CN205657901U - Lighting device - Google Patents
Lighting device Download PDFInfo
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- CN205657901U CN205657901U CN201620499636.XU CN201620499636U CN205657901U CN 205657901 U CN205657901 U CN 205657901U CN 201620499636 U CN201620499636 U CN 201620499636U CN 205657901 U CN205657901 U CN 205657901U
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- light source
- ignition mode
- light
- illuminator
- lighting
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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
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model provides a lighting device can prevent the switching of the state of lighting of non - original idea. Lighting device (10) possess: light circuit part (3), it makes light source (5) light, and control part (4), it is controlled to make and lights the mode and light in order to light in the different mode of lighting more than two of state a certain lighting circuit part (3). Control part (4) have following timing and switch the function: in preset's the settlement moment, switch to a certain individual mode of lighting in the mode of lighting more than two. Control part (4) are following structure: even it is effective that the function is switched in the timing, make light source (5) be in under the circumstances of mode is lighted to specific in the mode of lighting more than two set for and constantly also do not switch the specific mode of lighting.
Description
Technical field
This utility model relates to a kind of illuminator, in more detail, relates to one and possesses by setting the moment
The illuminator of the timing handoff functionality that the illuminating state of light source is switched over.
Background technology
In the past, in order to ensure comfortable illumination space, energy-saving, and utilize and possess timing handoff functionality
Illuminator.
As this illuminator, it is known that possess timing unit, storage part, ligthing paraphernalia, configuration part, show
Show structure (the such as document 1 (Japanese Laid-Open Patent Publication of portion, control portion and dim signal output unit
No. 2002-252092)).
In the illuminator of document 1, timing unit measures current time, and storage part storage is used for determining respectively
The information of the light output in moment.Configuration part is set in the light output of regulation moment ligthing paraphernalia in storage part
The multiple patterns that can switch.The setting content of display part display configuration part.When working as of being measured by timing unit
When the front moment is the regulation moment of storage in storage part, the dim signal of ligthing paraphernalia is cut by control portion
Change.Dim signal output unit exports dim signal to ligthing paraphernalia.In the illuminator of document 1, logical
Be configured to pattern after certain particular moment repeat if crossing, preferential before pattern, it is possible to make multiple mould
The content set simply and readily is changed in the setting of formula.
It addition, in illuminator, there is following situation: in the case of timing handoff functionality is effective,
When the user is not in etc., the switching of the illuminating state of the non-original idea of user is carried out.
In the illuminator of document 1, the switching of the not open illuminating state preventing the non-original idea of user
Content.
Utility model content
The purpose of this utility model is to provide the switching of a kind of illuminating state being prevented from non-original idea
Illuminator.
The illuminator of a mode involved by this utility model possesses lighting circuit portion and control portion.Institute
State lighting circuit portion and make light source igniting.Described lighting circuit portion is controlled such that described by described control portion
Light source is lighted with some ignition mode in plural ignition mode.Point more than said two
In each ignition mode of bright pattern, the illuminating state of described light source is different.Described control portion has timing
Handoff functionality.This timing handoff functionality switches to the point of more than said two in the setting moment set in advance
Some ignition mode in bright pattern.Even if described timing handoff functionality is effective, make at described light source
In the case of specific ignition mode in ignition mode more than said two, described control portion is described
The setting moment does not the most switch described specific ignition mode.
Preferably, ignition mode more than said two includes: the photochromic and described light source of described light source
The light different at least two illuminating state of output；And not from the OFF state of described light source radiation light.
Preferably, described illuminator is also equipped with operating portion, and this operating portion receives and lights described light source
The operation input that state switches over, described operating portion is received described operation input by described control portion
The time of reception with described setting the moment compare, switch to the described time of reception before from this reception
Described setting described ignition mode corresponding to moment that moment is nearest.
Preferably, described specific ignition mode is the extinguishing pattern making described light source extinguish.
Preferably, described control portion can control lighting and extinguishing of normal bright lamp, described specific ignition mode
It it is the normal bright lamp pattern making described normal bright lamp light.
Thus, the illuminator of a mode involved by this utility model is prevented from lighting of non-original idea
The switching of state.
Accompanying drawing explanation
Describe in further detail of the present utility model preferred embodiment.Contact following detailed description
It is more fully understood that other features and advantages of the utility model with accompanying drawing.
Fig. 1 is the schematic block diagram of the illuminator representing the embodiment 1 involved by this utility model.
Fig. 2 is the sequential chart of the action of the illuminator that embodiment 1 is described.
Fig. 3 is the explanatory diagram after the major part decomposition of the illuminator by embodiment 1.
Fig. 4 is the front view of the remote control unit of the illuminator for embodiment 1.
Fig. 5 is the front view of the major part of the remote control unit representing the illuminator for embodiment 1.
Fig. 6 is the front view of the remote control unit of the illuminator for embodiment 2.
Fig. 7 is the front view of the major part of the remote control unit representing the illuminator for embodiment 2.
Fig. 8 is the schematic block diagram of the illuminator representing embodiment 3
Description of reference numerals
3: lighting circuit portion；4: control portion；5: light source；6: often bright lamp；7: operating portion；10:
Illuminator.
Detailed description of the invention
Embodiments below relates to a kind of illuminator, possesses by setting the moment to light particularly to one
The illuminator of the timing handoff functionality that the illuminating state in source switches over.
