CN110265464A - A kind of abnormity lamp piece and its designing and manufacturing method - Google Patents
A kind of abnormity lamp piece and its designing and manufacturing method Download PDFInfo
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- CN110265464A CN110265464A CN201910570659.3A CN201910570659A CN110265464A CN 110265464 A CN110265464 A CN 110265464A CN 201910570659 A CN201910570659 A CN 201910570659A CN 110265464 A CN110265464 A CN 110265464A
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- H—ELECTRICITY
- H10—SEMICONDUCTOR DEVICES; ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
- H10K—ORGANIC ELECTRIC SOLID-STATE DEVICES
- H10K50/00—Organic light-emitting devices
- H10K50/10—OLEDs or polymer light-emitting diodes [PLED]
- H10K50/11—OLEDs or polymer light-emitting diodes [PLED] characterised by the electroluminescent [EL] layers
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- H—ELECTRICITY
- H10—SEMICONDUCTOR DEVICES; ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
- H10K—ORGANIC ELECTRIC SOLID-STATE DEVICES
- H10K59/00—Integrated devices, or assemblies of multiple devices, comprising at least one organic light-emitting element covered by group H10K50/00
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- H—ELECTRICITY
- H10—SEMICONDUCTOR DEVICES; ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
- H10K—ORGANIC ELECTRIC SOLID-STATE DEVICES
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Abstract
The embodiment provides a kind of special-shaped lamp piece and its designing and manufacturing methods, are related to showing lighting technical field, can be improved the similarity of special-shaped lamp piece and its design configuration.Abnormity lamp piece therein, is triangle including substrate, the multiple area equations being set on substrate and spaced luminescence unit, the shape of each luminescence unit.Luminescence unit includes a light-emitting component, and light-emitting component includes the anode being cascadingly set on substrate, light emitting functional layer and cathode.
Description
Technical field
The present invention relates to display lighting technical field more particularly to a kind of special-shaped lamp pieces and its designing and manufacturing method.
Background technique
With the development of lighting engineering, lighting engineering develops to OLED (Organic from past halogen light source
Light-Emitting Diode, Organic Light Emitting Diode) light source, the brightness of light source and reliability have all obtained biggish mention
It rises.Since OLED has self luminous characteristic, simultaneously because the particularity of its material and structure, is prepared into headlamp soft
Property, transparent, adjustable color screen body, have the advantages that can transparent, flexible, area source and slimming.
Summary of the invention
The embodiment of the present invention provides a kind of special-shaped lamp piece and its designing and manufacturing method, can be improved special-shaped lamp piece and sets with it
Count the similarity of figure.
In order to achieve the above objectives, the embodiment of the present invention adopts the following technical scheme that
On the one hand, a kind of special-shaped lamp piece is provided, including substrate, the multiple area equations and the interval that are set on the substrate
The shape of the luminescence unit of setting, each luminescence unit is triangle.
The luminescence unit includes a light-emitting component, and the light-emitting component includes being cascadingly set on the substrate
Anode, light emitting functional layer and cathode.
Optionally, the size of multiple luminescence units is all the same.
Optionally, above-mentioned special-shaped lamp piece further includes multiple conducting wires, and the more conducting wires distribute as net shape, the shape of grid
For triangle；Each luminescence unit is located at correspondingly in the grid.
The anode of light-emitting component in each luminescence unit is electrically connected with the conducting wire by a resistive conductor.
On the other hand, a kind of designing and manufacturing method of special-shaped lamp piece is provided, including dividing the design configuration of special-shaped lamp piece
At multiple triangle spirtes, the area equation of multiple triangle spirtes.
Production and each one-to-one luminescence unit of triangle spirte on substrate, the one-to-one hair
Light unit is consistent with the shape and size of the triangle spirte, and each luminescence unit includes the member that shines
Part.
Optionally, the triangle spirte include first while, second while and third side.Multiple triangle spirtes
In the first side side length it is equal, the side length on the second side is equal in multiple triangle spirtes, multiple triangle subgraphs
The side length on third side is equal in shape.
Optionally, the design configuration includes curved side.The design configuration is divided into multiple triangle subgraphs
Before shape, the designing and manufacturing method of the abnormity lamp piece further include: the curved side of the design configuration is equivalent at by least one
The side that straight line is constituted.
Optionally, the design configuration is divided into multiple triangle spirtes, comprising:
The design configuration is divided into multiple regular figures, each regular figure includes quadrangle and triangle
One of.
It determines the central point of the regular figure, and obtains the side length of each edge of the regular figure, central point to often
The distance on side.
According to the side length of each edge of all regular figures, the greatest common divisor a of side length is obtained, and according to all institutes
The central point of regular figure is stated to the distance of each edge, obtain central point to each edge distance greatest common divisor h.
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
Optionally, the design configuration is divided into multiple triangle spirtes, comprising:
The design configuration of the special-shaped lamp piece is divided at least one quadrangle transition figure and at least one triangle
Transition figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
Determine the central point of all triangle transition figures, and obtain each edge of all triangle transition figures
The distance of side length, central point to each edge.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to
The central point of all triangle transition figures to the distance of each edge, obtain central point to each edge distance most grand duke
Approximate number h.
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
Optionally, the design configuration is divided into multiple triangle spirtes, comprising:
The design configuration is divided at least one quadrangle transition figure and at least one triangle transition figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The corresponding height of each edge of triangle transition figure, obtains high greatest common divisor h.
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
Optionally, according to a and h, the design configuration is divided, obtains multiple triangle spirtes, comprising:
Using a and h as the corresponding height of the side length on one side of triangle and the side, the design configuration is drawn
Point, obtain multiple triangle spirtes.
Alternatively, using a/N and h/M as the corresponding height of the side length on one side of triangle and the side, to the design
Figure is divided, and multiple triangle spirtes are obtained；Wherein, N and M is the integer greater than 1.
Optionally, the design configuration is divided into multiple triangle spirtes, comprising:
It is taken on the outer boundary of the design configuration a bit, does vertical line to opposite side.
The a plurality of equidistant straight line parallel with the vertical line is done, the special-shaped lamp piece is divided into multiple quadrangles.
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle
Shape.
Remaining each quadrangle is divided using the tessellation figure, until the area of the quadrangle remainder can not
It is further subdivided into a complete tessellation figure.
