TWM259116U - Lighting device - Google Patents

Description

M259116 Creation instructions (1) The technical field to which the new type belongs — This new type is related to a kind of Zhaoming resident species with low power consumption, high brightness, and the month of use = In particular, it is related to the previous technology. Device. It can be shown that the power consumption and the power generation experience can be used.

, The main day I%, the monthly installation, especially the indoor lighting F, mainly bulbs and fluorescent lamps. Among them, those who are fortunate in terms of the power of the company ’s exhibitions, v. Because of the subtraction, service life, and “Korean” are more popular with fluorescent lamps, 4 # θ a place. Bran, miscellaneous aunt 0 t Taking W in particular, the light emitting is-= μ, the service life of the light lamp is longer than that of the light bulb, but the first polar body is relatively short in comparison. In addition, the light output is good. On the other hand, the light emitting second The polar body is also lower than the fluorescent lamp in consumption. Although the light emitting diode has the advantages described above, however, if the :: body is applied to the existing building Θ, it is beneficial in the socket, the electric power, etc. ". It takes a huge amount of money to make changes, so it is not in line with the new economic content." = Zhong = this, the creator of this case then used his years of experience in the industry to actively study and improve in the spirit of excellence. So this creation ",, bright installation" was produced. The purpose of this creation is to provide a lighting device with low power consumption, high brightness and long life. Decoration = one of the characteristics of earth creation 'a lighting system was provided, The photo ^ Eight Daggers 3 · A transparent hollow outside , The housing having two open ends and end, respectively, for the insulating @ closing the open end of a corresponding plug, each end

Page 5 M259116, creation instructions (2) The base is formed on its inner surface with a unit of ~~ yuan, the light emitting unit package: supporting clip groove; and a light emitting end of the transparent light guide plate is divided into ^ = 该= Transparent light guide plate in the shell, in the trench; at least one light-emitting diode is applied to a corresponding end plug, and the supporting clip chip has-attached to the transparent: said at least one light-emitting diode and the light The light emitting surface on the bottom surface of the non-I front board opposite to the emitting surface, and a pad on the light emitting surface; two j emitting surfaces, and a plurality of mounting surfaces mounted on the non-circuit track = mounting substrate, the mounting substrate has an Supplying electricity to the at least two two circuit track layout surfaces using the at least one light emitting diode " circuit track of a body wafer, the material of the body wafer is electrically connected to the at least one light emitting diode: upper Corresponding circuit traces are on the circuit trace layout surface of the circuit trace layout table. An electric convex ghost is mounted on the mounting substrate. Another shoe lighting device according to the present invention includes: one, one lighting device is provided, and the two are used to respectively close the t + _ empty shell, which has two openings. The end of the insulation plug at the inner end of each end, the light emitting unit includes a light emitting plate, the transparent light guide M2 1 is placed in the transparent light guide flat extension groove in the outer shout, the Transparent; ::: η-water corresponding to the end plug. The fixed drain system is provided with a circuit board, a bottom surface, a pre-sheet on the bottom surface, the at least one light-emitting diode and one light-emitting diode crystal. The light emitting surface is installed on the light emitting surface: the light emitting surface and several sheets are slowly connected to the large dry pad of $ s +, and the solder of the at least one light emitting diode is electrically connected to the light emitting diode chip. 6 pages of M259116 old and creative instructions (3) to the transparent light guide is installed on the transparent bottom surface of the corresponding conductive track of the conductive bumps to be based on the bottom surface of the original board. The lighting device includes eight other features. A lighting device is provided. The end and the two respectively recognize a light-transmitting hollow housing. The housing has two open end light emitting units. The insulating end plugs that close the corresponding open ends. And the at least one sheet of J. ray emitting unit includes at least one mounting substrate, a surface and a system 2: the board has a circuit track with a circuit track, a light emitting diode, and a corresponding end plug. On the inner surface; and at least one line emitting surface, the at least one light emitting diode wafer has a light non-light emitting surface opposite to the non-radiation emitting surface, and a pad system of the number body wafer. Via at least one pad, the at least one light-emitting diode circuit trace is electrically conductively connected to at least one light-emitting path trace of the at least one mounting substrate to be installed at least under the plug: Piece by piece: t if the light exit face is facing up. Circuit track layout surface for women's substrates [Embodiment] Illumination: "the first embodiment"-containing a tube-shaped light-transmitting creative lighting device generally includes a light emitting unit 2. Double 1 and one are mounted on the Τ inside the casing 1 In the present embodiment, the external speaker 制成 is made of 丄 1, and should be phonetic 2 / 二 made of the same material as the fluorescent tube 疋, the casing 1 can also be made of any Its M259116 has two open ends 10. The ends extend horizontally from the inner surface of the casing 1. The horizontally extending end plug 10 is a gutter 10 0. The three and five light-emitting voltage regulator circuits shown in Figures 3 and 5 are single-made. For example, it has the same correspondence as a cold cathode ray tube. Each transparent light guide plate 20 has an arc-shaped top sheet, each of which has a light-extension plate made of a material that passes through the surface including an electrode surface. The light emitted by 21 can have a wider light plate. 20 series can be powered by any suitable transparent material, etc. The transparent light guide plate 20 has flat fins 200 at both ends. Each horizontal fin 200 is Within the ditch of the Zhilou 1 0 3 so that the transparent guide 1 4. Creation instructions (4) It is made of suitable light-transmitting material. The outer shell 1 has an end plug with an open end and an end plug 10 with an end plug 1 0 from the body part 100. The housing 1 and the body part 100 and the embodiment, a support clip is formed on each system. Please refer to the first transparent light guide plate 20, the substrate 22, a transformer and 24. In this embodiment, These LEDs crystallize out of the range. The transparent guide, like glass, acrylic, has an outwardly extending water to a corresponding end plug 1 0 2 〇 is fixed to the shell 5 Hai LED LED 21 can be or The creators of this case, No. 93 and No. 93 1 0 1 1 25, and the two bodies used to close the plugs, respectively, are made of insulating material. The outer body part 100 is made of insulating materials. 1 The inner part can prevent the extension part 1 0 1 and the through hole 1 0 2 of the pair part 1 0 1. The inside of the flat extension part 1 1 indicates that the light emitting unit 2 has a polar body (LED) chip 21 , One yuan 23, and two pairs of power supplies are currently available LED chips in the Republic of China Patent Application No. 92128459 D chip package.

