CN203387543U - Distributed wireless network data storage system - Google Patents
Distributed wireless network data storage system Download PDFInfo
- Publication number
- CN203387543U CN203387543U CN201320328187.9U CN201320328187U CN203387543U CN 203387543 U CN203387543 U CN 203387543U CN 201320328187 U CN201320328187 U CN 201320328187U CN 203387543 U CN203387543 U CN 203387543U
- Authority
- CN
- China
- Prior art keywords
- unit
- module
- radio communication
- normality
- microprocessing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
- 238000013500 data storage Methods 0.000 title claims abstract description 29
- 238000004891 communication Methods 0.000 claims abstract description 151
- 230000005611 electricity Effects 0.000 claims abstract description 79
- 238000013523 data management Methods 0.000 claims abstract description 49
- 238000009434 installation Methods 0.000 claims abstract description 30
- 230000005540 biological transmission Effects 0.000 claims abstract description 29
- 238000001514 detection method Methods 0.000 claims description 20
- 238000001914 filtration Methods 0.000 claims description 19
- 238000004020 luminiscence type Methods 0.000 claims description 19
- 238000006243 chemical reaction Methods 0.000 claims description 10
- 238000005259 measurement Methods 0.000 claims description 9
- 238000004260 weight control Methods 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 8
- 238000005516 engineering process Methods 0.000 description 5
- 230000010354 integration Effects 0.000 description 5
- 238000013461 design Methods 0.000 description 4
- APTZNLHMIGJTEW-UHFFFAOYSA-N pyraflufen-ethyl Chemical compound C1=C(Cl)C(OCC(=O)OCC)=CC(C=2C(=C(OC(F)F)N(C)N=2)Cl)=C1F APTZNLHMIGJTEW-UHFFFAOYSA-N 0.000 description 4
- 239000006185 dispersion Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005286 illumination Methods 0.000 description 2
- 238000007726 management method Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 238000013439 planning Methods 0.000 description 2
- 238000010521 absorption reaction Methods 0.000 description 1
- 239000000969 carrier Substances 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 230000003287 optical effect Effects 0.000 description 1
- 230000002265 prevention Effects 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
Images
Abstract
The distributed wireless network data storage system of the utility model is basically provided with at least one server host at the system end, and is respectively provided with a normal electricity taking device as a node base station at a plurality of preset places; wherein, each normality gets electric installation including: the system comprises a power supply control module, a function operation module for executing a preset operation function, a network communication module and a data management module. The utility model relates to a can get the electric installation with normality such as street lamp or monitor and integrate, use to form a random (Ad-hoc) network to pass through wireless network transmission's mode by server host computer or user's electron device, correspond at least normality and get the electric installation and carry out the reading and writing/access of data, reach distributed high in the clouds and store the distributed wireless network data storage system of purpose.
Description
Technical field
The utility model is about a kind of network data storing technology, refer to especially a kind of can the integration with normality electricity getting devices such as street lamp or monitors, to form random (Ad-hoc) network, and provide the decentralized wireless networks data storage system of high in the clouds store-service.
Background technology
Along with the fast development of computer technology and internet, the neomorph high in the clouds service technology service provided by internet also increases day by day; Wherein, the high in the clouds store-service is because the space store data that can provide the user via internet, the far-end server main frame to be provided, and then the restriction of breakthrough local side hardware storage area, and the portability of increase archives, therefore more inseparable with people's life.
The cloud service system of neomorph is to form by multiple servers main frame and hardware storage facilities mostly, to can provide more, faster the service and function; Relative, its supply of electric power distribute and each server host and each hardware storage facilities between data transmission problems also with come; Therefore, similarly by multiple servers main frame and hardware storage facilities, built the cloud service system formed, adopt builds the mode of Servers-all main frame and the centralized management of hardware storage facilities more, and build the initial stage in system, how essential electric power, data to be transmitted to electric line and to have configured, for the demand of realistic running.
So way must possess the hardware facility of considerable scale space is arranged, side is held all server hosts and all hardware storage facilitiess, not only increase system builds the restriction in place, simultaneously for considering the extendibility of equipment in the future, also must build the initial stage in system and expend and build in a large number cost.Moreover, along with more and more variation of the service on network, cause people also day by day to increase for the dependence of network.The demand that can get online without being tethered to a cable whenever and wherever possible for meeting people's needs, government or network dealer all can set up many base stations outside, using as the focus on network (Hot Zone).
Due to, existing many documents relate to the generation type of wireless network topology now, therefore, this case creator is in the R&D process of the related industries such as long-term input street lamp and road monitor, especially the similar normality that needs is integrated with radio network technique the public work equipment (following general designation normality electricity getting device) of its power supply, and then design a kind of brand-new decentralized wireless networks data storage system, make similar normality electricity getting device except possess original operational function, still can be in conjunction with the focus function, even also can modularization produce related elements, the demand of looking is carried out matched combined again, with relative more positive means, solve the problem of existing cloud service system.
