CN215526752U - Lamp-controlled intelligent lock device and system - Google Patents

Abstract

The utility model relates to the field of intelligent locks, in particular to a lamp-controlled intelligent lock device and a system. The intelligent lock device is characterized by comprising an intelligent lock body, an intelligent lock main control module, an intelligent lock function key module, an intelligent lock lamp control module and an intelligent lock wireless module, wherein the intelligent lock main control module, the intelligent lock function key module, the intelligent lock lamp control module and the intelligent lock wireless module are arranged on the intelligent lock body, the intelligent lock lamp control module is respectively connected with the intelligent lock main control module, the intelligent lock function key module and the intelligent lock wireless module, and the intelligent lock function key module comprises a control key for controlling a lamp. Compared with the prior art, the intelligent lamp control device has the advantages that the intelligent lamp control lock device is directly in communication connection with the lamp control device, so that rapid lamp control with low delay, high stability and no influence of interference of an external environment is realized, and user experience is improved; and the trigger state of the control key is monitored, so that a user can conveniently turn on the lamp at the special position under the state that the lock is not opened.

Description

Lamp-controlled intelligent lock device and system

Technical Field

The utility model relates to the field of intelligent locks, in particular to a lamp-controlled intelligent lock device and a system.

Background

The intelligent lock is an improved lock which is different from the traditional mechanical lock and is more intelligent, simple and convenient in the aspects of user safety, identification and manageability. The intelligent lock is an execution component for locking a door in an access control system.

In order to optimize the function of intelligent lock, improve the user experience of intelligent lock, realize the intelligent life of thing networking house, it connects intelligent lock and lamps and lanterns through WIFI to be provided with at present, and the intelligent lock of being convenient for is long-range, the synchro control lamps and lanterns, realizes the linkage of lock lamp.

However, regarding to the scheme that adopts the WIFI to connect, use other third party connecting device to realize data transmission, produce the risk that reduces the signal distortion easily, poor stability can not in time realize lamp accuse, and user experience nature is poor, especially often keeps away from the intelligence lock at WIFI setting position, and the signal is worse.

Of course, there is also the scheme that the intelligent lock is directly connected with the lamp to realize direct lamp control, however, the intelligent lock is connected with the lamp to realize that the difficulty is big, and conventional lamp does not possess the wireless connection function yet to and the mode that the intelligent lock realizes lamp control is simple, often only the operation of unlocking and turning on the lamp, is difficult to stand out and receives the attention of the user in the market of numerous choices.

SUMMERY OF THE UTILITY MODEL

The technical problem to be solved by the present invention is to provide a lamp-controlled intelligent lock device and system, aiming at the above-mentioned defects in the prior art, so as to solve the problems that the linkage scheme of the intelligent lock and the lamp is poor in implementability, and the operation mode of unlocking and turning on the lamp is simple and is difficult to stand out by the attention of the user.

The technical scheme adopted by the utility model for solving the technical problems is as follows: the intelligent lamp control lock device comprises an intelligent lock main body, an intelligent lock main control module, an intelligent lock function key module, an intelligent lock lamp control module and an intelligent lock wireless module, wherein the intelligent lock main control module, the intelligent lock function key module, the intelligent lock lamp control module and the intelligent lock wireless module are arranged on the intelligent lock main body; the intelligent lock main control module monitors the on-off state of the intelligent lock main body, and the intelligent lock lamp control module generates a lamp-on instruction after unlocking and sends the lamp-on instruction to a lamp which is in communication connection through the intelligent lock wireless module; after the control key of the intelligent lock function key module is triggered, the intelligent lock lamp control module generates a lamp lighting instruction when being triggered and sends the lamp lighting instruction to the lamp connected with communication through the intelligent lock wireless module.

Wherein, the preferred scheme is: the intelligent lock main body comprises at least one of a fingerprint lock module, a coded lock module and a card swiping module; the intelligent lock main control module generates a light-on instruction and sends the light-on instruction to the lamp connected in communication through the intelligent lock wireless module after sensing that the lamp is unlocked through the fingerprint lock module, the coded lock module or the card swiping module.

Wherein, the preferred scheme is: the intelligent lock lamp control module further comprises a pairing submodule, the pairing submodule is paired with an external lamp control device through an intelligent lock wireless module, and the intelligent lock lamp control module is in communication connection with the corresponding lamp control device after the pairing is successful.

