CN108224687B - Humidity regulator linkage method and system based on cloud lock - Google Patents
Humidity regulator linkage method and system based on cloud lockDownload PDFInfo
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- CN108224687B CN108224687BCN201711391049.4ACN201711391049ACN108224687BCN 108224687 BCN108224687 BCN 108224687BCN 201711391049 ACN201711391049 ACN 201711391049ACN 108224687 BCN108224687 BCN 108224687B
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- 238000000034methodMethods0.000titleclaimsabstractdescription26
- 238000012795verificationMethods0.000claimsabstractdescription100
- 238000007791dehumidificationMethods0.000claimsabstractdescription22
- 238000004891communicationMethods0.000claimsdescription12
- 230000010355oscillationEffects0.000claimsdescription8
- 238000001816coolingMethods0.000claimsdescription6
- 239000000428dustSubstances0.000claimsdescription6
- 238000001514detection methodMethods0.000abstract1
- 238000001035dryingMethods0.000abstract1
- 230000001276controlling effectEffects0.000description13
- 238000005516engineering processMethods0.000description3
- 230000001105regulatory effectEffects0.000description3
- 238000004887air purificationMethods0.000description2
- 238000010586diagramMethods0.000description2
- 230000006698inductionEffects0.000description2
- 230000000977initiatory effectEffects0.000description1
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00571—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by interacting with a central unit
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Abstract
Description
Technical Field
The invention relates to the field of intelligent cloud locks, in particular to a humidity regulator linkage method and system based on a cloud lock.
Background
At present, intelligent door locks are installed on security doors in many families, passwords, IC cards, fingerprints and the like are used for replacing keys to open the doors, and the doors are convenient, quick, safe and reliable to open when people go home. And along with the development of internet technology, the intelligent lock can access the internet so that the user can control through mobile terminals such as cell-phones, computers, etc., and the intelligent lock is upgraded into an intelligent cloud lock. But current intelligent cloud lock can not realize the linkage with humidity controller, and the user goes to detect indoor humidity after opening the door and opens humidity controller with the manual, and is comparatively troublesome.
Disclosure of Invention
The invention aims to provide a linkage method and a linkage system of a humidity regulator based on a cloud lock, which are used for realizing linkage between an intelligent cloud lock and the humidity regulator, and can be used for driving a humidity sensor to detect indoor humidity and regulating the indoor humidity when a user unlocks, so that the method and the system are more convenient and faster.
In order to achieve the purpose, the invention adopts the following technical scheme:
the utility model provides a humidity controller linkage method based on cloud lock, includes intelligent cloud lock, mobile terminal, server and humidity controller, intelligent cloud lock and mobile terminal all through communication network with the server is connected, humidity controller communication connection to the control command that intelligent cloud lock sent in order to receive intelligent cloud lock, humidity controller installs the humidity transducer who detects indoor humidity, humidity controller has humidification function and dehumidification function, includes following step:
a humidity presetting step, namely presetting an indoor required humidity value at the mobile terminal, and sending the indoor required humidity value to the server for storage;
an unlocking triggering step, namely acquiring an indoor actual humidity value detected by the humidity sensor when the intelligent cloud lock receives unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server;
linkage calling, namely when the server receives the unlocking verification information and the indoor actual humidity value, verifying whether the unlocking verification information is correct or not:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock;
linkage execution, namely when the intelligent cloud lock receives the locking maintaining instruction, the intelligent cloud lock maintains a locking state;
when the intelligent cloud lock receives the unlocking instruction, the intelligent cloud lock executes an unlocking action;
when the intelligent cloud lock receives the unlocking instruction, the humidifying instruction and the indoor required humidity value, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to humidify to the indoor required humidity value;
when the intelligent cloud lock receives the unlocking instruction, the dehumidification instruction and the indoor required humidity value, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to dehumidify to the indoor required humidity value.
Preferably, the humidity regulator is provided with a plurality of additional modes, wherein the additional modes comprise an anti-static mode, a cooling mode and a dust falling mode;
the method further comprises an additional mode presetting step, wherein an additional mode to be started is preset when the mobile terminal is unlocked and is sent to the server for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct, the unlocking instruction and the additional mode to be started are sent to the intelligent cloud lock;
the linkage executing step further comprises: when the intelligent cloud lock receives the unlocking instruction and the additional mode to be started, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to start the additional mode to be started at the same time.
Preferably, the humidity regulator humidifies the whole space uniformly through ultrasonic high-frequency oscillation and compensates the humidity value of a local area;
the method also comprises a regional humidity adjusting step, wherein a region of which the humidity value needs to be compensated when the mobile terminal is unlocked is preset and is sent to the server for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value, the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to be compensated for the humidity value are sent to the intelligent cloud lock;
the linkage executing step further comprises: when the intelligent cloud lock receives the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to be compensated with the humidity value, the intelligent cloud lock executes unlocking action, controls the humidity regulator to humidify to the indoor required humidity value, and compensates the humidity of the area needing to be compensated with the humidity value.
