CN103199898B - Position identification and guide method based on bluetooth and two-dimension code - Google Patents
Position identification and guide method based on bluetooth and two-dimension code Download PDFInfo
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- CN103199898B CN103199898B CN201310077312.8A CN201310077312A CN103199898B CN 103199898 B CN103199898 B CN 103199898B CN 201310077312 A CN201310077312 A CN 201310077312A CN 103199898 B CN103199898 B CN 103199898B
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Abstract
The invention relates to a position identification and guide method based on bluetooth and a two-dimension code. The method comprises a bluetooth 4.0 terminal, a user hand-held terminal and a server end, wherein the bluetooth 4.0 terminal, the user hand-held terminal and the server end are connected through wireless communications, and the user hand-held terminal is provided with a bluetooth 4.0 module. The method includes the following steps: step one, conducting regional division and enabling the bluetooth 4.0 terminal to be mounted in a region; step two, conducting subregion division; step three, appointing a destination; step four, appointing an original place; step five, guiding a path from the original place to the destination; and step six, guiding the position of a subregion of the destination. By means of the position identification and guide method based on the bluetooth and the two-dimension code, position guiding can be achieved swiftly.
Description
Technical field
The present invention relates to a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique.
Background technology
At present, in the place of the densely populated place such as parking lot, market, layout complexity, people often cannot position a certain ad-hoc location and find fast; As for some large parking lots, people do not know the position of oneself after stopping usually, when needs pick up the car leave time, often can there is the awkward circumstances that cannot find the parking stall of oneself fast; Conventional processing method simply certain one deck is divided into multiple regions such as A/B/C, but people are when picking up the car, one does not know the correlation between oneself present position and target carriage position, two to carry out in parking lot often dark, often cannot carry out fast identifying and searching within sweep of the eye, the parking that therefore greatly have impact on parking user be experienced; Same, also there is such situation in some occasions such as megastore or shopping square, as a certain ad-hoc location cannot be looked for fast, thus have impact on the enjoyment that user goes window-shopping, does shopping.
Summary of the invention
The object of the invention is to overcome above-mentioned deficiency, a kind of station location marker based on bluetooth and Quick Response Code and the bootstrap technique that can carry out position guiding are fast provided.
The object of the present invention is achieved like this: a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique, the method includes bluetooth 4.0 terminal, user's handheld terminal and the server end that are connected by wireless telecommunications, and described user's handheld terminal has bluetooth 4.0 module;
In step one, Region dividing and region, bluetooth 4.0 terminal is installed:
One area is divided into multiple region, in each region, bluetooth 4.0 terminal is installed, and give a unique zone number at server end to each region, and the actual geographic position in this corresponding for each zone number region is stored in server end, and server end stores the static map of this area;
Step 2, sub-zone dividing:
Single Region dividing is become multiple subregion, and give unique subregion coding at server end to every sub regions, the corresponding Quick Response Code of every sub regions coding, and this Quick Response Code is labeled in corresponding subregion, and the actual geographic position of this corresponding for every sub regions coding subregion is stored in server end, and the 2 D code information of every sub regions at least comprises its subregion coded message, the zone number information belonging to subregion, the regional information belonging to region;
Step 3, named place of destination:
When user be positioned at a subregion need this subregion to be set as destination time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this destination, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 4, appointment origin:
When user be positioned at a subregion need this subregion to be set as origin time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this origin, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 5, origin are to destination Way guidance:
According to origin selected in destination selected in step 3 and step 4, server end returns the static map information that mark has origin and destination, thus facilitates user to understand self present position; Server end computing module calculates the shortest path from origin to destination simultaneously, and is pushed to user's handheld terminal by info push module, and convenient guide user gets back to destination;
Step 6, destination sub-window position guide:
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, within the signal cover of bluetooth 4.0 terminal of installing in the region that user enters belonging to the subregion being demarcated as destination, bluetooth 4.0 module of bluetooth 4.0 terminal and user's handheld terminal connects, user is at destination areas adjacent for bluetooth 4.0 terminal recognition, triggering light flash and loudspeaker pipe, prompting user walks close in this region, user arrives in region, can search out the subregion being demarcated as destination in eyeshot; When the actual signal coverage of bluetooth 4.0 terminal be disposed adjacent is overlapped, when user enters in multiple bluetooth 4.0 terminal signaling coverage, may by multiple adjacent bluetooth 4.0 terminal recognition, and attempt connecting with user's hand terminal Bluetooth 4.0 module; But the destination 2 D code information stored due to user's handheld terminal can read unique subregion corresponding to this destination and affiliated region, therefore user's hand terminal Bluetooth 4.0 module only successfully connects with bluetooth 4.0 terminal of installing in the affiliated area of destination subregion, do not connect with other nearby Bluetooth 4.0 terminals, bluetooth 4.0 terminal in the affiliated area of therefore only on purpose subregion triggers the promptings such as acousto-optic after a connection setup, guides user to go on foot to this direction.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, while carrying out above-mentioned steps three to step 6, server end gathers frequency, the temporal information of user through regional by bluetooth 4.0 terminal; Thus send advertising message to user's handheld terminal targetedly, also with the Quick Response Code position of relevant retail shop in advertisement, guide user to guide using this Quick Response Code as destination.
A kind of location recognition based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step one: the division in region, to be placed on centered by bluetooth 4.0 terminal in region, to be carried out definition from center to surrounding eyeshot with user and divided; Interregional zero lap, and all region merging technique cover whole distract without omission; Number consecutively after Region dividing, zoning plan and reference numeral are stored in server end.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step one: the regional extent that server end stores can be less than the actual coverage of signal of bluetooth 4.0 terminal of installation region in.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step 2: in region, subregion is divided, can divide according to practical use, as parking stall, retail shop, cash dispenser, lavatory etc., unique subregion coding is given to every sub regions, the corresponding Quick Response Code of every sub regions coding, and this Quick Response Code is labeled in corresponding subregion, and the actual geographic position of this corresponding for every sub regions coding subregion is stored in server end.The 2 D code information of every sub regions at least comprises its subregion coded message, the zone number information belonging to subregion, the regional information belonging to region;
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step 2: the signal of nearby Bluetooth 4.0 terminal will cover same subregion, this subregion is defined as bluetooth 4.0 terminal only belonging to and install in region.
The present invention is a kind of based on bluetooth and the station location marker of Quick Response Code and the implement device of bootstrap technique, described device includes multiple bluetooths 4.0 terminal, user's handheld terminal and the server end that are connected by communication by mixed-media network modules mixed-media, described user's handheld terminal is smart mobile phone with bluetooth 4.0 module or panel computer, and described bluetooth 4.0 terminal includes the memory, bluetooth 4.0 module, LED, loudspeaker and the mixed-media network modules mixed-media that are connected with middle control module; Described Server Side Include has the computing module, mixed-media network modules mixed-media, memory and the message push module that are connected with middle control module, and described memory is also connected with computing module; Described bluetooth 4.0 terminal is connected by bluetooth 4.0 protocol with user's handheld terminal.
Compared with prior art, the invention has the beneficial effects as follows:
1) bluetooth 4.0 terminal is set in user's eyeshot inner region, by scope less than user's eyesight that bluetooth 4.0 signal cover is wide, arrive the actual coverage of bluetooth 4.0 signal user but also do not arrive eyesight and namely connect by bluetooth in region 4.0 terminal and user's hand terminal Bluetooth 4.0 module thus detect user in regional extent in one's power, immediately by the sound of bluetooth 4.0 terminal in region, light etc. guide user to go on foot in eyesight regional extent in one's power, cause the tinkle of bells and vibration by pushing to remind to user's handheld terminal simultaneously, user is near target location in prompting, convenient at dark place's searching vehicle locations such as underground garages,
2), when user is by handheld terminal scanning recognition destination Quick Response Code, namely passes through the software records user time of advent, reminding alarm can be done according to user's request;
3) Quick Response Code record position information can comprise more information simultaneously, as parking location mark, can comprise this parking lot Freight Basis information, and be reminded by network push customer charge, and the warning of charging duration etc.;
4) server end by bluetooth 4.0 terminal gather user through the position in region, time and frequency information, to upload onto the server end, server end can recording user the situation that occurs in real time and targetedly to user's handheld terminal send advertising message, also with the Quick Response Code position of relevant retail shop in advertisement, user is guided to guide using this Quick Response Code as destination.