(embodiment 1)
Below, use Fig. 1 to Fig. 5 that the illuminator 10 of present embodiment is described.In the drawings, to identical
The component identical labelling of mark and the repetitive description thereof will be omitted.Wherein, clear and definite and each sometimes for making explanation
The size of the component shown in accompanying drawing, position relationship exaggerationization.In the following description, about constituting this
Each element of embodiment, can be to be constituted multiple element with a component, be also used as many with a component
The mode of individual element, it is also possible to share the function realizing a component on the contrary with multiple components.This reality
It is not limited to following embodiment, without departing from the technological thought involved by this utility model with novel
In the range of, it is possible to carry out various change according to design etc..
As it is shown in figure 1, the illuminator 10 of present embodiment possesses lighting circuit portion 3 and control portion 4.Point
Brightening circuit portion 3 makes light source 5 light.Control portion 4 is controlled such that to lighting circuit portion 3 light source 5 is with two
Some ignition mode in above ignition mode is lighted.Each point in plural ignition mode
In bright pattern, the illuminating state of light source 5 is different.Control portion 4 has timing handoff functionality.Timing switching merit
Some ignition mode in plural ignition mode can be switched in the setting moment set in advance.
Even if as in figure 2 it is shown, timing handoff functionality is effective, being in plural ignition mode making light source 5
Specific ignition mode in the case of, control portion 4 set the moment the most do not switch specific ignition mode.Fig. 2
Even if the region of the oblique line in exemplifies timing handoff functionality and effectively, the most not by light source 5 lights mould from specific
Formula switches to the state of different ignition mode.
Even if the illuminator of present embodiment 10 is effective by timing handoff functionality, make light source 5 be in
The structure of specific ignition mode is not the most switched in the setting moment, it is possible to prevent in the case of specific ignition mode
The switching of the illuminating state of non-original idea.
Below, the concrete structure of the illuminator 10 of present embodiment is illustrated.
As shown in figures 1 and 3, the illuminator 10 of present embodiment possesses ligthing paraphernalia 10a and remote control dress
Put 10b.Below, also remote control unit 10b is referred to as remote controller 10b.
As it is shown in figure 1, ligthing paraphernalia 10a possess lighting circuit portion 3, the part in control portion 4, light source 5,
Often bright lamp the 6, first storage part 12 and optical detection sensor 14.Lighting circuit portion 3 possesses first and lights electricity
Road portion 3a, second point brightening circuit portion 3b and power factor correction circuit 3c.Ligthing paraphernalia 10a possesses photograph
Bright control portion 4a and acceptance division 4b is used as the part in control portion 4.Light source 5 possess the first light source portion 5a and
Secondary light source portion 5b.
First light source portion 5a be a light emitting diode or multiple light emitting diodes are electrically connected in series and
The structure become.Preferably, the first light source portion 5a such as uses the light emitting diode of the light radiating color of sunshine.
As the light emitting diode of the light of radiation color of sunshine, such as can list radiation correlated color temperature is 6500K
The structure of light.Similarly, secondary light source portion 5b is a light emitting diode or by multiple light emitting diodes
The structure being electrically connected in series.Secondary light source portion 5b is to use illuminant color and the first light source portion 5a different
Light emitting diode constitute.Preferably, secondary light source portion 5b such as uses radiation electric filament lamp photochromic
The light emitting diode of light.As the light emitting diode of the radiation photochromic light of electric filament lamp, such as, can enumerate
Go out to radiate the structure of the light that correlated color temperature is 2700K.
In Japanese Industrial Standards' (JISZ9110 illuminates benchmark general provisions), by the correlated color temperature light less than 3300K
Color is defined as " warm colour ", correlated color temperature is defined as " cool colour " more than the photochromic of 5300K, will be relevant
Colour temperature is in the photochromic of the scope of 3300K～5300K and is defined as " Neutral colour ".In other words, the first light source
5a radiation in portion illustrates the light of " cool colour " of the cold colour temperature with refrigerant sense.5b radiation in secondary light source portion is shown
Go out warm colour, make people feel to loosen the light of " warm colour " of warm colour temperature of sense.Light source 5 is from lighting circuit
Portion 3 is powered radiating light.
In lighting circuit portion 3, by the first lighting circuit portion 3a making the first light source portion 5a light with make the
The second point brightening circuit portion 3b that two light source portion 5b light is set to essentially identical configuration.Below, only to first
The structure of lighting circuit portion 3a illustrates, and omits the explanation of second point brightening circuit portion 3b.
First lighting circuit portion 3a composition possesses buck circuit and drives buck circuit
The switching power circuit of dynamic drive circuit.Switching power circuit possesses switch element.Switching power circuit
The light output increase and decrease of the first light source portion 5a can be made according to the dutycycle making switch element carry out switching.The
The DC voltage exported from power factor correction circuit 3c is reduced to the first light source by one lighting circuit portion 3a
The driving voltage of portion 5a.
Power factor correction circuit 3c possesses output than the alternating voltage provided from commercial alternating current power supply 100
The boost chopper of high DC voltage.Power factor correction circuit 3c will be in the first lighting circuit portion
The higher harmonic current suppression produced in 3a, second point brightening circuit portion 3b is below the limits value of regulation.?
In lighting circuit portion 3, based on the control signal from lighting control section 4a, the first lighting circuit portion 3a,
Second point brightening circuit portion 3b is individually controlled respectively.Control signal includes performing desired ignition mode
Information.In FIG, exemplify with the arrow of dotted line respectively and light electricity from lighting control section 4a to first
The flowing of the control signal of road portion 3a and from lighting control section 4a to the control of second point brightening circuit portion 3b
The flowing of signal.