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle
Whether the area that shape divides figure is less than or equal to 80%.
If so, being divided using the tessellation figure as the triangle spirte to the design configuration.
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is by multiple tessellation figures
After shape divides, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
Optionally, the design configuration is divided into multiple triangle spirtes, comprising:
It is taken on the outer boundary of the design configuration a bit, does vertical line to opposite side.
Obtain two angles between the extended line of the vertical line and the extended line on the side of the design configuration edges at two ends.
Each angle of equal part, obtains multiple bisectors, extends to the part in the design configuration according to bisector, will
The design configuration is divided into multiple quadrangles.
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle
Shape.
Remaining each quadrangle is divided using the tessellation figure, until the area of the quadrangle remainder can not
It is further subdivided into a complete tessellation figure.
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle
Whether the area that shape divides figure is less than or equal to 80%.
If so, being divided using the tessellation figure as the triangle spirte to the design configuration.
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is by multiple tessellation figures
After shape divides, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
The embodiment provides a kind of special-shaped lamp piece and its designing and manufacturing methods.On the one hand, due to the abnormity lamp
Piece includes the luminescence unit that multiple shapes are triangle and area equation, thus equal in the current density of each luminescence unit
In the case of, so that the brightness of all luminescence units is equal, the homogeneity of special-shaped lamp piece overall brightness is preferable；On the other hand, it shines
Unit is triangle, and triangle can preferably be bonded the outer boundary of the design configuration of special-shaped lamp piece, the outside with design configuration
The amalgamation on boundary is more preferable, so that the outer boundary of the outer boundary shape and design configuration for the profiled shape that multiple luminescence units are formed
Similarity is higher, and the illumination effect of special-shaped lamp piece more meets expected design.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is a kind of structural schematic diagram of special-shaped lamp piece in the prior art；
Fig. 2 a is a kind of structural schematic diagram of special-shaped lamp piece provided in an embodiment of the present invention；
Fig. 2 b is the partial enlargement diagram in Fig. 2 a at D；
Fig. 2 c is the schematic cross-sectional view in the direction C-C ' along Fig. 2 b；
Fig. 3 is a kind of structural schematic diagram of light-emitting component provided in an embodiment of the present invention；
A kind of equivalent circuit signal of Fig. 4 a between conducting wire provided in an embodiment of the present invention, resistive conductor and luminescence unit
Figure；
Another equivalent circuit signal of Fig. 4 b between conducting wire provided in an embodiment of the present invention, resistive conductor and luminescence unit
Figure；
Fig. 5 is a kind of designing and manufacturing method flow diagram of special-shaped lamp piece provided in an embodiment of the present invention；
Fig. 6 is the schematic diagram that a kind of design configuration provided in an embodiment of the present invention is divided into multiple triangle spirtes；
Fig. 7 is the signal that a kind of design configuration provided in an embodiment of the present invention is divided into two quadrangle regular figures
Figure；
Fig. 8 is the signal that a kind of design configuration provided in an embodiment of the present invention is divided into two triangle regular figures
Figure；
Fig. 9 is that a kind of design configuration provided in an embodiment of the present invention is divided into a quadrangle regular figure and one three
The schematic diagram of angular regular figure；
Figure 10 is the signal that a kind of design configuration provided in an embodiment of the present invention is divided into three triangle transition figures
Figure；
Figure 11 is that another design configuration provided in an embodiment of the present invention is divided into showing for multiple triangle transition figures
It is intended to；
Figure 12 a is the schematic diagram that a kind of design configuration provided in an embodiment of the present invention is divided multiple quadrangles；
Figure 12 b is the schematic diagram that another design configuration provided in an embodiment of the present invention is divided multiple quadrangles.
Appended drawing reference:
1- abnormity lamp piece；10- design configuration；100- triangle spirte；11- substrate；12- luminescence unit；120- shines
Element；1201- anode；1202- cathode；1203- light emitting functional layer；1204- luminescent layer；1205- electron transfer layer；1206- electricity
Sub- implanted layer；1207- hole transmission layer；1208- hole injection layer；13- conducting wire；14- resistive conductor；15- pixel defining layer.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
With the raising of quality of the life, for people when buying article, irregular figure is presented in those appearances, and moulding is unique
Article usually can be more get the favour of people, be also such for lamps and lanterns.But the appearance of lamps and lanterns presents irregular
Property when, difficulty of processing is then bigger.
In the related technology, for lamp piece in design, it is integrally a piece of that one is whole faces, and another kind, which is that rectangular matrix is combined, to be set
Meter.For special-shaped lamp piece, made of the combined design method of rectangular matrix.That is, first by the design of special-shaped lamp piece
Figure is divided into multiple rectangles, then makes luminescence unit identical with rectangular shape according to multiple rectangles are synchronous, obtains different
Shape lamp piece.But as shown in Figure 1, since the syncretizing effect between rectangle and the outer boundary of design configuration is poor, thus practical system
Make the obtained outer boundary of special-shaped lamp piece 1 there are sawtooth sense so that the outer boundary shape for the special-shaped lamp piece 1 that actual fabrication obtains with
The outer boundary of design configuration differs greatly, final to influence the whole illumination effect of special-shaped lamp piece 1, so that special-shaped lamp piece 1 is whole
Illumination effect do not meet expected design.
Based on this, as shown in Figure 2 a and 2 b, the embodiment of the present invention provides a kind of special-shaped lamp piece 1, including substrate, setting
In multiple area equations and spaced luminescence unit 12 on substrate, the shape of each luminescence unit 12 is triangle.
As shown in Figure 2 c, luminescence unit 12 includes a light-emitting component 120, and light-emitting component 120 includes being cascading
In anode 1201, light emitting functional layer 1203 and cathode 1202 on substrate 11.
Wherein, light emitting functional layer 1203 includes at least luminescent layer.As shown in figure 3, optional, light emitting functional layer 1203 is except packet
Include outside luminescent layer 1204, can also include electron transfer layer (election transporting layer, abbreviation ETL) 1205,
Electron injecting layer (election injection layer, abbreviation EIL) 1206, hole transmission layer (hole transporting
Layer, abbreviation HTL) 1207 and hole injection layer (hole injection layer, abbreviation HIL) 1208 in one layer or
Multilayer.It should be noted that light emitting functional layer be not limited to only include luminescent layer 1204 and ETL1205, EIL1206,
The combination of HTL1207, HIL1208 can also include that other functional layers are other.
