CN204046876U - A kind of control device of wireless, illuminator - Google Patents
A kind of control device of wireless, illuminator Download PDFInfo
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- CN204046876U CN204046876U CN201420437654.6U CN201420437654U CN204046876U CN 204046876 U CN204046876 U CN 204046876U CN 201420437654 U CN201420437654 U CN 201420437654U CN 204046876 U CN204046876 U CN 204046876U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
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Abstract
A kind of control device of wireless, illuminator and wireless control method, wherein control device of wireless is used for controlling at least two light fixtures, comprise one for launching the remote controller of wireless control directives, a host receiver, and at least one is from machine receiver.Host receiver comprises one for receiving the instruction reception unit of the wireless control directives that remote controller sends, and presets the set time and periodically the conflict timing unit and a triggering according to this timing unit sent out and launch the signal transmitter unit of synchronous control signal for one every one.Periodically restart from machine receiver according to described synchronous control signal and make this from machine receiver and host receiver synchronous operation.The utility model make from machine receiver can with host receiver synchronous operation, thus the corresponding light fixture that it is controlled also can synchronously be regulated and controled, and host receiver has had repeater function concurrently and extended remote control distance.
Description
Technical field
The utility model relates to a kind of control device and lighting apparatus, particularly a kind of control device of wireless, illuminator and control method.
background technology
Along with the future development constantly expanded towards energy-conserving and environment-protective, application surface of illumination application technology, and LED has that energy consumption is low, light efficiency is high and apply the advantages such as wide.Therefore LED lamp is applied rapidly.Meanwhile, along with the further raising of lighting requirement, also create multiple light fixture Synchronization Control with the consistent requirement of change of all light fixtures in satisfied illumination occasion.
Prior art generally controls multiple receiver by a remote controller, and each receiver respectively corresponding light fixture, thus reaches the change that a remote controller controls the color of multiple light fixture, colour temperature, brightness or on off state simultaneously.But the receiver that each light fixture is corresponding generally adopts the hardware such as single-chip microcomputer or microprocessor to complete corresponding function, and there is deviation in the performance run due to hardware and make can not be synchronous to the execution of the control command of corresponding light fixture.Single-chip microcomputer or microprocessor make its time performing a light fixture control command also deviation can occur due to the deviation of crystal oscillator frequency, such as one of them time completing light fixture control command is 100 milliseconds, and another is 110 milliseconds.When namely receiver starts to continue to perform instruction with the above-mentioned speed of service after receiving the control signal of remote controller, As time goes on, error running time between multiple receiver can be accumulated down always.And the receiver of these two nonidentity operation speed controls the color of corresponding light fixture, colour temperature, brightness or on off state.Thus, when remote controller run once with control corresponding light fixture generation color, colour temperature, brightness or on off state change time, the time difference completing respective change between different lamps is 10 milliseconds, and when remote controller has run 100 control commands continuously, the time completing respective change between different lamps is then accumulated as 1 second.Generally speaking, human eye can not change deviation by other light fixture of difference Millisecond, and for second, the light fixture change deviation of rank then identifies than being easier to.Visible, control multiple receiver when a remote controller simultaneously and make each receiver corresponding light fixture generation continuous state change time, then can produce difference accumulation running time because of hardware deviation, thus cause the asynchronous of obvious different lamps state variation.
summary of the invention
In view of this, the utility model provides a kind of and can realize the control device of wireless of Synchronization Control light fixture, the illuminator using this control device of wireless and control method, to solve the problems of the technologies described above.
A kind of control device of wireless, for controlling at least two light fixtures, comprises one for launching the remote controller of wireless control directives, one for receiving and process the host receiver of described wireless control directives, and at least one is from machine receiver.Described host receiver comprises an instruction reception unit, a timing unit and a signal transmitter unit.The wireless control directives that described instruction reception unit sends for receiving described remote controller.Described timing unit is used for every a default set time and periodically triggers described signal transmitter unit.Described signal transmitter unit is triggered and periodically launches synchronous control signal to described from machine receiver.Describedly periodically to restart every the described default set time according to described synchronous control signal from machine receiver thus make this from machine receiver and described host receiver synchronous operation with the operating state of at least two light fixtures described in Synchronization Control.
A kind of illuminator, comprise the one at least two monochrome temperature type light fixtures, at least two double-colored temperature type light fixtures and at least two RGB type light fixtures, and one for controlling the control device of wireless of at least two light fixtures of a kind of light fixture in described three kinds of light fixtures.Described control device of wireless comprises one for launching the remote controller of wireless control directives, one for receiving and process the host receiver of described wireless control directives, and at least one is from machine receiver.Described host receiver comprises an instruction reception unit, a timing unit and a signal transmitter unit.The wireless control directives that described instruction reception unit sends for receiving described remote controller.Described timing unit is used for every a default set time and periodically triggers described signal transmitter unit.Described signal transmitter unit is triggered and periodically launches synchronous control signal to described from machine receiver.Describedly periodically restart thus make this from machine receiver and described host receiver synchronous operation according to described synchronous control signal from machine receiver every the described default set time.
