CN206043717U - Self energy case and bag with remote unlocking and positioning function - Google Patents
Self energy case and bag with remote unlocking and positioning function Download PDFInfo
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- CN206043717U CN206043717U CN201620538507.7U CN201620538507U CN206043717U CN 206043717 U CN206043717 U CN 206043717U CN 201620538507 U CN201620538507 U CN 201620538507U CN 206043717 U CN206043717 U CN 206043717U
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Abstract
The utility model discloses a kind of self energy case and bag with remote unlocking and positioning function, including case and bag main body and mobile control terminal, case and bag main body is provided with the microprocessor and the GPS locator being connected with microprocessor of electronic password lock and electronic password lock connection；The touch liquid crystal screen that mobile control terminal is included controller and is connected with controller, realizes data transfer by remote wireless communication module between microprocessor and controller；GPS locator is used to obtain the positional information of case and bag main body and the positional information of case and bag main body be sent to controller by microprocessor；Touch liquid crystal screen is used for for user input operation information, controller be used for microprocessor the unlocking cipher of electronic password lock is carried out setting, or control microprocessor unlocking electronic password lock or positional information that GPS locator is obtained in touch liquid crystal screen display.Above-mentioned self energy case and bag realize the real-time positioning to case and bag, remote unlocking and password setting.
Description
Technical field
This utility model is related to case and bag technical field, more particularly to a kind of self energy case with remote unlocking and positioning function
Bag.
Background technology
When people go on a journey, first-selection of the various luggage cases into people, valuables etc. are all placed in luggage case.Common row
Lee's case mostly has coded lock to protect, to prevent the article in luggage case stolen.Luggage case of the prior art inconvenience when losing
In searching, even if luggage case is found, so, as the coded lock of luggage case is required for greatly being manually entered unlocking cipher, luggage case
Not case and bag owner at one's side when, case and bag owner cannot open in person luggage case and the article of luggage case is checked, case and bag
Owner must through committing others go check case and bag in valuables whether lose, be so easily caused password and reveal and waste
Manpower.
Utility model content
The purpose of this utility model is to provide a kind of self energy case and bag with remote unlocking and positioning function, with solution
State technical problem.
This utility model embodiment provides a kind of self energy case and bag with remote unlocking and positioning function, including case and bag main body
And mobile control terminal, the case and bag main body be provided with the microprocessor of electronic password lock and electronic password lock connection and
The GPS locator and the first remote wireless communication module being connected with the microprocessor of the microprocessor connection；The shifting
Dynamic control terminal includes controller and controller connection and with the first remote wireless communication module radio communication the
Two remote wireless communication modules and the touch liquid crystal screen being connected with the controller.
Further, the control mould that the controller is included password setting module and is connected with the password setting module
Block, the memory module that the microprocessor is included processing module and is connected with the processing module.
Further, the password setting module is shown in the form of identifier in the touch liquid crystal screen.
Further, the controller also includes the unlocking module being connected with the control module, and the unlocking module is used
In the generation unlocking instruction and the unlocking cipher.
Further, the unlocking module is shown in the form of identifier in the touch liquid crystal screen.
Further, the GPS locator is connected with the processing module, and the controller also includes and the control mould
The position information acquisition module of block connection is shown.
Further, the position information acquisition module is shown in the form of identifier in the touch liquid crystal screen.
Further, between the control module and the processing module by first remote wireless communication module with
Second remote wireless communication module carries out data transmission.
Further, first remote wireless communication module is that wifi is wireless with second remote wireless communication module
One of communication module, zigbee communication modules and GPRS communication modules.
Compared with prior art, the self energy case and bag with remote unlocking and positioning function of the present utility model are by long-range
Control end is set to the unlocking cipher of the electronic password lock in case and bag main body, and the unlatching of remotely controlled electronically coded lock；
In addition, the self energy case and bag are sent to remote by the positional information of the gps receiver real-time positioning case and bag main body and by positional information
Process control end, realizes the monitor in real time to case and bag main body, is easy to user to search the position of case and bag.
