CN101247686B - Electric lighting lamp and periphery electrical apparatus control system - Google Patents
Electric lighting lamp and periphery electrical apparatus control system Download PDFInfo
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- CN101247686B CN101247686B CN2007100793319A CN200710079331A CN101247686B CN 101247686 B CN101247686 B CN 101247686B CN 2007100793319 A CN2007100793319 A CN 2007100793319A CN 200710079331 A CN200710079331 A CN 200710079331A CN 101247686 B CN101247686 B CN 101247686B
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/18—Controlling the light source by remote control via data-bus transmission
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/196—Controlling the light source by remote control characterised by user interface arrangements
- H05B47/1965—Controlling the light source by remote control characterised by user interface arrangements using handheld communication devices
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/175—Controlling the light source by remote control
- H05B47/198—Grouping of control procedures or address assignation to light sources
- H05B47/1985—Creation of lighting zones or scenes
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Abstract
The invention discloses an electric lighting lamp and peripheral electrical apparatus control system. The electric lighting lamp and peripheral electrical apparatus in the system is divided into an electric lighting lamp control group and a peripheral electrical apparatus control group according with a control instruction communication protocol; the electric lighting lamp control group has controller and receives system control instruction and electric lighting lamp interval control instruction, has an electrical lighting lamp name sign device for receiving individual control; the electrical apparatus controller of the peripheral electrical apparatus control group disallows system control instruction, only receives peripheral electrical apparatus interval control instruction for forming independent interval control secondary system in the control system. Peripheral electrical apparatus is brought into the control system by using the control system provided by the invention, and electric lighting and peripheral electrical apparatus control realize singleness and simplification, electrical lighting district control system is enlarged into normal electrical apparatus in living environment.
Description
Technical field
The present invention relates to digitlization electrical lamp and electrical equipment control technical field, relate in particular to a kind of electrical lamp and peripheral electrical apparatus control system that is controlled to be the basis with digitlization electric lighting subregion, this control system is a controlling object with whole lamplight scene, can both control individually each electrical lamp or peripheral electrical equipment simultaneously, to adapt to different needs.
Background technology
Development along with electronic devices and components and electron controls technology, electric lighting technology has developed into digitized control system, wherein the most representative with the digital address light interface (Digital Addressable Lighting Interface is called for short DALI the America and Europe) of the annex E institute standard of IEC60929.This is former to be one and to be controlled to be the standard of purpose with adjusting brightness of fluorescent lamp, but because it is reliable, simple, reasonable price and the control system standard that covers all electric lighting systems that develops into gradually.Especially in the face of the global energy and environmental issue, power-saving technology becomes more and more important, and illuminator that can automation control also necessitates gradually.
Except the control of electrical lamp, some automation control system has further comprised the general electrical equipment in household's environment, and develops into the house automation system.For example shown in U.S. Patent number US6229433B1 and the US6868295B2, some system has then further comprised whole electrical equipment in the building environment and has developed into the building automatic management system, for example shown in the U.S. Patent number US5565855.Digital address light interface system (DALI) is in state in the development in these fields.
Digital address light interface system (DALI) is to develop successfully in Europe, is accepted by the world gradually again, be one still in developing system.The framework of DALI system is made up of a bus power source supply, at least one controller and the light fixture that possesses digital address light interface trusted device basically.Each digital address lighting circuit can be controlled maximum 64 independent light fixtures, when initial setting, and all designated address code name of each light fixture.Address according to this, system can assign instruction respectively to each light fixture.
But when practical application, light fixture should divide into groups earlier, these group data are deposited in the internal memory of each light fixture after, shown in European patent EP 90100465.6 (USPAT5352957), just can directly be that object is assigned instruction with the group.A loop can be set 16 groups (0～15) at most, and each light fixture can belong to several groups simultaneously, and still, this will see real system and decide that some product only allows to set a group.
Grouping can be organized each light and be adjusted to suitable brightness respectively after finishing, and forms a whole lamplight scene.Some place, for example multi-functional conference room may need several different lamplight scenes to adapt to different needs.Puzzlement for fear of frequent adjustment, can utilize the lamplight scene controller, data pre-storages such as the group that each each lamplight scene is relevant, brightness are in internal memory, need only press the scene options button during use, just original setting of can recalling, common lamplight scene controller generally has 4 to 8 scene keys available, and digital address light interface system (DALI) can be set 16 lamplight scenes at most.
The addressability of digital address light interface system is its characteristic, and the grouping of whole system, scene setting, light modulation are all based on this.But the work of its initial setting grouping, set scene, setting brightness is very complicated sometimes, needs professional and specific purpose tool just can finish.
Except simple illumination functions, many places often need to set a plurality of lamplight scenes could satisfy actual needs in daily life.These need, and are functional sometimes, are for energy-conservation sometimes, are that the two has both sometimes.For example: general hall and aisle, bright entirely during cleaning, half bright getting final product at ordinary times; Product display, then the priority theme of displaying should be brighter, and its background periphery then should more secretly to cause contrast, highlight theme, but when doing cleaning, then should be bright entirely; When having a meeting in the meeting room, the light of conference table top should be brighter, and periphery should be secretly, and then full chamber should be more secretly when making bulletin, only should be dark entirely near the projection screen of dais, and in order to throwing image.Other also can utilize the variation of lamplight scene to create energy-conservation colorful again living atmosphere as living space such as parlor, dining rooms.
The lamplight scene atmosphere of this integral body, except make us feeling comfortably cool joyful because light is not to be in complete bright state always, thereby also reached energy-conservation purpose.For the place of light fixture type more complicated, the control mode of a lamp one switch, it is loaded down with trivial details to seem, and whole lamplight scene control is actually a kind of necessity.
Basically the control of lamplight scene is to change by the light-source brightness to each light fixture to reach, and with light fixture grouping, is in order to set and convenience when executing instruction.If the scene brightness setting work of each light fixture can be easy to carry out, each light fixture can both directly receive and carry out the scene instruction easily, then grouping and inessential, thus can exempt many restrictions.
The change of light-source brightness can be bright entirely, put out two sections light modulations of simple switch formula; Can be half bright, 3/4 bright, bright, four sections light modulations putting out entirely; It also can be the dimming mode that to finely tune.For example: 16 contrast light; Digital address light interface system (DALI) can have 256 contrast light (contain and put out) at most, for general application, and some waste that seems of 256 contrast light.
Along with the rise and the every profession and trade horizontal competition of energy prices, every profession and trade management people finds that the electrical lamp control system is occupied critical role in management, especially the relatively more exquisite place of some illuminating effects.For example high-grade restaurant, hotel room, fashionable dress StoreFront etc., the electrical lamp control system is all producing critical influence aspect energy-saving benefit and the customer satisfaction.
