CN204362376U - A kind of wireless lighting control system - Google Patents
A kind of wireless lighting control system Download PDFInfo
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- CN204362376U CN204362376U CN201420866952.7U CN201420866952U CN204362376U CN 204362376 U CN204362376 U CN 204362376U CN 201420866952 U CN201420866952 U CN 201420866952U CN 204362376 U CN204362376 U CN 204362376U
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Abstract
The utility model provides a kind of wireless lighting control system, comprise lighting apparatus, also comprise detecting module and the control module of coupling mutually, the wireless signal that the detectable wireless signal transmission terminal being positioned at its communication or investigative range of described detecting module sends, and the intensity of described wireless signal is sent to described control module.Preset at least one signal strength threshold in described control module, described control module receives and compares sends the intensity of wireless signal and arbitrary described signal strength threshold from described detecting module, and according to comparative result to described lighting apparatus sending controling instruction.After adopting technique scheme, the operation of user without the need to taking the initiative to lighting apparatus, lighting apparatus will automatically perform the operations such as unlatching, cut out according to User Status.
Description
Technical field
The utility model relates to Lighting control field, particularly relates to a kind of wireless lighting control system.
Background technology
Existing on the market to the control of lighting apparatus mostly based on manual control.Such as acoustic-control illuminating needs people to sound, and after transducer detects sound, illumination opened by control relay; Existing wifi illumination for another example, bluetooth illumination, zigbee illumination etc. control all based on software control, need the smart machines such as mobile phone to log in wireless router, transfer signals to light fixture control appliance by router, the control of each factor of carrying out throwing light on.These control all to need people to make certain action and are used for controlling.The mode more than controlled and strategy, first need the action of user to coordinate and just can perform corresponding operation, for user, once run into the problems such as mobile phone electricity consumption finishes, non-mounting software, user just cannot contrast exposed installation for sending controling instruction, thus the operator scheme of being somebody's turn to do " active " is equivalent to paralysis.Thus this control model still cannot meet the developing direction of intelligent city, Smart Home.
Therefore, a kind of more intelligent for user, control mode of more saving operation is needed, with the Schema control lighting apparatus of user side's " passive type ", controlling party " active ".
Utility model content
In order to overcome above-mentioned technological deficiency, the purpose of this utility model is to provide a kind of novel wireless lighting control system.
The utility model discloses a kind of wireless lighting control system, comprise lighting apparatus, also comprise detecting module and the control module of coupling mutually, the wireless signal that the detectable wireless signal transmission terminal being positioned at its communication or investigative range of described detecting module sends, and the intensity of described wireless signal is sent to described control module; At least one signal strength threshold is preset in described control module, described control module comparison detection to the intensity of wireless signal that sends of described wireless signal transmission terminal and arbitrary described signal strength threshold, and according to comparative result to described lighting apparatus sending controling instruction.
Preferably, described detecting module comprises positioning unit, and described control module comprises driver element; Described positioning unit detects whether have wireless signal in described communication or investigative range, and sends an information according to the result of described detection to described driver element; Described driver element judges whether to described lighting apparatus sending controling instruction according to described information.
Preferably, when positioning unit detect in described communication or investigative range have described wireless signal time, determine the distance between described wireless signal transmission terminal and described control module according to the intensity of described wireless signal.
Preferably, described information comprises: wireless signal described in presence or absence in described communication or investigative range; The intensity level of described wireless signal.
Preferably, described communication or investigative range are in the round shape being the center of circle with described lighting apparatus or similar round shape, or fan shape or similar fan shape.
Preferably, described lighting apparatus, detecting module and control module are multiple, and described multiple control module is coupled mutually and is connected to master control equipment; When the wireless signal that described wireless signal transmission terminal sends being detected in the communication or investigative range of arbitrary described detecting module, detect that the detecting module of described wireless signal sends the signal strength signal intensity of described wireless signal to the control module be coupled with it; Described control module sends a Detection Information to described master control equipment; Described master control equipment according to described Detection Information to any one or more sending controling instructions in described lighting apparatus.
Preferably, the communication of control module described in two or more or investigative range have detection overlapping region arbitrarily, be coupled with described two or more control module respectively two or more described in lighting apparatus there is illumination overlapping region; When described wireless signal transmission terminal is positioned at described detection overlapping region, any one or more in two or more lighting apparatus described of described master control equipment sending controling instruction, and require that described lighting apparatus illuminates described illumination overlapping region.
