CN106483748B - Light supply apparatus and projection arrangement - Google Patents
Light supply apparatus and projection arrangement Download PDFInfo
- Publication number
- CN106483748B CN106483748B CN201610651977.9A CN201610651977A CN106483748B CN 106483748 B CN106483748 B CN 106483748B CN 201610651977 A CN201610651977 A CN 201610651977A CN 106483748 B CN106483748 B CN 106483748B
- Authority
- CN
- China
- Prior art keywords
- light
- mentioned
- light source
- illumination region
- blue
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B21/00—Projectors or projection-type viewers; Accessories therefor
- G03B21/14—Details
- G03B21/20—Lamp housings
- G03B21/2006—Lamp housings characterised by the light source
- G03B21/2013—Plural light sources
-
- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B21/00—Projectors or projection-type viewers; Accessories therefor
- G03B21/14—Details
- G03B21/20—Lamp housings
- G03B21/2006—Lamp housings characterised by the light source
- G03B21/2033—LED or laser light sources
- G03B21/204—LED or laser light sources using secondary light emission, e.g. luminescence or fluorescence
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Optics & Photonics (AREA)
- Projection Apparatus (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
- Transforming Electric Information Into Light Information (AREA)
Abstract
It can be conducive to brightness in order to provide and improve and be formed as small-sized light supply apparatus and have the projection arrangement of the light supply apparatus, have: the 1st light source projects the light of the 1st wave band；2nd light source projects the light of 2nd wave band different from above-mentioned 1st wave band；Above-mentioned 1st light source and above-mentioned 2nd light source have the short-wavelength light illumination region for the light for issuing the long wavelength light illumination region with the light of the long wavelength side in the wave band of colour system and in light that wavelength is different and issuing short wavelength side respectively.
Description
The application is based on August in 2015 26 days the Japanese patent application filed an application No. 2015-166490 and 2015
It is complete to quote it in the present specification for the Japanese patent application 2016-083281 CLAIM OF PRIORITY that April 19 filed an application
Portion's content.
Technical field
The present invention relates to light supply apparatus and the projection arrangement for having the light supply apparatus.
Background technique
Currently, more use is by the picture of personal computer or video image, there are also based on being stored in storage card etc.
The data projector as image projection device to screen prjection such as image of image data.The projector makes to project from light source
Light be condensed on the micro mirror display element or liquid crystal board of referred to as DMD (Digital Micromirror Device), make to show color image on screen.
In the projection arrangement disclosed in special open 2015-45825 bulletin, equipped with multiple blue laser diodes are arranged
It is classified as rectangular excitation light source.On the fluorescent wheel that excitation light from the excitation light source is irradiated onto fluorescent illuminating device, hair
Green band light out.In addition, in the projection arrangement, the blue of blue wave band light is issued equipped with having blue LED
Light supply apparatus and has red light emitting diodes and issue the red light source device of red band light.These red, green, indigo plant
Each band of light of color is irradiated on the display element as DMD via light source-side optical system, the image from the display element
Light is projected on screen via projection side optical system as projected light.
From the blue-light source device and red light source device in projection arrangement disclosed in special open 2015-45825 bulletin
The light of injection is the light of single wavelength.Therefore, in order to improve blue and red brightness, need to increase blue and red respectively
Chip quantity.It is generated as a result, in order to improve brightness and is proportionally increased the number of chips of assorted light supply apparatus
The problem of.
Summary of the invention
The present invention is in view of the above problems, it is therefore an objective to which providing one kind can be conducive to be formed as small while brightness improves
The light supply apparatus of type and the projection arrangement for having the light supply apparatus.
A technical solution according to the present invention, as light supply apparatus of the invention characterized by comprising the 1st light
The light of the 1st wave band is projected in source；2nd light source projects the light of 2nd wave band different from above-mentioned 1st wave band；Above-mentioned 1st light source and on
It states the 2nd light source and has the long wavelength light hair issued with the light of the long wavelength side in the wave band of colour system and in light that wavelength is different respectively
The short-wavelength light illumination region of the light of light portion and sending short wavelength side.
Also, another technical solution according to the present invention, as projection arrangement of the invention, which is characterized in that have:
Above-mentioned light supply apparatus；Display element, the illuminated light source light from above-mentioned light supply apparatus form image light；Projection-side optical system
System, will be from the above-mentioned image light that above-mentioned display element projects to screen prjection；Projection arrangement control unit controls above-mentioned display element
With above-mentioned light supply apparatus.
Detailed description of the invention
Fig. 1 is the stereoscopic figure for indicating the projection arrangement of the 1st embodiment of the invention.
Fig. 2 is the figure for indicating the functional block of projection arrangement of the 1st embodiment of the invention.
Fig. 3 is the in-built floor map for indicating the projection arrangement of the 1st embodiment of the invention.
Fig. 4 A is the enlarged plan view of the red light source device of the projection arrangement of the 1st embodiment of the invention.
Fig. 4 B is the core that the injection direction side of the slave red light source of the projection arrangement of the 1st embodiment of the invention is observed
The schematic diagram of piece.
Fig. 5 A is the enlarged plan view of the blue-light source device of the projection arrangement of the 1st embodiment of the invention.
Fig. 5 B is the core that the injection direction side of the slave blue-light source of the projection arrangement of the 1st embodiment of the invention is observed
The schematic diagram of piece.
Fig. 6 is the floor map for indicating light supply apparatus amplification of the invention.
Fig. 7 A is the enlarged plan view of the red light source device of the projection arrangement of the 2nd embodiment of the invention.
Fig. 7 B is the core that the injection direction side of the slave red light source of the projection arrangement of the 2nd embodiment of the invention is observed
The schematic diagram of piece.
Fig. 8 A is the enlarged plan view of the blue-light source device of the projection arrangement of the 2nd embodiment of the invention.
Fig. 8 B is the core that the injection direction side of the slave blue-light source of the projection arrangement of the 2nd embodiment of the invention is observed
The schematic diagram of piece.
Fig. 9 A is the enlarged plan view of the red light source device of the projection arrangement of the 3rd embodiment of the invention.
Fig. 9 B is the core that the injection direction side of the slave red light source of the projection arrangement of the 3rd embodiment of the invention is observed
The schematic diagram of piece.
Figure 10 A is the enlarged plan view of the blue-light source device of the projection arrangement of the 3rd embodiment of the invention.
Figure 10 B is that the injection direction side of the slave blue-light source of the projection arrangement of the 3rd embodiment of the invention is observed
The schematic diagram of chip.
Specific embodiment
(the 1st embodiment)
Hereinafter, being illustrated using attached drawing to the 1st embodiment of the invention.Fig. 1 is the stereoscopic of projection arrangement 10
Figure.In addition, in the present embodiment, the left and right of projection arrangement 10 indicates the left and right directions relative to projecting direction, front and back is indicated
The front-rear direction of the direction of travel of screen side direction and light shafts relative to projection arrangement 10.
Also, projection arrangement 10 is as shown in Figure 1, be approximately cuboid shape, before the cabinet as projection arrangement 10
The side of the front panel 12 of square side plate has the lens cap 19 that will project mouth covering, and in the front panel 12 equipped with multiple
Gas vent 17.In turn, though it is not illustrated, having the Ir receiving unit for receiving the signal of the control from remote controler.
In addition, key/indicator portion 37 is equipped in the upper surface of cabinet panel 11, in the key/indicator portion 37, configured with electricity
Source switch key, report power supply the power indicator opened or closed, switching projection unlatching/closing projection on & off switch, when
Keys and the indicators such as the overheat indicator that light supply apparatus, display element or control circuit etc. are reported when overheating.
