CN104539720A - Device-to-device monitoring system and monitoring method thereof - Google Patents
Device-to-device monitoring system and monitoring method thereof Download PDFInfo
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- CN104539720A CN104539720A CN201510008145.0A CN201510008145A CN104539720A CN 104539720 A CN104539720 A CN 104539720A CN 201510008145 A CN201510008145 A CN 201510008145A CN 104539720 A CN104539720 A CN 104539720A
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- 238000012544 monitoring process Methods 0.000 title abstract description 17
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- 238000005538 encapsulation Methods 0.000 claims description 65
- 229910002092 carbon dioxide Inorganic materials 0.000 claims description 41
- 239000001569 carbon dioxide Substances 0.000 claims description 41
- 230000005540 biological transmission Effects 0.000 claims description 32
- 239000011521 glass Substances 0.000 claims description 6
- 239000000779 smoke Substances 0.000 claims description 6
- 229960004424 carbon dioxide Drugs 0.000 description 39
- 230000000875 corresponding effect Effects 0.000 description 31
- 230000006870 function Effects 0.000 description 26
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/4185—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by the network communication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/04—Processing captured monitoring data, e.g. for logfile generation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- Alarm Systems (AREA)
- Computer Networks & Wireless Communication (AREA)
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- Environmental & Geological Engineering (AREA)
- Data Mining & Analysis (AREA)
- General Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
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Abstract
The invention provides a device-to-device monitoring system and a monitoring method thereof. The monitoring system has a site end and a user end. The field end is provided with a monitoring device and at least one electronic device, and each of the field end and the electronic device is provided with a control unit, a storage unit and a slot server. The control unit is provided with a judging module for selecting and executing a corresponding sending module, a working module or a forwarding module according to at least one preset condition and generating an instruction or information. The storage unit stores identification information of itself. The slot servers of the two devices mutually transmit identification information to form device-to-device connection and mutually transmit instructions or information. Therefore, the user end receives the information of the monitoring device or/and the electronic device through the network, and further monitors the site end, and the monitoring system can provide multiple application modes.
Description
Technical field
The present invention has about a kind of supervisory control system and method for supervising thereof, and particularly a kind of have the device of device to the online interaction function of device to the supervisory control system of device and method for supervising thereof.
Background technology
Universal along with scientific and technological progress and internet, through network reach the supervisory control system of monitoring one scene end and monitoring mode gradually accept by people.
Please refer to Fig. 1, is known a kind of supervisory control system block schematic diagram.Supervisory control system 100 has on-the-spot end 10, one relay 30 and a user side 50.The place that on-the-spot end 10 institute's wish that be is monitored, sets up and has a thermostat 11, can the temperature of monitoring field end 10 and the effect of control temperature.The erection of 30, relay has residential gateway 31 and a webserver 33.User side 50 can be an intelligent apparatus 51, such as an intelligent mobile phone or a Wearable electronic installation.The webserver 33 through network respectively with residential gateway 31 and user side 50 online.Thermostat 11 through network and residential gateway 31 online.By this, thermostat 11 can send detected temperature information to user side 50 through relay 30.By this, user can pass through internet receives the thermostat 11 from scene end 10 temperature information all over the world.If user side 50 is found to scene temperature when having abnormal, can gives and thermostat 11 instruction through the webserver 33 again, and cause thermostat 11 to regulate temperature.
But aforementioned known supervisory control system 100, what the thermostat 11 of on-the-spot end 10 only can be single and unidirectional sends temperature information to relay 30, and other devices of 10 cannot be held to set up interactive relationship with scene.If, thermostat 11 be damaged and fault time, relevant temperature information just cannot be sent to user on hand, causes the inconsiderate problem of monitoring.
Summary of the invention
In order to solve the problem, an object of the present invention is to provide a kind of device to the supervisory control system of device and its method for supervising, through the device of scene end and device interactive and online, and then can multi-direction transmission information, information is sent to user side by the device solving known scene end only single direction, causes monitoring inconsiderate problem.
Another object of the present invention is to provide a kind of device to the supervisory control system of device and its method for supervising, online mutually to device through device, and then can provide the change of multiple application model.
For reaching above-mentioned purpose, the invention provides the supervisory control system of a kind of device to device, comprise: an on-the-spot end, there is a monitoring device and at least one electronic installation, have respectively: a control unit, be provided with a judge module, be electrically connected a sending module, one operational module and/or a forwarding module, this judge module is in order to select to perform to should the sending module of implied terms according at least one implied terms, operational module or forwarding module, sending module is in order to produce at least one signal instruction, operational module is in order to perform an own working procedure and the logout information of generation, forwarding module is in order to forward an information to be forwarded, one storage element, an identifying information of storage device itself, and a socket service device, in order to transmit this signal instruction, this logout information, this information to be forwarded or this identifying information, wherein, through this identifying information of this two socket service device transmission itself mutually of this monitoring device and this electronic installation, and then online between device of forming apparatus, to transmit mutually those instructions or information, one relay, there is at least one middle device and a remote server, this middle device and this monitoring device and/or this electronic installation, and this remote server is mutually online, this remote server is in order to receive and to store the information encapsulation from this monitoring device and/or this electronic installation, and a user side, online with this remote server, in order to receive this information encapsulation of this monitoring device and/or this electronic installation.
Again, for reaching above-mentioned purpose, the present invention provides again a kind of device to the supervisory control system of device, comprise: a monitoring device and at least one electronic installation, it has respectively: a control unit, be provided with a judge module, be electrically connected a sending module, one operational module and/or a forwarding module, this judge module is in order to select to perform to should the sending module of implied terms according at least one implied terms, operational module or forwarding module, sending module is in order to produce at least one signal instruction, operational module is in order to perform an own working procedure and the logout information of generation, forwarding module is in order to forward an information to be forwarded, one storage element, in order to store the identifying information of itself, and a socket service device, in order to transmit this signal instruction, this logout information, this information to be forwarded or this identifying information, wherein, through this identifying information of this two socket service device transmission itself mutually of this monitoring device and this electronic installation, and then online between device of forming apparatus, to transmit mutually those instructions or information.
In previous embodiment of the present invention, more comprise: a user side, with this monitoring device and/or this electronic installation online, in order to receive an information encapsulation of this monitoring device and/or this electronic installation.
Again, for reaching above-mentioned purpose, the present invention provides again a kind of device to the method for supervising of device, comprise the following steps: the identifying information transmitting mutually this monitoring device and this electronic installation through other socket service device in a monitoring device and at least one electronic installation, so cause this monitoring device and this electronic installation online to device with forming apparatus through this socket service device of itself; A judge module through acquiescence out of the ordinary in this monitoring device and this electronic installation selects execution one sending module, an operational module or a forwarding module according at least one implied terms respectively, wherein, this sending module is in order to produce the target electronic device of a signal instruction to preassignment, this operational module is in order to perform an own working procedure and the logout information of generation, this forwarding module is in order to forward an information to be forwarded another target electronic device to preassignment, and this monitoring device and this electronic installation preassignment one of its target electronic device each other; Those instructions of producing or information is transmitted to this target electronic device of preassignment or this another target electronic device through this monitoring device and this electronic installation other this socket service device each; A remote server will be sent to from other information encapsulation each in this monitoring device and/or this electronic installation through a middle device; And to distinguish a device status identifier in this identifying information of this monitoring device and/or this electronic installation through this remote server, and this information encapsulation transmitting this monitoring device and/or this electronic installation is to the user side having this device status identifier.
In one embodiment of the invention, wherein, a target electronic device list, this monitoring device and this electronic installation one of its target electronic device each other of preassignment is stored in this monitoring device and this electronic installation respectively.
In one embodiment of the invention, wherein, this is at least onely pre-conditionedly chosen as that a transmission is pre-conditioned, another transmission is pre-conditioned, a job is pre-conditioned and one forward pre-conditioned one of them or its combination.Send pre-conditioned for judge whether a live event meets a predeterminable event situation, if, then select to perform this sending module, produce this signal instruction, wherein this signal instruction is a control signal instruction, another sends pre-conditionedly successfully cannot transmit an instruction or an information for judging whether, if, then select to perform this sending module, produce another signal instruction, it is a forwarding signal instruction, work implied terms receives a control command for judging whether, when this judge module judges to receive a control command, select to perform this operational module, perform this working procedure own and produce this logout information.Forward and pre-conditionedly receive a forwarding instruction for judging whether, when judge module judges to receive this forwarding instruction, select to perform this forwarding module, forward this information to be forwarded to another target electronic device according to this forwarding instruction.
