CN1694539A - Manufacturing method of color visible light-focusing line and its device - Google Patents
Manufacturing method of color visible light-focusing line and its device Download PDFInfo
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- CN1694539A CN1694539A CN 200510063431 CN200510063431A CN1694539A CN 1694539 A CN1694539 A CN 1694539A CN 200510063431 CN200510063431 CN 200510063431 CN 200510063431 A CN200510063431 A CN 200510063431A CN 1694539 A CN1694539 A CN 1694539A
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Abstract
This invention relates to a manufacturing method for visible light-gathering row. A new color visible light emitting unit of three primary colors or multiple primary colors generates color visible lights with their own focusing abilities. Each emitting light unit generates focusing points, which forms a continuous parallel line provided to a beam light mirror, beam light slit and a mirror arc three prism to be reflected by the prism to generate video images.
Description
Technical field
The present invention relates to produce color visible row and arrange color visible respectively that optically focused is focus point row's manufacture method and device thereof, particularly three primary colors luminous tube row and condenser are arranged method and the device thereof that is made into color visible light-focusing line.
Technical background
At present, the three primary colors luminescent device is a lot, but form by the three primary colors discrete component mostly or form by the big power consumption components and parts of three primary colors, cause volume and power consumption all very big, both be not easy to portable also be unfavorable for integrated, the uniformity coefficient that color visible produces during use is difference to some extent, reaching generation color visible row just need to require the upright element of multicomponent to form the three primary colors luminescence unit, and the color visible that produces row does not also have the optically focused performance, need to match with other light collecting device, can reach light is a color visible light-focusing line with the color visible row optically focused that disperses, cause volume, power consumption is all very big, and the color visible that is produced is inhomogeneous, how can produce even color visible row, and to color visible row difference optically focused, form color visible light-focusing line and reach particular demands, and make the three primary colors luminous tube arrange and the miniaturization of condenser arranging device, and be convenient to be integrated among other object, and produce uniform color visible light-focusing lines, promptly be the problem that needs solution.
Summary of the invention
Purpose of the present invention, be to provide a kind of manufacture method of color visible light-focusing line, and provide the three primary colors luminous tube of making by this method to arrange simultaneously, the miniaturization that condenser row and lumen luminous tube group etc. are formed, volume, power consumption is all very little, receive the parallel rgb signal of color video, this conversion of signals is color visible signal row, can produce even color visible row, lumen is provided, and can the definition that image takes place after opto-electronic conversion be set according to concrete needs, the concrete highlighted visible light three primary colors luminous tube quantity that i.e. conversion needs decides definition, and arranging even color visible respectively, optically focused is color visible focus point row's device, i.e. color visible light-focusing line device.
For achieving the above object, the manufacture method of color visible light-focusing line of the present invention, adopt the high azarin of three primary colors, green, blue semiconductor laser light emitting pipe or the high azarin of three primary colors, green, blue light-emitting diode is formed the three primary colors luminescence unit, the three primary colors luminescence unit is rectangular according to certain rule composition one, form three primary colors luminous tube row, and to the corresponding one by one configuration condenser of each three primary colors luminescence unit, make when three primary colors luminous tube row is simultaneously luminous according to the different color signal, produce row's color visible row, color visible row is after condenser row focuses on, the focus point that forms is formed lines of being made up of colored focal beam spot, formation is the visual video parallel signal of color visible to the color video electrical signal conversion, add white/colourless lumen luminous tube group, and lumen is adjusted, this method comprises following steps;
1). with three highlighted light-emitting diode naked pipes of red, green, blue that belong to the Red Green Blue highlighted semiconductor laser light emitting pipe naked pipe of visible light respectively or belong to visible light, according to one group of red, green, blue, and light emission direction is identical, and draw the electrical connection pin, form luminous group of three primary colors;
2). there are two kinds of methods to make three primary colors luminous tube row and condenser row
1 〉. at three primary colors luminous tube group light emission direction, one condenser is set claims convex lens again, before three primary colors luminous tube group light emission direction, form a focus point, and three primary colors luminous tube group and condenser be packaged as a whole, form the three primary colors luminescence unit, it is identical that a plurality of three primary colors luminous tube row of cells are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible focus point that three primary colors luminous tube unit produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, because the color visible focus point that each three primary colors luminous tube unit produces, each focus point is arranged and is formed a parallel straight line, promptly form color visible light-focusing point parallel lines, on this parallel straight line, form, arrange by the color visible focus point that three primary colors luminous tube row and condenser row produce, the focus point parallel lines of forming by different color that forms, behind additional lumen light-emitting device, form color visible light-focusing line;
2 〉. it is identical that luminous group of each three primary colors are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible that the three primary colors luminous tube produces between two rows have row's intersection location, this intersection location is arranged and is formed a parallel straight line, form color visible row, three primary colors luminous tube row light emission direction is identical, and the color visible that is produced is in luminous tube the place ahead, form and be arranged in a parallel row each other, and this row coexists on same the parallel straight line, corresponding each three primary colors are provided with condenser one to one for luminous group, condenser is according to forming two rows with three primary colors luminous tube row's arrangement mode with equilateral triangle, and with each three primary colors luminous tube row, has identical angle during arrangement, formation condenser row, condenser row arranges the color visible that is produced when luminous to the three primary colors luminous tube and carries out optically focused, produce focus point separately, make the color visible focus point that three primary colors luminous tube and condenser row produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, in three primary colors luminous tube row and condenser row the place ahead, focus point separately is arranged in a row each other, and focus point separately is on same parallel straight line, on this parallel straight line, form the color visible focus point row who produces by three primary colors luminous tube row and condenser row, the focus point lines of forming of forming by different color, three primary colors luminous tube row and condenser row are packaged as a whole, behind additional lumen light-emitting device, form color visible light-focusing line;
3). can highlighted visible light three primary colors luminous tube quantity be set according to the video image clarity needs, video image clarity is listed as 4096 row * 4096 row even higher at 128 row * 128.