5) Way guidance that station location marker can be widely used in ground, underground is unified, not by the impact of the signals such as GPS, base station, network;
6) looking for of any two positions can be realized, as from current location to the Way guidance on the ground such as certain retail shop, cash dispenser, lavatory;
7) Quick Response Code and bluetooth 4.0 Module Price low, the expense of road navigation system can be reduced, expense and the work of made-up road guide person can be reduced, save manpower;
8) road navigation system can change into the guide mode of the more simple movement of base area target, and does path mark with 3-D view, avoids user to be unfamiliar with and embarrassment that map of failing to understand shows the way and resistance;
9) aspect is unified from country, city etc. does station location marker, can be networked, by city plan and geography information figure, expand to the Way guidance system between intercity any two positions by Quick Response Code constituent.
Accompanying drawing explanation
To be that the present invention is a kind of specifically implement schematic diagram based on bluetooth and the station location marker of Quick Response Code and the one of bootstrap technique to Fig. 1.
Fig. 2 is the view in a kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique when the signal cover of nearby Bluetooth 4.0 terminal overlaps.
Embodiment
See Fig. 1 and Fig. 2; Fig. 1 is only a kind of embodiment of the present invention; those skilled in the art conceive other execution modes of completing under enlightenment all within protection scope of the present invention in the present invention; a kind of station location marker based on bluetooth and Quick Response Code that the present invention relates to and bootstrap technique; the method includes bluetooth 4.0 terminal, user's handheld terminal and the server end that are connected by wireless telecommunications
Wherein user's handheld terminal is the portable mobile termianl such as smart mobile phone, panel computer with bluetooth 4.0 module;
In step one, Region dividing and region, bluetooth 4.0 terminal is installed:
One area is divided into multiple region, in each region, bluetooth 4.0 terminal is installed, and give a unique zone number at server end to each region, and the actual geographic position in this corresponding for each zone number region is stored in server end, and server end stores the static map of this area;
As by each region with " zone number, longitude and latitude scope (or belonging country, city, street) " be stored on the memory of server end, the computing module of server end can mark out the coverage in each region on the static map of memory;
Step 2, sub-zone dividing:
Single Region dividing is become multiple subregion, and give unique subregion coding at server end to every sub regions, the corresponding Quick Response Code of every sub regions coding, and this Quick Response Code is labeled in corresponding subregion, and the actual geographic position of this corresponding for every sub regions coding subregion is stored in server end, and the 2 D code information of every sub regions at least comprises its subregion coded message, the zone number information belonging to subregion, the regional information belonging to region;
As by every sub regions with " subarea number, Quick Response Code, longitude and latitude scope (or belonging country, city, street) " be stored on the memory of server end, the computing module of server end can mark out the coverage of each subregion on the static map of memory;
Step 3, named place of destination:
When user be positioned at a subregion need this subregion to be set as destination time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this destination, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 4, appointment origin:
When user be positioned at a subregion need this subregion to be set as origin time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this origin, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 5, origin are to destination Way guidance:
According to origin selected in destination selected in step 3 and step 4, server end returns the static map information that mark has origin and destination, thus facilitates user to understand self present position; Server end computing module calculates the shortest path from origin to destination simultaneously, and is pushed to user's handheld terminal by info push module, and convenient guide user gets back to destination;
Step 6, destination sub-window position guide:
Within the signal cover of bluetooth 4.0 terminal of installing in the region that user enters belonging to the subregion being demarcated as destination, bluetooth 4.0 module of bluetooth 4.0 terminal and user's handheld terminal connects, user is at destination areas adjacent for bluetooth 4.0 terminal recognition, triggering light flash and loudspeaker pipe, prompting user walks close in this region, user arrives in region, can search out the subregion being demarcated as destination in eyeshot; See Fig. 2, when the actual signal coverage of bluetooth 4.0 terminal be disposed adjacent is overlapped, when user enters in multiple bluetooth 4.0 terminal signaling coverage, may by multiple adjacent bluetooth 4.0 terminal recognition, and attempt connecting with user's hand terminal Bluetooth 4.0 module; But the destination 2 D code information stored due to user's handheld terminal can read unique subregion corresponding to this destination and affiliated region, therefore user's hand terminal Bluetooth 4.0 module only successfully connects with bluetooth 4.0 terminal of installing in the affiliated area of destination subregion, do not connect with other nearby Bluetooth 4.0 terminals, bluetooth 4.0 terminal in the affiliated area of therefore only on purpose subregion has in connection establishment promptings such as triggering acousto-optic, guides user to go on foot to this direction.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, while carrying out above-mentioned steps three to step 6, server end gathers frequency, the temporal information of user through regional by bluetooth 4.0 terminal; Thus send advertising message to user's handheld terminal targetedly, also with the Quick Response Code position of relevant retail shop in advertisement, guide user to guide using this Quick Response Code as destination.
A kind of location recognition based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step one: the division in region, to be placed on centered by bluetooth 4.0 terminal in region, to be carried out definition from center to surrounding eyeshot with user and divided; Interregional zero lap, and all region merging technique cover whole distract without omission; Number consecutively after Region dividing, zoning plan and reference numeral are stored in server end.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step one: the regional extent that server end stores can be less than the actual coverage of signal of bluetooth 4.0 terminal of installation region in.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step 2: in region, subregion is divided, can divide according to practical use, as parking stall, retail shop, cash dispenser, lavatory etc., unique subregion coding is given to every sub regions, the corresponding Quick Response Code of every sub regions coding, and this Quick Response Code is labeled in corresponding subregion, and the actual geographic position of this corresponding for every sub regions coding subregion is stored in server end.The 2 D code information of every sub regions at least comprises its subregion coded message, the zone number information belonging to subregion, the regional information belonging to region;
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique, in described step 2: the signal of nearby Bluetooth 4.0 terminal will cover same subregion, this subregion is defined as bluetooth 4.0 terminal only belonging to and install in region.
A kind of station location marker based on bluetooth and Quick Response Code of the present invention and bootstrap technique realize by following apparatus, described device includes multiple bluetooths 4.0 terminal, user's handheld terminal and the server end that are connected by communication by mixed-media network modules mixed-media, described user's handheld terminal is smart mobile phone with bluetooth 4.0 module or panel computer, and described bluetooth 4.0 terminal includes the memory, bluetooth 4.0 module, LED, loudspeaker and the mixed-media network modules mixed-media that are connected with middle control module; Described Server Side Include has the computing module, mixed-media network modules mixed-media, memory and the message push module that are connected with middle control module, and described memory is also connected with computing module; Described bluetooth 4.0 terminal is connected by bluetooth 4.0 protocol with user's handheld terminal.
For parking lot, the present invention is set forth below:
One, prepare in advance:
Bluetooth 4.0 terminal is installed and region and sub-zone dividing: according to prescribed level and user's eyeshot in parking lot, parking lot is divided into multiple region, each region comprises multiple parking stall, the mutual zero lap in each region, and all region merging technique cover whole parking lot; Single parking stall in region is defined as a sub regions.And store corresponding coding and Quick Response Code at server end, finally Quick Response Code is printed and be attached on each parking stall; Arrange in each region and bluetooth 4.0 terminal be installed, installation code be subscriber station at this bluetooth 4.0 terminal location, all parking stalls belonging to this region in this region can be seen in eyeshot.
