CN101308371A - Real time monitoring system - Google Patents
Real time monitoring system Download PDFInfo
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- CN101308371A CN101308371A CNA2007100973951A CN200710097395A CN101308371A CN 101308371 A CN101308371 A CN 101308371A CN A2007100973951 A CNA2007100973951 A CN A2007100973951A CN 200710097395 A CN200710097395 A CN 200710097395A CN 101308371 A CN101308371 A CN 101308371A
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Abstract
A real-time monitoring system comprises at least a public facility, a second wireless transceiver and a control center; wherein, the public facility comprises a power generator, a load, a signal generator and a first wireless transceiver. The load is driven by the initial power supply provided by the power generator. The signal generator decides whether to output a status signal and a positioning signal or not based on the drive of the load. Later, the first wireless transceiver transmits the status signal and the positioning signal to the second wireless transceiver, so that the control center can judge the using status of the public facility based on whether the control center receives the status signal or all the information brought by the status signal, and can judge the location of the public facility according to the positioning signal.
Description
Technical field
The invention relates to a kind of real-time monitoring system, and particularly relevant for a kind of real-time monitoring system of management and control communal facility.
Background technology
Government is in order to improve city life and working environment, and having managed something individually has every communal facility of public interest character, for example: traffic sign, street lamp, telecommunications case, hose saddle ... Deng.At this, the main purpose of communal facility is the facility of promoting public activity, and guarantees good quality of the life, and then reaches direct, quick and be the popular substance of being experienced easily.
Along with the development of urbanization, it is complicated that the communal facility in the city also becomes, and also is flooded with every communal facility in the living environment thereupon.Therefore, how to manage and safeguard existing communal facility, to become a problem of can not ignore in the development of city.The management operations of just present communal facility, except the public service of minority is actively set up the information management system, for example: units such as Hinet, private fixed network, Taiwan Power Company, most public service is still continued to use traditional operating type and is carried out its business.
In traditional operating type, public service is often just by maintenance personal's field review communal facility or the complaint by the common people, and the damage of differentiating communal facility whether.This kind practice not only expends huge human resources, more can't in time repair existing communal facility.Relatively, the service quality of public service can't promote naturally, and its professional burden is also day by day heavy thereupon.Therefore, in the face of above-mentioned bottleneck, public service is badly in need of the expansion that a scientific supervisory system is assisted its business.
Summary of the invention
The objective of the invention is to, a kind of real-time monitoring system is provided, in order to obtaining the behaviour in service of communal facility in real time, and then reduce the consumption of human resources and reach the effect of on-call maintenance.
The present invention proposes a kind of real-time monitoring system, comprises at least one communal facility, second wireless transceiver and management and control center.Wherein above-mentioned communal facility comprises power supply generator, load, signal generator and first wireless transceiver.At this, the power supply generator drives by primary power to cause load in order to a primary power to be provided.When load drove, signal generator was exported a status signal and a location signal according to this, otherwise signal generator is output status signal and positioning signal normally.First wireless transceiver utilizes electromagnetic wave emission state signal and the positioning signal in the space.On the other hand, accepting state signal and positioning signal are come by second wireless transceiver in the management and control center.In view of the above, the management and control center is differentiated the user mode of communal facility, and is differentiated the position of communal facility according to positioning signal according to whether receiving the information that status signal or status signal have.
In one embodiment of this invention, above-mentioned communal facility also comprises electric power controller and state detecting device.Wherein electric power controller converts a display voltage in order to the primary power that the power supply generator is provided, and this display voltage is in order to drive load.The state detecting device is then in order to the characterisitic parameter of detecting load, power supply generator and electric power controller, and produces load according to the characterisitic parameter that detected and use information, power supply to produce information and power management message to signal generator.
Afterwards, signal generator uses information, power supply to use information and power management message to compare with a normal value respectively load, and when load use information, power supply produce information and power management message one of them, during less than its pairing normal value, signal generator will produce information warning, otherwise signal generator produces consume information.In addition, information warning or consume information are included in the status signal, can differentiate the user mode of communal facility according to the information that status signal was had to cause the management and control center.