Summary of the invention
In view of this, main purpose of the present utility model can be integrated with the normality electricity getting devices such as street lamp or monitor providing a kind of, use and form random (Ad-hoc) network, and the decentralized wireless networks data storage system of high in the clouds store-service is provided.
Take off purpose on reaching, decentralized wireless networks data storage system of the present utility model is to be provided with at least one server host in system end, in several predetermined areas, be respectively equipped with a normality electricity getting device and be provided as a node base station (Base Station), arbitrary normality electricity getting device is to carry out wireless connections with other at least one normality electricity getting device, and mutual transmission communication signal, jointly to form a random network (being the Ad-hoc network), enable directly or indirectly to connect upper server host; Wherein, each normality electricity getting device includes: a functional operation module, can carry out default original operational function in the situation that receive rated current; One energy supply control module, for connecting external power source, and normality converts external power source to rated DC current; One network communication module, with energy supply control module electrical connection, receive for normality the rated DC current that energy supply control module transmits, and be connected to server host or other contiguous network communication module is carried out the network data package transmission with wireless communication mode; One data management module, with energy supply control module and the electrical connection of network communication module, receive for normality the rated DC current that energy supply control module transmits, and one first microprocessing unit that comprises mutual electrical connection, one first storage element, a data storing carrier,, the data storage carrier is carried out to data and write or read according to the firmware in the first storage element by the first microprocessing unit.
Utilize the said structure feature, can obtain a kind of can the integration with normality electricity getting devices such as street lamp or monitors, use and form random (Ad-hoc) network, and by server host or user's electronic installation by the mode of wireless network transmissions, corresponding at least one normality electricity getting device carries out the read-write/access of data, reaches the decentralized wireless networks data storage system that distributing high in the clouds stores purpose.
According to above-mentioned primary structure feature, the functional operation module in the middle of described each normality electricity getting device, further include and at least onely can in the situation that receive rated DC current, produce the luminescence unit of preset light sources.
According to above-mentioned primary structure feature, the functional operation module in the middle of described each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal.
According to above-mentioned primary structure feature, functional operation module in the middle of described each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal, and at least onely can in the situation that receive rated DC current, produce the luminescence unit of preset light sources.
According to above-mentioned primary structure feature, described each normality electricity getting device separately be provided with one with the lightning strike protection module of energy supply control module electrical connection, connect external power source by the lightning strike protection module.
According to above-mentioned primary structure feature, the data management module in the middle of described each normality electricity getting device separately is electrically connected with an identification module for identification data administration module address.
According to above-mentioned primary structure feature, described each normality electricity getting device separately be provided with one with the lightning strike protection module of energy supply control module electrical connection, connect external power source by the lightning strike protection module; This data management module separately is electrically connected with an identification module for identification data administration module address.
Described identification module is to be comprised of a SIM card slot and the corresponding SIM card be inserted in the SIM card slot.
Network communication module in the middle of described each normality electricity getting device, and comprise a radio communication unit, one second microprocessing unit and an Ethernet data transmission unit; This radio communication unit is with wireless communication mode, is connected to server host, contiguous radio communication unit or other electronic installation, and the Far end control signal can the reception server main frame transmitted; This second microprocessing unit is to be electrically connected with the first microprocessing unit of radio communication unit and data management module, the signal transmitted for the reception data management module, and the radio communication unit or other electronic installation that are sent to server host, are close to via radio communication unit, and can receive the signal that radio communication unit transmits, and be sent to data management module; This Ethernet data transmission unit system and the second microprocessing unit electrical connection, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; Between the radio communication unit of this network communication module and the second microprocessing unit, still comprise a bandpass filtering unit, make the second microprocessing unit by the signal of data management module, be sent to radio communication unit via the bandpass filtering unit, and receive the Far end control signal that radio communication unit transmits via the bandpass filtering unit, and make the network communication module receive the network signal that a specific communication channel transmits; This network communication module still comprises the second storage element of the one and second microprocessing unit electrical connection, for the data of the random network job system that stores affiliated normality electricity getting device self.