Preferably, described illumination overlapping region is positioned at a fan-shaped field of illumination of described lighting apparatus; Described lighting apparatus only throws light on described fan-shaped field of illumination.
Preferably, described fan-shaped field of illumination is shifted with the movement of described wireless signal transmission terminal.
Preferably, described lighting apparatus, detecting module and control module are multiple, and described multiple control module is coupled mutually and is connected to master control equipment; Described wireless signal comprises the MAC Address of described wireless signal transmission terminal; Control module described in each comprises a memory cell, MAC Address described in described unit records.
Preferably, described master control equipment forms the motion path of wireless signal transmission terminal described according to the memory cell recording described MAC Address, when the wireless signal transmission terminal with described MAC Address moves in described communication or investigative range, described master controller controls described control module to the lighting apparatus sending controling instruction be positioned on described motion path.
Preferably, described control module also comprises a driver element; When the wireless signal transmission terminal with described MAC Address moves in described communication or investigative range, described motion path is sent to described driver element by described master control equipment, and described driver element is to the lighting apparatus sending controling instruction be positioned on described motion path.
Preferably, described control module also comprises statistic unit and operation note unit; Described statistic unit statistics wireless signal transmission terminal is to the number of times of the different operating of lighting apparatus and pass through the time; Described in described operation note unit record, wireless signal transmission terminal is to the operation of lighting apparatus.
Preferably, described wireless signal transmission terminal is smart mobile phone; Described wireless signal is wifi signal or bluetooth.
Preferably, described detecting module or control module are integrated in described lighting apparatus or are located at described lighting apparatus outside, are coupled with described lighting apparatus.
Preferably, described control command comprise regulate described lighting apparatus switch, brightness, form and aspect, saturation, color rendering and colour temperature.
After have employed technique scheme, compared with prior art, there is following beneficial effect:
1. user is without the need to performing any operation, and other operations just initiatively can be opened, close or perform to wireless lighting control system according to the walking of user;
2. light illumination mode is more intelligent, and it is followed user and throws light on and save the energy and consumption;
3. light illumination mode hommization more, can remember the walking habits of user, and lighting consumer is about to the path of walking in advance.
Accompanying drawing explanation
Fig. 1 is the system schematic of the wireless lighting control system meeting the utility model preferred embodiment;
Fig. 2 is the detection schematic diagram of the control module of the wireless lighting control system meeting the utility model preferred embodiment;
Fig. 3 is the schematic flow sheet of the wireless lighting control method meeting the utility model preferred embodiment;
According to the control schematic diagram of motion path when Fig. 4 is multiple lighting apparatus of the wireless lighting control system meeting the utility model preferred embodiment;
Fig. 5 is the schematic diagram that multiple lighting apparatus of the wireless lighting control system meeting the utility model preferred embodiment have when throwing light on overlapping region;
Fig. 6 is the illumination schematic diagram that multiple lighting apparatus of the wireless lighting control system meeting the utility model preferred embodiment have when throwing light on overlapping region;
Fig. 7 is the functional block diagram of the detecting module of the wireless lighting control system meeting the utility model preferred embodiment, control module and master control equipment;
Fig. 8 is that the wireless lighting control system meeting the utility model preferred embodiment detects after MAC Address the operation note of user and the flow chart of statistics.
Reference numeral:
10-wireless signal transmission terminal;
20-control module, 21-statistic unit, 22-memory cell, 23-detecting module, 24-operation note unit;
30-lighting apparatus;
40-throws light on overlapping region;
50-driver element;
60-master control equipment.
Embodiment
Advantage of the present utility model is set forth further below in conjunction with accompanying drawing and specific embodiment.