Preferably, the method further comprises a member management step, wherein the serial numbers and unlocking verification information of all family members are input into the intelligent cloud lock and are sent to the server;
the humidity presetting step is to preset indoor required humidity values of all family members at the mobile terminal and send the indoor required humidity values to the server;
the additional mode presetting step is to preset an additional mode to be started when each family member is unlocked at the mobile terminal and send the additional mode to the server for storage;
the area humidity adjusting step is to preset an area of each family member needing to compensate humidity value when unlocking at the mobile terminal, and send the area to the server for storage;
the server binds and stores the serial numbers of all family members, unlocking verification information, indoor required humidity values, additional modes to be started and the areas of humidity values to be compensated;
in the unlocking triggering step, when a family member inputs the unlocking verification information, the intelligent cloud lock acquires an indoor actual humidity value detected by the humidity sensor, and then sends the unlocking verification information and the indoor actual humidity value to the server;
in the linkage calling step, when the server receives the unlocking verification information and the indoor actual humidity value, the received unlocking verification information is firstly matched with all stored unlocking verification information:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to compensate the humidity value and corresponds to the family member are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock;
the linkage executing step is that when the intelligent cloud lock receives the locking maintaining instruction, the intelligent cloud lock maintains a locking state;
when the intelligent cloud lock receives the unlocking instruction, the intelligent cloud lock executes an unlocking action;
when the intelligent cloud lock receives the humidification instruction and the area which needs to be compensated and corresponds to the family member, the humidity regulator is controlled to humidify the indoor required humidity value which corresponds to the family member, and humidity compensation is carried out on the area which needs to be compensated and corresponds to the family member;
when the intelligent cloud lock receives the dehumidification instruction, the humidity regulator is controlled to dehumidify to an indoor required humidity value corresponding to the family member;
and when the intelligent cloud lock receives the additional mode to be started corresponding to the family member, controlling the humidity regulator to start the additional mode to be started corresponding to the family member.
Preferably, the humidity regulator linkage system based on the cloud lock comprises an intelligent cloud lock, a mobile terminal, a server and a humidity regulator, wherein the intelligent cloud lock and the mobile terminal are connected with the server through a communication network, and the humidity regulator is in communication connection with the intelligent cloud lock to receive a control instruction sent by the intelligent cloud lock;
the humidity regulator is provided with a humidity sensor for detecting indoor humidity, and has a humidifying function and a dehumidifying function;
the mobile terminal includes:
the humidity presetting module is used for presetting an indoor required humidity value and sending the indoor required humidity value to the server for storage;
the intelligent cloud lock includes:
the unlocking trigger module is used for acquiring an indoor actual humidity value detected by the humidity sensor when unlocking verification information is received, and then sending the unlocking verification information and the indoor actual humidity value to the server;
the server includes:
the linkage calling module is used for verifying whether the unlocking verification information is correct or not when the unlocking verification information and the indoor actual humidity value are received:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock;
the intelligent cloud lock further comprises:
the linkage execution module is used for keeping the locking state when receiving the locking keeping instruction;
when the unlocking instruction is received, unlocking action is executed;
when the unlocking instruction, the humidifying instruction and the indoor required humidity value are received, unlocking is executed, and meanwhile, the humidity regulator is controlled to be humidified to the indoor required humidity value;
and when the unlocking instruction, the dehumidification instruction and the indoor required humidity value are received, executing unlocking action, and simultaneously controlling the humidity regulator to dehumidify to the indoor required humidity value.
Preferably, the humidity regulator is provided with a plurality of additional modes, wherein the additional modes comprise an anti-static mode, a cooling mode and a dust falling mode;
the mobile terminal further includes:
the additional mode presetting module is used for presetting an additional mode to be started during unlocking and sending the additional mode to the server for storage;
the linkage calling module of the server is further used for sending the unlocking instruction and the additional mode to be started to the intelligent cloud lock if the unlocking verification information is correct;
and the linkage execution module of the intelligent cloud lock is further used for executing an unlocking action and controlling the humidity regulator to start the additional mode to be started when the unlocking instruction and the additional mode to be started are received.
Preferably, the humidity regulator humidifies the whole space uniformly through ultrasonic high-frequency oscillation and compensates the humidity value of a local area;
the mobile terminal further includes:
the regional humidity adjusting module is used for presetting a region needing to compensate the humidity value during unlocking and sending the region to the server for storage;
the linkage calling module of the server is further used for sending the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to compensate the humidity value to the intelligent cloud lock if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value;
the linkage execution module of the intelligent cloud lock is further used for executing unlocking action when receiving the unlocking instruction, the humidifying instruction, the indoor humidity value and the area needing to be compensated, controlling the humidity regulator to humidify the indoor humidity value and carrying out humidity compensation on the area needing to be compensated.
