CN205584500U

CN205584500U - Based on bluetooth low energy BLE sensing structure

Info

Publication number: CN205584500U
Application number: CN201620337080.4U
Authority: CN
Inventors: 吴继良; 张小龙; 杨扬
Original assignee: Suzhou Institute of Trade and Commerce
Current assignee: Suzhou Institute of Trade and Commerce
Priority date: 2016-04-21
Filing date: 2016-04-21
Publication date: 2016-09-14
Anticipated expiration: 2026-04-21

Abstract

The utility model relates to a based on bluetooth low energy BLE sensing structure, include the primary module and follow the module, the primary module by main MCU processor module and connect respectively main MCU processor module display module, network communication module, main BLE module, the signal reception gain module is formed and data support the module and form, wherein, is equipped with the antenna on the signal reception gain module, the signal reception gain module concatenates component signal reception link with main BLE module, from the module by constituteing from the BLE module with rather than the signalling gain module that links to each other, be equipped with the antenna from the BLE module, constitute the signalling link from BLE module and signalling gain module, broadcast its intrinsic ID information around to. The utility model discloses utilize the ID information of following the BLE module in relevancy with entity or marketing content, can discern end user's position to accurate marketing and information propelling movement are carried out to position according to the user belongs to, thereby have avoided marketing, information propelling movement not to have this difficult problem of purpose.

Description

A kind of based on low-power consumption bluetooth BLE perceptual structure

Technical field

This utility model belongs to low-power consumption bluetooth (BLE) technical field, is specifically related to a kind of based on low-power consumption bluetooth BLE perceptual structure and method.

Background technology

Low-power consumption bluetooth (BLE) technology is the robustness wireless technology of low cost, short distance, interoperable, is operated in the 2.4GHz ISM radio frequency band exempting from license.It is designed as super low-power consumption (ULP) wireless technology from the beginning.It utilizes many intelligence means to reduce power consumption to greatest extent.Low-power consumption Bluetooth technology uses interval of variable Connection Time, and this interval could be arranged to several milliseconds to several seconds according to concrete application.Additionally, because BLE technology uses very quickly connected mode, may be at " disconnected " state (the saving energy) the most at ordinary times, now both link ends the most simply knows the other side, the most just open link, within the shortest time, then close link.

The mode of operation of BLE technology is highly suitable for transmitting data from other peripheral hardwares such as micro wireless sensor (every half second exchange one secondary data) or the remote controllers using completely asynchronous communication.The data volume considerably less (usual several bytes) that these equipment sends, and transmission times also seldom (the most per second arrive several times per minute once, the most less).

Present existing cognition technology is mainly realized by some other technologies means.1, NFC, NFC technology is to be developed by non-contact radio-frequency identification (RFID) and the Technology Integration that interconnects, combining induction card reader, vicarious card and point-to-point function on one chip, can be identified with compatible equipment and data exchange in short distance.Shortcoming is exactly that the method use causes the occasion of application to be limited to very much apart from very limited (≤0.1m).2, allow user's active scan Quick Response Code obtain peripheral information mode, guide user by the way of scanning Quick Response Code, obtain the information corresponding to this Quick Response Code.Shortcoming is that requirement user actively removes to scan Quick Response Code, perceived effect and experience poor.

Utility model content

The problem that the purpose of this utility model is to overcome prior art to exist, innovatively difference is combined with peripheral information from the peculiar ID of BLE module, there is provided a kind of based on low-power consumption bluetooth BLE perception means, the most cost-effective, and have good Consumer's Experience.

For realizing above-mentioned technical purpose, reaching above-mentioned technique effect, this utility model is achieved through the following technical solutions:

A kind of based on low-power consumption bluetooth BLE perceptual structure, including primary module with from module, described primary module includes that main MCU processor module, display module, network communication module, main BLE module, signal receive gain module and data supporting die block composition, described main MCU processor module is connected with described display module, described network communication module and described main BLE module respectively, described network communication module is connected with described data supporting module, and described main BLE module receives gain module with described signal and is connected；Described form by from BLE module and coupled signal transmitting gain module from module.

Further, described signal receives gain module and is provided with antenna, described signal receives gain module and concatenates composition signal reception link with described main BLE module, described it is provided with antenna from BLE module, described form signal transmitting chain from BLE module and described signal transmitting gain module, broadcast its intrinsic id information to surrounding.

Further, described signal receives link and receives the signal launched from signal transmitting chain.

Further, the described data information memory corresponding from BLE module is in described data supporting module, and obtains its data by network communication module.

Further, described just technical foundation than relatively low BLE, increase passive hardware circuit signal gain module from module in script power consumption, improve identical transmitting signal intensity under battery.

The beneficial effects of the utility model are:

This utility model utilizes the mode combined from the ID of BLE module with peripheral information, the position at user place can be perceived, and actively push relevant information to user, thus avoid the need for user and actively go the mode of acquisition information, simultaneously because the communication coverage of low-power consumption bluetooth BLE is much larger than NFC, increase applicable scene.

Accompanying drawing explanation

Fig. 1 is the structural representation of this utility model primary module；

Fig. 2 is this utility model structural representation from module；

Fig. 3 is the flow chart of this utility model cognitive method.