Consult Fig. 1, for meeting the system schematic of the wireless lighting control system of the utility model preferred embodiment, comprise lighting apparatus 30, detecting module 23 and control module 20, wherein detecting module 23 or control module 20 accessible site are in lighting apparatus 30, as the MCU of the control module 20 as an embodiment, also or to be located at lighting apparatus 30 outside, and with lighting apparatus 30 communicative couplings, as the router of the control module 20 as an embodiment.Except above-mentioned two parts, use for coordinating the utility model wireless lighting control system, have a wireless signal transmission terminal 10, it can be positioned at communication or the investigative range of detecting module 23, or outside the communication being positioned at detecting module 23 or investigative range, also or inside and outside this communication or investigative range move.When wireless signal transmission terminal 10 is positioned at the communication of detecting module 23 or investigative range is outer, the existence of wireless signal transmission terminal 10 naturally just cannot be detected.Therefore, in following examples, be all positioned at scope by wireless signal transmission terminal 10 or move to from scope based on scope discuss.Due to the intensity of wireless signal and detection distance inversely, distance is far away, and signal strength signal intensity is more weak, otherwise apart from nearer, signal is stronger.Because wireless signal transmission terminal 10 constantly can send detectable signal in use towards periphery, whether detection has the equipment that can network around.Such as, the equipment with wifi function of one of wireless signal transmission terminal 10 constantly can send " short pings " signal towards periphery, and whether detection has the wireless access node (Access Point) that can network around.Based on this, a predeterminable signal strength threshold in control module 20, at detecting module 23 while detecting the wireless signal that wireless signal transmission terminal 10 sends, obtain the intensity of this wireless signal, this acquisition is by enforcements such as signal transducers.After acquisition, the intensity of the wireless signal of acquisition is sent to control module 20 by detecting module 23, this intensity and the signal strength threshold preset are made comparisons by control module 20, when the intensity of wireless signal is greater than this signal strength threshold, control module 20 can be judged as that the wireless signal transmission terminal 10 that this sends this wireless signal is just being close to control module 20, or is still in the nearer scope of distance controlling module 20.After making above-mentioned judgement, control module 20 thinks that the user carrying this wireless signal transmission terminal 10 is just near lighting apparatus 30, so just sending controling instruction operates lighting apparatus 30 as regulated the switch of lighting apparatus 30, brightness, form and aspect, saturation, color rendering and colour temperature etc.Can find out from the control principle of the above-mentioned wireless lighting control system of the utility model, user does not carry out the action of any active in whole operation, and all judgements and process complete by control module 20.Utilize application program (APP) the active sending controling instruction of smart mobile phone to lighting apparatus 30 or router compared to user in prior art, control module 20 in the utility model is more intelligent, it initiatively can judge the arrival of the wireless signal transmission terminal 10 that user carries and leave, this thinking deterministic process is completed by control module 20, just achieves the operator scheme of intelligentized control method lighting apparatus 30.
In above-mentioned wireless lighting control system, the common intensity of the intrinsic wireless signal that signal strength threshold can send according to different wireless signal transmission terminals 10 is preset, as the wifi signal sent for smart mobile phone, just signal strength threshold can be set as minimum intensity or the moderate strength of wifi signal.One skilled in the art can appreciate that the setting of this signal strength threshold will affect the susceptibility of the utility model wireless lighting control system, concrete setting numerical value can regulate as required voluntarily.Simultaneously, the signal strength threshold of one or more also can be set in control module 20, and the sets itself wireless signal that and if only if detects is when to be more than or equal in multiple signal strength threshold some, control module 20 just can sending controling instruction to lighting apparatus 30.It is envisioned that multiple signal strength threshold can form a stepped decision logic, the signal strength threshold of selection is higher, and trigger condition is also harsher, and vice versa.
In one embodiment, detecting module includes positioning unit, and control module includes driver element.Whether positioning unit is responsible for detected wireless signals in its communication or investigative range and is existed, and no matter testing result why, positioning unit all by transmission one information to driver element.Driver element and positioning unit communicate to connect, and after receiving the information that positioning unit sends, judge whether to lighting apparatus sending controling instruction.As when positioning unit has not detected wireless signal in communication or investigative range, positioning unit sends to driver element, for example, can be the information of " without wireless signal transmission terminal ", driver element is according to the information of "None", be judged as not needing sending controling instruction to lighting apparatus (lighting apparatus current for non-opening time) or send out code to lighting apparatus (lighting apparatus current for opening time), making lighting apparatus be in the state of closedown subsequently.And when positioning unit detects wireless signal and the intensity of this wireless signal is greater than default intensity threshold, positioning unit sends to driver element, for example, can be the information of " having wireless signal launch terminal ", driver element is according to the information of " having ", be judged as not needing sending controling instruction to lighting apparatus (lighting apparatus current for opening time) or send open command to lighting apparatus (lighting apparatus current for non-opening time), making lighting apparatus be in the state of unlatching subsequently.Be understandable that, above-mentioned control command is not limitation of the utility model, the control command that other control commands mentioned above all can be used as in this embodiment sends, the pattern simultaneously sent also is not limited to this, and driver element can send output control instruction (as order is opened, ordered and close) all the time to lighting apparatus.