In one embodiment of this invention, above-mentioned power supply generator comprises multilager base plate, solar panels, aided positioning system receiver and antenna.Wherein multilager base plate has first aspect and second aspect, and solar panels and antenna be configured in first aspect simultaneously, and the aided positioning system receiver then is configured in second aspect.Spatially, solar panels and antenna are to overlap the to each other the same aspect that is configured in, so help to reduce the hardware space of power supply generator and breaking down when the power supply generator so that all systems all can't move the time, by solar panels can oneself's charging provide power supply to signal generator generation information warning to the management and control center.
In addition, the aided positioning system receiver is driven in order to the power supply that the foundation solar panels are provided, and produces the auxiliary positioning signal according to this in order to the longitude and latitude coordinate of obtaining communal facility.Antenna with the auxiliary positioning signal that causes the management and control center more to be received according to second wireless transceiver, is differentiated the position of communal facility in order to the auxiliary positioning signal is emitted to second wireless transceiver.
What deserves to be mentioned is that above-mentioned signal generator comprises a GPS receiver.This GPS receiver obtains the longitude and latitude coordinate of communal facility by the satellite-signal of a GPS, and produces positioning signal according to this.In addition, in one embodiment of this invention, above-mentioned communal facility comprises that traffic lights or a street lamp and load are a light emitting diode.
The present invention utilizes combining of signal generator and communal facility, obtain the behaviour in service of communal facility in real time, and transmit mutually under the signal at first wireless transceiver and second wireless transceiver, the management and control center can the real time discriminating communal facility behaviour in service, and dispatch officers to go to the trimming communal facility in real time, to reach the effect that reduces human resources consumption and on-call maintenance.
Description of drawings
For above-mentioned feature and advantage of the present invention can be become apparent, preferred embodiment cited below particularly, and conjunction with figs. are described in detail below, wherein:
Fig. 1 illustrates and is the real-time monitoring system according to one embodiment of the invention.
Fig. 2 illustrates the real-time monitoring system into foundation another embodiment of the present invention.
Fig. 3 illustrates the real-time monitoring system into foundation further embodiment of this invention.
Fig. 4 illustrates the structural representation into multilager base plate.
Embodiment
Major technique feature of the present invention is to utilize combining of signal generator and communal facility, makes the management and control center of monitoring communal facility, can obtain the behaviour in service of communal facility in real time, and then reduces the consumption of human resources and reach the effect of on-call maintenance.Below will enumerate explanation real-time monitoring system of the present invention, but it is not in order to limit the present invention, to have the knack of this operator and can modify slightly following embodiment according to spirit of the present invention, precisely because still belong to scope of the present invention.
Please refer to shown in Figure 1ly, be real-time monitoring system according to one embodiment of the invention.The real-time monitoring system 100 of present embodiment comprises most communal facility 110a-110n, a wireless transceiver 120 and management and control centers 130.Wherein, the internals of communal facility 110a-110n is identical, therefore following will be with communal facility 110a, wireless transceiver 120 and management and control center 130, three's operation mechanism illustrates present embodiment.
Continuation is with reference to Fig. 1, and communal facility 110a comprises a load 111, a power supply generator 112, a signal generator 113 and a wireless transceiver 114.Wherein, wireless transceiver 120 is coupled to management and control center 130.Load 111 is coupled to power supply generator 112 with signal generator 113.114 of wireless transceivers are coupled to signal generator 113.
Power supply generator 112 is in order to providing a primary power, drives by primary power to cause load 111.When load 111 drove, signal generator 113 was exported a status signal and a location signal according to this, and signal generator 113 is that longitude and latitude coordinate according to communal facility 110a produces positioning signal.At this, communal facility 110a utilizes the electromagnetic wave in the space to launch status signal and positioning signal by wireless transceiver 114.On the other hand, wireless transceiver 120 utilizes the electromagnetic wave in the space to come accepting state signal and positioning signal, makes management and control center 130 according to status signal and positioning signal, differentiates user mode and the position of communal facility 110a.