Functional operation module in the middle of described each normality electricity getting device, further include and at least onely can produce the luminescence unit of preset light sources in the situation that receive rated DC current, and an environment detecting unit; This network communication module, and comprise a radio communication unit, control signal communication unit, one second microprocessing unit and an Ethernet data transmission unit; This energy supply control module, and comprise a power conversion unit, a power control unit, one the 3rd microprocessing unit and a voltage/current detecting unit; This power conversion unit is that the external power source that the external world is transmitted converts rated DC current to, and rated DC current is sent to respectively to each unit, functional operation module, network communication module, the data management module of energy supply control module; This power control unit is electrically connected mutually with power conversion unit; The 3rd microprocessing unit is electrically connected mutually with power control unit and environment detecting unit respectively, and can transmit an electric weight and control signal to power control unit, to control the direct current measurement of power control unit output, and the environment detection signal can the reception environment detecting unit transmitted; This voltage/current detecting unit is electrically connected mutually with power control unit, luminescence unit and the 3rd microprocessing unit respectively, export and be sent to the direct current measurement of luminescence unit with the detecting power control unit, and convert a voltage/current detection signal to, and be sent to the 3rd microprocessing unit, make the 3rd microprocessing unit can adjust according to this direct current measurement of power control unit output; This control signal is linked up unit and the electrical connection of the 3rd microprocessing unit, the environment detection signal and the voltage/current detection signal that transmit to receive the 3rd microprocessing unit; This radio communication unit system is with wireless communication mode, is connected to server host, contiguous radio communication unit or other electronic installation, and the Far end control signal can the reception server main frame transmitted; The first microprocessing unit electrical connection of this second microprocessing unit and radio communication unit and data management module, the signal transmitted for the reception data management module, and the radio communication unit or other electronic installation that are sent to server host, are close to via radio communication unit, and can receive the signal that radio communication unit transmits, and be sent to data management module; This Ethernet data transmission unit and the electrical connection of the second microprocessing unit, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; This second microprocessing unit and link up the unit electrical connection with control signal, and can link up environment detection signal and the voltage/current detection signal that unit transmits by reception control signal, and be sent to server host via radio communication unit, or receive the Far end control signal that radio communication unit transmits, and be sent to the 3rd microprocessing unit via control signal communication unit, so that the 3rd microprocessing unit can produce the electric weight control signal according to this; This Ethernet data transmission unit system and the second microprocessing unit electrical connection, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; Between the radio communication unit of this network communication module and the second microprocessing unit, still comprise a bandpass filtering unit, make the second microprocessing unit by the signal of data management module, be sent to radio communication unit via the bandpass filtering unit, and receive the Far end control signal that radio communication unit transmits via the bandpass filtering unit, and make the network communication module receive the network signal that a specific communication channel transmits; This network communication module still comprises the second storage element of the one and second microprocessing unit electrical connection, for the data of the random network job system that stores affiliated normality electricity getting device self; And this energy supply control module still comprises one the 3rd storage element, the 3rd storage element and the electrical connection of the 3rd microprocessing unit, for the data of the energy supply control module that stores affiliated normality electricity getting device self.
Decentralized wireless networks data storage system of the present utility model can be reached following effect:
1. the mode stored by dispersion, the space that arranges that reduces the high in the clouds stocking system.
2. by the storing mode of wireless network transmissions, reduce the high in the clouds stocking system and build cost.
3. can significantly promote the extendibility of high in the clouds stocking system.
4. by each normality electricity getting device, as hotspot device, use, effectively use frequency range.
5. pass through the integration of focus function and normality electricity getting device, make government or the enterprise also can be with user's wideband online demand, the fast erecting hotspot device, avoid on the normality electricity getting device because additionally assembling too many equipment, and it is attractive in appearance to have destroyed city, significantly improve the convenience of space planning.
6. contribute to the modularized design of network data stocking system, effectively increase the convenience of dealer on producing.
The accompanying drawing explanation
Fig. 1 is that decentralized wireless networks data storage system of the present utility model is used the configuration reference diagram.
The basic composition framework block schematic diagram that Fig. 2 is each normality electricity getting device in the utility model.
Each normality electricity getting device structure composed block schematic diagram that Fig. 3 is the utility model the second embodiment.
Each normality electricity getting device structure composed block schematic diagram that Fig. 4 is the utility model the 3rd embodiment.
Each normality electricity getting device structure composed block schematic diagram that Fig. 5 is the utility model the 4th embodiment.
Each normality electricity getting device structure composed block schematic diagram that Fig. 6 is the utility model the 5th embodiment.
Description of reference numerals: 10 internet; 20 electronic installations; 30 server hosts; 40 normality electricity getting devices; 41 functional operation modules; 411 luminescence units; 412 environment detecting units; 42 energy supply control modules; 421 power conversion units; 422 power control units; 423 the 3rd microprocessing units; 424 voltage/current detecting units; 425 the 3rd storage elements; 43 network communication modules; 431 radio communication units; 432 second microprocessing units; 433 Ethernet data transmission units; 434 bandpass filtering unit; 435 second storage elements; 436 control signals are linked up unit; 44 data management modules; 441 first microprocessing units; 442 first storage elements; 443 data storing carriers; 444 identification modules; 45 lightning strike protection modules.