Description of the drawings
Fig. 1 has the structural representation of the self energy case and bag of remote unlocking and positioning function for this utility model.
Fig. 2 has the theory diagram of the self energy case and bag of remote unlocking and positioning function for this utility model.
Theory diagrams of the Fig. 3 for the microprocessor in Fig. 2.
Theory diagrams of the Fig. 4 for the controller in Fig. 2.
Fig. 5 is the theory diagram of the radiofrequency signal transmitter in Fig. 2.
Fig. 6 is the theory diagram of the radio frequency signal feedback device in Fig. 2.
Specific examples below will further illustrate this utility model with reference to above-mentioned accompanying drawing.
Specific embodiment
The technical scheme that this utility model is provided is described further below with reference to accompanying drawing.
Fig. 1 and Fig. 2 is referred to, this utility model embodiment provides a kind of self energy case with remote unlocking and positioning function
Bag, including case and bag main body 1 and mobile control terminal 3.
Wherein, to be provided with electronic password lock 11, microprocessor 12, the first bluetooth communication 13, first remote for case and bag main body 1
Journey wireless communication module 14, weight sensor 15 and the handle 10 being connected with weight sensor 15.Electronic password lock 11, first is blue
Tooth communication module 13, the first remote wireless communication module 14 and weight sensor 15 are connected with microprocessor 12.
Mobile control terminal 3 is, for example, personal intelligent movable mobile phone, including controller 32, the second bluetooth communication 33,
Second remote wireless communication module 34 and touch liquid crystal screen 35, the second bluetooth communication 33, the second remote wireless communication module
34 and touch liquid crystal screen 35 be connected with controller 32.Second bluetooth communication 33 is one-to-one with the first bluetooth communication 13
It is wireless to connect, the 34 one-to-one wireless connection of the first remote wireless communication module 14 and the second remote wireless communication module.
It is understood that long-range by two bluetooth communications and two between controller 32 and microprocessor 12
Wireless communication module realizes wireless connection, and case and bag main body 1 is respectively equipped with network service with mobile control terminal 3 and selects mould
Block, for when two bluetooth communications normally can connect, prioritizing selection carries out data biography using the pattern of Bluetooth communication
It is defeated；When two bluetooth communications normally cannot connect, carried out data transmission by two remote wireless communication modules.Need
It is noted that carrying out data transmission using bluetooth communication, closely data transfer is commonly used to, it is so-called closely to count
Spacing between case and bag main body 1 and mobile control terminal 3 is referred in 0-100 rice according to transmission, the segment distance is two bluetooth moulds
Block effectively connection distance, in closely data transfer, carries out data transmission can ensure that case and bag master using bluetooth communication
Data transmission bauds between body 1 and mobile control terminal 3 is very fast, while Internet resources can be saved.Certainly in other enforcements
In example, bluetooth communication can be not provided with case and bag main body 1 and mobile control terminal 3, only by two remote radio communications
Module carries out data transmission.
Touch liquid crystal screen 35 is used for for user input operation information, and controller 32 is controlled according to the operational order of user input
Microprocessor 12 is operated accordingly.In the present embodiment, user is for example input into unlocking cipher by touch liquid crystal screen 35 and sets
Fixed instruction and the unlocking cipher of input setting, the control microprocessor 12 of controller 32 are carried out to the unlocking cipher of electronic password lock 11
Setting；User is for example input into unlocking instruction and input unlocking cipher, the control microprocessor of controller 32 by touch liquid crystal screen 35
12 unlocking electronic password locks 11.
Weight sensor 15 is used to sense the weight information of case and bag main body 1 and send to controller by microprocessor 12
32, the operation information of user input also includes that weight information obtains instruction, and controller 32 is defeated by touch liquid crystal screen 35 in user
Enter when weight information obtains instruction and weight information is shown in touch liquid crystal screen 35, case and bag main body 1 is known in order to user
Weight.Specifically, user makes weight sensor 15 sense the weight information of case and bag main body 1 by operating handle 10.