In turn, at the back side of cabinet, overleaf panel is equipped with setting USB terminal and is entered analog rgb video signal
The input and output connector portion of the D-SUB terminal of video signal input, S terminal, RCA terminal, sound output etc. and
The various terminals (group) 20 of power adapter plug etc..In addition, overleaf panel is formed with multiple suction holes.In addition, not scheming
The right panel of the side plate as cabinet shown and the Left-Hand Panel 15 and front panel 12 shown in FIG. 1 as side plate, point
It is not formed with multiple gas vents 17.In addition, corner and back panel near the back panel of Left-Hand Panel 15, are also formed with
Suction hole 18.
Then, it for the projection arrangement control unit of projection arrangement 10, is described using the Function Block Diagram of Fig. 2.Projection dress
Control unit is set by structures such as control unit 38, input/output interface 22, image transformation component 23, display encoder 24, display driving portions 26
At.
The control unit 38 is responsible for the action control of each circuit in projection arrangement 10, by CPU, is fixedly stored with various set
The ROM for the operation program set etc. and the RAM used as working storage etc. are constituted.
Also, by the projection arrangement control unit, the image letter of the various specifications inputted from input and output connector portion 21
Number, it is converted by image transformation component 23 via input/output interface 22, system bus (SB) to be unified for and be suitable for display
After the picture signal of prescribed form, exported to display encoder 24.
In addition, display encoder 24 will input picture signal expansion storage into video-ram 25 after, according to the view
The storage content of frequency RAM25 generates vision signal, exports to display driving portion 26.
Display driving portion 26 is functioned as display element control mechanism, corresponding to the figure exported from display encoder 24
As signal, using frame rate appropriate driving as the display element 51 of spatial optical modulation element (SOM).Also, the projection arrangement
10 to display element 51 by irradiating the light shafts projected from light supply apparatus 60 via aftermentioned light source-side optical system, by showing
Show that the reflected light of element 51 forms light image, shows image projection on screen (not shown) via projection side optical system.Separately
Outside, the movable lens set 235 of the projection side optical system adjust and focus for zoom by lens motor 45 drive of adjustment
It is dynamic.
In addition, compression of images/expanding unit 31 is carried out the luminance signal of picture signal and colour difference signal by ADCT and suddenly
The record that the processing such as Fu Man coding carry out data compression and are sequentially written in the storage card of the recording medium as disassembly ease 32
Processing.
In turn, compression of images/expanding unit 31 is handled as follows in reproduction mode: will be recorded in the figure in storage card 32
As data read, each image data for constituting a series of moving image is unfolded with 1 frame unit, by the image data via
Image transformation component 23 is exported to display encoder 24, makes it possible to be moved based on the image data being stored in storage card 32
The display of image etc..
Also, the key that the major key by being located on the upper surface of cabinet panel 11 and indicator etc. are constituted/indicator portion 37 behaviour
Make signal directly to be sent out to control unit 38, the key operation signal from remote controler is received by Ir receiving unit 35, by Ir processing unit
Code signal after 36 demodulation is exported to control unit 38.
In addition, being connected to sound processing section 47 via system bus (SB) on control unit 38.The sound processing section 47 tool
The sounding circuits such as standby PCM source of sound, it is in projection mode and reproduction mode that voice data is simulated, loudspeaker 48 is driven
Make its playback that amplifies.
In addition, control unit 38 controls the control circuit for light source 41 as light source control portion, which is carried out
Send out the band of light of red, green and blue with defined timing from excitation light source, red light source device and blue-light source device
Independent control out, so that the light of regulation wave band required when image generation is projected from light supply apparatus 60.
In turn, control unit 38 makes cooling fan drive control circuit 43 carry out multiple temperature by being located in light supply apparatus 60 etc.
The temperature detection that sensor is realized is spent, the rotation speed of cooling fan is controlled according to the result of the temperature detection.In addition, control unit
38 also carry out control as follows etc.: make cooling fan drive control circuit 43 by timer etc. 10 main body of projection arrangement power supply
Continue also the rotation of cooling fan after closing, alternatively, according to the result of the temperature detection of temperature sensor by projection arrangement 10
The power supply of main body is closed.
Then, the internal structure of the projection arrangement 10 is described based on Fig. 3.Fig. 3 is indicate projection arrangement 10 interior
The floor map of cage structure.Projection arrangement 10 has control circuit substrate 241 near right panel 14.The control circuit
Substrate 241 has power circuit block and light source control block etc..In addition, projection arrangement 10 is in the side of control circuit substrate 241
The substantial middle part of 10 cabinet of projection arrangement has light supply apparatus 60.In turn, projection arrangement 10 is in light supply apparatus 60 and left side
Light source-side optical system 170 and projection side optical system 220 are configured between panel 15.
Light supply apparatus 60 has the red light source device 120 for projecting red band light, the green light for projecting green band light
Source device 80 and the blue-light source device 300 for projecting blue wave band light.Green light source device 80 is by 70 He of excitation light irradiation device
The fluorescence panel assembly 100 for having the fluorescent wheel 101 as fluorescent plate is constituted.Also, in light supply apparatus 60, configured with by it is red,
Green, blue assorted wave band light guide and the light guide optical system 140 projected.Light guide optical system 140 will be from assorted light supply apparatus
The assorted band of light of injection is via collector lens 173 to the entrance port optically focused of opticaltunnel 175.
The excitation light irradiation device 70 of excitation light source as green light source device 80 is configured in 10 cabinet of projection arrangement
Near substantial middle part and back panel 13 on left and right directions.Also, excitation light irradiation device 70 has light source group, reflection
Microscope group 75 and heat sink 81 etc., light source group are made of multiple blue laser diodes 71 as semiconductor light-emitting elements, the blue
Laser diode 71 is configured in the optical axis mode parallel with back panel 13, and reflection microscope group 75 will come from each blue laser diode
71 12 direction of optical axis direction front panel for projecting light carries out 90 degree of transformation, and heat sink 81 configuration is in blue laser diode 71 and the right side
Between side panel 14.
Light source group is formed with total 6 blue laser diodes 71 of rectangular arrangement 2 rows 3 column.In addition, swashing in each blue
On the optical axis of optical diode 71, the promising directive property for making each injection light from each blue laser diode 71 is respectively configured and improves
And the collimation lens 73 converted respectively to directional light.In addition, multiple reflecting mirrors are in reflection microscope group 75 with step-like arrangement and and mirror
Substrate 76 is integrated and is generated by position adjustment is carried out, and the sectional area of the light shafts projected from blue laser diode 71 is existed
It reduces and projects on one direction.
Cooling fan 261 is configured between heat sink 81 and back panel 13, it will be blue by the cooling fan 261 and heat sink 81
Color laser diode 71 is cooling.In turn, it is also configured with cooling fan 261 between reflection microscope group 75 and back panel 13, by this
It is cooling that cooling fan 261 will reflect microscope group 75.
The configuration of fluorescence panel assembly 100 of green light source device 80 is constituted in the excitation light projected from excitation light irradiation device 70
Optical path on and front panel 12 near.Fluorescence panel assembly 100 has: fluorescent wheel 101, with the side parallel with front panel 12
Formula, mode i.e. orthogonal with from the injection optical axis of light of light irradiation device 70 is motivated configure；Motor 110, by the fluorescent wheel 101
Rotation driving；Collector lens group 111 gathers the light shafts of the excitation light projected from excitation light irradiation device 70 to fluorescent wheel 101
Light, and by from fluorescent wheel 101 support or oppose 13 direction of faceplate panels project light shafts optically focused.Between motor 110 and front panel 12
Configured with cooling fan 261, fluorescence panel assembly 100 Deng is cooled down by the cooling fan 261.