In one embodiment of the invention, wherein, this information encapsulation of this monitoring device has: this identifying information of this logout information that this monitoring device produces and this monitoring device itself, and this information encapsulation of this electronic installation has: this identifying information of this logout information that this electronic installation produces and this electronic installation itself.
In one embodiment of the invention, wherein, this identifying information has a device status identifier and a network address.
In one embodiment of the invention, wherein, this user side more in order to after receiving this information encapsulation from this monitoring device and/or this electronic installation, directly and this monitoring device and/or this electronic installation carry out one end-to-end online.
In one embodiment of the invention, comprise an end-to-end Relay Server, be connected with this monitoring device and/or this electronic installation, in order to store this identifying information from this monitoring device and/or this electronic installation, this user side is more in order to after receiving this identifying information from this monitoring device and/or this electronic installation through this remote server, online with this end-to-end Relay Server.
In one embodiment of the invention, wherein, this monitoring device is a network camera, a carbon dioxide detector, a smoke detector, an acoustic sensor or a thermal source transducer.
In one embodiment of the invention, wherein, this electronic installation is a monitoring device or a movement device, and this movement device is an intelligent home electrical appliance or a siren.
In one embodiment of the invention, wherein, this scene end more comprises a second electronic device, it has: a control unit, be provided with a judge module, it is electrically connected a sending module, an operational module and/or a forwarding module, this judge module is in order to select to perform to should the sending module of implied terms, operational module or forwarding module according at least one implied terms, sending module is in order to produce a signal instruction, operational module is in order to perform an own working procedure and the logout information of generation, and forwarding module is in order to forward an information to be forwarded, one storage element, has an identifying information of its device itself, and a socket service device, in order to transmit those instructions or information that this second electronic device produces, wherein, this monitoring device, those socket service devices of this electronic installation and this second electronic device transmit mutually this identifying information of this device itself, and then forming apparatus is online to device, and those socket service devices are in order to transmit those instructions or the information target electronic device to preassignment, this monitoring device, this electronic installation and this second electronic device one of its target electronic device each other, and this middle device of this relay is more online with this second electronic device, this remote server is more in order to receive an information encapsulation of this second electronic device from this scene end.
In one embodiment of the invention, wherein, this user side is more in order to after receiving this information encapsulation from this monitoring device, this electronic installation and/or this second electronic device, and it is online that direct and this monitoring device, this electronic installation and/or this second electronic device carry out end-to-end device.
In one embodiment of the invention, comprise an end-to-end Relay Server, be connected with this monitoring device, this electronic installation and/or this second electronic device, in order to store this identification information from this monitoring device, this electronic installation and/or this second electronic device, this user side is more in order to after receiving this identification information from this monitoring device, this electronic installation and/or this second electronic device, online with this end-to-end Relay Server.
In one embodiment of the invention, wherein, this second electronic device is a network camera, a carbon dioxide detector, a thermal source transducer, a smoke detector, an acoustic sensor, an intelligent home electrical appliance or a siren.
In one embodiment of the invention, wherein, this middle device is an intelligent light-emitting device or a home network router.
In one embodiment of the invention, wherein, this remote server is a signal processing center.
In one embodiment of the invention, wherein, this user side is people's intelligent mobile phone, a smart watch, intelligent glasses, a personal computer, a notebook computer, a personal digital assistant, a flat computer, a warning system or security centre's system or its combination on-line module.
In the present invention one embodiment of the method, wherein, this is at least onely pre-conditionedly chosen as that a transmission is pre-conditioned, another transmission is pre-conditioned, a job is pre-conditioned and one forward pre-conditioned one of them or its combination.Send and pre-conditionedly judge whether a live event meets a predeterminable event situation, if, then select to perform this sending module, produce this signal instruction, wherein, this signal instruction is a control signal instruction, this socket service device sends this control signal instruction further to this target electronic device, another sends pre-conditioned judging whether successfully cannot transmit described instruction or described information, if, then select to perform this sending module, produce this signal instruction to another target electronic device, wherein, this signal instruction is a forwarding signal instruction, work implied terms judges whether to receive a control command, when judging to receive this control command, select to perform this operational module, perform this working procedure own and produce this logout information.Forward pre-conditioned judging whether and receive a forwarding instruction, when judging to receive this forwarding instruction, selecting to perform this forwarding module, forwarding an information to be forwarded to another target electronic device according to this forwarding instruction.
In the present invention one embodiment of the method, wherein, at this user side after receiving this information encapsulation from this monitoring device and/or this electronic installation, further comprising the steps of: this user side directly or carry out end-to-end online through an end-to-end Relay Server and this monitoring device and/or this electronic installation.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is known a kind of supervisory control system block schematic diagram.
Fig. 2 is the supervisory control system block schematic diagram of device to device of one embodiment of the invention.
Fig. 3 is for amplifying block schematic diagram based on the on-the-spot end portion in embodiment described in Fig. 2.
Fig. 4 is that the device of one embodiment of the invention is to assembly monitor method flow diagram.
Fig. 5 be the present invention one device in assembly monitor embodiment of the method, select to perform the decision flow chart of sending module.
Fig. 6 be the present invention one device in assembly monitor embodiment of the method, select to perform the decision flow chart of another sending module.
Fig. 7 be the present invention one device in assembly monitor embodiment of the method, select the decision flow chart of execution work module.
Fig. 8 be the present invention one device in assembly monitor embodiment of the method, select to perform the decision flow chart of forwarding module.
Fig. 9 is the supervisory control system block schematic diagram of device to device of further embodiment of this invention.
Figure 10 is for amplifying block schematic diagram based on the on-the-spot end portion in embodiment described in Fig. 9.
Figure 11 is the supervisory control system application apparatus schematic diagram of the present invention's another embodiment again.
Figure 12 is that user sets up and performs the method flow diagram of application examples as shown in figure 11.
[symbol description]
10 on-the-spot end 21 monitoring devices
100 supervisory control system 211 control units
11 thermostat 2111 judge modules
20 on-the-spot end 2113 sending modules
The supervisory control system 2115 of 200 devices to device makes module
2117 forwarding module 31 residential gateways
213 storage element 33 webservers
215 socket service device 40 relays
23 electronic installation 400 devices are to the supervisory control system of device
231 control unit 41 middle devices
2311 judge module 43 remote servers
2313 sending module 420 scene ends
2315 make module 421 network camera
2317 forwarding module 423 temperature sensors
233 storage element 425 carbonoxide transducers
235 socket service device 440 relays
The intelligent street lamp of 25 second electronic device 441
251 control unit 443 city signal processing centers
2511 judge module 460 user sides
The intelligent glasses of 2513 sending module 461
2515 make module 463 smart watch
2517 forwarding module 50 user sides
253 storage element 51 intelligent apparatus
255 socket service device 60 user sides
30 relay 61 intelligent apparatus
300 devices are to supervisory control system 63 warning system of device
80 peer-to-peer services devices
S0n, s0n ', s0n " information encapsulation
S1n, s1n ', s1n " pre-conditioned
S3n, s3n ', s3n " signal instruction
S5n, s5n ', s5n " logout information
S7n, s7n ', s7n " information to be forwarded
S9n, s9n ', s9n " identifying information
S80 fixed address
Embodiment
In order to more understand the present invention, below in conjunction with graphic explanation several possible embodiments of the present invention, wherein, same-sign represents to have same configuration, the assembly of function or steps flow chart.In addition, affiliated field has and usually knows that the knowledgeable is appreciated that, in the process of System Operation, the signal such as instruction, information can produce successively.Therefore, graphic middle indicated command character or information symbol s0 ~ 9n, s0 ~ 9n ', s0 ~ 9n " described by n, the signal that different signals or instruction or front and back produce can be expressed, in order to do the description of sharp embodiment.
First, please also refer to Fig. 2, for the device of one embodiment of the invention is to the supervisory control system block schematic diagram of device.The supervisory control system 200 of device to device has on-the-spot end 20, one relay 40, and a user side 60.On-the-spot end 20 is provided with a monitoring device 21 and at least one electronic installation 23.Monitoring device 21 is the electronic installations with monitoring effect, such as, be a video camera, a carbon dioxide detector, a smoke detector, an acoustic sensor or a thermal source sensor.Electronic installation 23 is another monitoring device 21 or a movement device.Movement device can be an intelligent home electrical appliance or a siren.Intelligent home electrical appliance is such as family's common electronics device that coffee machine, air conditioner, electric light etc. can be online with the webserver.Siren is such as the electronic installation that buzzer, flashing display etc. have alarm function.
