WO2014127730A1

WO2014127730A1 - Information platform of basic unit-based short-range fence and application method

Info

Publication number: WO2014127730A1
Application number: PCT/CN2014/072359
Authority: WO
Inventors: 周良文
Original assignee: Zhou Liangwen
Priority date: 2013-02-21
Filing date: 2014-02-21
Publication date: 2014-08-28
Also published as: CN104202717A

Abstract

Disclosed in the present invention are an information platform of a basic unit-based short-range fence and an application method. Different contents are pushed to different virtual communication terminals of the basic unit-based short-range geography fence through the network information platform, a user terminal in the basic unit-based short-range geography fence marks the aggregation of social activity, information release and intelligent control, and the user terminal can only browse the information set by the layout. The system comprises an information release terminal, a server and the user terminal, wherein the information release terminal and the user terminal are connected with the server through Internet respectively, and the server pushes customized data information of a bounded range to the user terminal within the geography fence closed range. Different information is released within different geography fence ranges through the Internet, thus information is fully precise, and precise orientation of the information release within the virtual fence range is realized.

Description

Information platform and application method for basic unit short-range fence

The present invention relates to the field of location based services LBS mobile communications, and more particularly to a method and apparatus for pushing information to a mobile terminal in a basic unit short range fence. Background technique

Existing Weibo, WeChat, location websites, etc. all have location functions, can find people or units in the vicinity of the website, are widely used in social and living services, etc., but in the virtual enclosure of virtual geofence, The related dynamic events, activities, social, service, and information in the fence cannot be publicly defined in the virtual geofence enclosure, nor can it be restricted to automatically obtain the fenced user terminal through the network platform, that is, cannot be in the same IP address. The Internet platform, the information content of the end users in the closed area of each geofence is different, and the terminal information browsing user cannot automatically access the information in the closed range of the local geofence, such as the user on the Internet in the Shanghai Bund, and in Shanghai The Xujiahui business district outside the Bund is on the same Internet. The information content of the website is completely different. The information and applications that the prior art fails to achieve the same website are aggregated based on the bounded range of the small unit of the basic unit.

The shortcomings of the mobile phone location function in the existing network public information platform cannot identify which floor, positioning height, and the lowest and highest height of the application cannot be applied.

Therefore, the use of virtual base unit short-range fence to establish an aggregated network information platform, construction, targeted, and very commercial prospects; each basic unit, the scope is the unit's own business, administrative management, commercial aggregation characteristics, For example, the residents of the community live on several floors, where the car is parked, the property informs the payment, etc., and does not want people outside the community to know, but the community cannot be completely confidential, so based on the unit's short-range small-scale geofence information platform, and a wide range of Wide-area fences, there is a fundamental change in the texture of the use, a wide range of wide-area fences can not replace the information platform with the basic unit short-range fence; the information platform of the basic unit short-range fence is for the aggregation of similar people; each supermarket, school, institution The factory is an independent entity. From the location point of view, it is a short-range range. If there is an interactive network platform that can be independent of the internal, this wireless aggregation application establishes a new intra-regional communication bridge for information sharing and network. Application sharing, intelligent control sharing, limit Internal use of ERP, internal sharing of entertainment life, etc.; each basic unit is actually a fence of individual fences of geographical fences; each of the application demand group maps; the main business information needs to be gathered in a specific area, forming an aggregate information service area , one by one application demand group maps are then aggregated into large fences, big data. Summary of the invention

In order to achieve the above object, the present invention provides an information platform and an application method in a basic unit short-range fence. The network information platform pushes different content for different virtual user terminals with basic unit short-range geo-fence, and aggregates social, information publishing, intelligent control in the fence by user terminals in the basic unit short-range geofence; It also provides the geographical indications, unit indications, etc., which are automatically identified by the users in the geofence, with the basic unit short-range fence range or fence, and informs and perceives the local short-range closed small range; also provides the coordinate space space fence based on the area and height; Location information for the fence package.

The present invention simultaneously utilizes the IP address of the user terminal to have different feature values such as an access point or a MAC. When the location of the user terminal is obtained, the content of the information published by the server is matched, and the bounded area of the short-range geographic location of the basic unit is specified. Therefore, the user terminal URL automatically jumps when the preset information publishing content matches the bounded area of the specified geographical location, and matches the coordinated three-dimensional space. Information about the layout settings; building a virtual basic unit "fence" around a specific location, and automatically pushing content to anyone entering the area, the user terminal is obtained through web pages, clients, check-ins, notifications, and the like.

In the solution of the present invention, a predetermined operation is performed for the mobile terminal when the mobile device enters or leaves the predetermined location, thereby limiting the scope of use of, for example, related applications, files, sensitive data, and/or device functions, using different based on the geographic location. Control management strategy, improve information security, and the information supply and demand matching is extremely high.

According to a first aspect of the present invention, an information platform application method for a basic unit short-range fence is provided, including:

Obtaining steps, obtaining location information of one or more network platform online mobile terminals;

a matching step of matching the acquired location information of one or more online mobile terminals with a basic unit short-range fence preset by the server;

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, performing one or more online mobile terminals entering the basic unit short-range fence to perform the short-term fence based on the basic unit The operation of the social application; and pushing the information based on the basic unit short-range fence for the one or more online mobile terminals; providing instant messaging services for the fenced user, such as a website where the online user accesses the network platform at a certain cell location All users who are online at a certain location can interact with text, pictures, videos, Internet phones, etc., and the property can also directly push notifications.

An information platform application method using a basic unit short-range fence, comprising:

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, pushing information based on the basic unit short-range fence for one or more online mobile terminals entering the basic unit short-range fence; And/or performing an operation of the application based on the basic unit short-range fence preset to the one or more online mobile terminals; the application method is used in a business circle, and the merchant releases the discount information through the network platform, and the real-time is in the business circle position. The customer can obtain the coupon, etc. At the same time, the platform embeds the intelligent control into the webpage or the client, and the merchant can manage the video monitoring, lighting control, air-conditioning remote control, etc. of the store through the smart application on the platform.

A geo-fence intelligent network information application method, including:

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, automatically pushing information based on the basic unit short-range fence for one or more online mobile terminals entering the basic unit short-range fence And/or automatically performing an operation of the application based on the basic unit short-range fence preset to the one or more online mobile terminals; the application is a background device trigger on the network platform, and is configured to be released according to the user information Setting or triggering of intelligent control, etc., when the user terminal enters the set fence area, the background device trigger of the network platform completes the execution of the related program operation.

Further, the applying step includes performing at least one of: in response to the matching result indicating that the online mobile terminal leaves the basic unit short-range fence, the network platform restricts automatic push on the online mobile terminal based on the basic Information of the unit short-range fence; and/including an operation of restricting the automatic execution of the application based on the basic unit short-range fence preset to the online mobile terminal, that is, The preset condition of the position triggering effect is to enter the fence range.

Further, the restricting access to the information on the online mobile terminal includes: limiting information that the online mobile terminal presets to the server terminal based on the access authority of the basic unit short-range fence.

Further, the restricting the operation of the related application on the online mobile terminal comprises: forcibly installing the application, blocking the installation of the application, forcibly uninstalling the application, and/or forbidding the application from using.

