CN106060773A

CN106060773A - Object positioning system, method and device

Info

Publication number: CN106060773A
Application number: CN201610303721.9A
Authority: CN
Inventors: 刘凯; 王金桂; 范亮亮; 杨杰; 戚穗鹏
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2016-05-09
Filing date: 2016-05-09
Publication date: 2016-10-26
Anticipated expiration: 2036-05-09
Also published as: CN106060773B

Abstract

The present invention discloses an object positioning system, method and device, and belongs to the computer technology field. The system comprises a wearable device used for outwards broadcasting the data containing an identifier of the wearable device; a road-side device used for generating the reporting information containing the data and the geographic position of the road-side device to send to a road-side server; a client used for sending a first query request carrying a user account logging in the client to a transit server; the transit server used for determining the identifier of the wearable device bound with the user account and generating a second query request carrying the identifier to the road-side server; the road-side server used for searching the reporting information containing the identifier and sending the geographic position in the reporting information to the transit server, wherein the transit server is also used for sending the geographic position to the client. According to the present invention, by searching the wearable device via the road-side device, the position of the wearable device still can be positioned when the distance between the wearable device and a terminal is farer.

Description

Object positioning system, method and device

Technical field

The present invention relates to field of computer technology, particularly to a kind of object positioning system, method and device.

Background technology

Wearable device may be used for positioning monitored object such that it is able to obtains the position of monitored object at any time Put, prevent the loss of monitored object.Wearable device is generally used for the monitoring to objects such as house pet, child, cars.

Generally, wearable device is provided with GPS (Global Position System, global signal transmission system) group Part, GPS component obtains the position signalling of wearable device, and this position signalling is sent to terminal, and terminal receives and shows this Position signalling, user determines the position of monitored object according to the position signalling of display.

Owing to wearable device typically keeps being connected with terminal by bluetooth, and the effective communication distance of bluetooth is shorter, because of This, when wearable device distance terminal farther out time, terminal cannot orient the position of wearable device.

Summary of the invention

In order to solve the problem in correlation technique, embodiments provide a kind of object positioning system, method and dress Put.Described technical scheme is as follows:

First aspect, it is provided that a kind of object positioning system, described system includes: wearable device, roadside equipment, roadside Device server, client and transfer server；

Described wearable device, for being spaced outside broadcast data at predetermined time intervals, described data include described can wearing Wear the mark of equipment；

It is positioned at the roadside equipment around described wearable device, is used for receiving described data, and generates reporting information transmission To described roadside equipment server, described reporting information includes described data and the geographical position of described roadside equipment；

Described client, for sending first by the account number corresponding with described wearable device to described transfer server Inquiry request, carries the user account number logged in described client in described first inquiry request；

Described transfer server, for determining the mark of the wearable device bound with described user account number, generation is carried Second inquiry request of described mark is sent to described roadside equipment server；

Described roadside equipment server, for search include the mark carried in described second inquiry request on notify Breath, is sent to described transfer server by the geographical position in described reporting information；

Described transfer server, is additionally operable to send described geographical position by described account number to described client；

Described client, is additionally operable to received by described account number and show described geographical position.

Second aspect, it is provided that a kind of object positioning method, described method includes:

Wearable device is spaced outside broadcast data at predetermined time intervals, and described data include the mark of described wearable device Know；

The roadside equipment that is positioned at around described wearable device receives described data, and generates reporting information and be sent to roadside Device server, described reporting information includes described data and the geographical position of described roadside equipment；

Client sends the first inquiry request by the account number corresponding with described wearable device to transfer server, described First inquiry request is carried the user account number logged in described client；

Described transfer server determines the mark of the wearable device bound with described user account number, generates and carries described mark The second inquiry request known is sent to described roadside equipment server；

Described roadside equipment whois lookup includes the reporting information of the mark carried in described second inquiry request, by institute State the geographical position in reporting information and be sent to described transfer server；

Described transfer server sends described geographical position by described account number to described client；

Described client is received by described account number and shows described geographical position.

The third aspect, it is provided that a kind of object positioning method, in transfer server, described method includes:

Receiving the first inquiry request that client is sent by the account number corresponding with wearable device, described first inquiry please Ask and carry the user account number logged in described client；

Determine the mark of the wearable device bound with described user account number, generate carry the second inquiry of described mark please Ask and be sent to roadside equipment server；

Receiving the geographical position that described roadside equipment server sends, described geographical position is described roadside equipment server Lookup includes the reporting information of the mark carried in described second inquiry request, reads from described reporting information, described Reporting information is that roadside equipment is raw after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals Becoming, described reporting information includes described data and the geographical position of described roadside equipment, and described data include described wearable The mark of equipment；

Sending described geographical position by described account number to described client, described client is for connecing by described account number Receive and show described geographical position.

Fourth aspect, it is provided that a kind of object positioning method, in client, described method includes:

Sending the first inquiry request by the account number corresponding with wearable device to transfer server, described first inquiry please Ask and carry the user account number logged in described client；

Receive described by described account number and show that geographical position, described geographical position are that described transfer server is determining With the mark of the wearable device that described user account number is bound, generation is carried the second inquiry request of described mark and is sent to described Roadside equipment server, described roadside equipment whois lookup include the mark carried in described second inquiry request on notify Breath, after the geographical position in described reporting information is sent to described transfer server, described transfer server sends, described Reporting information is that roadside equipment is raw after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals Becoming, described reporting information includes described data and the geographical position of described roadside equipment, and described data include described wearable The mark of equipment.

5th aspect, it is provided that a kind of object positioning method, in roadside equipment server, described method includes:

Receiving the reporting information that each roadside equipment sends, described reporting information is that described roadside equipment is around receiving Wearable device be spaced the data of outwards broadcast at predetermined time intervals after generate, described reporting information include described data and The geographical position of described roadside equipment, described data include the mark of described wearable device；

Receiving the second inquiry request of the mark carrying wearable device that transfer server sends, described mark is institute State transfer server and receive, by the account number corresponding with wearable device, the first inquiry request that client sends, from described first After reading the user account number logged in described client in inquiry request, determine is wearable with what described user account number was bound The mark of equipment；

Lookup includes the reporting information of the mark carried in described second inquiry request, by the geography in described reporting information Position is sent to described transfer server, and described transfer server is for sending described by described account number to described client Reason position, described client is for receiving by described account number and showing described geographical position.