Relay 40 is provided with at least one middle device 41 and a remote server 43.Namely middle device 41 has information as one and turns the electronic installation passing effect, such as, be an intelligent light-emitting device or a home network router.Intelligent light-emitting device is the light-emitting device with network on-line function, such as intelligent street lamp.In the present embodiment, middle device 41 is mutually online with monitoring device 21, electronic installation 23 and remote server 43 respectively.In other embodiments, middle device 41 also can on demand only with one of them device of monitoring device 21 and electronic installation 23 and remote server 43 mutually online.Remote server 43 is classical network server, in order to receive and to store the information encapsulation s0n from the monitoring device 21 of scene the end 20 and/or information encapsulation s0n ' from electronic installation 23, such as, be that erection has city signal processing center that is virtual or property server.Remote server is also not limited to city scope, such as, provided by manufacturer or the vendor server of the cloud server that sets up etc., as United States Patent (USP) 7278273 the signal processing center that discloses.
User side 60 can be intelligent apparatus 61, warning system 63, security centre's system or other combination on-line modules.The portable electronic devices that intelligent apparatus 61 is a personal computer, a notebook computer, a personal digital assistant, a flat computer, an intelligent portable equipment or a wearable type intelligent device etc. have network on-line function.Such as this graphic shown by, user side 60 has intelligent apparatus 61 and a warning system 63.User side 60 is mutually online through wired or wireless network with remote server 43, in order to receive the information encapsulation s0n of the monitoring device 21 and/or information encapsulation s0n ' of electronic installation 23 through remote server 43.
With reference to Fig. 3, Fig. 3 for amplifying block schematic diagram based on the on-the-spot end portion in embodiment described in Fig. 2.Monitoring device 21 and/or electronic installation 23 have control unit 211,231, storage element 213, a 233 and socket service device 215,235 respectively, and three is electrical connected mutually.
Specifically, monitoring device 21 is except having the required basic module such as itself monitoring function and Internet connection transmission, the basic functional components that a such as network camera should possess, this part is the understandable technology of affiliated field dealer, repeats no more.Monitoring device 21 also has control unit 211, storage element 213 and a socket service device 215.Control unit 211 and storage element 213 can be the microcontroller and the mnemon that are integrated in monitoring device 21 itself respectively, also or the electronic building brick of additional.Control unit 211 is such as a control chip, it is provided with a judge module 2111, and judge module 2111 can be electrically connected one of them module or its composite module of sending module 2113, operational module 2115 and a forwarding module 2117, namely judge module 2111 is electrically connected sending module 2113, operational module 2115 and/or forwarding module 2117.Judge module 2111 is in order to select to perform the sending module 2113 of corresponding pre-conditioned s1n, operational module 2113 and/or forwarding module 2117 according at least one pre-conditioned s1n.
Pre-conditioned s1n is such as that a transmission is pre-conditioned, another transmission is pre-conditioned, a job is pre-conditioned or a forwarding is pre-conditioned.Sending module 2113 is in order to produce at least one signal instruction s3n.Signal instruction s3n is such as that a control signal instruction or forwards signal instruction.Operational module 2115 produces a logout information s5n in order to the own working procedure performing an own working procedure and corresponding execution.Forwarding module 2117 in order to forward an information s7n to be forwarded, such as a control command or an information.
Storage element 213, such as but not limit be a read-only memory or an erasable internal memory, it stores an identifying information s9n of monitoring device 21 itself, certainly also can store other signal or information.Identifying information s9n contains a device status identifier and/or a network address of monitoring device 21 itself.The device status identifier in logout information s5n and identifying information s9n is then at least contained in the information encapsulation s0n that monitoring device 21 produces.
Socket service device 215, it is such as commercially available end-to-end socket service device, in order to as the online online server of monitoring device 21 pairs of electronic installations 23, its instruction that can produce in order to monitoring devices 21 such as transmission signal instruction s3n, logout information s5n, information s7n to be forwarded, identifying information s9n or information encapsulation s0n or information, also can receive from other electronic installations, such as, be instruction or the information of electronic installation 23.
Electronic installation 23 can be similar to monitoring device 21, and except having the working procedure of its execution own and the required assembly of Internet connection function, electronic installation 23 also has control unit 231, storage element 233 and a socket service device 235.Control unit 231 and storage element 233 can be integrated in microcontroller and the mnemon of originally electronic installation 23 itself respectively, also or the electronic building brick of additional.Control unit 231 is such as a control chip, as the control unit 211 of monitoring device 21, can be provided with judge module 2311, sending module 2313, operational module 2315 and/or a forwarding module 2317.Judge module 2311 is in order to select to perform the sending module 2313 of corresponding pre-conditioned s1n ', operational module 2315 or forwarding module 2317 according at least one pre-conditioned s1n '.Sending module 2313 is in order to produce at least one signal instruction s3n ', and operational module 2315 is in order to perform working procedure own and corresponding working procedure own produces a logout information s5n ', and forwarding module 2317 is in order to forward an information s7n ' to be forwarded.
Storage element 233, as storage element 213, at least stores an identifying information s9n ' of electronic installation 23 itself.Identifying information s9n ' contains a device status identifier and/or a network address of electronic installation 23 itself.The logout information s5n ' that it produces then at least is contained in the information encapsulation s0n ' that electronic installation 23 produces, and the device status identifier in identifying information s9n '.
Socket service device 235 is such as commercially available end-to-end socket service device, in order to as the online online server of monitoring device 21 pairs of electronic installations 23, its signal that can produce in order to electronic installations 23 such as transmission signal instruction s3n ', logout information s5n ', information s7n ' to be forwarded, identifying information s9n ' or information encapsulation s0n ', can also receive the signal produced from other electronic installations, such as, be the signal such as instruction or information that monitoring device 21 sends.
Wherein, the socket service device 215 of monitoring device 21 and the socket service device 235 of electronic installation 23 transmit identifying information s9n, s9n mutually ', and then online between device of the device forming electronic installation 21 and monitoring device 23.After online mutually, before socket service device 215 and socket service device 235 can transmit respectively, a little instructions or more front information are to a preassigned target electronic device.In the present embodiment, for monitoring device 21, electronic installation 23 and middle device 41 are the target electronic device of its preassignment.For electronic installation 23, monitoring device 21 and middle device 41 are the target electronic device of its preassignment.
For example, when after electronic installation 21 with monitoring device 23 phase interconnections, the signal instruction s3n that the sending module 2113 of monitoring device 21 produces can pass through its socket service device 215 and is sent to the electronic installation 23 given tacit consent to and specify.The socket service device 235 of electronic installation 23 receives signal instruction s3n and sends control unit 231 to.Control unit 231 can do corresponding action based on signal instruction s3n again, describes after please holding.
The device of above embodiment to the system architecture of the supervisory control system 200 of device, and then can import the method for supervising of device as described in Figure 4 to device.Referring to the 2 to 4 figure, after device starts the supervisory control system 200 of device, first, as step S201, the socket service device 215 of monitoring device 21 and the socket service device 235 of at least one electronic installation 23 transmit mutually identifying information s9n and s9n ' of its device itself, and then form monitoring device 21 interaction function online to device with the device of electronic installation 23.
Then, as step S202, monitoring device 21 and electronic installation 23 other judge module 2111,2311 each are according at least one pre-conditioned functional module selecting to perform corresponding implied terms preset, such as sending module, operational module or forwarding module, and corresponding generation one instruction or an information.In other words, the judge module 2111 of monitoring device 21 selects to perform the sending module 2113 of corresponding pre-conditioned s1n, operational module 2115 or forwarding module 2117 according at least one pre-conditioned s1n of monitoring device 21 acquiescence itself.Sending module 2113 correspondence produces signal instruction s3n in order to the follow-up target electronic device being sent to preassignment.The working procedure of operational module 2115 execution own is the corresponding logout information s5n produced also.Forwarding module 2117 forwards an information s7n to be forwarded in order to follow-up another target electronic device being sent to preassignment.In like manner, electronic installation 23 also can select to perform the sending module 2313 of corresponding pre-conditioned s1n ', operational module 2315 or forwarding module 2317 according at least one pre-conditioned s1n ' of electronic installation 23 itself.