Wherein, the preferred scheme is: the lamp control intelligent lock device comprises a first setting key for lamp control, the pairing sub-module is connected with the first setting key, enters a pairing mode after the first setting key is triggered, and is paired with a lamp control device entering the pairing mode.

Wherein, the preferred scheme is: the lamp-controlled intelligent lock device further comprises a verification module, the verification module is respectively connected with the intelligent lock main control module and the pairing sub-module, the verification module generates a verification signal to the pairing sub-module after verifying administrator information and acquiring unlocking information through the intelligent lock main control module, the pairing sub-module acquires the trigger information of the first setting key within a preset time after acquiring the verification signal, and the pairing sub-module enters a pairing mode.

Wherein, the preferred scheme is: the control key is a single function key, or a temporary function key endowed with a temporary control function, or a combined function key triggered by at least two function keys in a matching way to realize the control function.

The technical scheme adopted by the utility model for solving the technical problems is as follows: the utility model provides a lamp accuse intelligence lock system which characterized in that: the lamp control intelligent lock system comprises the lamp control intelligent lock device, a lamp control device, a lamp, a remote control switch device and a panel switch device, wherein the lamp control device is respectively connected with the lamp control intelligent lock device, the lamp, the remote control switch device and the panel switch device; the lamp control intelligent lock device, the remote control switch device and the panel switch device send a lamp lighting instruction to the corresponding lamp control device according to operation; and the lamp control device controls the lamp to light after receiving the light-on instruction.

Wherein, the preferred scheme is: the lamp control device comprises a lamp control main body, a lamp control main control module and a lamp control wireless module, wherein the lamp control main control module and the lamp control wireless module are arranged on the lamp control main body; the lamp control main control module receives the lamp lighting instruction through the lamp control wireless module and then controls the lamp to light.

Wherein, the preferred scheme is: the lamp control device further comprises a light sensing module, after receiving the light-on instruction, the lamp control device judges the environment condition through the light sensing module, and controls the lamp to light if the environment condition is judged to be dark.

Compared with the prior art, the intelligent lamp control device has the advantages that the intelligent lamp control lock device is directly in communication connection with the lamp control device, so that rapid lamp control with low delay, high stability and no influence of interference of an external environment is realized, and user experience is improved; and the trigger state of the control key is monitored, so that a user can conveniently turn on the lamp at the special position under the state of not unlocking the lock, lamp control is actively realized on the premise of not unlocking the lock, and the selectivity and the activity of the user are improved.

Drawings

The utility model will be further described with reference to the accompanying drawings and examples, in which:

FIG. 1 is a schematic structural diagram of a lamp-controlled intelligent lock device according to the present invention;

FIG. 2 is a detailed schematic diagram of the lamp-controlled intelligent lock device of the present invention;

FIG. 3 is a schematic structural diagram of a lamp-controlled smart lock system according to the present invention;

fig. 4 is a specific schematic diagram of the lamp-controlled smart lock system of the present invention.

Detailed Description

The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in fig. 1 and 2, the present invention provides a preferred embodiment of a lamp-controlled intelligent lock device.

The lamp control intelligent lock device 100 is in communication connection with the lamp control devices 200 to be controlled, and then controls at least one corresponding lamp 300 through the lamp control devices 200, of course, the lamp control intelligent lock device 100 can be in communication connection with a plurality of lamp control devices 200 at the same time, and the lamp control devices 200 can also be in linkage with a plurality of lamps 300. The lamp control intelligent lock device 100 and the lamp 300 can be specially controlled in a one-to-one mode according to requirements, one-to-many networking control of the lamp control intelligent lock device 100 and a plurality of lamps 300 can be achieved, preferably, the lamp control intelligent lock device 100 is connected with the lamp control device 200 in a wireless range, signal transmission is stable, data transmission is avoided being achieved through other third-party connecting devices such as WIFI, the risk of signal distortion is reduced, and the stability of lamp control is improved; of course, in order to increase the control range of the lamp-controlled intelligent lock device 100, a networking network of the lamp-controlled intelligent lock device 100 and a plurality of lamp control devices 200 is established in a networking manner, and the lamp-controlled intelligent lock device 100 is wirelessly connected with the lamp-controlled intelligent lock device 100 with a longer range by virtue of the lamp control devices 200, so that the control range of the lamp-controlled intelligent lock device 100 is increased.

