TWI298812B - Light emitting apparatus and method for reducing lamp image of light emitting apparatus - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a light-emitting device for a direct Tf for a liquid crystal display device and a lamp for mitigating a light-emitting device. 】 ο like the method. The liquid crystal display device includes a liquid crystal panel and illumination light to 浚θ J. The backlight module is made up of a backlight module behind the diffuser. The diffusion plate is a white plate having a thickness of several mm which is formed by mixing in the direction of expansion. L, 柘, & For the direct type backlight module, the light emitted from the cold cathode lamp tube is diffused and spread on the 俨$ plate to obtain a planar light-emitting surface. Nine in the expansion of the government, when the light from the lamp passes through the diffuser, the diffusion is spread by the diffusing agent. I V phantom shank diffuser usually has a thickness of _ 'light through such a thick diffusion plate, due to the diffusion of the diffusing agent, ^ month image. JM double-effects to reduce the shadow of the lamp to obtain a relatively good illuminating product. In order to obtain the diffusing plate by the linear light source, the conventional diffusing plate is set to have a relatively low light transmittance, which is obtained from the lamp officer. The light is absorbed by the diffusing plate without reflection, which can suppress the visibility of the lamp and also has a high diffusion effect. The upper position is such that the planar light-emitting surface formed by the cold cathode lamp of the conventional direct type backlight module is, For the diffuser, it is difficult to eliminate the image of the tube. Although, for example, the special opening 200 2-3 1 3 1 0 3, by the light curtain (iighti curtain) in the straight position of the tube to shield the light, so that The light on the illuminating surface is uniform, but in this case the diffuser is still necessary (Mi

1298812

In the case where the diffusing plate is provided, it is lacking, but the luminous efficiency is low. The diffusing plate is reflected and absorbed to have a good drop, and the luminous efficiency is deteriorated. In particular, absorption leads to low luminous efficiency. It is a shortcoming that cannot be owed to the desired luminous quality. Because the light from the tube does not have the illuminating quality of the diffusing plate, but its brightness will cause the diffusing agent in the diffusing plate to cause light again, but considering the increase in the number of lamps to increase the brightness and reduce the adjacent The distance between the lights, the increase in brightness and the reduction of the number of lamps and the number of lamps will lead to an increase in power consumption. ～1 SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a new technique and means for preventing the production of lamps from lightening. & The light-emitting device according to the first embodiment of the present invention is characterized in that the light-emitting device behind the light-emitting surface is provided with a blurring portion for dissipating the image of the lamp tube from which the light is left, to blur The image of the tube; in one lens section, the number of images of the tube to be blurred is increased by one direction. In the first embodiment of the present invention, the lamp image remaining from the light of the lamp by the mold portion formed by the diffusion film or the like is appropriately diffused, and the total brightness is blurred. Foot & Shirt Image Next, the number of lamp images that are blurred in light and dark is increased by the lens that penetrates the sheet or the like in the direction of the surface. As a result of the fork mold, on the light-emitting surface, a larger image than the actual tube is displayed. Lights Camp

1298812 Amendment nickname 93in〗 Q〇>j V. Description of invention (3) Digestion is obtained. Because it will collect light, loose board and enough expansion. With the same dispersion, the linear image of the positive mirror tube image is blurred by the ρί禄νί fuzzy part in the light-dark boundary. The lamp officer: the image is divided into multiple, and the light-emitting surface is easily homogenized, and the lens film of the lower 2: The sheet, in the diffuser plate can not be as simple as the above, 吟 ρ ^ main and (7) from the lens diaphragm combination: from the two: f amount. In the state of the expansion of the traditional 埒 / / 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你 你Tube image, because the light is magnified in all directions to show the positive luminance. The lens diaphragm is lifted by the glow X to concentrate the diffused light in the front direction. On the other hand, as the lens of the present invention, although the light which is transmitted through the lens diaphragm which is the lens of the present invention can be used, the lamp is blurred. In this case, the light from the tube is maintained, and when such light passes through the lens diaphragm, it can be clearly seen that the lamps are dispersed into a plurality. Further, in a second embodiment of the present invention, the linear light source is disposed on the light-emitting device behind the light-emitting surface structure, and includes a second diffusion film, which can directly inject light from the linear light source; The 丨 lens surface is disposed so as to allow light from the first diffusion film to pass therethrough, and is formed with a plurality of protruding strips extending in parallel with the linear light source; and a second diffusion film is disposed so as to be The light of the lens surface is incident. The first diffusion film, which is a film sheet, is different from the diffusion plate having a thickness of _, which has a degree of blurring of the tube image, and does not achieve a reduction in the tube image. Then, when the light emitted from the first diffusion film passes through the first lens surface, the lens acts on the direction perpendicular to the longitudinal direction of the linear light source by the lens, and the tube