6th aspect, it is provided that a kind of object positioning method, in roadside equipment, described method includes:

Receiving wearable device around and be spaced outside broadcast data at predetermined time intervals, described data include described can wearing Wear the mark of equipment；

Generating reporting information and be sent to roadside equipment server, described reporting information includes that described data and described roadside set Standby geographical position, client is for sending the first inquiry by the account number corresponding with described wearable device to transfer server Request, carries the user account number logged in described client in described first inquiry request, described transfer server is used for determining With the mark of the wearable device that described user account number is bound, generation is carried the second inquiry request of described mark and is sent to described Roadside equipment server, described roadside equipment server is for searching the mark that includes carrying in described second inquiry request Notifying breath, the geographical position in described reporting information is sent to described transfer server, described transfer server is used for passing through Described account number sends described geographical position to described client, and described client is for receiving by described account number and showing described Geographical position.

7th aspect, it is provided that a kind of object positioner, in transfer server, described device includes:

First receiver module, please by the first inquiry that the account number corresponding with wearable device sends for receiving client Ask, described first inquiry request is carried the user account number logged in described client；

First sending module, for determining the mark of the wearable device bound with described user account number, generates and carries institute The second inquiry request stating mark is sent to roadside equipment server；

Second receiver module, for receiving the geographical position that described roadside equipment server sends, described geographical position is Described roadside equipment whois lookup includes the reporting information of the mark carried in described second inquiry request, notifies from described Breath reads, described reporting information be roadside equipment the wearable device receiving surrounding be spaced at predetermined time intervals to Generating after the data of outer broadcast, described reporting information includes described data and the geographical position of described roadside equipment, described number According to the mark including described wearable device；

Second sending module, for sending described geographical position, described client by described account number to described client For being received by described account number and showing described geographical position.

Eighth aspect, it is provided that a kind of object positioner, in client, described device includes:

First sending module, please for sending the first inquiry by the account number corresponding with wearable device to transfer server Ask, described first inquiry request is carried the user account number logged in described client；

First processing module, for receiving described by described account number and showing that geographical position, described geographical position are institutes State transfer server and determining the mark of the wearable device bound with described user account number, generate and carry the second of described mark Inquiry request is sent to described roadside equipment server, and described roadside equipment whois lookup includes in described second inquiry request The reporting information of the mark carried, after the geographical position in described reporting information is sent to described transfer server, described in Turning what server sent, described reporting information is that roadside equipment is spaced at predetermined time intervals at the wearable device receiving surrounding Outwards generating after the data of broadcast, described reporting information includes described data and the geographical position of described roadside equipment, described Data include the mark of described wearable device.

9th aspect, it is provided that a kind of object positioner, in roadside equipment server, described device includes:

First receiver module, for receiving the reporting information that each roadside equipment sends, described reporting information is described road Edge equipment generates after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals, described in report Information includes described data and the geographical position of described roadside equipment, and described data include the mark of described wearable device；

Second receiver module, for receiving the second inquiry of the mark carrying wearable device that transfer server sends Request, described mark is that described transfer server is looked into by the first of the account number reception client transmission corresponding with wearable device Ask request, after reading the user account number logged in described client from described first inquiry request, that determine with described use The mark of the wearable device of family account number binding；

Processing module, includes the reporting information of the mark carried in described second inquiry request, on described for lookup The geographical position in breath of notifying is sent to described transfer server, described transfer server for by described account number to described visitor Family end sends described geographical position, and described client is for receiving by described account number and showing described geographical position.

Tenth aspect, it is provided that a kind of object positioner, in roadside equipment, described device includes:

Receiver module, is spaced outside broadcast data, described number at predetermined time intervals for receiving the wearable device of surrounding According to the mark including described wearable device；

Sending module, is used for generating reporting information and is sent to roadside equipment server, and described reporting information includes described number According to the geographical position with described roadside equipment, client is used for by the account number corresponding with described wearable device to transfer service Device sends the first inquiry request, carries the user account number logged in described client, described transfer in described first inquiry request Server, for determining the mark of the wearable device bound with described user account number, generates the second inquiry carrying described mark Request is sent to described roadside equipment server, and described roadside equipment server includes in described second inquiry request for lookup The reporting information of the mark carried, is sent to described transfer server, described transfer by the geographical position in described reporting information Server is for sending described geographical position by described account number to described client, and described client is for by described account number Receive and show described geographical position.

The technical scheme that the embodiment of the present invention provides provides the benefit that:

Received the data of wearable device broadcast by roadside equipment, and generate the geography including these data and roadside equipment The reporting information of position is sent to roadside equipment server, in order in client by transfer server to roadside equipment server When searching wearable device, roadside equipment server provides the geographical position of the roadside equipment around wearable device, for visitor Family end determines the geographical position of wearable device, solve when wearable device distance terminal farther out time, terminal cannot be oriented The problem of the position of wearable device, has reached the effect of the orientation distance improving wearable device.

Accompanying drawing explanation

For the technical scheme being illustrated more clearly that in the embodiment of the present invention, in embodiment being described below required for make Accompanying drawing be briefly described, it should be apparent that, below describe in accompanying drawing be only some embodiments of the present invention, for From the point of view of those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other according to these accompanying drawings Accompanying drawing.

Fig. 1 is the schematic diagram of the implementation environment involved by one embodiment of the invention；

Fig. 2 is the method flow diagram of the object positioning method that one embodiment of the invention provides；

Fig. 3 is the method flow diagram of the object positioning method that another embodiment of the present invention provides；

Fig. 4 is the structured flowchart of the object positioner that one embodiment of the invention provides；

Fig. 5 is the structured flowchart of the object positioner that yet another embodiment of the invention provides；

Fig. 6 is the structured flowchart of the object positioner that one embodiment of the invention provides；

Fig. 7 is the structured flowchart of the object positioner that yet another embodiment of the invention provides；

Fig. 8 is the structured flowchart of the object positioner that one embodiment of the invention provides；

Fig. 9 is the structured flowchart of the object positioner that one embodiment of the invention provides.