On the other hand; when power supply generator 112 occurs unusual or damages; just when load 111 can't drive by the primary power that power supply generator 112 is provided, also normally output status signal and positioning signal were given wireless transceiver 114 to signal generator 113.Can't pass through wireless transceiver 120 when management and control center 130, when receiving the status signal that transmitted from wireless transceiver 114 and positioning signal, can judge that the communal facility 110a of this moment occurs unusual.Thus, the positioning signal that management and control center 130 just can be transmitted under normal condition according to communal facility 110a dispatches officers to go to maintenance communal facility 110a in real time.
Further, signal generator 113 comprises a GPS receiver 140.At this, GPS receiver 140 obtains the longitude and latitude coordinate of communal facility 110a by the satellite-signal of GPS, and produces positioning signal according to this to wireless transceiver 114.In addition, above-mentioned GPS comprise Galileo (Galileo) system or the Soviet Union of Europe rule global orbiting navigation satellite system (Global Orbiting Navigation Satellite System, GLONSS).
What deserves to be mentioned is that communal facility 110a-110n is the shared facility with identical public interest character, for example communal facility 110a-110n is respectively traffic lights or a street lamp.In addition, when communal facility 110a-110n was respectively traffic lights or a street lamp, then load 111 was a display module, so that communal facility 110a-110n by load 111 (display module), provides required livery of the public or illumination.
Please refer to shown in Figure 2ly, be the real-time monitoring system of foundation another embodiment of the present invention.The real-time monitoring system 200 of present embodiment comprises most communal facility 210a-210n, a wireless transceiver 220 and management and control centers 230.Wherein, the internals of communal facility 210a-210n is identical, thus following will be with communal facility 210a, wireless transceiver 220 and management and control center 30, three's operation mechanism illustrates present embodiment.
Communal facility 210a comprises a load 211, a power supply generator 212, an electric power controller 213, a state detecting device 214, a signal generator 215 and a wireless transceiver 216.Wherein, wireless transceiver 220 is coupled to management and control center 230.Electric power controller 213 is coupled to load 211 and power supply generator 212.214 of state detecting devices are coupled to load 211, power supply generator 212 and electric power controller 213.Signal generator 215 is coupled to state detecting device 214.216 of wireless transceivers are coupled to signal generator 215.
When driving load 211, state detecting device 214 can be obtained the conversion efficiency of load 211 by the characterisitic parameter of detecting load 211 (such as voltage, electric current, temperature), and produces a load according to the characterisitic parameter that detects and use information.In like manner, the characterisitic parameter of state detecting device 214 by detecting power supply generator 212 (such as voltage, electric current, temperature) obtained the conversion efficiency of power supply generator 212, and produces a power supply according to the characterisitic parameter that detects and produce information.In addition, state detecting device 214 also can be obtained the conversion efficiency of electric power controller 213 by the characterisitic parameter (such as voltage, electric current, temperature) of detecting electric power controller 213, and produces a power management message according to the characterisitic parameter that detects.
Because the user mode of load 211, power supply generator 212 and electric power controller 213 (such as: normally whether, serviceable life), all can assess by its conversion efficiency.So signal generator 215 uses information, power supply to produce information load and power management message compares with a normal value respectively, and when load use information, power supply produce information and power management message one of them during less than its pairing normal value, signal generator 215 will produce information warning, soon may occur unusual with the internals of expression communal facility 210a (such as load 211, electric power controller 213).Otherwise signal generator 215 produces a consume information, with the conversion efficiency of the internals of expression communal facility 210a.
Afterwards, signal generator 215 is according to the comparison result output status signal, and according to the longitude and latitude coordinate output positioning signal of communal facility 210a, wherein status signal comprises information warning or consume information.Status signal and positioning signal that wireless transceiver 216 is exported in order to received signal generator 215, and utilize the electromagnetic wave in the space to launch status signal and positioning signal.On the other hand, wireless transceiver 220 accepting state signal and positioning signals are passed through at management and control center 130, and differentiate user mode and the position of communal facility 110a thus.
From the above, when load 211 drove, management and control center 130 can be by the received status signal of wireless transceiver 220, and whether the internals of learning communal facility 210a normal and serviceable life ... Deng.Thus, suitable processing can be carried out to communal facility 110a in management and control center 130, even can judge the unusual problem points of communal facility 110a appearance, and then the reduction required time of maintenance process.