Further, the restricting access to the document or the folder on the online mobile terminal comprises: prohibiting online browsing, or allowing online browsing but not allowing downloading.

Further, the method includes an online mobile terminal device body, or a fence that the user perceives, or is identified with the help of the network, and/or an online mobile terminal or/and a server and obtains prompt information for entering or leaving the fence. .

Further, the method is performed on the network platform online mobile terminal and/or on the server side.

Further, the method provides advertisements on the network platform online mobile terminal and/or on the server side.

Further, the advertisement advertisement includes: a bid advertisement, a keyword link advertisement.

Further, the method controls the smart home on the network platform online mobile terminal and/or on the server side.

Further, the method monitors the sensor on the network platform online mobile terminal and/or on the server side.

An information platform that uses a basic unit short-range fence, which includes:

a location information obtaining unit, configured to obtain, by the mobile terminal, access to the network platform, where the server obtains location information of the mobile terminal, and a matching unit, configured to use the obtained location information of the online mobile terminal and the preset one or more basic units Fence matching; and

a control unit, configured to: in response to the matching result of the mobile terminal entering or leaving the one or more basic unit short-range fences, pushing information based on the basic unit short-range fence for the online mobile terminal entering one or more basic unit short-range fences, and Or/include an operation of executing an application based on the basic unit short-range fence preset to the online mobile terminal.

Further, wherein the control unit comprises at least one of the following subunits:

And a device control unit, configured to, in response to the matching result, instruct the online mobile terminal to leave the basic unit short-range fence, and restrict access to the server-side preset information based on the basic unit short-range fence access right on the online mobile terminal;

An application control unit, configured to instruct the online mobile terminal to leave the basic unit short-range fence in response to the matching result, restricting operation of the related application on the online mobile terminal; and/or

And a document control unit, configured to instruct the online mobile terminal to leave the basic unit short-range fence in response to the matching result, and restrict access to the related document or folder on the online mobile terminal.

Further, the restricting access to the related document or folder on the online mobile terminal comprises: prohibiting online browsing, or allowing online browsing but not allowing downloading.

Further, wherein the platform is included in an online mobile terminal and/or in a server.

Further, the online mobile terminal includes an advertisement delivery unit in the mobile terminal, and includes an advertisement delivery unit and a keyword link advertisement, including a closed boundary of the geographic fence, an information classification, an industry category, and a coordinate point. Area, coordinate range radiation range, basic unit, user communication terminal IP address, user communication terminal model, mobile phone number, intra-area communication terminal, release time period, price information, Pre-set conditions such as publishing time points for advertising; including list and sorting for advertisement optimization publishing.

Further, the sensor management unit is included in the online mobile terminal and/or in the server end.

Further, wherein the smart mobile control unit is included in the online mobile terminal and/or in the server end.

An information platform with a basic unit short-range fence includes: an information publishing terminal, a server, a user terminal, an information publishing terminal, and a user terminal respectively connected to an information server via an internet or a mobile network, and including a wired network, wherein: a. For storing and managing geographical location information of a user terminal acquired through a wired or wireless network and device associated data information of the user terminal, the device associated data information includes a MAC address, an IP access point, SIM data, a device model, and a communication signal access point. And the data information; b. is further configured to transmit, by using the network platform, and the instant messaging or short message, to the user terminal in the encapsulation range of the basic unit short-range fence to specify information to be released within the closed range of the short-range fence of the basic unit; c. The information publishing terminal is configured to preset a basic unit short-range fence encapsulation scope or a custom geo-fence enclosing range by using a server application, and submit the information specified to the closed area of the fence to the server, and other applications to perform socialization in the fence, wisdom Control operation.

Further, the server includes: an information storage module, a location data module, an information matching module, an information triggering module, and an information output module; wherein:

The information storage module is connected to the information matching module for storing data information, and for storing information to be published within the scope of the geofence, that is, the information to be released is labeled with one or more geofences; The location data module is connected to the information matching module, and is configured to manage and detect real-time location data of the user terminal; the information matching module is connected to the information triggering module, and is used to set the closed range location information of the geofence and the geofence range. The network data information to be triggered or included in the application is matched, and is responsible for screening the network information that is published in the closed scope of the geofencing or including the application; the information triggering module is connected to the information output module, and is responsible for the geographic The user terminal in the closed range position of the fence automatically triggers the push of the information published in the enclosed area of the geofence or includes the triggering of the application permission, and the information output module is used for outputting the network information or releasing the permission of executing the application. Execution application Releasing the restriction includes a social application, electrical remote control, intelligent control, or the management of the sensor.

Further, the preferred location data module is stored by including an Internet, a mobile communication base station, a GPS module, a GIS module, an IP location module, a SIM module, a Beidou satellite positioning module, a WIFI, a user communication terminal magnetic field sensing positioning module, or a wired network. User terminal location information collected.

Further, the information matching module includes: performing auditing information publishing content according to information publishing matching items, and screening priority ordering; matching items include geofence closed range, information classification, industry category, coordinate point bounded area, coordinate point radiation Range, basic unit, user communication terminal IP address, user communication terminal model, mobile phone number, intra-area communication terminal, release time period, price information, release time point, etc.; list for sorting and matching the matched information, sorting ; and includes:

Application operations for user members, terminal models, terminal MAC addresses, mobile phone numbers, geofence enclosures, information classification, industry categories, coordinate point bounded areas, coordinate point radiation ranges, basic units, trigger time periods, trigger pricing charges, etc. Preset match. The matching can be used, for example, for item access of an electronic password cabinet, remote or unlocked use or paid use of the appliance, etc.; for use in a vending machine, a browsing charge of a video terminal, etc.; the intelligent control application The program connects through a processor such as WIFI, zigbee, or Bluetooth, or communicates through a management server such as WIFI, zigbee, or Bluetooth to achieve remote control.

Further, the basic unit short-range fence enclosure includes: a. a virtual circled geographic range, including a virtual space, a virtual area range, or a virtual area range with a lowermost and uppermost height range; b.—a polygon GPS, GIS or map area; c. bounded range of geographical indications, including districts, streets, towns, counties, jurisdictions, schools, institutions, shopping malls, airports, parks, Area within the pedestrian street, food street, professional market, company, store, station, toll station, building, site, water area or mountain, short-range radiation range, bounded geographic range or coordinate point radius, and the smallest of the area And the maximum height range, and the geographical fence of the area in the area; d. The area of the map marking unit and the area of one or more IP or / and IP sections, as well as the actual registration location and registration of the user terminal The range, including manual input; e. The short-range rule of the basic coordinate point mark of the map or the area of the irregular and the uppermost and uppermost height range of the area; f. The division of the communication base station including the mobile base station and the WIFI network base station The bounded label in the geographic location data information, and the lowermost and uppermost height ranges of the bounded labeled area.

Further, the server has a geofence superposition module, which is configured to process overlapping coverages of more than one geofence, and the overlapping closed portion is used as a new geofence, and the new geofence enclosure is further opened. Dividing, the background includes an automatic aggregation fence, including establishing a label, and the newly pushed information pushed to the user terminal in the closed range portion of the overlapping fence is the sum of the information released within the overlapping portion of each of the geofences described before, and includes sorting , list, labeling or documenting; the multi-layer superimposed fence is the virtual range of the sum of the fences of each minimum superimposed fence, that is, the actual common fence range of the newly-built multi-layered fence, and the newly-built multi-layer overlapping fence is partially enclosed in the user terminal The pushed information or program application is the sum of the information published in each geofence previously described, and includes sorting, listing, labeling, or documenting.