A kind of control method, for realizing the control to illuminator, this illuminator comprises the one at least two monochrome temperature type light fixtures, at least two double-colored temperature type light fixtures and at least two RGB type light fixtures, it is characterized in that: further comprising the steps of:
There is provided a remote controller, this remote controller is ordered according to the light fixture regulation and control that user inputs and launches corresponding wireless control directives;
A host receiver is provided, this host receiver comprises a control command module and a host command Executive Module, described control command module is used for presetting the set time every one and launching synchronous control signal to described from machine receiver after receiving the wireless control directives of remote controller, and described host command Executive Module continuous service is with the value of periodically-varied voltage or electric current and complete the control of colour temperature to corresponding light fixture, brightness, color or on off state according to the described default set time;
There is provided at least one from machine receiver, this at least one to restart to change the value of voltage or electric current according to the synchronous control signal received from machine receiver and synchronously complete the regulation and control of colour temperature to corresponding light fixture, brightness, color or on off state to described host receiver.
A kind of control method, for realizing the control to illuminator, this illuminator comprises the one at least two monochrome temperature type light fixtures, at least two double-colored temperature type light fixtures and at least two RGB type light fixtures, it is characterized in that: also comprise step:
There is provided a remote controller, this remote controller is ordered according to the light fixture regulation and control that user inputs and launches corresponding wireless control directives;
There is provided a host receiver, this host module launches synchronous control signal at least two from machine receiver every a default set time after receiving the wireless control directives of remote controller;
There is provided at least two from machine receiver, these at least two from machine receiver according to the synchronous control signal received respectively the colour temperature of the corresponding light fixture of synchronization modulation, brightness, color or on off state to realize a described remote controller to the Synchronization Control of at least two light fixtures.
Compared with prior art, the utility model remote controller after sending light fixture control signal, described host receiver receive this control signal and be triggered with every one preset the set time launch synchronizing signal to described at least one from machine receiver.This at least one namely restart after machine receiver receives synchronizing signal, thus at least one regulates and controls from the speed of service of machine receiver the light fixture that this controls from machine receiver correspondence according to this.The cycling service according to the described default set time of described host receiver, and describedly all to restart from machine receiver when receiving described synchronizing signal at every turn, thus make the described cycle of operation of following described host receiver from machine receiver.Therefore, even if described host receiver and describedly there is the wireless telecommunications time difference between machine receiver, but the change of corresponding light fixture occurred in the time into the Microsecond grade of human eye None-identified.When described host receiver completes a light fixture ordering calculation within the described default set time, describedly likely complete a light fixture ordering calculation from machine receiver and run to second time light fixture ordering calculation, describedly likely also do not complete a light fixture ordering calculation from machine receiver yet, but described host receiver to described from machine receiver and at least two from machine receiver between cause light fixture to complete corresponding control command because hardware runs deviation the change that causes of the time difference occur in the millisecond rank of human eye None-identified.Thus, the utility model can achieve a remote controller to the Synchronization Control of at least two light fixtures, thus improves at least two light fixture globalities, conforming illuminating effect.In addition, because described host receiver has had the function of repeater concurrently, thus remote control distance is extended, convenient for users to use.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, embodiment of the present utility model is described, wherein:
The theory diagram of a kind of control device of wireless that Fig. 1 provides for the utility model.
The theory diagram of the embodiment one of a kind of illuminator that Fig. 2 provides for the utility model.
The block diagram of the operational mode of the embodiment one that Fig. 3 is the illuminator shown in Fig. 2.
The control mode block diagram that Fig. 4 is the remote controller shown in Fig. 1.
The block diagram that Fig. 5 processes wireless control directives for the host receiver shown in Fig. 1.
Fig. 6 is the block diagram performing control command from machine receiver shown in Fig. 1.
Fig. 7 is the remote controller shown in Fig. 1 and the host receiver address block diagram of matching first.
Fig. 8 is the host receiver shown in Fig. 1 and the type foresee steps figure from machine receiver.
The theory diagram of the embodiment two of a kind of illuminator that Fig. 9 provides for the utility model.
Figure 10 is the block diagram of the operational mode of the illumination system embodiment two shown in Fig. 9.
Embodiment
Based on accompanying drawing, specific embodiment of the utility model is further elaborated below.Should be understood that, the explanation of the utility model embodiment is not used in and limits protection range of the present utility model herein.