Here, disk-shaped metal base is equipped in the rotary shaft of motor 110 as the fluorescent wheel of fluorescent plate 101
Material.The substrate forms the reflecting surface for reflecting light by carry out mirror finish by silver vapor deposition etc..It is formed with ring on the substrate
The recess portion of shape, and the fluorescence hair being made of the layer for the green-emitting phosphor for mixing setting with adhesive transparent resin is formed with ring-type
Light region.
Also, on the fluorescence radiation region that the excitation light from excitation light irradiation device 70 is irradiated to fluorescent wheel 101.When
Excitation light is irradiated to fluorescence radiation region in this way, then the green-emitting phosphor in the green phosphor layer in fluorescence radiation region is swashed
It encourages.From green-emitting phosphor to the light shafts of comprehensive fluorescence radiation by directly to excitation 70 side of light irradiation device or by fluorescence
It is projected after the reflective surface of wheel 101 to excitation 70 side of light irradiation device.
In addition, not by luminescent coating fluorophor absorb and illuminated excitation light on metal base is anti-by reflecting surface
Penetrate and again to luminescent coating incidence, by phosphor stimulation.As a result, by the way that the surface of the recess portion of fluorescent wheel 101 is made into reflection
Face can be improved the utilization efficiency of the excitation light projected from blue laser diode 71, can shine brighterly.
In addition, in the excitation light reflected by the reflection of fluorescent wheel 101 towards green phosphor layer side, not by
Fluorophor is absorbed to the excitation light of excitation 70 side of light irradiation device injection transmitted through the first dichronic mirror 141, and fluorescence is by first point
Look mirror 141 reflects, so excitation light will not be projected to outside.
In Fig. 3, red light source device 120 have configured in the optical axis mode parallel with blue laser diode 71 it is red
Color light source 121 and by from red light source 121 injection light optically focused collector lens group 125.Also, the red light source device
120 intersect with optical axis with the injections light from excitation light irradiation device 70 and from the green band light of the injection of fluorescent wheel 101
Mode configures.Red light source device 120 has configuration heat sink the 130 of 14 side of right panel of red light source 121.Also,
Cooling fan 261 is configured between heat sink 130 and front panel 12, it is by the cooling fan 261 that red light source 121 is cooling.Separately
Outside, about the light as the 1st wave band, that is, red band light light source, 1 light source, that is, red light source 121, its aftermentioned detailed feelings
Condition.
Blue-light source device 300 has to be configured in the mode parallel with the injection optical axis of light from fluorescence panel assembly 100
Blue-light source 301 and by from blue-light source 301 injection light optically focused collector lens group 305.Also, the blue-light source
Device 300 configures in such a way that optical axis intersects with the injection light from red light source device 120.Blue-light source device 300 has
Configuration is heat sink the 310 of 12 side of front panel of blue-light source 301.Also, it is configured between heat sink 310 and front panel 12
Cooling fan 261, it is by the cooling fan 261 that blue-light source 301 is cooling.In addition, about as the different from the 1st wave band the 2nd
The light of wave band, that is, blue wave band light light source, 2 light sources, that is, blue-light source 301, its aftermentioned details.
Also, light guide optical system 140 by make the light shafts optically focused of red, green, blue wave band collector lens and
The dichronic mirror etc. that the optical axis transformation of the light shafts of assorted wave band is become identical optical axis is constituted.Specifically, from swash
Encourage light irradiation device 70 injection as blue wave band light excitation light and from fluorescent wheel 101 project green band light light
Axis, the position that intersects of optical axis with the red band light projected from red light source device 120, configured with making blue wave band light
Excitation light and red band light penetrate, green band light are reflected and carries out 15 direction of optical axis direction Left-Hand Panel of the green light
First dichronic mirror 141 of 90 degree of transformation.
In addition, being penetrated in the optical axis of the blue wave band light projected from blue-light source device 300, with from red light source device 120
The position that the optical axis of red band light out intersects, configured with penetrating blue wave band light, reflect green and red band light
And 13 direction of optical axis direction back panel of the green and red band light is carried out to the second dichronic mirror 148 of 90 degree of transformation.Also,
Collector lens 145 is configured between the first dichronic mirror 141 and the second dichronic mirror 148.
Light guide optical system 140 with this configuration, red, green, the assorted band of light of blue are incident to light source
The collector lens 173 of side optical system 170.That is, the excitation light projected from excitation light irradiation device 70 is saturating by the first dichronic mirror 141
It penetrates, the fluorescence radiation region of fluorescent wheel 101 is irradiated to via collector lens group 111.Also, it is penetrated from fluorescence panel assembly 100
Green band light out is reflected by the first dichronic mirror 141, is reflected, is incident on by the second dichronic mirror 148 via collector lens 145
Collector lens 173.
In addition, the red band light transmission as the injection light from red light source device 120 crosses the first dichronic mirror 141,
It is reflected via collector lens 145 by the second dichronic mirror 148, is incident on collector lens 173.As from blue-light source device
The blue wave band light transmission of 300 injection light crosses the second dichronic mirror 148, is incident on collector lens 173.
Light source-side optical system 170 is by collector lens 173, opticaltunnel 175, collector lens 178, optical axis transformation glass 181, poly-
Optical lens 183, irradiation reflecting mirror 185, convergent lens 195 are constituted.In addition, convergent lens 195 due to will from configure it is saturating in optically focused
The image light that the display element 51 of 13 side of back panel of mirror 195 projects is penetrated towards fixed lens group 225 and movable lens set 235
Out, so also a part as projection side optical system 220.
Near opticaltunnel 175, configured with by entrance port optically focused from light source light to opticaltunnel 175 collector lens 173.
Red band light, green band light and blue wave band light are by 173 optically focused of collector lens as a result, to 175 incidence of opticaltunnel.It is incident
Become the light shafts of uniform intensity distribution by opticaltunnel 175 to the light shafts in opticaltunnel 175.
On the optical axis of 13 side of back panel of opticaltunnel 175, optical axis transformation glass 181 is configured with across collector lens 178.
The light shafts projected from the exit wound of bullet of opticaltunnel 175 are after by 178 optically focused of collector lens, by optical axis transformation glass 181 by optical axis direction
The transformation of 15 side of Left-Hand Panel.
After by 183 optically focused of collector lens, illuminated reflecting mirror 185 passes through light shafts after being reflected by optical axis transformation glass 181
From convergent lens 195 to display element 51 with defined angular illumination.In addition, display element 51 as DMD overleaf panel
13 sides are equipped with heat sink 190, heat sink 190 display element 51 is cooling by this.
The light shafts as light source light being radiated at by light source-side optical system 170 on the image forming surface of display element 51
The image forming surface reflection of shown element 51, on the screen via the projection of projection side optical system 220 as projected light.This
In, projection side optical system 220 is made of convergent lens 195, movable lens set 235, fixed lens group 225.Movable lens set
235 can movably be formed by lens motor.Also, movable lens set 235 and fixed lens group 225 are built in fixed lens barrel
In.The fixed lens barrel for having movable lens set 235 as a result, is varifocal point-type lens, is able to carry out zooming adjustment and focuses and adjusts
Section.