Detailed description of the invention

For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to embodiment party of the present invention Formula is described in further detail.

Implementation environment

Refer to Fig. 1, it illustrates the schematic diagram of implementation environment involved by one embodiment of the invention.This implementation environment Including: wearable device 110, terminal 120, transfer server 130, roadside equipment 140 and roadside equipment server 150, wherein, Wireless connections are set up between wearable device 110 and roadside equipment 140.Roadside equipment 140 passes through with roadside equipment server 150 Communication network sets up communication connection, and roadside equipment server 150 and transfer server 130 set up communication link by communication network Connecing, transfer server 130 is set up network with terminal 120 by communication network and is connected, this communication network can be cable network or Person's wireless network.

Wearable device 110 and terminal 120 belong to same user.Wearable device 110 can be Intelligent bracelet, intelligence The electronic equipment of wrist-watch, intelligence necklace, intelligence belt etc, terminal 120 can be that such as mobile phone, panel computer, e-book are read Read the electronic equipment of device, multimedia play equipment, pocket computer on knee or desk computer etc.Terminal 120 is transported Row has client, and this client can be application client, it is also possible to be webpage client.

Wherein, wearable device 110 includes bluetooth module, and wearable device 110 can be by predetermined protocol and terminal 120 In client communication, when client is wechat client, predetermined protocol can be airsync agreement.Wherein, AirSync The technical protocol of communication between a kind of wechat client of providing of wechat hardware platform and bluetooth equipment, it allow bluetooth equipment with Transceiving data between wechat client, and pass through wechat client by data penetration transmission to wechat server.AirSync supports classics Bluetooth and BLE low-power consumption Bluetooth technology

Roadside equipment 140 includes bluetooth module, sets up bluetooth with wearable device 110 and is connected.Roadside equipment 140 also includes PLC (Programmable Logic Controller, programmable logic controller (PLC)), by PLC and roadside equipment server 150 set up communication connection.Wherein, roadside equipment 140 can be mounted in street lamp, power transformation box, broadcast case, traffic lights, railing etc. Deng the electronic equipment in the communal facility of roadside.

Transfer server 130 can be a station server, it is also possible to the server cluster being made up of some station servers, Or a cloud computing service center.

Roadside equipment server 150 can be a station server, it is also possible to the server being made up of some station servers Cluster, or a cloud computing service center.

Specific embodiment

Refer to Fig. 2, it illustrates the method flow diagram of the object positioning method that one embodiment of the invention provides, this is right In localization method can apply to the implementation environment shown in Fig. 1.This object positioning method, including:

Step 201, wearable device is spaced outside broadcast data at predetermined time intervals, and these data include wearable device Mark.

Step 202, the roadside equipment being positioned at around wearable device receives data, and generates reporting information and be sent to roadside Device server, this reporting information includes the geographical position of data and roadside equipment.

Step 203, client sends the first inquiry request by the account number corresponding with wearable device to transfer server, This first inquiry request is carried the user account number logged in client.

Step 204, transfer server determines the mark of the wearable device with user account number binding, generates and carry mark Second inquiry request is sent to roadside equipment server.

Step 205, roadside equipment whois lookup includes the reporting information of the mark carried in the second inquiry request, should Geographical position in reporting information is sent to transfer server.

Step 206, transfer server sends geographical position by account number to client.

Step 207, client is received by account number and shows geographical position.

Wherein, step 201 can be implemented separately the embodiment becoming wearable device side, and step 202 can be implemented separately Becoming the embodiment of roadside equipment side, step 203 and 207 can be implemented separately the embodiment becoming client-side, step 204 and 206 can be implemented separately the embodiment becoming transfer server side, and step 205 can be implemented separately becomes roadside equipment server The embodiment of side.

In sum, the object positioning method that the embodiment of the present invention provides, receive wearable device by roadside equipment wide The data broadcast, and generate and include that the reporting information in geographical position of these data and roadside equipment is sent to roadside equipment server, So that when client passes through transfer server to roadside equipment whois lookup wearable device, roadside equipment server provides The geographical position of the roadside equipment around wearable device, determines the geographical position of wearable device, solves for client When wearable device distance terminal farther out time, terminal cannot orient the problem of the position of wearable device, and having reached to improve can The effect of the orientation distance of wearable device.

Refer to Fig. 3, it illustrates the method flow diagram of the object positioning method that another embodiment of the present invention provides, this is right In localization method can apply to the implementation environment shown in Fig. 1.This object positioning method, including:

Step 301, the graphic code that client scan wearable device carries, obtain wearable device mark and with can The account number that wearable device is corresponding, this graphic code is that wearable device obtains when registering in transfer server.

The wearable device of same manufacturer production generally corresponds to a wearable device server.Such as, when wearable When equipment is Semen setariae bracelet, corresponding wearable device server can be Semen setariae server；When wearable device is Huawei's hands During ring, corresponding wearable device server can be Huawei's server.

Before wearable device server communicates with transfer server, need in transfer server, register wearable setting Standby server, now, transfer server can be one account number of wearable device server-assignment, is claimed by account in the present embodiment For the account number that wearable device is corresponding.Wherein, the account number that wearable device is corresponding can be the user's account for domestic consumer's distribution Number, or, it is preferred that the account number that wearable device is corresponding can also be public's account number.Wherein, account number is at information exchange platform One public social networks mark of upper foundation, and allow (such as, any user on information exchange platform) public with this Social networks mark exchange on information exchange platform, this exchange can based on the mode of a kind of unidirectional confirmation, and without It is confirmed each other between user.

Such as, when wearable device is Semen setariae bracelet, the account number that wearable device is corresponding is the public of " Semen setariae bracelet " Account number；When wearable device is Huawei's bracelet, the account number that wearable device is corresponding is public's account number of " Huawei's bracelet ".

When registering wearable device in transfer server, the mark according to wearable device and its correspondence can be obtained The graphic code of account number.Wherein, graphic code can be Quick Response Code, bar code etc., and the present embodiment is not construed as limiting.

