CN204334566U - Bluetooth navigation system - Google Patents

Abstract

The utility model discloses a kind of bluetooth navigation system, comprise: multiple default Bluetooth transceiving, respectively this Bluetooth transceiving comprises identification code with the use as identification; One Bluetooth transceiving mark device, the signal strength applying this Bluetooth transceiving becomes the geographical position that bluetooth coordinate can obtain this some reality; One mobile phone APP unit, wherein comprises the identification code of this default Bluetooth transceiving of database storage; This mobile phone A PP unit acquisition identification code meets the Bluetooth transceiving of the identification code of database storage and the signal strength of these Bluetooth transceivings, therefore can obtain the bluetooth coordinate of position, and order about mobile phone bluetooth coordinate is uploaded to high in the clouds; This bluetooth coordinate that this mobile phone A PP unit of reception can be uploaded to high in the clouds by one high in the clouds locator finds out according to default logic the internal memory bluetooth coordinate mated most in Bluetooth transceiving mark device, and is the geographical position point at this mobile phone place with the geographical position point corresponding to this bluetooth coordinate.

Description

Bluetooth navigation system

[technical field]

The utility model system has about navigation system, especially a kind of bluetooth location system.

[background technology]

Current action location technology can to divide into based on satellite and network two kinds, and the cost of satellite fix is higher, and user needs extras support; Network positions then needs to lay enough base stations to provide stable signal quality, and satellite positioning tech, as GPS (GPS (Global Position System)), has following advantage: use low-frequency signal, round-the-clock, is not subject to the impact of any weather; Global coverage rate can reach 98%; Three-dimensional constant speed timing high accuracy; Location fast; Removable location; The satellite number that can be connected to is more, and its position of locating out is more accurate, but its shortcoming is that its signal is easy to fixation such as building, wall or trees and blocks.

And network location technology such as Wi-Fi navigation system is the technology just developed recently, its signal quality can be subject to the density of base station, envirment factor and wireless network and lay mode and limited, envirment factor comprise humiture, barrier, mobile object change all can affect the accuracy of location, as in the environment that humidity is higher (rainy day), the situation causing signal weak is more obvious, the movement of crowd or vehicle, also all can affect the stability of signal distribution.

The signal of GPS generally cannot be received in indoor environment; Wi-Fi usually can cause signal not good because of the some position of laying not; so utilize these known techniques still defect to some extent in sales field, warehouse or hospital, the progress because of current bluetooth receiving device, hand-hold electronic device and APP software can integrate application further becomes navigation system.

Therefore this case is wished to propose a kind of brand-new bluetooth location system, to solve the defect on prior art.

[novel content]

So the purpose of this utility model is solve the problem in above-mentioned prior art, a kind of bluetooth location system is proposed, its object is in the built-in vertical navigation system of set covering scope, with the region that auxiliary general GPS cannot be contained, so this case is particularly suited for room area, as sales field, parking lot, factory, hospital, the system of application this case can the position of locating cellphone holder, and as the position application of GPS, more diversified and properer service can be provided according to the environment of located position and installation this case system, this case also can be integrated GPS device and obtain other locating information outside the bluetooth coordinate of this case system in addition, therefore the whereabouts can integrating out object for monitored object reach the object without leakage.

In order to achieve the above object, the utility model have employed following technical proposals: this bluetooth navigation system, comprises:

Multiple default Bluetooth transceiving, the corner that configuration is separated in space separately, the covering scope of signal all gives suitable separation each other, and respectively this Bluetooth transceiving comprises identification code, with the use as identification;

One Bluetooth transceiving mark device, notes down for defined some the signal strength (hereinafter referred to as bluetooth coordinate) that the position of this point and this point can receive this Bluetooth transceiving in the overall covering scope tying up to the plurality of Bluetooth transceiving; Because the signal strength of this Bluetooth transceiving relevant that each point of the overall covering scope of the plurality of Bluetooth transceiving can receive is all not identical, so the bluetooth coordinate of every bit (hereinafter referred to as geographical position) also can not be identical in the overall covering scope of the plurality of Bluetooth transceiving, the bluetooth coordinate that therefore application receiving system receives can obtain the geographical position of this some reality;

One mobile phone APP unit, wherein comprises the identification code of this default Bluetooth transceiving of database storage; In the multiple Bluetooth transceivings detected in mobile phone, this mobile phone A PP unit acquisition identification code meets the Bluetooth transceiving of the identification code of database storage and the signal strength of these Bluetooth transceivings, therefore can obtain the bluetooth coordinate of position, and order about mobile phone bluetooth coordinate is uploaded to high in the clouds;

One high in the clouds locator, receives this bluetooth coordinate that this mobile phone A PP unit uploads to high in the clouds, and calls out this Bluetooth transceiving mark device; And

This high in the clouds locator comprises a comparative device, include comparison logic, this bluetooth coordinate that this mobile phone A PP unit of reception can be uploaded to high in the clouds finds out according to default logic the internal memory bluetooth coordinate mated most in Bluetooth transceiving mark device, and is the geographical position point at this mobile phone place with the geographical position point corresponding to this bluetooth coordinate.