In above-described embodiment, whether the information that positioning unit sends can comprise wireless signal exists and the intensity level of wireless signal.Driver element can be determined to send which kind of control command to lighting apparatus with after the signal strength threshold preset according to intensity level.Also can exist according to " having " or "None" wireless signal and judge to send which kind of control command to lighting apparatus, such as, when " having " wireless signal, open lighting apparatus, during "None" wireless signal, close lighting apparatus.
Because positioning unit in above-described embodiment is used for the existence of detected wireless signals, then positioning unit also can according to the distance between this wireless signal determination wireless signal transmission terminal and control module.As shown in Figure 2, when wireless signal transmission terminal is positioned at communication or the investigative range of control module, its wireless signal sent is received by described positioning unit, and thus the position at the wireless signal transmission terminal place sending this wireless signal can be considered as the position at user place by positioning unit.When determining this position, need in this control module, store that distance is corresponding with the relation of signal strength signal intensity to be shown in advance.Specifically, before wireless lighting control system dispatches from the factory, set up the mapping table of wireless signal strength and distance by testing or tabling look-up, and this mapping table is implanted in control module.Then when reality uses, positioning unit can be tabled look-up and be obtained the distance of wireless signal transmission terminal corresponding to wireless signal strength and control module, thus obtains the distance between user and lighting apparatus.Therefore, in this embodiment, the distance that control module also can be determined according to this is determined to send which kind of control command to lighting apparatus.Such as, default signal strength threshold is replaced into distance threshold value, after determining the distance between wireless signal transmission terminal and control module, this distance is compared with distance threshold value, if the distance of wireless signal transmission terminal is less than this distance threshold value, send open command to lighting apparatus, if the distance of wireless signal transmission terminal is greater than this distance threshold value, does not then send instruction or send out code to lighting apparatus.Therefore, can automatically open according to walking about of user or close lighting apparatus, or other operations are carried out to lighting apparatus.
Continue to consult Fig. 2, in order under the lighting apparatus same distance that ensures to adjust the distance, the operation adopted wireless signal transmission terminal is identical, the communication that detecting module itself has or investigative range be shape be take lighting apparatus as the round shape in the center of circle or similar round shape, also or with this lighting apparatus be end points fan shape or similar fan shape.Be understandable that, when lighting apparatus is in spacious hall or road, due to need to the pedestrian of surrounding or user search, the communication detecting scope of round shape or similar round shape be more applicable.And when lighting apparatus is positioned at the space of corridor or this kind of sleeve configuration of sealing chamber, for the fan shape of a direction or similar fan shape communication or investigative range more applicable.Dissimilar communication or investigative range can be in the use under different actual conditions for lighting apparatus, the applicability of application scenario is stronger, also can avoid but the situation that the lighting apparatus in corridor is opened being occurred as user is in room, reduce the probability that noise signal is collected.
In above any embodiment, the movement of being carried wireless signal transmission terminal by user can make the lighting apparatus with control module automatically open or close, or perform other operations, the investigative range intraoral illumination equipment that user enters control module just opens illumination, leave investigative range intraoral illumination equipment and just close wait, full automatic control model saves the operation of user side greatly.