Lighting control section 4a is by controlling the first lighting circuit portion 3a and second point brightening circuit portion 3b, energy respectively
Enough colour temperatures to the light radiated from light source 5, light modulation ratio are controlled.Lighting control section 4a controls respectively
One lighting circuit portion 3a and second point brightening circuit portion 3b is so that the first light source portion 5a and secondary light source portion 5b
The ratio change of light output, it is possible to such as the color of the light from light source 5 be mixed colours from " cool colour "
Become " warm colour ".Lighting control section 4a controls the first lighting circuit portion 3a and second point brightening circuit portion 3b respectively
To make the first light source portion 5a with remain the ratio of the light output of the first light source portion 5a and secondary light source portion 5b
Light output and the light output increase and decrease of secondary light source portion 5b, it is possible to not make photochromic carry out with changing
Light modulation.
Such as can use the microcomputer possessing CPU (Central Processing Unit: CPU)
Calculation machine constitutes lighting control section 4a.Lighting control section 4a is supplied to action from power factor correction circuit 3c
Electric power.Lighting control section 4a makes the suitable program of the first storage part 12 storage by execution, it is possible to carry out
The control action of regulation.The nonvolatile semiconductor memory that can rewrite electrically such as can be used
Constitute the first storage part 12.About nonvolatile semiconductor memory, it is possible to list flash memory,
EEPROM (Electrically Erasable and Programmable Read Only Memory: electrically erasable
Programmable read only memory) etc..
Lighting control section 4a electrically connects with acceptance division 4b.Acceptance division 4b possesses infrared ray photo detector and signal
Process portion.The output of infrared ray photo detector is amplified the signal processing carrying out specifying by signal processing part.
Acceptance division 4b receives the infrared signal sent from remote controller 10b.Infrared signal from remote controller 10b comprises
The information of ignition mode.Information as ignition mode, it is possible to list and light source 5 is carried out brightness adjustment control
Dimming commands, light source 5 is carried out toning control toning instruction etc..Acceptance division 4b utilizes infrared ray to be subject to
Optical element receives the infrared signal sent from remote controller 10b.Signal processing part is according to utilizing infrared ray light
The infrared signal that element receives is to demodulate the information of ignition mode.Signal processing part is by lighting of demodulating
The information of pattern exports lighting control section 4a.
Lighting control section 4a electrically connects with normal bright lamp 6.The point of normal bright lamp 6 is controlled by lighting control section 4a
Bright.Light emitting diode such as can be used to constitute normal bright lamp 6.Lighting control section 4a can make light source 5 put out
Go out and make normal bright lamp 6 light.Additionally, often bright lamp 6 is not limited to the structure being provided separately with light source 5, also
It can be the structure that light source 5 is itself functioned as normal bright lamp 6.Here, ignition mode not only comprises makes light source 5
For the situation of illuminating states photochromic, that light output is different, also comprise and make light source 5 for not from light source 5 radiating light
The situation of OFF state.
Lighting control section 4a electrically connects with optical detection sensor 14.Optical detection sensor 14 has opto-electronic conversion
Element and sensor signal process portion.Sensor signal process portion receives the output from photo-electric conversion element
And carry out signal processing.Photo-electric conversion element such as can use photodiode, phototransistor, too
Sun can battery.Optical detection sensor 14 is bright by the shadow surfaces such as the floor with ligthing paraphernalia 10a radiating light
The signal of telecommunication of the level that brightness is corresponding exports lighting control section 4a.Even if lighting control section 4a is such as with certainly
The outer light such as right light are irradiated to shadow surface, shadow surface and also maintain the mode of lightness set in advance to from light source
The light of 5 radiation is adjusted.Lighting control section 4a can based on the signal of telecommunication from optical detection sensor 14,
The light radiated from light source 5 is adjusted.
As it is shown on figure 3, the ligthing paraphernalia 10a in the illuminator 10 of present embodiment constitutes lamp affixed to the ceiling.Inhale
Ceiling light is installed on ceiling lamp panel, is configured at ceiling plate 60 side.
Ligthing paraphernalia 10a possess appliance body 32, power supply section 33, LED unit 34, luminous intensity distribution panel 35 with
And cover 36.Appliance body 32 is formed by metal sheet material.Appliance body 32 is formed as discoid profile
Shape.The central part of appliance body 32 is configured with power supply section 33.Power supply section 33 is free to be installed to inhale
Ceiling light dish and unloading from ceiling lamp panel.When power supply section 33 is installed on ceiling lamp panel, it is possible to from commercialization
Alternating current power supply 100 supplies electric power to lighting circuit portion 3.
LED unit 34 possesses installation base plate 40 and multiple light emitting diode 40a.Installation base plate 40 is formed as
The outer shape of the flat board of arc-shaped.Multiple light emitting diode 40a are installed on the surface of installation base plate 40.
Multiple light emitting diode 40a are mounted to arcuation with lining up two row.In installation base plate 40, multiple luminous two
The light emitting diode of composition the first light source portion 5a in the pipe 40a of pole and the luminescence two constituting secondary light source portion 5b
Pole pipe is alternately installed along the circumference of annulus.The light emitting diode constituting the first light source portion 5a is " cool colour "
Light emitting diode.The light emitting diode constituting secondary light source portion 5b is the light emitting diode of " warm colour ".
LED unit 34 is installed on appliance body 32.It is arranged with along the circumference centered by power supply section 33 circularly
Four LED unit 34.Four LED unit 34 of ligthing paraphernalia 10a constitute light source 5.
Luminous intensity distribution panel 35 is in circular outer shape.Luminous intensity distribution panel 35 is fixed on appliance body 32.Luminous intensity distribution
Panel 35 is configured to cover LED unit 34.The material of luminous intensity distribution panel 35 can use translucent resin.Make
For translucent resin, such as, can list acrylic resin or polycarbonate resin etc..At luminous intensity distribution panel
In 35, with each light emitting diode 40a position in opposite directions, be integrally formed with optics 35a.Optics
The luminous intensity distribution of the light radiated from light emitting diode 40a can be controlled by parts 35a.Optics 35a energy
The light from light emitting diode 40a is enough made to spread and to extraneous radiation.