Refer to Fig. 1, the theory diagram of its a kind of control device of wireless 100 provided for the utility model.Described control device of wireless comprises one and inputs light fixture regulation and control for user and order and send the remote controller 10 of wireless control signal, a host receiver 20 launching synchronizing signal for the wireless control signal sent according to described remote controller 10, and at least one receive described synchronizing signal and restart from machine receiver 30.
Refer to Fig. 1 and Fig. 4, described remote controller 10 comprises one and carries out for user the signal controlling module 12 that described light fixture 200 controls for the initial matching control module 11 of matching first with described host receiver 20 and one.Described initial matching control module 11 comprises one and enters the address pairing push-button unit 111 of address pairing work state and the pairing transmitter unit 112 of a transmitting matched order.Described address pairing push-button unit 111 comprises corresponding button and circuit, after the artificial pressing keys of user starts, namely enters the address pairing state of described remote controller 10.Described pairing transmitter unit 112 triggers to launch address pairing order and address code after described address pairing push-button unit 111 starts.Described signal controlling module 12 comprises one and inputs the control button unit 121, of light fixture regulation and control order for the treatment of the information process unit 122 of control signal and an instruction issue unit 123 for user.Described control button unit 121 comprises the button for the light fixture colour temperature of user's input, color, brightness or on off state change, thus produces the corresponding signal of telecommunication.The pressure signal that the light fixture regulation and control order that corresponding control button unit 121 inputs by described information process unit 122 produces carries out processing to change the corresponding signal of telecommunication into.Corresponding electric signal is launched wireless control directives with the form of wireless signal by described instruction issue unit 123.It should be noted that, the wireless control directives that described instruction issue unit 123 launches to control described host receiver 20 can be infrared ray, bluetooth or WIFI signal.And the frequency range of control signal in the utility model can be 2.4GHz, 433MHz, 315MHz etc., it determined by the concussion frequency of the crystal oscillator of single-chip microcomputer or microprocessor.
Referring again to Fig. 1, described host receiver 20 comprises an address matching module 21, of carrying out matching with described remote controller 10 for launching synchronizing signal to the described control command module 22 from machine receiver 30 and one for distinguishing host receiver 20 and the main frame type presetting module 23 from machine receiver 30.
See also Fig. 1 and Fig. 7, described address matching module 21 comprises one and opens for user the study push-button unit 211 that described host receiver 20 carries out address pairing work state, one identifies the display unit 212 of operating state for user, one for receiving the pairing receiving element 213 of pairing signal, one for judging the address judging unit 214 whether address code mates, and the memory cell 215 of a memory address code.Described study push-button unit 211 is opened for user or is closed whether enter the state of carrying out address pairing with described remote controller 10 to control described host receiver 20.Whether described display unit 212 enters the operating state of address pairing for this host receiver 20 of clear display.Described display unit 212 can comprise an indicator light, and when this indicator light lights the matching addresses state entered with this host receiver 20 of indicating user, when this indicator light extinguishes, this host receiver 20 of indicating user completes matching addresses state.The address pairing that described pairing receiving element 213 is launched for the pairing transmitter unit 112 receiving described remote controller 10 is ordered and address code.Described address judging unit 214 for executive address pairing order, and receives the judgement of data start bit, type codes and stop bits and check digit calculating.Described memory cell 215 described address judging unit 214 draw address match correct result time, by this address code store to complete with the pairing of described remote controller 10 for reception control signal.
Refer to Fig. 1 and Fig. 5, described control command module 22 comprises one for receiving the receiving element 221 of the wireless control directives of described remote controller 10, a timing unit be triggered upon the reception of control signals 222, and a timing result according to timing unit 222 and preset the set time every and launch the signal transmitter unit 223 of synchronizing signal.Described receiving element 221 is for receiving the wireless control directives of instruction issue unit 123 transmitting of described remote controller 10 and triggering described timing unit 222 after receiving this wireless control directives.Described timing unit 222 is triggered and triggers described signal transmitter unit 223 every a default set time.Described signal transmitter unit 223 is periodically triggered according to corresponding control command, namely presets the set time every one and launches synchronizing signal.Need to illustrate, " one preset set time " that mentions in the utility model refer to described host receiver 20 launch moment that a synchronizing signal launches to the next synchronizing signal of transmitting moment between the time interval.Be understandable that, this one is preset set time shorter i.e. described host receiver 20 and runs faster, the difference of corresponding multiple different lamps state variation and more not easily by human eye is discovered.Thus make user better for lighting effects impression.But, when this one preset set time more in short-term, it is also larger that the control signal that the synchronizing signal of this host receiver 20 and the described remote controller 10 of reception are launched produces the probability conflicted.Thus, the time interval that the utility model selects this default set time and described host receiver 20 to launch twice synchronizing signal according to the illuminating effect of reality is the arbitrary value between 40 milliseconds to 120 milliseconds.Especially, when selection 80 milliseconds is as when launching the interval of synchronizing signal, preferably effect will be reached.It is conceivable that, in order to reduce the time error that hardware runs further, the hardware of same size can be adopted, such as adopt multiple single-chip microcomputers of same model to complete described host receiver 20 and described at least two corresponding calculation functions from machine receiver 30 using corresponding peripheral circuit as hardware.