When user wants to bind client and wearable device, client scan wearable device can be controlled in registration Time the graphic code that obtains, resolve this graphic code and obtain the account number that the mark of wearable device is corresponding with wearable device.

Step 302, the user account number logged in mark, account number and client is sent to transfer server by client.

Step 303, transfer server determines the wearable device server corresponding with account number, is sent to wear by this mark Wearing device server, account is that transfer server distributes to wearable device server.

Transfer server is after receiving the mark of wearable device, in addition it is also necessary to the mark of wearable device being sent to can Wearable device server is verified.The wearable device produced due to different manufacturers corresponds to different wearable device services Device, therefore, transfer server also needs to first determine, according to account number, the wearable device server that this wearable device is corresponding, then will This mark is sent to this wearable device server and verifies.

Specifically, registered in transfer server in advance due to wearable device server, therefore, in transfer server Storage has the corresponding relation of the mark of account number and wearable device server, and transfer server is searched in this corresponding relation and connects The mark of the wearable device server that the account number that receives is corresponding, the mark further according to wearable device server determines wearable Device server.

Step 304, mark is verified by wearable device server, sends really to transfer server after being verified Recognize information.

Wherein, the technology that the mark of wearable device is verified by wearable device server is the most highly developed, this Embodiment does not repeats.

Step 305, transfer server determines according to confirmation and is verified, and ties up this mark and user account number Fixed.

Wherein, step 301-305 is the binding flow process of wearable device and client, and this flow process generally can first use Performing during wearable device, follow-up being not repeated performs.

Step 306, wearable device is spaced outside broadcast data at predetermined time intervals, and these data include wearable device Mark.

In the present embodiment, only when the interface of client display account number corresponding to wearable device, wearable device is Can be connected with client foundation by bluetooth.Owing to wearable device is not aware that when client shows that wearable device is corresponding The interface of account number, therefore, wearable device needs to be spaced outside broadcast data at predetermined time intervals so that client is in display Data can be immediately received during the interface of account number, set up with wearable device and be connected.Wherein, wearable device is outwards broadcasted Data include the account number that the mark of wearable device is corresponding with wearable device.

Step 307, the roadside equipment being positioned at around wearable device receives data, and generates reporting information and be sent to roadside Device server, this reporting information includes the geographical position of data and roadside equipment.

When wearable device is lost in roadside, owing to the roadside equipment of surrounding also includes bluetooth module, therefore, around Roadside equipment can set up bluetooth with wearable device and be connected, be by the outside broadcast data of bluetooth due to wearable device again , therefore, it is positioned at the roadside equipment around this wearable device and can receive these data.Wherein, wearable device week it is positioned at The roadside equipment enclosed refers to the roadside equipment less than predetermined distance threshold of the distance between wearable device.

When roadside equipment receives data, the geographical position of self can be obtained, generate and include data and geographical position Reporting information, this reporting information is sent to roadside equipment server.Wherein, the roadside equipment of same manufacturer production is the most right Ying Yuyi roadside equipment server.Such as, when roadside equipment is street lamp, corresponding roadside equipment server can be street lamp Server；When roadside equipment is power transformation box, corresponding roadside equipment server can be power transformation box server.

Optionally, street lamp device can also obtain the time receiving data, is also carried the time and sends out in reporting information Give roadside equipment server.

Step 308, client sends the first inquiry request by the account number corresponding with wearable device to transfer server, This first inquiry request is carried the user account number logged in client.

When the user discover that wearable device is lost, the interface of client display account number can be triggered, and on the boundary of account number Triggering the operation sending the first inquiry request to transfer server in face, client obtains the user's account logged according to this operation Number, user account number is carried in the first inquiry request, is sent to transfer server.

Step 309, transfer server determines the mark of the wearable device with user account number binding, generates and carry mark Second inquiry request is sent to roadside equipment server.

Owing in transfer server, storage has the mark of wearable device and a binding relationship of user account number, therefore, in Turn after server receives user account number, the mark of correspondence can be searched in this binding relationship, generate and carry the of this mark Two inquiry request, are sent to roadside equipment server by the second inquiry request.

Step 310, roadside equipment whois lookup includes the reporting information of the mark carried in the second inquiry request, should Geographical position in reporting information is sent to transfer server.

Optionally, when reporting information also includes the time, roadside equipment server also will be sent to transfer server the time.

Step 311, transfer server sends geographical position by account number to client.

Transfer server sends geographical position to client in account number.

Step 312, client is received by account number and shows geographical position.

Client shows the geographical position received in the interface of account number.Wherein, client can only show this geography The Word message of position；This geographical position can also be indicated in map；User position and this geography position can also be shown Guidance path between putting, the present embodiment is not construed as limiting.

It should be noted that when roadside equipment whois lookup to a plurality of reporting information, roadside equipment server is permissible Directly a plurality of reporting information found is sent to transfer server, transfer server determines geographical position；Or, road The a plurality of reporting information found can also be analyzed by edge equipment server, and analysis result is sent to transfer server.

When a plurality of reporting information found is analyzed by roadside equipment server, if the geography of a plurality of reporting information Position is identical, then this geographical position is sent to transfer server；If the geographical position of a plurality of reporting information is different, then when reporting When information does not includes the time, the geographical position in the reporting information that will be most recently received is sent to transfer server；Notify on when When breath includes the time, according to the time by early corresponding geographical position being formed mobile route to late order, mobile route is sent out Giving transfer server, transfer server sends mobile route by account number to client；Client is received by account number and shows Show mobile route.

When a plurality of reporting information found is analyzed by transfer server, transfer server sets according to each roadside Standby geographical position and each roadside equipment receive time of data and determine the mobile route of wearable device；Transfer server Mobile route is sent to client by account number；Client is received by account number and shows mobile route.