In the utility model wireless lighting control system one preferred embodiment, lighting apparatus, detecting module and control module have multiple, multiple control module is coupled mutually, and be connected to master control equipment, thus the information that control module obtains all can gather to master control equipment with needing the instruction sent, sent by unified pool of master control equipment.When the wireless signal that wireless signal launch terminal sends being detected in the communication or investigative range of any one detecting module, detect that the detecting module of this wireless signal will send the signal strength signal intensity of this wireless signal to the control module be coupled with it, thereupon, control module sends a Detection Information according to the intensity of this wireless signal detected and wireless signal to master control equipment, and this Detection Information comprises intensity level wireless signal and/or this wireless signal being detected.After receiving this Detection Information, master control equipment is by any one or more sending controling instructions in lighting apparatus.Consult Fig. 4, particularly, as user carry wireless signal transmission terminal enter the detecting module being positioned at first (namely the first) the communication that has or investigative range time, this the first detecting module comprises the Detection Information of intensity wireless signal and this wireless signal being detected to master control equipment 60 by control module transmission, master control equipment 60 will send open command to each control module, all lighting apparatus are ordered to open illumination, thus user is when just entering the road or room that multiple lighting apparatus formed, its walking path is disposable to be lighted, also or master control equipment 60 sends open command to being positioned at front row or path leading portion, the control module that stage casing etc. are any one section, illumination opened by the lighting apparatus that order is positioned at this section.In this embodiment, the open command that master control equipment 60 sends can change flexibly, adapts to according to actual use habit.
Consult Fig. 5, if have in the wireless lighting control system of multiple lighting apparatus and control module, the communication or the investigative range that there is two or more detecting module have common factor, when namely detecting overlapping region, in this detection overlapping region, control module is diversified for the Logic judgment of user, illustrates for an embodiment at this.Because two or more detecting module has detection overlapping region, then with two or more these detecting modules, the lighting apparatus of control module coupling also has illumination overlapping region (generally can think that the region of detection overlapping region is identical with the region of illumination overlapping region), when user carries wireless signal transmission fast mobile terminal to this detection overlapping region, two or more detecting module all detects the wireless signal and signal strength signal intensity that this wireless signal transmission terminal sends, so, each detecting module by control module transmission and reception to wireless signal " having " and comprise wireless signal strength Detection Information to master control equipment, master control equipment just sending controling instruction to lighting apparatus, order lighting apparatus illuminates illumination overlapping region.If consider the phenomenon that can be caused energy waste in this illumination overlapping region by the illumination simultaneously of multiple lighting apparatus, therefore, master control equipment can to control in lighting apparatus one or more throws light on to this illumination overlapping region according to user or the framework at system architecture person's initial stage.The benefit of this control model is, if have two lighting apparatus 30A, 30B, and user carry wireless signal transmission terminal enter into detection overlapping region time, according to described in the aforesaid embodiment of the utility model wireless lighting control system, lighting apparatus 30A, 30B will open illumination simultaneously, but in the preferred embodiment, master control equipment will only control lighting apparatus 30A, one of 30B opens illumination, even if namely wireless signal transmission terminal has entered in the investigative range of lighting apparatus 30B, lighting apparatus 30B does not make breakdown action, with energy savings, control more intelligent.Similarly, when the lighting apparatus with illumination overlapping region is two or more, one of them can be only specified to open illumination, all the other all do not make breakdown action, or when brightness is lower, order multiple or whole unlatching illuminations wherein, this control model can set according to onsite application situation.
In the above-described embodiments, due to user generally take or required region not very large, if the area of illumination overlapping region is excessive, the situation of the wasting of resources still can be caused to occur.Given this, more preferably, lighting apparatus only throws light on overlapping region.Particularly, consult Fig. 6, because illumination overlapping region is positioned at the sub-fraction of circular illumination scope, this illumination overlapping region can be placed in a fan-shaped field of illumination of lighting apparatus, and lighting apparatus only throws light on this fan-shaped field of illumination.And be positioned at the part of other the fan-shaped illumination zones outside this illumination overlapping region, will not illumination be opened.In order to reach this illuminating effect, lighting apparatus can be configured to the lighting apparatus with multiple light-emitting window, multiple light courcess, the rotating lighting apparatus of light source body also or as flood light.Be understandable that, even if when only having a lighting apparatus or multiple lighting apparatus without illumination overlapping region, the utility model wireless lighting control system also can adopt above-mentioned lighting system to throw light on to user, lighting system described in the present embodiment not only can be used in this embodiment, even can prolong and common illuminator.
More preferably in embodiment, may move in illumination overlapping region because user carries wireless signal transmission terminal, then in this example, lighting apparatus is configured to rotating, then the movement with wireless signal transmission terminal is also shifted by fan-shaped field of illumination; Or lighting apparatus has multiple light courcess, be configured to switch between light source, reach the object changing fan-shaped field of illumination.Move along with the movement of user, the operation of lighting apparatus its Based Intelligent Control more aobvious and more human nature.