From the angle of electric lighting, hotel room is a very special place, but the high place of making us being strange of peopleization requirement one by one, but a privacy height is the place of public use.Some modern high-grade hotels are to be particular about very much aspect illumination, but in these more modern hotels, house the guest often find, and is the most perplexing, is located at the light control panel of the head of a bed exactly, usually allows the people be at a loss; The people who does much traveling, puzzled especially, more be high-grade hotel, the electric lighting control system more is complicated, often is bound to arouse fear and dare not at will uses.In order to improve lighting quality, satisfy house guest's needs, modern hotel is starved of breakthrough aspect Lighting Control Assembly.
Above-mentioned situation also often occurs in household's environment, and some more modern Lighting Control Assemblies make people older and young among the household cause inconvenience on the contrary.
Because the requirement of hotel room aspect illumination is more special, relatively have comprehensive representativeness, below explanation will be an object with the hotel room illumination.A desirable hotel electric lighting control system should be to allow the people feel conveniently, do not have pressure, use easily, makes the people feel warm comfortable, and the sensation of a home (away) from home is arranged.How making the house guest can very natural, very easily light be done the utilization of the best, also is very important considerations.
The house guest if can very natural, very easily light be done the utilization of the best, just can eliminate unnecessary energy waste, for the managerial personnel of hotel, and will be because of the energy-conservation economic benefit that produces immediately.But because house guest's know-how, old children of age, the experience of life, even language all has very big-difference, no matter men and women, old and young need not learn electric lighting and the electrical equipment facility control system that just can easily use, the technical staff formed challenge.
Practical experience shows, lamplight scene control is a simple and effective power-economizing method, whole lamplight scene can put in place by a key, simple and clear use easily, predefined lamplight scene except make us feeling comfortably cool joyful, because light is not to be in complete bright state, thereby has reached energy-conservation purpose yet always.But hotel room is the place of a public use, and predefined standardization lamplight scene can not satisfy each human needs, and the variation elasticity of lamplight scene to the hotel room illumination, also is the problem that needs are considered.
For the managerial personnel of hotel, when how in the additions and deletions of carrying out the replacement renewal of regular maintenance work, light fixture, light fixture even guest room, to adorn update all, can both easily carry out, want backguy again, want to reset software, also be the factor that need list assessment in, backguy especially again, time and engineering cost are all very huge.
Though digital address light interface control system (DALI), with respect to other Lighting Control Assembly, for example U.S. Patent number US6229433B1, US7042339B2 are with the system of supply main communicating control information, and DALI has many advantages.For example, the topology that connects up has very freely been saved a large amount of copper cash than the centralized wiring of tradition, and the transmission of control information is also more reliable; Emphasize the systematic comparison of intelligent control with U.S. Patent number US5565855, US68682952, digital address light interface control system (DALI) is also obviously relatively simplified, but generally speaking digital address light interface control system (DALI) controller price is still the comparison costliness, expensive controller price limit popularizing of these systems.
When being applied to hotel room illumination control, because of hotel room is the place of a commercial competition fierceness, how to reduce hotel room the equipment investment price, reduce maintenance cost, improve customer satisfaction etc., all closely related with effectiveness of operation, managerial personnel must think better of, therefore a kind of more economical, more easy-to-use electric lighting control system is expected very much.
Simultaneously, there are many peripheral electrical equipment to need control in the hotel room, for example Do not disturb lamp, clean room lamp, air-conditioner temperature controller, air-conditioning blast volume controller, main window screening controller, main window window-blind controller, secondary window screening controller, secondary window window-blind controller, night-light, TV, sound equipment etc.If the control of the control of these peripheral electrical equipment and hotel room electric lighting can realize unification, simplification, must be subjected to the guest and the hotel administrator's of house welcome.
Summary of the invention
(1) technical problem that will solve
In view of this, main purpose of the present invention is to provide a kind of electrical lamp and peripheral electrical apparatus control system, include the peripheral electrical equipment beyond the main electrical lamp in control system, make electric lighting and peripheral electrical equipment control realize unification, simplification, realize the electric lighting zone control system is expanded to the control of the general electrical equipment in the living environment.
(2) technical scheme
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of electrical lamp and peripheral electrical apparatus control system, this system comprises a civil power power line 1, one digital two-phase digital information bus 2, at least one electrical lamp controller 3, at least one peripheral appliance controller 3P, a digital binary information bus power source supply 5, a system controller 7, one hand-held Digiplex window machine controller 8R, a hand-held Digiplex 8M;
Bus interface and the digital two-phase digital information bus 2 of described electrical lamp controller 3, peripheral appliance controller 3P, digital binary information bus power source supply 5, system controller 7 and hand-hold wireless remote controller window machine controller 8R are connected in parallel;
Electrical lamp in this system and peripheral electrical equipment are divided into electrical lamp control group and peripheral electrical equipment control group, described electrical lamp controller 3 is according to the electrical lamp control command control electrical lamp control group who is received from the digital two-phase digital information bus 2, and described peripheral appliance controller 3P is according to the peripheral electrical equipment control group of peripheral electrical equipment control commands for controlling who is received from the digital two-phase digital information bus 2.
Described electrical lamp controller 3 receiving system electrical lamp control commands and interval electrical lamp control command are filtered and are obtained effective electrical lamp control command; And be provided with electrical lamp name label device 3T, receive the interval control command of electrical lamp and control individually; Described electrical lamp controller 3 comprises:
Information data restoring means 41 is used for the lamplight scene control command of optical isolator 31 inputs is restored, and the numerical data after restoring is exported to system's shift register 37 and interval shift register 38, and clock signal is exported to Clock management device 40;
System's shift register 37 and interval shift register 38, be used for the numerical data that the stored information data-restoring device restores, upper byte in the numerical data is exported to system command code translator 44, content addressable control switch device 39 is exported in the interval instruction of the low byte in the numerical data;
System command code translator 44 is used for the system command upper byte of system's shift register 37 inputs is deciphered, and exports an activation information or removes function information to content addressable control switch device 39 according to decode results;
Content addressable control switch device 39, be used for interval instruction comparing decoding to interval instruction shift register 38 parallel inputs, if the comparison instruction that conforms to is fully arranged, then generates light control switch signal, and export to lamplight scene control device 42 by latch 43 at light fixture;
Latch 43 is used for the information of memory contents addressable control switch device 39 inputs, and will exports to lamplight scene control device 42 by the information of content addressable control switch device 39 inputs;
Lamplight scene setting device 42 is used for the scene control switch signal and the single lamp dimmer switch signal that are received from content addressable control switch device 39 are deciphered, and decode results is exported to light source drive device 34;
Light source drive device 34 is used for according to the decode results that is received from lamplight scene control device 42, the switch of driving light source and brightness;
Light fixture name label device 3T is used to identify concrete light fixture, the internal storage data of setting content addressable control switch device 39.