Such as, wearable device is bracelet, and the roadside equipment being positioned at around bracelet is street lamp 1, street lamp 2 and street lamp 3, if Street lamp whois lookup to 3 reporting informations be all street lamp 1 send, it is determined that the geographical position of bracelet is the ground of street lamp 1 Reason position；If street lamp whois lookup to 3 information be that street lamp 1, street lamp 2 and street lamp 3 send respectively, and street lamp 1 is upper The time in breath of notifying is to be the time in the reporting information of 16:07, street lamp 3 time in the reporting information of 16:01, street lamp 2 It is 16:15, it is determined that the mobile route of bracelet is the geographical position of the geographical position-street lamp 3 of the geographical position-street lamp 2 of street lamp 1 Put.

Wherein, step 306 can be implemented separately the embodiment becoming wearable device side, and step 307 can be implemented separately Becoming the embodiment of roadside equipment side, step 301,302,308 and 312 can be implemented separately the embodiment becoming client-side, Step 303,305,309 and 311 can be implemented separately the embodiment becoming transfer server side, and step 310 can be implemented separately Becoming the embodiment of roadside equipment server side, step 304 can be implemented separately the enforcement becoming wearable device server side Example.

Determine it addition, receive time of data by the geographical position according to each roadside equipment and each roadside equipment The mobile route of wearable device, sends mobile route by account number to client so that user can know wearable device Mobile route, thus predict wearable device it would appear that position, with improve location accuracy.

Refer to Fig. 4, it illustrates the structured flowchart of the object positioner that one embodiment of the invention provides, this object Positioner can apply in the roadside equipment server shown in Fig. 1.This object positioner, including:

First receiver module 410, looks into by the first of the account number transmission corresponding with wearable device for receiving client Ask request, the first inquiry request is carried the user account number logged in client；

First sending module 420, for determining the mark of the wearable device with user account number binding, generates and carries mark The second inquiry request be sent to roadside equipment server；

Second receiver module 430, for receiving the geographical position that roadside equipment server sends, geographical position is that roadside sets Standby whois lookup includes the reporting information of the mark carried in the second inquiry request, reads, report from reporting information Information is that roadside equipment generates after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals, Reporting information includes the geographical position of data and roadside equipment, and data include the mark of wearable device；

Second sending module 440, for sending geographical position by account number to client, client is for connecing by account number Receive and show geographical position.

In sum, the object positioner that the embodiment of the present invention provides, receive wearable device by roadside equipment wide The data broadcast, and generate and include that the reporting information in geographical position of these data and roadside equipment is sent to roadside equipment server, So that when client passes through transfer server to roadside equipment whois lookup wearable device, roadside equipment server provides The geographical position of the roadside equipment around wearable device, determines the geographical position of wearable device, solves for client When wearable device distance terminal farther out time, terminal cannot orient the problem of the position of wearable device, and having reached to improve can The effect of the orientation distance of wearable device.

Refer to Fig. 5, it illustrates the structured flowchart of the object positioner that yet another embodiment of the invention provides, this object Positioner can apply in the roadside equipment server shown in Fig. 1.This object positioner, including:

First receiver module 510, looks into by the first of the account number transmission corresponding with wearable device for receiving client Ask request, the first inquiry request is carried the user account number logged in client；

First sending module 520, for determining the mark of the wearable device with user account number binding, generates and carries mark The second inquiry request be sent to roadside equipment server；

Second receiver module 530, for receiving the geographical position that roadside equipment server sends, geographical position is that roadside sets Standby whois lookup includes the reporting information of the mark carried in the second inquiry request, reads, report from reporting information Information is that roadside equipment generates after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals, Reporting information includes the geographical position of data and roadside equipment, and data include the mark of wearable device；

Second sending module 540, for sending geographical position by account number to client, client is for connecing by account number Receive and show geographical position.

Optionally, reporting information also includes that roadside equipment receives the time of data, and device also includes:

Path determination module 550, receives number for the geographical position according to each roadside equipment and each roadside equipment According to time determine the mobile route of wearable device；

3rd sending module 560, for sending mobile route by account number to client, client is for connecing by account number Receive and show mobile route.

Optionally, device also includes:

3rd receiver module 570 is corresponding with wearable device for receiving the mark of the wearable device that client sends Account number and the user account number that logs in the client, mark and account number are the figures carried on client scan wearable device Code obtains, and graphic code is that wearable device obtains when registering in transfer server；

Binding module 580, verifies for mark and the account number received according to the 3rd receiver module 570, logical in checking Later mark and user account number are bound.

Optionally, binding module 580, including:

Transmitting element 581, for determining the wearable device server corresponding with account number, is sent to wearable setting by mark Standby server, account number is that transfer server distributes to wearable device server；

Receiving unit 582, for receiving the confirmation that wearable device server sends, confirmation is wearable setting Mark is verified by standby server, sends after being verified；

Determine unit 583, be verified for determining according to the confirmation receiving unit 582 reception.

Refer to Fig. 6, it illustrates the structured flowchart of the object positioner that one embodiment of the invention provides, this object Positioner can apply in the client shown in Fig. 1.This object positioner, including:

First sending module 610, looks into for sending first by the account number corresponding with wearable device to transfer server Ask request, the first inquiry request is carried the user account number logged in client；

By account number, first processing module 620, for receiving and show that geographical position, geographical position are that transfer server exists Determining the mark of the wearable device bound with user account number, generation is carried the second inquiry request of mark and is sent to roadside equipment Server, roadside equipment whois lookup includes the reporting information of the mark carried in the second inquiry request, by reporting information Geographical position be sent to transfer server after, transfer server send, reporting information is that roadside equipment is around receiving Wearable device be spaced the data of outwards broadcast at predetermined time intervals after generate, reporting information includes data and roadside equipment Geographical position, data include the mark of wearable device.

Refer to Fig. 7, it illustrates the structured flowchart of the object positioner that yet another embodiment of the invention provides, this object Positioner can apply in the client shown in Fig. 1.This object positioner, including:

First sending module 710, looks into for sending first by the account number corresponding with wearable device to transfer server Ask request, the first inquiry request is carried the user account number logged in client；

By account number, first processing module 720, for receiving and show that geographical position, geographical position are that transfer server exists Determining the mark of the wearable device bound with user account number, generation is carried the second inquiry request of mark and is sent to roadside equipment Server, roadside equipment whois lookup includes the reporting information of the mark carried in the second inquiry request, by reporting information Geographical position be sent to transfer server after, transfer server send, reporting information is that roadside equipment is around receiving Wearable device be spaced the data of outwards broadcast at predetermined time intervals after generate, reporting information includes data and roadside equipment Geographical position, data include the mark of wearable device.