Wherein this high in the clouds locator can according in continuous time point, for application native system the position of same mobile phone detected give record, therefore can form the movement track of this mobile phone holder.

The mode wherein measuring this geographical position point is that application entity measures, and the Bluetooth transceiving namely applying other at this geographical position point carries out the measurement of entity.

The mode wherein measuring this geographical position point is according to theoretical model computing by program.

Wherein this mobile phone A PP unit still comprises a GPS connection unit, for linking the GPS processing unit of mobile phone, and calling out the signal of this GPS processing unit, applying the whereabouts learning this mobile phone holder of this signal; And these whereabouts are given record; Therefore applying GPS connection unit can integrate the positional information of GPS and the positional information of bluetooth location simultaneously.

by technique scheme, thus this utility model has following beneficial effect:

this bluetooth location system, in the built-in vertical navigation system of set covering scope, with the region that auxiliary general GPS cannot be contained, so the utility model is particularly suited for room area, as sales field, parking lot, factory, hospital, the system of application this case can the position of locating cellphone holder, and as the position application of GPS, more diversified and properer service can be provided according to the environment of located position and installation this case system, the utility model also can be integrated GPS device and obtain other locating information outside the bluetooth coordinate of the utility model system in addition, therefore the whereabouts can integrating out object for monitored object reach without leakage.

[accompanying drawing explanation]

Fig. 1 shows the Bluetooth transceiving schematic diagram of the utility model.

Fig. 2 shows the Bluetooth transceiving mark device of the utility model system, geographical coordinate and Bluetooth transceiving signal strength schematic diagram.

Fig. 3 shows the schematic diagram of the utility model system attachment mobile phone A PP unit and high in the clouds locator.

Fig. 4 shows the thin portion structural representation of the mobile phone A PP unit of the utility model system.

[embodiment]

Hereby the careful structure with regard to this case forms, and the effect that can produce and advantage, coordinates graphic, lifts one of this case preferred embodiment and is described in detail as follows,

Please refer to shown in Fig. 1 to Fig. 4, show the bluetooth navigation system of this creation, comprise following assemblies:

Multiple default Bluetooth transceiving 10, the corner that configuration is separated in space separately, the covering scope of signal all gives suitable separation each other, this Bluetooth transceiving 10 each comprises identification code, with the use as identification, this Bluetooth transceiving 10 is as bluetooth 4.0 transceiver, and generally the covering scope of its signal is about 100 meters.

One Bluetooth transceiving mark device 20, in the overall covering scope tying up to the plurality of Bluetooth transceiving 10, the signal strength (hereinafter referred to as bluetooth coordinate) that the position of this point and this point can receive this Bluetooth transceiving 10 relevant noted down for defined point, as the P1 point shown in Fig. 2 can receive Bluetooth transceiving 10A, B, the signal of C, its signal strength is respectively 4, 5, 6, because the signal strength that each point of the overall covering scope of the plurality of Bluetooth transceiving 10 can receive this Bluetooth transceiving 10 relevant is all not identical, so the bluetooth coordinate of every bit (hereinafter referred to as geographical position) also can not be identical in the overall covering scope of the plurality of Bluetooth transceiving 10, therefore the bluetooth coordinate that application receiving system receives can obtain the geographical position of this some reality.

As shown in Figure 2, the Bluetooth transceiving mark device 20 of this case foundation and generation type as follows:

The desired location of the multiple Bluetooth transceivings 10 installed in a coverage area, the covering scope of the signal of these Bluetooth transceivings 10 can detect the scope of object desired by user.

Wherein in this coverage area, set geographical coordinate 30, some geographical position point 31 selected in this geographical coordinate 30; And the bluetooth coordinate to putting is stored to these geographical position points 31.

The generation type of this bluetooth coordinate measures the Bluetooth transceiving 10 that this geographical position point 31 can receive signal for the geographical location in this coverage area, and to should the signal strength of Bluetooth transceiving 10, the geographical position of these data and correspondence stored and forms the bluetooth coordinate of this point, therefore can find corresponding geographical position point 31 by bluetooth coordinate.