Projection arrangement 10 with this configuration, it is red, green when being gone out light emission with different timings from assorted light supply apparatus
Each band of light of color and blue is successively incident to collector lens 173 and opticaltunnel 175 via light guide optical system 140, in turn
It is via light source-side optical system 170 incident to display element 51, thus by by projection arrangement 10 as display element 51
Assorted light and data are performed in accordance with timesharing and shown by DMD, can be to screen prjection color image.
Then, it is based on Fig. 4 A, Fig. 4 B, red light source device 120 and red light source 121 are illustrated.Fig. 4 A is will be red
The floor map that the amplification of coloured light source device 120 indicates.Fig. 4 B be from the injection direction side P of red light source 121 will be red
The schematic diagram of expression is further amplified in color light source 121.
In red light source 121 shown in Fig. 4 A, Fig. 4 B, from red light source 121 towards direction is projected, in left side configured with red
Color LED chip 121a is configured with orange LED chip 121b on right side.The luminous efficiency of orange LED chip 121b compares red LED
Chip 121a is good.The red light of the wavelength near 620nm is issued from red LED chips 121a.It is issued from orange LED chip 121b
The orange-colored light of wavelength near 613nm.Thus, in the wave band of the same colour system in red band (such as 610nm~750nm) and
In the red light and orange-colored light of the light different as wavelength, the red LED chips 121a of the red light of long wavelength side is issued as length
Wavelength light illumination region, the orange LED chip 121b for issuing the orange-colored light of short wavelength side is short-wavelength light illumination region.In this way, conduct
The red light source 121 of 1st light source is formed as multi-chip made of having two kinds of light emitting diodes as semiconductor light-emitting elements
Type.
Then, it is based on Fig. 5 A, Fig. 5 B, blue-light source device 300 and blue-light source 301 are illustrated.Fig. 5 A is will be blue
The floor map that the amplification of coloured light source device 300 indicates.Fig. 5 B be from the injection direction side Q of blue-light source 301 will be blue
The schematic diagram of expression is further amplified in color light source 301.
In blue-light source 301 shown in Fig. 5 A, Fig. 5 B, from blue-light source 301 towards direction is projected, blue is configured on right side
LED chip 301a configures purple LED chip 301b in left side.The luminous efficiency of purple LED chip 301b compares blue LED die
301a is good.The blue light of the wavelength near 460nm is issued from blue LED die 301a.It is issued from purple LED chip 301b
The purple light of wavelength near 445nm.Thus, in the wave band of the same colour system in blue wave band (such as 435nm~480nm) and
In the blue light and purple light of the light different as wavelength, the blue LED die 301a of the blue light of long wavelength side is issued as length
Wavelength light illumination region, the purple LED chip 301b for issuing the purple light of short wavelength side is short-wavelength light illumination region.In this way, conduct
The blue-light source 301 of 2nd light source is formed as multi-chip made of having two kinds of light emitting diodes as semiconductor light-emitting elements
Type.
Also, the above-mentioned control circuit for light source 41 as light source control portion shown in Fig. 2, based on as the 1st mode
" brightness attention mode " and as " the color attention mode " of the 2nd mode the two modes, light supply apparatus 60 is controlled.It is specific and
Speech, such as in the case where projection arrangement 10 is arranged on bright place, automatically selected by illuminance transducer (not shown)
It selects or is selected by the selection of user " brightness attention mode ".In " the brightness attention mode " as the 1st mode, receive
The control circuit for light source 41 of the luminous instruction of red band light from control unit 38 controls 120 (red light of red light source device
Source 121) so that red LED chips 121a and orange LED chip 121b shine simultaneously.Equally, in " brightness attention mode ",
The control circuit for light source 41 for receiving the luminous instruction of the blue wave band light from control unit 38 controls blue-light source device 300
(blue-light source 301), so that blue LED die 301a and purple LED chip 301b shine simultaneously.
The white light generated under " the brightness attention mode " is added to the green band light projected from fluorescence panel assembly 100
Red light of the Calais from the blue light of blue LED die 301a and from red LED chips 121a, also from purple LED core
The purple light of piece 301b and orange-colored light from orange LED chip 121b and generate.Thus, blue wave band light and red band
Light is deviated to short wavelength side respectively, so the white light generated is the white light closer to white (i.e. brightness is high).
In addition, in the setting such as dark interior projection arrangement 10, showing without high brightness but want for film etc.
In the case where keeping the tone of projected image distincter, can by illuminance transducer etc. automatically or by the selection of user come
It selects " color attention mode ".Specifically, receiving in " the color attention mode " as the 2nd mode from control unit
The control circuit for light source 41 of the luminous instruction of 38 red band light controls red light source device 120 (red light source 121), so that
Only red LED chips 121a shines, orange LED chip 121b does not shine.Equally, the blue wave band from control unit 38 is received
Luminous instruction control circuit for light source 41 control blue-light source device 300 (blue-light source 301) so that only blue LED die
301a shines, purple LED chip 301b does not shine.In this way, red light is only projected in red band light, in blue wave band light
Blue light is only projected, so the projected light of more appropriate tone can be obtained.
Here, as shown in fig. 6, projected from red light source device 120 as the red light RD of red band light and orange
Light OD is via the first dichronic mirror 141 and collector lens 145, by the second dichronic mirror 148 towards the optically focused of light source-side optical system 170
Lens 173 and opticaltunnel 175 reflect.On the other hand, the blue light as blue wave band light projected from blue-light source device 300
BD and purple light PD is transmitted through the second dichronic mirror 148 and towards the collector lens of light source-side optical system 170 173 and opticaltunnel
175.In this way, to become the red band light that will be projected from red light source device 120 (red for the later optical path of the second dichronic mirror 148
Light RD and orange-colored light OD) and blue wave band light (blue light BD and purple light PD) section G guide-lighting in the same optical path.
At this point, the arrangement and blue that pass through red LED chips 121a and orange LED chip 121b in red light source 121
The relationship of the arrangement of blue LED die 301a and purple LED chip 301b in light source 301 makes red light RD in the G of section
Each other and orange-colored light OD and purple light PD coincides each other with blue light BD.
As shown in Fig. 4 B and Fig. 5 B, the case where setting with the direction of the horizontal direction parallel of projection arrangement 10 as line direction
Under, it will shine as the long wavelength light illumination region (red LED chips 121a) of the red light source 121 of the 1st light source and short-wavelength light
The arrangement of the line direction in portion (orange LED chip 121b) and the long wavelength light illumination region of the blue-light source 301 as the 2nd light source
The arrangement of the line direction of (blue LED die 301a) and short-wavelength light illumination region (purple LED chip 301b) is set as symmetrical.By
This, the respective long wavelength light from the red light source 121 as the 1st light source and the blue-light source 301 as the 2nd light source shines
The injection light (red light RD and blue light BD) in portion (red LED chips 121a and blue LED die 301a) and come from shortwave
The injection light (orange-colored light OD and purple light PD) of long light illumination region (orange LED chip 121b and purple LED chip 301b) is in Fig. 6
Shown in be overlapped in the G of section, so red light RD, blue light BD and orange-colored light OD, purple light PD each light optical axis it is consistent and
It can reduce the shake etc. of projected image.
In particular, only making long wavelength light illumination region (red LED chips 121a, blue led core under " color attention mode "
Piece 301a) shine in the case where, injection light (i.e. red light RD and indigo plant from red light source 121 and blue-light source 301 can be made
Coloured light BD) optical axis offset direction it is roughly the same, the more accurate projected image of tone can be obtained.