Specifically, incorporated by reference to reference to Fig. 3 and Fig. 4, in the present embodiment, controller 32 include password setting module 320 and
The control module 321 being connected with password setting module 320, microprocessor 12 are included processing module 120 and are connected with processing module 120
The memory module 121 for connecing, password setting module 320 are shown in touch liquid crystal screen 35 in the form of identifier, in user by liquid
During the unlocking cipher of the input of brilliant touch screen 35 unlocking cipher setting instruction and input setting, password setting module 320 is used to generate
Unlocking cipher setting instruction and the unlocking cipher for setting, control module 321 receive unlocking cipher setting instruction and the unlocking for setting
Simultaneously control process module 120 is stored in the unlocking cipher of setting in memory module 121 to password.It should be noted that password sets
Cover half block 320 is used for the unlocking cipher for generating unlocking cipher setting instruction and setting, and refers to generate unlocking cipher setting instruction
And the digital information corresponding to the unlocking cipher of setting.
The concrete principle of user's setting unlocking cipher is as follows：User to first click on and represent password setting on touch liquid crystal screen 35
The identifier of module 320, generates unlocking cipher setting instruction after password setting module 320 is clicked, and control module 321 is received
To after unlocking cipher setting instruction, control password setting module 320 is further in the form of inputting interface on touch liquid crystal screen 35
Show, while unlocking cipher setting instruction is sent to processing module 120 by control module 321, user passes through touch liquid crystal screen 35
The unlocking cipher of setting is input on inputting interface, password setting module 320 generates the unlocking cipher of setting, control module 321
Receive the unlocking cipher of setting and the unlocking cipher of setting is sent to into processing module 120, the unlocking that processing module 120 will set
Password storage is in memory module 121, it is to be understood that now processing module 120 formerly can be stored in memory module 121
Unlocking cipher override.
In the present embodiment, controller 32 also includes the unlocking module 323 being connected with control module 321, unlocking module 323
Shown on touch liquid crystal screen 35 in the form of identifier, unlocking instruction is input into by touch liquid crystal screen 35 in user and is unlocked close
During code, unlocking module 323 generates unlocking instruction and unlocking cipher, and control module 321 receives unlocking instruction and unlocking cipher and controls
Electronic password lock 11 is opened by processing module processed 120.It should be noted that unlocking module 323 generates unlocking instruction and unlocks close
Code, refers to generate unlocking instruction and the digital information corresponding to unlocking cipher.
Specifically, the concrete principle of user's unlocking electronic password lock 11 is as follows：User is first clicked on touch liquid crystal screen 35
The identifier of unlocking module 323 is represented, after unlocking module 323 is clicked, unlocking module 323 generates unlocking instruction, controls mould
Block 321 is controlled unlocking module 323 after receiving unlocking instruction and is further shown on touch liquid crystal screen 35 in the form of inputting interface,
Unlocking instruction is sent to processing module 120 by control module 321 simultaneously, and user is defeated on inputting interface by touch liquid crystal screen 35
Enter unlocking cipher, unlocking module 323 further generates unlocking cipher, control module 321 receives unlocking cipher and by unlocking cipher
Processing module 120 is sent to, processing module 120 judges the unlocking cipher for receiving and is stored in what is set in memory module 121
Whether unlocking cipher is identical, and when both are identical, electronic password lock 11 is opened by processing module 120.
Controller 32 also includes the weight information acquisition module 324 being connected with control module 321, and weight sensor 15 senses
To the weight information of case and bag main body 1 weight information is stored in memory module 121 by processing module 120, weight information
Acquisition module 324 is shown in touch liquid crystal screen 35 in the form of identifier, is obtained by the input of touch liquid crystal screen 35 in user
When weight information is instructed, weight information acquisition module 324 is used to generate weight information acquisition instruction, and control module 321 is being received
The weight information in memory module 121 be will be stored in when obtaining and instruct to weight information to show in touch liquid crystal screen 35.Weight
Data obtaining module 324 is used to generate weight information acquisition instruction, refers to generate the number corresponding to weight information acquisition instruction
Word information.It is understood that when processing module 120 is stored in weight information in memory module 121, will can be previously stored in
In memory module 121, weight information overrides.