M259116 Light exit surface 2 1 0, one and exit surface 2 1 1, and several settings (not shown in the figure). The circuit path traces are attached to the transparent light guide plate 20 (Figure wafer 2 1 is a conductive convex surface 220 traced through the mounting substrate 2 2. The mounting substrate 22 is to understand the mounting base. 5) In the embodiment, the light emitting surface 2 1 0 of the LED chips is opposite to the non-light emitting surface 2 1 1 and the light emitted from the LED chip 21 is opposite to the arc-shaped top surface. The mounting substrate 22 may be any or any It is suitable that the surface plate 22 has an electrical surface 22 0 arranged thereon. These LED pads are electrically connected to the corresponding circuit track mounting substrate 22 on the 220, and a circuit trace cloth such as an LED chip 21 is provided thereon. They are arranged in a row. However, they should be arranged on the surface 2 2 0 in a matrix form. 2 1 each has a non-light emitting pad (the bottom surface 2 1 0 is the bottom surface. It is a flexible circuit board The carrier of the track (not shown) is installed by arranging the circuit track blocks 2 1 2 of these LEDs. In this embodiment, the circuit track layout, the circuit track circuit board of the LED crystal board 22, the mounting base The surface of the track cloth chip 21 is mounted on the surface In the example, the surface 22 0 pieces 2 1 can also be traced. Each power supply electrode 24 of each pair of power supply electrodes 24 penetrates a corresponding through hole 1 002 so that one of its two ends is Is extended outside the casing 1 and the other is extended inside the casing 1. The ends of the power supply electrodes 24 inside the casing 1 are connected to the circuit of the women's substrate 22 via the conductors 25. The corresponding circuit traces on the trace layout surface 220 are electrically connected. The ends of the power supply electrodes 24 outside the housing 1 are adapted to receive power from the outside via an electrical connector. For example, the power supply electrodes 24 The end on the outside of the housing 1 is adapted to be connected with a standard

Page 9 M259116

The light socket (not shown) is connected. -In the embodiment of the peptide, the 1-transformer and voltage-stabilizing circuit unit 23 is provided in the prostitute = & M Λ male film 21 and is electrically connected to the power source 3 through the power supply electrodes 24, which can be obtained from the external AC The power source 3 receives power and generates a driving voltage for the Daisi LED chip 21. It should be noted that the transformer and voltage stabilizing circuit unit 23 is not limited to be disposed on the circuit track layout surface 22 of the mounting substrate 22, and it may also be provided