The outer shape of the cover 36 flat drums in an opening.Cover 36 is installed on appliance body
32.LED unit 34 and luminous intensity distribution panel 35 are accommodated in inside by cover 36.Cover 36 is free to be installed to device
Have main body 32 and unload from appliance body 32.Cover 36 can utilize synthetic resin to be formed.As cover 36
Synthetic resin, such as can list acrylic resin or polycarbonate resin etc..
Then, remote controller 10b is described.
As it is shown in figure 1, remote controller 10b possesses timing unit 1, the part in control portion 4, operating portion 7, shows
Show portion 23, power supply unit 24 and the second storage part 25.Control portion 4 in remote controller 10b possesses driving control
Portion 4c and sending part 4d.
Timing unit 1 carries out timing to current time.Real-time clock IC such as can be used to constitute timing unit
1.Drive control part 4c respectively with sending part 4d, timing unit 1, operating portion 7, power supply unit 24, second deposit
Storage portion 25 electrically connects.Drive control part 4c is to use the microcomputer possessing CPU to constitute.
Second storage part 25 stores the illuminating state for making light source 5 be regulation accordingly with ignition mode
Information and the setting moment set for the illuminating state of toggle lights 5.That is, about illuminator
10, utilize second storage part 25 of remote controller 10b to constitute the storage part 2 used in timing handoff functionality.The
Two storage part 25 storages have suitable program to make drive control part 4c can carry out the control specified.Such as
The nonvolatile semiconductor memory that can rewrite electrically can be used to constitute the second storage part 25.Close
In nonvolatile semiconductor memory, such as, can list flash memory, EEPROM etc..
Sending part 4d possesses can send ultrared infrared light-emitting component and to infrared light emission unit
The control element that the driving of part is controlled.Infrared light-emitting component such as can use one or more red
UV light-emitting diode.Controlling element can use the conducting to infrarede emitting diode and cut-off to be controlled
Switching transistor.
Display part 23 shows current time, ignition mode.Liquid crystal indicator can be used to constitute display
Portion 23.Display part 23 is controlled by drive control part 4c, it is possible to change display content.Power supply unit 24 provides distant
The driving power of control device 10b.Power supply unit 24 is configured to possess one-shot battery, secondary cell.
Drive control part 4c is configured to be set the moment by the operation of operating portion 7, light mould
The setting of formula.Operating portion 7 is configured to possess multiple pressing press button.Drive control part 4c is from timing unit 1
Read out operating portion 7 and receive the time of reception of operation input, and by this time of reception and the second storage part
In 25, the setting moment of storage compares.Drive control part 4c is configured to by timing unit 1 timing
In the current time gone out and the second storage part 25, the setting moment of storage compares, and sends from sending part 4d
Setting the timing switching signal that the illuminating state of light source 5 switches to the ignition mode of regulation by the moment.Separately
Outward, drive control part 4c can from sending part 4d send switch to the time of reception before from this reception time
Carve the nearest direct switching signal setting ignition mode corresponding to moment.
As shown in Figure 4 and Figure 5, remote controller 10b possesses the casing 20 that outer shape is cuboid.Casing 20
Possesses a main part 20a and lid 20b part of main part 20a covered.The inside of main part 20a
Be formed as cavity.The lid 20b and main part 20a of casing 20 uses synthetic resin to be formed respectively.
Remote controller 10b be accommodated with in the inside of main part 20a timing unit 1, drive control part 4c, display part 23,
Power supply unit 24 and the second storage part 25.Sending part 4d is can receive to the outside ultrared mode of transmission
Inside in main part 20a.A part for operating portion 7 is exposed to outside so that user can be grasped
Make.
Operating portion 7 the central part of main part 20a possess make that ligthing paraphernalia 10a lights " light by
Button " 7a and make " extinguishing button " 7b that ligthing paraphernalia 10a extinguishes.Operating portion 7 possesses makes ligthing paraphernalia
" normal bright lamp button " 7c that the normal bright lamp 6 of 10a is lighted and the light source conduct making to be arranged at remote controller 10b
Light on hand and light " button on hand " 7d.
Operating portion 7 possess " all light button " 7e, " white color knobs " 7f, " warm colour button " 7g and
" automatic button " 7s.When " all light button " 7e is operated, remote controller 10b sends infrared signal,
Receive the ligthing paraphernalia 10a of infrared signal such as by light that correlated color temperature is 6200K with 100% light defeated
Out light.When " white color knobs " 7f is operated, remote controller 10b sends infrared signal, receives
The light that correlated color temperature is 6500K such as is exported by the ligthing paraphernalia 10a of infrared signal with the light of 80%
Bright.When " warm colour button " 7g is operated, remote controller 10b sends infrared signal, receives infrared letter
Number ligthing paraphernalia 10a such as by the light of correlated color temperature 3000K with about 50% light export light.
Remote controller 10b can be pressed by " automatic button " 7s, is set to " automatic mode ".?
In illuminator 10, when being set as " automatic mode ", setting moment switching ignition mode.That is,
In illuminator 10, when being set as " automatic mode ", timing handoff functionality is effective.
Operating portion 7 possesses " white/warm colour button " 7h and " light/dark button " 7j.When remote controller 10b's
When " white/warm colour button " 7h is operated, such as photochromic photochromic with electric filament lamp in color of sunshine by light source 5
Between adjust continuously.When " light/dark button " 7j of remote controller 10b is operated, such as by light source 5,
The often light output increase and decrease of bright lamp 6 does not change and only adjusts lightness photochromicly.