Wherein, substrate 11 is, for example, SiOx (silica) substrate and/or SiNx (silicon nitride) substrate.
Multiple luminescence units 12 are triangle and area equation.Then the size of multiple luminescence units 12 can be identical,
Can also be completely not identical, it can be with not exactly the same.Due to area S=1/2 × A × H of triangle, wherein A is triangle
One side side length, H is therefore the corresponding height in side that side length is A when the area equation of all luminescence units 12, needs to own
At least one of each triangle in triangle while be equal and this while corresponding height be equal.In each luminescence unit
In the case that 12 current density (passing through the electric current of unit area in the unit time) is equal, pass through the electricity of each luminescence unit 12
The size for flowing I is only related to the area S of the luminescence unit 12.Electric current I and the area S of luminescence unit 12 are in a linear relationship, that is, send out
The area S of light unit 12 is bigger, and electric current I is bigger.And electric current I and the brightness of luminescence unit 12 are in a linear relationship, i.e. electric current I is got over
Greatly, the brightness of luminescence unit 12 is bigger.Therefore when the area equation of luminescence unit 12, the brightness of luminescence unit 12 is also equal.
So in the case where the area equation of multiple luminescence units 12, even if the size of multiple luminescence units 12 for triangle is complete
It is complete different or not exclusively the same, it also can guarantee that the brightness of all luminescence units 12 is equal.
The embodiment provides a kind of special-shaped lamp pieces 1, on the one hand, since the abnormity lamp piece 1 includes multiple shapes
For triangle and the luminescence unit 12 of area equation, thus in the case where the current density of each luminescence unit 12 is equal, make
The brightness for obtaining all luminescence units 12 is equal, and the homogeneity of special-shaped 1 overall brightness of lamp piece is preferable；On the other hand, luminescence unit 12
For triangle, triangle can preferably be bonded the outer boundary of the design configuration of special-shaped lamp piece 1, with the outer boundary of design configuration
Amalgamation is more preferable, so that the outer boundary shape and the phase of the outer boundary of design configuration of the profiled shape that multiple luminescence units 12 are formed
Like Du Genggao, the illumination effect of special-shaped lamp piece 1 more meets expected design.
On this basis, due to the phase between the outer boundary and the outer boundary of design configuration of the special-shaped lamp piece 1 in the present invention
It is higher like spending, therefore the special-shaped lamp piece 1 in the present invention can be preferably bonded when being applied on auto lamp with automobile profile,
Guarantee the outer boundary of auto lamp and the outer boundary of design configuration has high similarity, helps to improve existing auto lamp single
Shape, the more gorgeous of the design of auto lamp can be made.
Optionally, the size of multiple luminescence units 12 is all the same.It is more convenient for making when multiple 12 sizes of luminescence unit are identical
A luminescence unit 12 reduces the difficulty of processing of special-shaped lamp piece 1.
Optionally, as shown in Fig. 2 b and Fig. 2 c, above-mentioned special-shaped lamp piece 1 further includes multiple conducting wires 13, and multiple conducting wires 13 are in
Distributed in grid, the shape of grid are triangle；Each luminescence unit 12 is located in grid correspondingly, each luminescence unit
The anode 1201 of light-emitting component 120 in 12 is electrically connected with conducting wire 13 by a resistive conductor 14, the cathode 1202 of light-emitting component 120
Ground connection.
Conducting wire 13 is used to power to multiple luminescence units 12, keeps multiple luminescence units 12 parallel with one another.The material of conducting wire 13
For conductive metal or alloy.Exemplary, the material of conducting wire is Al (aluminium), and surface resistance is that (ohm is every by 0.05 Ω/
Square).
Multiple conducting wires 13 distribute as net shape, and the shape of grid is triangle, the one-to-one position of each luminescence unit 12
In in grid.As shown in Figure 2 b, since the shape of luminescence unit 12 is triangle, when the shape of grid is also triangle
When, the edge of grid can be closer between the edge of luminescence unit 12, and the gap between adjacent light-emitting units 12 also will more
It is small, be conducive to improve syncretizing effect of multiple luminescence units 12 in display.
Resistive conductor 14 is for preventing from going out between the anode 1201 in light-emitting component 120 and cathode 1202 because of foreign conducting matter
Existing short circuit is abnormal, influences shining for other light-emitting components 120.The electric current that entire special-shaped lamp piece 1 is flowed into when due to short circuit will be whole
The light-emitting component 120 for flowing into 1202 short circuit of the anode 1201 and cathode, causes no current in remaining normal light-emitting component 120 logical
It crosses.
Wherein, the material of the resistive conductor 14 needs that the resistance bigger compared to the resistance of conducting wire 13 can be provided using some
Metal or alloy, such as ITO (tin indium oxide).
As shown in fig. 4 a, it is conducting wire 13, the equivalent circuit diagram of resistive conductor 14 and light-emitting component 120, is inputted from conducting wire 13
Voltage signal VDD can just be entered back into light-emitting component 120 after needing to first pass through resistive conductor 14, and resistive conductor 14 plays anti-short circuit.
When in light-emitting component 120 anode 1201 and cathode 1202 short-circuit exception occurs when, since the impedance of resistive conductor 14 is far longer than
Impedance in light-emitting component 120, thus resistive conductor 14 can make the short circuit anomalous line impedance and other routes impedance it
Between difference it is smaller, so that flowing into the electric current of entire special-shaped lamp piece 1 will not all flow into the anomalous line, guarantee other lines
The light-emitting component 120 of road can normally be shown, to extend the service life of special-shaped lamp piece 1.Above-mentioned other routes refer to
The route that normal light-emitting component 120 connects.As shown in Figure 4 b, exemplary, special-shaped lamp piece 1 includes the route of four tunnels parallel connection, when
When short circuit occurs for anode 1201 and cathode 1202 in light-emitting component 120 (in Fig. 4 b shown in dotted line), electric current will be from the route
The anode 1201 and cathode 1202 of light-emitting component directly pass through, and the impedance of light-emitting component 120 is approximately 0 at this time；But due to existing
The total impedance of the route of short-circuit exception and the total impedance (impedance of resistive conductor 14 on other three roads roads Zhong Mei then occur for resistive conductor 14
The sum of with the impedance of light-emitting component 120) between difference it is smaller, electric current can be flowed through from four route roads simultaneously, therefore only short-circuit
Light-emitting component 120 in abnormal route can not shine, and the light-emitting component 120 in other three tunnels can be with normal luminous.