Place m Bu 忒 1 outside. On the other hand, since the voltage transformer and voltage regulator circuit is well-known, a detailed description thereof is omitted here. With the above structure, since the power supply electrodes 24 can be connected to the standard> 2 fluorescent lamp socket, the lighting device of this creation can directly replace the current sockets on the market without changing the sockets that are available: power distribution, etc. Fluorescent lamp! _ And it is better than fluorescent tube in terms of redundancy, life and power consumption: Ξ 一 Π, the lighting device of this creation can also be used as liquid crystal L). When this creative system is used as a light source for a backlight module, the supply electrode 24 is suitable for connection to an external DC power source. Electrical industry —... It should be noted that when the mounting substrate 22 is a rigid carrier, the two ends of the women's substrate 22 can replace the horizontal fins 200 of the transparent light guide plate 200 to protrude to a corresponding one. The support pin 10 is clamped in the groove 103. Or, the shape of the supporting clip groove 103 can be changed by matching the mouth with the transparent light guide plate 20, and the two ends of the light guide plate 20 can be inserted into the corresponding supporting clip groove 103, and the flat fins 20 can be eliminated. . Ί

M259116

Fourth, the creation description (7) Now please refer to the fourth circle, an inner wall surface of the housing 1 μ ,, A 蛍 H 26 can also be formed in the foot chip 21 after the fluorescence sound is emitted Light color. The fireflies layer 26 can have a desirable color when it is emitted to the outer part of the shell. The sixth picture is to show the flute of this creation-a single shot per line? Μ-The light of the lighting device of Libei, and an unexpected side view of Chengzhicho Zao 702. Unlike the first embodiment, the friend too is eliminated. The lure m two real towels, the mounting substrate is exempted from waiting for the LED "21, the welding pad is set on the light guide handle 212 of the light guide to electrically connect to the transparent 2] Corresponding circuit trajectories, whereby the LED chips are women's clothing on the bottom surface of the transparent light guide plate 20. 2: The picture shows the light and fountain units of the lighting device of the third embodiment of this creation. 2 is a schematic side view. Unlike the first embodiment, a groove 202 is formed on the bottom surface of the transparent light guide plate 20 and the LED chips 21 are placed in the groove 202. The eighth figure is Shows a schematic side view of the light emitting unit 2 of the lighting device of the fourth embodiment of the present creation. One is different from the second embodiment. The bottom surface of the transparent light guide plate 20 is formed with a groove 202 and the LED chips 21 are arranged. It is placed in the groove 202. The figures 9 to 10 are respectively a schematic exploded perspective view and a schematic cross-sectional view showing the lighting nest of the fifth embodiment of the creation. The lighting device of this embodiment includes a transparent as described above. Light hollow casing 1 and a light emitting device installed in the casing 1 Shooting unit 2.

$ 11 pages M259116 Fourth, the creation description (8) Since the casing 1 is the same as the casing disclosed in the first preferred embodiment, detailed description thereof is omitted here. In this embodiment, each end plug 10 is structurally the same as the end plug of the first preferred embodiment except that it does not support a clamping groove. Therefore, a detailed description thereof is omitted here. . The light emitting unit 2 'includes a mounting substrate 22, a plurality of LED chips 21, a transformer and voltage stabilizing circuit unit (not shown in the ninth and tenth figures), and two pairs of power supply electrodes 26. The mounting substrate 22 is a flexible substrate and is closely attached to the inner surface of the outer rhyme 1 so that the mounting substrate 2 2 ′ has a surface 220 and a surface formed at 221 (only in the tenth figure of the mounting substrate 22). Shown) Corresponds to the first preferred solid bump 2 12 (Only the circuit trace of the 22 'line is arranged by the pads and the circuit trace 28 corresponding to the mounting base is electrically connected to the central portion M, 1 of the U-shape. The circuit trace of this embodiment 22 is distributed in this embodiment

It has a generally U-shaped cross section. The circuit trace layout name of the circuit trace 28 is shown in a reflective layer on the circuit trace layout surface 220). As with the first preferred embodiment, the path trace 28 is electrically connected via a conductor (not shown in the ninth and tenth figures of the power supply electrode 24).