4). with white/colourless highlighted lasing fluorescence pipe, white/colourless highlighted light-emitting diode or other white/colourless low-power consumption luminous tube is formed the lumen luminescence unit, form lumen luminous tube group by a plurality of lumen luminous tubes, the lumen luminous tube is made up of flat pattern luminous tube or elongated shape luminous tube, can be fixed on the color visible light-focusing line both sides, lumen luminous tube group can require to light respectively according to concrete lumen, light emission direction is identical with the color visible light-focusing line light emission direction, draw the respective electrical connecting line, and self has a good radiating element, self have fixture so that be fixed on three primary colors luminous tube row and condenser row both sides, form color visible light-focusing line;
5). draw the signal of telecommunication line of each three primary colors luminous tube during encapsulation, and install radiating element and fixed position additional, to the resistance that matches with highlighted semiconductor laser light emitting pipe of visible light Red Green Blue or the highlighted light-emitting diode of visible light Red Green Blue, can be arranged on the outside or be packaged as a whole according to concrete needs, but must consider the resistance heat dissipation problem;
For achieving the above object, color visible light-focusing line device of the present invention, comprise by visible light red, green, primary colors highlighted semiconductor laser light emitting pipe naked pipe or visible light are red, green, the highlighted light-emitting diode naked pipe of primary colors forms three primary colors luminous tube group, a plurality of three primary colors luminous tube groups are arranged in two rows according to the equilateral triangle mode, and according to arrangement mode, make and have a specific angle between the three primary colors luminous tube, usually angle is advisable about 30 degree, form three primary colors luminous tube group or three primary colors luminous tube row, claim convex lens again by condenser, according to arranging principle one to one with the three primary colors luminous tube, the specific angle of arranging formation with the three primary colors luminous tube is identical, condenser of forming or condenser row, three primary colors luminous tube row and corresponding condenser row are encapsulated in one, and install lumen luminous tube group additional, form color visible light-focusing line, draw the respective electrical connecting line, install radiating element additional, fixed position etc.
Receive parallel rgb video signal, and make wherein that red, green, blue electrical signal line correspondence offers red, green, blue luminous tube electric connection line in the respective electrical connecting line, make electric connection line receiver, video RGB parallel data stream, and offer three primary colors luminous tube row.
Each three primary colors luminous tube among the three primary colors luminous tube row, under the control of the different video RGB parallel data stream signal of telecommunication, produce different colors, because each three primary colors luminous tube light emission direction is identical, before three primary colors luminous tube row, form the color visible row who forms by different color, again because three primary colors luminous tube row is to arrange in the equilateral triangle mode, and has a specific angle each other, usually angle is advisable about 30 degree, and the color visible row that three primary colors luminous tube row is produced has row's joining, each joining rearranges and forms a mutual parallel straight line.
Condenser or condenser row is corresponding one by one with each three primary colors luminous tube during the three primary colors luminous tube is arranged, place condenser row at three primary colors luminous tube row light emission direction, condenser row has identical angle with three primary colors luminous tube row, the color visible difference optically focused that condenser is produced separately to the three primary colors luminous tube, and generation color visible focus point, these focus points rearrange a parallel straight line each other, form a parallel lines of being made up of the color visible focus point.
Color visible light-focusing line of the present invention, pass through electrical connecting wire, receiver, video RGB parallel data stream, produce color visible row through each three primary colors luminous tube, color visible row forms color visible focus point row behind the optically focused respectively through condenser row, because color visible focus point row forms a parallel rectilinear form, shine minute surface radian prism through Shu Guangjing, bundle light crack, after the refraction of minute surface radian prism, produce color video frequency image again.