In addition, when power supply generator 212 occurs unusual or damages, electric power controller 213 can't normally provide display voltage, can't regular event to cause load 211.At this moment, state detecting device 214 will be detected the characterisitic parameter less than load 211, power supply generator 212 and electric power controller 213, and normally output status signal and positioning signal are given wireless transceiver 216 and cause signal generator 215.
At this moment, management and control center 230 can't receive status signal and positioning signal by wireless transceiver 220, so it is unusual to judge that communal facility 210a occurs.Thus, the positioning signal that management and control center 230 just can be transmitted under normal condition according to communal facility 210a dispatches officers to go to trimming communal facility 210a in real time.As for other detail section of present embodiment, be included among Fig. 1 embodiment, so do not repeat them here.
See also shown in Figure 3ly, be the real-time monitoring system of foundation further embodiment of this invention.The real-time monitoring system 300 of present embodiment comprises most communal facility 310a-310n, a wireless transceiver 320 and management and control centers 330.Wherein, the internals of communal facility 310a-310n is identical, thus following will be with communal facility 310a, wireless transceiver 320 and management and control center 330, three's operation mechanism illustrates present embodiment.
Continuation is with reference to Fig. 3, and communal facility 310a comprises a load 311, a power supply generator 312, an electric power controller 313, a state detecting device 314, a signal generator 315, a wireless transceiver 316 and an energy storage device 317.Wherein, wireless transceiver 320 is coupled to management and control center 330.Electric power controller 313 is coupled to load 311, power supply generator 312 and energy storage device 317.314 of state detecting devices are coupled to load 311, power supply generator 312, electric power controller 313 and energy storage device 317.Signal generator 315 is coupled to state detecting device 314.316 of wireless transceivers are coupled to signal generator 315.
The operation mechanism of the real-time monitoring system 300 of present embodiment is similar to above-mentioned each embodiment, all be to utilize state detecting device 314 to detect the internals of communal facility 310a (such as load 311, electric power controller 313), and then cause signal generator 315 output status signals and positioning signal.Afterwards, can get in touch mutually by wireless transceiver 316 and 320 in communal facility 310a and management and control center 330.User mode and the position of communal facility 30a then can be differentiated according to status signal and positioning signal in management and control center 330.
Yet maximum difference is that the communal facility 310a of present embodiment comprises energy storage device 317.Therefore, the primary power that electric power controller 313 can be produced power supply generator 312 converts a display voltage and a tank voltage to, wherein, display voltage is in order to drive load 311, and energy storage device 317 then can come the power supply that power supply generator 312 is provided is stored according to tank voltage.Thus, when power supply generator 312 can't provide enough power supplys to use to communal facility 310a, communal facility 310a can keep its original function by the power supply of 317 accesses of energy storage device.
In addition, the status signal exported of signal generator 315 also comprises information warning or consume information.At this, because energy storage device 317 also is one of internals of communal facility 310a, so the state detecting device 314 at this passes through detecting load 311, power supply generator 312 and electric power controller 313 except meeting, producing load uses information, power supply to produce outside information and the power management message, state detecting device 314 also can be detected the characterisitic parameter (such as voltage, electric current, temperature) of energy storage device 317, obtain the efficiency of storage of energy storage device 317, and produce an energy store information according to characterisitic parameter.
Because the user mode of energy storage device 317 (such as: normally whether, serviceable life), also can assess by its efficiency of storage.So signal generator 215 can use load information, power supply to produce information, power management message and energy store information and compare with a normal value respectively, and when load use information, power supply produce information, power management message and energy store information one of them during less than its pairing normal value, signal generator 215 will produce information warning.Otherwise signal generator 215 produces consume information.
Further, the power supply generator 312 of present embodiment comprises multilager base plate 410 (not showing), solar panels 301, an aided positioning system receiver 302 and an antenna 303.Wherein, structural representation as the multilager base plate that Fig. 4 illustrated, multilager base plate 410 has first aspect 411 and second aspect 412, and solar panels 301 are configured in first aspect 411 simultaneously with antenna 303, and aided positioning system receiver 302 is configured in second aspect 412.