After selection performs specific functional module, then enter step S203, produced instruction and/or information can be such as signal instruction s3n, s3n ' by the socket service device 235 of the socket service device 215 of monitoring device 21 and/or electronic installation 23, signal s7n, s7n to be forwarded ' or logout information s5n, s5n ' be sent to preassigned target electronic device or another target electronic device described.Such as in one embodiment, if the judge module 2111 of monitoring device 21 judges to meet send pre-conditioned s1a, and then start execution sending module 2113, then sending module 2113 produces signal instruction s3n.Give tacit consent in advance due to monitoring device 21 again and store a target electronic device list, wherein, electronic installation 23 is one of its target electronic device.In the present embodiment, because electronic installation 23 and monitoring device 21 present local on-line state through socket service device 235 and 215, but be not limited to local on-line, as long as can be online each other, therefore produced signal instruction s3n just can be sent to electronic installation 23 by control unit 211.
Through above-mentioned monitoring device 21 and the device of electronic installation 23 and the interaction of device online after, finally, monitoring device 21 and/or electronic installation 23 can perform working procedure own, and produce an information encapsulation s0n and/or information encapsulation s0n '.Wherein, the information encapsulation s0n of monitoring device 21 at least comprises the logout information s5n that device status identifier in the identifying information s9n of monitoring device 21 itself and operational module 2115 produce.The information encapsulation s0n ' of electronic installation 23 at least comprises the logout information s5n ' that device status identifier in the identifying information s9n ' of electronic installation 23 itself and operational module 2315 produce.
Step S204, monitoring device 21 or electronic installation 23 by the information encapsulation s0n that produces and/or information encapsulation s0n ', and are sent to the remote server 43 of relay 40 through the middle device 41 of relay 40.
Step S205, remote server 43 can the interior stored device status identifier of identification information parcel s0n and/or information encapsulation s0n '.
Finally, as step S206, information encapsulation s0n and/or information encapsulation s0n ' is sent to the user side 60 storing described device status identifier equally.
In another embodiment, in step S205, whether remote server 43 also can receive from the logout information s5n in the information encapsulation s0n of monitoring device 21 and from the logout information s5n ' in the information encapsulation s0n ' in electronic installation 23 in the lump in identification.If so, then represent that on-the-spot end 20 is for may there be foreign object to invade, and then make remote server 43 information encapsulation s0n and information encapsulation s0n ' be sent to corresponding user side 60.
Through the device of above-described embodiment to the supervisory control system 200 of device and its method for supervising, user can receive information encapsulation s0n, s0n from monitoring device 21 and/or electronic installation 23 through remote server 43 ', and then be able to through user side 60, it is such as the situation of intelligent mobile phone, monitoring site end 20.
Describe the concrete determining step flow embodiment of the corresponding difference in functionality module of different implied terms below further.Please continue with reference to Fig. 4, wherein, in step S202, the judge module 2111 of monitoring device 21 is based on different pre-conditioned s1n, or the judge module 2311 of electronic installation 23 is based on different pre-conditioned s1n ', can select to perform corresponding different pre-conditioned s1n, s1n respectively ' functional module, comprise sending module 2113,2313, operational module 2115,2315 or forwarding module 2117,2317.
Below be then be described with the angle of monitoring device 21, it performs the judgement flow process that various implied termss as described below select difference in functionality module.Certainly, electronic installation 23 also can perform the judgement flow process that various implied termss as described below select difference in functionality module.First, please with reference to Fig. 4 and emphasis with reference to Fig. 5, step S202 as described in Figure 4, wherein, it is pre-conditioned that at least one pre-conditioned s1n of step S202 contains a transmission, and it is for judge whether a live event meets a predeterminable event situation.After monitoring device 21 starts, monitoring device 21 itself have received the control command of unlatching, also can continue the own working procedure of execution (i.e. monitoring program).Therefore, as step S2021a, if when the judge module 2111 of monitoring device 21 judges that the live event monitored meets a predeterminable event situation, then as step S2023a, judge module 2111 is selected to perform sending module 2113, sending module 2113 produces signal instruction s3n, and it, for controlling signal instruction, can control the working procedure of a target electronic device execution of preassignment own.Electronic installation 23 is at the preassigned target electronic device of the present embodiment.Then, step S203 for another example, sends the socket service device 235 of electronic installation 23 to by the instruction of control signal through socket service device 215.Therefore, electronic installation 23 carries out judging whether that socket service device 235 receives through itself judge module 2311 according to itself pre-conditioned s1n ' more further and controls signal instruction, and then selects the functional module performing corresponding pre-conditioned s1n '.Otherwise, if when not detecting that live event meets predeterminable event situation, then before again getting back to step S2021a.
Please refer to Fig. 6 again, for selecting the decision flow chart performing another sending module.In step S202 as described in Figure 4, it is pre-conditioned that its pre-conditioned s1n can comprise another transmission, and namely judging whether cannot successful move instruction or information.In the present embodiment, be then judge whether to transmit as Fig. 5 the control signal instruction that produces to target electronic device (in this case electronic installation 23).Therefore, as step S2021b, if judge module 2111 judge cannot the instruction of transfer control signal time, then as step 2023b select execution sending module 2113, produce another signal instruction, be a forwarding signal instruction.Then as step S203, transmit through socket service device 215 and forward signal instruction to another target electronic device, target electronic device now and non-electronic devices 23, but other preassigned electronic installations, forward signal instruction and can notify and control another target electronic device described to forward control command to target electronic device originally (be electronic installation 23 in this).In like manner, if judge module 2111 judges transfer control signal instruction, then again step S2021b is rejudged before being back to step S2021b.
Please refer to the 7th figure again, for selecting the decision flow chart of execution work module.In step S202 as described in Figure 4, it is pre-conditioned that its pre-conditioned s1n can comprise a job, and whether it is for receiving a control command.Therefore, as step S2021c, when judge module 2111 judges to receive a control command, as step S2023c, judge module 2111 selects execution work module 2115, and the working procedure of execution own also produces logout information s5n.With monitoring device 21 for network camera, working procedure own is photography monitoring program, and its logout information s5n produced, be photographic image information.Again such as monitoring device 21 be a temperature sensor then working procedure own be temperature sensing working procedure, the logout information s5n that it produces is temperature sensing record.Control command is then the electronic installation being provided with device interactive function from other, such as electronic installation 23, perform based on the pre-conditioned of itself as Fig. 5 sending module the control signal instruction that produces, can be used as the control command described in work implied terms of monitoring device 21.Wherein, judge module 2111 judges execution work module 2115 and judges that the mode performing sending module 2113 can integrate, for example, judge module 2111 first can perform and send pre-conditioned judgement, and then the working procedure of lasting execution own, and when receiving the control signal instruction from electronic installation 23, being about to when receiving control signal instruction, produced logout information s5n is also sent to relay 41 by the working procedure of execution own.
Please refer to Fig. 8 again, for selecting the decision flow chart performing forwarding module.In step S202 as described in Figure 4, it is pre-conditioned that its pre-conditioned s1n can comprise a forwarding, is and judges whether to receive a forwarding instruction.Therefore, as step S2021d, when judge module 2111 judges to receive a forwarding instruction, as step S2023d, control unit 211 is selected to perform forwarding module 2117 based on forwarding instruction, forwarding information s7n to be forwarded is such as a control command or an information, and then as step S203 is sent to a target electronic device through socket service device 215.For example, when monitoring device 21 receives the instruction of forwarding signal (be and forward instruction) that the sending module 2313 from electronic installation 23 produces, information encapsulation s0n ' (being information at this) from electronic installation 23 can be forwarded the target electronic device giving another preassignment based on forwarding signal instruction by monitoring device 21, also contains middle device 41 in the target electronic device list of such as, in monitoring device 21 institute's preassignment.When the information encapsulation s0n ' that electronic installation 23 normally cannot transmit itself is to middle device 41, then electronic installation 23 performs sending module 2313 and sends the instruction of forwarding signal, monitoring device 21 according to forwarding implied terms, and then performs the middle device 41 that the information encapsulation s0n ' of electronic installation 23 is transferred to preassignment by forwarding module 2117.