In the same embodiment, the LED chips 21 are mounted on the mounting substrate surface 220 through the conductive substrate (shown in the ten conductive drawings) so that the circuit board on the surface 22 ′ of the LEd chip 21 is arranged on the surface 220 Are connected so that the LED chips 21 are arranged and the light reflecting layers are provided on both sides of the LED chips 21, and the LED chips 21 are aligned in a row on the mounting substrate design surface 2 2 0. ’The structure and function of the transformer and voltage regulator circuit unit

M259116

Schematic diagram of a 1-phase unit phase device 4. Creation description (9) " --- The above is the same as the voltage transformation and voltage stabilization described in the first preferred embodiment ^ detailed descriptions are here Department is omitted. Tenth to tenth figures are sectional views of the third embodiment of the sixth embodiment of the present invention. '' = Refer to the eleventh figure. Unlike the fifth embodiment, the 2A which is too much is a transparent flexible substrate and the 4A is a reflective layer. The outer shell 1 of this embodiment is disposed thereon so that a light reflecting layer 222 is formed on the inner surface of the light pair Γ2, and the green h leaves the outer shell 1 in a single reflection manner. The cross-sectional view t shows the schematic diagram of the lighting device of the seventh embodiment of the present invention; ^ j ί See the twelfth figure, which is different from the fifth and sixth embodiments. In this & Has the same structure as that of the end plug of the first preferred embodiment, and therefore its detailed description is omitted. The installation is a transparent rigid substrate, and the two ends of the branch plug groove 10 corresponding to the corresponding end plugs 10 are inserted into the housing, and can be set in the housing. The mounting substrate 22 has a circuit track layout surface 220 on which circuit tracks (not shown in the eleventh figure) are arranged. As in the first preferred embodiment, the pads of the LED chips 21 are electrically connected to the corresponding circuit traces on the circuit trace layout surface 22 of the mounting substrate 22 'via the conductive bumps 212 so that the The LED chip 21 is mounted on the circuit track layout surface 22 0 of the mounting substrate 22 ′. A light-reflecting layer 22 2 is formed on the inner surface of the light emitting surface 210 of the housing 1 facing the LED chips 21 so that it is emitted by the LED chips 21

Page 13 M259116 4. The light of the creative description (ίο) leaves the housing in a single reflection 1. The thirteenth figure is a schematic sectional view showing an eighth embodiment of the present invention. Please refer to the thirteenth figure. The lighting device of the eighth embodiment of the present invention includes a casing 1 and a light emitting unit as described above. The casing 1 is structurally the same as the casing of the first preferred embodiment, so a detailed description thereof is omitted here. The light-green emitting unit is composed of two mounting j ± y pieces 21 ′, two reflectors 29, and two transformer and voltage stabilizing circuit units (not shown in the thirteenth figure). Each of the two mounting substrates 22 '' is a metal-based substrate having a multi-layer structure composed of a metal layer and an insulating layer. The metal mounting substrate 22 '' can have a heat dissipation function more than a resin substrate. Each mounting substrate 22 'has a circuit track layout surface 220 on which a circuit track (not shown in Fig. 13) is arranged and is attached to the corresponding end plug 10 = surface. The circuit traces of the mounting substrates 22, and are electrically connected to the corresponding power supply electrodes 24. Material A, LEI) The bonding pads of the wafer 21 are connected to the circuit layout surface 220 of the women's substrate 22 via the conductive bumps 212, so that each ED wafer 21 is mounted on The 2 :, women's substrate 22 "circuit track layout surface 22. i. It should be noted that the LED is called mi, and the earth plate 22 has a heat dissipation function, and the heat generated by these can be effectively dissipated. δ HAI two reflectors 2 9 long-time communication% jut ， valley ° and gray one corresponding to the mounting substrate 22 ，