Embodiment
Refer to Fig. 1 decentralized wireless networks data storage system of the present utility model and use the configuration reference diagram, in Fig. 2 the utility model shown in the basic composition framework block schematic diagram of each normality electricity getting device, decentralized wireless networks data storage system of the present utility model is to be provided with at least one server host 30 in system end, in several predetermined areas, be respectively equipped with a normality electricity getting device 40 and be provided as a node base station (Base Station), arbitrary normality electricity getting device 40 can carry out wireless connections with the electronic installation 20 of other at least one normality electricity getting device 40 or vicinity, and mutual transmission communication signal, jointly to form a random network (being the Ad-hoc network), enable directly or indirectly to connect upper server host 30, even direct or indirect other webservers in connecting Internet network 10, each normality electricity getting device 40 includes: a functional operation module 41, an energy supply control module 42, a network communication module 43, and a data management module 44, wherein:
This functional operation module 41, can carry out default original operational function in the situation that receive rated current; The normality electricity getting device of indication in the utility model, general reference generally is located at indoor or outdoor being connected with predetermined electric power system, for normality, obtains power supply, but not necessarily must want device or the facility of normality running; Road illumination device or the public safety facilities such as espespecially general street lamp or monitor; For example, each normality electricity getting device is now with the street lamp form, and central functional operation module further includes and at least onely can in the situation that receive rated DC current, produce the luminescence unit of preset light sources; When each normality electricity getting device is now with the monitor form, central functional operation module, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal; Certainly, functional operation module in the middle of each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal, and at least one can be in the situation that receive rated DC current, produce the luminescence unit of preset light sources, each normality electricity getting device can be presented with the monitor form that possesses illumination functions.
This energy supply control module 42, be for connecting external power source, and normality converts external power source to rated DC current, so that functional operation module 41, network communication module 43 and the required electric power of data management module 44 running further to be provided.
This network communication module 43, be and energy supply control module 42 electrical connections, receive for normality the rated DC current that energy supply control module 42 transmits, and be connected to server host 30 or contiguous other network communication module (as the built-in network communication module of contiguous other each normality electricity getting devices, or the built-in network communication module of nearby electron device) with wireless communication mode and carry out the network data package transmission.
This data management module 44, be and energy supply control module 42 and 43 electrical connections of network communication module, receive for normality the rated DC current that energy supply control module 42 transmits, and one first microprocessing unit 441, one first storage element 442, the data storing carrier 443 that comprise mutual electrical connection,, data storage year 443 bodies are carried out to data and write or read according to the firmware in the first storage element 442 by the first microprocessing unit 441; When implementing, the data storing carrier 443 in the middle of each normality electricity getting device 10, be the hard disc with huge storage volume be good.
In principle, utilize the said structure feature, can obtain a kind of can the integration with the normality electricity getting devices such as street lamp or monitor 40, to form random (Ad-hoc) network, and by server host 30 or user's electronic installation 20 by the mode of wireless network transmissions, corresponding at least one normality electricity getting device 40 carries out the read-write/access of data, reaches the decentralized wireless networks data storage system that distributing high in the clouds stores purpose.
Decentralized wireless networks data storage system of the present utility model, when implementing, described each normality electricity getting device 40 be can separately be provided with as shown in Figure 3 one with the lightning strike protection module 45 of energy supply control module 42 electrical connection, connect external power sources by lightning strike protection module 15; This lightning strike protection module 45 be can in have the discharge prevention element (figure slightly) that a large electric current that forward thunderbolt is produced is discharged; make when meeting with thunderbolt; large electric current directly can be held with causing; use the large electric current that effective absorption thunderbolt produces; avoid normality electricity getting device 40 internal circuits damaged by thunderbolt, with relative more positive means, safeguard the storage data integrality.
Moreover the data management module 44 in the middle of each normality electricity getting device 40 can separately be electrically connected with an identification module 444 for identification data administration module 44 address as shown in Figure 4; This identification module 444 is to be comprised of a SIM card slot and the corresponding SIM card be inserted in the SIM card slot.Certainly, each normality electricity getting device 40 can separately be provided with simultaneously one with the lightning strike protection module 45 of energy supply control module 42 electrical connections, connect external power sources by lightning strike protection module 45; And, in the interior identification module 444 for identification data administration module 44 address that separately is electrically connected with of this data management module 44.
Please coordinate with reference to shown in Fig. 1 and Fig. 5 simultaneously, the utility model when implementing, the network communication module 43 in the middle of each normality electricity getting device 40, and comprise a radio communication unit 431, one second microprocessing unit 432 and an Ethernet data transmission unit 433; This radio communication unit 431 is with wireless communication mode, is connected to server host 30, contiguous radio communication unit or other electronic installation 20, and the Far end control signal can reception server main frame 30 transmitted.
