CN104879039A - Intelligent door and control method thereof - Google Patents
Intelligent door and control method thereof Download PDFInfo
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- CN104879039A CN104879039A CN201510181244.9A CN201510181244A CN104879039A CN 104879039 A CN104879039 A CN 104879039A CN 201510181244 A CN201510181244 A CN 201510181244A CN 104879039 A CN104879039 A CN 104879039A
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Abstract
The invention discloses an intelligent door and a control method thereof. The intelligent door comprises a door body, a latch, a power cord, a mechanical unlocking component, at least one electronic unlocking component, a processor, a detecting component and a storage battery. The latch comprises a latch body and a latch lock; the latch lock is used for locking the latch body; the mechanical unlocking component is used for opening the latch body; the detecting component is used for detecting residual capacity of the storage battery and power state of the power cord; in response to the residual capacity of the storage battery being lower than a preset threshold and when the power cord is not electrified, the processor is used for opening the latch lock, or for configuring part or all of the electronic unlocking components to serve for opening the latch or the latch lock. The intelligent door has the advantages that the latch state or the opening relation between the latch and the electronic unlocking components can be automatically configured according to the power supply conditions, and safeguarding performance of the intelligent door is improved.
Description
Technical field
The application relates to field of terminal technology, is specifically related to technical field of intelligent equipment, particularly relates to Intelligent door and control method thereof.
Background technology
Along with the development of science and technology and improving constantly of living standards of the people, people also have more and more higher demand for the security performance of home equipment and intelligence degree.Had many Intelligent door products in the market, these Intelligent doors can realize the several functions such as warning function, function of deploying troops on garrison duty, monitoring function, pick-proof tamper function, identity recognition function usually.
In the prior art, the normal operation of Intelligent door all needs continual and steady supply of electric power.Once occur that power failure waits the situation of supply of electric power deficiency, the protective capacities of Intelligent door will significantly reduce, and even occurs failure state, thus has had a strong impact on the security performance of Intelligent door.
Summary of the invention
This application provides a kind of Intelligent door and control method thereof, not only can ensure the normal work of Intelligent door under power down mode by configuration battery, and can be configured according to the unlocking function of electric power thus supplied to Intelligent door further, make the safeguard function of Intelligent door more perfect.
First aspect, this application provides a kind of Intelligent door, comprise: Men Ti, bolt, power line, machinery are unblanked assembly, at least one electronic cutting lock set and processor, detection components and battery, wherein, described bolt comprises latch main body and bolt snap close, described bolt snap close is for locking described latch main body, and described machinery unblanks assembly for opening described latch main body; Described detection components, for the "on" position of the dump energy and described power line that detect described battery; Described processor, for being less than predetermined threshold value in response to the dump energy of described battery and described power line is not energized, described latch is cramped out, otherwise, the part or all of electronic cutting lock set at least one electronic cutting lock set described is configured to the assembly of unblanking for opening described bolt or described bolt snap close.
Second aspect, this application provides a kind of control method of Intelligent door, described Intelligent door comprises: Men Ti, bolt, power line, machinery are unblanked assembly, at least one electronic cutting lock set and battery, wherein, described bolt comprises latch main body and bolt snap close, described bolt snap close is for locking described latch main body, and described machinery unblanks assembly for opening described latch main body; Described method comprises: detect the dump energy of described battery and the "on" position of described power line; Dump energy in response to described battery is less than predetermined threshold value and described power line is not energized, described latch is cramped out, otherwise, the part or all of electronic cutting lock set at least one electronic cutting lock set described is configured to the assembly of unblanking for opening described bolt or described bolt snap close.
The Intelligent door that the application provides and control method thereof, it can be not only Intelligent door configuration battery, to ensure that Intelligent door can normally work under power down mode, and can open bolt snap close when the dump energy of battery is not enough and power line is not energized further, user is made only to use mechanical release assembly just can open bolt, and the unlatching relation that can arrange when the dump energy of battery is sufficient or power line is energized between electronic cutting lock set and bolt, make user can open bolt by electronic cutting lock set or electronic cutting lock set with the combination of mechanical assembly of unblanking.Intelligent door in the application can according to supply of electric power situation, and configuration bolt state or the unlatching relation between bolt and electronic cutting lock set, while extending the scope of application of Intelligent door, improve the security protection performance of Intelligent door automatically.