The mode measuring this geographical position point 31 can application entity measure, namely the Bluetooth transceiving 10 applying other at this geographical position point 31 carries out the measurement of entity, or can by program according to theoretical model computing, the compute mode using theoretical model in fact can each point bluetooth coordinate easily on computer memory.

According to this method, determine that the mode in the geographical position of running gear is described as follows:

One mobile phone APP unit 40, wherein comprise the identification code that database 41 stores this default Bluetooth transceiving 10, in the multiple Bluetooth transceivings 10 detected in mobile phone, this mobile phone A PP unit 40 captures the Bluetooth transceiving 10 that identification code meets the identification code of database 41 storage, and the signal strength of these Bluetooth transceivings 10, therefore can obtain the bluetooth coordinate of position, and bluetooth coordinate is uploaded to high in the clouds by the mobile phone transceiver 43 ordered about on mobile phone.

One high in the clouds locator 50, receives this bluetooth coordinate that this mobile phone A PP unit 40 uploads to high in the clouds, and calls out this Bluetooth transceiving mark device 20.

This high in the clouds locator 50 comprises a comparative device 51, include comparison logic, this bluetooth coordinate that this mobile phone A PP unit 40 of reception can be uploaded to high in the clouds finds out according to default logic the internal memory bluetooth coordinate mated most in Bluetooth transceiving mark device 20, and is the geographical position point 31 at this mobile phone place with the geographical position point 31 corresponding to this bluetooth coordinate.

This high in the clouds locator 50 can know the position of mobile phone holder according to searched mobile phone location, therefore can carry out various relevant application in this covering scope.

This cloud system can according in continuous time point, for application native system the position of same mobile phone detected give record, therefore can form the movement track of this mobile phone holder.

The Bluetooth transceiving used in this case is more, then its accuracy is higher.

The system object of this case is in set covering scope, set up navigation system, with the region that auxiliary general GPS cannot be contained, so this case is particularly suited for room area, as sales field, parking lot, factory, hospital, the system of application this case can the position of locating cellphone holder, and as the position application of GPS, can provide more diversified and properer service according to the environment of located position and installation this case system.

This mobile phone A PP unit 40 still comprises a GPS connection unit 42, for linking the GPS processing unit of mobile phone, and call out the signal of this GPS processing unit, apply the whereabouts learning this mobile phone holder of this signal, and these whereabouts are given record, therefore applying GPS connection unit 42 can integrate the positional information of the positional information of GPS and the bluetooth location of this case simultaneously, for the region that GPS signal cannot cover, be room area by it, this case can assist its shortcoming, and effectively controls whereabouts.

The system of application this case, can the row Ore-controlling Role of framework mobile object, as in hospital, sales field or factory etc., the bluetooth location that the mobile phone can worn via it for sufferer, medical personnel, administrative staff etc. is passed back and monitor the whereabouts of each individual, therefore can see everyone whereabouts in corresponding covering scope from display screen.

Therefore this case also can be integrated GPS device and obtain other locating information outside the bluetooth coordinate of this case system, and the whereabouts therefore can integrating out object for monitored object reach the object without leakage.

In sum, the innovative design of this case, quite realistic demand, it specifically improves existing disappearance, compared to known techniques, obviously there is breakthrough progress advantage, there is the enhancement of effect really, and non-being easy to is reached, on the open or document that is exposed in internal and overseas of this case and market, meet patent statute.

Above-listed detailed description system illustrating for one of this creation possible embodiments, only this embodiment be not used to the scope of the claims limiting this creation, allly do not depart from equivalent enforcement or the change for it of this creation skill spirit institute, all should be contained in the scope of the claims of this case.

Claims (2)

1. a bluetooth navigation system, is characterized in that: comprise:

The covering scope of corner, each other signal that multiple configuration is separated in space separately all gives the default Bluetooth transceiving of suitable separation;

One notes down for defined some the Bluetooth transceiving mark device that the position of this point and this point can receive the signal strength of this Bluetooth transceiving in the overall covering scope of the plurality of Bluetooth transceiving;

The one mobile phone A PP unit comprising the identification code of Bluetooth transceiving default described in database storage, wherein;

One receives the bluetooth coordinate that described mobile phone A PP unit uploads to high in the clouds, and calls out the high in the clouds locator of this Bluetooth transceiving mark device;

Described high in the clouds locator also comprises the comparative device that includes comparison logic.

2. bluetooth navigation system as claimed in claim 1, it is characterized in that: described mobile phone A PP unit still comprises one for linking the GPS connection unit of cellphone GPS processing unit, and call out the signal of this GPS processing unit, apply the whereabouts that this signal learns this mobile phone holder, and these whereabouts are given record.