It is such only to make long wavelength light illumination region (red LED chips 121a, blue led core under " color attention mode "
Piece 301a) shine in the case where, be controlled such that: a part in multiple blue laser diodes 71 only being made to be located at one
The blue laser diode 71 of side is lighted, so that the optical axis and blue LED die 301a of the injection light in red LED chips 121a
The optical axis of injection light while overlap, the irradiation of the excitation light irradiation device 70 with multiple blue laser diodes 71
It is distributed to unilateral side and deviates.The light of the optical axis of the injection light of red LED chips 121a, the injection light of blue LED die 301a as a result,
Axis and the excitation light by irradiating from the blue laser diode 71 for being located at side will be in the green phosphor layers of fluorescent wheel 101
Green-emitting phosphor excitation and the optical axis of the light shafts of fluorescence radiation overlaps.Thereby, it is possible to reduce the generation of uneven color.
In addition, in the present embodiment, due to being reflected red band light by the second dichronic mirror 148, making red light source 121
Long wavelength light illumination region (red LED chips 121a) and short-wavelength light illumination region (orange LED chip 121b) line direction
The long wavelength light illumination region (blue LED die 301a) and short-wavelength light illumination region (purple LED core of arrangement and blue-light source 301
Piece 301b) line direction arrangement it is symmetrical, but according to the injection light from the 1st light source and the 2nd light source be reflected by a reflector time
Number, can also make arrangement and the blue light of the long wavelength light illumination region of red light source 121 and the line direction of short-wavelength light illumination region
The arrangement of the line direction of the long wavelength light illumination region and short-wavelength light illumination region in source 301 is identical.
In addition, can also pass through to the excitation light irradiation device 70 of the fluorescent wheel 101 of fluorescence panel assembly 100 irradiation excitation light
Control circuit for light source 41 controls, by the drive of " brightness attention mode " and the blue laser diode 71 in " color attention mode "
Dynamic number change.That is, " the color reduced in the brightness from red light source device 120 and the injection light of blue-light source device 300
Under attention mode ", excitation light irradiation device 70 can also be controlled by control circuit for light source 41, with driving than " mould is paid attention in brightness
The blue laser diode 71 of the few number of the driving number of blue laser diode 71 under formula ".As a result, in " color attention
In mode ", can also obtain injection light from red light source device 120 and blue-light source device 300 with from fluorescence panel assembly
The luminance balance of 100 fluorescence projected.
(the 2nd embodiment)
Then, the 2nd embodiment of the invention is illustrated based on Fig. 7 and Fig. 8.In 2nd embodiment, by the 1st embodiment
Red light source device 120 and blue-light source device 300 red light source 121 red LED chips 121a and orange LED chip
The quantity of 121b and the quantity of the blue LED die 301a of blue-light source 301 and purple LED chip 301b are changed and are made into red
Coloured light source device 120A (red light source 121A), blue-light source device 300A (blue-light source 301A).In addition, Fig. 7 A is red light
The floor map of source device 120A.Fig. 7 B is observed from the injection direction side P of red light source 121A by red light source
The schematic diagram of expression is further amplified in 121A.Equally, Fig. 8 A is the floor map of blue-light source device 300A.Fig. 8 B is from indigo plant
The schematic diagram that blue-light source 301A is further amplified to expression that the injection direction side Q of color light source 301A is observed.
As shown in Figure 7 B, red light source 121A configured with multiple long wavelength light illumination regions (red LED chips 121a-1,
121a-2) and short-wavelength light illumination region (orange LED chip 121b-1,121b-2).Also, in the present embodiment, long wave
Long light illumination region (red LED chips 121a-1,121a-2) and short-wavelength light illumination region (orange LED chip 121b-1,
121b-2) alternately it is configured to the rectangular of multiple lines and multiple rows.Specifically, in a column direction configured with two column.In addition, here
Column direction refer to the vertical direction (left and right directions of Fig. 7 B) in projection arrangement 10.
Long wavelength light illumination region (red LED chips 121a-1,121a-2) and short-wavelength light illumination region (orange LED core
Piece 121b-1,121b-2) arrangement in, one column (column of the upside of Fig. 7 B) in alternately configure long wavelength light illumination region
(red LED chips 121a-1) and short-wavelength light illumination region (orange LED chip 121b-2).Another column be (downside of Fig. 7 B
Column) alternately configure short-wavelength light illumination region (orange LED chip 121b-1) and long wavelength light illumination region (red LED chips
121a-2).
In addition, blue-light source device 300A (blue-light source 301A) shown in Fig. 8 is similarly, long wavelength light illumination region is (blue
Color LED chip 301a-1,301a-2) and short-wavelength light illumination region (purple LED chip 301b-1,301b-2) alternately match
It is set to the rectangular of multiple lines and multiple rows.Specifically, being equipped in two column multiple.Wherein, one in Fig. 8 B of blue-light source 301A
The column of side are alternately to send out configured with long wavelength light illumination region (blue LED die 301a-1) and short-wavelength light in the column of downside
Light portion (purple LED chip 301b-2), the column of the other side are that the column of upside are alternately configured with short-wavelength light illumination region (purple
LED chip 301b-1) and long wavelength light illumination region (blue LED die 301a-2).Also, the long wave in red light source 121A
The arrangement of the line direction of long light illumination region and short-wavelength light illumination region, with long wavelength light illumination region in blue-light source 301A and short
The arrangement of the line direction of wavelength light illumination region is symmetrical.
In this way, red light source 121A and blue-light source 301A, the red light of the light of the wavelength by the way that same colour system will be used as and
The light-emitting component of orange-colored light and blue light and purple light respectively symmetrically configures, and makes whole in above-mentioned " brightness attention mode "
Light-emitting component, that is, long wavelength light illumination region (red LED chips 121a-1,121a-2 and blue LED die 301a-1,
301a-2) and short-wavelength light illumination region (orange LED chip 121b-1,121b-2 and purple LED chip 301b-1,
In the case where 301b-2) shining, the injection light from long wavelength light illumination region and short-wavelength light illumination region will not be concentrated, institute
The generation of uneven color can be reduced.
In turn, by making the row of the line direction of long wavelength light illumination region and short-wavelength light illumination region in red light source 121A
The arrangement of the line direction of column and the long wavelength light illumination region in blue-light source 301A and short-wavelength light illumination region is symmetrical, in the future
From the injection light of red light source device 120A and the injection light from blue-light source device 300A is guide-lighting in the same optical path
In section G (referring to Fig. 6), the injection light of the long wavelength light illumination region from red light source 121A and blue-light source 301A each other with
And the injection light from short-wavelength light illumination region coincides ground unanimously each other.Thus, it is possible to reduce the shake of projected image etc..
(the 3rd embodiment)
Then, the 3rd embodiment of the invention is illustrated based on Fig. 9 and Figure 10.In 3rd embodiment, by the 1st embodiment
In red light source device 120 and blue-light source device 300 red light source 121 red LED chips 121a and orange LED core
The quantity of piece 121b and the quantity of the blue LED die 301a of blue-light source 301 and purple LED chip 301b are changed and are made into
Red light source device 120B (red light source 121B), blue-light source device 300B (blue-light source 301B).In addition, Fig. 9 A is red
The floor map of light supply apparatus 120B.Fig. 9 B is observed from the injection direction side P of red light source 121B by red light source
The schematic diagram of expression is further amplified in 121B.Equally, Figure 10 A is the floor map of blue-light source device 300B.Figure 10 B be from
The schematic diagram that blue-light source 301B is further amplified to expression that the injection direction side Q of blue-light source 301B is observed.