In the present embodiment, solar panels 301 spatially are that overlapped (antenna is arranged under the solar panels) is configured in same aspect with antenna 303, can reduce the hardware space of power supply generator 312 thus effectively.In addition, have the knack of the aspect that this operator should know that solar panels 301, aided positioning system receiver 302 and antenna 303 are disposed, can be according to design change arbitrarily, so be not limited to above-mentioned configuration.
Continuation is with reference to Fig. 3, and solar panel 301 is in order to absorbing sun power (solar energy), and converts electric energy in order to the sun power that it is received.When the internals of communal facility 210a (such as load 311, electric power controller 313) lost efficacy or damaged, the aided positioning system receiver 302 in the power supply generator 312 still can be driven according to the power supply that solar panels 301 are provided.At this moment, aided positioning system receiver 302 will be obtained the longitude and latitude coordinate of communal facility and produce an auxiliary positioning signal according to this by the satellite-signal of GPS.Afterwards, antenna 303 is emitted to wireless transceiver 320 with the auxiliary positioning signal, makes management and control center 330 differentiate the position of communal facility 310a according to the auxiliary positioning signal.
In other words, when load 311 can't regular event, positioning signal or auxiliary positioning signal that management and control center 330 can be transmitted under normal condition according to communal facility 310a are learnt the longitude and latitude coordinate of common facility 310a, and then dispatch officers to go to trimming communal facility 210a in real time.As for other detail section of present embodiment, be included among above-mentioned each embodiment, so do not repeat them here.
In sum, the present invention utilizes the state detecting device to obtain the user mode of the internals of communal facility, makes signal generator come output status signal and positioning signal according to the information that the state detecting device is produced.Thus, status signal and positioning signal will be obtained by wireless transceiver in the management and control center, and differentiate the user mode and the position of communal facility in view of the above.Thus, the management and control center can be obtained the behaviour in service of communal facility in real time, and then reduce the consumption of human resources and reach the effect of on-call maintenance.
Though the present invention discloses as above with preferred embodiment; right its is not in order to limit the present invention; have in the technical field under any and know the knowledgeable usually; without departing from the spirit and scope of the present invention; when can doing a little change and retouching, so protection scope of the present invention is when looking accompanying being as the criterion that claim defines.
Claims (14)
1. a real-time monitoring system is characterized in that, comprising:
At least one communal facility comprises:
One power supply generator is in order to provide a primary power;
One load drives by this primary power;
One signal generator, according to the driving of this load whether and whether decision is exported a status signal and and located signal; And
One first wireless transceiver is in order to launch this status signal and this positioning signal;
One second wireless transceiver is in order to receive this status signal and this positioning signal; And
One management and control center is coupled to this second wireless transceiver, according to this status signal or this positioning signal, differentiates the user mode of this communal facility, and differentiates the position of this communal facility according to this positioning signal.
2. real-time monitoring system as claimed in claim 1 is characterized in that, wherein this status signal comprises an information warning or a consume information, and this communal facility also comprises:
One state detecting device in order to detecting a characterisitic parameter of this load and this power supply generator, and produces a load according to this characterisitic parameter and uses information and power supply generation information;
Wherein, this signal generator uses information and this power supply use information to compare with a normal value respectively this load, and produce this information warning according to comparison result maybe should consume information.
3. real-time monitoring system as claimed in claim 2 is characterized in that, wherein when this load use information and this power supply generation information one of them, during less than its pairing this normal value, this signal generator produces this information warning, otherwise this signal generator produces this consume information.
4. real-time monitoring system as claimed in claim 2 is characterized in that wherein this characterisitic parameter comprises electric current, voltage and temperature.
5. real-time monitoring system as claimed in claim 1 is characterized in that, wherein this communal facility also comprises:
One electric power controller, in order to convert this primary power to a display voltage, wherein, this display voltage is in order to drive this load.