Accompanying drawing explanation
By reading the detailed description done non-limiting example done with reference to the following drawings, the other features, objects and advantages of the application will become more obvious:
Fig. 1 is the structural representation of an embodiment of the application's Intelligent door;
Fig. 2 A and Fig. 2 B respectively illustrates latch buckle in an embodiment of the application's bolt in the structural representation of open mode and closure state;
Fig. 3 is the exemplary operation interface schematic diagram of the application first touching display screen one of presenting;
Fig. 4 is the flow chart of an embodiment of the control method of the application's Intelligent door.
Detailed description of the invention
Below in conjunction with drawings and Examples, the application is described in further detail.Be understandable that, specific embodiment described herein is only for explaining related invention, but not the restriction to this invention.It also should be noted that, for convenience of description, in accompanying drawing, illustrate only the part relevant to Invention.
It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the application in detail in conjunction with the embodiments.
Fig. 1 is the structural representation of an embodiment of the application's Intelligent door.As shown in Figure 1, the Intelligent door 100 in the present embodiment, comprising: door body 101, bolt 102, power line 103, machinery are unblanked assembly 104, electronic cutting lock set 105 and processor 106, detection components 107 and battery 108.Power line 103 is powered for all electrical equipments for Intelligent door 100, and can charge for battery 108.And when power line 103 is not energized, then battery 108 can be used to be that all electrical equipments of Intelligent door 100 are powered.Alternatively, processor 106, detection components 107 and battery 108 can be arranged at the inside of a body 101.
Bolt 102 can be controlled by machinery unblanks assembly 104 or electronic cutting lock set 105, leans out or retract from the marginal position of door body 101.Machinery assembly 104 of unblanking can refer to the assembly being controlled bolt movement by machine power, such as, and traditional assembly of being unblanked by key.Electronic cutting lock set 105 can refer to the assembly being controlled bolt movement by the signal of telecommunication (as electromagnetic induction power), such as, and the assembly of being unblanked by fingerprint recognition.When Intelligent door 100 is opened, bolt 102 can be fully retracted to the inside of a body 101, and when Intelligent door 100 is locked, a part for bolt 102 can lean out from the inside of door body 101, and stretch in the latch slot (not shown) be fixed in body of wall, thus realize locking to Intelligent door 100.
In the present embodiment, bolt 102 can comprise latch main body 1021 and bolt snap close 1022, and bolt snap close 1022 is for locking latch main body 1021.Fig. 2 A and Fig. 2 B respectively illustrates latch buckle in an embodiment of the application's bolt in the structural representation of open mode and closure state.As shown in Figure 2 A and 2 B, latch main body 1021 can comprise at least one groove 1021A, bolt snap close 1022 can comprise a projection 1022A, and the size of groove 1021A and projection 1022A cooperatively interacts, and makes groove 1021A can hold projection 1022A.When bolt snap close 1022 closes, the projection 1022A of bolt snap close 1022 can enter the groove 1021A of latch main body 1021, make latch main body 1021 be subject to the restriction of bolt snap close 1022, and can not move left and right again, thus locked by bolt snap close 1022.And when bolt snap close 1022 is opened, the projection 1022A of bolt snap close 1022, away from the groove 1021A of latch main body 1021, makes latch main body 1021 no longer be subject to the restriction of bolt snap close 1022, and can move freely.It will be appreciated by those skilled in the art that; the structure of above-mentioned latch main body 1021 and bolt snap close 1022 and matching relationship are therebetween a kind of exemplary implementations; the concrete form of the application's pair of latches main body and bolt snap close does not limit; as long as bolt snap close can realize the locking of pair of latches main body, just all in the protection domain of the application.