As shown in figure 9, long wavelength light illumination region (the red LED chips 121a- of the red light source 121B of present embodiment
1,121a-2,121a-3) and short-wavelength light illumination region (orange LED chip 121b-1,121b-2,121b-3) is alternately
It is configured to the rectangular of multiple lines and multiple rows.Specifically, being arranged in two column multiple.Also, in a column (column of the upside of Fig. 9 B),
With long wavelength light illumination region (red LED chips 121a-1), short-wavelength light illumination region (orange LED chip 121b-2), long wave
The tactic mode of long light illumination region (red LED chips 121a-3) alternately configures long wavelength light illumination region and shortwave
Long light illumination region.In another column (column of the downside of Fig. 9 B), with short-wavelength light illumination region (orange LED chip 121b-1), long wave
Long light illumination region (red LED chips 121a-2), short-wavelength light illumination region (orange LED chip 121b-3) it is tactic
Mode alternately configures short-wavelength light illumination region and long wavelength light illumination region.
In addition, blue-light source device 300B (blue-light source 301B) shown in Fig. 10 is similarly, long wavelength light illumination region is (blue
Color LED chip 301a-1,301a-2,301a-3) and short-wavelength light illumination region (purple LED chip 301b-1,301b-2,
301b-3) alternately it is configured to the rectangular of multiple lines and multiple rows.Specifically, being arranged in two column multiple.Also, blue-light source
The column of side in Figure 10 B of 301B are in the column of downside, with long wavelength light illumination region (blue LED die 301a-1), shortwave
Long light illumination region (purple LED chip 301b-2), long wavelength light illumination region (blue LED die 301a-3) it is tactic
Mode alternately configures long wavelength light illumination region and short-wavelength light illumination region.In addition, in the column of the other side i.e. column of upside, with
Short-wavelength light illumination region (purple LED chip 301b-1), long wavelength light illumination region (blue LED die 301a-2), short wavelength
The tactic mode of light illumination region (purple LED chip 301b-3) alternately configures long wavelength light illumination region and short wavelength
Light illumination region.Thus, the arrangement of the line direction of long wavelength light illumination region and short-wavelength light illumination region in red light source 121B and
The arrangement of the line direction of long wavelength light illumination region and short-wavelength light illumination region in blue-light source 301B is symmetrical.
In this way, in the present embodiment, red light source 121B and blue-light source 301B also will be as the wavelength of same colour system
The red light and orange-colored light and blue light of light and the light-emitting component of purple light respectively symmetrically configure, thus in above-mentioned " brightness
Make whole light-emitting components i.e. long wavelength light illumination region (red LED chips 121a-1,121a-2,121a- in attention mode "
3 and blue LED die 301a-1,301a-2,310a-3) and short-wavelength light illumination region (orange LED chip 121b-1,
121b-2,121b-3 and purple LED chip 301b-1,301b-2,301b-3) shine in the case where, come from long wavelength light
The injection light of illumination region and short-wavelength light illumination region will not be concentrated, so the generation of uneven color can be reduced.
In turn, by making the row of the line direction of long wavelength light illumination region and short-wavelength light illumination region in red light source 121B
The arrangement of the line direction of column and the long wavelength light illumination region in blue-light source 301B and short-wavelength light illumination region is symmetrical, will come from
The injection light of red light source device 120B and the injection light section G guide-lighting in same optical path from blue-light source device 300B
In (referring to Fig. 6), the injection light of the long wavelength light illumination region from red light source 121B and blue-light source 301B is each other and next
It coincides each other from the injection light of short-wavelength light illumination region and consistent.Thus, it is possible to reduce the shake of projected image etc..
Embodiments of the present invention are explained above, but the present invention is not limited by above embodiment, can be subject to
Various changes are to implement.For example, red light source 121 (121A, 121B) and blue-light source 301 (301A, 301B) are by sending out
Optical diode is constituted, but other semiconductor light-emitting elements or other light-emitting components such as laser diode also can be used.
In addition, in the above embodiment, red light source 121 (121A, 121B) and blue-light source 301 (301A,
Line direction in 301B) is horizontal direction relative to projection arrangement 10, and column direction is the direction vertical relative to projection arrangement 10,
But it is not limited to this, and can be line direction is the direction vertical relative to projection arrangement 10, column direction for relative to projection arrangement
10 horizontal directions etc., direction can arbitrarily be set.
According to above embodiments of the present invention, light supply apparatus 60 has: having the red light source as the 1st light source
The red light source device 120 (120A, 120B) of 121 (121A, 121B) and with the blue-light source 301 as the 2nd light source
The blue-light source device 300 (300A, 300B) of (301A, 301B).From red light source 121 (121A, 121B), as the 1st wave band
Light and project red band light.From blue-light source 301 (301A, 301B), blue wave band light is projected as the 2nd band of light.
Also, red light source 121 (121A, 121B), blue-light source 301 (301A, 301B) have respectively: issuing in the wave band of colour system
And the red LED core as long wavelength light illumination region of light, that is, red light of the long wavelength side in the different light of wavelength, blue light
Light, that is, orange-colored light of piece 121a, blue LED die 301a and sending short wavelength side, the conduct short-wavelength light of purple light are luminous
Orange LED chip 121b, the purple LED chip 301b in portion.
Red light source device 120 (120A, 120B) and blue-light source device 300 (300A, 300B) can issue together as a result,
The light that the wave band of colour system is interior and wavelength is different, so in the case where generating white light the brightness of white light can improve.This
Outside, red light source device 120 (120A, 120B) and blue-light source device 300 (300A, 300B) are respectively configured there are two types of LED core
Piece, so can compactly form light supply apparatus 60.That is, orange LED chip 121b is than red LED chips 121a luminous efficiency
It is good.Therefore, compared with only two red LED chips 121a are set, and red LED chips 121a and orange LED chip are set
121b can be such that brightness improves.Equally, purple LED chip 301b is better than blue LED die 301a luminous efficiency.Therefore, with list
It sets up and sets two blue LED die 301a and compare, and set blue LED die 301a and purple LED chip 301b to make brightness
It improves.
In addition, as the red light source 121 (121A, 121B) of the 1st light source and as the blue-light source 301 of the 2nd light source
(301A, 301B) alternately configures long wavelength light illumination region (red LED chips 121a, indigo plant respectively with the rectangular of multiple lines and multiple rows
Color LED chip 301a) and short-wavelength light illumination region (orange LED chip 121b, purple LED chip 301b).
Thereby, it is possible to make the arrangement of the 1st light source and the respective long wavelength light illumination region of the 2nd light source and short-wavelength light illumination region
As symmetrical.Thus, even making long wavelength light illumination region and all luminous situation of short-wavelength light illumination region, can also become not
The injection light of coloured bias, so the light supply apparatus 60 of the uneven color of projected light can be obtained reducing.
In addition, for long wavelength light illumination region (the red LED core in 1 light source, that is, red light source 121 (121A, 121B)
Piece 121a) and short-wavelength light illumination region (orange LED chip 121b) arrangement and 2 light sources, that is, blue-light source 301 (301A,
The row of long wavelength light illumination region (blue LED die 301a) and short-wavelength light illumination region (purple LED chip 301b) in 301B)
For column, in the G of section, each other and come from the injection light from the 1st light source and the respective long wavelength light illumination region of the 2nd light source
The mode that the injection light of short-wavelength light illumination region coincides with one another arranges.Thereby, it is possible to provide shake of reduction projected image etc.
Light supply apparatus 60.
In the 1st embodiment, 1 red LED chips 121a is formed in red light source 121, in blue-light source 301
Form 1 blue LED die 301a.In addition, forming two red LED cores in red light source 121A in the 2nd embodiment
Piece 121a forms two blue LED die 301a in blue-light source 301A.In addition, in the 3rd embodiment, in red light
3 red LED chips 121a are formed in the 121B of source, and 3 blue LED die 301a are formed in blue-light source 301B.
