CN209119160U - A kind of RGBWWW mixed color LED encapsulating structure - Google Patents

A kind of RGBWWW mixed color LED encapsulating structure Download PDF

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Publication number
CN209119160U
CN209119160U CN201822079262.8U CN201822079262U CN209119160U CN 209119160 U CN209119160 U CN 209119160U CN 201822079262 U CN201822079262 U CN 201822079262U CN 209119160 U CN209119160 U CN 209119160U
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China
Prior art keywords
bowls
bracket
bowl
function area
metal function
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CN201822079262.8U
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Inventor
李俊东
张路华
王鹏辉
张建敏
高龑
王天
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SHENZHEN SMALITE OPTO-ELECTRONIC Co Ltd
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SHENZHEN SMALITE OPTO-ELECTRONIC Co Ltd
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Abstract

A kind of RGBWWW mixed color LED encapsulating structure, the utility model relates to LED technology fields;No. three bowls are arranged in the bracket rim of a cup of bracket, the No.1 bowl, No. two bowls, No. three bowls and No. four bowls interior bottom be equipped with metal function area, and plastic cement normal society is equipped in each metal function area, it is equipped with plastic cement separation layer between the No.1 bowl, No. two bowls, No. three bowls and No. four bowls, inclined surface is equipped between the periphery and plastic cement separation layer in metal function area;The chip is fixed in metal function area by crystal-bonding adhesive, is connected and is connected by wire rod between chip and metal function area.A kind of color is increased, so that the reference color temperature of whole lamp variation is more extensive, while brightness will not be too low, can satisfy the requirement of more clients;Increase between color corresponding matching combination and at change degree, practicability is stronger.