Color visible light-focusing line of the present invention, wherein the three primary colors luminous tube adopts highlighted semiconductor laser light emitting pipe of visible light that three colors are respectively red, green, blue or the highlighted light-emitting diode of visible light that is respectively red, green, blue, can adopt the highlighted light-emitting diode of the highlighted semiconductor laser light emitting pipe of many primary colors visible light or many primary colors visible light to replace the three primary colors luminous tube, to increase color, improve visual effect.
Its value of color visible light-focusing line of the present invention is; A kind of new type colorful visible light three primary colors or many primary colors luminescence unit are set, the color visible that is produced has light gathering separately, the focus point that each luminescence unit produces, color visible focus point is separately formed a continuous parallel lines, offer Shu Guangjing, bundle light crack and minute surface radian prism, and reflect through minute surface radian prism, produce video image, it is little that color visible light-focusing line itself has power consumption, form simply, be easy to be provided with video image clarity and be listed as 4096 row * 4096 row even higher at 128 row * 128, cost is low, do not need high-pressure installation, characteristics such as be convenient to be integrated among the miscellaneous equipment.
Be elaborated below in conjunction with the embodiment accompanying drawing, in the hope of to purpose of the present invention, feature, that advantage can further be described is clear.
Description of drawings
Fig. 1 is the structural representation of color visible light-focusing line of the present invention;
Fig. 2 is three primary colors luminous tube in the color visible light-focusing line of the present invention and condenser row's arrangement mode schematic diagram;
Fig. 3 is three primary colors luminotron structure schematic diagram in the color visible light-focusing line of the present invention;
Fig. 4 is lumen luminous tube group arrangement position schematic diagram in the color visible light-focusing line of the present invention;
Fig. 5 is many primary colors luminotron structure schematic diagram in the color visible light-focusing line of the present invention;
Fig. 6 for color visible light-focusing line color visible of the present invention institute through the path schematic diagram.
Embodiment
In color visible light-focusing line device of the present invention, adopt the high azarin of three primary colors, green, blue semiconductor laser light emitting pipe or the high azarin of three primary colors, green, blue light-emitting diode is formed the three primary colors luminescence unit, the three primary colors luminescence unit is rectangular according to certain rule composition one, form three primary colors luminous tube row, and to the corresponding one by one configuration condenser of each three primary colors luminescence unit, make when three primary colors luminous tube row is simultaneously luminous according to the different color signal, produce row's color visible row, color visible row is after condenser row focuses on, the focus point that forms is formed lines of being made up of colored focal beam spot, formation is the visual video parallel signal of color visible to the color video electrical signal conversion, additional white/colourless lumen luminous tube group, and lumen adjusted, this method comprises following steps;
1). with three highlighted light-emitting diode naked pipes of red, green, blue that belong to the Red Green Blue highlighted semiconductor laser light emitting pipe naked pipe of visible light respectively or belong to visible light, according to one group of red, green, blue, and light emission direction is identical, and draw the electrical connection pin, form luminous group of three primary colors;
2). there are two kinds of methods to make three primary colors luminous tube row and condenser row
1 〉. at three primary colors luminous tube group light emission direction, one condenser is set claims convex lens again, before three primary colors luminous tube group light emission direction, form a focus point, and three primary colors luminous tube group and condenser be packaged as a whole, form the three primary colors luminescence unit, it is identical that a plurality of three primary colors luminous tube row of cells are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible focus point that three primary colors luminous tube unit produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, because the color visible focus point that each three primary colors luminous tube unit produces, each focus point is arranged and is formed a parallel straight line, promptly form color visible light-focusing point parallel lines, on this parallel straight line, form, arrange by the color visible focus point that three primary colors luminous tube row and condenser row produce, the focus point parallel lines of forming by different color that forms, behind additional lumen light-emitting device, form color visible light-focusing line;
2 〉. it is identical that luminous group of each three primary colors are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible that the three primary colors luminous tube produces between two rows have row's intersection location, this intersection location is arranged and is formed a parallel straight line, form color visible row, three primary colors luminous tube row light emission direction is identical, and the color visible that is produced is in luminous tube the place ahead, form and be arranged in a parallel row each other, and this row coexists on same the parallel straight line, corresponding each three primary colors are provided with condenser one to one for luminous group, condenser is according to forming two rows with three primary colors luminous tube row's arrangement mode with equilateral triangle, and with each three primary colors luminous tube row, has identical angle during arrangement, formation condenser row, condenser row arranges the color visible that is produced when luminous to the three primary colors luminous tube and carries out optically focused, produce focus point separately, make the color visible focus point that three primary colors luminous tube and condenser row produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, in three primary colors luminous tube row and condenser row the place ahead, focus point separately is arranged in a row each other, and focus point separately is on same parallel straight line, on this parallel straight line, form the color visible focus point row who produces by three primary colors luminous tube row and condenser row, the focus point lines of forming of forming by different color, three primary colors luminous tube row and condenser row are packaged as a whole, behind additional lumen light-emitting device, form color visible light-focusing line;
3). can highlighted visible light three primary colors luminous tube quantity be set according to the video image clarity needs, video image clarity is listed as 4096 row * 4096 row even higher at 128 row * 128.