Described content addressable control switch device 39 is made by single die semiconductor integrated circuit, comprise content addressable memory device 390 and content addressable internal memory setting device 391, described content addressable memory device 390 is used to store the instruction relevant with the address of light fixture with comparing control command, and comparison result is exported to lamplight scene control device 42 by latch 43; Described content addressable internal memory setting device 391 is used for the address of setting content addressable memory device 390.
Described system shift register 37 is shared with the low byte of interval shift register 38;
Described light fixture name label device 3T is a wire jumper pin device, or is the toggle switch device, or is the digital dial switching device, adopts numbering, colour coding, picture and text to identify, and is beneficial to differentiate.
The peripheral electrical equipment control instruction of described peripheral appliance controller 3P reception interval is filtered and is obtained effective peripheral electrical equipment control instruction; And being provided with peripheral appliance name label apparatus 3PT, the peripheral electrical equipment control instruction of reception interval is controlled individually; Described peripheral appliance controller 3P comprises:
Information data restoring means 41P is used for the peripheral electrical equipment control instruction of optical isolator 31P input is restored, and the numerical data after restoring is exported to peripheral electrical equipment control instruction shift register 37P, and clock signal is exported to Clock management device 40P;
Peripheral electrical equipment control instruction shift register 37P, be used for the numerical data that the stored information data-restoring device restores, peripheral electrical equipment control instruction upper byte in the numerical data is exported to peripheral electrical equipment control instruction decoding device 44P, content addressable control switch device 39P is exported in the interval instruction of peripheral electrical equipment control instruction low byte in the numerical data;
System command code translator 44P, be used for the peripheral electrical equipment control instruction upper byte of peripheral electrical equipment control instruction shift register 37P input is deciphered, export an activation information or remove function information to content addressable control switch device 39P according to decode results;
Content addressable control switch device 39P, be used for the decoding of comparing of the interval command bits of the parallel input of peripheral electrical equipment control instruction shift register 37P, if the comparison instruction that conforms to is fully arranged, then generate switching signal, and export to peripheral electrical equipment control CCE 34P by latch 43P at peripheral electrical equipment;
Latch 43P is used for the control information of memory contents addressable control switch device 39P input, and will export to peripheral electric apparatus control apparatus 34P by the control information of content addressable control switch device 39P input;
Peripheral electrical equipment control CCE 34P is used for realizing the control to peripheral electrical equipment according to the control information that is received from latch 43P;
Peripheral appliance name label apparatus 3PT is used to identify concrete peripheral electrical equipment, the internal storage data of setting content addressable control switch device 39P.
Described content addressable control switch device 39P is made by logical circuit, comprise content addressable memory device 390P and content addressable internal memory setting device 391P, P8, P4, P2, P1 are the address bits of peripheral appliance name label apparatus 3PT among the described content addressable memory device 390P; Described content addressable memory device 390P is used for storage and comparison control command; Described content addressable internal memory setting device 391P is used for the address of setting content addressable memory device 390P.
Described peripheral appliance name label apparatus 3PT is a wire jumper pin device, or is the toggle switch device, or is the digital dial switching device, adopts numbering, colour coding, picture and text to identify, and is beneficial to differentiate.
Described digital binary information bus power source supply 5 is used to digital binary information bus 2 supply direct voltages;
Described system controller 7 is a fixture, the master switch control button that possesses electrical lamp, the electrical lamp lamplight scene is selected the control button, system controller 7 sends system's control command, through digital two-phase digital information bus 2, the switch and the electrical lamp lamplight scene of control electrical lamp;
Described hand-hold wireless remote controller 8M controls the lamplight scene of interior electrical lamp between its location, indivedual light fixtures and indivedual peripheral electrical equipment by electrical lamp control command between hand-hold wireless remote controller window machine controller 8R sending area or interval peripheral electrical equipment control instruction;
Described hand-hold wireless remote controller window machine controller 8R is used for the radio frequency signal that is received from hand-hold wireless remote controller 8M is carried out relaying, send interval electrical lamp control command or interval peripheral electrical equipment control instruction, control the lamplight scene of interior electrical lamp between its location, indivedual light fixtures and indivedual peripheral electrical equipment; The master switch key that possesses electrical lamp, whole lamplight scene options button, all indivedual options buttons of electrical lamp and electrical lamp open and close, lighten, dim operating key, operating key is opened or rise, closes or fallen to the indivedual options buttons and the peripheral electrical equipment of whole peripheral electrical equipment.
This system further comprises:
One empty chamber transducer 4, be used for nobody the time send Energy Saving Control instruction and put out light, through digital two-phase digital information bus 2, the switch and the lamplight scene of control electrical lamp;
And/or an interval controller 8, be used to control between its location in the lamplight scene of light fixture, or indivedual light fixtures in controlling between its location, or the indivedual peripheral electrical equipment in controlling between its location.
Described light fixture name label device 3T or peripheral appliance name label apparatus 3PT are address tags, and the controller with same names label apparatus has identical address, is subjected to Synchronization Control.
(3) beneficial effect
From technique scheme as can be seen, the present invention has following beneficial effect:
1, this electrical lamp provided by the invention and peripheral electrical apparatus control system, be on the basis of electric lighting zone control system, include the peripheral electrical equipment beyond the main electrical lamp in control system, make electric lighting and peripheral electrical equipment control realize unification, simplification, realize the electric lighting zone control system is expanded to the control of the general electrical equipment in the living environment.
2, this electrical lamp provided by the invention and peripheral electrical apparatus control system, utilize interval peripheral electrical equipment control instruction and supporting peripheral appliance controller, under the situation that does not increase electric lighting zone control system complexity, in the electric lighting control interval, set up an independently subsystem, include peripheral electrical equipment in control system, make electric lighting and electrical equipment control realize unification, simplification, keep inexpensive, reliable, the easy-to-use characteristic of electric lighting zone control system simultaneously.
3, this electrical lamp provided by the invention and peripheral electrical apparatus control system, with respect to centralized hotel room electric lighting of traditional control panel and electrical apparatus control system, simpler and clearer, more easy-to-use digitlization electric lighting of a kind of system architecture and electrical apparatus control system are provided, build at cloth, safeguard, when upgrading, do not set the puzzlement of software, even the suite that a plurality of rooms are arranged also easily cloth build, those skilled in the art can be competent at, the technical staff does not need special training, helps popularizing of digitlization hotel room electric lighting and electrical apparatus control system.