Preferably, the smart cloud lock further comprises:
the member management module is used for inputting the serial number and the unlocking verification information of each family member and sending the serial number and the unlocking verification information to the server;
the humidity presetting module of the mobile terminal is used for presetting indoor required humidity values of all family members and sending the indoor required humidity values to the server;
the additional mode presetting module of the mobile terminal is used for presetting additional modes to be started when each family member is unlocked respectively and sending the additional modes to the server for storage;
the area humidity adjusting module of the mobile terminal is used for presetting areas of which the humidity values need to be compensated when each family member is unlocked respectively, and sending the areas to the server for storage;
the server binds and stores the serial numbers of all family members, unlocking verification information, indoor required humidity values, additional modes to be started and the areas of humidity values to be compensated;
the unlocking trigger module of the intelligent cloud lock is used for acquiring an indoor actual humidity value detected by the humidity sensor when a family member inputs the unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server;
the linkage calling module of the server is used for matching the received unlocking verification information with all stored unlocking verification information when the unlocking verification information and the indoor actual humidity value are received:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to compensate the humidity value and corresponds to the family member are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock;
the linkage execution module of the intelligent cloud lock is used for keeping a locking state when the locking keeping instruction is received;
when the unlocking instruction is received, unlocking action is executed;
when the humidifying instruction and the area of the humidity value to be compensated corresponding to the family member are received, controlling the humidity regulator to humidify the indoor required humidity value corresponding to the family member, and performing humidity compensation on the area of the humidity value to be compensated corresponding to the family member;
when the dehumidification instruction is received, controlling the humidity regulator to dehumidify to an indoor required humidity value corresponding to the family member;
and when receiving the additional mode to be started corresponding to the family member, controlling the humidity regulator to start the additional mode to be started corresponding to the family member.
Linkage between intelligence cloud lock and the humidity controller has been realized to humidity controller linkage method based on cloud lock, can drive humidity transducer when the user unblanks and detect indoor humidity to drive humidity controller when indoor actual humidity value is less than indoor requirement humidity value and carry out the humidification, drive humidity controller when indoor actual humidity value is greater than indoor requirement humidity value and dehumidify, thereby increase wet for the family automatically when dry, dehumidify for the family automatically when moist, especially be fit for southern climatic environment. And the user unblanks just can realize and the humidity controller between the linkage, need not that the user is manual to go to detect indoor humidity and manually open humidity controller, more convenient and fast.
Drawings
The drawings are further illustrative of the invention and the content of the drawings does not constitute any limitation of the invention.
FIG. 1 is a block diagram of a cloud-lock based humidifier linkage system according to one embodiment of the present invention;
FIG. 2 is a flow chart of the linkage of the humidifier based on the cloud lock according to one embodiment of the present invention;
FIG. 3 is a flow diagram of initiating an append mode for one embodiment of the present invention;
FIG. 4 is a flow chart of local area humidity compensation according to one embodiment of the present invention.
Wherein: an intelligent cloud lock 1; a mobile terminal 2; a server 3; a humidity regulator 4.
Detailed Description
The technical scheme of the invention is further explained by the specific implementation mode in combination with the attached drawings.
Humidity controller linkage method based on cloud of this embodiment, as shown in fig. 1, including intelligent cloud lock 1, mobile terminal 2, server 3 and humidity controller 4, intelligent cloud lock 1 and mobile terminal 2 all through communication network with server 3 is connected, humidity controller 4 communication connection to intelligent cloud lock 1 is in order to receive the control command that intelligent cloud lock 1 sent, its characterized in that, humidity controller 4 installs the humidity transducer who detects indoor humidity, humidity controller 4 has humidification function and dehumidification function, as shown in fig. 2, includes following step:
a humidity presetting step, namely presetting an indoor required humidity value at the mobile terminal 2, and sending the indoor required humidity value to the server 3 for storage;
an unlocking triggering step, namely acquiring an indoor actual humidity value detected by the humidity sensor when the intelligent cloud lock 1 receives unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server 3;
linkage calling, namely when the server 3 receives the unlocking verification information and the indoor actual humidity value, verifying whether the unlocking verification information is correct or not:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock 1;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock 1;
a linkage execution step, wherein when the intelligent cloud lock 1 receives the locking maintaining instruction, the intelligent cloud lock 1 maintains a locking state;
when the intelligent cloud lock 1 receives the unlocking instruction, the intelligent cloud lock 1 executes an unlocking action;
when the intelligent cloud lock 1 receives the unlocking instruction, the humidifying instruction and the indoor required humidity value, the intelligent cloud lock 1 executes an unlocking action and simultaneously controls the humidity regulator 4 to humidify to the indoor required humidity value;
when the intelligent cloud lock 1 receives the unlocking instruction, the dehumidification instruction and the indoor required humidity value, the intelligent cloud lock 1 executes an unlocking action and controls the humidity regulator 4 to dehumidify the indoor required humidity value.