4). with white/colourless highlighted lasing fluorescence pipe, white/colourless highlighted light-emitting diode or other white/colourless low-power consumption luminous tube is formed the lumen luminescence unit, form lumen luminous tube group by a plurality of lumen luminous tubes, the lumen luminous tube is made up of flat pattern luminous tube or elongated shape luminous tube, can be fixed on the color visible light-focusing line both sides, lumen luminous tube group can require to light respectively according to concrete lumen, light emission direction is identical with the color visible light-focusing line light emission direction, draw the respective electrical connecting line, and self has a good radiating element, self have fixture so that be fixed on three primary colors luminous tube row and condenser row both sides, form color visible light-focusing line;
5). draw the signal of telecommunication line of each three primary colors luminous tube during encapsulation, and install radiating element and fixed position additional, to the resistance that matches with highlighted semiconductor laser light emitting pipe of visible light Red Green Blue or the highlighted light-emitting diode of visible light Red Green Blue, can be arranged on the outside or be packaged as a whole according to concrete needs, but must consider the resistance heat dissipation problem;
For achieving the above object, color visible light-focusing line device of the present invention, comprise by visible light red, green, primary colors highlighted semiconductor laser light emitting pipe naked pipe or visible light are red, green, the highlighted light-emitting diode naked pipe of primary colors forms three primary colors luminous tube group, a plurality of three primary colors luminous tube groups are arranged in two rows according to the equilateral triangle mode, and according to arrangement mode, make and have a specific angle between the three primary colors luminous tube, usually angle is advisable about 30 degree, form three primary colors luminous tube group or three primary colors luminous tube row, claim convex lens again by condenser, according to arranging principle one to one with the three primary colors luminous tube, the specific angle of arranging formation with the three primary colors luminous tube is identical, condenser of forming or condenser row, three primary colors luminous tube row and corresponding condenser row are encapsulated in one, and install lumen luminous tube group additional, form color visible light-focusing line, draw the respective electrical connecting line, install radiating element additional, fixed position etc.
Receive parallel rgb video signal, and make wherein that red, green, blue electrical signal line correspondence offers red, green, blue luminous tube electric connection line in the respective electrical connecting line, make electric connection line receiver, video RGB parallel data stream, and offer three primary colors luminous tube row.
Each three primary colors luminous tube among the three primary colors luminous tube row, under the control of the different video RGB parallel data stream signal of telecommunication, produce different colors, because each three primary colors luminous tube light emission direction is identical, before three primary colors luminous tube row, form the color visible row who forms by different color, again because three primary colors luminous tube row is to arrange in the equilateral triangle mode, and has a specific angle each other, usually angle is advisable about 30 degree, and the color visible row that three primary colors luminous tube row is produced has row's joining, each joining rearranges and forms a mutual parallel straight line.
Condenser or condenser row is corresponding one by one with each three primary colors luminous tube during the three primary colors luminous tube is arranged, place condenser row at three primary colors luminous tube row light emission direction, condenser row has identical angle with three primary colors luminous tube row, the color visible difference optically focused that condenser is produced separately to the three primary colors luminous tube, and generation color visible focus point, these focus points rearrange a parallel straight line each other, form a parallel lines of being made up of the color visible focus point.
Color visible light-focusing line of the present invention, pass through electrical connecting wire, receiver, video RGB parallel data stream, produce color visible row through each three primary colors luminous tube, color visible row forms color visible focus point row behind the optically focused respectively through condenser row, because color visible focus point row forms a parallel rectilinear form, shine minute surface radian prism through Shu Guangjing, bundle light crack, after the refraction of minute surface radian prism, produce color video frequency image again.
Color visible light-focusing line of the present invention, wherein the three primary colors luminous tube adopts highlighted semiconductor laser light emitting pipe of visible light that three colors are respectively red, green, blue or the highlighted light-emitting diode of visible light that is respectively red, green, blue, can adopt the highlighted light-emitting diode of the highlighted semiconductor laser light emitting pipe of many primary colors visible light or many primary colors visible light to replace the three primary colors luminous tube, to increase color, improve visual effect.