Label declaration in figure: 1, main MCU processor module, 2, display module, 3, network communication module, 4, main BLE module, 5, signal receive gain module, 6, data supporting module, 7, from BLE module, 8, signal transmitting gain module.

Detailed description of the invention

Below with reference to the accompanying drawings and in conjunction with the embodiments, this utility model is described in detail.

Shown in seeing figures.1.and.2, a kind of based on low-power consumption bluetooth BLE perceptual structure, including primary module with from module, described primary module includes that main MCU processor module 1, display module 2, network communication module 3, main BLE module 4, signal receive gain module 5 and data supporting die block 6 forms, described main MCU processor module 1 is connected with described display module 2, described network communication module 3 and described main BLE module 4 respectively, described network communication module 3 is connected with described data supporting module 6, and described main BLE module 4 receives gain module 5 with described signal and is connected；Described form by from BLE module 7 and coupled signal transmitting gain module 8 from module.

Further, described signal receives gain module 5 and is provided with antenna, described signal receives gain module 5 and concatenates composition signal reception link with described main BLE module 4, described it is provided with antenna from BLE module 7, described form signal transmitting chain from BLE module 7 and described signal transmitting gain module 8, broadcast its intrinsic id information to surrounding.

Further, described from the data information memory of BLE module 7 correspondence in described data supporting module 6, and obtain its data by network communication module.

In the present embodiment, from BLE module 7 and signal gain module arrangement thereof at scenic spot, an intelligent tourism system is constituted.By this system, actively can push, according to the position of visitor, the information introducing its sight spot at one's side to it, it can be picture and text, audio frequency and video that information represents form.Visitor, through scenic spot trade company, also to the preferential sales promotion information of its propelling movement periphery trade company, thus can accomplish promotion accurately.This intelligent tourism system, greatly reduces scenic spot guide interpreting and the cost of businessman's promotion, and the visit simultaneously improving visitor is experienced.

In other embodiments, described from BLE module 7 and signal gain module arrangement thereof in different occasions.Such as apply in retail trade, constitute wisdom purchase guiding system；It is used in industry at home, constitutes intelligent domestic system etc..

With reference to shown in Fig. 3, one is based on low-power consumption bluetooth BLE cognitive method, it is characterised in that the method comprises the following steps:

Step 1) initializes primary module and the modules from module, the most main BLE module 4, from BLE module 7 and main MCU processor module 1；

Step 2) according to from the position at BLE module 7 place and demand, the data message corresponding to configuration；

Step 3) is from BLE module 7 broadcast singal；

Step 4) main BLE module 4 detects from BLE module 7 signal, if main BLE module 4 can't detect from BLE module 7 signal, then jumps to step 4), if main BLE module 4 detects signal, then goes to step 5)；

The ID from BLE module 7 detected and the distance that goes out according to intensity estimation signal are sent to main MCU processor module 1 by step 5) main BLE module 4, main MCU processor module 1, according to its id information, sends the request of acquisition corresponding data by network communication module to data supporting module 6；

Corresponding data message, according to the corresponding informance being pre-configured with, is returned to network communication module 3 by network service by step 6) data supporting module 6；

After step 7) main MCU processor module 1 receives data message, process through typesetting, shown by display module 2.

Described system, according to position and the range information at user place, actively pushes to user and shows the content information relevant to its position, accomplish precision marketing and propelling movement.

Described system, during requesting data information, preserves user profile and its positional information simultaneously, after data volume reaches certain scale, just can analyze the point of interest drawing each user, be used for doing propelling movement of marketing the most accurately.

The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.

Claims

1. one kind based on low-power consumption bluetooth BLE perceptual structure, it is characterized in that, including primary module with from module, described primary module includes main MCU processor module (1), display module (2), network communication module (3), main BLE module (4), signal receives gain module (5) and data supporting die block (6) composition, described main MCU processor module (1) respectively with described display module (2), described network communication module (3) and described main BLE module (4) connect, described network communication module (3) is connected with described data supporting module (6), described main BLE module (4) receives gain module (5) with described signal and is connected；Described form by from BLE module (7) and coupled signal transmitting gain module (8) from module.

The most according to claim 1 based on low-power consumption bluetooth BLE perceptual structure, it is characterized in that, described signal receives gain module (5) and is provided with antenna, described signal receives gain module (5) and concatenates composition signal reception link with described main BLE module (4), described it is provided with antenna from BLE module (7), described form signal transmitting chain from BLE module (7) and described signal transmitting gain module (8), broadcast its intrinsic id information to surrounding.

The most according to claim 2 based on low-power consumption bluetooth BLE perceptual structure, it is characterised in that described signal receives link and receives the signal launched from signal transmitting chain.

The most according to claim 1 based on low-power consumption bluetooth BLE perceptual structure, it is characterised in that the described data information memory corresponding from BLE module (7) is in described data supporting module (6), and obtains its data by network communication module.

5. according to described in claim 1 based on low-power consumption bluetooth BLE perceptual structure, it is characterized in that, described just technical foundation than relatively low BLE, increase passive hardware circuit signal gain module from module in script power consumption, improve identical transmitting signal intensity under battery.