13012 pif l.ptc 1298812 -----IB 93101924 p car June y day · Amendment 5, invention description (4) — ------- The image is scattered. By using the first diffusion film, the blurring of the lamp tube is increased, and the interval between the lamp images is made smaller. Thus, in the third case, the number of lamps is increased, and the uniformity of the light-emitting surface is raised upward. Further, by using the second diffusion film, the uniformity of the light is raised upward by blurring the light. Without diffusing j, the two diffusion membranes are substantially overlapped, although it is somewhat difficult to reduce the tube image. Because the lens surface between the two diffusion membranes is directly incident on the light from the tube (via the diffusion plate). 1 diffuse the light of the diaphragm to reduce the tube image. . In the above, it is preferable to provide a second lens surface portion in which a plurality of protruding strips are formed to extend the protrusion of the lens surface, in order to sufficiently reduce the light bulb image. By using the second through-f face' to increase the number of lamps in the tube J in the direction perpendicular to the linear light source, the uniformity of the light-emitting surface is increased, and the number of the image of the tube is increased. And back and forth operation, you can go up and improve the lighting quality. " Invented in the light-emitting surface structure back & superimposed with a plurality of plane-fuzzy portions for causing the bits passing through the chaotic light to blur the light bulb portion to extend approximately parallel, the & holding The luminous surface is formed. In this case, a third embodiment is characterized by a light-emitting device in which a linear light source is disposed, wherein the light-emitting surface structure is composed of a member, wherein the planar portions include: a light source of the linear light source remains a degree of astigmatism of the image of the tube; and a lens portion disposed to be disposed from the mold, and having a plurality of protruding strips and a surface portion of the linear light source lens, wherein the surface portion is the thickest and is a structure The rigidity of the plate-shaped transparent material is ensured by the obscuration obtained by the obscuration portion and the increase of the lamp tube by the lens portion 1298812, No. 93101924, and the invention description (5) is transparent because the light loss by using several mm is transparent. For the loss, the illuminating, in addition, the light that is obscured by the light of the lamp tube behind the light surface to reduce the number of corrected images can improve the illuminating quality. The X-thick diffuser is used to maintain the light-emitting surface, and is expanded by the present invention because the rigidity is maintained = the efficiency is good. It is preferable that the diffusing film is not used in the blurring portion caused by light absorption. According to the fourth embodiment of the invention, the method of the basin is set to be in the first place of the lamp, and the method of lightening the light of the lamp is used to reduce the lightness of the lamp. ~ The degree of image dispersion I ^ ^ ^ ΛΛ ^ 〇 状 状 杈 杈 杈 杈 杈 杈 ; ; ; ; ; ; ; ; ; ; ; ; ; ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings. Fig. 2 is a straight-type back green for liquid crystal display device. 2. The device 1 is provided with an outer casing having an opening formed on the light-emitting surface. The light-emitting surface V and the t-light-emitting surface structure 4 are formed in the front opening. The light that is emitted by y is taken to the liquid crystal panel (the screen is shown in the figure), and the direct type of the liquid display device is used for direct reduction and high luminance.卜i month first module, #求薄塑 夕卜 = 2, stand from the bottom of the rectangle ~ side of the side of the side (9), to facilitate the shape of the box. A reflective film 5 is placed inside the outer casing 2. ^, sheet 5, the inner surface of the outer casing 2, formed in order to make the light from the tube 3

13〇12 Pif l.ptc Page 10 ^Reflective surface reflected to the light-emitting surface structure 4. 1298812