Certainly, in order to improve the operability of the lamp-controlled intelligent lock device 100 and provide a more convenient control scheme for users, the lamp-controlled intelligent lock device 100 is used for realizing multi-style lamp control, and the control requirements of different scenes are met. Specifically, and referring to fig. 2, the lamp-controlled intelligent lock device 100 includes an intelligent lock body 101, an intelligent lock main control module 102, an intelligent lock function key module 103, an intelligent lock lamp-controlled module 104 and an intelligent lock wireless module 105, which are disposed on the intelligent lock body 101, wherein the intelligent lock lamp-controlled module 104 is connected to the intelligent lock main control module 102, the intelligent lock function key module 103 and the intelligent lock wireless module 105, respectively, and the intelligent lock function key module 103 includes a control key 110 for lamp control; the intelligent lock main control module 102 monitors the on-off state of the intelligent lock main body 101, and the intelligent lock lamp control module 104 generates a lamp-on instruction after unlocking and sends the lamp-on instruction to the lamp 300 which is in communication connection through the intelligent lock wireless module; after the control key 110 of the intelligent lock function key module 103 is triggered, the intelligent lock lamp control module 104 generates a lamp lighting instruction when triggered, and sends the lamp lighting instruction to the lamp 300 which is in communication connection through the wireless module 105.

Specifically, the intelligent lock main body 101 is a body of an intelligent lock installed on a door body, unlocking or locking of the door body is realized according to intelligent control, and a relevant mechanical structure for unlocking or locking is arranged in the intelligent lock main body 101, such as a lock cylinder, a driving motor and the like, and a control circuit board for controlling the driving motor to work is also arranged, and the intelligent lock main control module 102 is a control module on the control circuit board, and the intelligent lock function key module 103 is a man-machine interaction control panel arranged on the intelligent lock main body 101 and is connected with a relevant function key operation identification module of the control circuit board, and the intelligent lock lamp control module 104 is a control module of the control circuit board, and can be independent of the control circuit board, and the intelligent lock wireless module 105 is arranged on the intelligent lock main body, so as to realize wireless communication with external equipment.

The intelligent lock master control module 102 continuously monitors the direction of the driving motor, and certainly, may also sense the position of the lock cylinder to realize monitoring of the on-off state, and the lamp-controlled intelligent lock device 100 should have at least two on-off states, the unlocking state and the locking state, and may realize real-time monitoring through corresponding hardware devices or functional software, for example, whether the lock cylinder is locked or unlocked may be obtained through mechanical induction or an inductor, so as to obtain the on-off state of the lamp-controlled intelligent lock device 100; for another example, the real-time monitoring can be realized through the functional software built in the main control chip, so as to obtain the current switch state. And, after unblanking, the inside light instruction that produces, certainly also can think to call the light instruction with the storage, the light instruction should be can be discerned by lamp accuse intelligent lock device 100, and be thought to control the key instruction that corresponds lamps and lanterns 300 and open thereby the light, and through wireless communication's mode, send the light instruction to lamp controlling means 200 that has communicated the connection, realize the operation of unblanking the light, the delay is low, stability is high, do not receive the interference influence of external environment, realize quick lamp accuse intelligent lock device 100 and lamp controlling means 200's one-to-one control, improve user experience. For example, the lamp control device 200 is an indoor lighting tool, the lamp control intelligent lock device 100 controls the indoor lamp 300 to be turned on after the intelligent lock device is unlocked, and the user can directly open the door to enter the room to enjoy the experience of intelligent lighting without manual lighting operation.