As it is shown in figure 5, in operating portion 7, when the lid 20b of remote controller 10b is opened, " sleep
Dormancy button " 7k, " button of going out " 7m, " channel button " 7n and " moment set button " 7p
It is exposed to outside.In operating portion 7, when the lid 20b of remote controller 10b is opened, it is used for
The figure in setting moment is shown with " arrow button " 7q of arrow and is exposed to outside.When remote controller 10b's
When " sleep button " 7k is operated, ligthing paraphernalia 10a extinguished after the most after 30 minutes or 60 minutes.
When " button of going out " 7m of remote controller 10b is operated, it is possible to set " outer exit pattern ".Work as setting
During for " outer exit pattern ", illuminator 10 can make light source 5 light with the lightness of regulation.Work as setting
During for " outer exit pattern ", illuminator 10 such as automatically can light during user is gone out/
Extinguish, pretend user and be in.
When " channel button " 7n is operated, remote controller 10b ultrared that sending part 4d is sent
Channel is sent to switch over.When " channel button " 7n of remote controller 10b is operated, such as can be one
In the case of individual room has the ligthing paraphernalia 10a of more than two, utilize a remote controller 10b to each
The ligthing paraphernalia 10a corresponding with sending channel operates." channel button " 7n quilt as remote controller 10b
During operation, such as, a remote controller 10b can be utilized to make multiple ligthing paraphernalia 10a corresponding with sending channel
Light simultaneously.When " channel button " 7n of remote controller 10b is operated, such as can utilize one distant
The ligthing paraphernalia 10a in different rooms is lighted control by control device 10b respectively.
Below, the action of illuminator 10 is described based on Fig. 2.
Illuminator 10 " automatic button " 7s operated and under " automatic mode " timing switching merit
In the case of energy is effective, automatically repeat the switching of ignition mode by the setting moment.In fig. 2, will set
Timing is carved and is set to 7:00,12:00,21:00.Below, the first point will be referred to as from 7:00 to 12:00
Bright pattern, will be referred to as the second ignition mode from 12:00 to 21:00, will be from 21:00 to second day 7:
00 is referred to as the brightest pattern.
Under the first ignition mode, light source 5 exports the radiation correlated color temperature light as 6200K with the light of 100%.
Under the second ignition mode, light source 5 is with the correlated color temperature corresponding with the storage value arbitrarily set in advance and light
Output carrys out radiating light.Under the brightest pattern, light source 5 exports radiation correlated color temperature with the light of 50% and is
The light of 3000K.
When illuminator 10 is set to " automatic mode ", regardless of the state of ligthing paraphernalia 10a,
Remote controller 10b is by setting moment transmission for switching the infrared signal of ignition mode.About ligthing paraphernalia
10a, if the current time of such as timing unit 1 is 7:00, switches to the first point by the ignition mode of light source 5
Bright pattern, if current time is 12:00, switches to the second ignition mode by the ignition mode of light source 5,
If current time is 21:00, switch to the brightest pattern.
More specifically, as in figure 2 it is shown, illuminator 10 makes after moment 7:00 light source 5 with the setting
One to light mode point bright.The setting moment of storage in the current time of timing unit 1 is the second storage part 25
During 12:00, the timing switching signal corresponding with the second ignition mode is sent to illumination apparatus by remote controller 10b
Tool 10a.Ligthing paraphernalia 10a receives and switches to second point from the timing switching signal of remote controller 10b
Bright pattern, only makes the first light source portion 5a point in the way of being able to maintain that the lightness of regulation set in advance
Bright.Ligthing paraphernalia 10a is based on the signal from optical detection sensor 14, can utilize outside room
Light and this two side of light from the first light source portion 5a guarantee that the mode of lightness set in advance is adjusted
Photocontrol.
Then, the setting moment 21:00 of storage in the current time of timing unit 1 is the second storage part 25
Time, the timing switching signal corresponding with the brightest pattern is sent to ligthing paraphernalia 10a by remote controller 10b.
Ligthing paraphernalia 10a receives and switches to the brightest pattern from the timing switching signal of remote controller 10b.
Ligthing paraphernalia 10a make the first light source portion 5a light output gradually weaken and secondary light source portion 5b light output by
Gradually improve so that export from the light of only the first light source portion 5a and become only lighting secondary light source portion 5b.Illumination
Utensil 10a under the brightest pattern so that the light of secondary light source portion 5b be output as always exporting 50% side
Formula dims and lights.Illuminator 10 is in the case of timing handoff functionality is effective, to repeat first
Ignition mode, the second ignition mode, the mode of the brightest pattern automatically switch ignition mode.
It addition, there is following situation in illuminator 10: not merely with have timing handoff functionality with
The remote controller 10b that ligthing paraphernalia 10a is arranged in correspondence with, also utilizes Fig. 3 institute not possessing timing handoff functionality
Other remote controller 10c, the switch on wall 10d shown, switches the illuminating state of ligthing paraphernalia 10a.Wall
Switch 10d is such as configured to: when at short notice the switch of switch on wall 10d being carried out on-off operation
Time, it is output to ligthing paraphernalia 10a for switching the signal of illuminating state.Illuminator 10 is configured to:
Put out even with other remote controller 10c, the switch on wall 10d that is arranged at wall 61 under the brightest pattern
Go out ligthing paraphernalia 10a, does not the most release timing handoff functionality.Such as it is configured to by illuminator 10
Ligthing paraphernalia 10a is extinguished the most not even with other remote controller 10c, switch on wall 10d under three ignition mode
Releasing timing handoff functionality, thus user resets " automatic mode " without using remote controller 10b.