Comprehensive above-described embodiment, monitoring device 21 has at least one implied terms s1n, its can be send pre-conditioned, another transmissions is pre-conditioned, work pre-conditioned or forward pre-conditioned, corresponding execution sending function module 2113, operational module 2115, forwarding module 2117 respectively.In like manner, electronic installation 23 is provided with the implied terms s1n ' of at least one corresponding monitoring device 21, its can be send pre-conditioned, another transmissions is pre-conditioned, work pre-conditioned or forward pre-conditioned, corresponding execution sending function module 2313, operational module 2315, forwarding module 2317 respectively.Its concrete steps are as shown in the 4 to 8 figure and illustrate, only previous embodiment illustrates with the angle of monitoring device 21, need change into and judging with the angle of electronic installation 23, not repeat them here.
In other words, in the above-described embodiments, altogether disclose have four kinds pre-conditioned, and respectively corresponding four kinds of functional modules.When device starts, as long as meet the pre-conditioned functional module that just can perform correspondence.Monitoring device 21 and electronic installation 23 respectively can according to a kind of functional modules of permutation and combination fill order, and namely sending module, operational module and forwarding module are one kind of.In other embodiments, also several functions can be performed combine-i.e. combination function the module of sending module, operational module and forwarding module, such as, when the judge module 2111 of monitoring device 21 meet simultaneously send pre-conditioned, meet again simultaneously work pre-conditioned time, then sending module 2111 and operational module 2115 can synchronously perform.
In addition, in one embodiment, if the judge module 211,231 in monitoring device 21 and electronic installation 23 judge to meet pre-conditioned situation contradictory or the situation of n-back test module exception occurs time, then control unit 211 and/or control unit 231 can the pre-conditioned execution of the latter.In another embodiment, control unit 211 and/or control unit 231 also can pass through relay 40 and notify user side 60, have this contradiction or abnormal conditions to occur.In addition, in another embodiment, also the target electronic device list for sending to can be previously provided with or default setting can receive to receive list from one of which electronic installation in storage element 213,233 in monitoring device 21 and/or electronic installation 23, avoid receiving or sending signal to non-targeted electronic installation or destination, reduce the generation of contradiction or exception.
In the above-described embodiments, be set with sending module 2113, operational module 2115 and forwarding module 2117 simultaneously, but in other embodiments, also can according to the quantity of the functional module given tacit consent in design alternative control unit.For example, monitoring device 21 also can only design has sending module 2113 and operational module 2115, and electronic installation 23 also may correspond to and is designed with operational module 2315 and forwarding module 2317.Such as electronic installation 23 also can only be designed with operational module 2315 again.Designer can according to the interaction function module between the corresponding design apparatus of the application function needed for it.
Therefore, through the device of above-described embodiment to the tele-control system 200 of device and method for supervising thereof, because the monitoring device 21 of scene end 20 has the device interaction function online to device with at least one electronic installation 23, and then the transmission of multi-direction information or instruction can be reached.In addition, because monitoring device 21 and electronic installation 23 all can set pre-conditioned s1n, s1n separately ' with perform corresponding pre-conditioned s1n, s1n ' functional module, comprise sending module 2113,2313, operational module 2115,2315 and/or forwarding module 2117,2317, compared to the mode of known single device independent work, interaction and the application of various functional module can be extended.Again, have in the embodiment forwarding implied terms and forwarding module, because electronic installation 23 and monitoring device 21 can also perform forwarding module 2117,2317 respectively, forwarding information or instruction, therefore, the information that adds arrives target electronic device or the success rate of destination, and the attention interruption solving known single device just cannot transmit the problem of signal.
The invention is not restricted to above-described embodiment, please referring again to the step S207 shown in Fig. 2 and Fig. 4, in another embodiment, device to the user side 60 of the supervisory control system 200 of device more in order to after reception is from the information encapsulation s0n of monitoring device 21 and/or the information encapsulation s0n ' of electronic installation 23, directly and monitoring device 21 and/or electronic installation 23 carry out end-to-end online.Due to identifying information s9n, s9n ' in there is device status identifier and/or a network address of monitoring device 21 or electronic installation 23, therefore, after first user side 60 obtains identifying information s9n, s9n from monitoring device 21 and/or electronic installation 23 ' through remote server 43, user side 60 can end-to-end on-line mode directly hold the monitoring device 21 of 20 and/or electronic installation 23 to carry out direct information transmission with on-the-spot, and need not be passive through relay 40 again and indirectly receive information.By this, if relay 40 is after first time transmission identifying information s9n, s9n ' is to user side 60, if when there is the facts such as interruption, user side 60 still can through end-to-end online, and the monitoring device 21 directly held with scene and/or electronic installation 23 are monitored.
Although again in the aforementioned embodiment, user side 60 after receiving information encapsulation s0n or s0n ' of monitoring device 21 and/or electronic installation 23 can directly and monitoring device 21 and/or electronic installation 23 carry out end-to-end online, but, the situation that the reasons such as hypertelorism cause end-to-end online instability may be there is.Therefore, in still another embodiment of the process, device also can have an end-to-end server 80 to the supervisory control system 200 of device, and be such as set up in the post office server near on-the-spot house of holding, it has a fixed address s80.In other words, peer-to-peer services device 80 turns as a signal and passes station, and it can receive and information encapsulation s0n or s0n ' of the monitoring device 21 stored from scene end 20 and/or electronic installation 23, also can with user side 60 electrical or Internet connection.When user side 60 receives after from the information encapsulation s0n of monitoring device 21 or the information encapsulation s0n ' of electronic installation 23 through relay 40, because the address of monitoring device 21 or electronic installation 23 can be obtained, user side 60 holds the monitoring device 21 of 20 and/or electronic installation 23 to carry out end-to-end online through peer-to-peer services device 80 with on-the-spot again, reduces because of the range limited problem of the signal transmission that transmission range is excessively far away.
Above-mentioned is for monitoring device 21 and an electronic installation 23, but the invention is not restricted to the interactive online mode only between two table apparatus, and the interaction that also can be designed between multiple stage device is online.Please refer to Fig. 9, for the device of further embodiment of this invention is to the supervisory control system block schematic diagram of device.Wherein, the assembly of same-sign illustrates the embodiment referring to device monitoring and control system 200, to the supervisory control system 300 of device and device, the difference part to the supervisory control system 200 of device is the device of the present embodiment: scene holds 20 except being provided with monitoring device 21, electronic installation 23, is also provided with a second electronic device 25.As shown in Figure 9, second electronic device 25, as monitoring device 21 or electronic installation 23, also can produce an information encapsulation s0n " and be sent to relay 40.Second electronic device 25 as electronic installation 23, such as, is another monitoring device 21 or a movement device.Movement device is an intelligent home electrical appliance or a siren.Intelligent home electrical appliance is such as the electronic equipments such as coffee machine, air conditioner, electric light.Siren is such as the equipment such as buzzer, flashing display.
Wherein, the interaction function that between monitoring device 21, electronic installation 23 and second electronic device 25, the webbed device of shape is online to device, and then each device can from multi-direction transmission instruction and/or information.More particularly, be that use side part in embodiment described in Fig. 9 amplifies block schematic diagram please with reference to Fig. 9 and Figure 10, Figure 10.
The internal structure of monitoring device 21 and electronic installation 23 repeats no more.Second electronic device 25 is as electronic installation 23, and have control unit 251, storage element 253 and a socket service device 255, three is electrical connected.
Control unit 251 is provided with a judge module 2511, is electrically connected sending module 2513, operational module 2515 and/or a forwarding module 2517.Judge module 2511 is in order to according at least one pre-conditioned s1n "; select to perform corresponding pre-conditioned s1n " sending module 2513, operational module 2515 or forwarding module 2517, sending module 2513 is in order to produce a signal instruction s3n "; operational module 2515 is in order to perform working procedure own and to produce a logout information s5n ", forwarding module 2517 is in order to forward an information s7n to be forwarded ".
Storage element 253 as storage element 213, in order to store an identifying information s9n of its device itself ".Identifying information s9n " comprise the device status identifier of second electronic device 25 own and a network address.
Socket service device 255, in order to transmit the more described instruction or information or the information received from monitoring device 21 and/or electronic installation 23 or instruction that second electronic device 25 produces.