6. real-time monitoring system as claimed in claim 5 is characterized in that, wherein this status signal comprises an information warning or a consume information, and this communal facility also comprises:
One state detecting device in order to detecting a characterisitic parameter of this load, this power supply generator and this electric power controller, and uses information, a power supply to produce an information and a power management message according to this characterisitic parameter to produce a load;
Wherein, this signal generator uses information, this power supply to use information and this power management message to compare with a normal value respectively this load, and produce this information warning according to comparison result maybe should consume information.
7. real-time monitoring system as claimed in claim 6, it is characterized in that, wherein when this load use information, this power supply produce information and this power management message one of them, during less than its pairing this normal value, this signal generator produces this information warning, otherwise this signal generator produces this consume information.
8. real-time monitoring system as claimed in claim 6 is characterized in that wherein this characterisitic parameter comprises electric current, voltage and temperature.
9. real-time monitoring system as claimed in claim 1 is characterized in that, wherein this communal facility also comprises:
One electric power controller, in order to this primary power is converted to a display voltage and a tank voltage, wherein, this load is driven according to this display voltage; And
One energy storage device is in order to store the power supply that this power supply generator is provided according to this tank voltage.
10. real-time monitoring system as claimed in claim 9 is characterized in that, wherein this status signal comprises an information warning or a consume information, and this communal facility also comprises:
One state detecting device, in order to detecting a characterisitic parameter of this load, this power supply generator, this electric power controller and this energy storage device, and use information, a power supply to produce information, a power management message and an energy store information to produce a load according to this characterisitic parameter;
Wherein, this signal generator uses information, this power supply to use information, this power management message and this energy store information to compare with a normal value respectively this load, and produce this information warning according to comparison result maybe should consume information.
11. real-time monitoring system as claimed in claim 9, it is characterized in that, wherein when this load use information, this power supply produce information, this power management message and this energy store information one of them, during less than its pairing this normal value, this signal generator produces this information warning according to this, otherwise this signal generator produces this consume information according to this.
12. real-time monitoring system as claimed in claim 9 is characterized in that, wherein this characterisitic parameter comprises electric current, voltage and temperature.
13. real-time monitoring system as claimed in claim 1 is characterized in that, wherein this signal generator comprises:
One GPS receiver obtains the longitude and latitude coordinate of this communal facility by the satellite-signal of a GPS, and produces this positioning signal according to this.
14. real-time monitoring system as claimed in claim 1 is characterized in that, this power supply generator comprises:
One multilager base plate has one first aspect and one second aspect;
One solar panels are configured in this first aspect;
One aided positioning system receiver is configured in this second aspect, in order to being driven according to the power supply that these solar panels provided, and produces an auxiliary positioning signal according to this in order to the longitude and latitude coordinate of obtaining this communal facility; And
One antenna is configured in this first aspect, in order to this auxiliary positioning signal is emitted to this second wireless transceiver;
Wherein, this auxiliary positioning signal that this management and control center is also received according to this second wireless transceiver is differentiated the position of this communal facility.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100973951A CN101308371A (en) | 2007-05-15 | 2007-05-15 | Real time monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100973951A CN101308371A (en) | 2007-05-15 | 2007-05-15 | Real time monitoring system |
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| CN101308371A true CN101308371A (en) | 2008-11-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNA2007100973951A Pending CN101308371A (en) | 2007-05-15 | 2007-05-15 | Real time monitoring system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102782512A (en) * | 2010-11-02 | 2012-11-14 | 三菱电机株式会社 | Power source device and programmable controller |
| CN107315408A (en) * | 2016-04-26 | 2017-11-03 | 澧达科技股份有限公司 | Monitoring communication system and method for operating a monitoring communication system |
-
2007
- 2007-05-15 CN CNA2007100973951A patent/CN101308371A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102782512A (en) * | 2010-11-02 | 2012-11-14 | 三菱电机株式会社 | Power source device and programmable controller |
| CN107315408A (en) * | 2016-04-26 | 2017-11-03 | 澧达科技股份有限公司 | Monitoring communication system and method for operating a monitoring communication system |
| CN107315408B (en) * | 2016-04-26 | 2020-08-28 | 澧达科技股份有限公司 | Monitoring communication system and method for operating a monitoring communication system |
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Open date: 20081119 |