4, this electrical lamp provided by the invention and peripheral electrical apparatus control system provide a kind of standardized hand-held remote controller, are aided with the button of graphical easy identification, no matter men and women, old and young can both easily use.When especially the present invention is applied in the hotel room, take into account house guest and hotel managerial personnel's needs, especially to the guest of house, just can operate with general knowledge, improve lighting quality, improve the energy-saving benefit of illumination, can simplify the house guest's of hotel room the study procedure of adaptation, reduce the incompatibility sense of trip house guest to foreign environment, because there is not the problem of software set, hand-held remote controller can use in arbitrary room, and then makes the guest and the hotel administrator of house, and two cover its profit.
5, this electrical lamp provided by the invention and peripheral electrical apparatus control system reducing price, reduce maintenance cost, use easily, promote customer satisfaction, energy savings, and improving integrated operation management benefit aspect provides benefit.
6, this electrical lamp provided by the invention and peripheral electrical apparatus control system, the number bus distributed structure/architecture has elasticity on the selection of light fixture and layout, can change light fixture at any time or change the layout of light fixture and need not reset software or backguy again.Make electric lighting and electrical apparatus control system and light fixture build at cloth, safeguard, when upgrading, richer selection elasticity, more economical.
7, this electrical lamp provided by the invention and peripheral electrical apparatus control system, on the basis of electric lighting zone control system, set up another fully independently technical scheme of subsystem, except saving the system resource, for the technical staff of planning, design, maintenance, system architecture is simple and clear, grasps easily, can set up at any time or cancel, do not relate to the software set program; For the user, but be transparent directly use easily, the present invention has highlighted the characteristic of numerical control system, has but exempted the trouble of software set, has realized cheap, reliable, easy-to-use target.
8, this electrical lamp provided by the invention and peripheral electrical apparatus control system, standardization, patterned hand-held remote controller are simplified learning process, eliminate unnecessary study and adapt to nervous; Easy lamplight scene operating key can make lamplight scene control a key and put in place, no matter realized men and women, old and young, need not learn just can use, and is very natural, very easily with the utilization of light work the best, eliminates unnecessary energy waste; Single lamp operating key can be controlled especially to single lamp, has taken into account personalized particularity and has required and popular ease of Use requirement, is specially adapted to hotel room.
9, this electrical lamp provided by the invention and peripheral electrical apparatus control system in conjunction with the empty chamber of personnel activity sensing controler, reach the purpose of taking into account lighting quality and automatic energy saving, and it is independent fully that the control of light keeps, and peripheral electrical equipment is not affected.
10, this electrical lamp provided by the invention and peripheral electrical apparatus control system, totally digitilized system, by bridge technology, easy and other systems connection, for example building management system.
Description of drawings
Fig. 1 is the structural representation of electrical lamp provided by the invention and peripheral electrical apparatus control system;
Fig. 2 is the schematic diagram of electrical lamp provided by the invention and peripheral electrical apparatus control system hotel room;
Fig. 3 is the structural representation of electrical lamp controller in electrical lamp provided by the invention and the peripheral electrical apparatus control system;
Fig. 4 is the structural representation of peripheral appliance controller in electrical lamp provided by the invention and the peripheral electrical apparatus control system;
Fig. 5 is system's control command framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system;
Fig. 6 is an interval electrical lamp control command framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system;
Fig. 7 is an interval peripheral electrical equipment control instruction framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
This electrical lamp provided by the invention and peripheral electrical apparatus control system are realized being controlled to be the master with electric lighting, the purpose that can control general electrical equipment in the living space simultaneously, and reach standardization, simplification, inexpensive, reliable, easy-to-use target.
The present invention is based on digitlization electric lighting zone control system, with a kind of in the electric lighting zone control system, the technical scheme of setting up independently peripheral electrical equipment control subsystem in the interval is a core, in the living space, hotel room for example, peripheral electrical equipment is included digitlization electric lighting zone control system in, has enlarged electric lighting zone control system The Application of Technology scope, has further brought into play inexpensive, reliable, the easy-to-use advantage of digitlization electric lighting zone control system technology.Be different from existing digitlization dwelling management system, the present invention does not have the problem of software set, and independently peripheral electrical equipment control subsystem is controlled electric lighting automatically, easy individual processing, and when for example installing energy-conservation light automation additional, peripheral electrical equipment is not affected.
Digitlization electric lighting zone control system coherent reference file please refer to associated documents such as Chinese patent application numbers 200610076528.2,200610111783.6,200610111784.0.Chinese patent application numbers 200610076528.2 has illustrated to draw boundary's repeater and has reached nature partitioned method and device, 200610111783.6 content addressable technology and device that single lamp is controlled have been described, 200610111784.0 have illustrated the content addressable light scene on-off controller device that light fixture is carried out lamplight scene control.
Electrical lamp in this electrical lamp provided by the invention and the peripheral electrical apparatus control system and peripheral electrical equipment, Be Controlled command communication agreement are divided into two control groups: electrical lamp control group and peripheral electrical equipment control group; Electrical lamp control group control device, receiving system control command and interval control command are provided with electrical lamp name label device, can accept indivedual controls; Peripheral electrical equipment control group control device receives only interval peripheral electrical equipment control instruction, does not accept system's control command, is provided with peripheral appliance name label apparatus, accepts control individually.
Peripheral appliance controller and interval peripheral electrical equipment control command communication agreement form the independent subsystem in the control interval; Hand-held remote controller is interval controller, send the whole lamplight scene control command in standardized interval or interval single lamp control command or interval peripheral electrical equipment control instruction, the whole lamplight scene of control interval, or each electrical lamp in interval or peripheral electrical equipment controlled individually, do not need software set, can use in arbitrary interval (or room).
As shown in Figure 1, Fig. 1 is the structural representation of electrical lamp provided by the invention and peripheral electrical apparatus control system, and this system comprises a civil power power line 1, one digital two-phase digital information bus 2, at least one electrical lamp controller 3, at least one peripheral appliance controller 3P, a digital binary information bus power source supply 5, a system controller 7, one hand-held Digiplex window machine controller 8R and a hand-held Digiplex 8M.
Wherein, the bus interface of electrical lamp controller 3, peripheral appliance controller 3P, digital binary information bus power source supply 5, system controller 7 and hand-hold wireless remote controller window machine controller 8R and digital two-phase digital information bus 2 are connected in parallel; Electrical lamp in this system and peripheral electrical equipment are divided into electrical lamp control group and peripheral electrical equipment control group, described electrical lamp controller 3 is according to the electrical lamp control command control electrical lamp control group who is received from the digital two-phase digital information bus 2, and described peripheral appliance controller 3P is according to the peripheral electrical equipment control group of peripheral electrical equipment control commands for controlling who is received from the digital two-phase digital information bus 2.