In the present embodiment, the socket service device 215,235 and 255 of monitoring device 21, electronic installation 23 and second electronic device 25 is in order to identifying information s9n, s9n of mutual conveyer itself ', s9n ", and then forming apparatus is to the online interaction function of device.After online, three socket service devices 215,235 and 255 are in order to move instruction or the information target electronic device to preassignment.Monitoring device 21, electronic installation 23 and electronic installation 25 one of its target electronic device each other.Such as all can give tacit consent in each device and store a target electronic device list, when after device and the online formation of device, when then device is based on implied terms n-back test module, then can find out corresponding target electronic device and coordinate n-back test module, describe in detail after please refer to following application examples appearance and describe.
In addition, the middle device 41 of relay 40 is also online with second electronic device 25, and remote server 43 is also in order to receive the information encapsulation s0n from the second electronic device 25 of scene end ".Information encapsulation s0n " that at least have second electronic device is identifying information s9n " in device status identifier and/or logout information.
Please referring again to Fig. 4, above-mentioned device also can load method for supervising as described in Figure 4 to the tele-control system 300 of device.As step S201, except monitoring device 21 and electronic installation 23 forming apparatus are to except device online function, second electronic device 25 also respectively with monitoring device 21 and electronic installation 23 forming apparatus to device online function.
For another example step S202, except monitoring device 21, electronic installation 23, the judge module 2511 of second electronic device 25 also can according to the pre-conditioned s1n preset " select to perform corresponding pre-conditioned s1n " functional module, it is sending module 2513, operational module 2515 and/or forwarding module 2517, and corresponding signal such as generation one instruction or an information etc.In addition, judge module 2511 selection function module, implementation step as sending module 2513, operational module 2515 and/or forwarding module 2517 is identical with monitoring device 21 and electronic installation 23, refer to the 4 to 8 figure and device to the explanation of the supervisory control system 200 of device about the implementation step of the concrete selection function module of monitoring device 21, only judge that the procedural mode performed need change into the angle of second electronic device 25, do not repeat them here.
Again, in an alternative embodiment of the invention, when user side 60 receives the information encapsulation s0n from second electronic device 25 " after, user side 60 also can pass through end-to-end online directly online with second electronic device 25, and then the information of direct acquisition second electronic device 25.In another embodiment, the supervisory control system 300 of device to device also can set up peer-to-peer services device 80, it is except can receiving and storing except the information from monitoring device 21 and/or electronic installation 23, also can receive and store the information of second electronic device 25, its function and on-line mode as above device, to described in the supervisory control system 200 of device, repeat no more.
Comprehensively above-mentioned, the supervisory control system 300 of device to device has monitoring device 21, two electronic installations 23,25.Between each device all can forming apparatus online to device, also there are foregoing four kinds of pre-conditioned and functional modules that corresponding execution is different, and then each device all can perform the running embodiment of single functional module or several functions module.In addition, due to, monitoring device 21, electronic installation 23 and second electronic device 25 can also perform forwarding module respectively, forwarding information or instruction, by this, each device multidirectionally can pass on information or instruction, and the information that adds arrives target electronic device or the success rate of destination.
Through aforesaid embodiment, variablely dissolve multiple application mode.In order to more the present invention can be understood, please with further reference to the 9 to 12 figure, below enumerate several embody rule example for ginseng.Please also refer to Figure 11, should in use-case, user can set up the supervisory control system 400 of a device to device, and it has on-the-spot end 420, one relay 440 and a user side 460.
On-the-spot end 420 can be an interior space, and erection has one to have to be equivalent to a network camera 421, of monitoring device 21 to have the temperature sensor 423 being equivalent to electronic installation 23 and the carbon dioxide sensor 425 being equivalent to second electronic device 25.In other words, network camera 421, temperature sensor 423 and carbon dioxide sensor 425 are set up in on-the-spot end among 420 LAN formed.
Relay 440 is in should use-case be then be configured with the intelligent street lamp 441 being equivalent to middle device 41 and the city signal processing center 443 being equivalent to remote server 43.Wherein, intelligent street lamp 441 holds the network camera 421 of 420, temperature sensor 423 and carbon dioxide detector 425 network to be connected with scene, and is connected with city signal processing center 443.
User side 460 comprises intelligent glasses 461, smart watch 463 and intelligent mobile phone 465, and it all can pass through Internet connection to city signal processing center 443.
Please refer to Figure 12 again, set up for user and perform the method flow diagram of application examples as shown in figure 11.User or dealer have set up the supervisory control system 400 of said apparatus to device, when network camera 421, temperature sensor 423 and carbon dioxide detector 425 are by controlled and after obtaining enabled instruction, as step S401, network camera 421 sends identifying information s9n extremely all electronic installations be positioned in LAN with device status identifier and the network address through socket service device 215.Only, because temperature sensor 423 and carbon dioxide detector 425 are respectively arranged with corresponding socket service device 235 and socket service device 255, therefore, temperature sensor 423 and carbon dioxide detector 425 can receive the identifying information s9n of network camera 421, are not provided with the electronic installation then not start of corresponding socket service device.After temperature sensor 423 and carbon dioxide detector 425 receive identifying information s9n, also can by the identifying information s9n of the identifying information s9n ' of temperature sensor 423 and carbon dioxide detector 425 " be returned to network camera 421 through socket service device 235,255.By this, network camera 421, temperature sensor 423 and carbon dioxide detector 425 phase interconnections, and define the device interaction function online to device.
From step S401, network camera 421, temperature sensor 423 and carbon dioxide detector 425 known tripartite position parallel machine.Now, enter step S402 and carry out subsequent step, respectively in network camera 421, temperature sensor 423 and carbon dioxide detector 425, setting the functional module of various pre-conditioned and corresponding implied terms.In use-case, the pre-conditioned setting procedure of step S402 to step S403 should comprised, but is being not limited thereto.By the explanation of the 4 to 8 figure, the selection of the functional module that known setting implied terms is corresponding with it has multiple may change, and in addition, the order of setting can also design change.Should in use-case, as step S402, the transmission as shown in Figure 5 of setting network video camera 421 be pre-conditioned, its namely setting network video camera 421 whether detect a live event and meet one and preset situation situation.Then be set as that someone enters in this default situation situation.If so, then selection is performed sending module 2113 by network camera 421, produces and controls signal instruction, and send the target electronic device of preassignment through socket service device 215 to, be temperature sensor 423 and carbon dioxide detector 425 at this.
Moreover as step S403, design temperature transducer 423 and carbon dioxide detector 425 can work pre-conditioned as shown in Figure 7 respectively.Whether the work implied terms of temperature sensor 423 and pre-conditioned being of the work of carbon dioxide detector 425 receive a control command, are the control signal instruction from network camera 421.If so, the operational module 2315 of temperature sensor 423 itself is then performed.The operational module 2515 of carbon dioxide detector 425 execution itself.
Then, as step S404, network camera 421, carbon dioxide detector 425 and temperature sensor 423 respectively controlled setting store a target electronic device list.Target electronic device list can be applicable to sending module, application module and transfer module.In the present embodiment, for network camera 421, carbon dioxide detector 425, temperature sensor 423 and intelligent street lamp 441 are its target electronic device.For carbon dioxide detector 425, namely network camera 421, temperature sensor 423 and intelligent street lamp 441 can be its target electronic device.For temperature sensor 423, namely network camera 421, carbon dioxide detector 425 and intelligent street lamp 441 can be its target electronic device.Again when target setting electronic installation, also the destination of target electronic device as intelligent street lamp 421 can be reset, such as city signal processing center 443, for example can pass through the urban district account of the Internet registered city signal processing center 443, and then information can be turned and passes to city signal processing center 443 by intelligent street lamp 421 further.
In addition, in order to avoid receiving multiple instruction simultaneously, therefore in still another embodiment of the process, also can give tacit consent in advance respectively at network camera 421, temperature sensor 423 and carbon dioxide detector 425 and have a reception inventory, limit the signal only received from which electronic installation.Such as temperature sensor 423, then set the signal only receiving network camera 421 or carbon dioxide detector 425.For network camera 421, then set the signal only received from user side 460, temperature sensor 423 or carbon dioxide detector 425.The signal only receiving network camera 421, temperature sensor 423 can be set to carbon dioxide detector 425.
After device having been set the implied terms of the network camera 421 of the supervisory control system 400 of device, temperature sensor 423, carbon dioxide detector 425 and corresponding function module, default objects electronic installation, destination etc. through above-mentioned steps S401 to S404, then device to the supervisory control system 400 of device can controlled access to plant to the method for supervising of device.