This second microprocessing unit 432 is electrically connected with the first microprocessing unit 441 of radio communication unit 431 and data management module 44, the signal transmitted for reception data management module 44, and the radio communication unit or other electronic installation 20 that are sent to server host 30, are close to via radio communication unit 431, and can receive the signal that radio communication unit 431 transmits, and be sent to data management module 44; This Ethernet data transmission unit 433 and the second microprocessing unit 432 electrical connections, and the radio communication unit of energy reception server main frame 30, vicinity or the Ethernet package that other electronic installation 20 transmits, and sequentially by the second microprocessing unit 432 and radio communication unit 431, send out, or be sent to data management module 44.
Under the structural form shown in above-mentioned Fig. 5, between the radio communication unit 431 of described network communication module 43 and the second microprocessing unit 432, still comprise a bandpass filtering unit 434, make the second microprocessing unit 432 by the signal of data management module 44, be sent to radio communication unit 431 via bandpass filtering unit 434, and receive the Far end control signal that radio communication unit 431 transmits via bandpass filtering unit 434, and make network communication module 43 receive the network signal that a specific communication channel transmits; And this network communication module 43 still comprises the second storage element 435 of the one and second microprocessing unit 432 electrical connection, for the data of the random network job system of the normality electricity getting device 40 under storing self.
In addition, be current at each normality electricity getting device with the street lamp form, please coordinate with reference to shown in Fig. 1 and Fig. 6 simultaneously, in the middle of functional operation module 41 except include at least one can be in the situation that receive rated DC current, produce outside the luminescence unit 411 of preset light sources, and can be equipped with an environment detecting unit 412; This network communication module 43, and comprise a radio communication unit 431, control signal communication unit 436, one second microprocessing unit 433 and an Ethernet data transmission unit 434; This energy supply control module 42, and comprise a power conversion unit 431, a power control unit 422, one the 3rd microprocessing unit 423 and a voltage/current detecting unit 424.
Wherein, this power conversion unit 421 is that the external power source that the external world is transmitted converts rated DC current to, and rated DC current is sent to respectively to each unit, functional operation module 41, network communication module 43, the data management module 44 of energy supply control module 42; This power control unit 422 is electrically connected mutually with power conversion unit 421; The 3rd microprocessing unit 423 is electrically connected mutually with power control unit 422 and environment detecting unit 412 respectively, and can transmit an electric weight and control signal to power control unit 422, to control the direct current measurement of power control unit 422 outputs, and the environment detection signal can reception environment detecting unit 412 transmitted.
This voltage/current detecting unit 424 is with power control unit 422, luminescence unit 411 and the 3rd microprocessing unit 423, to be electrically connected mutually respectively, export and be sent to the direct current measurement of luminescence unit 411 with detecting power control unit 422, and convert a voltage/current detection signal to, and be sent to the 3rd microprocessing unit 423, make the 3rd microprocessing unit 423 can adjust according to this direct current measurement of power control unit 422 outputs.As for, this control signal is linked up unit 436 and is and the 3rd microprocessing unit 423 electrical connections, the environment detection signal and the voltage/current detection signal that transmit to receive the 3rd microprocessing unit 423.
Same, this radio communication unit 431 is with wireless communication mode, is connected to server host 30, contiguous radio communication unit or other electronic installation 20, and the Far end control signal can reception server main frame 30 transmitted; This second microprocessing unit 432 is to be electrically connected with the first microprocessing unit of radio communication unit 431 and data management module 44, the signal transmitted for reception data management module 44, and the radio communication unit or other electronic installation 20 that are sent to server host 30, are close to via radio communication unit 431, and can receive the signal that radio communication unit 431 transmits, and be sent to data management module 44.
Same, this Ethernet data transmission unit 433 is and the second microprocessing unit 432 electrical connections, and the radio communication unit of energy reception server main frame 30, vicinity or the Ethernet package that other electronic installation 20 transmits, and sequentially by the second microprocessing unit 432 and radio communication unit 431, send out, or be sent to data management module 44.
This second microprocessing unit 432 and link up unit 436 electrical connections with control signal, and can link up environment detection signal and the voltage/current detection signal that unit 436 transmits by reception control signal, and be sent to server host 30 via radio communication unit 431, or receive the Far end control signal that radio communication unit transmits, and be sent to the 3rd microprocessing unit 423 via control signal communication unit 436, so that the 3rd microprocessing unit 423 can produce the electric weight control signal according to this.
Same, this Ethernet data transmission unit 433 and the second microprocessing unit 432 electrical connections, and the radio communication unit of energy reception server main frame 30, vicinity or the Ethernet package that other electronic installation 20 transmits, and sequentially by the second microprocessing unit 432 and radio communication unit 431, send out, or be sent to data management module 44.