Described main frame type presetting module 23 comprises a main frame programmable button unit 231, main frame type judging unit 232, and a main frame type indicating member 233.Described main frame programmable button unit 231 can comprise a button and related circuit, when user continues to press this button certain hour, for example 5 seconds, namely this main frame programmable button unit 231 triggers described main frame type judging unit 232, and namely namely this type presetting module 23 enters type and arrange operating state.It may occur to persons skilled in the art that, arrange to reduce button, the function of described main frame programmable button unit 231 can be realized by the study push-button unit 211 of described address matching module 21.Described main frame type judging unit 232 is for judging whether current be main frame.Described main frame type judging unit 232 can complete its arbitration functions by single-chip microcomputer or microprocessor.Whether described main frame type indicating member 233 is used to indicate type and arranges function and complete.Described main frame type indicating member 233 can carry out indicating user by states such as the light on and off of an indicator light, such as when this indicator light extinguishes, and represents that current receiver is for be set to from machine receiver 30 by host receiver 20.It should be noted that, described in the utility model, the main frame type presetting module 23 of host receiver 20 adopts identical hardware from machine receiver 30 from machine type presetting module 31 with following, such as the single-chip microcomputer of same model or microprocessor realize realizing corresponding function by programming.In FIG, in order to illustrated convenience, just eliminate the specific functional units of the type presetting module 23 of described host receiver 20.
Referring again to Fig. 1, describedly to perform respectively for the synchronizing signal sent according to described host receiver 20 from machine receiver 30 and control corresponding light fixture 200 to complete corresponding state change.Described each control a corresponding described light fixture 200 from machine receiver 30.The described mode that can be controlled by wired connection or wireless signal from machine receiver 30 controls corresponding light fixture 200, the technology of its control mode known by those skilled in the art by changing curtage, just repeats no more at this.The described quantity from machine receiver 30 is at least two, also can be three, four or more.Described from machine receiver 30 comprise one for host receiver 30 distinguish arrange perform for the synchronizing signal sent according to described host receiver 20 instruct execution module 32 that corresponding light fixture changes instruction from machine type presetting module 31 and one.
Refer to Fig. 1, describedly comprise one from machine programmable button unit 311, from machine type judging unit 312 from machine type programmable button module 31, and one from machine type indicating member 313.Describedly can comprise a button and related circuit from machine programmable button unit 311, when user continues to press this button certain hour, for example 5 seconds, namely should trigger described from machine type judging unit 312 from machine programmable button unit 311, namely namely this type presetting module 31 enters type and arranges operating state.Described from machine type judging unit 312 for judging whether current be main frame.Describedly can complete its arbitration functions by single-chip microcomputer or microprocessor from machine type judging unit 312.Describedly be used to indicate type from machine type indicating member 313 and function is set whether completes.Describedly can carry out indicating user by states such as the light on and off of an indicator light from machine type indicating member 313, such as when this indicator light glimmers, represent that current receiver is set to host receiver 20 by from machine receiver 30.
Refer to Fig. 1 and Fig. 6, described instruct execution module 32 comprises a signal receiving unit 321 and an instruction execution unit 322.The synchronizing signal that described signal receiving unit 321 sends for receiving respective host receiver 20.Described instruction execution unit 322 performs according to described synchronizing signal and controls the state of corresponding light fixture 200.Be understandable that, the synchronizing signal in the utility model can be the adjustment signal of the colour temperature of corresponding light fixture 200, color, brightness or on off state.In order to realize the regulation and control of the colour temperature of light fixture 200, color, brightness or on off state, the general state variation being realized this light fixture 200 by the input voltage of light fixture 200 or the change of electric current of described instruction execution unit 322.Thus, described instruction execution unit 322 can comprise the circuit such as the power module that can realize input current or change in voltage.The circuit such as this power module are all prior art, and at this, just it will not go into details.