------ 93101924 V. INSTRUCTIONS (6) The mediator 3 is composed of a linear light source, specifically, a plurality of lamps are arranged in the outer casing 2 by the cold cathode lamp tube 3, and each lamp The tube 3 is mutually ordered. Moreover, in the longitudinal direction of the bulb 3 of Fig. 1, it is transmitted straight to the drawing surface. The glossy structure 4 is composed of a plurality of planar members 11 and 12, and the transparent plate 12 as the thickest member is provided with a thickness of about 3 mm, preferably about 2 mm. Outside the transparent plate U, the two sides of the five-shaped member u, 13, 14' ^ " m, __i U · 25mm or less. Further, the surface members n, 13, and 14 which are in the form of a diaphragm are located in the opening of the outer casing 2, and have a rigidity which can prevent the bending of the light-emitting surface structure 4 for a long time. In this regard, the thickest transparent plate 12 is the same as the conventional diffusing plate, and has rigidity ensuring prevention of bending of the light-emitting surface. Transparent plate 丨 2, which can be acrylic, polycarbonate, or ^ is a cycloolefin polymer (product name: Ze〇nor, produced by ZE0N company), high transparency, at high temperatures (about 80 degrees Celsius) ) can maintain a stable shape. Further, the transparent plate 1 2 may be glass. The transparent plate 12, although holding this thickness, is substantially transparent, and there is substantially no light loss through the light inside. In this regard, conventionally, the diffusion plate holding the rigid one is milky white, and there is a lot of loss due to light absorption of a diffusing agent or the like. Since the transparent plate 12 of the present embodiment is employed, light loss can be prevented under the rigidity. The light-emitting surface 12b facing the light-transmitting plate 12' and the light-incident surface 12a on the side of the bulb 3 is formed by the first lens portion. The first lens portion 12b has a plurality of protruding strips. The section of the protruding strip is a triangle or a semicircle 幵i, which is long and protrudes in a direction perpendicular to the paper surface of Fig. 1. The protrusion is in the long direction with the length of the tube 3 #4 A t flat 4 □. Also, as shown in Figure 1, it is easy to understand, with a larger outline

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t No. 93101Q94 V. Inventive Note (7) The description is actually very fine. As described above, the transparent plate 12 is formed by a mirror surface. Further, in the figure, the planar member holding the lens is taken as an example of a 三角形 triangle (稜鏡). In the case of the cross-sectional shape of the protruding strip, the lens portion (lens film) may be formed separately from the cross-sectional shape of the protruding strip, and the lens portion 12b may be formed on the light-emitting surface. . The tube image is separated into multi-directional D in the direction of the transmissive surface. Because the second lens portion: two: = the same direction in the direction of the vertical square two, corresponding to each tube 3: tube 3, the tube is perpendicular to the direction of the tube, D is divided into two lines: the light two ^,,: As the size becomes smaller, the distance between the official images of the lamps will decrease as the number of the image of the lamp is increased by one. Fig. 3 is a schematic illustration of the principle of increasing the number of lamp images of Fig. 2, and the principle is as follows. 6 position (the straight position of the tube), as shown in the figure, the light directly from the tube 3 to the lens portion 12b is approximately perpendicular to the surface of the lens; 12b, such light is due to the protruding strip (稜鏡) The double reflection does not shoot. On the other hand, the positions A and C from the straight upper position B of the tube to the 〇 direction, as shown in Figs. 3A and 3C, are emitted in the front direction because of the meandering of the protruding strip (稜鏡). As a result, the tube image appears at the A and C positions. The light from one tube 3 will show two tube images. In addition, because the light of the lamp image is dispersed, the brightness of each of the lamp images is lowered, and the difference in brightness between the light and the light is reduced.