Upper, take off under the structural form shown in Fig. 6, this environment detecting unit 412 can be optical inductor or temperature inductor etc., and it can detect extraneous environmental factor (as: brightness, temperature etc.), and converts a corresponding environment detection signal to; So, when cloudy day or rainy day, only pipe is yet to time at night, but after extraneous luminance shortage, this normality electricity getting device 40 just can be according to the environment detection signal, automatically open luminescence unit 411 and send light, in addition, when summer, if extraneous excess Temperature, this normality electricity getting device 40 still can suitably reduce the brightness of luminescence unit 411, to reduce the generation of heat energy, effectively extends the useful life of luminescence unit 411.
Especially, related management personnel are except treating the location at server host 30, monitor outside the situation of all normality electricity getting devices 40 (street lamp), also can go out to the position of normality electricity getting device 40 (street lamp), and use electronic installation 20(as laptop, mobile phone, panel computer, personal digital aid (PDA) ... Deng) by the link of normality electricity getting device 40, and link to server host 30, and monitor the function situation of all normality electricity getting devices 40.In addition, design by this Ethernet data transmission unit 433, each normality electricity getting device 40 (street lamp) all can be as a hotspot device, make the general common people be got online without being tethered to a cable by various electronic installations 20, except effectively utilizing the residue frequency range, still can significantly reduce the equipment expenditure that government or enterprise additionally set up focus, and reduce the shared space of equipment of setting up focus.
Same, upper, take off under the structural form shown in Fig. 6, between the radio communication unit 431 of this network communication module 43 and the second microprocessing unit 432, still comprise a bandpass filtering unit 434, make the second microprocessing unit 432 by the signal of data management module 44, be sent to radio communication unit 431 via bandpass filtering unit 434, and receive the Far end control signal that radio communication unit 431 transmits via bandpass filtering unit 434, and make network communication module 43 receive the network signal that a specific communication channel transmits; And, this network communication module 43 still comprises one second storage element 435, this second storage element 435 is and the electrical connection of the second microprocessing unit 432, for the data (as: data transfer path rule, network site (IP), driver etc.) of the random network job system of the normality electricity getting device 40 under storing self; Certainly, this energy supply control module 42 still comprises that one the 3rd storage element 425, the three storage elements 425 are and the 3rd microprocessing unit 423, for the data of the energy supply control module 42 of normality electricity getting device under storing 40 self.
In sum, decentralized wireless networks data storage system of the present utility model can be reached following effect:
1. the mode stored by dispersion, the space that arranges that reduces the high in the clouds stocking system.
2. by the storing mode of wireless network transmissions, reduce the high in the clouds stocking system and build cost.
3. can significantly promote the extendibility of high in the clouds stocking system.
4. by each normality electricity getting device, as hotspot device, use, effectively use frequency range.
5. pass through the integration of focus function and normality electricity getting device, make government or the enterprise also can be with user's wideband online demand, the fast erecting hotspot device, avoid on the normality electricity getting device because additionally assembling too many equipment, and it is attractive in appearance to have destroyed city, significantly improve the convenience of space planning.
6. contribute to the modularized design of network data stocking system, effectively increase the convenience of dealer on producing.
The above; it is only preferred embodiment of the present utility model; only; the interest field that the utility model is advocated; be not limited to this, press all this skill personages that is familiar with, according to the disclosed technology contents of the utility model; can think easily and equivalence change, all should belong to and not break away from protection category of the present utility model.
Claims (10)
1. a decentralized wireless networks data storage system, it is characterized in that, to be provided with at least one server host in system end, in several predetermined areas, be respectively equipped with a normality electricity getting device and be provided as a node base station, arbitrary normality electricity getting device and other at least one normality electricity getting device carry out wireless connections, and mutual transmission communication signal, jointly to form a random network, enable directly or indirectly to connect upper server host; Wherein, each normality electricity getting device includes:
One functional operation module, can carry out default original operational function in the situation that receive rated current;
One energy supply control module, for connecting external power source, and normality converts external power source to rated DC current;
One network communication module, with energy supply control module electrical connection, receive for normality the rated DC current that energy supply control module transmits, and be connected to server host or other contiguous network communication module is carried out the network data package transmission with wireless communication mode;
One data management module, with energy supply control module and the electrical connection of network communication module, receive for normality the rated DC current that energy supply control module transmits, and one first microprocessing unit that comprises mutual electrical connection, one first storage element, a data storing carrier,, the data storage carrier is carried out to data and write or read according to the firmware in the first storage element by the first microprocessing unit.
2. decentralized wireless networks data storage system according to claim 1, it is characterized in that, functional operation module in the middle of each normality electricity getting device, further include and at least onely can in the situation that receive rated DC current, produce the luminescence unit of preset light sources.
3. decentralized wireless networks data storage system according to claim 1, it is characterized in that, functional operation module in the middle of each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal.