The peripheral electrical equipment control instruction of peripheral appliance controller 3P reception interval is filtered and is obtained effective peripheral electrical equipment control instruction; And being provided with peripheral appliance name label apparatus 3PT, the peripheral electrical equipment control instruction of reception interval is controlled individually.
Numeral binary information bus power source supply 5 is used to digital binary information bus 2 supply direct voltages.
Hand-hold wireless remote controller 8M controls the lamplight scene of interior electrical lamp between its location, indivedual light fixtures and indivedual peripheral electrical equipment by electrical lamp control command between hand-hold wireless remote controller window machine controller 8R sending area or interval peripheral electrical equipment control instruction.Because hand-hold wireless controller 8M is an interval controller, the interval controller 8 that dotted line is represented can be cancelled.The picture circle repeater 6 that dotted line is represented is between multi-region in (or room), separates the usefulness in each interval (or room), and the hotel suite in a plurality of rooms is for example arranged.
Hand-hold wireless remote controller window machine controller 8R is used for the radio frequency signal that is received from hand-hold wireless remote controller 8M is carried out relaying, send interval electrical lamp control command or interval peripheral electrical equipment control instruction, control the lamplight scene of interior electrical lamp between its location, indivedual light fixtures and indivedual peripheral electrical equipment; The master switch key that possesses electrical lamp, whole lamplight scene options button, all indivedual options buttons of electrical lamp and electrical lamp open and close, lighten, dim operating key, operating key is opened or rise, closes or fallen to the indivedual options buttons and the peripheral electrical equipment of whole peripheral electrical equipment.
This system can further include a chamber transducer 4 and/or an interval controller 8, described empty chamber transducer 4 be used for nobody the time send Energy Saving Control instruction and put out light, through digital two-phase digital information bus 2, the switch and the lamplight scene of control electrical lamp; The lamplight scene of light fixture in described interval controller 8 is used to control between its location, or the indivedual light fixtures in controlling between its location, or the indivedual peripheral electrical equipment in controlling between its location.
As shown in Figure 2, Fig. 2 is the schematic diagram of electrical lamp provided by the invention and peripheral electrical apparatus control system hotel room.In the hotel room, civil power power line 1 and digital binary information bus 2 (1+2) are connected with the controller of electrical lamp.Electrical lamp includes entry lamp L1, standard lamp L2, desk lamp L3, end table lamp L4, wall ornamentation lamp L5, left head of a bed reading lamp L6, right head of a bed reading lamp L7, left head of a bed desk lamp L8, right head of a bed desk lamp L9, head of a bed decorations lamp L10, mirror lamp L11, draws lamp L12, bar desk lamp L13, ceiling light L14a, L14b and controller L14 thereof, and each lamp controller inserts the name label device that meets it.Peripheral electrical equipment includes that Do not disturb lamp P101, clean room lamp P102, air-conditioner temperature controller P103, air-conditioning blast volume controller P104, main window screening controller P105, main window window-blind controller P106, secondary window screening controller P107, secondary window window-blind controller P108, night-light P109, bathroom illumination master switch P110, TV switch P 111, Stereo Switch P112, each peripheral appliance controller inserts the name label device that meets it.The controller of each peripheral electrical equipment is also connected with civil power power line 1 and digital binary information bus 2 (1+2).At least one hand-hold wireless remote controller window machine controller 8R is set in the guest room, receives the control information of at least one hand-hold wireless remote controller 8M.Hand-hold wireless remote controller 8M and hand-hold wireless remote controller window machine controller 8R can be by infrared contacts.The lamplight scene of light fixture between interval controller 8 its locations of control, or the indivedual light fixtures in controlling between its location, or the indivedual peripheral electrical equipment in controlling between its location.Hand-hold wireless controller 8M is interval controller, by hand-hold wireless remote controller window machine controller 8R, controls the lamplight scene of interior light fixture between its location, or the indivedual light fixtures in controlling between its location, or the indivedual peripheral electrical equipment in controlling between its location.System controller 7 is a fixture, possesses the master switch control button of electrical lamp at least, and the electrical lamp lamplight scene is selected the control button.Empty chamber transducer 4 nobody the time, send the Energy Saving Control instruction and put out light, system controller sends system command, through number bus 2, the switch and the lamplight scene of control electrical lamp.
In the present embodiment, consider that the hand-hold wireless controller should not bring the bathroom in, the switch of bathroom illumination all concentrates on traditional bathroom illumination master switch P110, can remote control in order to make the bathroom illumination, and bathroom illumination master switch P110 is planned as a peripheral electrical equipment; For the reason of safety, installed a night-light P109 in the bathroom, night-light P109 is a peripheral electrical equipment.The distribution of civil power power line 1 shown in Figure 2 and digital binary information bus 2 (1+2) and electrical lamp controller and peripheral appliance controller, more traditional control panel radiant type distribution is concisely saved copper cash again.
16 lamplight scenes can be arranged at most, but generally speaking, four lamplight scenes are just enough, for example, lamplight scene one is for the welcome receives a visitor, lamplight scene two is read for before getting into bed for quiet think of, lamplight scene four for household, lamplight scene three.
As shown in Figure 3, Fig. 3 is the structural representation of electrical lamp controller in electrical lamp provided by the invention and the peripheral electrical apparatus control system.Electrical lamp controller 3 comprises optical isolator 31, information data restoring means 41, system's shift register 37, interval shift register 38, system command code translator 44, content addressable control switch device 39, latch 43, lamplight scene setting device 42, light source drive device 34 and light fixture name label device 3T.
Wherein, optical isolator 31 is used for the lamplight scene control command of transmission on the digital two-phase digital information bus 2 is inputed to information data restoring means 41.
Information data restoring means 41 is used for the lamplight scene control command of optical isolator 31 inputs is restored, and the numerical data after restoring is exported to system's shift register 37 and interval shift register 38, and clock signal is exported to Clock management device 40.
System's shift register 37 and interval shift register 38, be used for the numerical data that the stored information data-restoring device restores, upper byte in the numerical data is exported to system command code translator 44, content addressable control switch device 39 is exported in the interval instruction of the low byte in the numerical data.Interval instruction shift register 38 is shared with the low byte of system command shift register 37.System command code translator 44 is used for the system command upper byte of system command shift register 37 inputs is deciphered, and exports an activation information or removes function information to content addressable control switch device 39 according to decode results.Enter the instruction of message handler 32, if instruct between 1 byte regions, then system command code translator 44 will directly be exported an activation information, make content addressable control switch device 39 be in the execution work state.
