger control piece for installing the hinge joint of the door body and the door frame, wherein the bidirectional electromagnetic coil can change magnetic poles by changing the current direction (power is supplied by a mobile power supply 4), so that the function of the same polarity repulsion or opposite polarity attraction of the magnet is realized, the trigger control piece is a tact switch (the length of a telescopic contact of the tact switch is not less than 2 cm) arranged at one side of the door body close to the door frame, when the normal door closing operation is carried out, the bidirectional electromagnetic coil and the magnet are the same polarity magnetic poles, repulsive force is generated (the acting force range is between 1.5cm and 2cm, and the coil turns, the current and the coil length are regulated), and even under the condition of strong door closing, the repulsive magnetic force can buffer and leave a safety gap, so that the anti-clamping function is realized; the touch switch is triggered when the contact end of the touch switch exceeds the magnetic force acting force range, the touch switch controls the current direction switch of the bidirectional electromagnetic coil, so that the current direction is changed, the magnetic pole is changed, the opposite magnetic pole is generated between the electromagnetic coil and the magnet, the attraction function is realized by attraction, and the electromagnetic coil is a time-delay circuit in the alternative working process so as to prevent clamping and self-attraction.
The door body is multilayer structure, the middle part is for strengthening fossil fragments first 34, strengthen fossil fragments first 34's left and right sides is bee storehouse aviation aluminium foil interlayer 33, the one end that strengthening fossil fragments first 34 was kept away from to two bee storehouse aviation aluminium foil interlayers 33 is duplex protection steel sheet 32, the one end that strengthening fossil fragments first 34 was kept away from to two duplex protection steel sheet 32 is respectively for the outdoor aluminum plate 31 of orientation and the indoor multilayer solid wood board 35 of orientation, it has the flame proof cotton to fill between aluminum plate 31 and multilayer solid wood board 35 and the adjacent duplex protection steel sheet 32, in whole having good protectiveness, still have good fire prevention thermal-insulated effect simultaneously, the edge of the door body is equipped with and is used for depositing to hold and hold the chamber of inhaling anti-pinch mechanism.
3-4, a use method is also described, comprising the intelligent armored door with the self-locking function, and further comprising the following steps:
s1, self-locking in an electrified networking state:
1) The communication module receives a mobile terminal signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close the door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
the mobile terminal (namely, corresponds to the remote mode in fig. 3-4) comprises an adaptive mobile terminal APP and a mobile terminal Bluetooth matched with the Bluetooth module, after receiving signals through the communication module, the mobile terminal transmits the signals to the processor, the processor controls the miniature direct current brushless motor to perform forward and reverse rotation work, drives the lock tongue to extend (namely, lock the work, and can embody when the terminal looks over due to the fact that the miniature direct current brushless motor with a self-locking function is in a forward rotation state, and is suitable for the condition that the self-locking work cannot be completed due to module damage) or retract (namely, unlock work), and meanwhile, the forward and reverse rotation time is uploaded to the cloud for storage.
2) The NFC module receives a near-end signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
for mobile terminal NFC, can be for reading in equipment such as cell-phone, bracelet, IC-card after the agreement, after realizing being close to lock body 1, can realize passing the information to the treater by NFC module through the matching, realize automatic drive miniature DC brushless motor and make the spring bolt reverse rotation realize the work of unblanking, otherwise, the NFC module is when not sensing mobile terminal NFC, and the treater realizes driving miniature DC brushless motor and makes the spring bolt forward rotation realize the work of auto-lock.
It should be noted that, because the interaction distance of bluetooth is far compared with NFC, when the bluetooth module is used for matching and identifying to realize the self-locking function, the door lock can be automatically opened at a far distance, so that potential safety hazard is caused, and therefore the function is not suitable to be used.
3) The locking state is detected by the contact switch 10, the switch lock record and the time information are transmitted to the cloud for storage through the communication module, and when the unlocking state is detected, the switch lock record and the time information are transmitted to the mobile terminal through the communication module for reminding;
be applicable to the condition that non-user unblanked, when contact switch 10 was started, the explanation inclined spring bolt was located the locked groove, is in the state of locking promptly, and after taking place to pick the lock or unblank, inclined spring bolt breaks away from the locked groove inside, contact switch 10 kick-backs, and switch lock record and time information pass through communication module transmission this moment and store to the high in the clouds and pass through communication module transmission to mobile terminal and remind, have certain theftproof effect (namely correspond alarm system I in fig. 3-4).