Linkage between intelligent cloud lock 1 and humidity controller 4 has been realized to humidity controller linkage method based on cloud lock, the user can drive humidity transducer when unblanking and detect indoor humidity, and drive humidity controller 4 when indoor actual humidity value is less than indoor requirement humidity value and carry out the humidification, drive humidity controller 4 when indoor actual humidity value is greater than indoor requirement humidity value and dehumidify, thereby increase wet for the family automatically when dry, dehumidify for the family automatically when moist, especially be fit for southern climatic environment. And the user unblanks just can realize with humidity controller 4 between the linkage, need not that the user is manual to go to detect indoor humidity and manually open humidity controller 4, more convenient and fast.
Preferably, as shown in fig. 3, the humidity regulator 4 is provided with a plurality of additional modes, wherein the additional modes include an anti-static mode, a cooling mode and a dust falling mode;
the method further comprises an additional mode presetting step, wherein an additional mode to be started is preset when the mobile terminal 2 is unlocked and is sent to the server 3 for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct, the unlocking instruction and the additional mode to be started are sent to the intelligent cloud lock 1;
the linkage executing step further comprises: when the intelligent cloud lock 1 receives the unlocking instruction and the additional mode to be started, the intelligent cloud lock 1 executes an unlocking action and controls the humidity regulator 4 to start the additional mode to be started.
The linkage method of the humidity regulator based on the cloud lock can also be used for presetting an additional mode to be started at the mobile terminal 2, so that the humidity regulator 4 can also be used for starting the additional mode to be started besides regulating the humidity in a room when the lock is unlocked, and the linkage method is more flexible and various and meets different requirements of users.
Preferably, as shown in fig. 4, the humidity regulator 4 humidifies the whole space uniformly by ultrasonic high-frequency oscillation and compensates the humidity value of the local area;
the method further comprises a regional humidity adjusting step, wherein a region of which the humidity value needs to be compensated when the mobile terminal 2 is unlocked is preset and is sent to the server 3 for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value, the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to compensate the humidity value are sent to the intelligent cloud lock 1;
the linkage executing step further comprises: when the intelligent cloud lock 1 receives the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to be compensated with the humidity value, the intelligent cloud lock 1 executes the unlocking action, controls the humidity regulator 4 to humidify the indoor required humidity value, and compensates the humidity of the area needing to be compensated with the humidity value.
The linkage method of the humidity regulator based on the cloud lock can also be used for presetting an area needing to compensate the humidity value at the mobile terminal 2, so that the humidity regulator 4 can uniformly humidify the whole space when the lock is unlocked, and can also compensate the humidity value of a local area, thereby being more flexible and diversified and meeting different requirements of users. The humidification through ultrasonic high-frequency oscillation is a known humidification technology.
Preferably, the method further comprises a member management step of inputting the serial numbers and unlocking verification information of the family members into the intelligent cloud lock 1 and sending the serial numbers and unlocking verification information to the server 3;
the humidity presetting step is to preset indoor required humidity values of all family members at the mobile terminal 2 and send the indoor required humidity values to the server 3;
the additional mode presetting step is to preset an additional mode to be started when each family member is unlocked at the mobile terminal 2, and send the additional mode to the server 3 for storage;
in the area humidity adjusting step, areas in which each family member needs to compensate humidity values when unlocking are preset in the mobile terminal 2 and are sent to the server 3 for storage;
the server 3 binds and stores the serial numbers of the family members, unlocking verification information, indoor required humidity values, additional modes to be started and the regions of humidity values to be compensated;
in the unlocking triggering step, when a family member inputs the unlocking verification information into the intelligent cloud lock 1, the intelligent cloud lock 1 acquires an indoor actual humidity value detected by the humidity sensor, and then sends the unlocking verification information and the indoor actual humidity value to the server 3;
in the linkage calling step, when the server 3 receives the unlocking verification information and the indoor actual humidity value, the received unlocking verification information is firstly matched with all stored unlocking verification information:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock 1;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock 1;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to be compensated and corresponds to the family member are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock 1;
the linkage executing step, namely when the intelligent cloud lock 1 receives the locking maintaining instruction, the intelligent cloud lock 1 maintains a locking state;
when the intelligent cloud lock 1 receives the unlocking instruction, the intelligent cloud lock 1 executes an unlocking action;
when the intelligent cloud lock 1 receives the humidification instruction and the area of the humidity value to be compensated corresponding to the family member, the humidity regulator 4 is controlled to humidify the indoor required humidity value corresponding to the family member, and the humidity compensation is carried out on the area of the humidity value to be compensated corresponding to the family member;
when the intelligent cloud lock 1 receives the dehumidification instruction, controlling the humidity regulator 4 to dehumidify to an indoor required humidity value corresponding to the family member;
when the intelligent cloud lock 1 receives the additional mode to be started corresponding to the family member, the humidity regulator 4 is controlled to start the additional mode to be started corresponding to the family member.
