TWI308357B - Baking equipment of manufacturing apparatus of cold cathode fluorescent lamp - Google Patents

Description

L3〇8357%日修正 Supplement IX, invention description: [Technical field of invention] The present invention relates to a cold cathode body in a 'Co 1 d Cathode Fluorescent Lamp (CCFL) manufacturing equipment for grilling device And special J is a grilling device for preventing deformation of a cold cathode ray tube. The device is 'to embed the quartz tube after the plurality of tubes are embedded' to remove the organic substance between the protective layer of the sock and the fluorescent substance in the tube by heating, and the lamp can be firmly heated And can move horizontally. [Prior Art] In general, in order to manufacture a Cold Cathode Fluorescent Lamp (CCFL), a protective layer is first placed on the inner wall surface of the tube, and a small amount of aluminum and fluorescent light are added to the protective layer. substance. After the baking process, the electrodes are mounted on both ends of the CCFL lamp tube by a vacuum evacuation method, and the inside of the lamp tube is filled with a mixed gas such as mercury, argon and helium. At this time, when a high voltage is applied to the electrodes at both ends of the tube, electron radiation is generated by the electron field of the electrode to excite the mercury to emit ultraviolet light. Ultraviolet light is self-converted into visible light by the fluorescent material and its light is emitted. Thus, it is called CCFL by electron emission from the electron field instead of heating. As shown in FIG. 1 , a conventional CCFL manufacturing apparatus mainly includes a coating device 1 for plating a protective layer and a fluorescent material, and a neck cleaning device 2 for cleaning the light tube. a protective layer and a fluorescent substance at both ends; a baking device 3 for removing organic substances; and an electrode sealing device 4, which forms an absorbent TW3245PA/PO-2006-0003-TW 7 1308357 is used to fill the absorbent and simultaneously form a&amp;b electrode at both ends of the manifold; heating & exhausting equipment 5 is used to surround the absorbent space after removing impure gas and injecting replacement gas However, during the heating and exhausting process, the lamp of the electrode MB has been formed, and the uranium uranium is cleaned; the package is cleaned and sealed (sealing &amp;=: -equipment%, used for packaging in the lamp) The electrode at one end of the tube is initially wrapped around the lamp' and the absorbent space is removed; a heating device 7 is introduced into and out of the tube by a high frequency device for diffusion • Mercury discharged from the absorbent And a cooked dress (aging equipments, from the aging inverter^fe plus voltage to the A &amp; B electrode at both ends of the lamp to stabilize the light. In order to remove the protective layer and glory formed in the coating device in the above device The organic substance formed on the substance 'light tube must pass through the baking device 3. More specifically, the baking device 3 includes a rotating member having a plurality of arms 11 and an upper end 12 for supporting the tube and Mounted on one end of the arm 11, a nozzle injects hot air into the upper end 12 of the fixed lamp tube and is fixed to a heating block member 14 on the table for heating the upper end 12 A fixed lamp tube. At this time, the arm 11 is rotated by a pointer unit 9 at a fixed angle and maintained by a rotation angle by the pointer unit 9. A passage 15 is formed in the heating block member. 14. The passage 15 has an inlet at the same time for inserting a lamp fixed to the upper end 12 of the arm u and an outlet for releasing the lamp. The passage 15 also has a heater 16 on the inner wall. When the lamp fixed to the upper end 12 passes through the passage 15 When the lamp Heating TW3245PA / PQ-2006-0003-TW 8 1308357 and hot air is injected into the tube from a nozzle 13 so that the organic substance applied between the protective layer and the fluorescent substance in the tube can be removed. A lamp delivery device not shown is located at the inlet and outlet of the heating block assembly 14. The tube transfer device secures the tube to which the protective layer and the phosphor material have been applied to the upper end 12 of the arm 11, or the tube is removed from the • outlet. However, the lamp delivery device is known in the art, and its structure and detailed introduction are omitted. With regard to the above-mentioned operation of removing the organic substance applied to the lamp tube upper protective layer and the fluorescent substance via the baking device 3, the lamp tube is transferred to the arm 11 by a known conveying device. The upper end 12 is placed in the inlet of the heating block member 14 and then moved along the passage 15, while the rotating member 10 is driven by the pointer unit 9. And, when the lamp tube moves along the channel 15, it is