M259116! 9. Creative instructions (11) The LED chip 21 is located in the anti-well 90 and reflected from the mountain. The central part of the cover 29 is used to achieve these voltage transformation and voltage stabilization circuit units. It is used to pull the corresponding LED chip, external power and lightning. -W The voltage and voltage stabilization unit is the first in terms of structure and function. The voltage transformer and voltage stabilization circuit of the preferred embodiment are the same, and their detailed description is therefore omitted. . = Ten: and fifteen are the illuminations for displaying the ninth embodiment of this creation. Unlike the eighth embodiment, in this embodiment, = 料 = Θ 部 系 ^ Mainly filled with pure gas like gas or polarized light: liquid dye or fluorescent agent like tincture (in the tenth In the four figures, the small = short = table; bu shell 1 each :: r optical fiber fill "in the fifteenth map # # ,,, and female strip light, one of the ends of the cut is provided with the first material to facilitate the light It is emitted to the outside of the housing 1. The first figure: the sixth figure is a schematic sectional view showing the lighting equipment of the tenth embodiment of this creation. 10 As shown in the sixteenth figure, the eighth embodiment is different. Two end plugs are formed on the inner surface of the horizontally extending portion 101-an annular recess 4 (as shown in the seventeenth figure). Eighty-one, please refer to the eighteenth figure for cooperation. Lighting device more :: cylindrical transparent light guide bar 27. The two ends of the material light bar 27 are provided with an annular flange 27G that extends outward. Each flange 27G is an end plug corresponding to the plug 2 10 in the annular groove 104 so that the light guide bar 27 Γ 薏 is in the housing 1 and so that each LED chip 21 is located in a fixed circle ring 270 and the guide M259116 formed by the corresponding end face of one of the bars 27. In the space of the creation description (12) '---. The nineteenth figure is | For a schematic cross-sectional view of the device, please refer to the tenth 27. The light formed in the internal system After entering the guide, leave the housing 1. —A display showing the third of the creation—the lighting of the embodiment 0. As shown in the figure, different from the tenth embodiment, the light guide has a number of bubbles 27 1 so that it is removed from the LED chip 2 1 After the light bar 2 7 hits the air bubble 2 71 after changing the direction, it should be noted that 4 ^ other embodiments H v light bar 27 can also be applied to "the embodiment and the inner surface can also be shaped]: 'surface In the fifth to ninth embodiments, the fluorescent layer described in the inert gas of the casing 1 is described. Alternatively, xenon gas can be applied to any of the liquid dyes or fluorescent agents such as individual agents. Where? Set this book = < "lighting device", can indeed use the above-mentioned publications in the publications also did not publicly make the stomach, Fu Li; and apply-do not see anything. Order σ new patents for the novelty, progress and so on, The above-disclosed schemes are not intended to limit the practicality of the new model, and the features of the present invention are all And encompassed the following description of the case, only the new embodiment of the present embodiment; Generally the person skilled in the art, made by other equivalent variations or modifications within the scope of the patent.

M259116 Brief description of the diagram The first picture is a schematic partial exploded perspective view showing the lighting device of the first preferred embodiment of the creation; the second picture is an unintended view of the lighting device of the first preferred embodiment of the creation Combined cross-sectional view, the third figure is a schematic block diagram showing the voltage transformer and voltage stabilization circuit unit of the lighting device of the first preferred embodiment of the creation; the fourth figure is a diagram similar to the second figure, However, the inner surface of the transparent hollow shell is coated with a fluorescent layer; the fifth figure is a schematic cross-sectional view showing the light emitting unit of the lighting device of the first preferred embodiment of the creation; the sixth figure is to show the present The schematic sectional view of the light emitting unit of the lighting device of the second preferred embodiment of the creation; the seventh image is a schematic sectional view of the light emitting unit of the lighting device of the third preferred embodiment of the creation; A schematic cross-sectional view showing a light emitting unit of a lighting device of a fourth preferred embodiment of the present invention; a ninth figure is a view showing a lighting device of the fifth preferred embodiment of the present invention A partially exploded perspective view; FIG. 10 is an unintentional sectional view showing a lighting device of a fifth preferred embodiment of the present invention, and FIG. 11 is a schematic sectional view of a lighting device of a sixth preferred embodiment of the present invention; The twelfth figure is an unintended cross-sectional view showing a lighting device according to a seventh preferred embodiment of the present invention.