The concrete principle that user obtains the weight information of case and bag main body 1 is as follows：User is first clicked on touch liquid crystal screen 35
The identifier of weight information acquisition module 324 is represented, after weight information acquisition module 324 is clicked, weight information obtains mould
Block 324 generates weight information and obtains instruction, and control module 321 controls weight information after receiving weight information acquisition instruction and obtains mould
Block 324 is further shown in the form of weight information display interface on touch liquid crystal screen 35, while at 321 control of control module
Weight information in memory module 121 is fed back by reason module 120, and control module 321 includes weight information in touch-control liquid
In brilliant screen 35.
In the present embodiment, the radiofrequency signal transmitter 21 being connected with microprocessor 12 is additionally provided with case and bag main body 1
And alarm 22, moving control terminal 3 and be additionally provided with radio frequency signal feedback device 36, radiofrequency signal transmitter 21 is used to send electromagnetism
Ripple signal simultaneously receives the feedback signal of radio frequency signal feedback device 36 and calculates radiofrequency signal transmitter 21 and penetrate according to feedback signal
Actual range between frequency signal ultramagnifier 36, microprocessor 12 be stored with setting anti-lost distance and for judging reality
Distance more than setting it is anti-lost apart from when alarm for opening 22, remind user's case and bag main body 1 exceed the anti-lost distance for setting.
Specifically, the memory module 121 of microprocessor 12 is stored with the anti-lost distance of setting, processing module 120 be used to receiving it is actual away from
From and judge actual range whether more than setting it is anti-lost with a distance from, processing module 120 is judging actual range more than setting
It is anti-lost apart from when, alarm for opening 22.
In the present embodiment, controller 32 also include being connected with control module 321 apart from setting module 325, Yong Hutong
The operation information for crossing the input of touch liquid crystal screen 35 also includes anti-lost distance setting instruction and the anti-lost distance for setting, and passes through in user
Touch liquid crystal screen 35 be input into it is anti-lost distance setting instruction and set it is anti-lost apart from when, apart from setting module 325 be used for generate it is anti-
Lose distance setting instruction and set anti-lost distance, control module 321 receive it is anti-lost distance setting instruction and set it is anti-lost away from
From and control process module 120 by set it is anti-lost with a distance from be stored in memory module 121.It should be noted that distance setting
Module 325 generates anti-lost distance setting instruction and the anti-lost distance for setting, and refers to generate anti-lost distance setting instruction and sets
Anti-lost distance corresponding to digital information.
Specifically, the concrete principle of the anti-lost distance of user's setting is as follows：User first clicks on
Apart from the identifier of setting module 325, anti-lost apart from setting instruction, control mould apart from the clicked rear generation of setting module 325
Block 321 receive it is anti-lost distance setting instruction after command range setting module 325 further in the form of inputting interface in touch-control
Show on liquid crystal display screen 35, while control module 321 sends anti-lost distance setting instruction to processing module 120, user is by touching
Control liquid crystal display screen 35 is input into the anti-lost distance of setting on inputting interface, generates the anti-lost distance of setting, control apart from setting module 325
Molding block 321 receives the anti-lost distance of setting and the anti-lost distance of setting is sent to processing module 120, and processing module 120 will
The anti-lost distance of setting is stored in memory module 121, it is to be understood that now processing module 120 can setting first storage
Fixed anti-lost distance overrides.
Further, in the present embodiment, the GPS locator 16 being connected with microprocessor 12 is additionally provided with case and bag main body 1,
Microprocessor 12 judge actual range more than it is anti-lost apart from when, microprocessor 12 open GPS locator 16 and by GPS calmly
Position device 16 obtains the positional information of case and bag main body 1 and the positional information of the case and bag main body 1 for getting is sent to controller 32, control
The position of case and bag main body 1 letter illustrates on touch liquid crystal screen 35 by device processed 32, accurately knows the position of case and bag in order to user.Tool
Body ground, GPS locator 16 are connected with processing module 120, the positional information that GPS locator 16 is obtained by processing module 120 first
It is stored in memory module 121, controller 32 also includes the position information acquisition module 326 being connected with control module 321, position
Data obtaining module 326 illustrates that on touch liquid crystal screen 35 user is also included by the operation information of the input of touch liquid crystal screen 35
Positional information obtains instruction, and position information acquisition module 326 is used to generate positional information acquisition instruction, and control module 321 is received
After positional information obtains instruction, the positional information in memory module 121 is fed back to touch liquid crystal screen 35 by control process module 120
Upper display.It should be noted that position information acquisition module 326 is used to generate positional information acquisition instruction, position letter is referred to
Breath obtains the corresponding digital information of instruction；Processing module 120 can be stored when being stored in positional information in memory module 121
In module 121, formerly the positional information of storage is covered.
The principle that user obtains the positional information of case and bag main body 1 is as follows：
After user has found that case and bag main body 1 is lost, user first clicks on position information acquisition module on touch liquid crystal screen 35
326 identifier, after position information acquisition module 326 is clicked generates positional information and obtains instruction, and control module 321 is received
Output control signal after instruction is obtained to positional information, and, to processing module 120, processing module 120 will be stored in memory module 121
Interior positional information is sent to control module 321, and then control module 321 processing module 120 is transmitted the positional information for coming and existed
Show on touch liquid crystal screen 35.
Specifically, in the present embodiment, power module is additionally provided with case and bag main body 1, power module is used for as microprocessor
12nd, radiofrequency signal transmitter 21, GPS locator 16 and wireless communication module etc. are arranged on the electrical equipment in case and bag main body 1 and supply
Electrical switch, control end and the microprocessor 12 of electrical switch are connected between electricity, wherein power module and GPS locator 16
Connection, microprocessor 12 judge actual range more than it is anti-lost apart from when by electrical switch closure determine GPS locator 16
The positional information of case and bag main body 1 simultaneously sends the positional information of case and bag main body 1 to microprocessor 12, to reach the purpose of energy-conservation.
Certainly, in other embodiments, GPS locator 16 can persistently obtain the positional information of case and bag main body 1, i.e. case and bag main body 1
Positional information can be sent in real time to mobile control terminal 3, and user, can be with operational control device when the position of case and bag main body 1 is searched
Position information acquisition module 326 in 32 is obtaining the positional information of case and bag main body 1.
It should be noted that in the above-described embodiments, the first bluetooth communication 13 and the first remote wireless communication module
14 are connected with processing module 120, and the second bluetooth communication 33 and the second remote wireless communication module 34 are and control module
321 connections.Control module 321 is normal with the second bluetooth communication 33 in the first bluetooth communication 13 with processing module 120
During connection, by bluetooth data transmission；Control module 321 is blue with second in the first bluetooth communication 13 with processing module 120
When tooth communication module 33 cannot connect, carried out data transmission by two remote wireless communication modules.
Fig. 5 is referred to, and radiofrequency signal transmitter 21 includes the first signal transmitting and receiving module 210 and module received with to signal
The distance calculation modules 212 of 210 connections, wherein, the first signal transmitting and receiving module 210 is for sending electricity to radio frequency signal feedback device 36
The feedback signal that magnetostatic wave signal and reception radio frequency signal feedback device 36 send；Distance calculation module 212 is for according to feedback signal
Calculate the actual range between radiofrequency signal transmitter 21 and radio frequency signal feedback device 36 and actual range is sent to microprocessor
Device 12.Computing module 212 calculates actual range concrete principle：Radiofrequency signal transmitter 21 sends electromagnetic wave signal to be believed to radio frequency
Number ultramagnifier 36, radio frequency signal feedback device 36 launch feedback signal after electromagnetic wave signal is received to radiofrequency signal transmitter
21, between the feedback signal that computing module 212 is sent after electromagnetic wave signal and received according to radiofrequency signal transmitter 21 when
Between mathematic interpolation go out actual range.