In the present embodiment, the unblank Main Function of assembly 104 of machinery opens latch main body 1021, and that is, machinery assembly 104 of unblanking can control the movement of latch main body 1021, and can not control gate door lock latch 1022 opening or closed.Like this, when bolt snap close 1022 closes, the machinery uncontrollable latch main body 1021 of assembly 104 of unblanking moves, and also just cannot open Intelligent door 100.
In the present embodiment, detection components 107 may be used for detecting the dump energy of battery 108 and the "on" position of power line 103.Particularly, detection components 107 can detect the dump energy of battery 108, and obtains the concrete SOC values of dump energy.Meanwhile, detection components 107 can also detect the "on" position of power line 103.If power line 103 is energized, then can think that Intelligent door 100 can obtain sufficient electricity supply, and if power line 103 is not energized, then can think that Intelligent door 100 needs to obtain electricity supply from battery 108.
After detection components 107 acquires the dump energy of battery 108 and the "on" position of power line 103, processor 106 can be sent it to.In the present embodiment, processor 106 may be used for being less than predetermined threshold value in response to the dump energy of battery 108 and power line 103 is not energized, bolt snap close 1022 is opened, otherwise, the part or all of electronic cutting lock set in electronic cutting lock set 105 is configured to the assembly of unblanking for opening bolt 102 or bolt snap close 1022.Particularly, one can be pre-set for the whether sufficient threshold value of the dump energy evaluating battery 108, i.e. above-mentioned predetermined threshold value.Usually, predetermined threshold value can represent with the percentage that dump energy accounts for whole electricity, such as 5%.When the dump energy of battery 108 is less than predetermined threshold value and power line 103 is not energized, processor 106 can judge that the electricity of current Intelligent door 100 is under-supply, electronic cutting lock set 105 probably cannot normally work, and therefore bolt snap close 1022 can initiatively be opened by processor 106.Like this, when Intelligent door 100 power-off, user can control the movement of latch main body 1021 by machinery assembly 104 of unblanking, thus can successfully be opened by Intelligent door 100.When the dump energy of battery 108 is more than or equal to predetermined threshold value or power line 103 is energized, processor 106 can judge that the electricity of current Intelligent door 100 is in liberal supply, electronic cutting lock set 105 can normally work, therefore, processor 106 can configure the unlatching relation between electronic cutting lock set 105 and bolt 102.In a kind of possible implementation, one or more electronic cutting lock set 105 can be configured to the assembly of unblanking for opening bolt 102.Such as, Intelligent door 100 can be configured to just can open bolt 102 by any one in Fingerprint Lock or coded lock, also Intelligent door 100 can be configured to must to open Fingerprint Lock and coded lock could open bolt 102 simultaneously.In this case, user just can open Intelligent door 100 by one or more electronic cutting lock set 105.In the implementation that another kind is possible, one or more electronic cutting lock set can be configured to the assembly of unblanking for door capable of being opened door lock latch 1022.Such as, Intelligent door 100 can be configured to just can door capable of being opened door lock latch 1022 by any one in Fingerprint Lock or coded lock, also Intelligent door 100 can be configured to open Fingerprint Lock and coded lock could door capable of being opened door lock latch 1022 simultaneously.In this case, user only can open bolt snap close 1022 by one or more electronic cutting lock set 105, therefore also needs to open latch main body 1021 by machinery assembly 104 of unblanking, and could finally open Intelligent door 100.Thus further increase the security protection performance of Intelligent door 100.
It should be noted that, processor 106 is when configuring the unlatching relation between electronic cutting lock set 105 and bolt 102, and can decide electronic cutting lock set 105 according to the safe mode pre-set be for opening bolt 102 or for door capable of being opened door lock latch 1022.Such as, when safe mode is rudimentary, Intelligent door 100 can be configured to just can open with an electronic cutting lock set 105; When safe mode is middle rank, Intelligent door 100 can be configured to just can open with at least two electronic cutting lock sets 105; When safe mode is senior, Intelligent door 100 can be configured to use at least two electronic cutting lock sets 105 and machinery assembly 104 of unblanking just can open simultaneously.Concrete safe mode grade, and the unlatching relation in each grade, can be set according to actual needs by Intelligent door manufacturer or user, the application does not limit its concrete form.