Please continue with reference to step S405, should in use-case, whether the judge module 2111 of network camera 421 judges implied terms s1n, set up, in this for send implied terms, be network camera 421 whether detect a live event meet one preset situation situation.When judge module 2111 is judged as YES, then selection is performed sending module 2113 by network camera 421, produce and control signal instruction, and send temperature sensor 423 and carbon dioxide detector 425 to through socket service device 215, with control temperature transducer 423 and the working procedure of carbon dioxide detector 425 startup own.
Then, as step S406, when temperature sensor 423 and carbon dioxide detector 425 receive control signal instruction respectively, then temperature sensor 423 and carbon dioxide detector 425 can be distinctly pre-conditioned according to work, judge whether to receive control command (controlling signal instruction), if so, the operational module 2315 of temperature sensor 423 itself is then performed.The operational module 2515 of carbon dioxide detector 425 execution itself.Therefore temperature sensor 423 performs the temperature sensing program being equivalent to working procedure own, and produces the thermograph information being equivalent to logout information s5n '.425 execution of carbon dioxide detector are equivalent to the detecting gas concentration lwevel program of working procedure own, and produce be equivalent to logout information s5n " gas concentration lwevel record.
Then, as step S407, network camera 421, temperature sensor 423 and carbon dioxide detector 425 can respectively by logout information s5n, s5n ' and s5n "; and identifying information s9n, s9n ' and s9n " information encapsulation s0n, s0n of being formed ', s0n " send the intelligent light-emitting device that previous default is target electronic device to, i.e. intelligent street lamp 441.
Then, as step S408, be equivalent to the intelligent street lamp 441 of intelligent light-emitting device again by information encapsulation s0n, s0n ', s0n " be sent to default destination, be city signal processing center 443 at this.Certainly also first can pass end through other turns and be transferred to destination again.
Then as step S409, city signal processing center 443 receives and storing information parcel s0n, s0n ', s0n "; and by information encapsulation s0n, s0n ', s0n " carry out identification identifying information s9n, s9n in it ' and s9n ", and find out there is identifying information s9n, s9n ' and s9n " in user side 460 equipment of same apparatus status identifier.In addition, in Another Application example, the present invention is owing to can set up mutual online interaction pre-conditioned as application examples between device and device, therefore, the city signal processing center 443 being equivalent to remote server can be set logout information s5n, s5n ', s5n when at least two table apparatus (network camera 421, temperature sensor 423 or carbon dioxide detector 425 wherein two) monitor " be all identified as invader when invading, then reinform user side 460.By this, compared to being directly provide monitoring information to user side after single device is monitored in the past, improve the accuracy of identification invader.
Finally, as step S410, the intelligent object wearing device of user is as intelligent glasses 461, smart watch 463, and intelligent mobile phone 465 receives information encapsulation s0n, information encapsulation s0n ' and/or information encapsulation s0n ".By this, user just can see image data, temperature sensing data or the dense carbon dioxide degrees of data etc. of coming indoor in oneself on the display interface of intelligent glasses 461, smart watch 463 and intelligent mobile phone 465, carries out the operation to supervisory control system.
Referring again to Figure 11, in other embodiments of the present invention, when use side 460 have received information encapsulation s0n, s0n ' and/or s0n " after, because the network address of network camera 421, temperature sensor 423 and/or carbon dioxide sensor 425 can be obtained respectively.Therefore, user side 460 can also directly hold the network camera 421 of 420, temperature sensor 423 and carbon dioxide sensor 425 online with on-the-spot through ad-hoc network further, and through city signal processing center 443, just directly need not transmit data.By this, if when message occurs to interrupt in the process transmitted, still can pass through end-to-end online mode, obtain monitoring information for user.
Above-mentioned Application Example is only an application aspect, through such as device, the supervisory control system 200 of device, the explanation of device to the supervisory control system 300 of device are appreciated that, because device and device can online mutually and corresponding starts, and be set with the pre-conditioned of interaction, therefore can produce the application mode of multiple possibility.
Referring again to Fig. 4, Fig. 9 and Figure 11, in the another application examples of the present invention, monitoring device 21 can be a network camera, and electronic installation 23 changes an intelligent coffee machine into, and second electronic device 24 changes an intelligent fruit juice mixer into.It performs step as described in Figure 4 equally.Only difference is when the transmission as Fig. 5 setting monitoring device 21 is pre-conditioned, if when can be set as that live event meets one first default context events, then send one and control signal instruction to electronic installation 23, wherein, the first default context events is detect the people of height more than more than 150 centimeters.In addition, if live event meets one second when presetting context events, then send one and control signal instruction to second electronic device 25, the second acquiescence context events can be set as detecting the people that height is less than 120 centimeters.And when being equivalent to the intelligent coffee machine of electronic installation 23 as shown in Figure 7, enter step S2021c to judge whether to receive the instruction of control signal, signal instruction is controlled if receive, then intelligent coffee machine then performs the working procedure made coffee, and produces and be equivalent to one of logout information and make coffee recorded information.
Again, be equivalent to the intelligent fruit juice mixer of second electronic device 25 then also as shown in Figure 7, enter step S2021c to judge whether to receive the instruction of control signal, signal instruction is controlled if receive, then intelligent fruit juice mixer will perform the working procedure of rushing fruit juice, and produce suitable logout information rush fruit juice recorded information, in this application examples, then also can perform when not online with relay.Again in Another Application example, therefore the fruit juice mixer being equivalent to the network camera of monitoring device 21, being equivalent to the coffee machine of electronic installation 23 and being equivalent to second electronic device 25 also with user side 60 through network or end-to-end online, can perform the state of previous embodiment.Now, user side 60 owing to have received photographic information, the recorded information that makes coffee and/or rush fruit juice recorded information, therefore, user also can judge that the situation that invader may be had to invade occurs voluntarily.
The above is only better embodiment of the present invention.Scope of the present invention is not limited with above-mentioned execution mode.Such as the personage haveing the knack of this case skill helps the equivalence done according to spirit of the present invention and modifies or change, all should be contained in following claim.
Claims (20)
1. device is to a supervisory control system for device, comprising:
One on-the-spot end, has a monitoring device and at least one electronic installation, has respectively:
One control unit, be provided with a judge module, be electrically connected a sending module, an operational module and/or a forwarding module, this judge module is in order to select according at least one implied terms to perform this sending module, this operational module or this forwarding module to should be pre-conditioned, this sending module is in order to produce at least one signal instruction, this operational module is in order to perform an own working procedure and the logout information of generation, and this forwarding module is in order to forward an information to be forwarded;
One storage element, an identifying information of storage device itself; And
One socket service device, in order to transmit this signal instruction, this logout information, this information to be forwarded or this identifying information;
Wherein, through this identifying information of this two socket service device transmission itself mutually of this monitoring device and this electronic installation, and then online between device of forming apparatus, to transmit mutually those instructions or those information;
One relay, there is at least one middle device and a remote server, this middle device and this monitoring device and/or this electronic installation, and this remote server is mutually online, this remote server is in order to receive and to store the information encapsulation from this monitoring device and/or this electronic installation; And
One user side, online with this remote server, in order to receive this information encapsulation of this monitoring device and/or this electronic installation.
2. the supervisory control system as described in claim the 1, wherein, stores a target electronic device list, this monitoring device and this electronic installation one of its target electronic device each other of preassignment respectively in this monitoring device and this electronic installation.
3. the supervisory control system as described in claim the 1, wherein, this is at least one is pre-conditionedly chosen as that a transmission is pre-conditioned, another transmission is pre-conditioned, a job is pre-conditioned and one forward pre-conditioned one of them or its combination, wherein, this transmission is pre-conditioned for judge whether a live event meets a predeterminable event situation, if so, then selects to perform this sending module, produce this signal instruction, wherein this signal instruction is a control signal instruction; This another send and pre-conditionedly successfully cannot transmit an instruction or an information for judging whether, if so, then select to perform this sending module, produce another signal instruction, it is a forwarding signal instruction; This work is pre-conditioned receives a control command for judging whether, when this judge module judges to receive a control command, selects to perform this operational module, performs this working procedure own and produce this logout information; This forwarding is pre-conditioned receives a forwarding instruction for judging whether, when judge module judges to receive this forwarding instruction, selects to perform this forwarding module, forwards this information to be forwarded to another target electronic device according to this forwarding instruction.