Its value of color visible light-focusing line of the present invention is; A kind of new type colorful visible light three primary colors or many primary colors luminescence unit are set, the color visible that is produced has light gathering separately, the focus point that each luminescence unit produces, color visible focus point is separately formed a continuous parallel lines, offer Shu Guangjing, bundle light crack and minute surface radian prism, and reflect through minute surface radian prism, produce video image, it is little that color visible light-focusing line itself has power consumption, form simple, be easy to be provided with video image clarity again 128 row * 128 be listed as 4096 row * 4096 row even higher, cost is low, do not need high-pressure installation, characteristics such as be convenient to be integrated among the miscellaneous equipment.
In the concrete embodiment of color visible light-focusing line of the present invention, with reference to Fig. 1, Fig. 2 and Fig. 3, this device comprises three primary colors luminous tube 1-1, lumen luminous tube group 1-2, condenser 1-3, three primary colors luminous tube row and condenser form two rows and have certain angle 1-5 when coming arrangement, three primary colors luminous tube row and condenser come composition frame mode 2-1 when arranging, and form the color visible light-focusing line elementary cell.
With reference to Fig. 4, the three primary colors luminous tube is formed structure, and by highlighted visible light semiconductor laser light emitting pipe or highlighted visible light emitting diode, red 4-1, green 4-2, blue 4-3 are three primary colors, form highlighted visible light three primary colors luminous tube.
With reference to Fig. 5, many primary colors luminous tube is formed structure, by highlighted visible light semiconductor laser light emitting pipe or highlighted visible light emitting diode, red 5-1, green 5-3, blue 5-5 are primary colours, other color luminous tube is color matching, and for example yellow 5-2, pinkish red 5-4, blue or green 5-6 form highlighted visible light six primary colors luminous tubes.
With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 6, provide highlighted visible light three primary colors luminous tube, highlighted many primary colors of visible light luminous tube and condenser row's arrangement mode 2-1, angle 1-5 between two rows when highlighted visible light three primary colors luminous tube and condenser come arrangement, angle between two rows is difficult for excessive or too small, angle is excessive, make the Shu Guangjing bundle light behind the color visible line focus point be difficult for, and it is excessive to be easy to produce the color visible refraction angle, light scattering is bigger, angle is too small, make that the Shu Guangjing position behind the color visible line focus point is far away, increase equipment volume, usually angle is advisable about 30 degree, when highlighted visible light three primary colors luminous tube receives outside parallel video rgb signal, each highlighted visible light three primary colors luminous tube is under the RGB signal of telecommunication drives, produce different color visibles separately, through the different color visible focus point of condenser generation separately, the color visible focus point row crossover location 1-4 of two row's different colors, form a parallel lines 1-4, lumen luminous tube group 1-2 lights step by step according to concrete lumen illumination requirement simultaneously, make colored visual focus light before focus point, mix mutually with the white/colourless visible light of lumen luminous tube group 1-2 generation, become the mixed colors visible light, and enter Shu Guangjing 6-1 simultaneously, Shu Guangjing 6-1 receives the mixed colors visible light of color visible focus point row and the generation of lumen luminous tube group, and with after the mixed colors visible light parallelization processing, offer bundle light crack 6-2, bundle light crack 6-2 retrains once more to the mixed colors visible light, after making the mixed colors visible light become the visible striation of more parallel and narrow mixed colors, offer minute surface radian prism, minute surface radian prism receives the mixed colors visible light, and in its radian minute surface generation mixed colors visible light refraction, produce the color visible video image, realization is by receiving the parallel video RGB signal of telecommunication, through opto-electronic conversion, produce color visible, color visible focuses on through condenser, produce the color visible focus point and shine Shu Guangjing, equally through opto-electronic conversion, produce the lumen visible light, lumen visible light and color visible are mixed into the mixed colors visible light mutually, shine Shu Guangjing, lumen visible light and color visible produce simultaneously, comprise the color video signal of telecommunication and the lumen signal of telecommunication in the parallel video RGB signal of telecommunication.
Color visible light-focusing line of the present invention, for a kind of cold light sourse luminescence unit have that power consumption is little, volume is little, The characteristics such as electromagnetic radiation is little can make things convenient among integrated and other video signal player.