Be understandable that, in order to prevent described remote controller 10, host receiver 20 and the control device of wireless 100 that forms from machine receiver 30 interference-free, thus this control device of wireless 100 can only realize Communication Control according to a set of order.Therefore slave addresses matching module 33 is comprised further from machine receiver 30 described in.Due to described slave addresses matching module 33 adopt identical hardware with the host address matching module 33 of described host receiver 20, circuit realizes identical function, thus the concrete composition of described slave addresses matching module 33 and process step figure are omitted.Described from machine receiver 30 and described host receiver 20 by matching the interference preventing from being subject to other control commands to form same set of control system in address first with described remote controller 10.Describedly learn the address code of described remote controller 10 from machine receiver 30 by starting corresponding study keypress function and store, thus described have identical address code from machine receiver 30 with described host receiver 20.In order to realize described host receiver 20 to described unique control from machine receiver 30, describedly can further include a matching addresses judging unit for judging that whether the address code of host receiver 20 of launching synchronizing signal is identical from the address code of machine receiver 30 with this from machine instruct execution module 32.Described from machine instruct execution module 32 judge draw launch synchronizing signal host receiver 30 address code with receive from machine receiver 20, there is identical address code described in this synchronizing signal time, then trigger described instruction execution unit 322 to control corresponding light fixture 200.Thus realize described host receiver 20 avoids this signal that is interfered from machine receiver 30 control to described unique control from machine receiver 30.
Refer to Fig. 2 and Fig. 9, described light fixture 1200,2200 can be the one at least two monochrome temperature LED, at least two double-colored temperature LED or at least two RGB class LED.The quantity of described light fixture 1200,2200 can set according to the demand of illumination occasion the consistency effect changed to meet at least two light fixtures 200.
Refer to Fig. 2 and Fig. 3, it is the block diagram of described illuminator execution mode 1 theory diagram and operational mode.Below in conjunction with Fig. 3, the operational mode of described illuminator 1000 is described in detail.The step that described illuminator 1000 carries out controlling run by described control device of wireless 100 is as follows:
S101: at least two light fixtures 200 are provided.This light fixture 200 is the one in monochromatic temperature type LED, double-colored temperature type LED and RGB type LED.The quantity of above-mentioned light fixture 200 is at least two can realize the state consistency change between different lamps 200, and its concrete quantity can set according to the lighting demand installing occasion.
S102: provide a remote controller 10 for the condition regulation order of user's input to corresponding light fixture 200, and the regulation and control order this user inputted is converted into wireless control directives to send to described host receiver 20.
S103: the wireless control directives of a host receiver 20 for sending according to described remote controller 10 is provided and triggers preset the set time every one and periodically launch a synchronizing signal.
S104: provide at least two from machine receiver 30 for the corresponding described light fixture 200 of difference Synchronization Control.These at least two receive the synchronizing signal of described host receiver 20 and the synchronization modulation that restarts to complete colour temperature to described light fixture 200, brightness, color or on off state by changing curtage from machine receiver 30.
Wherein, in the step of above-mentioned S102, further comprising the steps of as shown in Figure 4:
S201: provide a control button unit 121 to input corresponding regulation and control instruction to make user according to the corresponding button.This control button unit 121 provides corresponding control button and corresponding modulus transfer circuit.
S202: provide an information process unit 122 with by the electrical signal transfer of corresponding control button to described instruction issue unit 123.
S203: provide an instruction issue unit 123 to send to described host receiver 20 to change the corresponding signal of telecommunication into wireless control directives.
Wherein, in the step of above-mentioned S103, further comprising the steps of as shown in Figure 5:
S301: provide an instruction reception unit 221, this instruction reception unit 221 receives the wireless control directives of described instruction issue unit 123.
S302: provide a timing unit 222, this timing unit 222 periodically triggers described signal transmitter unit 223 when the integral multiple of default set time, namely triggers described signal transmitter unit 223 every this default set time.
S303: provide a signal transmitter unit 223, this signal transmitter unit 223 is triggered and launches a synchronizing signal to multiple from machine receiver 30.
Wherein, in the step of above-mentioned S104, further comprising the steps of as shown in Figure 6:
S401 a: signal receiving unit 321 is provided, the synchronizing signal that the signal transmitter unit 223 that this signal receiving unit 321 receives described host receiver 20 sends and again starting shooting.
S402: provide an instruction execution unit 322, this instruction execution unit 322 is triggered by synchronizing signal and changes output voltage or electric current thus make corresponding light fixture 200 that the change of corresponding brightness, colour temperature, color or on off state occur.
Refer to Fig. 7, it is the setting steps that described remote controller 10 initially matches with described host receiver 20:
S501: the study push-button unit 211 providing a host receiver 20, namely the button of this study push-button unit 211 makes described host receiver 20 enter address pairing work state after user presses.
S502: the display unit 212 providing a described host receiver 20, the indicator light of this display unit 212 lights and enters address pairing work state with this host receiver 20 of indicating user.
S503: the address pairing push-button unit 111 providing a remote controller 10, namely this address pairing push-button unit 111 makes described remote controller 10 enter address pairing work state after user presses.
S504: the pairing transmitter unit 112 providing a described remote controller 10, this pairing transmitter unit 112 launches address pairing order and address code to described host receiver 20.