That is, illuminator 10 is without going back outside other remote controller 10c, the switch on wall 10d of change illuminating state
Additionally remote controller 10b makes timing handoff functionality effective, it is possible to increase the convenience of user.
But, about illuminator 10, under the brightest pattern even with other remote controller 10c,
In the case of switch on wall 10d extinguishing ligthing paraphernalia 10a does not the most release timing handoff functionality, according to from distant
The timing switching signal of control device 10b, switches to the first ignition mode when becoming and setting moment 7:00.
Therefore, there is following worry in illuminator 10: if set to utilize other remote controller 10c, wall
Switch 10d extinguish ligthing paraphernalia 10a extinguishing pattern, then go out at user, go to bed after carry out non-original idea
The switching of illuminating state.
The illuminator 10 of present embodiment is configured to: though timing handoff functionality under " automatic mode "
Effectively, in the case of making ligthing paraphernalia 10a be in extinguishing pattern, setting moment the most not toggle lights 5
Ignition mode.When the current time of timing unit 1 is for setting moment 7:00, remote controller 10b will be with the
Timing switching signal corresponding to one ignition mode is sent to ligthing paraphernalia 10a.Even if lighting control section 4a connects
Receive the timing switching signal from remote controller 10b, the most do not switch ignition mode setting moment 7:00,
But maintain extinguishing pattern.Thus, the illuminator 10 of present embodiment is prevented from lighting of non-original idea
The switching of state.
Additionally, remote controller 10b is configured to: at " extinguishing button " 7b, " normal bright lamp button " 7c, " point
Bright button " in the case of 7a operated and have switched the ignition mode of light source 5, timing handoff functionality is solved
Remove.In other words, in the case of illuminator 10 have switched ignition mode at manual operation remote controller 10b,
Timing handoff functionality becomes invalid.In illuminator 10, if " automatically the pressing of remote controller 10b
Button " 7s to be to be again set as " automatic mode ".
If remote controller 10b is set as " automatic mold by the length carrying out " automatic button " 7s by operation
Formula ", then direct switching signal is sent to ligthing paraphernalia 10a.Ligthing paraphernalia 10a receives directly switching
Signal, switches to receive before time of reception of operation with operating portion 7 nearest from this time of reception
Set the first ignition mode corresponding to moment 7:00, make light source 5 light.If illuminator 10 is entered
The length of row " automatic button " 7s is set as by operation " automatic mode ", is the most again sequentially repeated the
Two ignition mode, the brightest pattern, the first ignition mode, the second ignition mode.About " automatically pressing
Button " length of 7s presses, be such as set as the several seconds about.Illuminator 10 is by " automatic button " 7s
Length press, it is possible to make to switch to corresponding with the setting moment nearest from this time of reception before the time of reception
The direct handoff functionality of ignition mode effective.
In other words, illuminator 10 possesses the operation input that the illuminating state of light source 5 is switched over by reception
Operating portion 7.Preferably, control portion 4 is configured to: operating portion 7 receives the reception of operation input
Moment with set the moment compare, switch to the time of reception before from this time of reception of nearest setting
Corresponding ignition mode is carved in timing.
Illuminator 10 by switch to the time of reception before nearest from this time of reception setting time
Carve corresponding ignition mode, make the readily identified state going out to revert to " automatic mode " of user.
Illuminator 10 is configured to: at remote controller 10b, direct switching signal is sent to ligthing paraphernalia
In the case of 10a, even the specific ignition mode of ligthing paraphernalia 10a also switches in the setting moment lights mould
Formula.In illuminator 10, it is set as extinguishing pattern even with other remote controller 10c etc., user
Also be able to operate " automatic button " 7s as required, manually switch to the time of reception before from
What this time of reception was nearest sets ignition mode corresponding to moment.
In the illuminator 10 of present embodiment, for the ignition mode of the illuminating state of toggle lights 5
Be not limited to the first ignition mode, the second ignition mode, the brightest pattern these three, if having two with
On ignition mode.If the illuminating state difference of each ignition mode light source, it is possible to according to setting
Surely arbitrary illuminating state it is set to.The specific ignition mode not switching ignition mode is not limited to extinguishing pattern,
It can also be the normal bright lamp pattern making the normal bright lamp arranged respectively mutually with light source light.
Namely it is preferred that specific ignition mode is the extinguishing pattern making light source 5 extinguish.
Illuminator 10 is extinguishing pattern by making specific ignition mode, even if user passes through when going out
Operating other remote controller 10c makes ligthing paraphernalia 10a extinguish, it is also possible to suppression ligthing paraphernalia during going out
Light to the non-original idea of 10a.
It is further preferred, that specific ignition mode is the normal bright lamp pattern making normal bright lamp 6 light.
Illuminator 10 is normal bright lamp pattern by making specific ignition mode, even if user leads at h.d.
Cross and operate other remote controller 10c and make ligthing paraphernalia 10a extinguish, it is also possible to suppression is at front lit utensil of getting up
Light to the non-original idea of 10a.
(embodiment 2)
Timing is made to switch merit relative to a button of the remote controller 10b dual-purpose operating portion 7 of embodiment 1
Profit can be in place of illuminator 10 main difference of embodiment 2 with direct handoff functionality function
Timing handoff functionality and direct handoff functionality function is made with single two buttons.Additionally, for
The structure identical with embodiment 1 marks identical labelling and omits the description.
In the illuminator 10 of present embodiment, as shown in Figure 6, Figure 7, the operating portion 7 of remote controller 10b
Possesses " automatic button " 7s that the on an off to timing handoff functionality switches over individually and to directly
Meet " direct button " 7t that the on an off of handoff functionality switches over." automatic button " 7s is with " direct
Button " 7t can be made up of pressing type button respectively.