4. decentralized wireless networks data storage system according to claim 1, it is characterized in that, functional operation module in the middle of each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, the monitor of acquisition of digital video signal, and at least onely can in the situation that receive rated DC current, produce the luminescence unit of preset light sources.
5. decentralized wireless networks data storage system according to claim 1, is characterized in that, each normality electricity getting device separately be provided with one with the lightning strike protection module of energy supply control module electrical connection, connect external power source by the lightning strike protection module.
6. decentralized wireless networks data storage system according to claim 1, is characterized in that, the data management module in the middle of each normality electricity getting device separately is electrically connected with an identification module for identification data administration module address.
7. decentralized wireless networks data storage system according to claim 1, is characterized in that, each normality electricity getting device separately be provided with one with the lightning strike protection module of energy supply control module electrical connection, connect external power source by the lightning strike protection module; This data management module separately is electrically connected with an identification module for identification data administration module address.
8. according to the described decentralized wireless networks data storage system of claim 6 or 7, it is characterized in that, this identification module is to be comprised of a SIM card slot and the corresponding SIM card be inserted in the SIM card slot.
9. according to claim 1 to the 7 described decentralized wireless networks data storage system of any one wherein, it is characterized in that, network communication module in the middle of each normality electricity getting device, and comprise a radio communication unit, one second microprocessing unit and an Ethernet data transmission unit; This radio communication unit is with wireless communication mode, is connected to server host, contiguous radio communication unit or other electronic installation, and the Far end control signal can the reception server main frame transmitted; The first microprocessing unit electrical connection of this second microprocessing unit and radio communication unit and data management module, the signal transmitted for the reception data management module, and the radio communication unit or other electronic installation that are sent to server host, are close to via radio communication unit, and can receive the signal that radio communication unit transmits, and be sent to data management module; This Ethernet data transmission unit and the electrical connection of the second microprocessing unit, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; Between the radio communication unit of this network communication module and the second microprocessing unit, still comprise a bandpass filtering unit, make the second microprocessing unit by the signal of data management module, be sent to radio communication unit via the bandpass filtering unit, and receive the Far end control signal that radio communication unit transmits via the bandpass filtering unit, and make the network communication module receive the network signal that a specific communication channel transmits; This network communication module still comprises the second storage element of the one and second microprocessing unit electrical connection, for the data of the random network job system that stores affiliated normality electricity getting device self.
10. according to claim 1 to the 7 described decentralized wireless networks data storage system of any one wherein, it is characterized in that, functional operation module in the middle of each normality electricity getting device, further include at least one can be in the situation that receive rated DC current, produce the luminescence unit of preset light sources, and an environment detecting unit; This network communication module, and comprise a radio communication unit, control signal communication unit, one second microprocessing unit and an Ethernet data transmission unit; This energy supply control module, and comprise a power conversion unit, a power control unit, one the 3rd microprocessing unit and a voltage/current detecting unit; This power conversion unit is that the external power source that the external world is transmitted converts rated DC current to, and rated DC current is sent to respectively to each unit, functional operation module, network communication module, the data management module of energy supply control module; This power control unit is electrically connected mutually with power conversion unit; The 3rd microprocessing unit is electrically connected mutually with power control unit and environment detecting unit respectively, and can transmit an electric weight and control signal to power control unit, to control the direct current measurement of power control unit output, and the environment detection signal can the reception environment detecting unit transmitted; This voltage/current detecting unit is electrically connected mutually with power control unit, luminescence unit and the 3rd microprocessing unit respectively, export and be sent to the direct current measurement of luminescence unit with the detecting power control unit, and convert a voltage/current detection signal to, and be sent to the 3rd microprocessing unit, make the 3rd microprocessing unit can adjust according to this direct current measurement of power control unit output; This control signal is linked up unit and the electrical connection of the 3rd microprocessing unit, the environment detection signal and the voltage/current detection signal that transmit to receive the 3rd microprocessing unit; This radio communication unit is with wireless communication mode, is connected to server host, contiguous radio communication unit or other electronic installation, and the Far end control signal can the reception server main frame transmitted; The first microprocessing unit electrical connection of this second microprocessing unit and radio communication unit and data management module, the signal transmitted for the reception data management module, and the radio communication