M259116 on page 17 Brief description of the schematic diagram of the thirteenth figure. Another feasible view of the fourteenth figure. The fifteenth figure. The sixteenth figure. The seventeenth figure. The eighteenth figure of the end plug is a schematic cross-section of the light guide bar in the nineteenth figure. [Main of the figure 1 Transparent light 1 0 End plug 1 01 Horizontal extension 103 Support clip groove 21 Light emitting diode 2 0 0 Horizontal fins 220 circuit track 211 non-light beam 24 power supply is for display; 疋 is the display selection; 疋 is the display; κ is the display; 疋 is the display of the plane; view. The component represents the first partial cross-sectional view of the first creation of the housing chip; the eighth preferred embodiment of the lighting device of the eighth preferred embodiment of the lighting device; the nineth preferred embodiment of the lighting device; The tenth preferred embodiment of the lighting installation is arranged on the surface of the electrode. The first illustration of this creation; the first illustration of this creation; and the symbol table of this creation] 2100 102 20 22 23 210 212 25 The tenth preferred embodiment of the lighting installation Illumination device of the preferred embodiment Eleventh embodiment of the illumination light emitting unit The through-hole transparent light guide plate mounting substrate transformer and voltage stabilizing circuit unit light emitting surface conductive bump conductor

Page 18 M259116 Brief description of the drawings 26 Fluorescent layer 2 0 2 Groove · 22 'Mounting substrate 221 Reflective layer 21' Light emitting diode wafer 1 0 4 Circular groove 2 7 0 Circular flange 2 9 Reflector 3 Exterior Power supply 2 'Light emitting unit 28 Circuit trace 2 2 2 Reflective layer 22' 'Mounting substrate 27 Transparent light guide strip 271 Bubble

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Claims (1)