Optionally, as shown in Fig. 2 b and Fig. 2 c, above-mentioned special-shaped lamp piece 1 further includes pixel defining layer (Pixel Define
Layer, PDL) 15, pixel defining layer 15 surrounds the outer setting that makes a circle of luminescence unit 12, and pixel defining layer 15 is close to substrate
11 side is contacted with the anode 1201 in conducting wire 13, electric wire resistance 14 and light-emitting component 120.Pixel defining layer 15 is for forming
When luminescent layer 1204, its position is limited, while pixel defining layer 15 also has insulating effect, it can be to avoid adjacent luminescence unit
It contacts between 12.
Based on above-mentioned, as shown in figure 5, the embodiment of the present invention provides a kind of designing and manufacturing method of special-shaped lamp piece 1, packet
It includes:
S10, the design configuration of special-shaped lamp piece 1 is divided into multiple triangle spirtes, the face of multiple triangle spirtes
Product is equal.
S11, production and the one-to-one luminescence unit 12 of each triangle spirte on substrate 11, it is one-to-one to send out
Light unit 12 is consistent with the shape and size of triangle spirte, and each luminescence unit 12 includes a light-emitting component 120.
Since the design configuration of special-shaped lamp piece 1 is ever-changing, in order to make the finally formed profiled shape of luminescence unit 12 with
The similarity highest of design configuration, therefore select to construct profiled shape using triangular shaped luminescence unit 12.
It should be noted that after due to being divided to design configuration, in addition to the multiple triangle spirtes marked off, also
There may be cannot divided remaining figure, it is understood, therefore, that the special-shaped lamp for the profiled shape being finally made
Piece 1 still can have difference slightly with design configuration.But this difference very little, human eye generally identify less than.
Due to the area equation of all triangle spirtes, it is only necessary to each triangle subgraph in all triangle spirtes
At least one of shape while be equal and this while corresponding height be equal, therefore, the sizes of multiple triangle spirtes can be with
It is identical, not exactly the same and completely not identical.It follows that tool of the triangle spirte when dividing design configuration
Body varying dimensions, applicability is stronger, can more accurately divide design configuration.
For the ease of dividing to design configuration, when dividing, the side length for needing for design configuration to be placed on its each side is equal
For in the coordinate system of positive integer.And all sides of triangle spirte are the integral multiple of minimum unit precision in the coordinate system.
Exemplary, when the minimum unit precision of coordinate system is 1 micron where design configuration, each edge of triangle spirte is all n
Micron, wherein n is positive integer.
It is exemplary, as shown in fig. 6, the outer boundary of the design configuration 10 is straight line, which is divided into more
The triangle spirte 100 of a area equation, and include the long equal side a of a line in each triangle spirte 100, with
And the corresponding equal high h of side a.
The side of triangle spirte 100 can preferably be merged with the outer boundary of design configuration 10, utilize multiple area phases
Deng triangle spirte 100 to design configuration 10 divide after, further according to design configuration 10 make special-shaped lamp piece 1 and Fig. 1
Middle luminescence unit is that the special-shaped lamp piece 1 of rectangle is compared, and the similarity of special-shaped lamp piece 1 and design configuration 10 in the present invention is higher.
And after the shape of triangle spirte 100 and area determine, then each triangle spirte 100 is corresponding in design configuration 10
Region is the corresponding region on special-shaped lamp piece 1 of luminescence unit 12, therefore according to the production of triangle spirte 100 and its size phase
Same luminescence unit 12.
It should be noted that the side of adjacent triangle spirte 100 is coincidence when dividing design configuration 10, and
When making luminescence unit 12, really there is gap between adjacent light-emitting units 12, but since the gap is very small, it should
Gap will not influence the whole shape of finally formed special-shaped lamp piece 1.
The embodiment provides a kind of designing and manufacturing methods of special-shaped lamp piece 1, first pass through setting special-shaped lamp piece 1
Meter figure 10 is divided into multiple triangle spirtes 100 of area equation, then makes the shape with each triangle spirte 100
With the consistent luminescence unit 12 of size, to obtain special-shaped lamp piece 1.On the one hand, due to each triangular shaped luminescence unit
12 area equation, thus can guarantee that the brightness of all luminescence units 12 is equal；On the other hand, relative to the luminous list of rectangle
For member 12, according to the profiled shape that the luminescence unit 12 of triangle is made, outer boundary is closer to the outer of design configuration 10
Boundary shape is spelled so that the profiled shape and 10 similarity of design configuration are higher so as to improve the luminescence unit 12 of rectangular shape
Edge sawtooth sense problem existing for the profiled shape connect promotes illumination effect.
Optionally, triangle spirte 100 include first while, second while and third side.In multiple triangle spirtes 100
The side length on the first side is equal, and the side length on the second side is equal in multiple triangle spirtes 100, in multiple triangle spirtes 100
The side length on third side is equal.That is, the size of all triangle spirtes 100 is completely the same, convenient for production luminescence unit 12.
For a triangle spirte 100, when first while, second while and the side length on third side be equal when, three
Angular spirte 100 is equilateral triangle.When first while, second while and third side side length part it is equal when, triangle subgraph
Shape 100 is isosceles triangle.When first while, second while and third side side length it is all unequal when, triangle spirte 100 is
Common triangle.When first while, second while and third side in there is a situation where that both sides are vertical when, triangle spirte 100 is straight
Angle triangle.
Optionally, when design configuration 10 includes curved side, design configuration 10 is being divided into multiple triangle spirtes
Before 100, need the curved side in design configuration 10 being equivalent to the side being made of at least one straight line, then, after equivalent
Design configuration 10 divided.
It is understood that curved side can be equivalent to straight line side, alternatively, can be equivalent to by least two straight lines
The fold-line edge that head and the tail are formed by connecting.
Since the syncretizing effect between curved side and the side of triangle spirte 100 is poor, and the side equivalent when curved side
In every straight line length it is sufficiently small when, the length on equivalent side is approximately equal to the length of curved side, therefore for the ease of dividing
Design configuration 10 needs the side for being equivalent to curved side to be made of at least one straight line, this while with triangle spirte 100 while
Between can preferably merge.