The intelligent lock function key module 103 may be various control keys 110, such as keys, a touch screen, a shift lever, and other different function keys for a user to operate, preferably, the control key 110 is a single function key, or a temporary function key provided with a temporary control function, or a combined function key in which at least two function keys are triggered in a matching manner to implement a control function; the intelligent lock lamp control module 104 and the intelligent lock wireless module 105 are the basis for realizing communication connection between the lamp control intelligent lock device 100 and the lamp control device 200, and realize paired data transmission, control signal transmission and the like, preferably are bluetooth modules, and certainly can also be other short-distance transmission modules, thereby avoiding phenomena such as signal instability and delay caused by intermediate transmission of third-party equipment. The single function key is an independent function key, such as a key arranged on a man-machine interaction control panel, and a user directly triggers lamp control operation when pressing the key; the combined working function key is used for preventing misoperation of the single function key, and is operated in a mode of simultaneous operation, sequential operation and the like of a plurality of keys to realize triggering lamp control operation; the temporary function key is a temporary control function given to some conventional function keys, so that the conventional man-machine interaction control panel is not required to be improved, the function of lamp control operation can be directly obtained, or the whole man-machine interaction control panel is simplified, and the temporary function key is more attractive and higher in integration level.

On one hand, the lamp control is actively realized on the premise of not unlocking the lock in order to give a more independent control scheme to the user, so that the selectivity and the initiative of the user are improved, and on the other hand, the lamp control device 200 and the lamp 300 can be arranged at special positions, so that the user can conveniently turn on the lamp 300 at the special positions under the state of not unlocking the lock, and the concept of switching the lamp 300 is fused with an intelligent lock. For example, the lamp 300 is disposed outdoors for illuminating the smart lock, so that during the unlocking process of the user, light is provided for the outdoor environment, and the unlocking operation or other operations that need the bright light environment can be performed are facilitated.

The input end of the lamp-controlled intelligent lock device 100 is connected with a zero-live wire, and the output line is connected with the lamp 300, so that hardware connection is realized.

In this embodiment, the smart lock body 101 includes at least one of a fingerprint lock module, a combination lock module and a card swiping module. The smart lock master control module 102 generates a light-up instruction and sends the light-up instruction to the lamp connected in communication through the smart lock wireless module 105 after sensing that the lock is unlocked through the fingerprint lock module, the coded lock module or the card swiping module.

Firstly, the unlocking mode is a direct way that a user can realize unlocking of the lamp-controlled intelligent lock device 100, and the corresponding lamp-controlled operation can be realized by judging the unlocking operation as the operation of the user through the set limiting conditions; on the other hand, the operation of flying the user to unlock the lock also exists, for example, the lock of maintaining the lamp-controlled intelligent lock device 100 is unlocked, the administrator unlocks the official part of the lamp-controlled intelligent lock device 100, the operations are set for maintaining the lamp-controlled intelligent lock device, subsequent lamp-controlled operation is not needed, energy consumption is reduced, the environment is protected, energy is saved, and the privacy of the user can be ensured.

In this embodiment, the present invention provides a preferred embodiment of the intelligent lock device controlled by the control lamp based on the pairing sub-module.

The intelligent lock lamp control module 104 further includes a pairing sub-module, the pairing sub-module is paired with an external lamp control device 200 through an intelligent lock wireless module 105, and the intelligent lock lamp control module 104 is in communication connection with the corresponding lamp control device 200 after the pairing is successful.

Specifically, the lamp control intelligent lock device 100 is controlled to be paired with the external lamp control device 200, so that an effective communication channel is established between the lamp control intelligent lock device 100 and the needed lamp control device 200, and targeted lamp control operation is facilitated. Preferably, the lamp control intelligent lock device 100 includes a first setting key for lamp control, and the pairing sub-module is connected to the first setting key, enters a pairing mode after the first setting key is triggered, and is paired with the lamp control device 200 entering the pairing mode. That is, the first setting key is triggered to enter the pairing mode, so as to be paired with the external lamp 300 at any time, and establish connection, of course, the lamp control device 200 that needs to be paired with the first setting key also needs to enter the corresponding pairing mode, and the lamp control device 200 should also be provided with the second setting key, and the second setting key is triggered to make the lamp control device 200 enter the pairing mode.

Further, in order to prevent misoperation, the lamp-controlled intelligent lock device 100 further comprises a verification module, the verification module is respectively connected with the intelligent lock main control module 102 and the pairing sub-module, the verification module generates a verification signal to the pairing sub-module after verifying administrator information and acquiring unlocking information through the intelligent lock main control module 102, and the pairing sub-module acquires the trigger information of the first setting key within a preset time after acquiring the verification signal and enters a pairing mode. After the administrator information is verified and the lock is unlocked, the method enters a pairing triggering mode, a first setting key is triggered within the preset time in the mode, and the first setting key is controlled to enter the pairing mode. Wherein the type is similar to the control key 110 regardless of the first setting key or the second setting key.