In remote controller 10b, " automatically press what the on an off of timing handoff functionality was controlled
Button " 7s is configured to be remotely-controlled the lid 20b of device 10b and covers, by direct function is operated " directly
Button " 7t is configured at the main part 20a not covered by lid 20b.In remote controller 10b, by " automatically
Button " 7s covered by lid 20b, it is possible to suppression maloperation timing handoff functionality.In remote controller 10b,
Exposed by " direct button " 7t that direct function is operated making user usage frequency higher
Surface to the main part 20a not covered by lid 20b, it is possible to increase convenience.
Illuminator 10 is in the case of " automatic button " 7s of remote controller 10b is operated, and timing switches
Function is effective.Illuminator 10 in the case of " automatic button " 7s of remote controller 10b has again been operated,
Stop timing handoff functionality.
Illuminator 10 is configured to " direct button " 7t and is able to receive that the illuminating state to light source 5 is cut
The operation input changed.Illuminator 10 is configured to: even under specific ignition mode, it is also possible to
Before " direct button " 7t switches to the time of reception operated with " direct button " 7t when being operated
Nearest from this reception time set ignition mode corresponding to moment.
Even if the illuminator of present embodiment 10 by remote controller 10b operate " extinguishing button " 7b,
" normal bright lamp button " 7c, " lighting button " 7a and have switched ignition mode, if " automatic button " 7s
Do not have again been operated, the most do not release timing handoff functionality.
Even if illuminator 10 by remote controller 10b switching ignition mode, timing handoff functionality not by
In the case of releasing, it is also possible to only just make direct handoff functionality effective by the operation of " direct button " 7t,
The operability of user can be improved.
In the illuminator 10 of present embodiment, in the same manner as the illuminator 10 of embodiment 1, i.e.
Make timing handoff functionality effective, in the case of making light source 5 be in specific ignition mode, set the moment
The most do not switch ignition mode, therefore, it is possible to prevent the switching of the illuminating state of non-original idea.
(embodiment 3)
The difference of the illuminator 10 of embodiment 3 is, replaces the remote controller in embodiment 1
10b possesses the structure of timing unit 1, and ligthing paraphernalia 10a possesses timing unit 1.Additionally, for embodiment party
The structure that formula 1 is identical marks identical labelling and omits the description.
In the illuminator 10 of present embodiment, as shown in Figure 8, ligthing paraphernalia 10a possesses timing switching
The timing unit 1 used in function.Illuminator 10 utilizes first storage part 12 of ligthing paraphernalia 10a and distant
Second storage part 25 of control device 10b constitutes the storage part 2 used in timing handoff functionality.
When " automatic button " 7s of operating portion 7 is operated, remote controller 10b is whenever " automatic button " 7s
Just sent the letter setting the moment comprising switching ignition mode to ligthing paraphernalia 10a from sending part 4d by operation
The infrared signal of breath.In ligthing paraphernalia 10a, acceptance division 4b receives infrared signal, at the first storage part
In 12, storage sets the moment, and timing handoff functionality is effective.Ligthing paraphernalia 10a reception comprises switching and lights mould
The infrared signal of information setting the moment of formula, switches to and receives time of reception of operation with operating portion 7
In the past from this time of reception nearest set ignition mode corresponding to moment, make light source 5 light.Connect
, when in the current time and the first storage part 12 of timing unit 1, the setting moment of storage is consistent, illumination
Lighting control section 4a of utensil 10a switches to the ignition mode of regulation based on timing handoff functionality.
In the case of " automatic button " 7s has been carried out growing by operation, remote controller 10b is from sending part 4d
The infrared signal stopping timing handoff functionality is sent to ligthing paraphernalia 10a.When " automatic button " 7s is entered
Having gone in the case of growing by operation, remote controller 10b releases timing handoff functionality.
In the illuminator 10 of present embodiment, remote controller 10b just sends when operating portion 7 is operated
Setting time information, the remote controller 10b replaced in embodiment 1 sends and light source 5 to ligthing paraphernalia 10a
Timing switching signal corresponding to ignition mode.
In other words, in illuminator 10, it is defeated that remote controller 10b receives operation at " automatic button " 7s
In the case of entering, the information setting the moment is sent to ligthing paraphernalia 10a every time.Ligthing paraphernalia 10a exists
Set the ignition mode of moment automatically toggle lights 5.
Even if the illuminator of present embodiment 10 by remote controller 10b operation " extinguishing button " 7b,
" normal bright lamp button " 7c, " lighting button " 7a are to switch ignition mode, if " automatic button " 7s
Do not have again been operated, the most do not release timing handoff functionality.
In the illuminator 10 of present embodiment, in the same manner as the illuminator 10 of embodiment 1, i.e.
Make timing handoff functionality effective, in the case of making light source 5 be in specific ignition mode, set the moment
The most do not switch ignition mode, therefore, it is possible to prevent the switching of the illuminating state of non-original idea.
From embodiments described above, the illuminator of the first method involved by this utility model
10 possess lighting circuit portion 3 and control portion 4.Lighting circuit portion 3 makes light source 5 light.Control portion 4 is to lighting
Circuit part 3 is controlled so that light source 5 is with some the ignition mode point in plural ignition mode
Bright.In each ignition mode of plural ignition mode, the illuminating state of light source 5 is different.Control
Portion 4 processed has timing handoff functionality.Timing handoff functionality switches to two in the setting moment set in advance
Some ignition mode in above ignition mode.Even if timing handoff functionality is effective, make light source 5
In the case of the specific ignition mode being in plural ignition mode, control portion 4 is setting the moment
The most do not switch specific ignition mode.