Fig. 6 is referred to, in the present embodiment, radio frequency signal feedback device 36 includes secondary signal transceiver module 361 and with
The feedback signal generation module 362 of the connection of binary signal transceiver module 361, wherein, secondary signal transceiver module 361 is penetrated for receiving
Electromagnetic wave signal and feedback signal is sent to radiofrequency signal transmitter 21 that frequency sender unit 21 sends；Feedback signal is generated
Module 362 is used to generate feedback signal and by transmission of feedback information to secondary signal transceiver module 361.
In the present embodiment, the first bluetooth communication 13 and the second bluetooth communication 33 adopt 4.0 bluetooth units,
With ensure two bluetooth communications between can in the way of low-power consumption bluetooth is penetrated transmission signal.
In the present embodiment, the first remote wireless communication module 14 and the second remote wireless communication module 34 are that wifi is wireless
One of communication module, zigbee communication modules and GPRS communication modules, can be to case and bag master in order to mobile control terminal 3
Body 1 carries out remotely control.
In the present embodiment, the top of case and bag main body 1 is respectively equipped with pull bar 17 and roller 18 with bottom, logical in order to user
Cross pulling case and bag main body 1.
In the present embodiment, alarm 22 is buzzer siren, and alarm 22 can be sounded a buzzer and lifted when reporting to the police
Case and bag owner.
Mobile control terminal 3 is for example interior is provided with APP softwares, and APP softwares have password setting function, unlocking function, weight
Amount acquisition of information function, function is obtained apart from set-up function and positional information and causes to move control terminal 3 and possess password setting work(
Energy, unlocking function, weight information obtain function, obtain function apart from set-up function and positional information, in other words it is, control
The password setting module 320 of device processed 32, unlocking module 323, weight information acquisition module 324, apart from setting module 325 and position
Data obtaining module 326 for example divides to be formed by APP softwares, and password setting module 320, unlocking module 323, weight information are obtained
Delivery block 324, apart from setting module 325 and position information acquisition module 326 will with specific identifier APP softwares behaviour
Make to show on interface, user can be first turned on APP softwares, APP softwares when by 35 input operation information of touch liquid crystal screen
Operation interface show that then user can complete various behaviour by clicking on specific identifier on touch liquid crystal screen 35
Make the input of information.
Self energy case and bag with remote unlocking and positioning function of the present utility model are by mobile control terminal 3 to case and bag master
The unlocking cipher of the electronic password lock 11 on body is set, and the unlatching of remotely controlled electronically coded lock 11；In addition, the self energy
Case and bag are sent to mobile control terminal by the positional information of 16 real-time positioning of the GPS locator case and bag main body and by positional information
3, the monitor in real time to case and bag main body is realized, is easy to user to search the position of case and bag.
The explanation of above example is only intended to help and understands method of the present utility model and its core concept.Should refer to
Go out, for those skilled in the art, on the premise of without departing from this utility model principle, can also be to this
Utility model carries out some improvement and modification, and these improve and modification also falls into this utility model scope of the claims
It is interior.
The foregoing description of the disclosed embodiments, enables professional and technical personnel in the field to realize or use that this practicality is new
Type.Various modifications to these embodiments will be apparent for those skilled in the art, determined herein
The General Principle of justice can be realized in the case of without departing from spirit or scope of the present utility model in other embodiments.Cause
This, this utility model is not intended to be limited to the embodiments shown herein, and is to fit to and principles disclosed herein
The most wide scope consistent with features of novelty.
Claims (9)
1. a kind of self energy case and bag with remote unlocking and positioning function, it is characterised in that including case and bag main body (1) and mobile control
Terminal (3) processed, the case and bag main body (1) are provided with electronic password lock (11), and micro- place for connecting of the electronic password lock (11)
Reason device (12), and the microprocessor (12) GPS locator (16) for connecting and be connected with the microprocessor (12) first
Remote wireless communication module (14)；The mobile control terminal (3) including controller (32), and the controller (32) connection and
With second remote wireless communication module (34) of the first remote wireless communication module (14) radio communication and with the control
The touch liquid crystal screen (35) that device (32) connects.
2. self energy case and bag with remote unlocking and positioning function according to claim 1, it is characterised in that the control
The control module (321) that device (32) is connected including password setting module (320) and with the password setting module (320), it is described
The memory module (121) that microprocessor (12) is connected including processing module (120) and with the processing module (120).
3. self energy case and bag with remote unlocking and positioning function according to claim 2, it is characterised in that the password
Setting module (320) is shown in the form of identifier in the touch liquid crystal screen (35).
4. self energy case and bag with remote unlocking and positioning function according to claim 2, it is characterised in that the control
Device (32) also includes the unlocking module (323) being connected with the control module (321).
5. self energy case and bag with remote unlocking and positioning function according to claim 4, it is characterised in that the unlocking
Module (323) is shown in the form of identifier in the touch liquid crystal screen (35).
6. self energy case and bag with remote unlocking and positioning function according to claim 2, it is characterised in that the GPS
Localizer (16) is connected with the processing module (120), and the controller (32) also includes being connected with the control module (321)
Position information acquisition module (326).
7. self energy case and bag with remote unlocking and positioning function according to claim 6, it is characterised in that the position
Data obtaining module (326) is shown in the form of identifier in the touch liquid crystal screen (35).
8. self energy case and bag with remote unlocking and positioning function according to claim 2, it is characterised in that the control
It is remote with described second by first remote wireless communication module (14) between module (321) and the processing module (120)
Journey wireless communication module (34) carries out data transmission.
9. self energy case and bag with remote unlocking and positioning function according to claim 1, it is characterised in that described first
Remote wireless communication module (14) and second remote wireless communication module (34) are wifi wireless communication modules, zigbee leads to
Letter one of module and GPRS communication modules.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620538507.7U CN206043717U (en) | 2016-06-03 | 2016-06-03 | Self energy case and bag with remote unlocking and positioning function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620538507.7U CN206043717U (en) | 2016-06-03 | 2016-06-03 | Self energy case and bag with remote unlocking and positioning function |
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| CN206043717U true CN206043717U (en) | 2017-03-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620538507.7U Active CN206043717U (en) | 2016-06-03 | 2016-06-03 | Self energy case and bag with remote unlocking and positioning function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107048648A (en) * | 2017-06-08 | 2017-08-18 | 贵溪市美纳途箱包有限公司 | Intelligent case and bag, case and bag control system and method based on NB IOT |
| CN107125888A (en) * | 2017-05-05 | 2017-09-05 | 中国联合网络通信集团有限公司 | Intelligent luggage carrier and its control method |
-
2016
- 2016-06-03 CN CN201620538507.7U patent/CN206043717U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107125888A (en) * | 2017-05-05 | 2017-09-05 | 中国联合网络通信集团有限公司 | Intelligent luggage carrier and its control method |
| CN107048648A (en) * | 2017-06-08 | 2017-08-18 | 贵溪市美纳途箱包有限公司 | Intelligent case and bag, case and bag control system and method based on NB IOT |
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Address after: 314400 Room 1108, 11th floor, 128 Shuanglian Road, Haining Economic Development Zone, Haining City, Zhejiang Province Patentee after: Haining drop Intelligent Technology Co., Ltd. Address before: Jiaxing City, Zhejiang province 314400 Haining Longxing Road Economic Development Zone No. 118 in the main office building 3 floor, room 375 Patentee before: Haining Didi Suitcases and Bags Intelligent Technology Co., Ltd. |