System command code translator 44 is used for the system command upper byte of system's shift register 37 inputs is deciphered, and exports an activation information or removes function information to content addressable control switch device 39 according to decode results.
Content addressable control switch device 39 is used for interval instruction the comparing decoding to interval instruction shift register 38 parallel inputs, if the comparison instruction that conforms to is fully arranged, then generate light control switch signal, and export to lamplight scene control device 42 by latch 43 at light fixture.Content addressable control switch device 39 is made by single die semiconductor integrated circuit, comprise content addressable memory device 390 and content addressable internal memory setting device 391, described content addressable memory device 390 is used to store the instruction relevant with the address of light fixture with comparing control command, and comparison result is exported to lamplight scene control device 42 by latch 43; Described content addressable internal memory setting device 391 is used for the address of setting content addressable memory device 390.
Lamplight scene setting device 42 is used for the scene control switch signal that is received from content addressable control switch device 39 and single lamp dimmer switch signal are deciphered, and decode results is exported to light source drive device 34.
Light source drive device 34 is used for according to the decode results that is received from lamplight scene control device 42, the switch of driving light source and brightness.
Light fixture name label device 3T is used to identify concrete light fixture, the internal storage data of setting content addressable control switch device 39.
Light fixture name label device 3T is a wire jumper pin device, or is the toggle switch device, or is the digital dial switching device, adopts numbering, colour coding, picture and text to identify, and is beneficial to differentiate.Light fixture name label device 3T is an address tag, and the controller with same names label apparatus has identical address, is subjected to Synchronization Control.
As shown in Figure 4, Fig. 4 is the structural representation of peripheral appliance controller in electrical lamp provided by the invention and the peripheral electrical apparatus control system.Peripheral appliance controller 3P comprises optical isolator 31P, information data restoring means 41P, the shift register 37P of system, interval shift register 38P, system command code translator 44P, content addressable control switch device 39P, latch 43P, lamplight scene setting device 42P, peripheral appliance controller control device 34P and light fixture name label device 3PT.
Wherein, optical isolator 31P is used for the peripheral electrical equipment control instruction of transmission on the digital two-phase digital information bus 2 is inputed to information data restoring means 41P.
Information data restoring means 41P is used for the peripheral electrical equipment control instruction of optical isolator 31P input is restored, and the numerical data after restoring is exported to peripheral electrical equipment control instruction shift register 37P, and clock signal is exported to Clock management device 40P.
Peripheral electrical equipment control instruction shift register 37P is used for the numerical data that the stored information data-restoring device restores, peripheral electrical equipment control instruction upper byte in the numerical data is exported to peripheral electrical equipment control instruction decoding device 44P, content addressable control switch device 39P is exported in the interval instruction of peripheral electrical equipment control instruction low byte in the numerical data.
System command code translator 44P is used for the peripheral electrical equipment control instruction upper byte of peripheral electrical equipment control instruction shift register 37P input is deciphered, and exports an activation information or removes function information to content addressable control switch device 39P according to decode results.The comparison of peripheral electrical equipment control instruction upper byte conforms to fully, give latch DS with door 441 outputs one activation information, latch when Clock management device 40 sends latch signal L, latch DS latched data is exported to peripheral electrical equipment control instruction comparison line mP0, mP1 through buffer A.
Content addressable control switch device 39P is used for the decoding of comparing of the interval command bits of the parallel input of peripheral electrical equipment control instruction shift register 37P, if the comparison instruction that conforms to is fully arranged, then generate switching signal, and export to peripheral electrical equipment control CCE 34P by latch 43P at peripheral electrical equipment.
Content addressable control switch device 39P is made by logical circuit, comprise content addressable memory device 390P and content addressable internal memory setting device 391P, P8, P4, P2, P1 are the address bits of peripheral appliance name label apparatus 3PT among the described content addressable memory device 390P; Described content addressable memory device 390P is used for storage and comparison control command; Described content addressable internal memory setting device 391P is used for the address of setting content addressable memory device 390P.P8, P4, P2, P1 are peripheral electric control function unit title label apparatus 3PT address bits among the content addressable memory device 390P, and four address bits can provide 16 addresses to name label.
The interval command bits B0～B7 of the parallel input of 39 couples of peripheral electrical equipment control instruction shift register 37P of the content addressable switching device decoding of comparing, if there is comparison to conform to fully, then compare line mP0, mP1 and keep high potential, generate switching signal at peripheral electrical equipment, and input latch 43.Latch means Dp0, the Dp1 of latch 43 is used for the control information of the peripheral electrical equipment control instruction of memory contents addressable, and will can be sought the control information of switching device 39 inputs by content, exports to peripheral appliance controller control device 34P.
Peripheral electrical equipment control CCE 34P is used for realizing the control to peripheral electrical equipment according to the control information that is received from latch 43P.
Peripheral appliance name label apparatus 3PT is used to identify concrete peripheral electrical equipment, the internal storage data of setting content addressable control switch device 39P.
Peripheral appliance name label apparatus 3PT is a wire jumper pin device, or is the toggle switch device, or is the digital dial switching device, adopts numbering, colour coding, picture and text to identify, and is beneficial to differentiate.Peripheral appliance name label apparatus 3PT is an address tag, and the controller with same names label apparatus has identical address, is subjected to Synchronization Control.
Above-mentioned information data restoring means 41P, peripheral electrical equipment control instruction shift register 37P, Clock management device 40P, system command code translator 44P, content addressable control switch device 39P and latch 43P configuration information processor 32P, be used for the lamplight scene control command of optical isolator input is deciphered, and will decipher the control switch signal that generates and export to peripheral appliance controller control device 34P, realize control to peripheral electrical equipment P.
Among the message handler 32P, the upper byte of system command is deciphered by system command code translator 44P, the low byte of system command and interval instruction, then by the content addressable light control switch 39P decoding of comparing, and through latch 43P output switching signal to peripheral appliance controller control device 34P.Content addressable memory device 390P is used for storage and comparison control command, content addressable internal memory setting device 391P, set address date with name label device 3PT, with the relevant instruction of peripheral appliance name label, just can finish decoding, output control signal name label device is wire jumper pin device or toggle switch device or digital dial switching device, and the name label device is an address tag, label apparatus of the same name has identical address, is subjected to Synchronization Control; The P4 wire jumper short circuit of name label device 3PT shown in Figure 4 is communicated with, and this electrical equipment address, periphery is (0100).
Controlling general peripheral electrical equipment only needs the simple switch function, is used to compare the content addressable switching device 39P of decoding, also can finish with logical circuit.
For some special application, the for example decorative lighting of the illumination of shopper window, skin, because it is less related with indoor main illumination, comparatively favourable to be planned to peripheral electrical equipment, but this type of illumination also needs some light modulations to change sometimes, in order to tackle this type of application, among Fig. 4 in the dashed rectangle, also can be according to the technical scheme of Chinese patent application numbers 200610111784.0, lamplight scene control switch device is set, make peripheral electrical equipment light fixture except possessing switching function, also possess the light changing capability.
Fig. 5 is system's control command framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system.System's control command has two bytes, and the highest order after the start bit is " 1 ".
Fig. 6 is an interval electrical lamp control command framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system.Interval electrical lamp control command has a byte, and the highest order after the start bit is " 0 ".
Fig. 7 is an interval peripheral electrical equipment control instruction framework schematic diagram in electrical lamp provided by the invention and the peripheral electrical apparatus control system.It is " 0 " that interval peripheral electrical equipment control instruction has two bytes, the highest order after the start bit; P8, P4, P2, P1 are title tag addresses positions, peripheral electric control function unit, and name label device 3PT determines the address of peripheral electrical equipment, and four address bits can provide 16 addresses to name label; Highest order after the interval peripheral electrical equipment control instruction start bit is " 0 ", interval peripheral electrical equipment control instruction is limited between partial zones, can not cross over Chinese patent application number 200610076528.2 described picture circle repeaters, and distinguish with two byte systems control commands shown in Figure 5; The highest order of interval peripheral electrical equipment control instruction low byte is " 1 ", is that " 0 " is different with interval electrical lamp control command highest order shown in Figure 6 again; Interval peripheral electrical equipment control instruction is supporting with peripheral appliance controller, becomes interval interior independent subsystem.Interval peripheral electrical equipment control instruction can be as shown in table 1 surely:
| The interval shutoff of peripheral electrical equipment instructed | 0111 | 1111 | 1 | 1 | P8 | | P2 | P1 | 0 | 0 | |
| The interval open command of peripheral electrical equipment | 0111 | 1111 | 1 | 1 | P8 | | P2 | P1 | 0 | 1 |
Table 1
For the suite that a plurality of rooms are arranged, each room separates to draw boundary's repeater, and the interval control command that hand-held remote controller sends is only to effective in its interval, room, place, therefore hand-held remote controller can use in each room, will change the hand-held remote controller or the problem of new settings more between not exchanging houses.
Embodiment provided by the invention is the Application Example object with the hotel room, is the more complicated that requires because of hotel room, relatively is fit to comprehensive explanation.Technical scheme provided by the invention, being equally applicable to places such as general household, restaurant, shop is clearly.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. an electrical lamp and peripheral electrical apparatus control system, it is characterized in that this system comprises a civil power power line (1), a digital two-phase digital information bus (2), at least one electrical lamp controller (3), at least one peripheral appliance controller (3P), a digital binary information bus power source supply (5), a system controller (7), a hand-held Digiplex window machine controller (8R), a hand-held Digiplex (8M);
The bus interface and the digital two-phase digital information bus (2) of described electrical lamp controller (3), peripheral appliance controller (3P), digital binary information bus power source supply (5), system controller (7) and hand-hold wireless remote controller window machine controller (8R) are connected in parallel;
Electrical lamp in this system and peripheral electrical equipment are divided into electrical lamp control group and peripheral electrical equipment control group, described electrical lamp controller (3) receiving system electrical lamp control command and interval electrical lamp control command are filtered and are obtained effective electrical lamp control command; Described electrical lamp controller (3) is according to the electrical lamp control command control electrical lamp control group who is received from the digital two-phase digital information bus (2), and be provided with electrical lamp name label device (3T), indivedual controls of electrical lamp control command between region of acceptance; Described peripheral appliance controller (3P) is according to the peripheral electrical equipment control group of peripheral electrical equipment control commands for controlling who is received from the digital two-phase digital information bus (2); The peripheral electrical equipment control instruction of described peripheral appliance controller (3P) reception interval is filtered and is obtained effective peripheral electrical equipment control instruction; And be provided with peripheral appliance name label apparatus (3PT), indivedual controls of peripheral electrical equipment control instruction between region of acceptance;
Described hand-hold wireless remote controller (8M) is controlled the lamplight scene of interior electrical lamp between its location, indivedual light fixtures or indivedual peripheral electrical equipment by electrical lamp control command between hand-hold wireless remote controller window machine controller (8R) sending area or interval peripheral electrical equipment control instruction;
Described hand-hold wireless remote controller window machine controller (8R) is used for the radio frequency signal that is received from hand-hold wireless remote controller (8M) is carried out relaying, send interval electrical lamp control command or interval peripheral electrical equipment control instruction, control the lamplight scene of interior electrical lamp between its location, indivedual light fixtures or indivedual peripheral electrical equipment; The master switch key that possesses electrical lamp, whole lamplight scene options button, all indivedual options buttons of electrical lamp and electrical lamp open and close, lighten, dim operating key, operating key is opened or rise, closes or fallen to the indivedual options buttons and the peripheral electrical equipment of whole peripheral electrical equipment.
2. electrical lamp according to claim 1 and peripheral electrical apparatus control system is characterized in that, described electrical lamp controller (3) comprising:
First optical isolator (31) is used for that digital two-phase digital information bus (2) is gone up the lamplight scene control command of transmitting and inputs to first information data-restoring device (41);
First information data-restoring device (41), be used for the lamplight scene control command of first optical isolator (31) input is restored, numerical data after restoring is exported to system's shift register (37) and interval shift register (38), and clock signal is exported to the first Clock management device (40);
System's shift register (37) and interval shift register (38), be used to store the numerical data that first information data-restoring device restores, upper byte in the numerical data is exported to system command code translator (44), first content addressable control switch device (39) is exported in the interval instruction of the low byte in the numerical data;
System command code translator (44) is used for the upper byte of the numerical data of system's shift register (37) input is deciphered, and exports an activation information or removes function information and give first content addressable control switch device (39) according to decode results;
First content addressable control switch device (39), be used for interval instruction comparing decoding to the parallel input of interval shift register (38), if the instruction that has comparison to conform to fully, then generate light control switch signal, and export to lamplight scene setting device (42) by first latch (43) at light fixture;
First latch (43) is used to store the information of first content addressable control switch device (39) input, and will exports to lamplight scene setting device (42) by the information of first content addressable control switch device (39) input;
Lamplight scene setting device (42) is used for the scene control switch signal and the single lamp dimmer switch signal that are received from first content addressable control switch device (39) are deciphered, and decode results is exported to light source drive device (34);
Light source drive device (34) is used for according to the decode results that is received from lamplight scene setting device (42), the switch of driving light source and brightness;
Electrical lamp name label device (3T) is used to identify concrete light fixture, sets the internal storage data of first content addressable control switch device (39).