Description

A kind of RGBWWW mixed color LED encapsulating structure
Technical field
The utility model relates to LED technology fields, and in particular to a kind of RGBWWW mixed color LED encapsulating structure.
Background technique
With the continuous maturation in market, so that more and more requirements also proposed to lamp bead color and integration degree, The integration realization multiple color as far as possible on a bracket, comprising: the implementation of coloured light and white light, coloured light passes through feux rouges core Piece, green light chip, blue chip, and thus the chip of tri- kinds of colors of RGB is arranged in pairs or groups the coloured light etc. to be formed;The implementation of white light Mode that there are mainly two types of: first is that white light made of the chip hybrid for passing through tri- kinds of colors of RGB;Second is that passing through expandable stent bowl Cup, the chip placement in bowl, then encapsulated by fluorescent glue adaptation, such mode is only capable of obtaining solid color white light, mesh Preceding market only has full-color+a kind of color white light of RGBW() and full-color+two kinds of colors white light of RGBWW(), as depicted in figs. 1 and 2.
Existing bracket has the disadvantage in that
1, white light W color and aobvious finger are single: the bowl of expansion places LED chip, then encapsulates fluorescent glue, pass through fluorescence Powder excitation issues white light or solid color light.
2, the corresponding matching combination between color is less: the colour match combination of three primary colours (red, green, blue), hyperchromic It is known to us with complementary color.Same chip also excited by fluorescent glue generation different colours (it is possible that blue chip add it is glimmering Light powder inspires red, green, amber, yellow etc.), different-colour, difference is aobvious to be referred to, different CIE chromaticity coordinates etc., Ci Zhongxin The matched combined between light that piece excites fluorescent glue to generate in practical applications also very extensively can be with by such assembled scheme It is combined into us and wants photochromic, CIE color area coordinate points, show and refer to, color saturation etc., for example: the collocation of red and green color lamp bead can To be combined into 90 aobvious fingers:
Red lamp bead: with blue chip, red fluorescence powder and green emitting phosphor matched combined at fluorescent glue, then with glimmering Optical cement encapsulates blue chip, excites fluorescent glue to generate red lamp bead by blue chip, red lamp bead can be according to design requirement It is made into corresponding beche-de-mer without spike (CIE color area coordinate shows and refers to, brightness etc.) and color;
Green lamp bead: use blue chip, green emitting phosphor matched combined at fluorescent glue, then with fluorescent glue encapsulate blue light Chip excites fluorescent glue to generate green lamp bead by blue chip, and green lamp bead can be made into corresponding beche-de-mer without spike according to design requirement (CIE color area coordinate shows and refers to, brightness etc.) and color;
Finally, red lamp bead and green lamp bead are mounted on same substrate again, it is spaced spacing appropriate, red lamp bead The green light that the feux rouges of sending and green lamp bead issue, can be overlapped mutually the white light for being combined into that aobvious finger is 90.
Example are as follows: red green collocation will do the white light of 2700K CRI90: red lamp bead (1000-1300K CRI46 or so), Green lamp bead (4500-5500K CRI61 or so), two kinds of lamp beads are mounted on same substrate, can be combined into colour temperature 2700K The white light of left and right CRI90.
Thus it will be seen that the color of lamp bead combines (two different-colours, different CIE coordinates, aobvious finger of difference etc.), It can be combined into another new color, no matter the new color after combination is in colour temperature, CIE coordinate, showing finger etc. can change.It can It is further contemplated that three different colours or more different colours, if the permutation and combination that can arrange in pairs or groups, can be at more colors Expand out bigger colour gamut.
3, integration degree is short of: realizing above-mentioned described more colors, bigger colour gamut, it is obviously desirable to more colors It is integrated.
Summary of the invention
The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed Reason, RGBWWW mixed color LED encapsulating structure easy to use, increase a kind of color, so that the reference color temperature of whole lamp variation is more Extensively, while brightness will not be too low, can satisfy the requirement of more clients;The corresponding matching increased between color is combined and at change Degree, practicability are stronger.
In order to achieve the above purposes, the technical solution adopted by the utility model is:, and it includes No.1 bowl, No. two bowls, four Number bowl, wire rod, chip, terminal, crystal-bonding adhesive and bracket;The bracket rim of a cup inner space of bracket is successively arranged No.1 from left to right Bowl, No. two bowls and No. four bowls;The front and rear sides of bracket are respectively and fixedly provided with several terminals;It also includes No. three bowls, plastic cement Separation layer, plastic cement normal society;No. three bowls are arranged in the bracket rim of a cup of bracket, the No.1 bowl, No. two bowls, The interior bottom of No. three bowls and No. four bowls is equipped with metal function area, and is equipped with plastic cement normal society in each metal function area, Plastic cement separation layer, the week in metal function area are equipped between the No.1 bowl, No. two bowls, No. three bowls and No. four bowls Inclined surface is equipped between side and plastic cement separation layer;The chip is fixed in metal function area by crystal-bonding adhesive, chip and gold It is connected and is connected by wire rod between function of dominant area.
Further, unfilled corner is offered on one jiao of the bracket.
Further, No. three bowls are arranged between No.1 bowl, No. two bowls and No. four bowls.
Further, No. three bowls be arranged on front side of the bracket rim of a cup inner space of bracket, rear side, left side or Right side.
Further, the bracket rim of a cup of the bracket is round, rectangular or oval.
Further, the plastic cement normal society, which takes on a different shape, is arranged in metal function area, by metal function zoning Divide the functional area of fixed different shape structure out.