In an optional implementation of the present embodiment, Intelligent door 100 can also comprise the first touching display screen 109 be arranged at inside a body 101.The inner side of door body 101 can refer to that Intelligent door 100 is towards side within doors, and door body 101 inner surface can also be provided with the first touching display screen 109.First touching display screen 109 may be used for the control instruction receiving user's input.User by carrying out touch operation on the first touching display screen 109, can input the control instruction to Intelligent door 100.Processor 106 can also be used for the control instruction received according to the first touching display screen 109, arranges the unlatching relation of at least one electronic cutting lock set 105 and bolt 102.That is, processor 106 can according to the actual demand of user, i.e. the control instruction of its input, determines the unlatching object of electronic cutting lock set 105.Such as, the electronic cutting lock set 105 user can specified or the combination of multiple electronic cutting lock set 105, as the assembly of unblanking for opening bolt 102 or bolt snap close 1022.Now, processor preferentially according to the control instruction of user's input, can be arranged the unlatching relation of electronic cutting lock set and bolt, and can ignore the safe mode pre-set.In the present embodiment, user can by being arranged at the first touching display screen inside a body, carry out active to the unlatching relation between electronic cutting lock set and bolt to arrange, make the setting of the security protection performance of Intelligent door more flexible, further increase the practicality of Intelligent door.
In an optional implementation of the present embodiment, Intelligent door 100 can also comprise communications component 110.Communications component 110 may be used for obtaining prompting message by various wired or wireless mode.Prompting message can be the various information of reminding user, such as, and weather forecast information or scheduling information etc.After communications component 110 gets prompting message, the first touching display screen 109 can also be used for presenting this prompting message.So that before user gos out, in time it is reminded.Such as, Intelligent door 100 can utilize communications component 110 from network, obtain the weather forecast information on the same day, or from the intelligent mobile terminal that user uses, obtained the scheduling information on user's same day by network, and can further these information be all presented on the first touching display screen 109.Like this, user just can obtain all kinds of prompting message by Intelligent door before going out, thus extends the range of application of Intelligent door.Alternatively, communications component 110 can be arranged at the inside of a body 101.It will be understood by those skilled in the art that Intelligent door obtains and the interior perhaps type of the prompting message shown, can by user according to actual user demand sets itself, the application does not limit this.
In an optional implementation of the present embodiment, Intelligent door 100 can also comprise the first image-forming assembly 111 and the second image-forming assembly 112 being arranged at a body 101 inner side and outer side respectively.First image-forming assembly 111 may be used for the inner side to Intelligent door 100, and namely indoor scene carries out imaging, and the second image-forming assembly 112 may be used for the outside to Intelligent door 100, and namely outdoor scene carries out imaging.Above-mentioned image-forming assembly can be CCD (Charge-coupledDevice conventional in prior art, charge coupled cell) or the image device such as CMOS (Complementary Metal OxideSemiconductor, complementary metal oxide semiconductors (CMOS)).Above-mentioned first touching display screen 109 is also for presenting the image that the first image-forming assembly 111 or the second image-forming assembly 112 obtain.When the first touching display screen 109 presents the image that the first image-forming assembly 111 obtains, because the first image-forming assembly 111 can to the user's imaging be positioned at inside Intelligent door 100, therefore the first touching display screen 109 can present the image of active user, thus the effect being similar to " looking in the mirror " can be realized, before going out, check dressing up of oneself to facilitate user.When the first touching display screen 109 presents the image that the second image-forming assembly 112 obtains, because the second image-forming assembly 112 can to the environment be positioned at outside Intelligent door 100 and/or visitor's imaging, therefore the first touching display screen 109 can present the image of environment nowadays and visiting personnel, thus facilitate user clear, check situation outside room exactly.The present embodiment further inside and outside Intelligent door both sides be arranged respectively to picture assembly, make the first touching display screen can present the image in inside Intelligent door or outside, thus enriched the function of Intelligent door further.