Certainly, not only can set up first setting key and get into the mode of pairing, also can realize long-range the pairing through the mobile terminal or the remote controller of being connected with lamp accuse intelligent lock device 100, for example lamp accuse intelligent lock device 100 can also be connected with mobile terminal, perhaps is connected with mobile terminal through WIFI, realizes the relevant operation to lamp accuse intelligent lock device 100 through the control program in the mobile terminal.

As shown in fig. 3 and 4, the present invention provides a preferred embodiment of a lamp-controlled smart lock system.

The lamp-controlled intelligent lock system comprises a lamp-controlled intelligent lock device 100, a lamp control device 200, a lamp 300, a remote control switch device 400 and a panel switch device 500, wherein the lamp control device 200 is respectively connected with the lamp-controlled intelligent lock device 100, the lamp 300, the remote control switch device 400 and the panel switch device 500, in a simple aspect, the lamp control device 200 can control the lamp 300 to realize on-off operation, the lamp control device 200 receives external related instructions to perform corresponding operation, and the related instructions comprise control instructions sent by the lamp-controlled intelligent lock device 100, the remote control switch device 400 and the panel switch device 500, so that a linkage method is realized, and multi-directional common control of a user on a single lamp 300 is improved.

The lamp control intelligent lock device 100 sends a lighting instruction to the lamp control device 200 which is in communication connection after unlocking, or sends a lighting instruction to the lamp control device 200 which is in communication connection after triggering.

In this embodiment, the lamp control device 200 further includes a light sensing module, and after the lamp control device 200 receives the light-on instruction, the light sensing module determines the environment condition, and controls the lamp 300 to light if the environment condition is determined to be a dark day. Specifically, in order to improve the flexibility of lamp control, prevent the lighting in the daytime or in a bright environment, reduce energy consumption, and improve environmental awareness, after the lamp control device 200 receives a lighting instruction, the ambient brightness is determined first, and if the lighting instruction is received, the lighting is not needed in the daytime, and if the lighting instruction is received in a dark day, the lighting of the lamp 300 is controlled.

In this embodiment, and referring to fig. 4, the luminaire control device 200 includes a luminaire control main body 201, a luminaire control main control module 202 and a luminaire control wireless module 203, which are disposed on the luminaire control main body 201; the lamp control intelligent lock device 100, the remote control switch device 400 and the panel switch device 500 send a lighting instruction to the lamp control device 200 according to an operation, and the lamp control main control module 202 controls the lamp 300 to light after receiving the lighting instruction through the lamp control wireless module 203.

Of course, the remote switch device 400 and the panel switch device 500 each also include a corresponding processor and wireless module to implement remote control and panel remote operation, and for convenience of use, the remote switch device 400 and the panel switch device 500 are powered by batteries.

In the present invention, a detailed pairing scheme of the lamp control intelligent lock device 100 and the lamp control device 200 is provided, specifically: pressing a set key of the lamp control device 200 can not loosen the hand, and the indicator lamp is normally on after 2S of electrification; at this time, after the administrator information is verified, the lamp-controlled intelligent lock device 100 is unlocked, the setting key of the lamp-controlled intelligent lock device 100 is pressed in 3S, the indicator light of the lamp control device 200 is turned off, and the lamp-controlled operation can be realized after the pairing is successful.

And, also provide the detailed pairing scheme of the remote switch device 400 and panel switch device 500 and lamps and lanterns controlling device 200 separately, press the setting button of the lamps and lanterns controlling device 200 not loose one' S hand, and the pilot lamp is bright normally after 2S of electrification; at this time, the setting button of the remote control switch device 400 or the panel switch device 500 is pressed, the indicator lamp of the lamp control device 200 is turned off, and the pairing is successful, so that the lamp control operation can be realized.

And, still provide the light sense module of switch lamps and lanterns controlling means 200, press the setting button three times in a second continuously, the pilot lamp glimmers three times continuously, realizes the switch-over of light sense module.