The linkage method of the humidity regulator based on the cloud lock drives the humidity regulator 4 to regulate the indoor humidity to the indoor required humidity value corresponding to the family member and also to start the additional mode to be started corresponding to the family member by identifying unlocking verification information of the unlocked family member; humidity controller 4 carries out even humidification to whole space when unblanking, still compensates the humidity value in local area to satisfy each family member's different air purification needs, it is more nimble various. The unlocking verification information comprises one or more of fingerprints, face images, induction card information and unlocking passwords.
Preferably, the humidity regulator linkage system based on the cloud lock comprises an intelligent cloud lock 1, a mobile terminal 2, a server 3 and a humidity regulator 4, wherein the intelligent cloud lock 1 and the mobile terminal 2 are both connected with the server 3 through a communication network, and the humidity regulator 4 is connected to the intelligent cloud lock 1 in a communication manner so as to receive a control instruction sent by the intelligent cloud lock 1, as shown in fig. 1;
the humidity regulator 4 is provided with a humidity sensor for detecting indoor humidity, and the humidity regulator 4 has a humidifying function and a dehumidifying function;
the mobile terminal 2 includes:
the humidity presetting module is used for presetting an indoor required humidity value and sending the indoor required humidity value to the server 3 for storage;
the intelligent cloud lock 1 includes:
the unlocking trigger module is used for acquiring an indoor actual humidity value detected by the humidity sensor when unlocking verification information is received, and then sending the unlocking verification information and the indoor actual humidity value to the server 3;
the server 3 includes:
the linkage calling module is used for verifying whether the unlocking verification information is correct or not when the unlocking verification information and the indoor actual humidity value are received:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock 1;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock 1;
the intelligent cloud lock 1 further comprises:
the linkage execution module is used for keeping the locking state when receiving the locking keeping instruction;
when the unlocking instruction is received, unlocking action is executed;
when the unlocking instruction, the humidifying instruction and the indoor required humidity value are received, unlocking is executed, and meanwhile, the humidity regulator 4 is controlled to humidify to the indoor required humidity value;
and when the unlocking instruction, the dehumidification instruction and the indoor required humidity value are received, executing unlocking action, and simultaneously controlling the humidity regulator 4 to dehumidify to the indoor required humidity value.
Humidity controller linked system based on cloud lock has realized the linkage between intelligent cloud lock 1 and the humidity controller 4, can drive humidity transducer when the user unblanks and detect indoor humidity to drive humidity controller 4 when indoor actual humidity value is less than indoor requirement humidity value and carry out the humidification, drive humidity controller 4 when indoor actual humidity value is greater than indoor requirement humidity value and dehumidify, thereby increase wet in the family automatically when dry, dehumidify in the family automatically when moist, especially be fit for southern climatic environment. And the user unblanks just can realize with humidity controller 4 between the linkage, need not that the user is manual to go to detect indoor humidity and manually open humidity controller 4, more convenient and fast.
Preferably, the humidity regulator 4 is provided with a plurality of additional modes, wherein the additional modes include an anti-static mode, a cooling mode and a dust falling mode;
the mobile terminal 2 further includes:
the additional mode presetting module is used for presetting an additional mode to be started during unlocking and sending the additional mode to the server 3 for storage;
the linkage calling module of the server 3 is further configured to send the unlocking instruction and the additional mode to be started to the intelligent cloud lock 1 if the unlocking verification information is correct;
the linkage execution module of the intelligent cloud lock 1 is further configured to execute an unlocking action when the unlocking instruction and the additional mode to be started are received, and control the humidity regulator 4 to start the additional mode to be started at the same time.
The humidity regulator linkage system based on the cloud lock can also be used for presetting an additional mode to be started at the mobile terminal 2, so that when the humidity regulator 4 is unlocked, the additional mode to be started can be started besides the humidity in the regulating room, and the system is more flexible and various and meets different requirements of users.
Preferably, the humidity regulator 4 humidifies the whole space uniformly by ultrasonic high-frequency oscillation and compensates the humidity value of a local area;
the mobile terminal 2 further includes:
the regional humidity adjusting module is used for presetting a region in which a humidity value needs to be compensated during unlocking, and sending the region to the server 3 for storage;
the linkage calling module of the server 3 is further configured to send the unlocking instruction, the humidification instruction, the indoor required humidity value and the area where the humidity value needs to be compensated to the intelligent cloud lock 1 if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value;
the linkage execution module of the intelligent cloud lock 1 is further used for executing unlocking action when receiving the unlocking instruction, the humidifying instruction, the indoor humidity value and the area needing to be compensated with the humidity value, and simultaneously controlling the humidity regulator 4 to humidify the indoor humidity value and carry out humidity compensation on the area needing to be compensated with the humidity value.
Humidity controller linked system based on cloud still can predetermine the region that needs the compensation humidity value at mobile terminal 2 to humidity controller 4 evenly humidifies whole space when unblanking, still compensates local region's humidity value, and is more nimble various, satisfies the different demands of user. The humidification through ultrasonic high-frequency oscillation is a known humidification technology.