13012 Pif l.ptc The traditional direct-type backlight module, although the lens diaphragm as a lens is used in the lens diaphragm of the traditional direct-type backlight module, it can also be called 1298812 93101924. Amendment 5, invention description (8 The diaphragm 'is used to collect the light diffused by the diffuser in the = direction (the normal direction of the diffuser) to increase the glow X in the front direction, but not to image the tube. dispersion. Moreover, conventionally, the diffusion of the diffusion plate or the like is uniform before the lens of the lens. Therefore, the positions A, b, and C of =2 generate diffused light on the entire light-emitting surface. For the diaphragm, the omnidirectional light is concentrated in the front direction due to the tortuosity of the lens diaphragm (the twist of Figure A). Therefore, the lens diaphragm has a light collecting function, but has no function of dispersing the image of the tube. On the other hand, in the direct type backlight module of the present embodiment, since the linearity of the light from the lamp tube/light is maintained, the light incident on the lens portion 丨2b remains the lamp image, and the lens portion 12b is regarded as Disperse the function of the lamp image. Lu 4 4 transparent plate 12 light side 1 2a side, the first! Diffusion membrane u. The j-th expansion film 1 1 is originally incident on the light from the bulb 3 among the planar members 12, 12, 13, and 14 constituting the light-emitting surface structure 4, and is closest to the household pipe 3 side. Configuration. For the second diffusion film, the light and the light from the tube 3 are diffused and scattered to blur the image of the tube. In other words, the 1/wide diffuser film 1 is used as a blur portion. However, due to the fact that the diffusion diaphragm is very thin, there is no such thing as a thick diffusion plate that strongly removes the image of the lamp, and a lamp image remains. κ成 As the first diffusion membrane 11, a high haze value is preferable, and a haze value of the body is preferably 80% or more. As such a diffusion film j ^, BS-04, #100-KBS2, KIM〇T〇 manufactured by Hosei Co., Ltd. (100GM2, 188GM2 manufactured by Mouth Co., Ltd., D117UEY manufactured by TSUJIDEN Co., Ltd., red t D120, etc.) were used. Attacking and 'in order to reinforce the blurring ability of the first diffusion diaphragm 1 1 on the transparent plate 13012 pif l.ptc page 13 1298812 f year <month>3曰Amendment number 93101924 V. Invention description (9) lj The light-incident surface 1 2a' is formed in a fine concavo-convex shape for obscuring the image of the tube. The fine concavo-convex shape of the transparent plate 12 can correspond to the corresponding entrance surface 2a of the molding die for forming the perforated plate 1 2 . In addition, as for the blurring portion provided in the transparent plate 丨2, it is possible to use a white dot printing to the light-incident surface 1 2 a and a bead-expanding coating. The adhesion of the diffusing member is used. Further, when the light-incident surface 12a disposed on the transparent plate 12 is used as the blur portion, the first diffusion film can be used to smear the light and dark of the image of the tube by using the blur portion. The light in the ambiguous state is incident on the first lens portion 12b because of the lenticular lens The portion 12b divides the blurred light official image into a plurality of pieces, and only uses the scattered light tube to illuminate the light-emitting surface. Otherwise, because of the difference between the fuzzy portion 11 and the ith lens portion 12b, the board 12 In the middle of the transparent layer, when the light diffused by the portion 11 reaches the ith lens portion 丨2b due to the presence of the transparent layer, the degree of blurring can be increased by delaying the surface of the i-th lens portion 丨2b. When the distance between the tubes 3 is small, and the distance from the matt surface structure 4 is large, etc., in the case of "/image, the above-mentioned i-th diffusion plate UJ = : to a good hair氺口暂. For example, 3 ^ 反1 2 can get the I light mouth mouth. However, for the present invention, the distance U is kept large (about 25 (4), between the reflecting surface 5 between the body 4 The distance L2 is relatively small (about 1 〇 _), and the tube image structure is strong. Therefore, the second illuminating light quality which will be described later is used. & 4 ' makes it possible to specifically illuminate the light-emitting surface 1 2b of the transparent plate 12 Side, configure the second spine one-mountain—-----__—i brother 2 diffusion diaphragm page 14 13012 pif l.ptc 1298812 case number 93101 QM V. Inventive Note (10): 3. The light emitted from the i-th lens portion 12b is incident on the second diffusion film j. The second diffusion film 13 is the same as the first diffusion film 11, and is used as In the lamp tube, the blurring portion of the light and dark paste is used. Because the second diffusion film 1 3 1 : the homogenization of the light is promoted, the second diffusion film 13 is used as the paste. Well, it is better to have a fuzzy value above 8 〇%. For the diffusion membranes 13, BS_〇4, 100 KBS2'KIMOTO Co., Ltd., 1〇〇GM2, 188GM2, TSUJIDEN, DU7UEY, or Di2〇 can be used. The upper surface of the diaphragm 13 is further provided with a lens diaphragm (the light emitted from the prism film on the apricot 2 if diaphragm 13 is incident on the lens diaphragm 14 and is made of i 2 / # & diaphragm 13 in the light-emitting surface structure In the body 4, 'the last position of the ▲-shaped surface member is taken out. The film 13 is taken out from the second diffusion film 13 and the film H. In the embodiment, the second diffusion film is in the front surface structure. In the body 4, the station surface is the light-emitting side surface (the solid surface is set so that the lens is formed into a shape of a lens or a plurality of protrusions of a circle/circle, and the protrusion of the corner portion 1 2b) The first film is formed by the first lens, the first lens, and the right lens, and the lens is formed by the lens, and the lens surface is made of the second lens. The face (the second lens is the second lens unit and the second lens unit is proud of the genus u, the brother Z 逯 mirror part). BEFnqn / Rn field lens diaphragm 1 4, for example, can be used 3 Μ 00/5' Or the company's BEFI 19〇/5〇, etc. The result can be changed. The spoon μ 7 film/11 and the first lens part have the same machine blur, and the second diffusion film 13 is used to perform the lamp image-- -11 second transparent film 14 will be molded Pasted lamp image dispersion