4. the supervisory control system as described in claim the 1, wherein, this information encapsulation of this monitoring device has: this identifying information of this logout information that this monitoring device produces and this monitoring device itself, and this information encapsulation of this electronic installation has: this identifying information of this logout information that this electronic installation produces and this electronic installation itself.
5. the supervisory control system as described in claim the 1, wherein, this identifying information has a device status identifier and a network address.
6. the supervisory control system as described in claim the 1, wherein, this user side more in order to after receiving this information encapsulation from this monitoring device and/or this electronic installation, directly and this monitoring device and/or this electronic installation carry out one end-to-end online.
7. the supervisory control system as described in claim the 1, comprise an end-to-end Relay Server, be connected with this monitoring device and/or this electronic installation, in order to store this identifying information from this monitoring device and/or this electronic installation, this user side is more in order to after receiving this identifying information from this monitoring device and/or this electronic installation through this remote server, online with this end-to-end Relay Server.
8. the supervisory control system as described in claim the 1, wherein, this monitoring device is a network camera, a carbon dioxide detector, a smoke detector, an acoustic sensor or a thermal source transducer.
9. the supervisory control system as described in claim the 1, wherein, this electronic installation is a monitoring device or a movement device, this monitoring device is a network camera, a carbon dioxide detector, a smoke detector, an acoustic sensor or a thermal source transducer, and this movement device is an intelligent home electrical appliance or a siren.
10. the supervisory control system as described in claim the 1, wherein, this scene end more comprises a second electronic device, and it has:
One control unit, be provided with a judge module, it is electrically connected a sending module, an operational module and/or a forwarding module, this judge module is in order to select according at least one implied terms to perform this sending module, this operational module or this forwarding module to should be pre-conditioned, this sending module is in order to produce a signal instruction, this operational module is in order to perform an own working procedure and the logout information of generation, and this forwarding module is in order to forward an information to be forwarded;
One storage element, has an identifying information of its device itself; And
One socket service device, in order to transmit those instructions or those information of the generation of this second electronic device;
Wherein, this monitoring device, those socket service devices of this electronic installation and this second electronic device transmit mutually this identifying information of this device itself, and then forming apparatus is online to device, and those socket service devices are in order to transmit those instructions or those information target electronic device to preassignment, this monitoring device, this electronic installation and this second electronic device one of its target electronic device each other, and this middle device of this relay is more online with this second electronic device, this remote server is more in order to receive an information encapsulation of this second electronic device from this scene end.
11. supervisory control systems as described in claim the 10, wherein, this user side is more in order to after receiving this information encapsulation from this monitoring device, this electronic installation and/or this second electronic device, and it is online that direct and this monitoring device, this electronic installation and/or this second electronic device carry out end-to-end device.
12. supervisory control systems as described in claim the 10, comprise an end-to-end Relay Server, be connected with this monitoring device, this electronic installation and/or this second electronic device, in order to store this identification information from this monitoring device, this electronic installation and/or this second electronic device, this user side is more in order to after receiving this identification information from this monitoring device, this electronic installation and/or this second electronic device, online with this end-to-end Relay Server.
13. supervisory control systems as described in claim the 10, wherein, this second electronic device is a network camera, a carbon dioxide detector, a thermal source transducer, a smoke detector, an acoustic sensor, an intelligent home electrical appliance or a siren.
14. supervisory control systems as described in claim the 1, wherein, this middle device is an intelligent light-emitting device or a home network router.
15. supervisory control systems as described in claim the 1, wherein, this user side is people's intelligent mobile phone, a smart watch, intelligent glasses, a personal computer, a notebook computer, a personal digital assistant, a flat computer, a warning system or security centre's system or its combination on-line module.
16. 1 kinds of devices, to the supervisory control system of device, comprising:
One monitoring device and at least one electronic installation, it has respectively:
One control unit, be provided with a judge module, be electrically connected a sending module, an operational module and/or a forwarding module, this judge module is in order to select according at least one implied terms to perform this sending module, this operational module or this forwarding module to should be pre-conditioned, this sending module is in order to produce at least one signal instruction, this operational module is in order to perform an own working procedure and the logout information of generation, and this forwarding module is in order to forward an information to be forwarded;
One storage element, in order to store the identifying information of itself; And
One socket service device, in order to transmit this signal instruction, this logout information, this information to be forwarded or this identifying information;
Wherein, through this identifying information of this two socket service device transmission itself mutually of this monitoring device and this electronic installation, and then online between device of forming apparatus, to transmit mutually those instructions or information.
17. devices as described in claim the 16, to the supervisory control system of device, more comprise:
One user side, with this monitoring device and/or this electronic installation online, in order to receive an information encapsulation of this monitoring device and/or this electronic installation.
18. 1 kinds of devices, to the method for supervising of device, comprise the following steps:
Transmit mutually an identifying information of this monitoring device and this electronic installation through other socket service device in a monitoring device and at least one electronic installation, so cause this monitoring device and this electronic installation online to device with forming apparatus through this socket service device of itself;
A judge module through acquiescence out of the ordinary in this monitoring device and this electronic installation selects execution one sending module, an operational module or a forwarding module according at least one implied terms respectively, wherein, this sending module is in order to produce the target electronic device of a signal instruction to preassignment, this operational module is in order to perform an own working procedure and the logout information of generation, this forwarding module is in order to forward an information to be forwarded another target electronic device to preassignment, and this monitoring device and this electronic installation preassignment one of its target electronic device each other;
Those instructions of producing or those information is transmitted to this target electronic device of preassignment or this another target electronic device through this monitoring device and this electronic installation other this socket service device each;
A remote server will be sent to from other information encapsulation each in this monitoring device and/or this electronic installation through a middle device; And
Distinguish the device status identifier in this identifying information of this monitoring device and/or this electronic installation through this remote server, and this information encapsulation transmitting this monitoring device and/or this electronic installation is to the user side having this device status identifier.
19. method for supervising as described in claim the 18, wherein, this is at least one is pre-conditionedly chosen as that a transmission is pre-conditioned, another transmission is pre-conditioned, a job is pre-conditioned and one forward pre-conditioned one of them or its combination, this transmission implied terms judges whether a live event meets a predeterminable event situation, if, then select to perform this sending module, produce this signal instruction, wherein, this signal instruction is a control signal instruction, and this socket service device sends this control signal instruction further to this target electronic device; This another pre-conditioned judging whether of transmission successfully cannot transmit described instruction or described information, and if so, then select to perform this sending module, produce this signal instruction to another target electronic device, wherein, this signal instruction is a forwarding signal instruction; This work implied terms judges whether to receive a control command, when judging to receive this control command, selecting to perform this operational module, performs this working procedure own and produce this logout information; Pre-conditioned the judging whether of this forwarding receives a forwarding instruction, when judging to receive this forwarding instruction, selecting to perform this forwarding module, forwarding an information to be forwarded to another target electronic device according to this forwarding instruction.
20. method for supervising as described in claim the 18, wherein, after this information encapsulation that this user side receives from this monitoring device and/or this electronic installation, further comprising the steps of: this user side directly or carry out end-to-end online through an end-to-end Relay Server and this monitoring device and/or this electronic installation.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103140093A TWI552115B (en) | 2014-11-19 | 2014-11-19 | Machine-to-machine monitoring system and the method thereof |
| TW103140093 | 2014-11-19 |
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| CN104539720A true CN104539720A (en) | 2015-04-22 |
| CN104539720B CN104539720B (en) | 2018-02-06 |
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| CN201510008145.0A Active CN104539720B (en) | 2014-11-19 | 2015-01-07 | Device-to-device monitoring system and monitoring method thereof |
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| CN (1) | CN104539720B (en) |
| TW (1) | TWI552115B (en) |
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| CN108803384A (en) * | 2017-05-04 | 2018-11-13 | 台达电子工业股份有限公司 | The method that environmental control system and its guiding personnel make requests on response to ambient condition |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI672017B (en) * | 2017-11-16 | 2019-09-11 | 緯創資通股份有限公司 | Monitoring apparatus, monitoring system and monitoring method |
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Also Published As
| Publication number | Publication date |
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| CN104539720B (en) | 2018-02-06 |
| TW201619924A (en) | 2016-06-01 |
| TWI552115B (en) | 2016-10-01 |
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