Further, the server device fence identification issuing module is configured to: the information published by the same publishing account of the information publishing communication terminal in different geographical fences, and the information that includes setting the receiver to be in the geographical fence of the publishing information. Range of user terminals.

Further, the server includes a custom module, and the method includes: a. a basic unit short-range fence for customizing the information to be received by the information publishing terminal, including a multi-layer fence applicable to the overlay; b. the information publishing terminal customizes the setting to receive the release information. Time period or / and automatically delete the time point; c. the information release terminal's release information is displayed in the area or package space of the basic unit short-range fence in the label, the session box; d. the information release terminal publishes more than one matching data structure The information is used by the user terminal to perform retrieval or screening of more than one keyword information, including taking a label form; e. the information publishing terminal includes face recognition, language recognition, iris recognition, gesture recognition, fingerprint recognition, voice recognition, voice Identification, palmprint recognition, venous vein recognition, handwriting recognition, magnetic card recognition, NFC recognition, or near-field sensing identification authentication and registration methods; f. The information publishing terminal directly or indirectly uploads information collected by the sensor to the server; The terminal device has a sensor or The sensor data outputted by the sensing device is uploaded to the server, and the sensor collection includes photosensitive, acoustic, gas sensitive, chemical, pressure sensitive, temperature sensitive, fluid, etc., and logistics based on force, heat, light, electricity, magnetism, The physical effects of sound, etc., also include the molecular recognition of biological types, which are used to remotely realize the requirements for the identification of various elements of products for communication and commercial transactions in the future of health, objects, environment, etc.; g. access to the network information platform The Internet of Things and/or intelligent network system, that is, the Internet of Things application, security monitoring, intelligent management, etc. all network, the system platform to create a wide-ranging intelligent network of adults and people, people and things, things and things.

Further, the basic unit short-range fence of the platform includes a network platform with independent IP domain names for each geographical fence, a network platform with the same domain name for each geographical fence, or some webpage information embedded in other domain name network platforms. The independent domain name network platform means that the domain names of the Internet sites enclosed by the short-range geo-fences of the basic units of the system may be different. The spatial domain names of the same domain name network platforms refer to the domain names of the Internet sites of the short-range geo-fences of the basic units of the platform. The same, but the content is different, the server pushes different content information of the previous layout binding to the terminals in different spaces or regions respectively, and part of the webpage information embedded in the other domain name network platform means that the webpage information of the platform is embedded into other domain name websites. The information embedded in other domain name websites through the network background interface pushes different information content for the user terminals of different basic units short-range geofence enclosures, such as cooperation with Sina.com, and the solution of the system in real time on one of the channels; The system information server device geo-fence area module is configured for the user terminal to remotely select and access each of the basic units of the short-range geofence area to close the scope of the platform Internet website. Further, the platform includes: a location server, using a WIFI signal transceiver station or/and a WIFI terminal object location, generating data based on a WIFI signal transceiver station or/and a WIFI terminal location; and a server, transmitting and receiving by using the WIFI signal The data of the station or/and the WIFI terminal location is provided to the WIFI signal transceiver station or/and the WIFI terminal in a manner of embedding the information content, social application, or smart control in a webpage or client.

Further, the platform includes:

a location server for generating location-based data; and a server for providing information content, social applications, or intelligent control to the hotspot area of the embedded map using the data of the location of the WIFI terminal.

Further, the server is further configured to collect and/or store on the embedded webpage or client of the WIFI signal transceiver station or/and the WIFI terminal. The WIFI signal transceiver station can establish a store-and-forward server for buffering data and including loading applications to improve the access speed of the user terminal of the hotspot.

Further, the platform server establishes a geofence area module for the user terminal to remotely select and access each of the geofence areas to close the scope of the system internet website.

Further, the information based on the basic unit short-range fence is information for the targeted release of a basic unit short-range fence, a fence platform for forming aggregate information, the basic unit includes a branch, and/or the floor is The base unit, and/or multiple internal areas that are functionally divided in the base unit.

Further, the information setting issued by the online mobile terminal based on the basic unit short-range fence is automatically released for the basic unit short-range fence range.

Further, the information of the basic unit short-range fence is for the same IP address or a unified domain name, and different geographic network fences aggregate different sections or/and information, and integrate more than one information and application platform based on the aggregation fence.

Further, the basic unit short-range fence includes data having a height on a fence of the area, that is, includes a three-dimensional coordinate space including a floor and an area, an air space, an underwater space, and an underground space; On the 2nd floor of the pavilion, Area A of the underground pedestrian street, the push information or application under the bridge is different from the bridge. The three examples shown have height factors and different heights. The content and application of the network platform are different.

Further, the one or more basic unit short-range fences establish social interactions, and/or data interactions; and/or, information sharing, and/or sharing of operating program applications.

Further, the one or more online mobile terminals are loaded with a client.

Further, the root IP address or domain name used by the information platform of the basic unit short-range fence is in a different geographic network range, and the IP address or domain name is redirected to the basic unit based on the platform root IP address or domain name. The IP address or domain name promoted by the information platform of the short-range fence; if the root domain name is WWW.00.COM, the user in the school fence enters WWW.00.COM, and the domain name automatically jumps to the school domain name WWW.XUEXIAO.CN, school The network platform is also based on the fence application platform of the present invention.

Preferably, the server includes a built-in web server; for data security, a firewall component may also be installed between the advertisement publishing terminal and the information storage module of the server.

The invention can utilize the existing Internet communication network and the mobile network, and set the bounded area of the administrative area of the map or the short-range or stereo space of the coordinate point according to the actual range, space or area of the unit to be covered, and store it in the position of the server. In the data module, if the information publishing communication terminal is interested, the information about the local area may be released to the location or spatial data range stored in the information server, that is, the information is bound to the closed range of the geofence, and the user terminal arrives at the geographic location. If the fence is closed, the server obtains the IP address or communication network. Taking the user terminal location information, the server triggering program executes the information push instruction, and the information output module automatically updates the information published by the information publishing terminal to the user terminal, such as IP, so when the user terminal opens the webpage, the exclusive geofence enclosure is closed. The information, as well as the intelligent control application, make it interactive and thus highly viscous to the user.

The invention realizes different information data by using the Internet to realize the closed range of any different unit short-range geofence, and can use the commercial community as the core of the geofence, integrate the value, integrate the scene, and extend the targeted release to the user terminal to realize the basic unit small The scope information is precisely oriented, the virtual space is pushed to the real network information and digital social, and the intelligent control, the user's fence information can be shared with each other, and can also be shared by application; the publishing terminal and the user terminal are two-way, fence interaction, bringing awareness The precise positioning information has great business prospects. DRAWINGS

The above and other objects, features and advantages of the present invention will become more apparent from

2 shows a flow chart of a method of controlling an online mobile terminal according to an embodiment of the present invention;

3 shows a flow chart of a method of controlling an online mobile terminal in accordance with a first example implementation of an embodiment of the present invention;

4 shows a flow chart of a method of controlling an online mobile terminal in accordance with a second example implementation of an embodiment of the present invention;

FIG. 5 is a flowchart showing a method of controlling an online mobile terminal according to a third example implementation of an embodiment of the present invention; FIG.

6 shows a block diagram of an apparatus for controlling an online mobile terminal in accordance with an embodiment of the present invention;

FIG. 7 shows a schematic structural example of an embodiment of the present invention;

FIG. 8 is a diagram showing a matching trigger internal composition of information according to an embodiment of the present invention; FIG.

FIG. 9 is a schematic diagram showing the structure of an instant messaging according to an embodiment of the present invention; FIG.

FIG. 10 shows a schematic diagram of a release according to an embodiment of the present invention; FIG.

FIG. 11 is a schematic diagram showing an embodiment of a publication receiving apparatus according to an embodiment of the present invention;

FIG. 12 shows a schematic diagram of a server device module in accordance with an embodiment of the present invention. detailed description

The principles and spirit of the present invention are described below with reference to a few exemplary embodiments. It is to be understood that the present invention is not limited by the scope of the invention.

The invention proposes to apply the geofence technology to an information platform and an application method for short-range fences in basic units. "Geographic Fence" refers to the geographical area specified by geofencing technology. The user can draw one or more geofences on the map (such as Baidu map, Google map, MapQuest, etc.) by using a mouse, a touch screen or a somatosensory technology, etc., or can directly input geographic area parameter information (such as latitude and longitude range). ) to specify one or more geofences.

Hereinafter, an information platform and an application method of a basic unit short-range fence of the present invention will be described in detail by way of embodiments with reference to the accompanying drawings.

FIG. 1 is a schematic diagram showing an application scenario of a device system 100 according to an embodiment of the present invention. As shown in FIG. 1, system 100 can include server 110 and mobile terminal 120-i, i = 1, 2, 3, . These mobile terminals can be uniformly indicated by reference numeral 120. The set geofence GF1 is also shown in Figure 1 by a dashed oval. Server 110 can provide and maintain various resources based on short-range geo-fencing in basic units and be loaded on a network platform. The short-range geofencing in basic units can be, for example, a cell, a pavilion, a company, a school, an airport, a business district, and the like. Although only one server 110 is shown in FIG. 1, it should be understood that system 100 can include two or more servers. The server 110 may be, for example, an Internet of Things server, a location server, an application server, a file server, a mail server, a web server, an ERP server, a management server, and the like. Some resources on the server 110 relate to information and procedures based on one or more short-range geo-fences in a basic unit, and when the online mobile terminal is required to access the Internet, perform control of the use of these resources for the online mobile terminal, as a non-limiting example, control Information and program resources can include real-time related dynamic data, configuration policies (such as WIFI settings, VPN settings, etc.), and/or other data. As another example, the management information and program resources may also include related applications, such as ERP office software, paid applications provided to users, and the like. In the present invention, the management information and program resources may also include other resources that need to be protected.

Mobile terminal 120 can be, for example, a mobile phone, a tablet computer, a laptop computer, a personal digital assistant (PDA), and the like. Although only three online mobile terminals 120-i, i = 1, 2, 3 are shown in Figure 1, it should be understood that there may be more or fewer online mobile terminals. Mobile terminal 120 includes a smart client installed therein. The smart client can be forced to be installed in the form of software in a mobile terminal 120 that requires the use of fence resources. The mobile terminal 120 can communicate with the server 110 through various communication technologies including wired or wireless technologies, which are accessed by accessing an IP address based on a basic unit short-range geofencing network, including logging in to the Internet or the IP binding. The domain name access server 110.

Geofence GF1 can be pre-set with a basic unit short-range geographic area. Although only one geofence GF1 is shown in Figure 1, it should be understood that system 100 can include two or more geofences. A short-range geofence in a basic unit may also include one or more physically separated short-range geographic areas. For example, the basic unit short-range geofence GF1 can include multiple office locations of a group company. In the solution of the present invention, different basic short-range geo-fences can be associated with different rights (the rights refer to the usage rights of the online mobile terminal for geo-fence resources). For example, you can set your business or business location as a geofence (for example, GF1). When the online mobile terminal is in the geofence, the mobile terminal has the right to access the local real-time information in the basic unit short-range fence, and when the online mobile terminal is outside the basic unit short-range geo-fence, the mobile terminal only has the browsing resource. Limited or no permissions.

FIG. 2 schematically illustrates a method 200 of controlling a mobile terminal in accordance with an embodiment of the present invention. As shown in FIG. 2, method 200 can include steps S210, S220, S230, and S240.

In step S210, the mobile phone accesses the website through the IP address or the domain name, or the server logs in to the network platform, and the server can obtain the location information of the mobile terminal 120. The mobile terminal 120 can use various positioning techniques to automatically acquire its own location information periodically. Examples of positioning techniques may include, but are not limited to, GPS positioning, base station positioning, WIFI hotspot positioning, IP positioning, and the like. The invention is not limited in this respect and may include any positioning technology known or developed in the future for mobile terminals. The mobile terminal can also report the acquired location information to the server periodically or based on a request from the server. Thereby, the server can also acquire the location information of the mobile terminal.

In step S220, the acquired location information of the online mobile terminal may be matched with a preset basic short-range geo-fence. As described above, one or more geofences may be drawn on a map (eg, Baidu map, Google Maps, MapQuest, etc.) by using a mouse, a touch screen, or a somatosensory technique, or by directly inputting geographic area parameter information. (such as latitude and longitude range) to specify one or more geofences. By matching the location information of the online mobile terminal acquired in step S210 with the preset geofence, it can be determined whether the mobile terminal is currently located in a preset basic short-range geofencing, and/or whether it is entering or leaving the preset. The short-range geofencing of the basic units. In step S230, in response to the matching result, the online mobile terminal may be instructed to enter or leave the preset basic short-range geofencing, and for the online mobile terminal, determine whether to push information based on the basic unit short-range geofencing or execute the related application. Operation.

In step S240, the above matching result command may be executed to the online mobile terminal, and the server 110 allows or restricts the online mobile terminal to browse network information, and executes an application, including an information application, an intelligent control home, a monitoring sensor, and the like.

As an example, consider the situation illustrated in Figure 1, wherein it is assumed that the basic unit short-range geofence GF1 is associated with the online mobile terminal for the fence-based specific content or application in accordance with the preset intelligent control and application strategy. As shown in Fig. 1, the mobile terminal 120-1 is entering GF1 along the path indicated by the arrow la. Therefore, the smart client or server 110 in the mobile terminal 120-1 may: in response to the matching result in step S220, instruct the online mobile terminal 120-1 to enter the basic unit short-range geofence GF1, triggering the online mobile terminal 120-1 The predetermined operations, including push information, intelligent control, such as increasing the mobile terminal's access to server-side resources, enforcing security scans, and/or disabling or installing a particular application or configuration on the mobile terminal, and the like. Similarly, as shown in Figure 1, mobile terminal 120-2 is leaving GF1 along the path indicated by arrow 2a. At this time, the smart security control client or server 110 in the mobile terminal 120-2 may: in response to the matching result in step S220, instruct the mobile terminal 120-2 to leave the basic unit short-range geofence GF1, triggering for the mobile terminal 120-2 The predetermined license operation, such as restricting the mobile terminal's access to the server-side resources, or forcibly installing or deleting the predetermined configuration or application, and the like.

In a preferred embodiment, step S230 may comprise at least one of: in response to the matching result indicating that the mobile terminal leaves the basic unit short-range geofence, restricting access to relevant important data on the mobile terminal; in response to the matching The result instructing the mobile terminal to leave the basic unit short-range geofence to limit control of the enterprise-related application on the mobile terminal; and/or in response to the matching result indicating that the mobile terminal leaves the basic unit short-range geofence, restricted to mobile Access to related documents or folders on the terminal.

It should be understood that the method 200 can be performed by a smart client installed on the mobile terminal to effect self-control of the mobile terminal, and can also be performed by the server to effect control of the mobile terminal by the server.

An example of implementation of the method of the present invention in device management, application management, and text management will be respectively described below with reference to FIGS. 3-5.

FIG. 3 schematically illustrates a flow diagram of a method 300 of a first example implementation in accordance with an embodiment of the present invention. In method 300, member data (such as address book, mail, configuration policy) is associated with a preset short-range geofencing in a basic unit based on a preset security policy. When the mobile terminal enters or leaves a preset basic short-range geofencing area, sets different access control rights for the mobile terminal or adopts different processing operations, such as allowing/restricting mobile terminal to data access to the server side, or at the mobile terminal Delete/install a configuration policy, and so on.

Method 300 is described in detail below using an enterprise directory as an example of sensitive data. In step 302, in advance

Set up associations between corporate contacts and geofencing and related security policies. For example, the corporate directory can be associated with the geofence GF1 in advance. The related security policies can be set as follows: When the mobile terminal enters the GF1 area, the mobile terminal is allowed to perform operations on the address book, such as query, delete, backup to the server, synchronization from the server, etc.; and, when moving When the terminal leaves the GF1 area, the mobile terminal is prohibited from performing the above operations on the address book. The set associations and associated security policies can be saved on the server and delivered to the mobile terminal.

In step 304, it is detected whether the mobile terminal requests to perform an operation for the member communication. When it is detected that the mobile terminal requests to perform an operation for the member communication, steps S310-S330 are performed. In step S310, location information of the mobile terminal is obtained. In step S320, the acquired location information of the mobile terminal is matched with a preset basic unit short-range geofence.

In step S330, in response to the matching result and according to the preset security policy, verifying whether the mobile terminal has the requested operation Permissions. Specifically, when the matching result indicates that the mobile terminal leaves the preset geofence GF1, the mobile terminal rejects various operation requests for the enterprise address book, such as query, delete, backup to the server, synchronization from the server, and the like. When the matching result indicates that the mobile terminal enters the preset basic unit short-range geofence GF1, the mobile terminal is allowed to request the operation of the enterprise address book. The operations of steps S310-S330 are similar to the operations of steps S210-S230 of the method 200, and details are not described herein again.

It should be understood that, similar to method 200, method 300 can include its own control performed by the mobile terminal, as well as control performed by the server on the mobile terminal. When the smart security control client on the mobile terminal detects that the mobile terminal requests an operation for the enterprise address book stored on the terminal in step S304, the client performs a subsequent step of the method 300 to perform its own control of the terminal. Alternatively, when the server receives an operation of the mobile terminal to the server-side corporate directory in step S304, the server performs a subsequent step of the method 300 to perform control of the mobile terminal.

FIG. 4 schematically illustrates a flow diagram of a method 400 of a second example implementation in accordance with an embodiment of the present invention. In method 400, geofencing is used in enterprise application management, including associating applications, application policies (blacklists, whitelists, required applications) with geofencing. Different management actions are taken on the application when the mobile device enters or leaves this geofence area, such as forcing installation, allowing installation, blocking installation, forcing uninstallation, prohibiting usage, and so on.

The method 400 is described in detail below with a blacklist as an example to be managed. In step 402, a blacklist, a blacklist and geofence association, and associated security policies are pre-set. For example, the blacklist H1 can be set in advance and associated with the geofence GF1. The related security policies can be set as follows: When the mobile terminal enters the GF1 area, the blacklist H1 is enabled, and the mobile terminal is prohibited from installing the applications listed in the blacklist HI (for example, enterprise-managed internal applications). The set blacklist H1, association and related security policies can be saved on the server and delivered to the mobile terminal.

In step 404, it is detected whether the mobile terminal requests to install an application. When it is detected that the mobile terminal requests to install some

For each application, steps S410-S430 are performed. In step S410, location information of the mobile terminal is obtained. In step S420, the acquired location information of the mobile terminal is matched with a preset basic short-range geo-fence. In step S430, in response to the matching result and according to the preset security policy, it is checked whether the mobile terminal is allowed to install the application. Specifically, when the matching result indicates that the mobile terminal enters the preset geofence GF1, the blacklist HI is enabled. Therefore, if the mobile terminal requests the installed application to be in the blacklist HI, the mobile terminal is not allowed to install the application. The operations of steps S410-S430 are similar to the operations of steps S210-S230 of the method 200, and are not described herein again.

It should be understood that, similar to method 200, method 400 can include its own control performed by the mobile terminal, as well as control performed by the server on the mobile terminal. In addition to the mobile terminal's own control, if the server receives the download request from the mobile terminal for the internal application managed by the enterprise, it also determines whether the mobile terminal is allowed to download the mobile terminal according to the location information reported by the mobile device, the preset association and the security policy. application.

FIG. 5 schematically illustrates a flow diagram of a method 500 of a third example implementation in accordance with an embodiment of the present invention. In method 500, a file or folder is associated with a geofence and an associated access control policy is set. The document or folder usually refers to the secret of the enterprise, which can be either server-side or encrypted locally on the terminal. When an online mobile device enters or leaves the geofence area, the mobile terminal has different access control rights to the file or folder application, such as prohibiting online browsing, online browsing, non-downloading, online browsing, downloading, and the like.

The method 500 is described in detail below by taking a mobile terminal browsing a server-side document online as an example. In step 502, associations of documents and folders with geofences and associated control strategies are pre-set. For example, the server side can associate the document W1 with the geofence GF1 in advance. The related security policy can be set as follows: When the mobile terminal leaves the GF1 area, it is forbidden to browse the file Wl online. In step 504, it is detected whether the mobile terminal requests access to the document W1. When it is detected that the mobile terminal requests access to the document W1, steps S510-S530 are performed. In step S510, location information of the online mobile terminal is obtained. In step S520, the acquired location information of the online mobile terminal is matched with a preset geofence. In step S530, in response to the matching result and according to the preset control policy, it is checked whether the mobile terminal is allowed to access the document. For example, when the matching result indicates that the mobile terminal leaves the preset geofence GF1, the mobile terminal is denied to browse the document W1 online. The operations of steps S510-S530 are similar to the operations of steps S210-S230 of the method 200, and are not described herein again.

FIG. 6 shows a block diagram of an apparatus 600 for controlling an online mobile terminal in accordance with an embodiment of the present invention. The device 600 can be implemented in an online mobile terminal or on a server. As shown in FIG. 6, the apparatus 600 may include a location information acquisition unit 610, a matching unit 620, an association unit 630, and a storage unit 640.

The location information obtaining unit 610 is configured to acquire location information of the online mobile terminal. When the device 600 is implemented in a mobile terminal, the location information acquisition unit 610 can be a location device mounted on the mobile terminal that can utilize various known or future developed positioning techniques. When the device 600 is implemented on the server side, the location information acquiring unit 610 may be a communication module that the server communicates with the mobile terminal, and is configured to receive location information reported by the mobile terminal.

The matching unit 620 is configured to match the acquired location information of the online mobile terminal with a preset geofence.

The control unit 630 can be configured to: in response to the matching result, instruct the online mobile terminal to enter or leave the geofence, perform an operation of information push for the online mobile terminal, and an operation of the application.

In accordance with a preferred embodiment of the present invention, management unit 630 can include sub-units such as a device management unit, an application management unit, and/or a document management unit.

The device management unit can be configured to: in response to the matching result instructing the mobile terminal to leave the geofence, restrict access to the phase information on the online mobile terminal. and many more.

The application management unit can be configured to: in response to the matching result instructing the mobile terminal to leave the geofence, to limit control of related applications on the online mobile terminal, and the like.

The document management unit can be configured to: in response to the matching result indicating that the mobile terminal leaves the geofence, restrict access to related documents or folders on the online mobile terminal, and the like.

It should be understood that the functionality of the units and subunits included in apparatus 600 has been specifically described in methods 200-500 in accordance with embodiments of the present invention and will not be described in detail herein.

FIG. 7 is a schematic structural diagram of an embodiment, where the system includes: an information publishing terminal, a server, a user terminal, an information publishing terminal, and a user terminal respectively connected to a server via a network, where: the server is used for storing and managing via a wired or wireless network. Obtaining the geographical location information of the user terminal and the device association data information of the user terminal, and the device association data information includes the MAC address, the IP access point, the SIM data, the auxiliary data information of the communication signal access point, and the network platform, Instant messaging or short message to the user terminal in the closed area of the geofence to specify information to be released within the closed range of the geofence; the information publishing terminal selects one or more geofences or custom geofences that have been established by the server, to the server Submit information published within the closed scope of the geofence; information includes social, news, forums, shopping, education, variety, or games.

8 shows an internal composition diagram of the matching trigger of the embodiment, the server includes: an information storage module, a location data module, an information matching module, an information triggering module, and an information output module; wherein:

The information storage module is connected to an information matching module for storing data information, and for storing in a basic unit short-range geography The information to be published in the range of the column, that is, the information to be released is tagged with one or more basic short-range geo-fences; the location data module is connected to the information matching module, and is used for managing the detection of the user terminal. Real-time location data; the information matching module is connected to the information triggering module, and is configured to match the closed-range information of the basic unit short-range geofence with the network data information to be triggered within the basic unit short-range geo-fence range, and is responsible for Filtering the network information that meets the requirements for the closed area of the basic unit short-range geo-fence; the information triggering module is connected to the information output module, and is responsible for automatically triggering the push for the user terminal in the closed range of the basic unit short-range geo-fence The information is released within a closed range of the basic unit short-range geofence, and the information output module is used for outputting network information.

Preferably, the location data module stores the location of the user terminal collected through the Internet, the mobile communication base station, the GPS module, the GIS module, the IP location module, the SIM module, the Beidou satellite positioning module, the WIFI, the user terminal magnetic field sensing positioning module or the wired network. information.

9 is a schematic diagram of an instant messaging structure of an embodiment, including: a remote user terminal, a social application server, a user terminal in a fence, a remote user terminal, and a user terminal in a fence are respectively connected to a social application server via an internet network, where:

a social application server is used for storing and processing the location information of the user terminal in the fence collected by the Internet and the device association data information of the user terminal in the fence; and also for the user terminal in the fence within the closed range of the basic unit short-range geofence The output is based on the social information and the map coordinate point short-range range mark within the closed range of the basic unit short-range geofence;

b. The social application server is configured to store and process the location data of the user terminal in the fence and the information transmission of the remote user terminal and the user terminal in the fence enclosed by the basic unit short-range geofence;

c Remote user terminal and user terminal device instant messaging module in the fence, the remote user terminal interacts with the instant messaging information of the user terminal in the fence within the closed range of the basic unit short-range geofence.

FIG. 10 is a schematic diagram showing the release update of the embodiment, using the existing Internet access

The information network, according to the actual area or space of the unit to be covered, sets the information of the closed range of the basic unit short-range geofence, and stores it in the information storage module of the server, and the information publishing terminal can target one or more geo-fences stored in the server Closed range, publishing various information for the closed range of the geofence, that is, the release information is bound to the fence of the area or space, and the online user terminal arrives or leaves the closed range of the geofence, and the server obtains by including the IP address or the communication network. The location of the user communication terminal, the information matching module matches the release information with the location of the online user terminal. If the server triggers the program to execute the information push command, the information output module automatically pushes the information published by the information release terminal to the IP of the user terminal. Therefore, when the user terminal opens the webpage, the information specific to the closed range of the geofence appears, which is extremely sticky to the user.

Figure 11 is a diagram showing an embodiment of the embodiment of the publication receiving and receiving, as shown in the figure: The built-in web server of the same server stores an international domain name information website, respectively having home broadband and 4G wireless broadband connection to the computer and mobile phone, one of which is in the resident The community, another office building in the city center, when the user computer of the residential area is connected to the international domain name information website, the website has a property notice and fruit promotion information; when the user of the downtown office building is connected to the international domain name information website, the web page appears There are ticket information and fast food information; although it is the same website, the downtown office building is within a range of 1000 meters from the geographic coordinate point and the height is within 120 meters of the ground. This location is provided with a closed range of location-triggered network publishing information. The fence value is within a range of 1000 meters from the coordinate point, and the virtual enclosed range within 200 meters of the ground, and the network information is the ticket information and fast food information designated by the airline in the virtual closed area; the residential area is

GIS or GPS geographical location is set within a bounded range with location-triggered network publishing information, the user's computer is within the bounded range of the GIS or GPS geographic location, and the network publishing information triggered by the location is the property notification issued by the residential property through the publishing terminal. And the fruit store promotion information designated by the community store; those skilled in the art can see that the virtual distribution range of the basic unit short-range geofence can be selected to a certain size A part of a certain floor of a building can also select the coverage area of a river.

12 is a schematic diagram of a server device module of an embodiment, as shown in the figure: a plurality of modules of a server device, including a geofence overlay module, a fence identification publishing module, and a custom module, wherein: the geofence overlay module is used to process more than one The closed range of the short-range geofence of the basic unit has overlapping overlaps, and the overlapping closed part is used as a new geofence, and further division is made by the basic unit short-range geofence enclosure, including automatic aggregation of fences, including labeling, The newly pushed information in the closed range part of the overlapping fence is pushed to the user terminal, and is the sum of the information published in the closed area of the basic unit short-range geo-fence described above before being overlapped; the fence identification publishing module is used for the same release of the information publishing terminal The account is set in different basic unit short-range geo-fences, and the recipient is set as the user terminal in the geo-fence targeted by the release information; the custom module system multi-mode intelligent extension application.

The invention has been described above in connection with the preferred embodiments. Those skilled in the art will appreciate that the methods and apparatus shown above are merely exemplary. The method of the present invention is not limited to the steps and sequences shown above. The device of the present invention may include more or fewer components than those shown. Many variations and modifications can be made by those skilled in the art in light of the teachings of the illustrated embodiments.

The invention realizes the release of different information data through the closed area of any different geographical fence through the Internet, and can extend the targeted release of the communication terminal, realize the precise orientation of the small unit of the basic unit, and push the virtual space to the real network information and digital social. , with great commercial value.

It is to be understood by those skilled in the art that, although the invention is described by the specific embodiments, the scope of the invention is not limited to the specific embodiments. The scope of the invention is defined by the appended claims and their equivalents.

Claims

Claim

1. An information platform application method using a basic unit short-range fence, comprising:

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, performing one or more online mobile terminals entering the basic unit short-range fence to perform the short-term fence based on the basic unit An operation of the social application; and pushing information based on the basic unit short-range fence for the one or more online mobile terminals.

2. An information platform application method using a basic unit short-range fence, comprising:

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, pushing information based on the basic unit short-range fence for one or more online mobile terminals entering the basic unit short-range fence; And/or performing an operation of the application based on the basic unit short-range fence preset to the one or more online mobile terminals.

3. A geo-fence intelligent network information application method, comprising:

Controlling, in response to one or more online mobile terminals entering or leaving the matching result of the one or more basic unit short-range fences, automatically pushing information based on the basic unit short-range fence for one or more online mobile terminals entering the basic unit short-range fence And/or automatically performing an operation of the application based on the basic unit short-range fence preset to the one or more online mobile terminals.

The method according to claim 1, 2, or 3, wherein the applying step comprises performing at least one of: in response to the matching result indicating that the network platform online mobile terminal leaves the basic unit short-range fence, And limiting to automatically pushing information based on the basic unit short-range fence on the online mobile terminal; and/including limiting an operation of automatically executing an application based on the basic unit short-range fence preset to the online mobile terminal.

The method of claim 4, wherein the restricting access to the information on the online mobile terminal comprises: limiting information that the online mobile terminal presets to the server terminal based on the access rights of the basic unit short-range fence.

The method according to claim 4, wherein the restricting operations on the related application on the online mobile terminal comprises: forcibly installing an application, blocking installing the application, forcibly uninstalling the application, and/or forbidding the application The program is used.

The method according to claim 4, wherein the restricting access to the document or the folder on the online mobile terminal comprises: prohibiting online browsing, or allowing online browsing but not allowing downloading.

The method according to any one of claims 1 to 7, wherein the method comprises an online mobile terminal device body, or a fence that the user perceives, or is identified with the help of the network, and/or moves online The terminal or / and server get the prompt to enter or leave the fence.

The method of any of claims 1-8, wherein the method is performed on the network platform online mobile terminal and/or on the server side.

The method according to any one of claims 1 to 8, wherein the method places an advertisement on the network platform online mobile terminal and/or on the server side.

The method according to claim 10, wherein the placing advertisement comprises: a bidding advertisement, a keyword linking advertisement.

The method according to any one of claims 1 to 8, wherein the method controls the smart home on the network platform online mobile terminal and/or on the server side.

The method according to any one of claims 1-8, wherein the method monitors sensors on the network platform online mobile terminal and/or on the server side.

14. An information platform in a basic unit short-range fence comprising:

a control unit, configured to: in response to the matching result of the mobile terminal entering or leaving the one or more basic unit short-range fences, pushing information based on the basic unit short-range fence for the online mobile terminal entering one or more basic unit short-range fences, and /Includes an operation of executing an application based on the basic unit short-range fence preset to the online mobile terminal.

15. The information platform of a basic unit short-range fence according to claim 14, wherein said control unit comprises at least one of the following sub-units:

a document control unit, configured to instruct the online mobile terminal to leave the basic unit short-range fence in response to the matching result, and limit the online shift Access to related documents or folders on the mobile terminal.

16. The information platform of the basic unit short-range fence according to claim 15, wherein the restricting operations on the related application on the online mobile terminal comprises: forcibly installing an application, blocking installing an application, and forcibly uninstalling the application. , and / or prohibit application use.

The information platform of the basic unit short-range fence according to claim 15, wherein the restricting access to the related document or folder on the online mobile terminal comprises: prohibiting online browsing, or allowing online browsing but not allowing downloading .

18. An information platform in a basic unit short-range fence according to any one of claims 14-17, wherein the platform is included in an online mobile terminal and/or in a server.

The information platform in a basic unit short-range fence according to any one of claims 14 to 17, wherein the online mobile terminal and/or the server side include an advertisement delivery unit, including for bidding advertisement, key Word link advertisement; including the closed range of geofence, information classification, industry category, coordinate point bounded area, coordinate point radiation range, basic unit, user communication terminal IP address, user communication terminal model, mobile phone number, intra-area communication terminal, Publish time period, price information, or release time point preset conditions for advertising; include list and sorting for advertisement optimization release.

The information platform of the basic unit short-range fence according to any one of claims 14 to 17, wherein said online mobile terminal is neutralized

/ or include a sensor management unit in the server side.

An information platform in a basic unit short-range fence according to any one of claims 14 to 17, wherein the smart home control unit is included in the online mobile terminal and/or in the server side.

22. An information platform for short-range fences of basic units, comprising: an information distribution terminal, a server, a user terminal, an information distribution terminal and a user terminal respectively connected to the information server via an internet or a mobile network, and including a wired network, wherein: a. The server is configured to store and manage geographic location information of the user terminal acquired through the wired or wireless network and device associated data information of the user terminal, where the device associated data information includes a MAC address, an IP access point, SIM data, a device model, and a communication signal. Data information such as an entry point; and is further configured to transmit, by using the network platform, and the instant messaging or short message, to the user terminal in the encapsulation range of the basic unit short-range fence, the information that is specified to be enclosed within the closed range of the short-range fence of the basic unit; c. The information publishing terminal is configured to preset a basic unit short-range fence encapsulation scope or a custom geo-fence enclosing range by using a server application, and submit information specified to the closed area of the fence to the server, and other applications to perform socialization in the fence, wisdom Control of the operation.

The information platform of the basic unit short-range fence according to claim 22, wherein the server comprises: an information storage module, a location data module, an information matching module, an information triggering module, and an information output module; wherein:

The information storage module is connected to the information matching module, configured to store data information, and used to store the geofence within the scope to be released Information, that is, the information to be released is tagged with one or more geofences; the location data module is connected to the information matching module, and is used for managing real-time location data of the user terminal; the information matching The module is connected to the information triggering module, and is configured to match the closed range location information of the geofence with the network data information to be triggered or the application program in the geofence range, and is responsible for screening the qualified coverage for the geofence enclosure. The network information or the application program; the information triggering module is connected to the information output module, and is responsible for automatically triggering the real-time triggering of the information published in the closed area of the geofence or triggering the application permission to the user terminal in the closed position of the geofence And the information output module is configured to output the network information or includes executing an application permission release, and executing the application permission release includes the social application, the electrical remote control, the intelligent control, or the sensor management.

24. The information platform of claim 23, wherein the preferred location data module is stored by including an internet, a mobile communication base station, a GPS module, a GIS module, an IP location module, and a SIM module. , Beidou satellite positioning module, WIFK user communication terminal magnetic field sensing positioning module or user terminal location information collected by the wired network.

The information platform of the basic unit short-range fence according to claim 24, wherein the information matching module comprises: for publishing the content of the audit information according to the information release matching item, and filtering the prioritization; the matching item includes the closed range of the geofence , information classification, industry category, coordinate point bounded area, coordinate point radiation range, basic unit, user communication terminal IP address, user communication terminal model, mobile phone number, intra-region communication terminal, release time period, price information, or release time Point; a list, sorted to optimize the published information; and includes:

For user membership, terminal model, terminal MAC address, mobile number, geofence enclosure, information classification, industry category, coordinate point bounded area, coordinate point radiation range, basic unit, trigger time period, or trigger pricing application operation Preset match. The matching can be used, for example, for item access of an electronic password cabinet, and for remote or unlocked use or paid use of the appliance; the intelligent control application is connected by a processor such as WIFI, zigbee, Bluetooth, etc., or Remote control is achieved by communication with a management server such as WIFI, zigbee, or Bluetooth.

The information platform of the basic unit short-range fence according to any one of claims 1 to 25, wherein the basic unit short-range fence enclosure includes: a. a virtual circled geographical range, including a virtual space, The virtual area range or the virtual area range has the lowest and upper height ranges; b. a polygonal GPS, GIS or map area; c is a bounded range of geographical indications, including cells, streets, towns and towns , county, district, school, institution, mall, airport, park, pedestrian street, food street, professional market, company, shop, station, toll station, building, site, water area or mountain area, short-range radiation range, bounded geography Range or coordinate point radius range, and the minimum and maximum height ranges carried by the area, and the geographic fence of the area in the area; d. One or more IP or / and IP sections of the map basic marking unit The scope of the area, as well as the actual registration location and registration range of the user terminal, including the hand Input; e. The short-range rule of the basic coordinate point mark of the map or the area of the irregular area and the lowermost and uppermost height range of the area; f. Geographical area data of the area divided by the communication base station including the mobile base station and the WIFI network base station Bounded labels in the information, and the lowermost and uppermost height ranges of the bounded area.

The information platform of the basic unit short-range fence according to any one of claims 1 to 25, wherein the server has a geofence superposition module, and is configured to process overlapping coverage of more than one geofence enclosure, Overlapping closed area as a new geography a column, and performing further division of the new geofence enclosure, the background includes an automatic aggregation fence, including establishing a label, and the information of the new overlapped fence portion is pushed to the user terminal, which is overlapped as described above. The sum of information published within the overlap of each geofence, and includes sorting, listing, labeling, or documenting; and/or, the multi-layered fence is the virtual range of the sum of the fences of each of the minimum superimposed fences, that is, the new multi-layer fence The actual common fence range, the information or program application pushed to the user terminal in the closed area of the newly-built multi-layer overlapping fence is the sum of the information published in each geofence described above, and includes sorting, listing, and labeling. Or file.

The information platform of the basic unit short-range fence according to any one of claims 1 to 25, wherein the server device fence identification issuing module is configured to use the same publishing account of the information publishing communication terminal in different The information published in the geofence and the user terminal that sets the recipient's coverage as a geofence in the post.

The information platform of the basic unit short-range fence according to any one of claims 1 to 25, wherein the server comprises a custom module, which is configured to: a. the information publishing terminal customizes to receive the release information. The basic unit short-range fence includes multi-layer fences for overlapping; b. The information distribution terminal customizes the time period or/and the automatic deletion time point for receiving the release information; c. The release information of the information release terminal is in the short-term fence of the basic unit. The area or the package space is displayed by the label and the session box; d. The information publishing terminal issues information of one or more matching data structures, and is used for the user terminal to perform search or screening of more than one keyword information, including taking a label form; e. The information issuance terminal performs authentication including face recognition, language recognition, iris recognition, gesture recognition, fingerprint recognition, voice recognition, voice recognition, palm print recognition, vein recognition, handwriting recognition, magnetic card recognition, NFC recognition, or near field sensing recognition. And registration method; f. information publishing terminal directly or indirectly Upload the information collected by the sensor to the server; g. The network information platform accesses the Internet of Things and/or the intelligent network system, and accesses the Internet of Things application, security monitoring, or intelligent management.

30. The information platform of the basic unit short-range fence according to any one of claims 1 to 25, wherein the base unit short-range fence enclosure includes a network platform having independent IP domain names for each geographical fence, and each A web platform with the same domain name in the geofence, or some web page information embedded in other domain name network platforms.

31. The information platform of claim 30, wherein the platform comprises: a location server, generating a WIFI signal transceiver station or/and a WIFI terminal by using a WIFI signal transceiver station or/and a WIFI terminal object location. Data of the location; and a server, using the data of the WIFI signal transceiver station or/and the location of the WIFI terminal, to provide the information content, the social application, or the intelligent control to the WIFI signal transceiver station or in the manner of embedding the webpage or the client / and WIFI terminal.

32. The information platform of the basic unit short-range fence of claim 30, the platform comprising:

33. The information platform of the basic unit short-range fence according to claim 31 or 32, wherein the server is further configured to collect and/or store the embedded webpage of the WIFI signal transceiver station or/and the WIFI terminal or On the client; and including the WIFI signal transceiver station A store-and-forward server for caching data and including load applications.

The information platform of the basic unit short-range fence according to any one of claims 1 to 33, characterized in that the platform server device geo-fence area module is used for remotely selecting and accessing each geo-fence area of the user terminal. website.

The apparatus and method according to any one of claims 1 to 34, wherein the information based on the basic unit short-range fence is information for directed distribution of a basic unit short-range fence range, and a formation aggregation The fence platform of the information, the basic unit includes a branch office, and/or a floor as a basic unit, and/or a plurality of inner areas divided by functions in a basic unit.

The apparatus and method according to any one of claims 1 to 35, wherein the information setting issued by the online mobile terminal based on the basic unit short-range fence is automatically released for the basic unit short-range fence range .

The apparatus and method according to any one of claims 1 to 36, wherein the information of the basic unit short-range fence is for the same IP address or domain name, and different geographic network fence ranges are aggregated into different sections or / and information, integrating more than one information and application platform based on the aggregation fence.

The apparatus and method according to any one of claims 1 to 37, wherein the basic unit short-range fence includes data having a height in a fence of an area, that is, includes a three-dimensional coordinate space, the three-dimensional The coordinate space includes floor and area, air space, underwater space, and underground space.

The apparatus and method according to any one of claims 1 to 38, wherein a social interaction, and/or data interaction is established between the one or more basic unit short-range fences; and/or information Sharing, and/or sharing of the application application.

The apparatus and method according to any one of claims 1 to 39, wherein the one or more online mobile terminals are loaded with a client.

The apparatus and method according to any one of claims 1 to 40, wherein the root IP address or domain name used by the information platform of the basic unit short-range fence is in a different geographic network range, IP The address or domain name jumps to the IP address or domain name promoted by the information platform based on the short-range fence of the basic unit bound to the platform root IP address or domain name.