In above embodiment, the illumination zone of lighting apparatus and the search coverage of detecting module can be independently set, such as, the illumination zone that can arrange lighting apparatus is 50 meters, and the search coverage of detecting module is 100, then when user carry wireless signal transmission terminal enter search coverage but also do not enter in illumination zone time, lighting apparatus can open illumination in advance.
One preferably or in optional embodiment, lighting apparatus, detecting module and control module are still multiple, and these multiple control modules are coupled mutually and are connected to this master control equipment.When wireless signal transmission terminal sends wireless signal, usually the MAC Address of this wireless signal transmission terminal together can be sent with radiofrequency signal, use with checking after the access point AP near being connected to.Therefore, utilize this MAC Address, a memory cell is comprised in control module, this unit records sends the MAC Address of the wireless signal transmission terminal of wireless signal, to identify whether to send malice or with risky wireless signal, also can this wireless signal of secondary-confirmation whether be the stable wireless signal that neighbouring wireless signal transmission terminal sends simultaneously, ensure the accuracy rate controlled.
In above-described embodiment, consult Fig. 7, preferably, multiple lighting apparatus and control module 20 times, if the lighting apparatus of wireless signal transmission terminal 10 processes is part or all of lighting apparatus, the memory cell 22 of this part or all of control module 20 all have recorded a MAC Address, and this MAC Address is sent to master control equipment 60, the walking path of wireless signal transmission terminal 10 can be determined in the position of master control equipment 60 residing for the memory cell 22 of sending MAC Address, when there is wireless signal transmission terminal more than 10 process of this MAC Address and walking path homogeneous phase repeatedly simultaneously, master control equipment 60 can judge to carry the user of this wireless signal transmission terminal 10 as " common " or " specific " user, and when this wireless signal transmission terminal 10 moves in the communication of a certain detecting module 23 or investigative range again, illumination opened by all lighting apparatus that autocommand is positioned on this path by master control equipment 60, a whole set of wireless lighting control system is made to have a memory function, the walking habits of recording user, and according to this custom user again through out-of-date reproduction.And when the wireless signal transmission terminal 10 with other not " common " or " specific " MAC Address enters in communication or investigative range, memory cell 22 still can record this MAC Address and be sent in master control equipment 60 by this MAC Address, this MAC Address compares with the MAC Address of record by master control equipment 60, when finding not mate, just this wireless signal transmission terminal 10 is demarcated as " record " or " uncommon ", this MAC Address is back to memory cell 22 by master control terminal, does not do any action.
Based on this, user also can set the only ability executable operations when record one or specific several MAC Address occurs in master control equipment 60.Such as, in indoor furniture, when memory cell that and if only if 22 receives the MAC Address of the wireless signal transmission terminal 10 that resident family holds, just lighting apparatus can be opened.For the use strategy of master control equipment 60 to the MAC Address received, those skilled in the art can adjust change according to actual needs.
In order to realize the function in above-described embodiment, control module 20 comprises a driver element 50, when the wireless signal transmission terminal 10 with this MAC Address moves in the communication of control module 20 or investigative range, motion path is sent to driver element 50 by master control equipment 60, by driver element 50 to the lighting apparatus sending controling instruction be positioned on this motion path.
In one better embodiment, control module 20 also comprises statistic unit 21 and operation note unit 24, the action that wireless signal transmission terminal 10 pairs of lighting apparatus are done by operation note unit 24 record, and will be sent to number of times or the time of statistic unit 21 statistical operation.Particularly, when user operation wireless signal transmission terminal 10 pairs of lighting apparatus manually perform unlatching, recording user performs " unlatching " by operation note unit 24, and statistic unit 21 performs once " unlatching " by recording this wireless signal transmission terminal 10 with this MAC Address, similarly, when performing closedown, recording user performs " closedown " by operation note unit 24, and statistic unit 21 record performs once " closedown ", when performing the adjustment such as brightness, colour temperature, operation note unit 24 and statistic unit 21 can be recorded equally.After repeatedly recording, operation note unit 24 and statistic unit 21 just form a wireless signal transmission terminal 10 operating habit statistics, when the wireless signal transmission terminal 10 with this MAC Address enters in the communication of control module 20 or investigative range again, automatically whether open according to habit statistical adjustment or close, the adjustment of brightness or colour temperature.Or alternatively, it is usual in when entering investigative range that statistic unit 21 also can record the wireless signal transmission terminal 10 with this MAC Address, after repeatedly adding up, statistic unit 21 just forms wireless signal transmission terminal 10 elapsed time, sequential custom.Such as, user usually in the morning 7 through there is the lighting apparatus of the present embodiment function, statistic unit 21 is added up and is recorded this situation, and this statistical information is fed back to master control equipment 60.After master control equipment 60 receives, be convenient to one or more to lighting apparatus of morning 7 or 7 front sending controling instructions, thus when user does not also enter in investigative range, the operation carrying out a predictability performs.The function of above statistic unit 21 completes by the device with statistical function that counter, timer etc. are common.Under this operator scheme, user can experience more pointed and intelligent control mode that is hommization.