Claims (5)
1. the manufacture method of color visible light-focusing line, it is characterized in that: adopt the high azarin of three primary colors, green, blue semiconductor laser light emitting pipe or the high azarin of three primary colors, green, blue light-emitting diode is formed the three primary colors luminescence unit, the three primary colors luminescence unit is rectangular according to certain rule composition one, form three primary colors luminous tube row, and to the corresponding one by one configuration condenser of each three primary colors luminescence unit, make when three primary colors luminous tube row is simultaneously luminous according to the different color signal, produce row's color visible row, color visible row is after condenser row focuses on, the focus point that forms is formed lines of being made up of colored focal beam spot, formation is the visual video parallel signal of color visible to the color video electrical signal conversion, additional white/colourless lumen luminous tube group, and lumen adjusted, this method comprises following steps;
1). with three highlighted light-emitting diode naked pipes of red, green, blue that belong to the Red Green Blue highlighted semiconductor laser light emitting pipe naked pipe of visible light respectively or belong to visible light, according to one group of red, green, blue, and light emission direction is identical, and draw the electrical connection pin, form luminous group of three primary colors;
2). there are two kinds of methods to make three primary colors luminous tube row and condenser row
1 〉. at three primary colors luminous tube group light emission direction, one condenser is set claims convex lens again, before three primary colors luminous tube group light emission direction, form a focus point, and three primary colors luminous tube group and condenser be packaged as a whole, form the three primary colors luminescence unit, it is identical that a plurality of three primary colors luminous tube row of cells are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible focus point that three primary colors luminous tube unit produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, because the color visible focus point that each three primary colors luminous tube unit produces, each focus point is arranged and is formed a parallel straight line, promptly form color visible light-focusing point parallel lines, on this parallel straight line, form, arrange by the color visible focus point that three primary colors luminous tube row and condenser row produce, the focus point parallel lines of forming by different color that forms, behind additional lumen light-emitting device, form color visible light-focusing line;
2 〉. it is identical that luminous group of each three primary colors are arranged in light emission direction according to the equilateral triangle mode, and two rows with certain certain degree, angle is between the 10-45 degree between two rows, usually angle is advisable about 30 degree, make the color visible that the three primary colors luminous tube produces between two rows have row's intersection location, this intersection location is arranged and is formed a parallel straight line, form color visible row, three primary colors luminous tube row light emission direction is identical, and the color visible that is produced is in luminous tube the place ahead, form and be arranged in a parallel row each other, and this row coexists on same the parallel straight line, corresponding each three primary colors are provided with condenser one to one for luminous group, condenser is according to forming two rows with three primary colors luminous tube row's arrangement mode with equilateral triangle, and with each three primary colors luminous tube row, has identical angle during arrangement, formation condenser row, condenser row arranges the color visible that is produced when luminous to the three primary colors luminous tube and carries out optically focused, produce focus point separately, make the color visible focus point that three primary colors luminous tube and condenser row produces between two rows that one row's intersection location be arranged, each focus point is arranged in intersection location and is formed a parallel straight line, in three primary colors luminous tube row and condenser row the place ahead, focus point separately is arranged in a row each other, and focus point separately is on same parallel straight line, on this parallel straight line, form the color visible focus point row who produces by three primary colors luminous tube row and condenser row, the focus point lines of forming of forming by different color, three primary colors luminous tube row and condenser row are packaged as a whole, behind additional lumen light-emitting device, form color visible light-focusing line;
3). can highlighted visible light three primary colors luminous tube quantity be set according to the video image clarity needs, video image clarity is listed as 4096 row * 4096 row even higher at 128 row * 128.
4). with white/colourless highlighted lasing fluorescence pipe, white/colourless highlighted light-emitting diode or other white/colourless low-power consumption luminous tube is formed the lumen luminescence unit, form lumen luminous tube group by a plurality of lumen luminous tubes, the lumen luminous tube is made up of flat pattern luminous tube or elongated shape luminous tube, can be fixed on the color visible light-focusing line both sides, lumen luminous tube group can require to light respectively according to concrete lumen, light emission direction is identical with the color visible light-focusing line light emission direction, draw the respective electrical connecting line, and self has a good radiating element, self have fixture so that be fixed on three primary colors luminous tube row and condenser row both sides, form color visible light-focusing line;
5). draw the signal of telecommunication line of each three primary colors luminous tube during encapsulation, and install radiating element and fixed position additional, to the resistance that matches with highlighted semiconductor laser light emitting pipe of visible light Red Green Blue or the highlighted light-emitting diode of visible light Red Green Blue, can be arranged on the outside or be packaged as a whole according to concrete needs, but must consider the resistance heat dissipation problem;
For achieving the above object, color visible light-focusing line device of the present invention, comprise by visible light red, green, primary colors highlighted semiconductor laser light emitting pipe naked pipe or visible light are red, green, the highlighted light-emitting diode naked pipe of primary colors forms three primary colors luminous tube group, a plurality of three primary colors luminous tube groups are arranged in two rows according to the equilateral triangle mode, and according to arrangement mode, make and have a specific angle between the three primary colors luminous tube, usually angle is advisable about 30 degree, form three primary colors luminous tube group or three primary colors luminous tube row, claim convex lens again by condenser, according to arranging principle one to one with the three primary colors luminous tube, the specific angle of arranging formation with the three primary colors luminous tube is identical, condenser of forming or condenser row, three primary colors luminous tube row and corresponding condenser row are encapsulated in one, and install lumen luminous tube group additional, form color visible light-focusing line, draw the respective electrical connecting line, install radiating element additional, fixed position etc.