By account number, second processing module 730, for receiving and show that mobile route, mobile route are transfer server roots Receive time of data according to the geographical position of each roadside equipment and each roadside equipment and determine the mobile road of wearable device Behind footpath, sent by account number.

Optionally, device also includes:

Scan module 740, for scanning the graphic code carried on wearable device, obtain wearable device mark and with The account number that wearable device is corresponding, graphic code is that wearable device obtains when registering in transfer server；

Second sending module 750, for being sent to transfer service by the user account number logged in mark, account number and client Device, mark and user account number, for verifying according to mark and account number, are bound after being verified by transfer server.

Refer to Fig. 8, it illustrates the structured flowchart of the object positioner that one embodiment of the invention provides, this object Positioner can apply in the roadside equipment server shown in Fig. 1.This object positioner, including:

First receiver module 810, for receiving the reporting information that each roadside equipment sends, reporting information is roadside equipment Generating after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals, reporting information includes number According to the geographical position with roadside equipment, data include the mark of wearable device；

Second receiver module 820, for receiving the second of the mark carrying wearable device that transfer server sends Inquiry request, mark is that the first inquiry that transfer server receives client transmission by the account number corresponding with wearable device is asked Ask, after reading, from the first inquiry request, the user account number logged in the client, determine with user account number binding wear Wear the mark of equipment；

Processing module 830, includes the reporting information of the mark carried in the second inquiry request, by reporting information for lookup In geographical position be sent to transfer server, transfer server is for sending geographical position, client by account number to client End is for receiving by account number and showing geographical position.

Refer to Fig. 9, it illustrates the structured flowchart of the object positioner that one embodiment of the invention provides, this object Positioner can apply in the roadside equipment shown in Fig. 1.This object positioner, including:

Receiver module 910, is spaced outside broadcast data, data at predetermined time intervals for receiving the wearable device of surrounding Mark including wearable device；

Sending module 920, is used for generating reporting information and is sent to roadside equipment server, and reporting information includes data and road The geographical position of edge equipment, client is for sending the first inquiry by the account number corresponding with wearable device to transfer server Request, carries the user account number logged in client in the first inquiry request, transfer server is used for determining to be tied up with user account number The mark of fixed wearable device, generation is carried the second inquiry request of mark and is sent to roadside equipment server, roadside equipment Server includes the reporting information of the mark carried in the second inquiry request for lookup, is sent out in the geographical position in reporting information Giving transfer server, transfer server is for sending geographical position by account number to client, and client is used for passing through account number Receive and show geographical position.

It should be understood that above-described embodiment provide object positioner carry out object location time, only with above-mentioned respectively The division of functional module is illustrated, and in actual application, can distribute above-mentioned functions by different merits as desired Module can complete, the internal structure of object positioner will be divided into different functional modules, with complete described above entirely Portion or partial function.It addition, the object positioner that above-described embodiment provides belongs to same with object positioning method embodiment Design, it implements process and refers to embodiment of the method, repeats no more here.

The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.

One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can pass through hardware Completing, it is also possible to instruct relevant hardware by program and complete, described program can be stored in a kind of computer-readable In storage medium, storage medium mentioned above can be read only memory, disk or CD etc..

The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all spirit in the present invention and Within principle, any modification, equivalent substitution and improvement etc. made, should be included within the scope of the present invention.

Claims

1. an object positioning system, it is characterised in that described system includes: wearable device, roadside equipment, roadside equipment take Business device, client and transfer server；

Described wearable device, for being spaced outside broadcast data at predetermined time intervals, described data include described wearable set Standby mark；

It is positioned at the roadside equipment around described wearable device, is used for receiving described data, and generate reporting information and be sent to institute Stating roadside equipment server, described reporting information includes described data and the geographical position of described roadside equipment；

Described client, for sending the first inquiry by the account number corresponding with described wearable device to described transfer server Request, carries the user account number logged in described client in described first inquiry request；

Described transfer server, for determining the mark of the wearable device bound with described user account number, generates described in carrying Second inquiry request of mark is sent to described roadside equipment server；

Described roadside equipment server, includes the reporting information of the mark carried in described second inquiry request for lookup, will Geographical position in described reporting information is sent to described transfer server；

System the most according to claim 1, it is characterised in that

Described transfer server, is additionally operable to the geographical position according to each roadside equipment and each roadside equipment receives described number According to time determine the mobile route of described wearable device；

Described transfer server, is additionally operable to send described mobile route by described account number to described client；

Described client, is additionally operable to received by described account number and show described mobile route.

System the most according to claim 1 and 2, it is characterised in that

Described client, is additionally operable to scan the graphic code carried on described wearable device, obtains the mark of described wearable device Knowing and the account number corresponding with described wearable device, described graphic code is that described wearable device is noted in described transfer server Obtain during volume；

Described client, is additionally operable to the user account number logged in described mark, described account number and described client is sent to institute State transfer server；

Described transfer server, is additionally operable to verify, to described mark after being verified according to described mark and described account number Know and described user account number is bound.

System the most according to claim 3, it is characterised in that

Described transfer server, is additionally operable to determine the wearable device server corresponding with described account number, described mark is sent To described wearable device server, described account number is that described transfer server distributes to described wearable device server；

Described wearable device server, is additionally operable to verify described mark, services to described transfer after being verified Device sends confirmation；

Described transfer server, is additionally operable to determine according to described confirmation and is verified.