In the present invention, the intelligent lock main control module 102, the intelligent lock function key module 103, the intelligent lock lamp control module 104, and the lamp control main control module 202 may be logic circuits to implement corresponding logic functions, or may be separate chips and peripheral circuits, where the chips may implement corresponding functions, or may be integrated into one chip, and the intelligent lock main control module 102, the intelligent lock function key module 103, and the intelligent lock lamp control module 104 belong to corresponding function processing modules in the chip.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the present invention, but rather as embodying the utility model in a wide variety of equivalent variations and modifications within the scope of the appended claims.

Claims (9)

1. The utility model provides a lamp accuse intelligence locking device which characterized in that: the intelligent lamp control lock device comprises an intelligent lock main body, an intelligent lock main control module, an intelligent lock function key module, an intelligent lock lamp control module and an intelligent lock wireless module, wherein the intelligent lock main control module, the intelligent lock function key module, the intelligent lock lamp control module and the intelligent lock wireless module are arranged on the intelligent lock main body; wherein,

the intelligent lock main control module monitors the on-off state of the intelligent lock main body, and the intelligent lock lamp control module generates a lamp-on instruction after unlocking and sends the lamp-on instruction to a lamp which is in communication connection through the intelligent lock wireless module;

after the control key of the intelligent lock function key module is triggered, the intelligent lock lamp control module generates a lamp lighting instruction when being triggered and sends the lamp lighting instruction to the lamp connected with communication through the intelligent lock wireless module.

2. The lamp-controlled intelligent lock device according to claim 1, wherein: the intelligent lock main body comprises at least one of a fingerprint lock module, a coded lock module and a card swiping module; the intelligent lock main control module generates a light-on instruction and sends the light-on instruction to the lamp connected in communication through the intelligent lock wireless module after sensing that the lamp is unlocked through the fingerprint lock module, the coded lock module or the card swiping module.

3. The lamp-controlled intelligent lock device according to claim 1, wherein: the intelligent lock lamp control module further comprises a pairing submodule, the pairing submodule is paired with an external lamp control device through an intelligent lock wireless module, and the intelligent lock lamp control module is in communication connection with the corresponding lamp control device after the pairing is successful.

4. The lamp-controlled intelligent lock device according to claim 3, wherein: the lamp control intelligent lock device comprises a first setting key for lamp control, the pairing sub-module is connected with the first setting key, enters a pairing mode after the first setting key is triggered, and is paired with a lamp control device entering the pairing mode.

5. The lamp-controlled intelligent lock device according to claim 4, wherein: the lamp-controlled intelligent lock device further comprises a verification module, the verification module is respectively connected with the intelligent lock main control module and the pairing sub-module, the verification module generates a verification signal to the pairing sub-module after verifying administrator information and acquiring unlocking information through the intelligent lock main control module, the pairing sub-module acquires the trigger information of the first setting key within a preset time after acquiring the verification signal, and the pairing sub-module enters a pairing mode.

6. The lamp-controlled intelligent lock device according to claim 1, wherein: the control key is a single function key, or a temporary function key endowed with a temporary control function, or a combined function key triggered by at least two function keys in a matching way to realize the control function.

7. The utility model provides a lamp accuse intelligence lock system which characterized in that: the lamp-controlled intelligent lock system comprises the lamp-controlled intelligent lock device as claimed in any one of claims 1 to 6, and a lamp control device, a lamp, a remote switch device and a panel switch device, wherein the lamp control device is respectively connected with the lamp-controlled intelligent lock device, the lamp, the remote switch device and the panel switch device; wherein,

the lamp control intelligent lock device, the remote control switch device and the panel switch device send a lamp-on command to the corresponding lamp control device according to operation;

and the lamp control device controls the lamp to light after receiving the light-on instruction.

8. The lamp-controlled smart lock system of claim 7, wherein: the lamp control device comprises a lamp control main body, a lamp control main control module and a lamp control wireless module, wherein the lamp control main control module and the lamp control wireless module are arranged on the lamp control main body; the lamp control main control module receives the lamp lighting instruction through the lamp control wireless module and then controls the lamp to light.

9. The lamp-controlled smart lock system of claim 7, wherein: the lamp control device further comprises a light sensing module, after receiving the light-on instruction, the lamp control device judges the environment condition through the light sensing module, and controls the lamp to light if the environment condition is judged to be dark.

Images