Optionally, design configuration 10 is divided into multiple triangle spirtes 100, comprising:
Design configuration 10 is divided into multiple regular figures, each regular figure includes one in quadrangle and triangle
Kind.That is, can be entirely quadrangle in all figures that design configuration 10 is divided into；It can also be entirely triangle；Alternatively,
Part is quadrangle, is partially triangle.
Determine the central point of regular figure, and obtain the side length of each edge of regular figure, central point to each edge away from
From.
According to the side length of each edge of strictly all rules figure, the greatest common divisor a of side length is obtained, and according to strictly all rules figure
The central point of shape to the distance of each edge, obtain central point to each edge distance greatest common divisor h.
Using a and h as the corresponding height of the side length on one side of triangle and the side, design configuration 10 is drawn
Point, obtain multiple triangle spirtes 100.
Since a and h are calculated by regular figure, the side length on one side is a and the corresponding a height of h in the side
Each regular figure can be completely divided on triangle balanced, and multiple regular figures are divided by design configuration 10
It arrives.Therefore it is divided using the triangle pair design configuration 10, obtains multiple triangle spirtes 100, triangle subgraph
The side length on one side is a, the corresponding a height of h in the side, convenient for dividing to design configuration 10 in shape.
Exemplary, as shown in fig. 7, design configuration 10 is divided into two regular figures, which is four
Side shape.
Exemplary, as shown in figure 8, design configuration 10 is divided into two regular figures, which is three
It is angular.
Exemplary, as shown in figure 9, design configuration 10 is divided into two regular figures, one of regular figure is four
Side shape and another regular figure are triangle.
In the central point for determining regular figure, for quadrangle and triangle, central point is angular bisector
Intersection point.
As shown in figure 9, doing the angular bisector (in Fig. 8 shown in dotted line) of quadrangle and triangle in Fig. 9 respectively, respectively obtain
Central point O1And O2.Central point O1To quadrangle four edges a1、a2、a3、a4Distance be respectively L1、L2、L3、L4；Central point O2It arrives
Atria side a5、a6、a7Distance be respectively L5、L6And L7.Due to a4And a5For a line, therefore only counted in statistics
One；Due to central point O2For the heart of triangle, and the heart of triangle being equidistant to Atria side, so
L5、L6And L7It is equal, one is only counted in statistics.
Calculate side a1、a2、a3、a4、a6、a7The greatest common divisor a of corresponding side length；Calculate distance L1、L2、L3、L4、L5Most
Big common divisor h.
For obtain central point to each edge apart from the case where, when regular figure is quadrangle, and the four of the quadrangle
In there is no two be parallel to each other while when, need to obtain central point to four edges distance.When regular figure is four sides
Shape, and there is only when two parallel sides in the quadrangle, central point to one group of parallel side is equidistant, therefore is only needed
It obtains from central point to the distance on three sides, which is not parallel to each other between any two.When regular figure be quadrangle, and
There are when two groups of parallel edges in the quadrangle, central point is equidistant to two sides in every group of parallel edges, therefore is only needed
It obtains from central point to the distance on two connected sides；When regular figure is quadrangle, and the quadrangle is square,
The distance from central point to any a line need to only be taken.
When regular figure is triangle, central point to three sides is equidistant, thus need to only take from central point to
The distance of any a line.
When counting the side length of strictly all rules figure, quadrangle and quadrangle, quadrangle and triangle, triangle and triangle
The middle common side of institute only counts primary.Greatest common divisor a is calculated using all side lengths of statistics, then the calculated maximum
Common divisor a can guarantee completely to divide each side in all side lengths.
Count strictly all rules figure central point to each edge distance, obtain central point to each edge distance maximum
Common divisor h, then greatest common divisor h can guarantee completely to divide the central point to side distance.
Based on this, when the side length on one side using above-mentioned greatest common divisor a as triangle spirte 100, using h as should
When side is corresponding high, it is ensured that triangle spirte 100 completely divides each regular figure.On this basis, due to three
The side length of angular spirte 100 is smaller, can make side and song positioned at the triangle spirte 100 at the edge of design configuration 10
The area in the region that the camber line in side surrounds is smaller, sets so that the outer boundary shape of finally formed profiled shape is closer
Count the outer boundary shape of figure 10.
Optionally, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100, comprising:
The design configuration 10 of special-shaped lamp piece 1 is divided into multiple regular figures, each regular figure include quadrangle and
One of triangle.
Determine the central point of regular figure, and obtain the side length of each edge of regular figure, central point to each edge away from
From.
According to the side length of each edge of strictly all rules figure, the greatest common divisor a of side length is obtained, and according to strictly all rules figure
The central point of shape to the distance of each edge, obtain central point to each edge distance greatest common divisor h.
Using a/N with h/M as the corresponding height of the side length on one side of triangle and the side, to design configuration 10 into
Row divides, to obtain multiple triangle spirtes 100；Wherein, N and M is the integer greater than 1.
Due to the greatest common divisor that a is side length, centered on h point to each edge distance greatest common divisor, therefore can be with
To the further equal part of a and h, each rule also can be completely divided according on the a/N and the obtained triangle balanced of h/M after equal part
Then figure obtains multiple triangle spirtes 100 so as to divide using it to design configuration 10.When with equal part back
When long a/N and high h/M is corresponding with the side high as the side length of triangle spirte 100, the side length of triangle spirte 100 and
It is high smaller, therefore the camber line in the side and curl of the triangle spirte 100 at the edge of design configuration 10 can be made to enclose
At region area it is smaller, be, for example, less than the area of triangle spirte 100, thus triangle spirte 100 can be made
Side and the curl of design configuration 10 amalgamation it is more preferable.
On the basis of the above, alternatively, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangles
Shape spirte 100, comprising:
The design configuration 10 of special-shaped lamp piece 1 is divided at least one quadrangle transition figure and at least one triangle mistake
Cross figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
It determines the central point of all triangle transition figures, and obtains the side of each edge of all triangle transition figures
Long, central point to each edge distance.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The central point of triangle transition figure to the distance of each edge, obtain central point to each edge distance greatest common divisor h.
Using a and h as the corresponding height of the side length on one side of triangle and the side, design configuration 10 is drawn
Point, obtain multiple triangle spirtes 100.
Since side length a and high h are come out by triangle transition graphics calculations, the side length on one side is a and the side
Each triangle transition figure can be completely divided on the triangle balanced of corresponding a height of h, to utilize the triangle pair
Design configuration 10 is divided, and multiple triangle spirtes 100 are obtained, and the side length on one side is a, the side pair in triangle spirte
The a height of h answered, convenient for being divided to design configuration 10.
Since quadrangle transition figure can be divided into triangle transition figure, entire design configuration 10 all can be at this time
Be divided into triangle transition figure, when calculating, need to only calculate the central point of each triangle transition figure to a line away from
From calculation amount can be further decreased.
It is exemplary, as shown in Figure 10, calculating central point O1、O2And O3To the side a of triangle transition figure1、a2、a3、a4、
a6、a7Apart from when, it is only necessary to calculate distance L1、L2、L3Greatest common divisor, calculation amount is less.
Optionally, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100, comprising:
The design configuration 10 of special-shaped lamp piece 1 is divided at least one quadrangle transition figure and at least one triangle mistake
Cross figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
It determines the central point of all triangle transition figures, and obtains the side of each edge of all triangle transition figures
Long, central point to each edge distance.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The central point of triangle transition figure to the distance of each edge, obtain central point to each edge distance greatest common divisor h.
A/N and h/M draws design configuration 10 respectively as the corresponding height of side length and the side on one side of triangle
Point, obtain multiple triangle spirtes 100；Wherein, N and M is the integer greater than 1.
Due to the greatest common divisor that a is all triangle transition figure side lengths, point arrives the distance of each edge most centered on h
Big common divisor, therefore also can according on the a/N and the obtained triangle balanced of h/M after equal part to the further equal part of a and h
Enough completely dividing each triangle transition figure obtains multiple triangles so as to divide using it to design configuration 10
Shape spirte 100.The side length and the side of side length a/N and high h/M as triangle spirte 100 after equal part after using equal part
When corresponding high, the side length and height of triangle spirte 100 are smaller, can make the triangle positioned at the edge of design configuration 10
The area in the region that the camber line in the side and curl of spirte 100 surrounds is smaller, is, for example, less than the face of triangle spirte 100
Product, thus the side of triangle spirte 100 and the amalgamation of the curl of design configuration 10 can be made more preferable.
Optionally, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100, comprising:
The design configuration 10 of special-shaped lamp piece 1 is divided at least one quadrangle transition figure and at least one triangle mistake
Cross figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The corresponding height of each edge of triangle transition figure, obtains high greatest common divisor h.
Using a and h as the corresponding height of the side length on one side of triangle and the side, design configuration 10 is drawn
Point, obtain multiple triangle spirtes 100.
By directly taking the corresponding height of triangle transition figure each edge, then all high common divisors are calculated, it can be more
The height for simply making each edge, calculates all high greatest common divisor h so as to relatively simple.
It is exemplary, as shown in figure 11, when calculating, by the side a for calculating triangle transition figure1、a2、a3、a4、a6、a7
The greatest common divisor a and high h of corresponding side length1、h2、h3、h4、h5、h6、h7、h8、h9Greatest common divisor h, so that it is determined that
The corresponding side length a of the triangle spirte 100 and corresponding high h in the side.
On this basis, optionally, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100, wrapped
It includes:
The design configuration 10 of the special-shaped lamp piece 1 is divided at least one quadrangle transition figure and at least one triangle
Shape transition figure.
Each quadrangle transition figure is divided into two or four triangle transition figure.
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The corresponding height of each edge of triangle transition figure, obtains high greatest common divisor h.
A/N and h/M draws design configuration 10 respectively as the corresponding height of side length and the side on one side of triangle
Point, obtain multiple triangle spirtes 100；Wherein, N and M is the integer greater than 1.
Due to the greatest common divisor that a is all triangle transition figure side lengths, point arrives the highest common divisor of each edge centered on h
Number, thus can with a length of a of opposite side, the corresponding a height of further equal part of h in the side, according to after equal part side length a/N and high h/M obtain
Triangle balanced on also can completely divide each triangle transition figure, so as to using its to design configuration 10 carry out
It divides, obtains multiple triangle spirtes 100.Side length a/N and high h/M after equal part after using equal part are as triangle subgraph
The side length and Gao Shi of shape 100, the side length and height of triangle spirte 100 are smaller, can make positioned at the edge of design configuration 10
Triangle spirte 100 side and curl in the area in region that surrounds of camber line it is smaller, be, for example, less than triangle spirte
100 area, thus the side of triangle spirte 100 and the amalgamation of the curl of design configuration 10 can be made more preferable.
Alternatively, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100,
Include:
It is taken on the outer boundary of design configuration 10 a bit, does vertical line to opposite side.
The a plurality of equidistant straight line parallel with vertical line is done, special-shaped lamp piece 1 is divided into multiple quadrangles.
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle
Shape, i.e., in the quadrangle, the area of quadrangle is by multiple tessellation figure equal parts.
Remaining each quadrangle is divided using tessellation figure, until the area of the quadrangle remainder can not be again
It is divided into a complete tessellation figure.
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle
Whether the area for dividing figure is less than or equal to 80%.
If so, using the tessellation figure as triangle spirte 100, to the design configuration 10 of special-shaped lamp piece 1 into
Row divides.
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is by multiple tessellation figures
After shape divides, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
It is taken on the outer boundary of design configuration 10 a bit, does vertical line to opposite side, along vertical line extended line direction, done flat with vertical line
Design configuration 10, can be divided into multiple rectangular quadrangles of tool by the straight line of square between capable a plurality of grade at this time.Directly do with
The parallel straight line of vertical line is relatively simple, convenient for design configuration is divided into quadrangle.
It is exemplary, as figure 12 a shows, in side a4On take a little to side a2It is vertical line L, then takes turns doing the straight line parallel with L
L1、L2、L3And L4, that is, L1、L2、L3And L4Also respectively with side a4Vertically；And L and L1Between, L and L3Between, L1With L2Between, L3With
L4Between spacing it is equal.L,L1、L2、L3And L4The design configuration 10 of abnormity has been divided into multiple rectangular quadrangles of tool,
Wherein in addition to two quadrangles at 10 both ends of design configuration, other quadrangles are right-angled trapezium, and figure is more regular, after being convenient for
It is continuous to divide.Then since first quadrangle of right side edge or left side edge, with from first four side of right side edge in Figure 12 a
It is then sharp again by the quadrilateral partition for the tessellation figure A of multiple area equations and without residual area for shape starts
Remaining each quadrangle is divided with tessellation figure A, and judges remaining each quadrangle by multiple tessellation figure A
After division, the area C of remainder1、C2、C3、C4Whether the area for accounting for tessellation figure A, which is respectively less than, is equal to 80%, if
Greater than 80%, then reduce the area of tessellation figure A, recycles the tessellation figure A after reducing to divide remaining every
A quadrangle, until remainder area C1、C2、C3、C4The area for accounting for tessellation figure A, which is respectively less than, is equal to 20%, benefit
Design configuration 10 is divided with the tessellation figure A after reduction, obtains multiple triangle spirtes 100.
In the embodiment of the present invention, along vertical line extended line direction, the straight line of square between a plurality of grade parallel with vertical line is done, will be designed
Figure 10 is divided into multiple quadrangles, and division mode is relatively simple.
Alternatively, the design configuration 10 of special-shaped lamp piece 1 is divided into multiple triangle spirtes 100,
Include:
It is taken on the outer boundary of design configuration 10 a bit, does vertical line to opposite side.
Obtain two angles between the extended line of vertical line and the extended line on the side of design configuration edges at two ends.
Each angle of equal part, obtains multiple bisectors, extends to the part in design configuration according to bisector, will design
Figure 10 is divided into multiple quadrangles.
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle
Shape, i.e., in the quadrangle, the area of quadrangle is by multiple tessellation figure equal parts.
Remaining each quadrangle is divided using the tessellation figure, until the area of the quadrangle remainder can not
It is further subdivided into a complete tessellation figure.
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle
Whether the area for dividing figure is less than or equal to 80%.
If so, using the tessellation figure as triangle spirte 100, to the design configuration 10 of special-shaped lamp piece 1 into
Row divides.
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is by multiple tessellation figures
After shape divides, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
When between the side of 10 edges at two ends of vertical line and design configuration there are when angle, in order to guarantee that design configuration 10 is divided
After multiple quadrangles, the minimum widith positioned at 10 edges at two ends quadrangle of design configuration is unlikely to too small, therefore equal part " is hung down
Between the side of 10 edges at two ends of line and design configuration " angle.
It is exemplary, as shown in Figure 12b, in side a4On take a little to side a2It is vertical line L, then does the extended line point of vertical line L again
Not with side a1, a3 intersection points B1、B2, obtain vertical line L and side a1Angle α, vertical line L and side a3 angle β.Then by angle α into
Row T equal portions, angle β carry out U equal portions, and T and U are the integer greater than 1, then along intersection points B1, angle α each Along ent do directly
Line, along intersection points B2, angle β each Along ent do straight line, divide design configuration 10, obtain multiple quadrangles.Then from the right side
First quadrangle of side edge or left side edge starts to divide design configuration 10, with from first four side of right side edge in Figure 12 b
Shape starts to divide signal, by the quadrilateral partition for the tessellation figure A of multiple area equations and without residual area.It is sharp again
Remaining quadrangle is divided with tessellation figure A, and judges remaining each quadrangle by multiple tessellation figure Aization point
Afterwards, the area C of remainder1、C2、C3、C4、C5、C6、C7Whether the area for accounting for the tessellation figure, which is respectively less than, is equal to
80%, if more than 80%, then reduce the area of tessellation figure A, the tessellation figure A after reducing is recycled to draw
Divide remaining each quadrangle until remainder area C1、C2、C3、C4、C5、C6、C7The area for accounting for the tessellation figure is equal
Less than or equal to 80%, the design configuration 10 of special-shaped lamp piece 1 is divided using the tessellation figure A after reduction, obtains multiple three
Angular spirte 100.
It is above-mentioned taken from the outer boundary of design configuration 10 a bit, to opposite side do vertical line design configuration 10 is divided into it is more
It is optional as another kind after a quadrangle, it is multiple areas by the quadrilateral partition since a most marginal quadrangle
Equal tessellation figure.
Remaining each quadrangle is divided using tessellation figure until the area of the quadrangle remainder can not be again
It is divided into a complete tessellation figure.
After judging that remaining each quadrangle is divided by multiple tessellation figures, whether the area of remainder is equal to 0.
If so, using the tessellation figure as triangle spirte 100, to the design configuration 10 of special-shaped lamp piece 1 into
Row divides.
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is by multiple tessellation figures
After shape divides, the area of remainder is equal to 0.
The area of each quadrangle can completely be divided without residue, root by triangle spirte 100 in design configuration 10
According to the profiled shape of the special-shaped lamp piece 1 of multiple triangle spirte 100 production and the similarity of design configuration close to 100%,
Display effect is good.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (12)
1. a kind of abnormity lamp piece, which is characterized in that set including substrate, the multiple area equations being set on the substrate and interval
The shape of the luminescence unit set, each luminescence unit is triangle；
The luminescence unit includes a light-emitting component, and the light-emitting component includes the sun being cascadingly set on the substrate
Pole, light emitting functional layer and cathode.
2. abnormity lamp piece according to claim 1, which is characterized in that the size of multiple luminescence units is all the same.
3. abnormity lamp piece according to claim 1, which is characterized in that further include multiple conducting wires, the more conducting wires are in net
Trellis distribution, the shape of grid are triangle；Each luminescence unit is located at correspondingly in the grid；
The anode of light-emitting component in each luminescence unit is electrically connected with the conducting wire by a resistive conductor.
4. a kind of designing and manufacturing method of abnormity lamp piece characterized by comprising
The design configuration of special-shaped lamp piece is divided into multiple triangle spirtes, the area phase of multiple triangle spirtes
Deng；
Production and each one-to-one luminescence unit of triangle spirte on substrate, the one-to-one luminous list
It is first consistent with the shape and size of the triangle spirte, and each luminescence unit includes a light-emitting component.
5. the designing and manufacturing method of abnormity lamp piece according to claim 4, which is characterized in that the triangle spirte packet
Include first while, second while and third side；
The side length on the first side is equal in multiple triangle spirtes, the side length on the second side in multiple triangle spirtes
Equal, the side length on third side is equal in multiple triangle spirtes.