The signal of bluetooth 4.0 terminal is actual in the present embodiment coverage can exceed the real area in region, visible 8 parking stalls in such as single region, and the signal cover of bluetooth 4. 0 reality can reach with bluetooth 4.0 terminal for the center of circle, the scope that radius is 60 ~ 100 meters, therefore the coverage of bluetooth 4. 0 reality is far above 8 parking stalls, the object of design like this is: as user once arrive bluetooth 4.0 signal cover of radius 60 ~ 100 meters of scopes, bluetooth 4.0 terminal and user's handheld terminal 4.0 module connect, namely go on foot to position, parking stall by reminding users such as acoustooptic horns, user's handheld terminal also can receive the message of server push, parking stall namely nearby, thus facilitate user just to look for parking stall by acousto-optic etc. before arrival eyeshot, adopt this kind of mode, the actual signal coverage of bluetooth 4.0 terminal be disposed adjacent can be overlapped, when user enters in multiple bluetooth 4.0 terminal signaling coverage, may by multiple adjacent bluetooth 4.0 terminal recognition, and attempt connecting with user's hand terminal Bluetooth 4.0 module, but the destination 2 D code information stored due to user's handheld terminal can read unique parking stall corresponding to this destination and this car is affiliated region, therefore user's hand terminal Bluetooth 4.0 module only successfully connects with bluetooth 4.0 terminal of installing in the affiliated area of parking stall, destination, do not connect with other nearby Bluetooth 4.0 terminals, therefore bluetooth 4.0 terminal only on purpose in the affiliated area of parking stall sends the promptings such as acousto-optic, guides user to go on foot to this direction.
Two, actual use:
Step one, target destination address
1) user arrives certain parking stall, opens the upper software (corresponding Quick Response Code process software) installed of handheld terminal (as mobile phone);
2) by software scans and be identified in this parking stall place mark Quick Response Code;
3) by the information that this Quick Response Code of software identification provides, as information such as parking stall, region, floor, building names, this information is stored as destination address in software;
4) destination address stores recording user simultaneously and appears at the time of this parking stall;
Step 2, when user is from arbitrary address, to prepare when getting back to the destination address parking stall of former record
1) software that handheld terminal is installed is opened;
2) nearest position Quick Response Code is found, the Quick Response Code identified in this position by software scans in current residing position;
3) by the information that this Quick Response Code of software identification provides, as information such as position, region, floor, building names, this information is stored as initial address in software;
4) by stored in software or by position, the backstage division figure of web download and address static distribution figure, calculate the shortest path from initial address to destination address parking stall, adopt mature A* algorithm;
5) shortest path is according to this address static distribution figure, is converted to the road navigation be easily understood, and as the xx rice that moves ahead, sees xx terrestrial reference, and turn left, move ahead xx rice, sees xx terrestrial reference, turns right, sees xx stair or elevator, descending xx layer ... etc. information;
6) when user advances according to the road navigation that shortest path is corresponding and enter the bluetooth 4.0 terminal coverage that target carriage position affiliated area installs, in bluetooth 4.0 terminal in this region, bluetooth 4.0 module can detect and automatically connect with bluetooth 4.0 module in user's handheld terminal, connection establishment, trigger the LED flash of light in this bluetooth 4.0 terminal, loudspeaker pipe, push reminder message can to user's handheld terminal simultaneously, remind the tinkle of bells and vibration, reminding user follows sound, light finds in this region, when user goes near this bluetooth 4.0 terminal, the car on target parking stall can be found in limited eyeshot,
Step 3,
Left the time of stopped target parking stall by software records user, provide user that time-out is set and remind.