Receive parallel rgb video signal, and make wherein that red, green, blue electrical signal line correspondence offers red, green, blue luminous tube electric connection line in the respective electrical connecting line, make electric connection line receiver, video RGB parallel data stream, and offer three primary colors luminous tube row.
Each three primary colors luminous tube among the three primary colors luminous tube row, under the control of the different video RGB parallel data stream signal of telecommunication, produce different colors, because each three primary colors luminous tube light emission direction is identical, before three primary colors luminous tube row, form the color visible row who forms by different color, again because three primary colors luminous tube row is to arrange in the equilateral triangle mode, and has a specific angle each other, usually angle is advisable about 30 degree, and the color visible row that three primary colors luminous tube row is produced has row's joining, each joining rearranges and forms a mutual parallel straight line.
Condenser or condenser row is corresponding one by one with each three primary colors luminous tube during the three primary colors luminous tube is arranged, place condenser row at three primary colors luminous tube row light emission direction, condenser row has identical angle with three primary colors luminous tube row, the color visible difference optically focused that condenser is produced separately to the three primary colors luminous tube, and generation color visible focus point, these focus points rearrange a parallel straight line each other, form a parallel lines of being made up of the color visible focus point.
Color visible light-focusing line of the present invention, pass through electrical connecting wire, receiver, video RGB parallel data stream, produce color visible row through each three primary colors luminous tube, color visible row forms color visible focus point row behind the optically focused respectively through condenser row, because color visible focus point row forms a parallel rectilinear form, shine minute surface radian prism through Shu Guangjing, bundle light crack, after the refraction of minute surface radian prism, produce color video frequency image again.
Color visible light-focusing line of the present invention, wherein the three primary colors luminous tube adopts highlighted semiconductor laser light emitting pipe of visible light that three colors are respectively red, green, blue or the highlighted light-emitting diode of visible light that is respectively red, green, blue, can adopt the highlighted light-emitting diode of the highlighted semiconductor laser light emitting pipe of many primary colors visible light or many primary colors visible light to replace the three primary colors luminous tube, to increase color, improve visual effect.
Its value of color visible light-focusing line of the present invention is; A kind of new type colorful visible light three primary colors or many primary colors luminescence unit are set, the color visible that is produced has light gathering separately, the focus point that each luminescence unit produces, color visible focus point is separately formed a continuous parallel lines, offer Shu Guangjing, bundle light crack and minute surface radian prism, and reflect through minute surface radian prism, produce video image, it is little that color visible light-focusing line itself has power consumption, form simple, be easy to be provided with video image clarity again 128 row * 128 be listed as 4096 row * 4096 row even higher, cost is low, do not need high-pressure installation, characteristics such as be convenient to be integrated among the miscellaneous equipment.
2. color visible light-focusing line device, comprise three primary colors luminous tube row (1-1), lumen luminous tube group (1-2), condenser row (1-3), three primary colors luminous tube row and condenser form two rows and have certain angle (1-5) when coming arrangement, three primary colors luminous tube row and condenser come forms frame mode (2-1) when arranging, form the color visible light-focusing line elementary cell;
Described bright visible light three primary colors luminous tube (1-1), highlighted many primary colors of visible light luminous tube (1-1) and condenser row's (1-3) arrangement mode (2-1), highlighted visible light three primary colors luminous tube (1-1) and condenser row (1-3) angle (1-5) between two rows when arranging, angle between two rows is difficult for excessive or too small, angle is excessive, make the Shu Guangjing bundle light behind the color visible line focus point be difficult for, and it is excessive to be easy to produce the color visible refraction angle, light scattering is bigger, angle is too small, make that the Shu Guangjing position behind the color visible line focus point is far away, increase equipment volume, usually angle is advisable about 30 degree, when highlighted visible light three primary colors luminous tube (1-1) receives outside parallel video rgb signal, each highlighted visible light three primary colors luminous tube (1-1) is under the RGB signal of telecommunication drives, produce different color visibles separately, through the different color visible focus point of condenser (1-2) generation separately, the color visible focus point row crossover location (1-4) of two row's different colors, form a parallel lines (1-4), lumen luminous tube group (1-2) is lighted step by step according to concrete lumen illumination requirement simultaneously, make colored visual focus light before focus point, mix mutually with the white/colourless visible light of lumen luminous tube group (1-2) generation, become the mixed colors visible light, and enter Shu Guangjing (6-1) simultaneously, Shu Guangjing (6-1) receives the mixed colors visible light of color visible focus point row and the generation of lumen luminous tube group, and with after the mixed colors visible light parallelization processing, offer bundle light crack (6-2), bundle light crack (6-2) retrains once more to the mixed colors visible light, after making the mixed colors visible light become the visible striation of more parallel and narrow mixed colors, offer minute surface radian prism (6-3), minute surface radian prism (6-3) receives the mixed colors visible light, and in its radian minute surface generation mixed colors visible light refraction, produce the color visible video image, realization is by receiving the parallel video RGB signal of telecommunication, through opto-electronic conversion, produce color visible, color visible focuses on through condenser, produce the color visible focus point and shine Shu Guangjing, equally through opto-electronic conversion, produce the lumen visible light, lumen visible light and color visible are mixed into the mixed colors visible light mutually, shine Shu Guangjing, lumen visible light and color visible produce simultaneously, comprise the color video signal of telecommunication and the lumen signal of telecommunication in the parallel video RGB signal of telecommunication.