5. an object positioning method, it is characterised in that described method includes:

Wearable device is spaced outside broadcast data at predetermined time intervals, and described data include the mark of described wearable device；

The roadside equipment that is positioned at around described wearable device receives described data, and generates reporting information and be sent to roadside equipment Server, described reporting information includes described data and the geographical position of described roadside equipment；

Client sends the first inquiry request by the account number corresponding with described wearable device to transfer server, and described first Inquiry request is carried the user account number logged in described client；

Described transfer server determines the mark of the wearable device bound with described user account number, generates and carries described mark Second inquiry request is sent to described roadside equipment server；

Described roadside equipment whois lookup includes the reporting information of the mark carried in described second inquiry request, on described The geographical position in breath of notifying is sent to described transfer server；

Method the most according to claim 5, it is characterised in that described reporting information also includes that described roadside equipment receives The time of described data, described method also includes:

Described transfer server according to the geographical position of each roadside equipment and each roadside equipment receive described data time Between determine the mobile route of described wearable device；

Described transfer server sends described mobile route by described account number to described client；

Described client is received by described account number and shows described mobile route.

7. according to the method described in claim 5 or 6, it is characterised in that described method also includes:

The graphic code carried on wearable device described in described client scan, obtain described wearable device mark and with institute Stating the account number that wearable device is corresponding, described graphic code is that described wearable device obtains when registering in described transfer server 's；

The user account number logged in described mark, described account number and described client is sent to described transfer clothes by described client Business device；

Described transfer server is verified according to described mark and described account number, to described mark and described after being verified User account number is bound.

Method the most according to claim 7, it is characterised in that described transfer server is according to described mark and described account number Verify, including:

Described transfer server determines the wearable device server corresponding with described account number, described mark is sent to described can Wearable device server, described account number is that described wearable transfer server distributes to described device server；

Described mark is verified by described wearable device server, sends really to described transfer server after being verified Recognize information；

Described transfer server determines according to described confirmation and is verified.

9. an object positioning method, it is characterised in that in transfer server, described method includes:

Receive the first inquiry request that client is sent by the account number corresponding with wearable device, in described first inquiry request Carry the user account number logged in described client；

Determine that the mark of the wearable device bound with described user account number, generation are carried the second inquiry request of described mark and sent out Give roadside equipment server；

Receiving the geographical position that described roadside equipment server sends, described geographical position is described roadside equipment whois lookup Including the reporting information of the mark carried in described second inquiry request, read from described reporting information, described in report Information is that roadside equipment generates after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals, Described reporting information includes described data and the geographical position of described roadside equipment, and described data include described wearable device Mark；

Sending described geographical position by described account number to described client, described client is for receiving also by described account number Show described geographical position.

Method the most according to claim 9, it is characterised in that described reporting information also includes that described roadside equipment receives To the time of described data, described method also includes:

Geographical position according to each roadside equipment and each roadside equipment receive time of described data and determine and described can wear Wear the mobile route of equipment；

Sending described mobile route by described account number to described client, described client is for receiving also by described account number Show described mobile route.

11. according to the method described in claim 9 or 10, it is characterised in that described method also includes:

Receive the mark of wearable device that described client the sends account number corresponding with described wearable device and described visitor The user account number logged in the end of family, described mark and described account number are to carry on wearable device described in described client scan Graphic code obtains, and described graphic code is that described wearable device obtains when registering in described transfer server；

Verify according to described mark and described account number, after being verified, described mark and described user account number are tied up Fixed.

12. methods according to claim 11, it is characterised in that described test according to described mark and described account number Card, including:

Determine the wearable device server corresponding with described account number, described mark is sent to described wearable device service Device, described account number is that described transfer server distributes to described wearable device server；

Receiving the confirmation that described wearable device server sends, described confirmation is described wearable device server Described mark is verified, sends after being verified；

Determine according to described confirmation and be verified.

13. 1 kinds of object positioning methods, it is characterised in that in client, described method includes:

The first inquiry request is sent to transfer server, in described first inquiry request by the account number corresponding with wearable device Carry the user account number logged in described client；

Receive described by described account number and show that geographical position, described geographical position are that described transfer server is determining and institute Stating the mark of the wearable device of user account number binding, generation is carried the second inquiry request of described mark and is sent to described roadside Device server, described roadside equipment whois lookup includes the reporting information of the mark carried in described second inquiry request, After geographical position in described reporting information is sent to described transfer server, described transfer server send, described on Breath of notifying is that roadside equipment generates after the wearable device receiving surrounding is spaced the data of outwards broadcast at predetermined time intervals , described reporting information includes described data and the geographical position of described roadside equipment, and described data include described wearable set Standby mark.

14. methods according to claim 13, it is characterised in that described reporting information also includes that described roadside equipment receives To the time of described data, described method also includes:

Received and shown mobile route by described account number, described mobile route is that described transfer server sets according to each roadside After standby geographical position and each roadside equipment receive the mobile route that time of described data determines described wearable device, Sent by described account number.

15. according to the method described in claim 13 or 14, it is characterised in that described method also includes:

Scan the graphic code carried on described wearable device, obtain the mark of described wearable device and wearable set with described Standby corresponding account number, described graphic code is that described wearable device obtains when registering in described transfer server；

The user account number logged in described mark, described account number and described client is sent to described transfer server, described Transfer server is for verifying according to described mark and described account number, to described mark and described user after being verified Account number is bound.

16. 1 kinds of object positioning methods, it is characterised in that in roadside equipment server, described method includes:

Receiving the reporting information that each roadside equipment sends, described reporting information is described roadside equipment can receive surrounding Wearable device generates after being spaced the data of outwards broadcast at predetermined time intervals, and described reporting information includes described data and described The geographical position of roadside equipment, described data include the mark of described wearable device；

Receive the second inquiry request of the mark carrying wearable device that transfer server sends, described mark be described in Turn server and receive, by the account number corresponding with wearable device, the first inquiry request that client sends, from described first inquiry After request is read the user account number logged in described client, the wearable device bound with described user account number determined Mark；

Lookup includes the reporting information of the mark carried in described second inquiry request, by the geographical position in described reporting information Being sent to described transfer server, described transfer server is for sending described geographical position by described account number to described client Putting, described client is for receiving by described account number and showing described geographical position.