unit or other electronic installation that are sent to server host, are close to via radio communication unit, and can receive the signal that radio communication unit transmits, and be sent to data management module; This Ethernet data transmission unit and the electrical connection of the second microprocessing unit, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; This second microprocessing unit and link up the unit electrical connection with control signal, and can link up environment detection signal and the voltage/current detection signal that unit transmits by reception control signal, and be sent to server host via radio communication unit, or receive the Far end control signal that radio communication unit transmits, and be sent to the 3rd microprocessing unit via control signal communication unit, so that the 3rd microprocessing unit can produce the electric weight control signal according to this; This Ethernet data transmission unit and the electrical connection of the second microprocessing unit, and the radio communication unit of energy reception server main frame, vicinity or the Ethernet package that other electronic installation transmits, and sequentially by the second microprocessing unit and radio communication unit, send out, or be sent to data management module; Between the radio communication unit of this network communication module and the second microprocessing unit, still comprise a bandpass filtering unit, make the second microprocessing unit by the signal of data management module, be sent to radio communication unit via the bandpass filtering unit, and receive the Far end control signal that radio communication unit transmits via the bandpass filtering unit, and make the network communication module receive the network signal that a specific communication channel transmits; This network communication module still comprises the second storage element of the one and second microprocessing unit electrical connection, for the data of the random network job system that stores affiliated normality electricity getting device self; And this energy supply control module still comprises one the 3rd storage element, the 3rd storage element and the electrical connection of the 3rd microprocessing unit, for the data of the energy supply control module that stores affiliated normality electricity getting device self.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101211564 | 2012-06-15 | ||
| TW101211564U TWM441275U (en) | 2012-06-15 | 2012-06-15 | Distributed wireless network data storage system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203387543U true CN203387543U (en) | 2014-01-08 |
Family
ID=47717630
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320328187.9U Expired - Fee Related CN203387543U (en) | 2012-06-15 | 2013-06-07 | Distributed wireless network data storage system |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN203387543U (en) |
| TW (1) | TWM441275U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885415A (en) * | 2014-03-20 | 2014-06-25 | 深圳市远铭科技有限公司 | Sensor network system, lighting device and control device based on smart city |
| CN109863661A (en) * | 2016-10-27 | 2019-06-07 | 托拜厄斯·马德尔 | Storage unit and storage system for consumer |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI449456B (en) * | 2012-10-22 | 2014-08-11 | Gigastone Corp | Wireless hotspot device improvement |
| US9727268B2 (en) | 2013-01-08 | 2017-08-08 | Lyve Minds, Inc. | Management of storage in a storage network |
| CN104460555B (en) * | 2013-09-22 | 2017-05-17 | 丘玓 | Intelligent data fusion cloud control device and data transmission control method thereof |
| US9678678B2 (en) * | 2013-12-20 | 2017-06-13 | Lyve Minds, Inc. | Storage network data retrieval |
-
2012
- 2012-06-15 TW TW101211564U patent/TWM441275U/en not_active IP Right Cessation
-
2013
- 2013-06-07 CN CN201320328187.9U patent/CN203387543U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885415A (en) * | 2014-03-20 | 2014-06-25 | 深圳市远铭科技有限公司 | Sensor network system, lighting device and control device based on smart city |
| CN109863661A (en) * | 2016-10-27 | 2019-06-07 | 托拜厄斯·马德尔 | Storage unit and storage system for consumer |
Also Published As
| Publication number | Publication date |
|---|---|
| TWM441275U (en) | 2012-11-11 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203387543U (en) | Distributed wireless network data storage system | |
| CN206771167U (en) | A kind of intelligent things street lamp | |
| CN104301377A (en) | City cloud based intelligent street lamp and interconnection and interworking control system | |
| CN103177602A (en) | Outdoor parking space remote management device | |
| CN105790794A (en) | Transformer area line online identification system | |
| CN204331803U (en) | A kind of cooperative office system for oil gas field industry | |
| CN205155827U (en) | Multifunctional street lamp | |
| CN204967357U (en) | Networking control mobile solar power charger | |
| US20160150369A1 (en) | Asset management system for outdoor luminaires | |
| Decuir et al. | Draft IEEE standard for DC microgrids for rural and remote electricity access applications | |
| CN201654983U (en) | Short-range wireless load monitor system based on Zigbee technology | |
| CN101937213B (en) | Wireless remote terminal cluster control system | |
| CN104460557A (en) | On-line monitoring system for advertising light boxes | |
| KR101165957B1 (en) | Smart module apparatus of combiner box in photovoltaic system | |
| LU101017B1 (en) | Multimodal Communication Method And Devices | |
| CN202001941U (en) | Street lamp with wireless transmission/receiving device | |
| CN202454974U (en) | Device for electric power production inspection tour | |
| CN203165193U (en) | Electric power information collecting system | |
| CN105225169A (en) | A kind of data management system of transformer platform area | |
| CN205017450U (en) | User is from service system for video cooperation cloud intelligence | |
| CN206962820U (en) | Signal relay device and apply its Internet of Things communication system | |
| CN204044611U (en) | A kind of energy management control system | |
| CN203942454U (en) | Inverter, for Electron Extended card and the renewable energy power generation facility of inverter | |
| CN204697080U (en) | A kind of outdoor environment system | |
| CN203455701U (en) | A lamp box advertisement online monitoring system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140108 Termination date: 20170607 |