3. color visible light-focusing line device according to claim 2, wherein the three primary colors luminous tube is formed structure, by highlighted visible light semiconductor laser light emitting pipe or highlighted visible light emitting diode, red (4-1), green (4-2), blue (4-3) are three primary colors, form highlighted visible light three primary colors luminous tube, the three primary colors luminous tube can be replaced by many primary colors luminous tube.
4. color visible light-focusing line device according to claim 2, wherein the lumen luminous tube is formed the lumen luminescence unit by white/colourless highlighted semiconductor laser light emitting pipe, white/colourless highlighted light-emitting diode or other white/colourless low-power consumption luminous tube and is formed lumen luminous tube group.
5. color visible light-focusing line device according to claim 2, wherein the three primary colors luminous tube is corresponding one by one with condenser, form color visible jointly and take place and light focusing unit, and the angle between two rows that form is identical.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510063431 CN1694539A (en) | 2005-04-08 | 2005-04-08 | Manufacturing method of color visible light-focusing line and its device |
| CNA2006800065457A CN101133652A (en) | 2005-04-08 | 2006-04-07 | Method and device for manufacturing color visible light condensation row |
| PCT/CN2006/000619 WO2006105740A1 (en) | 2005-04-08 | 2006-04-07 | Arrangment for converging visible color light and manufacturing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510063431 CN1694539A (en) | 2005-04-08 | 2005-04-08 | Manufacturing method of color visible light-focusing line and its device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1694539A true CN1694539A (en) | 2005-11-09 |
Family
ID=35353301
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510063431 Pending CN1694539A (en) | 2005-04-08 | 2005-04-08 | Manufacturing method of color visible light-focusing line and its device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1694539A (en) |
| WO (1) | WO2006105740A1 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011060618A1 (en) * | 2009-11-19 | 2011-05-26 | 深圳市光峰光电技术有限公司 | Method and structure for encapsulating solid-state lighting chip and light sources using the encapsulating structure |
| CN105230127A (en) * | 2013-05-16 | 2016-01-06 | 矢崎总业株式会社 | Polychromatic source device |
| CN111619118A (en) * | 2019-12-26 | 2020-09-04 | 南京铖联激光科技有限公司 | A focal plane adjustment closed-loop control system and control method applied to 3D printing equipment |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3728032B2 (en) * | 1996-10-31 | 2005-12-21 | 三菱レイヨン株式会社 | Low chromatic aberration rod lens array and unit thereof, and image scanner using them |
| JP2000124504A (en) * | 1998-10-13 | 2000-04-28 | Eeshikku Kk | Full-color led lamp |
| JP2003333608A (en) * | 2002-05-08 | 2003-11-21 | Makoto Dejima | Field sequential television camera device for photographing skin |
-
2005
- 2005-04-08 CN CN 200510063431 patent/CN1694539A/en active Pending
-
2006
- 2006-04-07 WO PCT/CN2006/000619 patent/WO2006105740A1/en not_active Ceased
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011060618A1 (en) * | 2009-11-19 | 2011-05-26 | 深圳市光峰光电技术有限公司 | Method and structure for encapsulating solid-state lighting chip and light sources using the encapsulating structure |
| CN105230127A (en) * | 2013-05-16 | 2016-01-06 | 矢崎总业株式会社 | Polychromatic source device |
| CN111619118A (en) * | 2019-12-26 | 2020-09-04 | 南京铖联激光科技有限公司 | A focal plane adjustment closed-loop control system and control method applied to 3D printing equipment |
| CN111619118B (en) * | 2019-12-26 | 2022-03-04 | 南京铖联激光科技有限公司 | Focal plane adjustment closed-loop control system and control method applied to 3D printing equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2006105740A1 (en) | 2006-10-12 |
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