Consult Fig. 8, for meeting the flow chart detecting operation note and statistics after MAC Address of the utility model preferred embodiment.First, wireless signal transmission terminal enters within the scope of the communication detecting of detecting module, detecting module will detect this wireless signal and send the MAC Address of wireless signal transmission terminal of this wireless signal, after identifying this MAC Address, by the operation stored before this MAC Address stored in read operation record cell, this operation is sent to driver element by operation note unit, drive unit drives lighting apparatus executable operations.Now, if the operation that lighting apparatus performs is identical with the operation that user expects, be then called that " hit " operates, now operation note unit is not noted down, but statistic unit is added up this operation and counted once, this end of operation thereupon, waits for subsequent operation.If lighting apparatus perform operation different from the operation that user expects, then by the manual sending controling instruction of user to control module, to change the illumination condition of lighting apparatus.Now operation note unit will record this new record, and using the foundation of " prediction " user operation as next time, statistic unit is also by counting this operation.After aforesaid operations record cell and statistic unit record, this end of operation, waits for subsequent operation.The process of above-mentioned continuous record and statistics makes control module possess the function of learning user operation custom, and its custom intelligently had according to different MAC Address predicts the next operation of user.
Wireless signal transmission terminal described in the utility model, refers to the equipment having and send wireless signal function, as smart mobile phone, sends wifi signal or Bluetooth signal, infrared transmitter, sends infrared signal etc., all can be used for the utility model.
Should be noted that, embodiment of the present utility model has preferably implementation, and not any type of restriction is done to the utility model, any person skilled in art of being familiar with may utilize the technology contents of above-mentioned announcement change or be modified to equivalent effective embodiment, in every case the content of technical solutions of the utility model is not departed from, the any amendment done above embodiment according to technical spirit of the present utility model or equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.
Claims (16)
1. a wireless lighting control system, comprises lighting apparatus, it is characterized in that,
Also comprise detecting module and the control module of coupling mutually, the wireless signal that the detectable wireless signal transmission terminal being positioned at its communication or investigative range of described detecting module sends, and the intensity of described wireless signal is sent to described control module;
Preset at least one signal strength threshold in described control module, described control module receives and compares sends the intensity of wireless signal and arbitrary described signal strength threshold from described detecting module, and according to comparative result to described lighting apparatus sending controling instruction.
2. wireless lighting control system as claimed in claim 1, is characterized in that,
Described detecting module comprises positioning unit, and described control module comprises driver element;
Described positioning unit detects whether have wireless signal in described communication or investigative range, and sends an information according to the result of described detection to described driver element;
Described driver element judges whether to described lighting apparatus sending controling instruction according to described information.
3. wireless lighting control system as claimed in claim 2, is characterized in that,
When positioning unit detect in described communication or investigative range have described wireless signal time, determine the distance between described wireless signal transmission terminal and described control module according to the intensity of described wireless signal.
4. wireless lighting control system as claimed in claim 2, is characterized in that,
Described information comprises:
Wireless signal described in presence or absence in described communication or investigative range;
The intensity level of described wireless signal.
5. wireless lighting control system as claimed in claim 1, is characterized in that,
Described communication or investigative range are in the round shape being the center of circle with described lighting apparatus or similar round shape, or fan shape or similar fan shape.