simultaneously heated by the heater 16 installed on the inner wall of the channel 15, and the hot air is injected into the bulb through the nozzle 13 loaded at the upper end 12 to remove the protection applied to the inner wall of the lamp tube. Layer and organic matter of fluorescent substances. Then, the lamp tube is released from the outlet of the heating block member 14, and is placed on the transport device to be transferred to the electrode package device 4. However, the conventional baking apparatus 3 is heated while the lamp tube is heated by the heater 16 mounted on the passage 15 in the heating block member 14, and is moved vertically fixed to the upper portion of the upper tube 12, thus the common baking apparatus 3 It can cause deformation or destruction of many lamps. SUMMARY OF THE INVENTION In view of the above, an object of the present invention is to provide a baking apparatus for reducing the destruction of a cold cathode TW3245PA/PO-2006-0003-TW 9 1308357 ray tube. According to an object of the present invention, a baking apparatus for manufacturing a cold cathode ray tube is provided, the apparatus comprising at least: - a load bearing member and a non-negative member, both disposed at a diagonal position of a main body, a driving a unit and a hot air supply device, respectively disposed on the two sides of the main body, a heating unit disposed on one side of the longer side of the main body, a roller unit for rotating a quartz tube and disposed on the heating Between the units; a transfer pulley unit disposed at a lower portion of the roller unit; and • a conveyor chain unit disposed at both ends of the transmission pulley unit and at the lower portion to transmit the quartz tube. The driving unit has a main motor and a primary motor for generating power, and the power of the main motor is transmitted to a left and right output shaft by a main bevel gear box, so that the transmission pulley unit is driven by one of the left and right output shafts. The drive, and the power of the secondary motor are transmitted to the roller unit and the conveyor chain unit by a secondary bevel gearbox such that the roller unit and the conveyor chain unit are driven. • a nozzle unit of the hot air supply reciprocates a line by a plurality of links and a plurality of rods, and when a crank is raised by rotation of a cam, the nozzle unit is inserted into the quartz tube to provide a Nitrogen at a specific temperature. A plurality of lamps are inserted into the quartz tube placed in the roller unit by the load member, and after removing the organic matter, the lamps inserted into the quartz tube are pushed out by the non-load bearing member. The transmission pulley unit comprises a supporting plate, an active plate and a TW3245PA/PO-2006-0003-TW 10 1308357 lifting plate, the three of which are connected to a frame by a lifting rail and a left and right lane. A lifting rod member is disposed on the action plate, and a left and right moving rod member is disposed on the lifting plate by a rotating link, a guiding roller t-wheel system is disposed on the rotating link, and is coupled to the left and right moving rod member The guiding roller is suspended in a guiding slot of the lifting plate. The lifting rod member and the left and right moving rod members are combined by a frame and a conveying crank, and the conveying crank is rotated by the cam of the left and right output shafts. The conveyor chain unit comprises a quartz tube riser, a quartz tube ladder spring member and a quartz tube transfer device, and a quartz tube bracket is connected to the chain lock by a fixed area. The above described objects, features, and advantages of the present invention will become more apparent and understood. description of. However, the invention may be embodied in different types of embodiments and should not be construed as being limited thereto. Rather, these illustrative embodiments are fully disclosed and will be able to fully convey the technical scope of the invention. In the following, it is to be understood that when a component or layer is referred to as "on", "connected to" or "couple to" is connected to another component or layer, The TW3245PA / PQ-2006-0003-TW 11 1308357 is directly opposite, connected to or coupled to other components, layers, or intermediates, when a component is mentioned in a manner "directly cm", "directly connected to" (directly. (10) to t〇) or directly to "directly" to another part or level, which means that there is no intermediate part Or multi-layered presentation. The conjunctions "and" and "or" (π) as used herein are a combination of any one and one or more of the associated listed items. In the following, it will be understood that although the names "first", "second" and "third" etc. can be used herein to describe different components, components, regions, layers I and /iu, etc., These components, components, regions, levels, and injuries are not limited to these names. These names are only used to distinguish one component, component, region, layer or part from another region, layer and part. Thus, a first institution, component, layer or portion discussed later may also be referred to as a second mechanism, component, layer or portion without departing from the teachings of the present invention. The terminology used herein is for the purpose of illustration and description. The singular <RTI ID=0.0>"a" </ RTI> </ RTI> <RTI ID=0.0> </ RTI> </ RTI> <RTIgt; Further, it can be understood that the use of the name "including" in the book of the moon clearly indicates the characteristics, the whole, the steps, the operations, the components, and the components, but does not exclude the performance or the addition. One or more other features, integers, steps, operations, components, components, and or groups. In addition to these definitions, all names including science and science are used herein to be interpreted in a conventionally known manner, which has a meaning of _3, which is also included in the present invention. TW3245PA/PO-2006-0003-TW 12 1308357 The name used. Further interpretation of these names is as defined in the universal dictionary, and its meaning is also defined in the relevant technology, and should not be interpreted as idealized or overly formal types. • Not defined here. . Figure 3 is a schematic illustration of a baking apparatus in accordance with the present invention. Fig. 4 is a perspective view showing the key parts of the conveyor chain unit of the baking apparatus according to the present invention. 5A and 5B are plan and side views of a baking apparatus in accordance with the present invention. Figure 6 is a perspective view of the transfer sheave unit of the bake apparatus according to the present invention. Figure 7 is an exploded perspective view of the transfer sheave unit of the toasting apparatus in accordance with the present invention. Figure 8 is a front elevational view of the transfer pulley unit of the toasting apparatus in accordance with the present invention. 9A and 9B are side views of the transfer pulley unit of the baking apparatus according to the present invention by cam lift. Figure 10 is a partial exploded view of the hot air supply of the toasting apparatus in accordance with the present invention. As shown in the drawings, the present invention provides a baking apparatus for a cold cathode ray lamp control apparatus. According to the present invention, a load bearing member 110 and a non-® load bearing member 120 are disposed at a diagonal position of a main body 100, a driving unit 130 and a hot air supply 140, which are respectively disposed on the main body 100. On both sides, a heating unit 150 is disposed on one side of the longer side of the main body 100. A roller unit 160 is used to rotate a quartz tube 151 and is disposed between the heating unit 150 and a transmission pulley unit 170. In the lower portion of the roller unit 160, a conveyor chain unit 180 is disposed at both ends of the transmission pulley unit 170 and at the lower portion to transmit the quartz tube 151. The driving unit 130 has a main motor 131 and a primary motor 132 for producing TW3245PA/PO-2006-0003-TW 13 1308357. The power of the main motor 131 is transmitted to the left and right output shafts 134 by a main inclined surface. So that the transmission pulley list 'element (7) is driven by the left and right output vehicles by the 134-convex transmission, and the power is transmitted to the roller unit by the bevel gear box 135 to the transmission chain unit (10) Therefore, the rolling fresh element (10) and 6 ^ unit purchase skin movement. The hot air supply unit 14. One nozzle single pass = ^ is exercised by a plurality of links 142 and a plurality of rods 143, and when the bell is rotated by a cam, the line is nozzle 144, and the quartz tube 151 is inserted into the quartz tube. 1 is to capture a plurality of lamps for the given temperature by the weight member 11 〇 the quartz tube 151 of the roller unit (10), in the removal of the organic tube = the = tube 151 of the tube It is replaced by the non-load-bearing member 12〇. The transmission pulley unit 170 includes a support 120 pushing plate 174 and a lifting plate 175. The foregoing three systems, one acting flat and the right and left, are connected to a frame two: descending: m on the active plate m, - moving left and right The rod member W is provided with a section m setting (4) on the lifting plate 175, and _ = = - the rotating ring is disposed on the rotating ring knot 7, and the guiding roller m is attached to the left and right κ wheel 179 and suspended from the lifting plate __: :=, the lifting rod member m and the left and right moving rod members 1 to 8 are all in the middle. The transmission crank 136 is combined, the transmission crank m is rotated by the left and right and the cam, and the transmission chain unit 18C is transmitted by the 134 (four), the quartz tube stepping member 184 and a quartz tube.