1298812 Amendment Case No. 93101924 V. Description of invention (11) Less than one. As a result, the number of the lamp view images is larger than the number of the actual lamps 3, and some or all of the scattered image of the respective lamps coincide with other and official images to obtain uniform brightness. In this way, by repeating the dispersion of the tube image caused by the lens, the number of the tube images can be easily increased, and the illumination quality can be easily improved. Moreover, simply increasing the number of the lamp tube 2 will leave a strong difference in brightness and darkness, which may be necessary for the strong diffusion of the diffuser plate to be eliminated, because the dispersion of the tube image and the blur of the tube image are necessary. The combination is combined, and the number of the tube images is increased in a state where the difference in brightness and darkness is reduced, and a uniform light-emitting surface is easily obtained. Moreover, the planar members n, 12, 13, and 14 shown in Fig. 1 are used to protect the second lens diaphragm 14 in order to uniformize the light, and to protect the second lens diaphragm 14 (in the absence of the In the case of the lens diaphragm 14, the first transmissive portion 12b) is also included, and other optical sheets may be included for the purpose of increasing the viewing angle. For the purpose of protecting the lens, for example, a diffusion plate having a low blur value (for example, pSS_〇1〇, #1〇0-BMU4S manufactured by Hoe & Co., Ltd., etc.) can be used as the protective film. For the actual expansion of the viewing angle, the protective film can use a diffusion value of two (fuzzy value of 30% to 50%) diffusion sheet (for example, #1〇〇-MU4S, PBS-0 60' or ΚΐΜ衣 〇 〇 制造 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 Example mm Aluminum

13012 pif l.ptc page 16 is the direct type backlight module shown in Figure 1. The outer casing 2 is 1.0 U thick. The 1UE 'lamp 3 is a cold cathode lamp with a direct control of 3, and the reflective diaphragm is 5^〇rav. E60V, the first diffusion membrane 11 is BS_〇4 manufactured by Hoe & Co., Ltd., and the transparent plate 12 is an acrylic transparent plate with a thick 2 dragon. The light-emitting surface of the ^ 县 县 县 县 县 1298812 SS^ 93101924 6 发明五、发明说明(12) 1 The concave-convex surface formed by sand blasting, the triangular protrusion of the light-emitting surface 12b of the transparent plate 12 with a top angle of 100 degrees, and the width of each protruding strip (the length of the base of the triangle) is 70 μm The mirror-shaped second diffusion film 13 is BS-04 manufactured by Hoe & Co., Ltd., and the lens film 14 is BEFII 90 /50 manufactured by 3M. The lamp pitch L1 is 25 mm, and the light-emitting surface structure 4 (first diffusion film) The distance L2 between the sheet 11 and the reflecting surface 5 is 10 mm. 'The light-emitting quality of the light-emitting surface obtained by the light-emitting surface structure 4 is visually observed to measure the luminance. For a direct-type backlight module using a conventional diffusing plate, When L2 is below 10 mm, it is difficult to reduce the image of the lamp. Although L2 is not more than 16_, it is impossible to get a good illuminating product. In the present invention, the L2 is 1 〇mm or less, and the illuminating quality can be obtained. Moreover, high light uniformity can be confirmed. And since there is no diffusion plate or light curtain, the light loss is small, and The small L2 is formed to obtain a high luminance of 75 〇〇cd/m 2 . As described above, the present invention can achieve thinning, good luminescence quality, and high luminance. ^ Further, the present invention is not limited to the above examples. There may be other variations. For example, in the case where the light-emitting surface structure does not require rigidity, the transparent plate 12 may be changed into a lens film. In this case, it is composed of a thin light-emitting surface structure, although Further, the light-emitting device of the present invention is not limited to the use of the liquid crystal display device, and may be used for a film viewer or an illuminated billboard.

13012 pif l.ptc $17 Page 1298812

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view of a light-emitting device according to an embodiment of the present invention. FIG. 2 illustrates light dispersion using a lens. ~ Figure 3A is a schematic view of light refraction at the A position in Figure 2. FIG. 3B is a schematic diagram of multiple reflection of light at position B in FIG. 2. FIG. FIG. 3C is a schematic view showing light refraction at the C position in FIG. 2. FIG. [Illustration description] 1 illuminator 2 housing 3 tube (linear light source)

4 Light-emitting surface structure 11 First diffusing plate (first blurring portion) 12 Transparent plate (first lens surface) 12b First lens portion 13 Second diffusing plate (second blurring portion) 14 Lens film (second lens portion) ; 2nd lens face)

13012 pif 1.ptc Page 18

Claims (1)

1298812 Case No. 93101924 9 winter year € q丄; day correction one six, patent application scope " 1 · A lighting device, the lamp is placed behind the light-emitting surface, the package: a fuzzy part, used to make the light from the tube The degree of light remaining in the tube image is scattered to blur the tube image; and a lens portion to increase the number of the tube image to be blurred by the lens in the in-plane direction. In the light-emitting device, the linear light source is disposed behind the light-emitting surface structure, and includes: a first diffusion film that can directly inject light from the linear light source; and a first lens surface can be arranged Light from the second diffusion film passes through, and a plurality of protruding strips extending in a direction slightly parallel to the linear light source; and a second diffusion film disposed to allow light from the lens surface to pass through The illuminating device according to claim 2, wherein the second lens surface portion is disposed such that 'light = ^ from the second diffusion film sheet side and a plurality of protrusions extending in parallel with the linear light source are formed article. 4. A light-emitting device comprising: a U-body comprising: a linear light source disposed behind a light-emitting surface structure, wherein the plurality of planar members are stacked, wherein the portions are a blurred portion For dispersing the light residue from the linear light source to blur the tube image; and the image lens surface is disposed to pass light from the blur portion and formed with a plurality of protruding strips and the The linear light source extends approximately parallel, 51 placed, 13012 pif l.ptc Page 19 1298812 Dingda has the plate-shaped transparent material which is the thickest in the planar member and is ensured by the rigidity of the x-shaped body. For example, the illuminating device is a diffusing film. 6) A method for reducing a light official image, wherein the light emitting device is disposed on a light emitting device behind the light emitting surface, comprising: dispersing the image of the remaining light tube image of the light of the light lamp to blur the light pipe image; The number of lamp images that are blurred by the lens on the side of the face is increased to reduce the image of the lamp on the light emitting surface. 1298812 - Seri 93101924 % car g Yuegong j 曰 production π Fourth, Chinese side to (invention name: hairline series suspected silk 4^^^ ί hair; = two, low brightness and light tube image reduction technology With the hand & for the illuminating device behind the illuminating surface of the illuminator 3, the bean features include the diffusing films u, 13 as blurring portions for the degree of residual lamp image of the light from the tube Scattered to obscure the image of the tube; and the number of the tube image to be blurred, by the lens, the in-plane direction portion 12b, 14 、 five, (1), the representative figure of the case is: ____1____ (2) A brief description of the symbol of the component of the representative figure in this case. I. Illumination device ^ 3 Lamp (linear light source) 4 Light-emitting surface structure II First diffusing plate (first blurring portion) 12 Transparent plate (first lens surface) APPAMUUS AND METH0D F0R REDUCING The novel technology and means can prevent low illumination and reduce lamp image· The light emitting apparatus has lamp 3 being disposed on the backside of 1 i ght-em i ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) 11 i ng plane, including diffusion films 11 , 13 as the haze member for haze the lamp image. The lens members 12b , 14 are used to increase the number of hazed lamp image along the planar direction due to the lens· 13012 pif l.ptc Page 2 1298812 Case No. 93101924 Issue 修正 Amendment 4, Chinese invention summary (invention name: illuminating device and method for mitigating lamp image of illuminating device) 12b first lens portion 13 second diffusing plate (second Blur section) 14 lens diaphragm (second lens section; second lens section) V. English abstract (invention name: LIGHT EMITTING APPARATUS AND METHOD FOR REDUCING LAMP IMAGE OF LIGHT EMITTING APPARATUS) IBB! 13012 pif 1.ptc 3rd Page 1298812 _ Case No. 93101924 6 June y, revised six, designated representative map, page 4, 13012 pif 1.ptc