Preferably, the smart cloud lock 1 further includes:
the member management module is used for inputting the serial number and the unlocking verification information of each family member and sending the serial number and the unlocking verification information to the server 3;
the humidity presetting module of the mobile terminal 2 is used for presetting indoor required humidity values of all family members and sending the indoor required humidity values to the server 3;
the additional mode presetting module of the mobile terminal 2 is used for presetting additional modes to be started when each family member is unlocked respectively, and sending the additional modes to the server 3 for storage;
the regional humidity adjusting module of the mobile terminal 2 is used for presetting regions of which humidity values need to be compensated when each family member is unlocked respectively, and sending the regions to the server 3 for storage;
the server 3 binds and stores the serial numbers of the family members, unlocking verification information, indoor required humidity values, additional modes to be started and the regions of humidity values to be compensated;
the unlocking trigger module of the intelligent cloud lock 1 is used for acquiring an indoor actual humidity value detected by the humidity sensor when a family member inputs the unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server 3;
the linkage calling module of the server 3 is used for matching the received unlocking verification information with all stored unlocking verification information when the unlocking verification information and the indoor actual humidity value are received:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock 1;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock 1;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to be compensated and corresponds to the family member are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock 1;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock 1;
the linkage execution module of the intelligent cloud lock 1 is used for keeping a locking state when the locking keeping instruction is received;
when the unlocking instruction is received, unlocking action is executed;
when the humidification instruction and the area of the humidity value to be compensated corresponding to the family member are received, controlling the humidity regulator 4 to humidify the indoor required humidity value corresponding to the family member, and performing humidity compensation on the area of the humidity value to be compensated corresponding to the family member;
when the dehumidification instruction is received, controlling the humidity regulator 4 to dehumidify to an indoor required humidity value corresponding to the family member;
and when receiving the additional mode to be started corresponding to the family member, controlling the humidity regulator 4 to start the additional mode to be started corresponding to the family member.
The humidity regulator linkage system based on the cloud lock drives the humidity regulator 4 to regulate the indoor humidity to the indoor required humidity value corresponding to the family member and also can start the additional mode to be started corresponding to the family member by identifying unlocking verification information of the unlocked family member; humidity controller 4 carries out even humidification to whole space when unblanking, still compensates the humidity value in local area to satisfy each family member's different air purification needs, it is more nimble various. The unlocking verification information comprises one or more of fingerprints, face images, induction card information and unlocking passwords.
The technical principle of the present invention is described above in connection with specific embodiments. The description is made for the purpose of illustrating the principles of the invention and should not be construed in any way as limiting the scope of the invention. Based on the explanations herein, those skilled in the art will be able to conceive of other embodiments of the present invention without inventive effort, which would fall within the scope of the present invention.
Claims (7)
1. The utility model provides a humidity controller linkage method based on cloud lock, includes intelligent cloud lock, mobile terminal, server and humidity controller, intelligent cloud lock and mobile terminal all through communication network with the server is connected, humidity controller communication connection to the control command that intelligence cloud lock sent in order to receive intelligent cloud lock, its characterized in that, humidity controller installs the humidity transducer who detects indoor humidity, humidity controller has humidification function and dehumidification function, includes following steps:
a humidity presetting step, namely presetting an indoor required humidity value at the mobile terminal, and sending the indoor required humidity value to the server for storage;
an unlocking triggering step, namely acquiring an indoor actual humidity value detected by the humidity sensor when the intelligent cloud lock receives unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server;
linkage calling, namely when the server receives the unlocking verification information and the indoor actual humidity value, verifying whether the unlocking verification information is correct or not:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock;
linkage execution, namely when the intelligent cloud lock receives the locking maintaining instruction, the intelligent cloud lock maintains a locking state;
when the intelligent cloud lock receives the unlocking instruction, the intelligent cloud lock executes an unlocking action;
when the intelligent cloud lock receives the unlocking instruction, the humidifying instruction and the indoor required humidity value, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to humidify to the indoor required humidity value;
when the intelligent cloud lock receives the unlocking instruction, the dehumidification instruction and the indoor required humidity value, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to dehumidify to the indoor required humidity value;
the humidity regulator uniformly humidifies the whole space through ultrasonic high-frequency oscillation and compensates the humidity value of a local area;
the method also comprises a regional humidity adjusting step, wherein a region of which the humidity value needs to be compensated when the mobile terminal is unlocked is preset and is sent to the server for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value, the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to be compensated for the humidity value are sent to the intelligent cloud lock;
the linkage executing step further comprises: when the intelligent cloud lock receives the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to be compensated with the humidity value, the intelligent cloud lock executes unlocking action, controls the humidity regulator to humidify to the indoor required humidity value, and compensates the humidity of the area needing to be compensated with the humidity value.