In this way, in various embodiments, keeping the quantity of red LED chips 121a, the quantity of blue LED die 301a different
And it is respectively formed red light source 121,121A, 121B, blue-light source 301,301A, 301B.It can also be according to these red LED cores
The quantity of piece 121a and the quantity of blue LED die 301a and the number for increasing and decreasing blue laser diode 71.In this way, can
So that the optical axis of the injection light of the injection optical axis of light of red LED chips 121a, blue LED die 301a and being swashed from blue
The excitation light that optical diode 71 irradiates fluorescence radiation by the green-emitting phosphor excitation in the green phosphor layer of fluorescent wheel 101
The optical axis of light shafts overlaps.Thereby, it is possible to reduce uneven color, make the good quanlity of projection.
In addition, the long wavelength light illumination region (red LED chips 121a) of 1 light source, that is, red light source 121 (121A, 121B)
And the line direction of short-wavelength light illumination region (orange LED chip 121b) arrangement and 2 light sources, that is, blue-light source 301 (301A,
The row of long wavelength light illumination region (blue LED die 301a) and short-wavelength light illumination region (purple LED chip 301b) in 301B)
The arrangement in direction is symmetrical.Even as a result, with a side of the light projected from the 1st light source and the 2nd light source by reflecting mirror etc. with 90 degree
Angle reflection mode the case where setting optical path, can also make to come from the 1st light source and the 2nd respective length of light source in the G of section
The injection light of wavelength light illumination region is each other and the injection light from short-wavelength light illumination region is consistent each other.
In addition, the control circuit for light source 41 as light source control portion has the 1st mode (brightness attention mode) and the 2nd mode
(color attention mode) in the 1st mode, makes the 1st light source (red light source 121 (121A, 121B)) and the 2nd light source (blue-light source
301 (301A, 301B)) respective long wavelength light illumination region (red LED chips 121a, blue LED die 301a) and short wavelength
Light illumination region (orange LED chip 121b, purple LED chip 301b) shines together, in the 2nd mode, only makes the 1st light source and the 2nd
The respective long wavelength light light from light source of light source.Thereby, it is possible to provide to can be realized the light source light of high brightness or realize to pay attention to respectively
The light supply apparatus 60 of the light source light of color tone.
It forms in addition, the 1st light source has red LED chips 121a, orange LED chip 121b as by semiconductor light-emitting elements
The red light source 121 (121A, 121B) of composition, the 2nd light source have blue LED die 301a, purple LED chip 301b and become
The blue-light source 301 (301A, 301B) being made of semiconductor light-emitting elements.Thereby, it is possible to obtain that electrically driven (operated) light source can be saved
Device 60.
In addition, projecting has as the red light source device 120 (120A, 120B) of the red band light of the light of the 1st wave band
The red light source 121 formed by the red LED chips 121a of sending red light and the orange LED chip 121b of sending orange-colored light
(121A,121B).On the other hand, the blue-light source device 300 for projecting the blue wave band light of the light as the 2nd wave band has by sending out
Out the blue LED die 301a of blue light and issue purple light purple LED chip 301b formed blue-light source 301 (301A,
301B).Red light, blue light can be together with than the respective orange-colored light for depending short wavelength side alone, purple lights from white light as a result,
Source device projects.
In addition, light supply apparatus 60 has the excitation light irradiation device 70 as excitation light source and has as fluorescent plate
The fluorescence panel assembly 100 of fluorescent wheel 101.Also, when irradiating excitation light to fluorescent wheel 101, then project the fluorescence of green band.By
This, by the red band light projected from red light source device 120 and the blue wave band photogenerated projected from blue-light source device 300
White light, pass through the orange LED chip 121b and blue-light source 301 (301A, 301B) of red light source 121 (121A, 121B)
Purple LED chip 301b, can become closer to white white light, so the light of more high brightness can be obtained.
Also, as the control circuit for light source in light source control portion 41, with the 1st light source (red light source 121 (121A, 121B))
And the 2nd light source (blue-light source 301 (301A, 301B)) brightness accordingly control excitation light source.Thereby, it is possible to correspond to come from
The brightness of the injection light of red light source 121 (121A, 121B) and blue-light source 301 (301A, 301B) and adjust from fluorescent plate
The brightness of the injection light of device 100, so the light source light of luminance balance appropriate can be obtained.
In addition, projection arrangement 10 is by light supply apparatus 60, display element 51, projection side optical system 220 and projection arrangement control
Portion processed is formed.Thereby, it is possible to provide to have and can be formed as small-sized light supply apparatus 60 while improving the brightness of white light
Projection arrangement 10.
In addition, embodiments described above prompts as an example, it is not intended to limit the range of invention.These are new
Embodiment can implement in the form of other are various, be able to carry out without departing from the spirit of the invention various
The omissions, substitutions and changes of various kinds.These embodiments and modifications thereof are included in the scope and summary of invention, and are included in
In invention documented by claims and its range of equal value.
Claims (11)
1. a kind of light supply apparatus, which is characterized in that
Include:
1st light source projects the light of the 1st wave band, has the long wavelength light hair for the light that long wavelength side is issued in the wave band of same colour system
The short-wavelength light illumination region of the light of light portion and sending short wavelength side；
2nd light source projects the light of 2nd wave band different from above-mentioned 1st wave band, has and issues long wavelength in the wave band of same colour system
The short-wavelength light illumination region of the light of the long wavelength light illumination region and sending short wavelength side of the light of side；And
Light source control portion, has multiple modes, and multiple mode includes only making above-mentioned 1st light source and above-mentioned 2nd light source respective
The mode of above-mentioned long wavelength light light from light source；
The arrangement of above-mentioned long wavelength light illumination region and above-mentioned short-wavelength light illumination region in above-mentioned 1st light source and above-mentioned 2nd light source
In above-mentioned long wavelength light illumination region and the arrangement of above-mentioned short-wavelength light illumination region arrange as follows, it may be assumed that so that will be upper
In the light of the light and above-mentioned 2nd wave band of stating the 1st wave band section guide-lighting in same optical path, from above-mentioned 1st light source and above-mentioned
The injection light of the respective above-mentioned long wavelength light illumination region of 2nd light source each other and the injection light from above-mentioned short-wavelength light illumination region that
This is overlapped.
2. light supply apparatus as described in claim 1, which is characterized in that
Above-mentioned 1st light source and above-mentioned 2nd light source are alternately sent out configured with above-mentioned long wavelength light with the rectangular of multiple lines and multiple rows respectively
Light portion and above-mentioned short-wavelength light illumination region.
3. light supply apparatus as claimed in claim 1 or 2, which is characterized in that
The arrangement of the line direction of above-mentioned long wavelength light illumination region and above-mentioned short-wavelength light illumination region in above-mentioned 1st light source and above-mentioned
The arrangement of the line direction of above-mentioned long wavelength light illumination region and above-mentioned short-wavelength light illumination region in 2nd light source is symmetrical.
4. light supply apparatus as described in claim 1, which is characterized in that
Above-mentioned light source control portion also have make above-mentioned 1st light source and the respective above-mentioned long wavelength light illumination region of above-mentioned 2nd light source and
The mode that above-mentioned short-wavelength light illumination region shines together.