In an optional implementation of the present embodiment, current time information and described first image-forming assembly 111 and/or current the obtained Image Saving of described second image-forming assembly 112, also for being opened in response to above-mentioned latch main body 1021, are turnover record by processor 106.In the present embodiment, when latch main body 1021 is opened, illustrate that Intelligent door 100 has been opened, now the Image Saving that current time information and the first image-forming assembly 111 and/or the second image-forming assembly 112 obtain can get off by processor 106, as the turnover record of a turnover Intelligent door 100.In a kind of possible implementation, when latch main body 1021 is opened from the inner side of Intelligent door, illustrates that user is likely from going to room within doors, now can preserve the image that the first image-forming assembly 111 obtains, i.e. the current user images that will go out.In the implementation that another kind is possible, when latch main body 1021 is opened from the outside of Intelligent door, illustrates that user is likely and go within doors from room, now can preserve the image that the second image-forming assembly 112 obtains, i.e. the image of the current user entered.In the implementation that another is possible, no matter latch main body 1021 is from the inner side of Intelligent door or outside is opened, the image that the first image-forming assembly 111 and the second image-forming assembly 112 obtain can be preserved simultaneously, like this, be just to be opened in inner side or outside is opened and judges without pair of latches main body, and preserve the turnover information of Intelligent door 100 by directly preserving both sides image.Further, the turnover record obtained in each implementation above-mentioned, can preserve according to time sequencing, and to facilitate, user is follow-up to be checked these records.The present embodiment passes in and out the image of Intelligent door by preservation user or other people, can obtain and pass in and out record accurately, search so that review in the future, thus further increase the safety of Intelligent door.
In an optional implementation of the present embodiment, at least one electronic cutting lock set 105, password unlocking assembly can be comprised, namely be carried out the assembly of unblanking by password coupling.Intelligent door 100 can also comprise the second touching display screen 113 be arranged at outside a body 101.Second touching display screen 113 may be used for presenting unlock password interface and the unlocking pin receiving input.Particularly, when Intelligent door 100 comprises password unlocking assembly, if user wants by secret number, the second touching display screen 113 be arranged at outside a body 101 just can present unlock password interface, such as digital keys interface or nine grids interface etc.Then, user just can carry out unlocking pin on the surface or unlock the input of track.After second touching display screen 113 receives unlocking pin, this unlocking pin can be sent to processor 106.The unlocking pin received can mate with the unlocking pin pre-set by processor 106, if the match is successful, then can think that unlocking coded lock is successful.Alternatively, the second touching display screen 113 is also for receiving the Word message of input.First touching display screen 109 is also for presenting the Word message that the second touching display screen 113 receives.Particularly, the second touching display screen 113 can also show text input interface and receive the Word message of input.Such as, when when there being guest visiting, in family, nobody replys, this visitor just can leave Word message by the text input interface of the second touching display screen 113.After user goes home, then can check this Word message by the first touching display screen 109.The present embodiment, by arranged outside second touching display screen of Intelligent door, not only can receive unlocking cipher, can also receive the word message of visitor, the perfect further function of Intelligent door.
In an optional implementation of the present embodiment, the first touching display screen 109 or the second touching display screen 113 can also be used for the instruction of locking a door receiving input, and processor 106 can also be used for being closed by bolt 102 according to instruction of locking a door.Particularly, the first touching display screen 109 and the second touching display screen 113 can receive the instruction of locking a door that user touches input.After first touching display screen 109 or the second touching display screen 113 receive instruction of locking a door, instruction of this can being locked a door sends to processor 106.Bolt 102 according to the instruction of locking a door received, can close, moves into latch slot by latch main body 1021, and closed by bolt snap close 1022 by processor 106.
In the present embodiment, an indicator lamp can also be set, for being represented " closedown ", " opening " state of Intelligent door 100 by different light colorings in the inner side of door body 101.Such as, indicator lamp is if green expression closed condition (safety), and redness represents open mode (dangerous).Can also be provided with ornament lamp in the outside of door body 101, when Intelligent door is opened, ornament lamp can be lit, and user so not only can be facilitated in the turnover at night, and is conducive to the second image-forming assembly 112 and obtains nighttime image clearly.When there being people to knock at the door, ornament lamp also can be lit, so that the first image-forming assembly 111 obtains nighttime image clearly.User can also be arranged by the systemic-function of the first touching display screen 109 pairs of Intelligent doors 100, door-opening password, level of security are such as set, whether allow switch gate record and other intelligent terminals carry out synchronous, whether allow other intelligent terminal remote-controlled intelligent doors 100, check battery dump energy etc.
The operation interface schematic diagram that Fig. 3 one of showing that the application first touching display screen presents is exemplary.As shown in Figure 3, the operation interface of the first touching display screen can include that turnover is recorded, locks a door, checks message, checked outdoor, mirror, weather, schedule, check electricity and the icon such as to arrange.When user clicks the icon of turnover record, the image that the image-forming assembly preserved before the first touching display screen can present according to time sequencing obtains; When user clicks the icon of locking a door, bolt can close by processor; When the icon of message is checked in user's click, the first touching display screen can present the message information that the second touching display screen obtains; When user clicks the icon checking outdoor, the first touching display screen can present current the obtained image of the second image-forming assembly in real time; When user clicks the icon of mirror, the first touching display screen can present current the obtained image of the first image-forming assembly in real time; When user clicks the icon of weather or schedule, the first touching display screen can present the scheduling information of weather forecast that communications component obtains or user; When the icon of electricity is checked in user's click, the first touching display screen can present the dump energy of the battery detected by detection components; When user clicks the icon of setting, can be arranged by the systemic-function of the first touching display screen to Intelligent door, such as door-opening password, level of security etc. are set.
Intelligent door in the present embodiment, it can be not only Intelligent door configuration battery, to ensure that Intelligent door can normally work under power down mode, and can open bolt snap close when the dump energy of battery is not enough and power line is not energized further, user is made only to use mechanical release assembly just can open bolt, and the unlatching relation that can arrange when the dump energy of battery is sufficient or power line is energized between electronic cutting lock set and bolt, make user can open bolt by electronic cutting lock set or electronic cutting lock set with the combination of mechanical assembly of unblanking.Intelligent door in the application can according to supply of electric power situation, and configuration bolt state or the unlatching relation between bolt and electronic cutting lock set, while extending the scope of application of Intelligent door, improve the security protection performance of Intelligent door automatically.
Fig. 4 shows the schematic flow chart 400 of the control method of the Intelligent door according to the application's embodiment.Intelligent door in the present embodiment comprises: Men Ti, bolt, power line, machinery are unblanked assembly, at least one electronic cutting lock set and battery, wherein, bolt comprises latch main body and bolt snap close, and bolt snap close is for locking latch main body, and machinery unblanks assembly for opening latch main body.
As shown in Figure 4, in step 401, the dump energy of battery and the "on" position of power line is detected.
Then, in step 402, the dump energy in response to battery is less than predetermined threshold value and power line is not energized, and is cramped out by latch, otherwise, the part or all of electronic cutting lock set at least one electronic cutting lock set is configured to the assembly of unblanking for opening bolt or bolt snap close.
In an optional implementation of the present embodiment, Intelligent door can also comprise the first touching display screen be arranged at inside a body.The control method of Intelligent door also can comprise: the control instruction being received user's input by the first touching display screen; According to control instruction, the unlatching relation of at least one electronic cutting lock set and bolt is set.
In an optional implementation of the present embodiment, the control method of Intelligent door can also comprise: obtain prompting message; Prompting message is presented on the first touching display screen.
In an optional implementation of the present embodiment, Intelligent door can also comprise the first image-forming assembly and the second image-forming assembly that are arranged at a body inner side and outer side respectively.The control method of Intelligent door can also comprise: be presented on the first touching display screen by the image that the first image-forming assembly or the second image-forming assembly obtain.
In an optional implementation of the present embodiment, the control method of Intelligent door can also comprise: be opened in response to described latch main body, is turnover record by current time information and the first image-forming assembly and/or current the obtained Image Saving of the second image-forming assembly.