M259116 V. Application for Patent Scope 1 · A lighting device including: a light-transmitting hollow shell with two open ends and two insulating end plugs for closing corresponding open ends, each of which is within A support clamping groove is formed on the surface; and a light emitting unit includes a transparent light guide plate which is placed in the casing, and the two ends of the transparent light guide plate are respectively, to a corresponding end plug supporting yoke groove. Inside, M ^ BU θ Ϊ ^ light-emitting diode wafers, the at least one light-emitting dihedral sheet has-the light affixed to the bottom surface of the transparent light guide plate exits the non-light exit surface ί = Σ Ϊ emits S, and Several mounting bags are provided with a surface mounting substrate, and the mounting substrate has a circuit track layout ^ A power supply is provided on the surface of the circuit track layout ^ ^ solid circuit track of the light emitting diode wafer, the at least one wafer system ί Connect the at least one light-emitting diode i = circuit uranium to the circuit track layout surface on the circuit board layout surface of the female substrate. The circuit track layout of the cleverly mounted substrate ^ as requested As described in item i of the scope of interest, the inner wall surface of the complex is coated with a fluorescent layer., Device /, medium, the case is made of gold, as described in item i of the scope of patent application, has a place in the case In the outer '^ /', there are π shares in each end, a through hole from the μ's body part and the horizontal extension part, and the hairline hair y runs through the ____ Page 20, M259116, which extends horizontally to the inside of the housing. 5. The scope of the patent application includes two pairs of power supply electrodes for the Cureto supply system; = per-pair of power supply electrodes. The through holes extending in the casing ^ such that one of the two ends of the casing is within the casing ======================================== ′ ′ ’’ ’s two ends are within the casing, and the other is extended within the casing, in the circuit of the mounting substrate. The end is connected to this via a conductor. Corresponding circuit traces on the layout surface of the electrical connector 4 plugs =:;% description :; Ming device 'its +, each end has a -arc top surface so that = support clip •, the transparent light guide plate with The emitted light has a wide range; the light-emitting diode wafer emits-horizontal wings f extending outwardly, and the supporting clip grooves of the corresponding end plugs of the two ends of the transparent light guide plate are: the horizontal fins extend to- Within the shell. The inside is recommended so that the transparent light guide plate is fixed to the outside 5. A lighting device includes: a light-transmitting hollow shell, the outside M is provided with two open ends and two inner surfaces that respectively close the corresponding open ends The system is formed with a branch = ditch, edge: plug 'each end is plugged in one of its light emitting units, including a pair of rusty ends which are placed in the shell, respectively, which extend to a pair of library light guide plates, the transparent light guide plate The transparent light guide plate has a bottom surface ;: "In the horizontally extending plug of the plug, the circuit track and the predetermined position of the bottom surface are provided with a polar body B and a small i: m diode wafer, the At least one light-emitting b-sheet has a first-line exit surface and several cracks on the light-exit surface M259116 V. Patented solder pads, corresponding to the bottom surface of the light-emitting diode. 6 · If you apply for a special inner wall system 7 · If you apply for a special plug with an inner surface extension body and two pairs of power supply electrodes, the transparent light guide plate extends inside the case 8 · If you apply for a special plug A light beam extending horizontally from an arc has an outer end plug inside the shell. 9 · A light guide range that illuminates the path of at least one hairpin pad. No. 5 is coated with a fluorescent range. No. 5 is outside the case. 1 This horizontally extending supply electrode is inside the case. The right side of the bottom surface of the power supply. The 7th extension is the top surface, so that the horizontally supporting photodiode chip in the clamping groove has a wide extension. The at least one electrical connection is electrically connected to the bottom surface of the transparent light guide plate. The bumps are mounted on the light layer of the transparent light guide plate. Each pair of through-holes in the water part of the main part of the item described above, and the lighting device described in another guide for supplying electricity, wherein the lighting body part of the housing, the flat extension part through-hole, the The power supply is such that the electric lighting of the end of the extension pole is provided with a support clip groove, and the at least one emits a vane so as to surround the transparent guide at each level, one from the Two of the light-emitting electrodes are placed in the outer system via a gas connection, the basin, the light-transmitting two-pole bright light-guiding fin system is in a light quilt, and one pair of each end body part penetrates the radiation unit. Inside of one of the ends of each power supply, the conductor comes and goes, and each end of the light guide plate extends from the two ends of the specific wafer emission plate to a pair of fixed to the external device, including a light-transmitting hollow shell and the outside. Let have two open ends and two points M259116 V. Application scope: Do not use a meter to close the corresponding open end of the insulation plug; and a light emitting unit, including-an electrical iL: two mounted substrates, at least one of the mounted substrates has a circuit with circuit traces The track layout surface should be attached to the inner surface of the end plug, and it is attached to a pair of polar crystals "ΐ! ::::: polar body first; at least one light-emitting two light rays", and several mounted on The non-line shot :: = = = At least one light-emitting diode wafer has a bonding pad that passes through the circuit trace layout surface of the mounting substrate and the light-emitting diode trace on which the light-emitting diode wafer is located. Layout surface: Electricity mounted on the at least one piece of mounting substrate. · If the end plug of item 9 of the patent application has a second device that is placed outside the casing, wherein the inner surface of each extends to the inside of the casing. -Extending from the main body part, the main body part and the horizontal ^ "part, &-the horizontal extension of the penetrating plate system attached to the end plug ;; 2 at least 'chip mounting base shot unit further includes two pairs of power supply Electrode 2-on the surface Each of the power supply electrodes in one of the two pairs of power supply electrodes at the end of g is one of the two ends of the power supply electrode which extends beyond the ~: so that it is inside the two shells and inside the shell ^ = And the other is a circuit extending at least-a piece of mounting substrate: the trace] The system of the two electrodes is electrically connected to the trace. The corresponding circuit track on the surface of the trace cloth k M259116 V. Patent application scope 1 j · The lighting device as described in item 10 of the patent application scope, wherein each of the plugs is formed with an annular concave yttrium on the inner surface of its horizontally extending portion, The lighting device further includes a cylindrical transparent light guide strip, and the two ends of the light guide strip are each formed with an outwardly extending annular flange, and each of the convex and the male is inserted into a corresponding end plug. The circular groove is such that the light guide strip (D, ° is again placed in the housing and so that each light emitting diode wafer is located on an end face corresponding to one of the light guide strips by a circular flange 1. The lighting device as described in item 丨 丨 of the patent application scope, wherein the light guide strip has a plurality of bubbles formed therein, so that the light emitted from the light emitting diode wafer enters the light guide. After the light bar touches the air bubble, it will change its direction and leave the shell. 1 3 · The lighting device described in item 9 of the scope of patent application, wherein the inside of the shell is filled with a blunt gas. 1 / · If a patent is applied Photo described in Scope Item 9 The device, wherein the inside of the casing is filled with liquid dye or fluorescer. · The lighting device according to item 9 of the patent application scope, wherein the inside of the casing is filled with optical fibers, and one end of each optical fiber is A fluorescent material is provided to facilitate the light to be emitted to the outside of the housing. 1 6 · The lighting device according to item 9 of the scope of the patent application, wherein the light = emission unit further includes at least one reflector, and the at least one reflector is provided On the at least one Ampere substrate so that the at least one light-emitting diode = the chip is located in the central part of the reflector to achieve a reflective effect. 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