Even if the illuminator of first method 10 is effective by timing handoff functionality, make light source 5 be in spy
The structure of specific ignition mode is not the most switched, it is possible to prevent in the case of determining ignition mode, setting the moment
The switching of the illuminating state of non-original idea.
In the illuminator 10 of the second method involved by this utility model, in first method, two
Above ignition mode includes that the light of the light normal complexion light source 5 of light source 5 exports different at least two and lights shape
State and not from the OFF state of light source 5 radiating light.
In the illuminator 10 of second method, included the light of light source 5 by plural ignition mode
The light of normal complexion light source 5 exports different at least two illuminating states and OFF state, it is possible to make the light source 5 be
The illuminating state of regulation.
In the illuminator 10 of the Third Way involved by this utility model, in first method or second party
In formula, it is also equipped with operating portion 7.Operating portion 7 is configured to receive what the illuminating state to light source 5 switched over
Operation input.Operating portion 7 is received and compares with setting the moment by control portion 4 time of reception of operation input
Relatively, switch to the time of reception before from this time of reception nearest set the moment corresponding light mould
Formula.
The illuminator 10 of Third Way by switch to the time of reception before from this time of reception
The ignition mode that the near setting moment is corresponding, it is possible to readily identified timing handoff functionality is effective.
In the illuminator 10 of the fourth way involved by this utility model, in first method to third party
In any one mode in formula, specific ignition mode is the extinguishing pattern making light source 5 extinguish.
The illuminator 10 of fourth way is the extinguishing mould making light source 5 extinguish by making specific ignition mode
Formula, it is possible to prevent ligthing paraphernalia 10a the non-original idea of light source 5 light.
In the illuminator 10 of the 5th mode involved by this utility model, in first method to third party
In any one mode in formula, control portion 4 can control lighting and extinguishing of normal bright lamp 6.Specific light mould
Formula is the normal bright lamp pattern making normal bright lamp 6 light.
The illuminator 10 of the 5th mode is the normal bright lamp making normal bright lamp 6 light by making specific ignition mode
Pattern, it is possible to prevent the front lit utensil 10a that gets up the non-original idea of light source 5 light.
Claims (7)
1. an illuminator, it is characterised in that possess:
Lighting circuit portion, it makes light source igniting；And
Control portion, to described lighting circuit portion, it is controlled such that described light source is lighted with plural
Some ignition mode in pattern is lighted,
Wherein, in each ignition mode of the ignition mode more than said two, lighting of described light source
State is different,
Described control portion has following timing handoff functionality: in the setting moment set in advance, switch to
Some ignition mode in ignition mode more than said two,
Even if described timing handoff functionality is effective, make what described light source was in more than said two to light mould
In the case of specific ignition mode in formula, the most do not switch in the described setting moment and described specific light mould
Formula.
Illuminator the most according to claim 1, it is characterised in that
Ignition mode more than said two includes: the light output of the photochromic and described light source of described light source
Different at least two illuminating states；And not from the OFF state of described light source radiation light.
Illuminator the most according to claim 1 and 2, it is characterised in that
Being also equipped with operating portion, the operation that the illuminating state of described light source is switched over by the reception of this operating portion is defeated
Enter,
Described operating portion is received the time of reception of described operation input and described setting by described control portion
Moment compares, and switches to from this time of reception nearest described setting former with the described time of reception
The described ignition mode that moment is corresponding.
Illuminator the most according to claim 1 and 2, it is characterised in that
Described specific ignition mode is the extinguishing pattern making described light source extinguish.
Illuminator the most according to claim 3, it is characterised in that
Described specific ignition mode is the extinguishing pattern making described light source extinguish.
Illuminator the most according to claim 1 and 2, it is characterised in that
Described control portion can control lighting and extinguishing of normal bright lamp,
Described specific ignition mode is the normal bright lamp pattern making described normal bright lamp light.
Illuminator the most according to claim 3, it is characterised in that
Described control portion can control lighting and extinguishing of normal bright lamp,
Described specific ignition mode is the normal bright lamp pattern making described normal bright lamp light.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-110606 | 2015-05-29 | ||
| JP2015110606A JP6692055B2 (en) | 2015-05-29 | 2015-05-29 | Lighting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205657901U true CN205657901U (en) | 2016-10-19 |
Family
ID=57405454
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620499636.XU Active CN205657901U (en) | 2015-05-29 | 2016-05-27 | Lighting device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6692055B2 (en) |
| CN (1) | CN205657901U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107770935A (en) * | 2017-11-21 | 2018-03-06 | 松下电气机器（北京）有限公司 | Lamp control system |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6970944B2 (en) * | 2018-05-30 | 2021-11-24 | パナソニックＩｐマネジメント株式会社 | Lighting fixtures and lighting systems |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005078882A (en) * | 2003-08-29 | 2005-03-24 | Asahi Matsushita Electric Works Ltd | Lighting control device |
| JP5059175B2 (en) * | 2010-08-18 | 2012-10-24 | シャープ株式会社 | Lighting device |
| JP2013020844A (en) * | 2011-07-12 | 2013-01-31 | Sharp Corp | Illumination device |
-
2015
- 2015-05-29 JP JP2015110606A patent/JP6692055B2/en active Active
-
2016
- 2016-05-27 CN CN201620499636.XU patent/CN205657901U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107770935A (en) * | 2017-11-21 | 2018-03-06 | 松下电气机器（北京）有限公司 | Lamp control system |
| CN107770935B (en) * | 2017-11-21 | 2024-04-05 | 松下电气机器（北京）有限公司 | Lamp control system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2016225149A (en) | 2016-12-28 |
| JP6692055B2 (en) | 2020-05-13 |
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