S505: the pairing receiving element 213 that a described host receiver 20 is provided, this pairing receiving element 213 receiver address pairing order and address code.
S506: the address judging unit 214 that a described host receiver 20 is provided, this address judging unit 214 judge address pairing order whether correct and address code whether mate.
S507: the memory cell 215 providing a host receiver 20, this address code stores for subsequent control identification when address pairing order is correct and address code is mated by this memory cell 215.
Refer to Fig. 8, it is host receiver 20 and from machine receiver 30 type setting steps:
S601: provide at least two each and every one from machine receiver 30 or host receiver 20 with at least one is from machine receiver 30 for differentiation host receiver 20 with from machine receiver 30.Described host receiver 20 comprises a main frame type presetting module 23.Describedly comprise one from machine type presetting module 31 from machine receiver 30.Described main frame type presetting module 23 comprises a main frame programmable button unit 231, main frame type judging unit 232, and a main frame type indicating member 233.Describedly comprise one from machine programmable button unit 311, from machine type judging unit 312 from machine type presetting module 31 correspondence, and one from machine type indicating member 313.It will be understood by those skilled in the art that, described host receiver 20 and the described single-chip microcomputer that can adopt from receiver 30 or the hardware such as microprocessor and corresponding peripheral circuit composition, and the hardware that above-mentioned model is identical can be selected further, thus described host receiver 20 and be describedly referred to as receiver from machine receiver 30 at the utility model.Especially when selecting that there is the hardware of same model, described host receiver 20 and describedly arrange from user being facilitated to exchange between machine receiver 30 and can be passed through easily to be set to host receiver 20 from machine receiver 30 when host receiver 20 breaks down and can not work.
S602: the button of described programmable button unit 231,311 continues by after next set time user, and trigger described main frame type judging unit 232,312, current bin 20,30 enters type and arranges state.
S603: described type judging unit 232,312 judges whether current bin 20,30 is host receiver 20.Described main frame type judging unit 232 judges that current bin is after host receiver 20, is set to from machine receiver 30 by this host receiver 20.Describedly judge that current bin is as after machine receiver 30 from machine type judging unit 312, be about to be set to host receiver 20 from machine receiver 30.Thus facilitate user to carry out the setting of type to current bin.The function of described type judging unit 232,312 also can be realized by single-chip microcomputer or microprocessor.
S604: according to the judged result of described type judging unit 232,312, namely when current bin is host receiver 20, the indicator light of described main frame type indicating member 233 extinguishes, and is set to from machine receiver 30 by host receiver 20 with indicating user current bin.And current bin is when being from machine receiver 30, the described flicker of the indicator light from machine type indicating member 313, is set to host receiver 20 with indicating user current bin by from machine receiver 30.
Refer to Fig. 9 and Figure 10, the theory diagram of its illumination system embodiment 2 2000 provided for the utility model and operational mode block diagram.The embodiment 2 2000 of described illuminator and the embodiment 1 of described illuminator have identical described control device of wireless 100,2100 and light fixture 200,2200.The embodiment 2 2000 of described illuminator and the difference of embodiment 1, described host receiver 220 directly can control corresponding light fixture 2200, as long as and describedly control another corresponding light fixture 2200 corresponding from machine from machine receiver 230 1 thus realize and described host receiver 230 Synchronization Control.It should be noted that, in order to distinguish embodiment one and embodiment two, in the utility model, have employed above-mentioned different numbering.
The operational mode of the embodiment 2 2000 of described illuminator is illustrated below in conjunction with Fig. 9 and Figure 10:
S701: at least two light fixtures 2200 are provided.This light fixture 2200 is the one in monochromatic temperature type LED, double-colored temperature type LED and RGB type LED.The quantity of above-mentioned light fixture 2200 is at least two can realize the state consistency change between different lamps 2200, and its concrete quantity can set according to the lighting demand installing occasion.
S702: provide a remote controller 210 for the condition regulation order of user's input to corresponding light fixture 2200, and the regulation and control order this user inputted is converted into wireless control directives to send to described host receiver 220.
S703: the wireless control directives of a host receiver 220 for sending according to described remote controller 210 is provided and triggers preset the set time every one and periodically launch a synchronizing signal.And this host receiver 220 comprise in a host command Executive Module 224(figure not indicating with Fig. 1 be denoted as 24 differentiations).This host command Executive Module 224 runs continuously (instead of restarting from machine receiver 230) to preset set time and periodically complete once to the regulation and control of corresponding light fixture 2200 every one, namely controls the colour temperature of corresponding light fixture 2200, brightness, time delay or on off state by changing the value of voltage or electric current.