After adopting the above structure, the utility model has the beneficial effect that a kind of RGBWWW mixed color LED described in the utility model Encapsulating structure increases a kind of color, so that the reference color temperature of whole lamp variation is more extensive, while brightness will not be too low, can be with Meet the requirement of more clients;Increase between color corresponding matching combination and at change degree, practicability is stronger, the utility model It is simple with structure, setting rationally, the advantages that low manufacture cost.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is RBGW mixed color LED package structure diagram in the prior art.
Fig. 2 is RGBWW mixed color LED package structure diagram in the prior art.
Fig. 3 is the structural schematic diagram of the utility model.
Fig. 4 is the side view of the utility model.
Description of symbols:
No.1 bowl 1, two bowl 2, three bowl 3, No. four bowls 4, plastic cement separation layer 5, inclined surface 6, plastic cement normal societies 7, wire rod 8, metal function area 9, chip 10, terminal 11, unfilled corner 12, crystal-bonding adhesive 13, bracket 14.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
Referring to as Figure 3-Figure 4, present embodiment the technical solution adopted is that: it includes No.1 bowl 1, two 2, No. four bowls 4 of bowl, wire rod 8, chip 10, terminal 11, crystal-bonding adhesive 13 and bracket 14;Bracket 14 is plastic rubber bracket, size It can be designed as 5050,5070,6070 etc., and the bracket rim of a cup of bracket 14 is ellipse, inner space is from left to right successively Equipped with 1, No. two bowl 2 of No.1 bowl and No. four bowls 4;The front and rear sides of bracket 14 are respectively and fixedly provided with several terminals 11, for connecting Connect external circuit;In the rim of a cup of bracket 14 between No. two bowls 2 and No. four bowls 4 be equipped with No. three bowls 3, described one The interior bottom of number bowl 3 of bowl 2, three of bowl 1, two and No. four bowls 4 is equipped with metal function area 9, and each metal function It can be equipped with plastic cement normal society 7 in area 9, plastic cement normal society 7, which takes on a different shape, to be arranged in metal function area 9, by metal function area 9 (to meet corresponding electrically arrangement, the functional areas that different shape designs can for the functional area of the fixed different shape structure out of division With electronic devices such as various chips of arranging, IC, to realize different designed uses), described 1, No. two bowl 2 of No.1 bowl, Light of the plastic cement separation layer 5(for being issued the chip in different bowls is equipped between No. three bowls 3 and No. four bowls 4 It is isolated), it is equipped with the inclined surface inclined surface 6(between the periphery and plastic cement separation layer 5 in metal function area 9 and is used for reflection light, inclines The lower edge on inclined-plane 6 is upper oblique since the outer edge in metal function area 9, until being connected to one with plastic cement separation layer 5 and bracket 14 Body forms the structure of bowl shape, i.e., 1, No. two bowl of No.1 bowl, No. three bowls 3 and No. four bowls in present embodiment Cup 4, the effect of plastic cement material are also the design of electric wiring other than it can be used in fixing its internal metal function area 9 Create corresponding safe space;The color and material of plastic cement material can there are many designs depending on the application: such as white PCT, white Color PPA, black PPA, transparent PC etc., the shape of plastic cement material is set depending on the application);The chip 10 passes through crystal-bonding adhesive 13 It is fixed in metal function area 9 and (fixes W in the metal function area 9 in 1, No. three bowl 3 of No.1 bowl and No. four bowls 4 Chip fixes BRG chip in the metal function area 9 in No. two bowls 2), pass through wire rod 8 between chip 10 and metal function area 9 Connection conducting;Utilize encapsulation glue by chip and line in the bowl 3 of bowl 2, three of No.1 bowl 1, two and No. four bowls 4 In material is encapsulated in.
Further, unfilled corner 12 is offered on one jiao of the bracket 14, for distinguishing positive and negative anodes.
The working principle of this specific embodiment:: a bowl is increased, to increase a kind of color, such color can To be coloured light, it is also possible to white light, if it is white light, correspondingly, also increase a kind of aobvious finger more;No. three bowls 3 expanded, can To be packaged into a kind of coloured light, it can also be packaged into white light, increased white light colour temperature is 10000K, and colour temperature can be made to regulate and control model in this way It encloses and is expanded to 2400-10000K, keep the reference color temperature of whole lamp variation more extensive, while brightness will not be too low, can expire in this way The requirement of the more clients of foot;For increasing a kind of 10000K colour temperature color, by mixed with RGB and other two different-colours It closes, the colour temperature that cloudless blue sky may be implemented is about 10000 K, and it is about 7000-9000 K that the cloudy day, which also may be implemented, can also To realize that the colour temperature of tengsten lamp is about 2600 K etc., the matching combination between color is also increase accordingly, the diversity and color of color Warm range can also increase therewith.
After adopting the above structure, present embodiment has the beneficial effect that
1, a kind of color is increased, such color can be coloured light, be also possible to white light, if it is white light, correspondingly, Increase a kind of aobvious finger more;3. bowl 3 expanded, can be packaged into a kind of coloured light, can also be packaged into white light;The prior art Colour temperature modification scope is about 2400-6500K, and the ideal increased white light colour temperature of this programme is 10000K, can make colour temperature in this way Modification scope is expanded to 2400-10000K, keeps the reference color temperature of whole lamp variation more extensive, while brightness will not be too low, in this way It can satisfy the requirement of more clients;
2, corresponding matching between color, which is combined, increases: for increasing a kind of 10000K colour temperature color, by with RGB and Other two different-colours mixing, the colour temperature that cloudless blue sky may be implemented is about 10000 K, and the cloudy day also may be implemented about For 7000-9000 K, the colour temperature that tengsten lamp also may be implemented is about 2600 K etc., and the matching combination between color is also corresponding to be increased Add, the diversity and reference color temperature of color can also increase therewith;
3, integration degree increases: increasing a bowl on the basis of bracket is original, improves the integrated journey of bracket Degree, will not weld another bracket because of color dropout accordingly on substrate again;This scheme not only saves cost, also Space and process are saved, product cost is further promoted.
The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the scope of the claims of the utility model.