6. the designing and manufacturing method of abnormity lamp piece according to claim 4, which is characterized in that the design configuration includes song
Line side；
Before the design configuration is divided into multiple triangle spirtes, the designing and manufacturing method of the abnormity lamp piece is also
Include:
The curved side of the design configuration is equivalent at the side being made of at least one straight line.
7. the designing and manufacturing method of abnormity lamp piece according to claim 4, which is characterized in that divide the design configuration
At multiple triangle spirtes, comprising:
The design configuration is divided into multiple regular figures, each regular figure includes in quadrangle and triangle
It is a kind of；
It determines the central point of the regular figure, and obtains the side length of each edge of the regular figure, central point to each edge
Distance；
According to the side length of each edge of all regular figures, the greatest common divisor a of side length is obtained, and according to all rule
Then the central point of figure is to the distance of each edge, obtain central point to each edge distance greatest common divisor h；
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
8. the designing and manufacturing method of abnormity lamp piece according to claim 4, which is characterized in that divide the design configuration
At multiple triangle spirtes, comprising:
The design configuration of the special-shaped lamp piece is divided at least one quadrangle transition figure and at least one triangle transition
Figure；
Each quadrangle transition figure is divided into two or four triangle transition figure；
It determines the central point of all triangle transition figures, and obtains the side of each edge of all triangle transition figures
Long, central point to each edge distance；
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The central point of the triangle transition figure to the distance of each edge, obtain central point to each edge distance greatest common divisor
h；
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
9. the designing and manufacturing method of abnormity lamp piece according to claim 4, which is characterized in that divide the design configuration
At multiple triangle spirtes, comprising:
The design configuration is divided at least one quadrangle transition figure and at least one triangle transition figure；
Each quadrangle transition figure is divided into two or four triangle transition figure；
According to the side length of each edge of all triangle transition figures, the greatest common divisor a of side length is obtained, and according to all
The corresponding height of each edge of the triangle transition figure, obtains high greatest common divisor h；
According to a and h, the design configuration is divided, obtains multiple triangle spirtes.
10. according to the designing and manufacturing method of the described in any item special-shaped lamp pieces of claim 7-9, which is characterized in that according to a and h,
The design configuration is divided, multiple triangle spirtes are obtained, comprising:
Using a and h as the corresponding height of the side length on one side of triangle and the side, the design configuration is divided,
Obtain multiple triangle spirtes；Alternatively,
Using a/N and h/M as the corresponding height of the side length on one side of triangle and the side, the design configuration is drawn
Point, obtain multiple triangle spirtes；Wherein, N and M is the integer greater than 1.
11. according to the designing and manufacturing method of the described in any item special-shaped lamp pieces of claim 4-6, which is characterized in that set described
Meter figure is divided into multiple triangle spirtes, comprising:
It is taken on the outer boundary of the design configuration a bit, does vertical line to opposite side；
The a plurality of equidistant straight line parallel with the vertical line is done, the special-shaped lamp piece is divided into multiple quadrangles；
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle；
Remaining each quadrangle is divided using the tessellation figure, until the area of the quadrangle remainder can not be drawn again
It is divided into a complete tessellation figure；
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle and draws
Whether the area of component shape is less than or equal to 80%；
If so, being divided using the tessellation figure as the triangle spirte to the design configuration；
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is drawn by multiple tessellation figures
After point, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
12. according to the designing and manufacturing method of the described in any item special-shaped lamp pieces of claim 4-6, which is characterized in that set described
Meter figure is divided into multiple triangle spirtes, comprising:
It is taken on the outer boundary of the design configuration a bit, does vertical line to opposite side；
Obtain two angles between the extended line of the vertical line and the extended line on the side of the design configuration edges at two ends；
Each angle of equal part, obtains multiple bisectors, extends to the part in the design configuration according to bisector, will be described
Design configuration is divided into multiple quadrangles；
It is the tessellation figure of multiple area equations by the quadrilateral partition since a most marginal quadrangle；
Remaining each quadrangle is divided using the tessellation figure, until the area of the quadrangle remainder can not be drawn again
It is divided into a complete tessellation figure；
After judging that remaining each quadrangle is divided by multiple tessellation figures, the area of remainder accounts for the triangle and draws
Whether the area of component shape is less than or equal to 80%；
If so, being divided using the tessellation figure as the triangle spirte to the design configuration；
If it is not, reducing the area of the tessellation figure, until remaining each quadrangle is drawn by multiple tessellation figures
After point, the area that the area of remainder accounts for the tessellation figure is less than or equal to 80%.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113074351A (en) * | 2021-04-07 | 2021-07-06 | 固安翌光科技有限公司 | OLED lamp piece and OLED car lamp |
| CN113630926A (en) * | 2020-05-07 | 2021-11-09 | 固安翌光科技有限公司 | Organic electroluminescent screen and preparation method thereof |
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| CN202887618U (en) * | 2012-11-08 | 2013-04-17 | Tcl集团股份有限公司 | Sub-pixels and pixel structure and display panel |
| CN106023820A (en) * | 2016-07-29 | 2016-10-12 | 京东方科技集团股份有限公司 | Pixel arrangement structure, specially-shaped display panel and display device |
| CN109244265A (en) * | 2017-07-11 | 2019-01-18 | 乐金显示有限公司 | Organic Light Emitting Diode and the method for manufacturing it |
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| US3936816A (en) * | 1972-11-02 | 1976-02-03 | Dai Nippon Toryo Kabushiki Kaisha | Flat display system |
| CN202887618U (en) * | 2012-11-08 | 2013-04-17 | Tcl集团股份有限公司 | Sub-pixels and pixel structure and display panel |
| CN106023820A (en) * | 2016-07-29 | 2016-10-12 | 京东方科技集团股份有限公司 | Pixel arrangement structure, specially-shaped display panel and display device |
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| CN113630926A (en) * | 2020-05-07 | 2021-11-09 | 固安翌光科技有限公司 | Organic electroluminescent screen and preparation method thereof |
| CN113074351A (en) * | 2021-04-07 | 2021-07-06 | 固安翌光科技有限公司 | OLED lamp piece and OLED car lamp |
| WO2022213990A1 (en) * | 2021-04-07 | 2022-10-13 | 固安翌光科技有限公司 | Oled lamp panel and lighting device |
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| CN110265464B (en) | 2022-05-03 |
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