S704: provide at least one from machine receiver 230 for another corresponding described light fixture 2200 of described host receiver 220 Synchronization Control.This at least one receive described host receiver 220 from machine receiver 30 synchronizing signal and restarting to complete with the value by changing curtage described light fixture 200 colour temperature, brightness, color or on off state synchronization modulation.Namely achieve described from machine receiver 230 to synchronous to the control of another corresponding light fixture 2200 of the control of corresponding light fixture 2200 and described host receiver 220.
Compared with prior art, the utility model remote controller 10 after sending light fixture control signal, described host receiver 20 receive this control signal and be triggered with every one preset the set time launch synchronizing signal to described at least one from machine receiver 30.This at least one namely restart after machine receiver 30 receives synchronizing signal, thus at least one regulates and controls from the speed of service of machine receiver 30 light fixture 200 that this controls from machine receiver 30 correspondence according to this.The cycling service according to the described default set time of described host receiver 20, and describedly all to restart from machine receiver 30 when receiving described synchronizing signal at every turn, thus make the described cycle of operation of following described host receiver 20 from machine receiver 30.Therefore, even if described host receiver 20 and describedly there is the wireless telecommunications time difference between machine receiver 30, but the change of corresponding light fixture 200 occurred in the time into the Microsecond grade of human eye None-identified.When described host receiver 20 completes a light fixture ordering calculation within the described default set time, describedly likely complete a light fixture ordering calculation from machine receiver 30 and run to second time light fixture ordering calculation, describedly likely also do not complete a light fixture ordering calculation from machine receiver 30 yet, but described host receiver 20 to described from machine receiver 30 and at least two from machine receiver 30 between cause light fixture 200 to complete corresponding control command because hardware runs deviation the change that causes of the time difference occur in the millisecond rank of human eye None-identified.Thus, the utility model can achieve a remote controller 10 to the Synchronization Control of at least two light fixtures 200, thus improves at least two light fixtures 200 globality, conforming illuminating effect.In addition, because described host receiver 30 has had the function of repeater concurrently, thus remote control distance is extended, convenient for users to use.
These are only preferred embodiment of the present utility model, and be not used in limitation protection range of the present utility model, any amendment in the utility model spirit, equivalently to replace or improvement etc., be all encompassed in right of the present utility model.
Claims (11)
1. a control device of wireless, for controlling at least two light fixtures, comprise one for launching the remote controller of wireless control directives, one for receiving and process the host receiver of described wireless control directives, it is characterized in that: described control device of wireless also comprises at least one from machine receiver, described host receiver comprises an instruction reception unit, a timing unit and a signal transmitter unit, the wireless control directives that described instruction reception unit sends for receiving described remote controller, described timing unit is used for every a default set time and periodically triggers described signal transmitter unit, this signal transmitter unit is triggered and periodically launches synchronous control signal to described from machine receiver, describedly periodically to restart every the described default set time according to described synchronous control signal from machine receiver thus make this from machine receiver and described host receiver synchronous operation with the operating state of at least two light fixtures described in Synchronization Control.
2. control device of wireless according to claim 1, is characterized in that: the timing unit of described host receiver comprises a microprocessor or single-chip microcomputer.
3. control device of wireless according to claim 1, it is characterized in that: described remote controller comprises a signal controlling module, this signal controlling module comprises a control button unit, an information process unit, and an instruction issue unit, described control button unit is used for user and inputs light fixture regulation and control order, described information process unit is used for described light fixture regulation and control order to be converted into the corresponding signal of telecommunication, and described instruction issue unit is used for described transform electrical signals being corresponding wireless control directives and launching.
4. control device of wireless according to claim 1, it is characterized in that: described remote controller comprises an initial matching module for matching to control this host receiver with described host receiver, this initial matching module comprises an address pairing push-button unit and a pairing transmitter unit, described address pairing push-button unit controls this initial matching module for user and whether enters operating state, and described pairing transmitter unit is for launching address pairing order and address code.
5. control device of wireless according to claim 4, it is characterized in that: described host receiver comprises an address matching module coordinated with the initial matching module of described remote controller, this address matching module comprises a study push-button unit, a display unit, a pairing receiving element, an address judging unit and a memory cell, described study push-button unit controls this address matching module for user and whether enters operating state, described display unit is used to indicate this address matching module of user and whether enters matching addresses state, the address pairing that described pairing receiving element is launched for the pairing transmitter unit receiving described remote controller is ordered and address code, described address judging unit is for judging the start bit receiving data, type codes and whether stop bits equal and address pairing order whether correct, described memory cell is for storing this address code.
6. a control device of wireless according to claim 1, it is characterized in that: described host receiver comprises a main frame type presetting module, describedly comprise one from machine type presetting module from machine receiver, this main frame type presetting module and comprise a programmable button unit respectively from machine type presetting module, a type judging unit and a type indicating member, described programmable button unit is used for user to be continued press certain hour and enter type default operating condition and trigger described type judging unit, this type judging unit is on triggering for judging whether current bin is host receiver, described type indicating member is used to indicate user's current bin and whether is set to host receiver or from machine receiver.
