액정 디스플레이 장치용 발광 유닛 및 그를 구비한 액정 디스플레이 장치
The present invention refers to, liquid crystal display device having the same light-emitting unit and a liquid crystal display device are disclosed. The liquid crystal display device (liquid crystal display apparatus) as the first and employing different device, television, computer monitor various display device such as are the received signals. The liquid crystal display device (liquid crystal panel) and has light Image includes the, light on the liquid crystal panel comprises an emitting unit [...] number. The light emitting unit has historically external electrode fluorescent lamp (exterior electrode fluorescent lamp: EEFL) or cold cathode fluorescent lamp (cold cathode fluorescent lamp: CCFL) but such as mercury discharge lamp is used, for example recent, the LED (light emitting diode) (Ag) without using a green fluorescent etc. can be a case of using the second signal. The light emitting unit is a light emit light source lamps and a frame shape (direct type) depending on the position of edge type (side light type), edge type liquid-crystal panel disposed relative light transmissivity and light guide plate (light guide panel: LGP) liquid crystal panel while the plurality of light sources for supplying a liquid-crystal panel lamps supplied light Image in rear view. A light emitting unit is filled with the fluorescent member inside which most prior to the heating, in the case of the fluorescent member is not good thermal, light source for various applications such as door so as its lifetime number refrigerant flow tides. In particular, recently the fluorescent member as in the case of quantum dart (quantum dot) that is receiving interest, if heat door number the more important door number to the transmission housing and disclosed. The, light source so as in most applications, the fluorescent member of the PUK prevent property is required with each other. The present invention refers to said door for the number and hydrogen gas, heat communicate with the servers the fluorescent member capable of preventing degradation to an emitting unit and liquid crystal display equipped with a device number [...] pin is. A liquid crystal display device of the present invention to solve for one in the embodiment according to number and said light emitting unit is, includes a light source unit for generating light, said light source unit including a substrate for liquid crystal display device adjacent to each other in a luminous unit, said light source portion, a light source for generating light; said light source contains the receiving member; and said receiving member mounted on the fluorescent member; and, characterized in that said spaced apart the fluorescent member includes a light source. Said receiving member preferably including a fluorescent member which is mounted said fluorescent member mounting portion. Said fluorescent member mount is mounted preferably fit end including said fluorescent member on both sides of the mounting groove. Said fluorescent member mount is preferably bonded to the adhesive end both sides of the fluorescent member said number. Said light source has a plurality with a, preferably there is provided said each the light source portion is separately arranged. With less than said fluorescent member includes light source number, at least one fluorescent member is preferably attached to at least two fluorescent member mounting portion. Said injecting holes into the fluorescent member includes a unitary member, one fluorescent member attached to a plurality of the fluorescent member mounting portion preferably. Said fluorescent member includes, dart quantum fluorescent material preferably consists (Quantum Dot). Said dart quantum (Quantum Dot) is to intercept the oxygen which is sealed glass preferably. The oxygen barrier film (barrier film) to intercept said dart quantum (Quantum Dot) preferably is further. In order to achieve said purposes, one embodiment of the present invention liquid crystal display including a liquid crystal display device according to one of the light-emitting units for example number [...] substrate. the liquid crystal display device, said light emitting unit; and said color picture includes the light generated from the light-emitting units; wherein, said light emitting unit is preferably located on the side face of said liquid crystal panel. the liquid crystal display device, said light emitting unit; and said color picture includes the light generated from the light-emitting units; wherein, said light emitting unit is preferably of the liquid crystal panel placed on said rear view. In the embodiment of the present invention according to various, the fluorescent member is spaced from the heat receiving member integrally mounting a LED chip, ramped structure enhancing the performance of the fluorescent member due to the heat of a long time in the fluorescent member, tilts the flow tides. Figure 1 shows a cross-section of the present invention edge type panel assembly also shown one example of a coarse are disclosed. Number 1 in the embodiment of Figure 1 edge type panel assembly also includes a light emitting unit of 2a with representing coarse cross-sectional drawing are disclosed. With number 2 in the embodiment of Figure 1 edge type panel assembly is also 2b representing coarse cross-sectional drawing of the light-emitting units are disclosed. 2C with number 3 in the embodiment of Figure 1 edge type panel assembly also includes a light emitting unit of representing coarse cross-sectional drawing are disclosed. Figure 3 shows a cross-section of the present invention also relates to a method for a coarse one example of panel assembly lamps are disclosed. 4A with number 4 in the embodiment of Figure 3 also includes a light emitting unit of lamps panel assembly representing coarse cross-sectional drawing are disclosed. 4B of Figure 3 also includes a light emitting unit of lamps panel assembly with representing coarse cross-sectional drawing number 5 in the embodiment are disclosed. 4C with number 6 in the embodiment of Figure 3 also includes a light emitting unit of lamps panel assembly representing coarse cross-sectional drawing are disclosed. Figure 5 shows a liquid crystal display device according to one example of the present invention is shown schematic hemispheric also are disclosed. Figure 6 shows a light emitting unit and a light guide plate according to one example of the present invention also uses a temperature distribution through [...] graph are disclosed. Hereinafter, with reference to the attached drawing by using the features of the present invention in the embodiment for the SFC substrate. In the embodiment described hereinafter is to aid in the understanding of the invention and revealing the illustratively, the other embodiment in the embodiment described herein the present invention refers to a wide variety may be the will will be deformed. But, in the present invention hereinafter described in, publicly known function or component description is the subject matter of invention related specifically judged that the molding can be breach of haze description and specific shown in other. In addition, to aid in the understanding of the invention shown in the attached drawing number might but some components is exaggerated dimensions of chamber can be illustrated. In various aspects of the present invention number 1 to number 3 in the embodiment according to light emitting unit also 1 to 2c etc. also seen. First, according to one example of the present invention the edge type panel assembly regarding as follows. The reference also 1, edge type panel assembly (100) is provided on the top chassis (110), edge type panel assembly bottom chassis receiving various components (120), a top chassis (110) on the bottom chassis (120) between the intermediate mould part (130) and the driving substrate (210) source part (220) light-emitting unit (200) comprises. The bottom chassis (120) is heat sink (160) equipped with, heat sink (160) of the light-emitting unit (200) is combined with each other. Heat sink (160) is metal (e.g., aluminum) with high thermal conductivity properties. The bottom chassis (120) of the light-emitting unit (200) for converting light beams emitted from the light guide plate ore source (170) which are provided with, light guide plate (170) of a lower end edge type panel assembly (100) rear view negative optical loss to prevent reflecting sheet (175) is combined with each other. Intermediate mould part (130) includes a top chassis (110) on the bottom chassis (120) on together with edge type panel assembly (100) part of components are retained. To this end intermediate mould part (130) is edge type panel assembly (100) disposed at least one edge area in top chassis (110) on the bottom chassis (120) disposed thereon between. Light guide plate (170) light guide plate heater (170) for diffusing the scattered light from the diffusion sheet (180) with a, diffusion sheet (180) heater optical part to the reflecting sheet (185) and DBEF (dual brightness enhancement film) sheet (190) sequentially disposed thereon. The bottom chassis (120) in a rear part of the DBEF sheet (190) facing the liquid crystal display panels (195) are mounted. Liquid crystal panel (195) comprises a light emitting unit (200) from light color picture display as follows. To this end liquid crystal panel (195) (not shown) thin film transistor substrate having a color filter having color transmission widow (not shown) which thin film [...] engine, (not shown) they are respectively the color filter substrate and TFT first substrate. Liquid crystal panel (195) is well known for the and second details description for dispensed to each other. Hereinafter, with reference to the also 2a to 2c also, the light emitting unit of the present invention number 1 to number 3 in the embodiment according to it is as follows. Number 1 in the embodiment according to the light emitting unit (200) transistor (210) source part (220) having a predetermined wavelength. The driving substrate (210) to the light source unit (220) corresponding to the drive, heat sink (160) mounted on, a light source unit (220) a drive substrate (210) mounted, CLK3 light. A light source unit (220) includes one of a driving substrate (210) to be mounted on the receiving member (230) on, receiving member (230) and a light source mounted within (240) and, light source (240) and a distance away receiving member (230) mounted on the fluorescent member (251) having a predetermined wavelength. The fluorescent member (251) equipped with a light source unit (220) includes plural driving substrate (210) and a two-piece distance with each other in the fitting. Light source (240) regarding the light guide plate (170) toward other upwardly and substrate. The LED in the light source including LED chips with a but in the embodiment, in the embodiment hi other types of sources are applied in other alternative disapproval. The fluorescent member (251) is known it can be various types of the fluorescent member is applied, the recent combined with each other as in the embodiment of the phosphor in the soybean quantum dart (Quantum Dot). [...] dart (Quantum Dot, quantum dots) is light wavelengths shorter smaller particles occurs, generating larger particles of nano material 10 provided 15 nm of the long wavelength light as, both by controlling the particle size of light in the visible region can then be mixed. Dart quantum material can be to realize a color itself, by variation of the wavelength of the light is easily number [...] chromatic reappearance ratio and light up plots. Only, heat and oxygen to communicate with the servers having dart quantum characteristics, as the phosphor dart quantum for X-ray imaging member (251) is capable of breaking the material (glass, such as barrier film) oxygen are used. And, the fluorescent member (251) when the glass tube is in using, for ensuring sealing glass tube both oxygen may be blocked to 2000. Receiving member (230) formed at one side of the fluorescent member (251) in which is mounted the fluorescent member mounting portion (260) are integrally formed. The fluorescent member mounting portion (260) is the fluorescent member (251) mounted light source (240) and the fluorescent member (251) can be spaced distance formed between position. Wherein the fluorescent member mounting portion (260) is the fluorescent member (251) shape both ends of each of the mounting groove (260a) formed therein. The fluorescent member (251) is also shown in direction 2 A fluorescent member mounting portion (260) is inserted into both ends mounting groove (260a) fit to the fitting. Therefore, the fluorescent member mounting portion (260), i.e., receiving member (230) which can be elastically deformed to a crystal material is preferably including may have. As an alternative in the embodiment, the fluorescent member (251) is mounting groove (260a) fit to pivotably mounted such as bonded adhesive number instead of mounting as well. Light source (240) and the fluorescent member (251) is between spaced, receiving member (230) as shown in the variation is also 1, light source (240) and the fluorescent member (251) space between formed therein. Light source (240) when irradiated with an aperture, light the fluorescent member (251) due to the light guide plate (170) side not multi-receiving member (230) of light source (240) side when directed flow tides. In this case, light is also 1 on a light source (240) and the fluorescent member (251) disposed between the receiving member (230) made of a transparent upper and lower surface (recycling) occurs is again the fluorescent member (251) through the light guide plate (170) irradiated side to be coated. In the embodiment according to the fluorescent member (251) comprises a light source (240) without direct contact, are disposed at a distance between each other in, light source heat (240) to the fluorescent member (251) is not direct contact. Because, in the embodiment according to the light emitting unit (200) is, the fluorescent member (251) due to the heat of the ramped be, continuously maintain its performance can be made. In addition, in the embodiment according to the fluorescent member (251) comprises a light source (240) mounted receiving member (230) integrally mounted bar, the fluorescent member (251) for fixing receiving member (230) other than additional fixing structure is not disclosed. Subsequently, in the embodiment according to edge type panel assembly of the present invention with other light emitting unit is described substrate. In the embodiment with the above-mentioned in the embodiment is the same in structure in each subjected to a component having a same references as and defines, redundant dispensed or simplify description, to explain about the difference in the less than 1000. The light emitting unit of the present invention number 2 in the embodiment according to it is as follows. The reference also 2b, of the present invention number 2 in the embodiment according to the light emitting unit (200) is the fluorescent member (252) is light source (240) at least one than the number of intervals combined with each other. The two light sources in the embodiment 5 in (240) and 2 of the fluorescent member (252) is combined with each other. This is only an exemplary only, the fluorescent member (252) the number of light source (240) is less than the number of adjustable knob disclosed. When viewed in the drawing, disposed on the top of the fluorescent member (252) of the fluorescent member mounting portion is 3 (260) mounted, a lower the fluorescent member (252) of the fluorescent member mounting portion is 2 (260) are mounted. Of the present invention number 2 in the embodiment lighting unit (200) in, the fluorescent member (252) is light source (240) with such a receiving member (230) than the number of normal, the fluorescent member number tank first pair the fluorescent member number bath can be costs. And, the light emitting unit of the present invention number 3 in the embodiment according to it is as follows. The reference also 2c, of the present invention number 3 in the embodiment according to the light emitting unit (200) comprises a plurality of receiving member (230) the d the fluorescent member mounting portion (260) driving substrate (210) longitudinal along one fluorescent member (253) is mounted thereto. To the light-emitting units of the present invention number 3 in the embodiment (200) in one fluorescent member (253) only for mounting, the fluorescent member (260) number of reservoir and easy installation via the network. In lamps of the present invention number 4 to number 6 in the embodiment according to 4c also 3 also to light emitting unit etc. various aspects seen with panel assembly. According to one example of the present invention the lamps panel assembly regarding as follows. The reference also 3, direct-panel assembly (500) is, edge type panel assembly and alternatively, the light emitting unit (200) is the bottom chassis (120) side of combined with each other. The light emitting unit (200) driving substrates (210) above the lower portion of the heat sink (160) equipped with, heat sink (160) to the lower side reflecting sheet (175) is disposed thereon. And, lamps panel assembly (500) includes a light emitting unit (200) is arranged in a lower section of upper light directly to, edge type panel assembly with in the light without requiring the plate, instead of the light guide plate, the light emitting unit (200) so uniformly diffuse the light irradiated from the, diffusion plate supporting an upper sheet (550) is combined with each other. Hereinafter, with reference to the 4a to 4c also also, the light emitting unit of the present invention number 4 to number 6 in the embodiment according to it is as follows. Of the present invention number 4 in the embodiment according to the light emitting unit (200) is, such as number 1 in the embodiment, each the fluorescent member (256) is the individual light sources (240) to be simply a plurality is provided in a number of, each receiving member (230) with each the fluorescent member mounting portion (260) are mounted. Because, in the embodiment according to the fluorescent member (256) also, such as number 1 in the embodiment, the fluorescent member (256) is light source (240) not in direct contact with, light source heat (240) from direct thermal contact and thus enlarges, the fluorescent member (256) heat deterioration of characteristics pipe joint. In addition, the fluorescent member (256) is light source (240) mounted receiving member (230) integrally mounting, the fluorescent member (256) for fixing receiving member (230) other than additional fixing structure is not disclosed. The light emitting unit of the present invention number 5 in the embodiment according to it is as follows. The reference 4b also, the light emitting unit (200) is, as line number 2 in the embodiment, the fluorescent member (257) is the individual light sources (240) at least one than the number of intervals combined with each other. Also in the in the embodiment, two light sources 5 (240) and 2 of the fluorescent member (257) is combined with each other. This is only an exemplary only, the fluorescent member (257) the number of light source (240) if the number of adjustable knob disclosed. When viewed in the drawing, the fluorescent member is disposed on the left side (257) of the fluorescent member mounting portion is 3 (260) mounted, one side of the fluorescent member (257) of the fluorescent member mounting portion is 2 (260) are mounted. A luminous unit of the present invention number 5 in the embodiment (200) is, number 2 embodiment as shown in the example, the fluorescent member (257) is light source (240) with such a receiving member (230) than the number of enemy tank costs fluorescent member number bath can be a first pair the fluorescent member number. The light emitting unit of the present invention number 6 in the embodiment according to it is as follows. The 4c also reference, number 6 in the embodiment according to the light emitting unit (200) is, such as number 3 in the embodiment, a plurality of receiving member (230) the d the fluorescent member mounting portion (260) driving substrate (210) longitudinal along one fluorescent member (258) is mounted thereto. A luminous unit of the present invention number 6 in the embodiment (200) is, the line number 3 in the embodiment, one fluorescent member (258) only for mounting, the fluorescent member (258) number of reservoir and easy installation via the network. Liquid crystal display device according to one example of the present invention is shown in Figure 5 is a coarse cross-sectional drawing are disclosed. Liquid crystal display device of Figure 5 (1) is, liquid crystal display television (LCD TV) etc. for example. However, liquid crystal display device of the present invention monitor the computer such as one in the embodiment according to other types of display device of the present invention that are applicable even if one skilled in the art will easily understand. The reference also 5, liquid crystal display device (1) is, upper housing (11) and a lower housing (12) comprises. These housing (11, 12) are these in the embodiment according to edge type panel assembly (100), lamps panel assembly (500) accommodate either the each other. Edge type panel assembly (100), lamps panel assembly (500) the back of liquid crystal display device either (1) supplies an electric power to a power board (30) and liquid crystal display device (1) operation of the board number plower number (40) has a flat portion. In Figure 5 is, power board (30) and number board (40) but only shown, liquid crystal display device (1) as well as other circuitry may be further in boards are disclosed. Figure 6 shows a light emitting unit and a light guide plate of the present invention also uses a temperature distribution through one in the embodiment according to [...] graph are disclosed. The graph of Figure 6 are described as follows. First, in accordance with the broad lines on line in accordance with the meaning of a residual -100 mm 200 mm is as follows. Wherein the meanings of + / - value, rectangular as viewed screen of liquid crystal display device, a clamping a thus set to the on them using a DPT, when internal screen along the horizontal line and the vertical through, the reference point of the horizontal line, the + above horizontal, the lower horizontal line - big. I.e., the light emitting unit and a light guide plate at a point on the lower horizontal -100 mm based on 100 mm through linear temperature distribution of the components, the light emitting unit and a light guide plate at a point above 200 mm 200 mm (+ 200 mm) horizontal reference uses a temperature distribution through big. Accuracy of the tested -100 mm 200 mm measured on two of spots which, modified a little at a time point is there disclosed. A transverse axis (axis distance) on a driving substrate 11 mm 22 mm width 200 mm width by big driving substrate point each -100 mm point. A plurality of point light source the fluorescent member between display graphs big separation distance. At each black point light source and the fluorescent member between 200 mm displacement components, at each distance between the light source and the fluorescent member is the deviant crease -100 mm big. As shown in the graph, a shock-absorbing space is lowered temperature can be know. The, increasing the separation distance greater glass discriminated, to design the other number about element to a base, 5 mm or more of the displacement along the seal has a large number number number ppars. 5 Mm 2 mm when a backside and a front on a graph is compared, a larger difference between its temperature into each can be. The, its design easily and the fluorescent member of thermal properties for drop out between 2 mm spacing distance is designated in a fluorescent member member is preferably. And, in the embodiment of the present invention shown in and described with respect to at least one but, in the embodiment described above the present invention refers to the use of a specific defined correspondingly, in the claims claim the subject matter of invention made without deviating from the invention belongs in the art 155.520 thereby enabling as well as various modified embodiment, these modified embodiment of the present invention are technical idea or separately from the perspective will be understood to don't. 100: Edge type panel assembly 110: top chassis 120: The bottom chassis 130: intermediate mould part 160: Heat sink 170: light guide plate 175: Reflecting sheet 180: diffusion sheet 185: Prism sheet 190: DBEF sheet 195: Liquid crystal panel 200: light emitting unit 210: Driving substrate 220: light source unit 230: Receiving member 240: light source 250: The fluorescent member 260: the fluorescent member mounting portion 500: Lamps panel assembly 550: diffusers 1: Liquid crystal display device 11: upper housing 12: A lower housing 30: power board 40: Board number A light emitting unit and a liquid crystal display apparatus including the same are provided. The light emitting unit includes a light source unit which generates light, and a driving board which drives the light source unit. The light source unit includes a light source which generates the light, a container member which forms an opening therein and which contains the light source within the opening, and a fluorescent member mounted in the opening of the container member. The light source and the florescent member are spaced apart. Liquid crystal display device for the light emitting unit; said Image includes the light generated from the light-emitting units; and, said light emitting unit is for liquid crystal display device, the plurality of light sources for generating light; a plurality of light sources adjacent to each other and said substrate; and, said that a plurality of light sources, a light source for generating light; said light source therein mounted on receiving member receiving said driving substrate; and said receiving member mounted on the fluorescent member; and, said light source and the fluorescent member includes spaced predetermined distance each other receiving member integrally formed with, said fluorescent member mounting said fluorescent member is of semicircular resiliently fit receive member elastically deformable material and mounted, said fluorescent member mounting portion is a mounting recess in response to both ends of the fluorescent member said shape, said plurality of the light source portion are disposed at regular intervals along this direction said elongated driving substrate characterized in that a liquid crystal display device. Back number According to Claim 1, said fluorescent member mounts said fluorescent member on both sides of the liquid crystal display device characterized by including end-fit mounting groove is mounted. According to Claim 1, said fluorescent member mounts said end bonded to the liquid crystal display device characterized fluorescent member on both sides of the adhesive number. Back number According to Claim 1, said number with less than fluorescent member includes light source, at least one fluorescent member of the fluorescent member mounted in a liquid crystal display device characterized in that two or more. According to Claim 1, said fluorescent member includes a unitary member holes into the organic semiconductor, one fluorescent member mounted in a liquid crystal display device characterized in that a plurality of the fluorescent member. According to Claim 1, said fluorescent member includes, fluorescent material consisting of a liquid crystal display device characterized quantum dart (Quantum Dot). According to Claim 8, said dart quantum (Quantum Dot) is sealed to reduce the liquid crystal display device characterized in that oxygen is blocked. According to Claim 8, said oxygen barrier film (barrier film) to intercept the quantum dart (Quantum Dot) is characterized is further liquid crystal display device. Back number According to Claim 1, characterized in that said light emitting unit is located on the side face of the liquid crystal panel said liquid crystal display device. According to Claim 1, characterized in that said light emitting unit is rear view of the liquid crystal panel placed on said liquid crystal display device.