In an optional implementation of the present embodiment, at least one electronic cutting lock set can comprise password unlocking assembly, and Intelligent door also comprises the second touching display screen being arranged at the external side of door.The control method of Intelligent door can also comprise: be presented at unlock password interface on the second touching display screen; The unlocking pin of input is received by described unlock password interface.
In an optional implementation of the present embodiment, the control method of Intelligent door can also comprise: the Word message being received input by the second touching display screen; Word message is presented on the first touching display screen.
In an optional implementation of the present embodiment, the control method of Intelligent door can also comprise: the instruction of locking a door being received input by the first touching display screen or the second touching display screen; According to locking a door, bolt closes by instruction.
Although it should be noted that the operation describing the inventive method in the accompanying drawings with particular order, this is not that requirement or hint must perform these operations according to this particular order, or must perform the result that all shown operation could realize expectation.On the contrary, the step described in flow chart can change execution sequence.Additionally or alternatively, some step can be omitted, multiple step be merged into a step and perform, and/or a step is decomposed into multiple step and perform.
By step exemplary above, the control method of Intelligent door, the dump energy of battery and the "on" position of power line can be detected, and bolt snap close can be opened when the dump energy of battery is not enough and power line is not energized, user is made only to use mechanical release assembly just can open bolt, and the unlatching relation that can arrange when the dump energy of battery is sufficient or power line is energized between electronic cutting lock set and bolt, make user can open bolt by electronic cutting lock set or electronic cutting lock set with the combination of mechanical assembly of unblanking.The control method of the Intelligent door in the application can according to supply of electric power situation, and configuration bolt state or the unlatching relation between bolt and electronic cutting lock set, while extending the scope of application of Intelligent door, improve the security protection performance of Intelligent door automatically.
More than describe and be only the preferred embodiment of the application and the explanation to institute's application technology principle.Those skilled in the art are to be understood that, invention scope involved in the application, be not limited to the technical scheme of the particular combination of above-mentioned technical characteristic, also should be encompassed in when not departing from described inventive concept simultaneously, be undertaken being combined by above-mentioned technical characteristic or its equivalent feature and other technical scheme of being formed.The technical characteristic that such as, disclosed in above-mentioned feature and the application (but being not limited to) has similar functions is replaced mutually and the technical scheme formed.
Claims (16)
1. an Intelligent door, is characterized in that, comprising: Men Ti, bolt, power line, machinery are unblanked assembly, at least one electronic cutting lock set and processor, detection components and battery, wherein,
Described bolt comprises latch main body and bolt snap close, and described bolt snap close is for locking described latch main body, and described machinery unblanks assembly for opening described latch main body;
Described detection components, for the "on" position of the dump energy and described power line that detect described battery;
Described processor, for being less than predetermined threshold value in response to the dump energy of described battery and described power line is not energized, described latch is cramped out, otherwise, the part or all of electronic cutting lock set at least one electronic cutting lock set described is configured to the assembly of unblanking for opening described bolt or described bolt snap close.
2. Intelligent door according to claim 1, is characterized in that, also comprises: be arranged at the first touching display screen inside described door body;
Described first touching display screen, for receiving the control instruction of user's input;
Described processor also for according to described control instruction, arranges the unlatching relation of at least one electronic cutting lock set described and described bolt.
3. Intelligent door according to claim 2, is characterized in that, also comprises: communications component;
Described communications component, for obtaining prompting message;
Described first touching display screen is also for presenting described prompting message.
4. Intelligent door according to claim 2, is characterized in that, also comprises: the first image-forming assembly and the second image-forming assembly that are arranged at described door body inner side and outer side respectively;
Described first touching display screen is also for presenting the image that described first image-forming assembly or described second image-forming assembly obtain.
5. Intelligent door according to claim 4, is characterized in that,
Current time information and described first image-forming assembly and/or current the obtained Image Saving of described second image-forming assembly, also for being opened in response to described latch main body, are turnover record by described processor.