17. 1 kinds of object positioning methods, it is characterised in that in roadside equipment, described method includes:

Receiving wearable device around and be spaced outside broadcast data at predetermined time intervals, described data include described wearable set Standby mark；

Generating reporting information and be sent to roadside equipment server, described reporting information includes described data and described roadside equipment Geographical position, client please for sending the first inquiry by the account number corresponding with described wearable device to transfer server Ask, described first inquiry request is carried in described client log in user account number, described transfer server be used for determining with The mark of the wearable device of described user account number binding, generation is carried the second inquiry request of described mark and is sent to described road Edge equipment server, described roadside equipment server includes reporting of the mark carried in described second inquiry request for searching Information, is sent to described transfer server by the geographical position in described reporting information, and described transfer server is for by institute Stating account number and send described geographical position to described client, described client is for receiving by described account number and showing describedly Reason position.

18. 1 kinds of object positioners, it is characterised in that in transfer server, described device includes:

First receiver module, for receiving the first inquiry request that client is sent by the account number corresponding with wearable device, Described first inquiry request is carried the user account number logged in described client；

First sending module, for determining the mark of the wearable device bound with described user account number, generates and carries described mark The second inquiry request known is sent to roadside equipment server；

Second receiver module, for receiving the geographical position that described roadside equipment server sends, described geographical position is described Roadside equipment whois lookup includes the reporting information of the mark carried in described second inquiry request, from described reporting information Reading, described reporting information is that roadside equipment is spaced the most at predetermined time intervals at the wearable device receiving surrounding Generating after the data broadcast, described reporting information includes described data and the geographical position of described roadside equipment, described packet Include the mark of described wearable device；

Second sending module, for sending described geographical position by described account number to described client, described client is used for Received by described account number and show described geographical position.

19. devices according to claim 18, it is characterised in that described reporting information also includes that described roadside equipment receives To the time of described data, described device also includes:

Path determination module, receives described data for the geographical position according to each roadside equipment and each roadside equipment Time determines the mobile route of described wearable device；

3rd sending module, for sending described mobile route by described account number to described client, described client is used for Received by described account number and show described mobile route.

20. according to the device described in claim 18 or 19, it is characterised in that described device also includes:

3rd receiver module, for receiving the mark of the wearable device that described client sends and described wearable device pair The account number answered and the user account number logged in described client, described mark and described account number are described in described client scan The graphic code carried on wearable device obtains, and described graphic code is that described wearable device is noted in described transfer server Obtain during volume；

Binding module, verifies, in checking for described mark and the described account number received according to described 3rd receiver module By rear, described mark and described user account number are bound.

21. devices according to claim 20, it is characterised in that described binding module, including:

Transmitting element, for determining the wearable device server corresponding with described account number, described mark is sent to described can Wearable device server, described account number is that described transfer server distributes to described wearable device server；

Receive unit, for receive described wearable device server send confirmation, described confirmation be described can Described mark is verified by wearable device server, sends after being verified；

Determine unit, be verified for determining according to the described confirmation of described reception unit reception.

22. 1 kinds of object positioners, it is characterised in that in client, described device includes:

First sending module, for sending the first inquiry request by the account number corresponding with wearable device to transfer server, Described first inquiry request is carried the user account number logged in described client；

First processing module, for receiving by described account number described and showing that geographical position, described geographical position be described Turn server and determining the mark of the wearable device bound with described user account number, generate the second inquiry carrying described mark Request is sent to described roadside equipment server, and described roadside equipment whois lookup includes carrying in described second inquiry request The reporting information of mark, after the geographical position in described reporting information is sent to described transfer server, described transfer takes Business device sends, and described reporting information is that roadside equipment is spaced outwards at predetermined time intervals at the wearable device receiving surrounding Generating after the data of broadcast, described reporting information includes described data and the geographical position of described roadside equipment, described data Mark including described wearable device.

23. devices according to claim 22, it is characterised in that described reporting information also includes that described roadside equipment receives To the time of described data, described device also includes:

Second processing module, for being received by described account number and shown that mobile route, described mobile route are described transfer clothes Business device receives time of described data according to the geographical position of each roadside equipment and each roadside equipment and determines and described can wear After wearing the mobile route of equipment, sent by described account number.

24. according to the device described in claim 22 or 23, it is characterised in that described device also includes:

Scan module, for scanning the graphic code carried on described wearable device, obtain described wearable device mark and The account number corresponding with described wearable device, described graphic code is that described wearable device is when registering in described transfer server Obtain；

Second sending module, for being sent to institute by the user account number logged in described mark, described account number and described client Stating transfer server, described transfer server is for verifying according to described mark and described account number, right after being verified Described mark and described user account number are bound.

25. 1 kinds of object positioners, it is characterised in that in roadside equipment server, described device includes:

First receiver module, for receiving the reporting information that each roadside equipment sends, described reporting information is that described roadside sets For generate after the wearable device receiving surrounding is spaced the data outwards broadcasted at predetermined time intervals, described reporting information Including described data and the geographical position of described roadside equipment, described data include the mark of described wearable device；

Second receiver module, please for receiving the second inquiry of the mark carrying wearable device that transfer server sends Asking, described mark is that described transfer server receives, by the account number corresponding with wearable device, the first inquiry that client sends Request is after reading the user account number logged in described client from described first inquiry request, that determine with described user The mark of the wearable device of account number binding；

Processing module, includes the reporting information of the mark carried in described second inquiry request, notifies on described for lookup Geographical position in breath is sent to described transfer server, and described transfer server is used for by described account number to described client Sending described geographical position, described client is for receiving by described account number and showing described geographical position.

26. 1 kinds of object positioners, it is characterised in that in roadside equipment, described device includes:

Receiver module, is spaced outside broadcast data, described packet at predetermined time intervals for receiving the wearable device of surrounding Include the mark of described wearable device；

Sending module, is used for generating reporting information and is sent to roadside equipment server, described reporting information include described data and The geographical position of described roadside equipment, client is for sending out to transfer server by the account number corresponding with described wearable device Send the first inquiry request, described first inquiry request is carried the user account number logged in described client, described transfer service Device, for determining the mark of the wearable device bound with described user account number, generates the second inquiry request carrying described mark Being sent to described roadside equipment server, described roadside equipment server includes carrying in described second inquiry request for lookup The reporting information of mark, the geographical position in described reporting information is sent to described transfer server, described transfer service Device is for sending described geographical position by described account number to described client, and described client is for receiving by described account number And show described geographical position.