2. The linkage method of the cloud lock based humidity regulator according to claim 1, wherein:
the humidity regulator is provided with a plurality of additional modes, wherein the additional modes comprise an anti-static mode, a cooling mode and a dust falling mode;
the method further comprises an additional mode presetting step, wherein an additional mode to be started is preset when the mobile terminal is unlocked and is sent to the server for storage;
the linkage retrieval step further comprises: if the unlocking verification information is correct, the unlocking instruction and the additional mode to be started are sent to the intelligent cloud lock;
the linkage executing step further comprises: when the intelligent cloud lock receives the unlocking instruction and the additional mode to be started, the intelligent cloud lock executes an unlocking action and controls the humidity regulator to start the additional mode to be started at the same time.
3. The linkage method of the cloud lock based humidity regulator according to claim 2, wherein:
the method also comprises a member management step, wherein the serial numbers and unlocking verification information of all family members are input into the intelligent cloud lock and are sent to the server;
the humidity presetting step is to preset indoor required humidity values of all family members at the mobile terminal and send the indoor required humidity values to the server;
the additional mode presetting step is to preset an additional mode to be started when each family member is unlocked at the mobile terminal and send the additional mode to the server for storage;
the area humidity adjusting step is to preset an area of each family member needing to compensate humidity value when unlocking at the mobile terminal, and send the area to the server for storage;
the server binds and stores the serial numbers of all family members, unlocking verification information, indoor required humidity values, additional modes to be started and the areas of humidity values to be compensated;
in the unlocking triggering step, when a family member inputs the unlocking verification information, the intelligent cloud lock acquires an indoor actual humidity value detected by the humidity sensor, and then sends the unlocking verification information and the indoor actual humidity value to the server;
in the linkage calling step, when the server receives the unlocking verification information and the indoor actual humidity value, the received unlocking verification information is firstly matched with all stored unlocking verification information:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to compensate the humidity value and corresponds to the family member are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock;
the linkage executing step is that when the intelligent cloud lock receives the locking maintaining instruction, the intelligent cloud lock maintains a locking state;
when the intelligent cloud lock receives the unlocking instruction, the intelligent cloud lock executes an unlocking action;
when the intelligent cloud lock receives the humidification instruction and the area which needs to be compensated and corresponds to the family member, the humidity regulator is controlled to humidify the indoor required humidity value which corresponds to the family member, and humidity compensation is carried out on the area which needs to be compensated and corresponds to the family member;
when the intelligent cloud lock receives the dehumidification instruction, the humidity regulator is controlled to dehumidify to an indoor required humidity value corresponding to the family member;
and when the intelligent cloud lock receives the additional mode to be started corresponding to the family member, controlling the humidity regulator to start the additional mode to be started corresponding to the family member.
4. The utility model provides a humidity controller linked system based on cloud lock, includes intelligent cloud lock, mobile terminal, server and humidity controller, intelligent cloud lock and mobile terminal all through communication network with the server is connected, humidity controller communication connection to the control command that intelligence cloud lock sent in order to receive intelligent cloud lock, its characterized in that:
the humidity regulator is provided with a humidity sensor for detecting indoor humidity, and has a humidifying function and a dehumidifying function;
the mobile terminal includes:
the humidity presetting module is used for presetting an indoor required humidity value and sending the indoor required humidity value to the server for storage;
the intelligent cloud lock includes:
the unlocking trigger module is used for acquiring an indoor actual humidity value detected by the humidity sensor when unlocking verification information is received, and then sending the unlocking verification information and the indoor actual humidity value to the server;
the server includes:
the linkage calling module is used for verifying whether the unlocking verification information is correct or not when the unlocking verification information and the indoor actual humidity value are received:
if the unlocking verification information is wrong, a locking maintaining instruction is sent to the intelligent cloud lock;
if the unlocking verification information is correct, further comparing the indoor actual humidity value with the indoor required humidity value:
if the indoor actual humidity value is smaller than the indoor required humidity value, an unlocking instruction, a humidifying instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value, an unlocking instruction, a dehumidification instruction and the indoor required humidity value are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value, an unlocking instruction is sent to the intelligent cloud lock;
the intelligent cloud lock further comprises:
the linkage execution module is used for keeping the locking state when receiving the locking keeping instruction;
when the unlocking instruction is received, unlocking action is executed;
when the unlocking instruction, the humidifying instruction and the indoor required humidity value are received, unlocking is executed, and meanwhile, the humidity regulator is controlled to be humidified to the indoor required humidity value;
and when the unlocking instruction, the dehumidification instruction and the indoor required humidity value are received, executing unlocking action, and simultaneously controlling the humidity regulator to dehumidify to the indoor required humidity value.
5. The cloud lock-based humidifier linkage system according to claim 4, wherein:
the humidity regulator is provided with a plurality of additional modes, wherein the additional modes comprise an anti-static mode, a cooling mode and a dust falling mode;
the mobile terminal further includes:
the additional mode presetting module is used for presetting an additional mode to be started during unlocking and sending the additional mode to the server for storage;
the linkage calling module of the server is further used for sending the unlocking instruction and the additional mode to be started to the intelligent cloud lock if the unlocking verification information is correct;
and the linkage execution module of the intelligent cloud lock is further used for executing an unlocking action and controlling the humidity regulator to start the additional mode to be started when the unlocking instruction and the additional mode to be started are received.