6. Intelligent door according to claim 2, is characterized in that, at least one electronic cutting lock set described comprises password unlocking assembly, and described Intelligent door also comprises the second touching display screen being arranged at the external side of described door;
Described second touching display screen, for presenting unlock password interface and receiving the unlocking pin inputted.
7. Intelligent door according to claim 6, is characterized in that, described second touching display screen is also for receiving the Word message of input;
Described first touching display screen is also for presenting described Word message.
8. Intelligent door according to claim 6, is characterized in that,
Described first touching display screen or described second touching display screen are also for receiving the instruction of locking a door of input;
Described bolt also closes for instruction of locking a door described in basis by described processor.
9. the control method of an Intelligent door, it is characterized in that, described Intelligent door comprises: Men Ti, bolt, power line, machinery are unblanked assembly, at least one electronic cutting lock set and battery, wherein, described bolt comprises latch main body and bolt snap close, described bolt snap close is for locking described latch main body, and described machinery unblanks assembly for opening described latch main body;
Described method comprises:
Detect the dump energy of described battery and the "on" position of described power line;
Dump energy in response to described battery is less than predetermined threshold value and described power line is not energized, described latch is cramped out, otherwise, the part or all of electronic cutting lock set at least one electronic cutting lock set described is configured to the assembly of unblanking for opening described bolt or described bolt snap close.
10. method according to claim 9, is characterized in that, described Intelligent door also comprises the first touching display screen be arranged at inside described door body;
Described method also comprises:
The control instruction of user's input is received by described first touching display screen;
According to described control instruction, the unlatching relation of at least one electronic cutting lock set described and described bolt is set.
11. methods according to claim 10, is characterized in that, also comprise:
Obtain prompting message;
Described prompting message is presented on described first touching display screen.
12. methods according to claim 10, is characterized in that, described Intelligent door also comprises the first image-forming assembly and the second image-forming assembly that are arranged at described door body inner side and outer side respectively;
Described method also comprises:
The image that described first image-forming assembly or described second image-forming assembly obtain is presented on described first touching display screen.
13. methods according to claim 12, is characterized in that, also comprise:
Being opened in response to described latch main body, is turnover record by current time information and described first image-forming assembly and/or current the obtained Image Saving of described second image-forming assembly.
14. methods according to claim 10, is characterized in that, at least one electronic cutting lock set described comprises password unlocking assembly, and described Intelligent door also comprises the second touching display screen being arranged at the external side of described door;
Described method also comprises:
Unlock password interface is presented on described second touching display screen;
The unlocking pin of input is received by described unlock password interface.
15. methods according to claim 14, is characterized in that, also comprise:
The Word message of input is received by described second touching display screen;
Described Word message is presented on described first touching display screen.
16. methods according to claim 14, is characterized in that, also comprise:
The instruction of locking a door of input is received by described first touching display screen or the second touching display screen;
According to described instruction of locking a door, described bolt is closed.
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| CN107817885A (en) * | 2016-09-10 | 2018-03-20 | 纬创资通股份有限公司 | Energy storage device capable of improving power supply stability and power supply management method |
| CN108301691A (en) * | 2017-01-12 | 2018-07-20 | 德金属工业股份有限公司 | Door lock of the power supply of running gear as power source can be used |
| CN108305369A (en) * | 2018-03-16 | 2018-07-20 | 何明旗 | Intelligent lock system and its working method, the communication box for installing the intelligent lock system |
| CN108667906A (en) * | 2018-04-12 | 2018-10-16 | 广东汇泰龙科技有限公司 | One kind being based on door lock display screen system containing history management |
| CN108884687A (en) * | 2016-03-31 | 2018-11-23 | 品谱股份有限公司 | Locking device with multiple authentication devices |
| CN109544750A (en) * | 2018-11-23 | 2019-03-29 | 杨孝玖 | A kind of intelligent electronic lock system based on face recognition |
| CN110080620A (en) * | 2019-05-10 | 2019-08-02 | 厦门市鑫宏鹏电子有限公司 | A kind of processing method improving electronic lock security level |
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| CN104879039B (en) | 2016-09-28 |
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