3. electrical lamp according to claim 2 and peripheral electrical apparatus control system, it is characterized in that, described first content addressable control switch device (39) is made by single die semiconductor integrated circuit, comprise content addressable memory device (390) and content addressable internal memory setting device (391), described content addressable memory device (390) is used to store the instruction relevant with the address of light fixture with comparing control command, and comparison result is exported to lamplight scene setting device (42) by first latch (43); Described content addressable internal memory setting device (391) is used for the address of setting content addressable memory device (390).
4. electrical lamp according to claim 2 and peripheral electrical apparatus control system is characterized in that,
Described interval shift register (38) is shared with the low byte of system's shift register (37);
Described electrical lamp name label device (3T) is a wire jumper pin device, or is the toggle switch device, or is the digital dial switching device, adopts numbering, colour coding, picture and text to identify, and is beneficial to differentiate.
5. electrical lamp according to claim 1 and peripheral electrical apparatus control system is characterized in that, described peripheral appliance controller (3P) comprising:
Second optical isolator (31P) is used for that digital two-phase digital information bus (2) is gone up the peripheral electrical equipment control instruction of transmitting and inputs to the second information data restoring means (41P);
The second information data restoring means (41P), be used for the peripheral electrical equipment control instruction of second optical isolator (31P) input is restored, numerical data after restoring is exported to peripheral electrical equipment control instruction shift register (37P), and clock signal is exported to second clock management devices (40P);
Peripheral electrical equipment control instruction shift register (37P), be used to store the numerical data that the second information data restoring means restores, peripheral electrical equipment control instruction upper byte in the numerical data is exported to peripheral electrical equipment control instruction decoding device (44P), second content addressable control switch device (39P) is exported in the interval instruction of peripheral electrical equipment control instruction low byte in the numerical data;
Peripheral electrical equipment control instruction decoding device (44P), be used for the peripheral electrical equipment control instruction upper byte of peripheral electrical equipment control instruction shift register (37P) input is deciphered, export an activation information or remove function information to second content addressable control switch device (39P) according to decode results;
Second content addressable control switch device (39P), be used for the decoding of comparing of the interval command bits of the parallel input of peripheral electrical equipment control instruction shift register (37P), if the instruction that has comparison to conform to fully, then generate switching signal, and export to peripheral electrical equipment control CCE (34P) by second latch (43P) at peripheral electrical equipment;
Second latch (43P), be used to store the control information of second content addressable control switch device (39P) input, and will export to peripheral electrical equipment control CCE (34P) by the control information of second content addressable control switch device (39P) input;
Peripheral electrical equipment control CCE (34P) is used for realizing the control to peripheral electrical equipment according to the control information that is received from second latch (43P);
Peripheral appliance name label apparatus (3PT) is used to identify concrete peripheral electrical equipment, sets the internal storage data of second content addressable control switch device (39P).
6. electrical lamp according to claim 5 and peripheral electrical apparatus control system, it is characterized in that, described second content addressable control switch device (39P) is made by logical circuit, comprise content addressable memory device (390P) and content addressable internal memory setting device (391P), address bit P8, P4, P2, P1 are the address bits of peripheral appliance name label apparatus (3PT) in the described content addressable memory device (390P); Described content addressable memory device (390P) is used for storage and comparison control command; Described content addressable internal memory setting device (391P) is used for the address of setting content addressable memory device (390P).
7. electrical lamp according to claim 5 and peripheral electrical apparatus control system, it is characterized in that, described peripheral appliance name label apparatus (3PT) is a wire jumper pin device, or be the toggle switch device, or be the digital dial switching device, adopt numbering, colour coding, picture and text to identify, be beneficial to differentiate.
8. electrical lamp according to claim 1 and peripheral electrical apparatus control system is characterized in that,
Described digital binary information bus power source supply (5) is used to digital two-phase digital information bus (2) supply direct voltage;
Described system controller (7) is a fixture, the master switch control button that possesses electrical lamp, the electrical lamp lamplight scene is selected the control button, system controller (7) sends system's control command, through digital two-phase digital information bus (2), the switch and the electrical lamp lamplight scene of control electrical lamp.
9. electrical lamp according to claim 1 and peripheral electrical apparatus control system is characterized in that, this system further comprises:
One empty chamber transducer (4), be used for nobody the time send Energy Saving Control instruction and put out light, through digital two-phase digital information bus (2), the switch and the lamplight scene of control electrical lamp;
And/or an interval controller (8), be used to control between its location in the lamplight scene of light fixture, or indivedual light fixtures in controlling between its location, or the indivedual peripheral electrical equipment in controlling between its location.
10. electrical lamp according to claim 5 and peripheral electrical apparatus control system, it is characterized in that, described electrical lamp name label device (3T) or peripheral appliance name label apparatus (3PT) are address tags, controller with same names label apparatus has identical address, is subjected to Synchronization Control.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100793319A CN101247686B (en) | 2007-02-15 | 2007-02-15 | Electric lighting lamp and periphery electrical apparatus control system |
| PCT/CN2007/003587 WO2008098444A1 (en) | 2007-02-15 | 2007-12-31 | Controlling system for electrical lighting instrument and peripheral electrical appliance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100793319A CN101247686B (en) | 2007-02-15 | 2007-02-15 | Electric lighting lamp and periphery electrical apparatus control system |
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| CN101247686A CN101247686A (en) | 2008-08-20 |
| CN101247686B true CN101247686B (en) | 2011-12-14 |
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| WO (1) | WO2008098444A1 (en) |
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| CN102004469B (en) * | 2009-09-01 | 2012-06-27 | 王俊锋 | Hotel control system |
| TWI386769B (en) * | 2009-09-25 | 2013-02-21 | Nat Univ Chin Yi Technology | Control method and system of indoor environment state of image monitoring |
| TWI446131B (en) | 2011-05-04 | 2014-07-21 | Univ Nat Cheng Kung | Brightness adjusting method and system with photographic device |
| CN104025139A (en) * | 2012-01-06 | 2014-09-03 | 皇家飞利浦有限公司 | Merchandise display system |
| CN114302536A (en) * | 2021-12-03 | 2022-04-08 | 深圳市欧瑞博科技股份有限公司 | Lighting scene generation method and device, intelligent equipment, server and storage medium |
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| JPS62231587A (en) * | 1986-03-31 | 1987-10-12 | Fujitsu General Ltd | Home control method |
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- 2007-12-31 WO PCT/CN2007/003587 patent/WO2008098444A1/en active Application Filing
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| JP昭62-231587A 1987.10.12 |
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| WO2008098444A1 (en) | 2008-08-21 |
| CN101247686A (en) | 2008-08-20 |
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