7. control device of wireless according to claim 6, it is characterized in that: described type judging unit comprises a microprocessor or single-chip microcomputer, described type indicating member comprises an indicator light, when described type judging unit judges to show that current bin is host receiver be set to this host receiver from machine receiver and the extinguishing of the indicator light of described type indicating member, described type judging unit judges to show that current bin is, from during machine receiver, this is set to host receiver and the flicker of the indicator light of described type indicating member from machine receiver.
8. control device of wireless according to claim 1, is characterized in that: the signal transmitter unit of described host receiver launches the arbitrary value be spaced apart between 40 milliseconds to 120 milliseconds of the default set time of synchronous control signal.
9. control device of wireless according to any one of claim 1 to 8, it is characterized in that: described host receiver comprises a host command Executive Module, this host command Executive Module is used for periodically being triggered by described timing unit every the described default set time controlling corresponding light fixture to perform described wireless control directives, describedly comprise one from machine instruct execution module from machine receiver, a signal receiving unit should be comprised from machine instruct execution module, an instruction execution unit, the synchronous control signal that described signal receiving unit is launched for the signal transmitter unit receiving described host receiver, described instruction execution unit according to the instruction of this synchronous control signal corresponding change curtage with the colour temperature with the corresponding light fixture of described host receiver Synchronization Control, brightness, color or on off state.
10. control device of wireless according to any one of claim 1 to 8, it is characterized in that: described control device of wireless comprises at least two from machine receiver, these at least two also comprise one from machine instruct execution module respectively from machine receiver, these at least two comprise a signal receiving unit respectively from machine instruct execution module, an instruction execution unit, the synchronous control signal that the signal transmitter unit that described at least two signal receiving units are used for receiving respectively described host receiver is launched, described at least two instruction execution units according to the instruction of described synchronous control signal corresponding change curtage with the colour temperature of the corresponding light fixture of Synchronization Control, brightness, color or on off state.
11. 1 kinds of illuminators, comprise the one at least two monochrome temperature type light fixtures, at least two double-colored temperature type light fixtures and at least two RGB type light fixtures, it is characterized in that: described illuminator also comprises the control device of wireless according to claim 9 or 10.
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| CN201420437654.6U CN204046876U (en) | 2014-08-05 | 2014-08-05 | A kind of control device of wireless, illuminator |
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| CN201420437654.6U CN204046876U (en) | 2014-08-05 | 2014-08-05 | A kind of control device of wireless, illuminator |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105323898A (en) * | 2014-08-05 | 2016-02-10 | 宁波高新区赛尔富电子有限公司 | Wireless control apparatus, illuminating system and control method |
| CN106163043A (en) * | 2015-04-28 | 2016-11-23 | 赛尔富电子有限公司 | A kind of control system, illuminator and control method |
| CN107666734A (en) * | 2016-07-29 | 2018-02-06 | 重庆臣蓝智能科技有限公司 | A kind of lamp light control system and method |
| CN108605386A (en) * | 2016-02-19 | 2018-09-28 | 伊莱克斯家用电器股份公司 | Induction module and induced cooking utensils |
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2014
- 2014-08-05 CN CN201420437654.6U patent/CN204046876U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105323898A (en) * | 2014-08-05 | 2016-02-10 | 宁波高新区赛尔富电子有限公司 | Wireless control apparatus, illuminating system and control method |
| CN105323898B (en) * | 2014-08-05 | 2018-04-10 | 赛尔富电子有限公司 | A kind of control device of wireless, illuminator and control method |
| CN106163043A (en) * | 2015-04-28 | 2016-11-23 | 赛尔富电子有限公司 | A kind of control system, illuminator and control method |
| CN106163043B (en) * | 2015-04-28 | 2018-10-30 | 赛尔富电子有限公司 | A kind of control system, lighting system and control method |
| CN108605386A (en) * | 2016-02-19 | 2018-09-28 | 伊莱克斯家用电器股份公司 | Induction module and induced cooking utensils |
| CN107666734A (en) * | 2016-07-29 | 2018-02-06 | 重庆臣蓝智能科技有限公司 | A kind of lamp light control system and method |
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Address after: The national high tech Zone Juxian 315103 Ningbo Road, Zhejiang province No. 1345 Patentee after: SELF ELECTRONICS CO., LTD. Address before: The national high tech Zone Juxian 315103 Ningbo Road, Zhejiang province No. 1345 Patentee before: SELF ELECTRONICS CO.,LTD. |
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Granted publication date: 20141224 Termination date: 20180805 |