Claims (10)
1. based on station location marker and the bootstrap technique of bluetooth and Quick Response Code, it is characterized in that: the method includes bluetooth 4.0 terminal, user's handheld terminal and the server end that are connected by wireless telecommunications, and described user's handheld terminal has bluetooth 4.0 module;
In step one, Region dividing and region, bluetooth 4.0 terminal is installed:
One area is divided into multiple region, in each region, bluetooth 4.0 terminal is installed, and give a unique zone number at server end to each region, and the actual geographic position in this corresponding for each zone number region is stored in server end, and server end stores the static map of this area;
Step 2, sub-zone dividing:
Single Region dividing is become multiple subregion, and give unique subregion coding at server end to every sub regions, the corresponding Quick Response Code of every sub regions coding, and this Quick Response Code is labeled in corresponding subregion, and the actual geographic position of this corresponding for every sub regions coding subregion is stored in server end, and the 2 D code information of every sub regions at least comprises its subregion coded message, the zone number information belonging to subregion, the regional information belonging to region;
Step 3, named place of destination:
When user be positioned at a subregion need this subregion to be set as destination time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this destination, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 4, appointment origin:
When user be positioned at a subregion need this subregion to be set as origin time, user is by the Quick Response Code in user's handheld terminal scanning subregion, by reading this 2 D code information, obtain subregion, region, area belonging to this origin, and obtain the actual geographic positional information of this subregion from server end, and this information is stored in user's handheld terminal;
Step 5, origin are to destination Way guidance:
According to origin selected in destination selected in step 3 and step 4, server end returns the static map information that mark has origin and destination, thus facilitates user to understand self present position.
2. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 1, it is characterized in that: while carrying out step 5, server end computing module calculates the shortest path from origin to destination, and being pushed to user's handheld terminal by info push module, convenient guide user gets back to destination.
3. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 1, is characterized in that: described method also includes step 6, destination sub-window position guides:
Within the signal cover of bluetooth 4.0 terminal of installing in the region that user enters belonging to the subregion being demarcated as destination, bluetooth 4.0 module of bluetooth 4.0 terminal and user's handheld terminal connects, user is at destination areas adjacent for bluetooth 4.0 terminal recognition, and prompting user walks close in this region.
4. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 3, it is characterized in that: when user enters destination areas adjacent, enter within the user's range of vision in this bluetooth 4.0 terminal signaling coverage under the prompting of bluetooth 4.0 terminal, namely user arrives in region, searches out the subregion being demarcated as destination in user's eyeshot.
5. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 3, it is characterized in that: while carrying out above-mentioned steps three to step 6, server end gathers frequency, the temporal information of user through regional by bluetooth 4.0 terminal; Thus send advertising message to user's handheld terminal targetedly, also with the Quick Response Code position of relevant retail shop in advertisement, guide user to guide using this Quick Response Code as destination.
6. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 1, it is characterized in that: in described step one: the division in region, to be placed on centered by bluetooth 4.0 terminal in region, to be carried out definition from center to surrounding eyeshot with user and divided; Interregional zero lap, and all region merging technique cover whole distract without omission; Number consecutively after Region dividing, zoning plan and reference numeral are stored in server end.
7. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 6, is characterized in that: in described step one: the regional extent that server end stores is less than the actual coverage of signal of bluetooth 4.0 terminal of installation region in.
8. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 1, is characterized in that: in described step 2: divide subregion in region, divides according to practical use.
9. a kind of station location marker based on bluetooth and Quick Response Code and bootstrap technique as claimed in claim 6, it is characterized in that: in described step 2: the signal of nearby Bluetooth 4.0 terminal will cover same subregion, this subregion is defined as bluetooth 4.0 terminal only belonging to and install in region.
10. if claim 1 one kind is based on bluetooth and the station location marker of Quick Response Code and the implement device of bootstrap technique, it is characterized in that: described device includes multiple bluetooths 4.0 terminal, user's handheld terminal and the server end that are connected by communication by mixed-media network modules mixed-media, described user's handheld terminal is smart mobile phone with bluetooth 4.0 module or panel computer, and described bluetooth 4.0 terminal includes the memory, bluetooth 4.0 module, LED, loudspeaker and the mixed-media network modules mixed-media that are connected with middle control module; Described Server Side Include has the computing module, mixed-media network modules mixed-media, memory and the message push module that are connected with middle control module, and described memory is also connected with computing module; Described bluetooth 4.0 terminal is connected by bluetooth 4.0 protocol with user's handheld terminal.
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| CN107169705A (en) * | 2017-05-12 | 2017-09-15 | 顺丰科技有限公司 | A kind of system and method for being accurately positioned, looking for target using positioning mark |
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| CN103199898A (en) | 2013-07-10 |
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