Claims (6)

1. a kind of RGBWWW mixed color LED encapsulating structure, it includes No.1 bowl (1), No. two bowls (2), No. four bowls (4), lines Material (8), chip (10), terminal (11), crystal-bonding adhesive (13) and bracket (14);The bracket rim of a cup inner space of bracket (14) from a left side to The right side is successively arranged No.1 bowl (1), No. two bowls (2) and No. four bowls (4);The front and rear sides of bracket (14) are respectively and fixedly provided with several Terminal (11);It is characterized by: it also includes No. three bowls (3), plastic cement separation layer (5), plastic cement normal society (7);Described No. three Bowl (3) be arranged in the bracket rim of a cup of bracket (14), the No.1 bowl (1), No. two bowls (2), No. three bowls (3) and The interior bottom of No. four bowls (4) is equipped with metal function area (9), and is equipped with plastic cement normal society in each metal function area (9) (7), plastic cement isolation is equipped between the No.1 bowl (1), No. two bowls (2), No. three bowls (3) and No. four bowls (4) Layer (5) is equipped with inclined surface (6) between the periphery and plastic cement separation layer (5) of metal function area (9);The chip (10) passes through Crystal-bonding adhesive (13) is fixed on metal function area (9), is connect and is led by wire rod (8) between chip (10) and metal function area (9) It is logical.
2. a kind of RGBWWW mixed color LED encapsulating structure according to claim 1, it is characterised in that: the bracket (14) One jiao on offer unfilled corner (12).
3. a kind of RGBWWW mixed color LED encapsulating structure according to claim 1, it is characterised in that: No. three bowls (3) it is arranged between No.1 bowl (1), No. two bowls (2) and No. four bowls (4).
4. a kind of RGBWWW mixed color LED encapsulating structure according to claim 1, it is characterised in that: No. three bowls (3) it is arranged on bracket rim of a cup inner space front side, rear side, left side or the right side of bracket (14).
5. a kind of RGBWWW mixed color LED encapsulating structure according to claim 1, it is characterised in that: the bracket (14) Bracket rim of a cup be it is round, rectangular or oval.
6. a kind of RGBWWW mixed color LED encapsulating structure according to claim 1, it is characterised in that: the plastic cement normal society (7) it takes on a different shape and is arranged on metal function area (9), metal function area (9) are divided into fixed different shape structure out Functional area.
CN201822079262.8U 2018-12-12 2018-12-12 A kind of RGBWWW mixed color LED encapsulating structure Active CN209119160U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201822079262.8U CN209119160U (en) 2018-12-12 2018-12-12 A kind of RGBWWW mixed color LED encapsulating structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201822079262.8U CN209119160U (en) 2018-12-12 2018-12-12 A kind of RGBWWW mixed color LED encapsulating structure

Publications (1)

Publication Number Publication Date
CN209119160U true CN209119160U (en) 2019-07-16

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Application Number Title Priority Date Filing Date
CN201822079262.8U Active CN209119160U (en) 2018-12-12 2018-12-12 A kind of RGBWWW mixed color LED encapsulating structure

Country Status (1)

Country Link
CN (1) CN209119160U (en)

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