6. wireless lighting control system as claimed in claim 1, is characterized in that,
Described lighting apparatus, detecting module and control module are multiple, and described multiple control module is coupled mutually and is connected to master control equipment;
When the wireless signal that described wireless signal transmission terminal sends being detected in the communication or investigative range of arbitrary described detecting module, detect that the detecting module of described wireless signal sends the signal strength signal intensity of described wireless signal to the control module be coupled with it;
Described control module sends a Detection Information to described master control equipment;
Described master control equipment according to described Detection Information to any one or more sending controling instructions in described lighting apparatus.
7. wireless lighting control system as claimed in claim 6, is characterized in that,
Arbitrarily the communication of detecting module described in two or more or investigative range have detection overlapping region, be coupled with described two or more detecting module respectively two or more described in lighting apparatus there is illumination overlapping region;
When described wireless signal transmission terminal is positioned at described detection overlapping region, any one or more in two or more lighting apparatus described of described master control equipment sending controling instruction, and require that described lighting apparatus illuminates described illumination overlapping region.
8. wireless lighting control system as claimed in claim 7, is characterized in that,
Described illumination overlapping region is positioned at a fan-shaped field of illumination of described lighting apparatus;
Described lighting apparatus only throws light on described fan-shaped field of illumination.
9. wireless lighting control system as claimed in claim 8, is characterized in that,
Described fan-shaped field of illumination is shifted with the movement of described wireless signal transmission terminal.
10. wireless lighting control system as claimed in claim 1, is characterized in that,
Described lighting apparatus, detecting module and control module are multiple, and described multiple control module is coupled mutually and is connected to master control equipment;
Described wireless signal comprises the MAC Address of described wireless signal transmission terminal;
Control module described in each comprises a memory cell, MAC Address described in described unit records.
11. wireless lighting control systems as claimed in claim 10, is characterized in that,
Described master control equipment forms the motion path of wireless signal transmission terminal described according to the memory cell recording described MAC Address, when the wireless signal transmission terminal with described MAC Address moves in described communication or investigative range, described master controller controls described control module to the lighting apparatus sending controling instruction be positioned on described motion path.
12. wireless lighting control systems as claimed in claim 11, is characterized in that,
Described control module also comprises a driver element;
When the wireless signal transmission terminal with described MAC Address moves in described communication or investigative range, described motion path is sent to described driver element by described master control equipment, and described driver element is to the lighting apparatus sending controling instruction be positioned on described motion path.
13. wireless lighting control systems as claimed in claim 10, is characterized in that,
Described control module also comprises statistic unit and operation note unit;
Described statistic unit statistics wireless signal transmission terminal is to the number of times of the different operating of lighting apparatus and pass through the time;
Described in described operation note unit record, wireless signal transmission terminal is to the operation of lighting apparatus.
14. wireless lighting control systems as described in any one of claim 1-13, is characterized in that,
Described wireless signal transmission terminal is smart mobile phone;
Described wireless signal is wifi signal or bluetooth.
15. wireless lighting control systems as described in any one of claim 1-13, is characterized in that,
Described detecting module or control module are integrated in described lighting apparatus or are located at described lighting apparatus outside, are coupled with described lighting apparatus.
16. wireless lighting control systems as described in any one of claim 1-13, is characterized in that,
Described control command comprise regulate described lighting apparatus switch, brightness, form and aspect, saturation, color rendering and colour temperature.
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| CN201420866952.7U CN204362376U (en) | 2014-12-30 | 2014-12-30 | A kind of wireless lighting control system |
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| CN104582176A (en) * | 2014-12-30 | 2015-04-29 | 欧普照明股份有限公司 | Wireless lighting control system and wireless lighting control method thereof |
| CN105263226A (en) * | 2015-10-28 | 2016-01-20 | 努比亚技术有限公司 | Method for controlling lighting device and mobile terminal |
| CN105629791A (en) * | 2015-11-05 | 2016-06-01 | 中华电信股份有限公司 | Energy-saving system and method based on wireless signal strength |
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| CN104582176A (en) * | 2014-12-30 | 2015-04-29 | 欧普照明股份有限公司 | Wireless lighting control system and wireless lighting control method thereof |
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| CN107690837A (en) * | 2017-09-08 | 2018-02-13 | 刘远芳 | Straight key electro-optical device and corresponding straight key lighting system and directly adjust light-dimming method |
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