6. The cloud lock based humidifier linkage system according to claim 5, wherein:
the humidity regulator uniformly humidifies the whole space through ultrasonic high-frequency oscillation and compensates the humidity value of a local area;
the mobile terminal further includes:
the regional humidity adjusting module is used for presetting a region needing to compensate the humidity value during unlocking and sending the region to the server for storage;
the linkage calling module of the server is further used for sending the unlocking instruction, the humidifying instruction, the indoor required humidity value and the area needing to compensate the humidity value to the intelligent cloud lock if the unlocking verification information is correct and the indoor actual humidity value is smaller than the indoor required humidity value;
the linkage execution module of the intelligent cloud lock is further used for executing unlocking action when receiving the unlocking instruction, the humidifying instruction, the indoor humidity value and the area needing to be compensated, controlling the humidity regulator to humidify the indoor humidity value and carrying out humidity compensation on the area needing to be compensated.
7. The cloud lock-based humidistat linkage system of claim 6, wherein:
the intelligent cloud lock further comprises:
the member management module is used for inputting the serial number and the unlocking verification information of each family member and sending the serial number and the unlocking verification information to the server;
the humidity presetting module of the mobile terminal is used for presetting indoor required humidity values of all family members and sending the indoor required humidity values to the server;
the additional mode presetting module of the mobile terminal is used for presetting additional modes to be started when each family member is unlocked respectively and sending the additional modes to the server for storage;
the area humidity adjusting module of the mobile terminal is used for presetting areas of which the humidity values need to be compensated when each family member is unlocked respectively, and sending the areas to the server for storage;
the server binds and stores the serial numbers of all family members, unlocking verification information, indoor required humidity values, additional modes to be started and the areas of humidity values to be compensated;
the unlocking trigger module of the intelligent cloud lock is used for acquiring an indoor actual humidity value detected by the humidity sensor when a family member inputs the unlocking verification information, and then sending the unlocking verification information and the indoor actual humidity value to the server;
the linkage calling module of the server is used for matching the received unlocking verification information with all stored unlocking verification information when the unlocking verification information and the indoor actual humidity value are received:
if the matching fails, sending a lock closing keeping instruction to the intelligent cloud lock;
if the matching is successful, calling and sending the indoor required humidity value corresponding to the family member and the additional mode to be started to the intelligent cloud lock;
and further comparing the indoor actual humidity value with an indoor required humidity value corresponding to the family member:
if the indoor actual humidity value is smaller than the indoor required humidity value corresponding to the family member, an unlocking instruction, a humidifying instruction and an area which needs to compensate the humidity value and corresponds to the family member are sent to the intelligent cloud lock;
if the indoor actual humidity value is larger than the indoor required humidity value corresponding to the family member, an unlocking instruction and a dehumidifying instruction are sent to the intelligent cloud lock;
if the indoor actual humidity value is equal to the indoor required humidity value corresponding to the family member, an unlocking instruction is sent to the intelligent cloud lock;
the linkage execution module of the intelligent cloud lock is used for keeping a locking state when the locking keeping instruction is received;
when the unlocking instruction is received, unlocking action is executed;
when the humidifying instruction and the area of the humidity value to be compensated corresponding to the family member are received, controlling the humidity regulator to humidify the indoor required humidity value corresponding to the family member, and performing humidity compensation on the area of the humidity value to be compensated corresponding to the family member;
when the dehumidification instruction is received, controlling the humidity regulator to dehumidify to an indoor required humidity value corresponding to the family member;
and when receiving the additional mode to be started corresponding to the family member, controlling the humidity regulator to start the additional mode to be started corresponding to the family member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711391049.4ACN108224687B (en) | 2017-12-21 | 2017-12-21 | Humidity regulator linkage method and system based on cloud lock |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711391049.4ACN108224687B (en) | 2017-12-21 | 2017-12-21 | Humidity regulator linkage method and system based on cloud lock |
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| CN108224687A CN108224687A (en) | 2018-06-29 |
| CN108224687Btrue CN108224687B (en) | 2020-06-09 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US8509954B2 (en)* | 2009-08-21 | 2013-08-13 | Allure Energy, Inc. | Energy management system and method |
| CN107368044A (en)* | 2016-10-13 | 2017-11-21 | 宋显峰 | A kind of real-time control method of intelligent electric appliance, system |
| CN106972996B (en)* | 2017-05-11 | 2019-09-20 | 广东汇泰龙科技有限公司 | It is a kind of based on cloud lock home furnishings intelligent interlock method, system |
| CN206773424U (en)* | 2017-06-08 | 2017-12-19 | 南通京希信息技术有限公司 | A kind of intelligent home control system based on gate inhibition's indoor set |
| CN107317822B (en)* | 2017-07-25 | 2020-03-31 | 南京物联传感技术有限公司 | Intelligent home experience system with virtual-real interaction and use method thereof |
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