CN102221830B - Electric appliance control equipment and system - Google Patents
Electric appliance control equipment and system Download PDFInfo
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- CN102221830B CN102221830B CN 201110020236 CN201110020236A CN102221830B CN 102221830 B CN102221830 B CN 102221830B CN 201110020236 CN201110020236 CN 201110020236 CN 201110020236 A CN201110020236 A CN 201110020236A CN 102221830 B CN102221830 B CN 102221830B
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Abstract
The invention provides electric appliance control equipment, comprising a first wireless communication module, a second communication module and an electric appliance control module, wherein the first wireless communication module is used for carrying out communication with indicating equipment so as to receive an electric appliance control instruction; the second communication module is used for carrying out communication with other electric appliance control equipment so as to receive and/or send the electric appliance control instruction; and the electric appliance control module is used for controlling a specified electric appliance according to the electric appliance control instruction for the electric appliance control equipment when the first wireless communication module or the second communication module receives the electric appliance control instruction for the electric appliance control equipment.
Description
Technical field
The present invention relates to electrical apparatus control equipment, device and system.
Background technology
Commercial or home central electrical control system realizes the centralized control to multiposition point light units by assemblies such as console, control panel, dedicated remote control, control buss.Common communication mechanism comprises line of electric force, control line, radio frequency etc.Most schemes are defined in by console or dedicated remote control to be controlled; Most of scheme need concentrate construction install in control or dispose control bus.Fig. 1 is common central electrical control system structure.
In addition, by the simple and easy light telechirics of family expenses, also can realize simple light distant control function, this scheme is comprised of dedicated remote control (transmitter) and light modulator (receiver).The user, by controlling the infrared or radiofrequency signal of telepilot emission, controls the one or more controlled light source in small distance.Fig. 2 is the simple and easy light telechirics of family expenses structure.
Existing system of by mobile phone, carrying out electrical equipment control as shown in Figure 3, wherein mobile phone communicates by the upper application program of moving of certain computing machine in the Wi-Fi network in Wi-Fi router (or access point) institute coverage and LAN (Local Area Network) (or internet) specialized equipment of corresponding function (or possess), this application program is responsible for the mobile phone steering order is forwarded on the control signal transmitter that is connected to this USB interface of computer (or other interface), and this control signal transmitter is controlled some light modulators (receiver) by modes such as line of electric force, control line, radio frequencies.This scheme needs extra computation machine, computer software and control signal transmitter to reach the function of controlling light in certain limit by mobile phone.
The defect that above-mentioned prior art scheme exists comprises:
● realize man-machine interaction by uniset console, panel, dedicated remote control, be difficult to control with mobile phone.
● the existing network of need (as wireless network, comprise Wi-Fi, cellular network etc., or wired network, comprise control bus, line of electric force etc., or network infrastructure, comprise network base station, router etc.) support.
● need construction wiring or installation central control system (power line communication requires while cloth live wire and zero line in the embedding shingle nail, increases the engineering complexity).
● when central control equipment or control bus fault, whole electrical equipment control networks states that paralyses.
● remote control distance, while opertaing device limited amount; Control response speed low.
Along with the development of the communication technology, existing handset processes ability significantly promotes, and people not only are confined to voice and conventional data business to the expectation of cell-phone function.Several data concatenation ability (cellular network, Wi-Fi, bluetooth, infrared etc.) has promoted mobile phone with abundant sensor (GPS location, image sensor, light sensor, gravity accelerator, three-dimensional gyroscope, proximity transducer, microphone etc.) and real world carries out the mutual ability of physics.
Therefore, people wish to carry out direct control apparatus by the consumption electronic product such as widely used mobile phone or other radio communication device, of the prior art above-mentioned and other is not enough to overcome.
Summary of the invention
Consider the defect of prior art, the present invention proposes a kind of electrical apparatus control equipment, device and system, and it can allow the user directly to control a plurality of electrical equipment by handheld devices such as mobile phones, and does not need other special central control unit.
Below provided general introduction of the present invention, its detailed description and more specifically beneficial effect in embodiment, further provide.
According to a kind of electrical apparatus control equipment of the embodiment of the present invention, comprise: the first wireless communication module communicates to receive the electrical equipment control instruction for and instruction equipment; Second communication module, for communicating to receive and/or send the electrical equipment control instruction with other electrical apparatus control equipment; And electrical control module, when receiving the electrical equipment control instruction for described electrical apparatus control equipment when described the first wireless communication module or described second communication module, according to the described electrical equipment control instruction for described electrical apparatus control equipment, control appointment electrical equipment.