S2, monitoring in a power-on networking state:
1) The wide-angle camera 11 works in real time and transmits the shot pictures to the cloud for storage through the communication module;
the device is suitable for daily use, and because the fact shooting has higher power consumption for the mobile power supply 4, the device can be used for timing charging and supplying in household use without considering the condition of power deficiency; meanwhile, the function of real-time monitoring can be realized through the access of the mobile terminal and the cloud terminal.
2) The wide-angle camera 11 performs dormancy work, wakes up shooting after detecting a detection source through the sensing mechanism, and transmits shooting pictures and wake-up time to a cloud for storage through the communication module;
be applicable to long-time going out, or the condition that charges to portable power source 4 infrequently, make wide-angle camera 11 be in sleep state, detect the response through miniature light sense sensor 6, audio amplifier 7 and microphone respectively to light and sound after start and pass through communication module and transmit to the high in the clouds and store (often when the acoustic control lamp starts in the corridor, or when the entrance door department has the ringing), the free setting of operating duration can be carried out simultaneously, go on sleep state after losing the induction source, can play energy-conserving work effectively, increase the duration of use of lock body 1.
3) After detecting dangerous sources such as smoke and the like, the sensing mechanism transmits the dangerous sources to the cloud for storage through the communication module, and simultaneously transmits the dangerous sources to the mobile terminal for reminding through the communication module, and the speaker is driven to send out an alarm (namely, corresponds to an alarm system II in the figures 3-4);
when a fire disaster occurs, the smoke sensor can detect and transmit information to the cloud for storage, meanwhile, the processor drives the loudspeaker to send out an alarm after receiving the information, and the mobile terminal of the user can also receive the prompt.
S3, self-locking in the electrified and non-networked state:
1) The NFC module receives a near-end signal, and the processor drives the miniature direct-current brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
in the absence of signal coverage, NFC is used to achieve a self-locking function.
S4, monitoring in an electrified and non-networked state:
1) The wide-angle camera 11 works in real time and stores the shot pictures to a local storage module;
2) After detecting dangerous sources such as smoke and the like, the induction mechanism drives the loudspeaker to give an alarm;
the difference from step S2 is that although each module still works, the digital signal of the video and the command signal of the micro dc brushless motor work are stored in the local storage module (SD card can be used), and the recording effect is good even without network coverage.
S5, self-locking in the non-electrified and non-networking state:
1) The NFC module receives a near-end signal through the support of the low-power protection module, and the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
the basic self-locking function is guaranteed, and only the NFC module with lower power consumption is reserved (the NFC module is not required to work).
S6, monitoring in a non-electrified and non-networking state:
and (5) a shutdown state.
It should be noted that in the networking process, the home door needs to be in the network coverage area, and the home door is in a non-energized state, i.e. a low-power protection state, so that the home door is applicable to an NFC module with lower energy consumption, and only ensures a normal self-locking function.
It should be noted that the structure of the present invention may be implemented in many different forms, and is not limited to the embodiments, and any equivalent transformation made by those skilled in the art using the present specification and the accompanying drawings, or direct or indirect application in other related technical fields, such as loading and unloading of other articles, are included in the protection scope of the present invention.
Claims (9)
1. Intelligent armored door with self-locking function, which is characterized in that: the door comprises a door body and a lock, wherein the lock comprises a buckle plate and a door lock body, the door lock body comprises a control module, a communication module, a self-locking module, a monitoring module and a mobile power supply, and a self-suction anti-clamping mechanism is connected between the door body and a door frame.
2. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the control module comprises a processor for processing commands, a password circuit board for inputting passwords and fingerprints, wherein the password circuit board is connected with a fingerprint collector arranged at the door body and an emergency socket is arranged at the password board.
3. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the communication module comprises a cellular wireless transmission module for data transmission, an embedded RFID/NFC read-write module and a Bluetooth module for Bluetooth transmission.
4. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the self-locking module comprises a miniature direct current brushless motor for controlling the lock tongue and a contact switch embedded at the inclined lock tongue.
5. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the monitoring module comprises a shooting mechanism and a sensing mechanism, wherein the shooting mechanism comprises a wide-angle camera arranged on the front face of the door lock body, and the sensing mechanism comprises a miniature light sensor for light sensing, an audio amplifier for sound control sensing, a microphone and a loudspeaker and a smoke sensor for smoke detection.
6. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the self-priming anti-clamping mechanism comprises a bidirectional electromagnetic coil arranged at the edge of the inner wall of the door body, a magnet fixed in the door frame and a trigger control piece arranged at the hinge joint of the door body and the door frame.
7. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the door body is multilayer structure, and the middle part is the reinforcing fossil fragments first, and the left and right sides of reinforcing fossil fragments first is bee storehouse aviation aluminium foil interlayer, and the one end that reinforcing fossil fragments first was kept away from to two bee storehouse aviation aluminium foil interlayers is duplex protection steel sheet, and two duplex protection steel sheet are kept away from the one end that reinforcing fossil fragments first and are respectively for the outdoor aluminum plate of orientation and the indoor multilayer solid wood board of orientation, and it has the flame proof cotton to fill between aluminum plate and multilayer solid wood board and the adjacent duplex protection steel sheet, and the edge of the door body is equipped with and is used for depositing to accept to inhale the chamber of depositing of preventing pressing from both sides mechanism.
8. The intelligent armored door with self-locking function as claimed in claim 1, wherein: the mobile power supply comprises a low-power early warning module, a low-power protection module, a wireless charging module and a charging interface.
9. A method of use, characterized by: the intelligent door system comprises the intelligent armored door with the self-locking function as claimed in any one of claims 1 to 8, and further comprises the following steps:
s1, self-locking in an electrified networking state:
1) The communication module receives a mobile terminal signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close the door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
2) The NFC module receives a near-end signal, the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely, and the switch lock record and time information are transmitted to the cloud for storage through the communication module;
3) Detecting a locking state by a contact switch, transmitting a locking record and time information to a cloud for storage by a communication module, and transmitting the locking record and the time information to a mobile terminal for reminding by the communication module when detecting an unlocked state;
s2, monitoring in a power-on networking state:
1) The wide-angle camera works in real time and transmits the shot picture to the cloud for storage through the communication module;
2) The wide-angle camera is in dormancy work, wakes up shooting is carried out after a detection source is detected through the sensing mechanism, and shooting pictures and wake-up time are transmitted to a cloud for storage through the communication module;
3) After detecting dangerous sources such as smoke and the like, the sensing mechanism transmits the dangerous sources to the cloud for storage through the communication module, and simultaneously transmits the dangerous sources to the mobile terminal for reminding through the communication module, and the speaker is driven to send out an alarm;
s3, self-locking in the electrified and non-networked state:
1) The NFC module receives a near-end signal, and the processor drives the miniature direct-current brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
s4, monitoring in an electrified and non-networked state:
1) The wide-angle camera works in real time and stores the shot picture to the local storage module;
2) After detecting dangerous sources such as smoke and the like, the induction mechanism drives the loudspeaker to give an alarm;
s5, self-locking in the non-electrified and non-networking state:
1) The NFC module receives a near-end signal through the support of the low-power protection module, and the processor drives the miniature DC brushless motor to enable the lock tongue to stretch and retract to open and close a door remotely;
s6, monitoring in a non-electrified and non-networking state:
1) And (5) a shutdown state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202310911105.1A CN117188922A (en) | 2023-07-24 | 2023-07-24 | Intelligent armored door with self-locking function and use method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202310911105.1A CN117188922A (en) | 2023-07-24 | 2023-07-24 | Intelligent armored door with self-locking function and use method |
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| Publication Number | Publication Date |
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| CN117188922A true CN117188922A (en) | 2023-12-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202310911105.1A Pending CN117188922A (en) | 2023-07-24 | 2023-07-24 | Intelligent armored door with self-locking function and use method |
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| Country | Link |
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| CN (1) | CN117188922A (en) |
Citations (5)
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|---|---|---|---|---|
| CN204370965U (en) * | 2014-12-17 | 2015-06-03 | 毛茜倩 | A kind of buffering crashworthiness door |
| CN106884591A (en) * | 2017-04-03 | 2017-06-23 | 东莞市皓奇企业管理服务有限公司 | The application method of smart home door |
| CN110310405A (en) * | 2019-07-17 | 2019-10-08 | 深圳市易百珑科技有限公司 | Electronic authentication device and its verification method |
| KR20220132331A (en) * | 2021-03-23 | 2022-09-30 | 배태현 | Door for preventing injury |
| CN115857391A (en) * | 2022-11-25 | 2023-03-28 | 朗铌沃特(上海)智能科技有限公司 | Intelligent door control system and method |
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2023
- 2023-07-24 CN CN202310911105.1A patent/CN117188922A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204370965U (en) * | 2014-12-17 | 2015-06-03 | 毛茜倩 | A kind of buffering crashworthiness door |
| CN106884591A (en) * | 2017-04-03 | 2017-06-23 | 东莞市皓奇企业管理服务有限公司 | The application method of smart home door |
| CN110310405A (en) * | 2019-07-17 | 2019-10-08 | 深圳市易百珑科技有限公司 | Electronic authentication device and its verification method |
| KR20220132331A (en) * | 2021-03-23 | 2022-09-30 | 배태현 | Door for preventing injury |
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