5. light supply apparatus as described in claim 1, which is characterized in that
The light of above-mentioned 1st wave band in above-mentioned 1st light source is red band light, the above-mentioned long wavelength light hair in above-mentioned 1st light source
The light that light portion and above-mentioned short-wavelength light illumination region are issued is respectively red light and orange-colored light；
The light of above-mentioned 2nd wave band in above-mentioned 2nd light source is blue wave band light, the above-mentioned long wavelength light hair in above-mentioned 2nd light source
The light that light portion and above-mentioned short-wavelength light illumination region are issued is respectively blue light and purple light.
6. light supply apparatus as described in claim 1, which is characterized in that
With excitation light source and fluorescence panel assembly, which has sends out by from the excitation light of above-mentioned excitation light source
The fluorescent plate of the fluorescence of green band out.
7. light supply apparatus as claimed in claim 6, which is characterized in that
Above-mentioned excitation light source includes multiple blue laser diodes；
Above-mentioned multiple blue laser diodes, which are configured that, only makes above-mentioned 1st light source and the above-mentioned respective above-mentioned long wave of 2nd light source
When projection under the above-mentioned mode of long light light from light source, the injection of the above-mentioned long wavelength light illumination region from above-mentioned 1st light source
Light, the injection light of above-mentioned long wavelength light illumination region from above-mentioned 2nd light source and by from above-mentioned multiple blue laser diodes
The excitation light of irradiation motivates the green-emitting phosphor in above-mentioned fluorescent plate and the optical axis of the light shafts of fluorescence radiation overlaps.
8. light supply apparatus as claimed in claim 6, which is characterized in that
Above-mentioned excitation light source includes multiple blue laser diodes；
The quantity of above-mentioned multiple blue laser diodes corresponds to above-mentioned 1st light source and the above-mentioned respective above-mentioned long wave of 2nd light source
The quantity of long light illumination region and increase and decrease.
9. light supply apparatus as claimed in claim 6, which is characterized in that
Above-mentioned excitation light source includes multiple blue laser diodes；
Above-mentioned light source control portion is controlled, so that: only make above-mentioned 1st light source and the above-mentioned respective above-mentioned length of 2nd light source
When projection under the above-mentioned mode of wavelength light light from light source, make the blue of a part in above-mentioned multiple blue laser diodes
Laser diode is lighted so that the injection light of the above-mentioned long wavelength light illumination region from above-mentioned 1st light source, come from above-mentioned 2nd light
The injection light of the above-mentioned long wavelength light illumination region in source and the excitation light by irradiating from above-mentioned multiple blue laser diodes will be upper
State in fluorescent plate green-emitting phosphor excitation and the optical axis of the light shafts of fluorescence radiation overlaps.
10. light supply apparatus as claimed in claim 6, which is characterized in that
Above-mentioned excitation light source is correspondingly driven with the brightness of above-mentioned 1st light source and above-mentioned 2nd light source.
11. a kind of projection arrangement characterized by comprising
Light supply apparatus described in claim 1；
Display element, the illuminated light source light from above-mentioned light supply apparatus form image light；
Projection side optical system, will be from the above-mentioned image light that above-mentioned display element projects to screen prjection；And
Projection arrangement control unit controls above-mentioned display element and above-mentioned light supply apparatus.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-166490 | 2015-08-26 | ||
| JP2015166490 | 2015-08-26 | ||
| JP2016-083281 | 2016-04-19 | ||
| JP2016083281A JP6768191B2 (en) | 2015-08-26 | 2016-04-19 | Light source device and projection device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106483748A CN106483748A (en) | 2017-03-08 |
| CN106483748B true CN106483748B (en) | 2019-03-15 |
Family
ID=58210226
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610651977.9A Active CN106483748B (en) | 2015-08-26 | 2016-08-10 | Light supply apparatus and projection arrangement |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6768191B2 (en) |
| CN (1) | CN106483748B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6787261B2 (en) * | 2017-06-27 | 2020-11-18 | カシオ計算機株式会社 | Light source device and projection device |
| JP7071702B2 (en) * | 2019-07-22 | 2022-05-19 | カシオ計算機株式会社 | Light source device and projection device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102081292A (en) * | 2009-10-28 | 2011-06-01 | 卡西欧计算机株式会社 | Light source unit and projector |
| CN103034036A (en) * | 2011-10-03 | 2013-04-10 | 卡西欧计算机株式会社 | Light source unit and projector |
| CN104345532A (en) * | 2013-07-24 | 2015-02-11 | 卡西欧计算机株式会社 | Light source unit and projector |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2005241544B2 (en) * | 2004-05-05 | 2010-04-29 | Imax Corporation | Multiple source high performance stereographic projection system |
| CN100590518C (en) * | 2007-07-02 | 2010-02-17 | 扬明光学股份有限公司 | Light source module |
| US9599316B2 (en) * | 2012-09-10 | 2017-03-21 | Mitsubishi Electric Corporation | Light source device using monochromatic light to excite stationary phosphor layers |
| CN103713454B (en) * | 2012-09-28 | 2016-12-07 | 深圳市绎立锐光科技开发有限公司 | Light-emitting device and relevant projecting system |
-
2016
- 2016-04-19 JP JP2016083281A patent/JP6768191B2/en active Active
- 2016-08-10 CN CN201610651977.9A patent/CN106483748B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102081292A (en) * | 2009-10-28 | 2011-06-01 | 卡西欧计算机株式会社 | Light source unit and projector |
| CN103034036A (en) * | 2011-10-03 | 2013-04-10 | 卡西欧计算机株式会社 | Light source unit and projector |
| CN104345532A (en) * | 2013-07-24 | 2015-02-11 | 卡西欧计算机株式会社 | Light source unit and projector |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2017045033A (en) | 2017-03-02 |
| JP6768191B2 (en) | 2020-10-14 |
| CN106483748A (en) | 2017-03-08 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101839463B (en) | Light emitting device, light source unit and projector using same light source unit | |
| CN102436129B (en) | Light source unit, light source apparatus and projector | |
| CN102419509B (en) | Light source cell and projector | |
| CN101937161B (en) | Light source device and projector | |
| CN101937166B (en) | Light source unit utilizing laser for light source and projector | |
| CN101937164B (en) | Light source unit and projector | |
| CN102200683B (en) | Light source unit and projector | |
| CN105892208B (en) | Project the light supply apparatus of primaries and the projection arrangement with the light supply apparatus | |
| CN101937127B (en) | Light source unit and projector | |
| CN104423130B (en) | Light supply apparatus and projection arrangement | |
| CN104216208B (en) | Optical wheel device and projection system | |
| CN107121881B (en) | Light source device and projection device | |
| CN104345532B (en) | Light supply apparatus and projector | |
| CN106997142B (en) | Light supply apparatus and projection arrangement | |
| CN102967990B (en) | The manufacture method of light supply apparatus, projector and light supply apparatus | |
| CN101581410A (en) | Light source unit and projector | |
| CN102566214A (en) | Light source unit and projector | |
| CN102207669A (en) | Light source system and projector | |
| CN105425520B (en) | Light supply apparatus with semiconductor light-emitting elements, the projection arrangement with the light supply apparatus | |
| CN104730828B (en) | Light source unit and projection apparatus | |
| CN105301880B (en) | Light source device and projection device having the same | |
| CN104865782B (en) | Light source unit including laser diodes as light sources and microlens array and projector | |
| CN104932183A (en) | Light Source Unit Having Optical Device Having Diffusing Layer And Dichroic Layer, Projector, Optical Device, And Optical Device Manufacturing Method | |
| CN109100909A (en) | Light supply apparatus and projection arrangement | |
| JP6425058B2 (en) | Light source device and projection device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |