CN105208591A - Broadcasting type near-field transmission device management system - Google Patents
Broadcasting type near-field transmission device management system Download PDFInfo
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- CN105208591A CN105208591A CN201510608889.6A CN201510608889A CN105208591A CN 105208591 A CN105208591 A CN 105208591A CN 201510608889 A CN201510608889 A CN 201510608889A CN 105208591 A CN105208591 A CN 105208591A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/04—Network management architectures or arrangements
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Abstract
The invention relates to the technical field of electronic communication, in particular to a broadcasting type near-field transmission device management system. The system comprises multiple wireless access point devices connected with a computer network, multiple broadcasting type near-field transmission devices and a management terminal, wherein each broadcasting type near-field transmission device is integrated on one wireless access point device and is in signal connection with the wireless access point devices through data transmission channels, and the management terminal is provided with a network connecting interface and connected with the computer network through the network connecting interface, and carries out terminal management and configuration on the multiple broadcasting type near-field transmission devices. According to the technical scheme, the broadcasting type near-field transmission devices and the wireless access point devices are integrated, the characteristics of remote management, configuration and easy maintenance of the wireless access point devices can be expanded to the broadcasting type near-field transmission devices, and therefore management over the broadcasting type near-field transmission devices can be effectively achieved.
Description
Technical field
The present invention relates to technical field of electronic communication, be specifically related to a kind of broadcast-type near field transmission equipment management system.
Background technology
IBeacon is a kind of equipment based on low-power consumption bluetooth being defined release by Apple, for repeatability broadcast associated base stations information, thus the portable terminal device realization reached networking or do not network applies (LocationBasedService, LBS) based on the service of indoor positioning.Common iBeacon equipment be independently, battery powered, the mini-plant that conveniently lays, higher areal coverage and positioning precision can be realized.
When a commercial location arranges hundreds and thousands of iBeacon equipment, management for iBeacon equipment becomes a white elephant, this has two aspects at least: first aspect is, to the initial configuration of iBeacon equipment, existing initial configuration is undertaken by wireless terminal usually, because wireless terminal can only order carry out being connected configuration with iBeacon equipment, cause the mass for a large amount of iBeacon base station to be configured as impossible, the configuration of such whole system takes time and effort very much.Second aspect is, to the maintenance of iBeacon equipment, because the iBeacon equipment arranged may run into various accident at any time, such as taken away by people, battery deplete, hardware fault etc. situation, process if timely and safeguard, meeting influence area quorum sensing inhibitor rate also thus affects the availability of serving application.Usually the managerial demand of equipment is taked to the mode of personnel's regular visit, scanned the confirmation to all devices state with blanket type, this brings high maintenance cost.
Summary of the invention
For solving above technical problem, provide a kind of broadcast-type near field transmission equipment management system, solving existing broadcast-type near field transmission equipment itself cannot network, and is not easy to the problem managed.
Concrete technical scheme is as follows:
A kind of broadcast-type near field transmission equipment management system, wherein, comprises,
Multiple wireless access point device, connects a computer network;
Multiple broadcast-type near field transmission equipment, broadcast-type near field transmission integration of equipments described in each is on wireless access point device described in one and be connected with described wireless access point device signal by data transmission channel;
Office terminal, is provided with network connection interface, is connected with described computer network by described network connection interface, carries out remote side administration and configuration to described multiple broadcast-type near field transmission equipment.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described broadcast-type near field transmission equipment is bluetooth equipment or iBeacon equipment.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, multiple described wireless access point device is connected with described computer network by Ethernet switch.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, multiple described wireless access point device passes through WiFi bridge or 3G module or 4G module and is connected with described computer network.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described computer network is cloud network, and described cloud network provides cloud to manage interactive interface in described office terminal.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, remote activation or closedown are carried out to described broadcast-type near field transmission equipment in described office terminal.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described wireless access point device is monitored the described broadcast-type near field transmission equipment be connected, and is sent a warning message to described office terminal by described computer network.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described office terminal adjusts the power output of described broadcast-type near field transmission equipment, with dynamic conditioning coverage.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described office terminal controls to check wireless signal strength mutually between adjacent described broadcast-type near field transmission equipment.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described broadcast-type near field transmission equipment is connected by USB (universal serial bus) or serial ports with between described wireless access point device, to form described data transmission channel.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, described wireless access point device and integrated described broadcast-type near field transmission equipment common power supply power supply.
Beneficial effect: above technical scheme by by broadcast-type near field transmission equipment and wireless access point device integrated, by long-range for wireless access point device ALARA Principle, configurable, be easy to safeguard characteristics extend to broadcast-type near field transmission equipment, effectively to solve the problem of management of broadcast-type near field transmission equipment.
Accompanying drawing explanation
Fig. 1 is the structure chart of broadcast-type near field transmission equipment management system of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, all belongs to the scope of protection of the invention.
It should be noted that, when not conflicting, the embodiment in the present invention and the feature in embodiment can combine mutually.
Below in conjunction with the drawings and specific embodiments, the invention will be further described, but not as limiting to the invention.
Concrete technical scheme is as follows:
A kind of broadcast-type near field transmission equipment management system, with reference to Fig. 1, comprises,
Multiple WAP (wireless access point) (AP, AccessPoint) equipment, connects a computer network 4;
Multiple broadcast-type near field transmission equipment, each broadcast-type near field transmission integration of equipments is on a wireless access point device and be connected with wireless access point device signal by data transmission channel; Schematically show wireless aps 11a in Fig. 1 and be integrated in the broadcast-type near field transmission equipment 11b on wireless aps 11a, wireless aps 12a and the broadcast-type near field transmission equipment 12b be integrated on wireless aps 12a, wireless aps 13a and the broadcast-type near field transmission equipment 13b be integrated on wireless aps 13a;
Office terminal 3, is provided with network connection interface, is connected with computer network 4 by network connection interface, carries out remote side administration and configuration to multiple broadcast-type near field transmission equipment.
Existing simple broadcast-type near field transmission equipment, as iBeacon equipment, just defines a Bluetooth broadcast network, does not form networking truly.Based on the present situation of mobile Internet development, in view of when various public place laying WiFi wireless access point device becomes trend of the times, the function of broadcast-type near field transmission equipment as bluetooth equipment or iBeacon equipment is embedded in WiFi WAP (wireless access point) by this programme, realizes broadcast-type near field transmission equipment networking by WiFi wireless access point device.Office terminal 3, based on the management channels of computer network 4 pairs of wireless access point devices, realizes administering and maintaining broadcast-type near field transmission equipment.Namely by integrated wireless access point and broadcast-type near field transmission equipment, by long-range for WiFi wireless access point device ALARA Principle, configurable, be easy to safeguard characteristics extend to broadcast-type near field transmission equipment, and between WAP (wireless access point) and broadcast-type near field transmission equipment, set up data transmission channel, thus reach the object of expansion management.
Because major part arranges that scenic spot, gymnasium etc. can arrange the WiFi wireless access point device of public opening mostly as market in the scene of iBeacon equipment.Like this by two kinds of integration of equipments together after, the not manageable problem of simple iBeacon equipment can be solved well.
In a kind of preferred embodiment, wireless access point device can the mode of Ethernet access be connected with computer network, as multiple wireless access point device is connected with computer network 4 by Ethernet switch 2.Or the mode that wireless access point device can be accessed by non-Ethernet is connected with computer network, as multiple wireless access point device is connected with computer network 4 by WiFi bridge or 3G module or 4G module.Those skilled in the art can adopt the mode of other first line of a couplet to realize above-mentioned connection, do not repeat at this.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, computer network 4 can be cloud network.Cloud network provides cloud to manage interactive interface in office terminal.By the management path of the cloud network platform to wireless access point device, administering and maintaining iBeacon equipment can be realized.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, broadcast-type near field transmission equipment can be connected by USB (universal serial bus) or serial ports with between wireless access point device, to form data transmission channel between broadcast-type near field transmission equipment and the CPU of wireless access point device.By this data transmission channel, the management of the cloud network platform and configuration information just can and broadcast-type near field transmission equipment between complete exchange.
Above-mentioned a kind of broadcast-type near field transmission equipment management system, wireless access point device and integrated broadcast-type near field transmission equipment can common power supply power supplys.
Initial configuration can be carried out to broadcast-type near field transmission equipment in office terminal 3, as the setting of the data such as UUID (UniversallyUniqueIdentifier, universal unique identifier).
In a kind of preferred embodiment, office terminal 3 can also carry out remote activation or closedown by cloud administration interface to Bluetooth signal.Bluetooth commands is closed by sending to wireless access point device in office terminal 3, and wireless access point device is closed corresponding broadcast-type near field transmission equipment after receiving and closing Bluetooth commands; Or Bluetooth commands is activated by sending to wireless access point device in office terminal 3, wireless access point device activates corresponding broadcast-type near field transmission equipment after receiving and activating Bluetooth commands.Closedown can be realized by power-off or other mode, and activating also can by providing mode or other realizations of power supply.
Embody rule example is as follows: arrange iBeacon equipment in such as market, is used as marketing.If some time to wish on line that marketing is stopped, marketing activity under such as market organization of unity line, wish that the marketing activity of Xian Shangge businessman is temporarily stopped, or customer complaint Bluetooth signal is too large to WiFi online interference, just from cloud network platform interface, Bluetooth function directly can be closed by equipment Management Function; Corresponding WiFi wireless access point device receives the instruction of closing bluetooth from the cloud network platform after, can take, to iBeacon device powers down or the mode sending the instruction of closing wireless signal, to stop Bluetooth signal launching.
In a kind of preferred embodiment, office terminal 3 can also realize the health status monitoring of broadcast-type near field transmission equipment, as heartbeat maintenance etc.Wireless access point device reads the health status information of the broadcast-type near field transmission equipment be connected every setting-up time; when health status information comprises the not good information of predetermined health status report; wireless access point device sends alarm to office terminal 3, and performs the safeguard measure of setting.Embody rule example is as follows: WiFi wireless access point device reads primary equipment health status information every a second from iBeacon equipment.Once the report of iBeacon equipment health status is not good; micro-control unit (the MicrocontrollerUnit of such as iBeacon equipment; MCU) deadlock (under this situation, iBeacon equipment cannot return any information) or micro-control unit overload or input voltage deficiency etc.; WiFi wireless access point device initiatively can send alarm to the cloud network platform, and according to the strategy of the setting safeguard measure such as can take that iBeacon device powers down is restarted or wait for manual intervention.This abnormality alarming and the information of recovery, can show in the administration interface of the cloud network platform.
In a kind of execution mode of improvement, office terminal 3 can also adjust the power output of broadcast-type near field transmission equipment, with dynamic conditioning coverage.Under the first application model, tune up power output, to expand range of application, reduce blind area, under the second application model, turn power output down to strengthen specific aim.The coverage of a broadcast-type near field transmission equipment determines the scope of application of related application, adjusts the spatial dimension that its radio frequency power output can adjust its application.In such as megastore, only arrange some iBeacon equipment at some hot spot regions (restaurant of such as having brisk business, amusement park etc.).Time unified marketing activity (the reward voucher granting that such as whole market is suitable for) carrying out in market haveing nothing to do with place, the local such as restaurant, power output can be tuned up, expand range of application, reduce blind area; And when the reward voucher that this iBeacon equipment granting is only relevant with this restaurant, then power output can be turned down, strengthen specific aim.The flow process of Modulating Power is specific as follows: have individual optimum configurations to represent iBeacon power output on management backstage, the keeper that authority is enough can adjust this parameter; After Parameters variation, be delivered to WiFi wireless access point device end through synchronizing process from backstage, then wireless access point device configures power output by the control command passage between iBeacon equipment and comes into force.
In a kind of execution mode of improvement, office terminal 3 can also control to check wireless signal strength mutually between adjacent broadcast-type near field transmission equipment.One wireless access point device sends a command to the described broadcast-type near field transmission equipment be connected under the effect of a control command, make broadcast-type near field transmission equipment enter listen mode, broadcast-type near field transmission equipment intercepts the broadcast and its working channel, watt level etc. that other broadcast-type near field transmission equipment of environs send.Specific implementation is as follows: triggered by management backstage, transmission command is to WiFi wireless access point device end, and the iBeacon equipment requiring it attached enters listen mode; Corresponding iBeacon equipment can intercept the broadcast and its working channel, watt level etc. that other iBeacon equipment of environs send, and collects and is reported to AP, and is forwarded to management backstage.Whether the iBeacon equipment arranged near management backstage can judge accordingly is working properly.Eating dishes without rice or wine to patrol and examine and can completely automatically complete like this to whole iBeacon network.Mutual detection is because need adjacent base station to cover mutually, larger possibly than covering radius during normal work, therefore needs the function coordinating aforementioned adjustment power output, and then detects, can carry out at night, and power is recalled to normally after terminating by inspection mutually.
Above technical scheme by by broadcast-type near field transmission equipment and wireless access point device integrated, by long-range for wireless access point device ALARA Principle, configurable, be easy to safeguard characteristics extend to broadcast-type near field transmission equipment, effectively to solve the problem of management of broadcast-type near field transmission equipment.
The foregoing is only preferred embodiment of the present invention; not thereby embodiments of the present invention and protection range is limited; to those skilled in the art; should recognize and all should be included in the scheme that equivalent replacement done by all utilizations specification of the present invention and diagramatic content and apparent change obtain in protection scope of the present invention.
Claims (10)
1. a broadcast-type near field transmission equipment management system, is characterized in that, comprises,
Multiple wireless access point device, connects a computer network;
Multiple broadcast-type near field transmission equipment, broadcast-type near field transmission integration of equipments described in each is on wireless access point device described in one and be connected with described wireless access point device signal by data transmission channel;
Office terminal, is provided with network connection interface, is connected with described computer network by described network connection interface, carries out remote side administration and configuration to described multiple broadcast-type near field transmission equipment.
2. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, described broadcast-type near field transmission equipment is bluetooth equipment or iBeacon equipment.
3. a kind of broadcast-type near field transmission equipment management system according to claim 1, it is characterized in that, multiple described wireless access point device is connected with described computer network by Ethernet switch.
4. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, multiple described wireless access point device passes through WiFi bridge or 3G module or 4G module and is connected with described computer network.
5. a kind of broadcast-type near field transmission equipment management system according to claim 1, it is characterized in that, described computer network is cloud network, and described cloud network provides cloud to manage interactive interface in described office terminal.
6. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, remote activation or closedown are carried out to described broadcast-type near field transmission equipment in described office terminal.
7. a kind of broadcast-type near field transmission equipment management system according to claim 1, it is characterized in that, described wireless access point device is monitored the described broadcast-type near field transmission equipment be connected, and is sent a warning message to described office terminal by described computer network.
8. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, described office terminal adjusts the power output of described broadcast-type near field transmission equipment, with dynamic conditioning coverage.
9. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, described office terminal controls to check wireless signal strength mutually between adjacent described broadcast-type near field transmission equipment.
10. a kind of broadcast-type near field transmission equipment management system according to claim 1, is characterized in that, described wireless access point device and integrated described broadcast-type near field transmission equipment common power supply power supply.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510608889.6A CN105208591A (en) | 2015-09-22 | 2015-09-22 | Broadcasting type near-field transmission device management system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510608889.6A CN105208591A (en) | 2015-09-22 | 2015-09-22 | Broadcasting type near-field transmission device management system |
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Cited By (1)
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| CN109672976A (en) * | 2018-12-29 | 2019-04-23 | 京信通信系统（中国）有限公司 | A kind of distributed bluetooth positioning system |
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Patent Citations (4)
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Application publication date: 20151230 |
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