According to an aspect, described second communication module is further used for when electrical equipment control instruction that described the first wireless communication module or described second communication module receive is not the described electrical equipment control instruction for described electrical apparatus control equipment, to described other electrical apparatus control equipment, sends the described electrical equipment control instruction that described the first wireless communication module or described second communication module receive.
According to another aspect, described second communication module can be further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described other electrical apparatus control equipment by the mode of broadcast; Perhaps, described second communication module can be further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described other electrical apparatus control equipment according to the network routing plan of appointment.
According to another aspect, described electrical control module is further used for the control password of the control password that comprises when the described electrical equipment control instruction for described electrical apparatus control equipment and described electrical apparatus control equipment when identical, just according to the described electrical equipment control instruction for described electrical apparatus control equipment, controls described appointment electrical equipment.
According to another aspect, described the first wireless communication module is also for detection of whether there being described commander equipment in the preset range at described electrical apparatus control equipment periphery, wherein, when described electrical control module is further used for having described commander equipment in the described preset range at described electrical apparatus control equipment periphery, according to preassigned mode, control described appointment electrical equipment.
According to another aspect, described commander equipment is mobile phone or controller.
For realizing purpose of the present invention, a kind of system for control apparatus according to the embodiment of the present invention, comprise: a plurality of electrical apparatus control equipments, wherein, each electrical apparatus control equipment in described a plurality of electrical apparatus control equipment further comprises: the first wireless communication module communicates to receive the electrical equipment control instruction for and instruction equipment; Second communication module, communicate to receive and/or send the electrical equipment control instruction at least one other electrical apparatus control equipment with described a plurality of electrical apparatus control equipments; And electrical control module, when receiving the electrical equipment control instruction for the electrical apparatus control equipment at described electrical control module place when described the first wireless communication module or described second communication module, according to the described electrical equipment control instruction of the described electrical apparatus control equipment for described electrical control module place, control appointment electrical equipment.
According on the other hand, described commander equipment sends the electrical equipment control instruction to an electrical apparatus control equipment in described a plurality of electrical apparatus control equipments, and a described electrical apparatus control equipment forwards described electrical equipment control instruction to other electrical apparatus control equipment in described a plurality of electrical apparatus control equipments.
For realizing purpose of the present invention, a kind of for send the device of electrical equipment control instruction to electrical apparatus control system according to the embodiment of the present invention comprises:
Memory module, for storing the information of a plurality of electrical apparatus control equipments;
Control module, for generating at least one electrical equipment control instruction, wherein, each instruction in described at least one electrical equipment control instruction is for one of them of described a plurality of electrical apparatus control equipments; And
Wireless communication module, for setting up to described a plurality of electrical apparatus control equipments and described commander equipment the electrical equipment control instruction that direct-connected electrical apparatus control equipment sends described generation.
According to one side, it is one of following setting up direct-connected described electrical apparatus control equipment with described commander equipment: the electrical apparatus control equipment of received signal strength indicator reading the best that described in described a plurality of electrical apparatus control equipments, commander equipment communicates with, at first the electrical apparatus control equipment of being found by described commander equipment in described a plurality of electrical apparatus control equipment, and in described a plurality of electrical apparatus control equipment with the electrical apparatus control equipment of communication quality the best of described commander equipment.
The accompanying drawing explanation
The structural representation that Fig. 1 is common central electrical control system.
The structural representation that Fig. 2 is the simple and easy light telechirics of family expenses.
Fig. 3 is the existing structural representation that carries out the system of electrical equipment control by mobile phone.
Fig. 4 is for the system construction drawing of one embodiment of the present of invention is described.
Fig. 5 be according to an embodiment of the invention electrical apparatus control equipment for the indicative flowchart of the process of control apparatus.
The system architecture schematic diagram that Fig. 6 is electrical apparatus control equipment according to an embodiment of the invention.
The system architecture schematic diagram that Fig. 7 is electrical apparatus control equipment in accordance with a preferred embodiment of the present invention.
Embodiment
Below, describe each embodiment of the present invention in detail in connection with accompanying drawing.Should be noted that scope of the present invention is not limited to embodiment described below.
The background technology part is described mainly for lighting control technology of the prior art.As long as it should be understood that and meet other related request, these lighting control technologies are equally applicable to electrical equipment is controlled.Below will come for electrical equipment control that embodiments of the present invention is described in detail.
Fig. 4 is for the system construction drawing of one embodiment of the present of invention is described.There is shown 1 mobile phone and 6 electrical apparatus control equipments.In Fig. 4, circular P means mobile phone, octagon D
0-D
5mean electrical apparatus control equipment, wherein between electrical apparatus control equipment, there is the communication capacity of point-to-point, can set up data path each other, between mobile phone and electrical apparatus control equipment, can carry out radio communication.Solid line in figure means between electrical apparatus control equipment to exist the data path of direct point-to-point, and dotted line means the wireless data pathway between mobile phone and electrical apparatus control equipment.Communication between electrical apparatus control equipment can be wired (for example passing through line of electric force), can be also wireless (for example below will describe in detail).
In practice, due to factors such as distance is excessive, buildings obstruction, do not require between any two electrical apparatus control equipments and all have direct data path, but the present invention only require all electrical apparatus control equipments to be controlled can be directly or indirectly communication capacity by above-mentioned point-to-point form the network be communicated with, and mobile phone is at least and have direct data path between one of them electrical apparatus control equipment.
In the embodiment show in figure 4, electrical apparatus control equipment D
0and D
1between have data path L
0_1, electrical apparatus control equipment D
0and D
2between have data path L
0_2, electrical apparatus control equipment D
2and D
3between have data path L
2_3, electrical apparatus control equipment D
3and D
4between have data path L
3_4, electrical apparatus control equipment D
3and D
5between have data path L
3_5, mobile phone P and electrical apparatus control equipment D
2between have wireless data pathway L.
It should be understood that the quantity of the electrical apparatus control equipment shown in figure and mobile phone and between them the concrete situation of annexation be only in many examples, the present invention is not limited to the situation shown in figure.
In operating process, at first mobile phone P (is D to the electrical apparatus control equipment that has wireless data pathway with it in the present embodiment
2) sending the set of one or more electrical equipment control instructions, these one or more electrical equipment control instructions are respectively used to electrical apparatus control equipment D
0-D
5in one or more electrical apparatus control equipments controlled.
Fig. 5 be according to an embodiment of the invention electrical apparatus control equipment for the indicative flowchart of the process of control apparatus.In step 501, electrical apparatus control equipment D
2receive the set of electrical equipment control instruction, and then each the electrical equipment control instruction in this set is processed respectively.At first, in step 502, judge that whether this electrical equipment control instruction is for this electrical apparatus control equipment D
2self.If so, just in step 503, according to this electrical equipment control instruction, carry out control apparatus opertaing device D
2the electrical equipment of controlling.If not, just in step 504, this electrical equipment control instruction is sent to other electrical apparatus control equipment; Wherein, can send this electrical equipment control instruction is sent to other electrical apparatus control equipment by the mode of broadcast, also can this electrical equipment control instruction be sent to other electrical apparatus control equipment according to the network routing plan of appointment.
Below each technical characterictic of the present invention and beneficial effect will be described in further detail.
Electrical apparatus control equipment
The system architecture schematic diagram that Fig. 6 is electrical apparatus control equipment 100 according to an embodiment of the invention.As shown in FIG., electrical apparatus control equipment 100 is comprised of electrical control module 110, peer-to-peer communications module 120 and wireless communication module 130.But, in specific implementation, one or more above-mentioned modules can be combined in individual module and realize.For example, as described below, if the communication mechanism of peer-to-peer communications module 120 and wireless communication module 130 is identical, they can merge in a module.
The mode of appearance of electrical apparatus control equipment 100 and function can be encased switch panel, socket, switching socket and other various applicable patterns, also can with the integration such as controlled light fixture, incandescent lamp, electricity-saving lamp, or require mode of appearance and the function of selected existing electrical equipment control product according to the practical application scene.
Electrical control module 110 can comprise the function with the mode control apparatus switches such as controllable silicon and/or relay and other numeral, simulation, machinery and/or brightness, or various existing electric control function, assembly and structure.Realize the control to electrical equipment by electrical control module 110.These details are known to those skilled in the art, therefore no longer describe in further detail.
Electrical apparatus control equipment 100 carries out communicating by letter between device node by peer-to-peer communications module 120 with other electrical apparatus control equipment in network, for receiving and/or send the electrical equipment control instruction.Above-mentioned communication between electrical apparatus control equipment can be both wired, for example by power line communication, completes, and can be also wireless, for example bluetooth, ZigBee, Wi-Fi, WiMAX etc.
As the example communicated with wireless mode, peer-to-peer communications module 120 can utilize short-distance wireless (Short Range Wireless) digital communication scheme to realize that a kind of scheme of communicating by letter between device node is: complete modulation /demodulation, the communication link such as phase-locked (can the ISM band low-power short-distance wireless communication schemes such as choice for use 433MHz, 2.4GHz) by radio frequency (RF) transponder chip, electrical control module 110 is realized the internodal communication mechanism of electrical apparatus control equipment by controlling peer-to-peer communications module 120.
Electrical apparatus control equipment 100 communicates by wireless communication module 130 and mobile phone, to receive the electrical equipment control instruction.A kind of implementation of wireless communication module 130 is: adopt Bluetooth technology, electrical control module 110 by wireless communication module 130 (being bluetooth module) realize with mobile phone between communicate by letter.This bluetooth module and mobile phone adopt certain common Bluetooth protocol (Profile) of supporting to communicate (for example, SPP, HID, AVRCP etc.).It is apparent that for those skilled in the art, the realization of this wireless communication module 130 is not limited to Bluetooth technology, according to application scenarios is different, with relevant laws and regulations, stipulates requirement, and the technician can select other wired or wireless communication mechanism.
When the communication mechanism of above-mentioned peer-to-peer communications module 120 and wireless communication module 130 is identical, for example, when (all adopting the Bluetooth protocol of wireless mode), above-mentioned two functional modules can be carried out fully integrated; For example, when above-mentioned two communication mechanism parts identical (Physical layer/link layer mechanism is identical), above-mentioned two functional modules can be carried out the part integration.
The electrical equipment control network
Return Fig. 4.The purpose of design of electrical equipment control network of the present invention is to allow arbitrary equipment node in this network all can carry out data communication with all the other device nodes in this network, in order to the user reliably and in time is delivered on corresponding controlled device node by with mobile phone that the user holds, setting up direct-connected one or more opertaing device node the data such as steering order of arbitrary equipment node in this network, by corresponding controlled device node, be responsible for the specified steering order of the concrete user of execution.As previously described, the electrical equipment control instruction received when peer-to-peer communications module 120 or wireless communication module 130 is during for this electrical apparatus control equipment, just according to the electrical equipment control instruction for this electrical apparatus control equipment, controls appointment electrical equipment.Otherwise, the electrical equipment control instruction is sent to other electrical apparatus control equipment according to predetermined scheme.
Below provide the method that realizes above-mentioned purpose by broadcast relay: the original equipment node that receives steering order from mobile phone sends except the whole instructions for this device node to the armamentarium node, successfully receive that the device node of instruction processes the instruction for this device node, then continue to send to the armamentarium node that it receives for the whole instructions beyond this device node.By that analogy, termination condition can be set to repeat at most finish after N time, or all instruction is all successfully passed after reaching and finished.According to different requirements such as the required coverage of network and corresponding speeds, adjust the value of N when practical application.Each step (in conjunction with the example of Fig. 4) of below provided and adopted the broadcast relay mode, controlling an instantiation of whole network by 3 broadcast relays:
S101 user need to control 6 device node (D in this network
0-D
5).The user holds mobile phone P and device node D
2set up directly and connect.The user will (be designated as C to the steering order of 6 device nodes
0-C
5) gather and pass through held mobile phone and device node D
2between communication channel all be sent to device node D
2.
S102 device node D
2at first process the steering order C to himself
2abandon afterwards this instruction.
S103 device node D
2will whole all the other instruction C
0, C
1, C
3, C
4, C
5set is to device node D
0, D
1, D
3, D
4, D
5send.
S104 is due to device node D
2network coverage restriction, only device node D
0with D
3can receive this steering order set.
S105 device node D
0with D
3process respectively in this instruction set the steering order C to himself
0with C
3abandon afterwards this instruction.
S106 device node D
0by all the other instruction C
1, C
3, C
4, C
5combination send to all the other device node D
1, D
3, D
4, D
5.
S107 is due to device node D
0network coverage restriction, only device node D
1equipment can receive this instruction set.
S108 device node D
3by all the other instruction C
0, C
1, C
4, C
5combination send to all the other device node D
0, D
1, D
4, D
5.
S109 is due to device node D
3network coverage restriction, only device node D
4, D
5can receive this instruction set.
S110 device node D
1in this instruction set of device processes to self steering order C
1abandon afterwards this instruction.
S111 device node D
1by all the other instruction C in this instruction set
3, C
4, C
5send to all the other equipment D
3, D
4, D
5.
S112 is due to device node D
1the network coverage restriction, device node D
3, D
4, D
5all can't receive this instruction set.
S113 device node D
4process in this instruction set the steering order C to himself
4abandon afterwards this instruction.
S114 device node D
4by all the other instruction set C in this instruction set
0, C
1, C
5set sends to corresponding device node D
0, D
1, D
5.
S115 is due to device node D
4the network coverage restriction, device node D
0, D
1, D
5all can't receive this instruction set.
S116 device node D
5process the steering order C of receive in instruction set to himself
5abandon afterwards this instruction.
S117 device node D
5by all the other instruction set C in this instruction set
0, C
1, C
4set sends to corresponding device node D
0, D
1, D
4.
S118 is due to device node D
5the network coverage restriction, device node D
0, D
1, D
4all can't receive this instruction set.
S119 now whole controlled device nodes successfully receives and carries out corresponding user's steering order, and this takes turns network service and is successfully completed.
Between the network equipment node of broadcast relay mode, communication may take more equipment, the higher network bandwidth and network occupancy, but allow in the simplification communication of algorithms and conceptual design complexity, guarantees preferably the getatability of steering order.
Can also adopt between the network equipment node of routing mode and communicate by letter, can select the relevant method for routing of existing wireless Mesh netword or self-organizing network or technology to realize identical purpose.At this, provide an instantiation (in conjunction with Fig. 4) of the network service that adopts routing mode:
S201 user need to control 6 device node (D in this network
0-D
5).The user holds mobile phone P and device node D
2set up directly and connect.The user will (be designated as C to the steering order of 6 device nodes
0-C
5) gather and pass through held mobile phone and device node D
2between communication channel all be sent to device node D
2.
S202 device node D
2at first process the steering order C to himself
2abandon afterwards this instruction.
S203 device node D
2according to its pre-stored this network routing table (in Table 1), by C
0, C
1set sends to D
0; C
3, C
4, C
5set is to device node D
3send.
S204 device node D
0process in this instruction set the steering order C to himself
0; According to pre-stored this network routing table (in Table 2), by instruction C
1to device node D
1send.
S205 device node D
3process in this instruction set the steering order C to himself
3; According to pre-stored this network routing table (in Table 3), by instruction C
4send to device node D
4; By instruction C
5send to device node D
5.
S206 device node D
1carry out instruction C
1.
S207 device node D
4carry out instruction C
4.
S208 device node D
5carry out instruction C
5.
S209 now whole controlled device nodes successfully receives and carries out corresponding user's steering order, and this takes turns network service and is successfully completed.
Table 1 device node D
2the routing table of storage
| Destination node | Next node |
| D 0 | D 0 |
| D 1 | D 0 |
| D 3 | D 3 |
| D 4 | D 3 |
| D 5 | D 3 |
Table 2 device node D
0the routing table of storage
| Destination node | Next node |
| D 1 | D 1 |
| D 2 | D 2 |
| D 3 | D 2 |
| D 4 | D 2 |
| D 5 | D 2 |
Table 3 device node D
3the routing table of storage
| Destination node | Next node |
| D 0 | D 2 |
| D 1 | D 2 |
| D 2 | D 2 |
| D 4 | D 4 |
| D 5 | D 5 |
The implication of above-mentioned routing table is: for the instruction received, receive the destination node of the device node of this instruction according to this instruction, this instruction is transmitted to next node corresponding in its routing table.According to the principle of network route, the routing table of above-mentioned routing table and other node can be constructed according to the system construction drawing shown in Fig. 4 at an easy rate.
In above-mentioned routing to communicate mode, the routing table of presetting and storing in each device node can be designed in several ways, and for example, system is optimized generation, user by software interface formulation etc. by signal strength metric between device node.In use, the user can be as required, by routing table adjustment being improved to the network control quality.
Generally, the device node installation site of electrical equipment control network is relatively stable, utilize hardware RSSI (received signal strength indicator) function of some wireless transmission integrated circuit or utilize the communication quality measure of realization that firmware is simulated in device node, allow to set up in actual applications the routing plan of high-quality more (packet loss low, postpone low).
In the design and evolutionary process of network routing plan, at first by gathering point-to-point communication performance data between each device node of electrical equipment control network, at the upper generating network routing plan of mobile phone (or other contain network routing plan design and tuning algorithm and suitable equipment of computing power resource), and by mobile phone with (or) the electrical equipment control network by the final route plan implementation in all or part of network equipment node.
Adopt the electrical equipment control network equipment node of routing mode to be responsible for received data is decomposed according to different destination addresses, and be sent to next neighbor device node in corresponding routed path.
Preferably, the present invention can select hub-and-spoke network topology to realize communicating by letter between electrical apparatus control equipment.The system architecture schematic diagram that Fig. 7 is electrical apparatus control equipment in accordance with a preferred embodiment of the present invention, the electrical apparatus control equipment node wherein be connected with mobile phone is as the center of Star Network, with other electrical apparatus control equipment, communicate, the steering order that mobile phone is sent is transmitted in the device node of (in the mode of distribution or broadcast) required control.As shown in Figure 7, mobile phone P and device node D
0directly connect D
0by mobile phone to device node D
1, D
2, D
3, D
4steering order be transmitted to (with the distribution or broadcast mode) device node D
1, D
2, D
3, D
4.
As known from the above, by the network formed by electrical apparatus control equipment, expand the overlay area of wireless mode control apparatus, improved availability and the dirigibility of system.Simultaneously, owing to can directly communicating between electrical apparatus control equipment, do not need special-purpose remote control or control device or computing machine to come concentrated area to control respectively each electrical apparatus control equipment, this will reduce manufacturing cost, system complexity and difficulty of construction.
Mobile phone terminal software
Front adopts mobile phone to be described to various aspects of the present invention as commander equipment.It is apparent that for those skilled in the art, any handheld device or other wired or wireless communication equipment with radio communication function, as long as it can send the electrical equipment control instruction to electrical apparatus control equipment, can replace mobile phone to be used as the commander equipment of user's control apparatus.These equipment include but not limited to: palmtop computer, notebook, desktop PC, net basis, personal digital assistant, handheld device, MP3 or MP4 player, etc.Below continue further to be described as an example with mobile phone.
Mobile phone terminal software is stored all or part of information of the relevant electrical apparatus control equipments such as control password (below further being described) of the desired control apparatus opertaing device of user title, device address, this electrical apparatus control equipment.
The user uses under sight normal, and when starting or switching to this software, this software search can set up with mobile phone that the user holds one or more electrical apparatus control equipments that best in quality is connected.According to selected communication technology difference, can be judged by some standards, include but not limited to:
If a. selected concrete wireless connections mechanism is supported received signal strength indicator (RSSI) function, one or more equipment of received signal strength indicator reading the best in the electrical apparatus control equipment of selecting to connect.
If b. this wireless technology has the ability with discovery (search) network-termination device, and specifically system has been enabled being found property of electrical apparatus control equipment, can first found one or more equipment be best equipment.
If c. the wireless technology that adopts containing received signal strength (RSSI) indication, do not have the ability of discovery (search) network-termination device, mobile phone can concurrent or sequentially attempt connecting all or part of electrical apparatus control equipment that software records, for the equipment that can connect, the tests such as packet loss, delay are transmitted in simulation, select one or more equipment of communication quality the best directly to connect.
Mobile phone terminal software all is passed to the user and sets up with it on direct-connected one or more electrical apparatus control equipment node the steering order of device node to be controlled in controlled electric appliance control network, this device node is passed to corresponding controlled electric appliance opertaing device according to foregoing broadcast relay or network routing plan by the set of this instruction or instruction, by concrete controlled electric appliance opertaing device, is responsible for carrying out user instruction.
Mobile phone terminal software can select the existing modes such as touch-screen, button to carry out the man-machine interface interaction design, or any man-machine interaction mode that is applicable to application-specific scene demand.This software can select to support gesture identification; Can select to support by with various kinds of sensors that mobile phone is connected (such as image sensor, light sensor etc.), coordinating electrical equipment control; Can select to support by geographic position with (or) phase neighbour's electrical apparatus control equipment sign (such as MAC Address, device name etc.) realizes the automatic switchover of software interface, to reflect the residing diverse location of user (such as company or family) etc.
By taking full advantage of the customization dirigibility of software, mobile phone terminal software can design different interfaces scheme or allows the user according to its demand (or preference), controlled electric appliance opertaing device node dynamically to be recombinated, renamed in software interface or change the various associated custom such as control mode; Or provide any suitable electrical equipment control effect reached by mobile phone terminal software and prior art (include but are not limited to regularly, flicker, combination are controlled etc.).
Control each electrical equipment by the existing mobile phone of carrying of most consumers or other hand-held digital equipment, and do not need mobile phone is carried out to the change on any hardware, this will promote user's experience, facility and work efficiency in life.
Telepilot
Front has been described by mobile phone and has been controlled electrical apparatus control equipment of the present invention or network, clearly, as long as the user needs or wishes, can select independent dedicated remote control to complete described control function fully.For this reason, only need by this remote configuration be have with electrical apparatus control equipment in the function that communicates of wireless communication module, make it there is basic user input apparatus and display device gets final product simultaneously.Wherein with electrical apparatus control equipment in realization and the wireless communication module in this electrical apparatus control equipment of the function that communicates of wireless communication module similar, no longer repeat herein.This telepilot and electrical apparatus control equipment of the present invention or internetwork communication mechanism both can with controlled electric appliance, to control the LA Management Room communication mechanism identical, also can be identical with mobile phone and controlled electric appliance opertaing device or inter-net communication mechanism.Its specific implementation no longer repeats.
Safety Design
On system, can, by selecting following security mechanism, guarantee only to have the real owner of this electrical apparatus control equipment to have authority to initiate to control to it:
A. electrical apparatus control equipment includes the control password, and this controls password need to transmit (no matter expressly or encrypt) in all or part of steering order, can initiate control to this controlled device.This password (by forms such as bar code, two-dimensional bar, digital watermarking or plaintexts) is printed in product appearance or the packing of product.
B. being defaulted as can not Discovery Status (for example bluetooth, Wi-Fi network), and its sign (such as MAC Address, SSID, device name etc. or can represent arbitrarily the sign of its existence) (by forms such as bar code, two-dimensional bar, digital watermarking or plaintexts) is printed in product appearance or the packing of product.
C. all or part of steering order is encrypted transmission: the encryption function private key is stored in this electrical apparatus control equipment internal flash, erasable read-only memory or other non-volatile space, or obtains online by any existing mode; Encryption function PKI (by forms such as bar code, two-dimensional bar, digital watermarking or plaintexts) is printed in product appearance or the packing of product.
When electrical apparatus control equipment carrys out control apparatus according to the steering order that receives, first judge that whether the control password in steering order identical with the control password of electrical apparatus control equipment, only when definite identical after ability carry out control apparatus according to steering order.
When enabling certain electrical apparatus control equipment for the first time, the user takes and to be printed on bar code, the two-dimensional bar in product appearance or the packing of product or to contain digital watermarking graph image content by the embedded in mobile phone camera, obtains the contents such as the control password that wherein comprises, device address, encrypted public key.For there is no built-in camera or, for some application scenarios, allowing equally the user to preserve this facility information with artificial input mode.Then this equipment is added and be saved to mobile phone terminal software can the opertaing device node listing in.
By said method, increased the safety and reliability of system.
Application scenarios
Except mobile phone is controlled the application scenarios of controlled electric appliance in electrical apparatus control equipment of the present invention or network, the present invention can also comprise by applicable application scenarios:
Mobile phone existence within its radio communication coverage area of wireless communication module active detecting in electrical apparatus control equipment, as matched in the mobile phone list with its internal reservoir (such as being judged by mechanism such as device address, titles), light the electrical equipment relevant to user neighbour's controlled light or ON/OFF, start timed sequence or other program etc., these and other various operations can be specified in advance or be set arbitrarily as required.For example, this scene can be applicable to the automatic illuminating of user's approach at night place light etc.
Owing to customizing flexibly by the application to mobile phone and software, this application has improved the adaptability of electrical apparatus control system for the different application scene, has improved user's experience.
Simultaneously, by equipment, carry out perception mobile phone wireless signal intensity, can automatically close or turn down the unwanted light in depopulated zone, thereby can save energy and reduce the cost.
It will be appreciated by those skilled in the art that each embodiment of the present invention can make various modification and change in the situation that do not depart from invention essence, and these modification and change and all to fall into protection scope of the present invention within.Therefore, protection scope of the present invention is defined by appending claims.
Claims (12)
1. an electrical apparatus control equipment comprises:
The first wireless communication module, communicate to receive the electrical equipment control instruction for and instruction equipment;
Second communication module, for communicating to receive and/or send the electrical equipment control instruction with other electrical apparatus control equipment; And
Electrical control module, when receiving the electrical equipment control instruction for described electrical apparatus control equipment when described the first wireless communication module or described second communication module, control appointment electrical equipment according to the described electrical equipment control instruction for described electrical apparatus control equipment,
Wherein, described the first wireless communication module is also for detection of whether there being described commander equipment in the preset range at described electrical apparatus control equipment periphery, and
When described electrical control module is further used for having described commander equipment in the described preset range at described electrical apparatus control equipment periphery, according to preassigned mode, control described appointment electrical equipment.
2. electrical apparatus control equipment as claimed in claim 1, wherein
Described second communication module is further used for when electrical equipment control instruction that described the first wireless communication module or described second communication module receive is not the described electrical equipment control instruction for described electrical apparatus control equipment, to described other electrical apparatus control equipment, sends the described electrical equipment control instruction that described the first wireless communication module or described second communication module receive.
3. electrical apparatus control equipment as claimed in claim 2, wherein
Described second communication module is further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described other electrical apparatus control equipment by the mode of broadcast.
4. electrical apparatus control equipment as claimed in claim 2, wherein
Described second communication module is further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described other electrical apparatus control equipment according to the network routing plan of appointment.
5. electrical apparatus control equipment as claimed in claim 1, wherein
Described electrical control module is further used for the control password of the control password that comprises when the described electrical equipment control instruction for described electrical apparatus control equipment and described electrical apparatus control equipment when identical, just according to the described electrical equipment control instruction for described electrical apparatus control equipment, controls described appointment electrical equipment.
6. electrical apparatus control equipment as claimed in claim 1, wherein
Described commander equipment is mobile phone or controller.
7. the system for control apparatus comprises:
A plurality of electrical apparatus control equipments,
Wherein, each electrical apparatus control equipment in described a plurality of electrical apparatus control equipment further comprises:
The first wireless communication module, communicate to receive the electrical equipment control instruction for and instruction equipment;
Second communication module, communicate to receive and/or send the electrical equipment control instruction at least one other electrical apparatus control equipment with described a plurality of electrical apparatus control equipments; And
Electrical control module, when receiving the electrical equipment control instruction for the electrical apparatus control equipment at described electrical control module place when described the first wireless communication module or described second communication module, control appointment electrical equipment according to the described electrical equipment control instruction of the described electrical apparatus control equipment for described electrical control module place
Wherein, whether described the first wireless communication module also exists described commander equipment in the preset range for detection of the electrical apparatus control equipment periphery at described the first wireless communication module place, and
When described electrical control module is further used for having described commander equipment in the described preset range at described electrical apparatus control equipment periphery, according to preassigned mode, control described appointment electrical equipment.
8. system as claimed in claim 7, wherein
Described second communication module is further used for when electrical equipment control instruction that described the first wireless communication module or described second communication module receive is not the electrical equipment control instruction for described electrical apparatus control equipment, to described at least one other electrical apparatus control equipment, sends the described electrical equipment control instruction that described the first wireless communication module or described second communication module receive.
9. system as claimed in claim 8, wherein
Described second communication module is further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described at least one other electrical apparatus control equipment by the mode of broadcast.
10. system as claimed in claim 8, wherein
Described second communication module is further used for sending the described electrical equipment control instruction of described the first wireless communication module or the reception of described second communication module to described at least one other electrical apparatus control equipment according to the network routing plan of appointment.
11. system as claimed in claim 7, wherein
Described electrical control module is further used for the control password of control password that the described electrical equipment control instruction when the electrical apparatus control equipment for described electrical control module place comprises and the electrical apparatus control equipment at described electrical control module place when identical, just according to the described electrical equipment control instruction of the electrical apparatus control equipment for described electrical control module place, controls described appointment electrical equipment.
12. system as claimed in claim 7, wherein, described commander equipment sends the electrical equipment control instruction to an electrical apparatus control equipment in described a plurality of electrical apparatus control equipments, and a described electrical apparatus control equipment forwards described electrical equipment control instruction to other electrical apparatus control equipment in described a plurality of electrical apparatus control equipments.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110020236 CN102221830B (en) | 2011-01-05 | 2011-01-05 | Electric appliance control equipment and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110020236 CN102221830B (en) | 2011-01-05 | 2011-01-05 | Electric appliance control equipment and system |
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| Publication Number | Publication Date |
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| CN102221830A CN102221830A (en) | 2011-10-19 |
| CN102221830B true CN102221830B (en) | 2013-12-18 |
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| CN 201110020236 Expired - Fee Related CN102221830B (en) | 2011-01-05 | 2011-01-05 | Electric appliance control equipment and system |
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