TW3245PA/ PO-2006-0003-TW 14 1308357 and a quartz tube bracket 181 is attached to the - chain lock in a fixed section. Regarding some of the numbers in the drawings, the reference numeral 50 represents a chain sprocket for driving the chain lock 182 of the conveyor chain unit 180, and the reference numeral 52 represents a drive chain for respectively driving the rollers of the roller unit 160. Reference numeral 54 denotes a fixed bracket for supporting the transport crank 136 of the transport sheave unit 170, reference numeral 56 denotes a pivot bracket which is disposed at the top end of the rotary link 177 of the transport sheave unit 170, and reference numeral 58 denotes an elastic spring system loading. The transfer crank 136 is mounted on the transfer sheave unit 170. As for the quartz tube holder 181, which is attached to the chain unit 180, is attached to the chain lock 182, in particular, a quartz tube riser 183, a quartz tube step-down member 184 and a quartz tube transfer device 185, The same signs and numbers are identical in structure. In addition, this device can be used as a CCFL manufacturing device, and can also produce a light-emitting tube that generally includes an external electrodefluorescent lamp (EEFL). As for the baking apparatus developed in accordance with the present invention in FIGS. 3 to 6, a plurality of lamps are pushed into the quartz tube 151 by the weight member 110, and the tubes are pushed out of the quartz tube 151 by the non-load-bearing member 120. Both are loaded on the left and right sides of the main body 100. Further, the driving unit 130 and the hot air supply 140 are mounted on both sides of the main body. The quartz tube 151 is advanced by the roller unit 160 by the transfer sheave unit 170. More specifically, the quartz tube 151 having an extremely high heat resistance effect can be placed on the roller unit 160 to drive the key 52 to rotate forward. In addition, stone

TW3245PA/ PQ-2006-0003-TW 1308357 The British tube 151 is also moved by the transfer sheave unit 170 which is continuously disposed in the main body 100 in the horizontal direction, and the quartz tube 151 is placed on the quartz tube bracket 181, and the quartz tube The bracket 181 is coupled to the conveyor chain. Unit 180 chain lock 182 at a fixed pitch. Meanwhile, the transport chain unit 180 provided with the quartz tube bracket 181 coupled to the chain lock 182 mainly includes a quartz tube riser 183, a quartz tube step down member 184, and a quartz tube transfer device 185. The quartz tube holder 181 can include a plurality of grooves for placing the quartz tube 151 and transporting it over the quartz tube holder 181. If the chain lock 182 is moved counterclockwise, the position of the quartz tube 151 placed on the quartz tube holder 181 will be on the chain lock 182 on which the quartz tube riser 183 is raised and on the chain lock 182 on which the quartz tube step-down member 184 is lowered. And its position is on the upper side of the chain lock 182 of the quartz tube transfer device 185. If the quartz tube 151 is raised by the quartz tube riser 183 of the conveyor chain unit 180, the quartz tube 151 is placed on the roller unit 160 via the transfer sheave unit 170, and the quartz tube 151 is also transferred by the pulley block _170. A certain distance is moved in the roller unit 160. When the quartz tube 151 passes through the roller unit 160 through a continuous operation, the quartz tube 151 is heated by the heating unit 150 loaded on the upper side and the lower side portion of the main body 100. Further, a plurality of nozzle units 144 of the hot air supplier 140 are loaded on one side of the main body 100, which is inserted into the quartz tube 151 which is moved and placed on the roller unit 160. Thereafter, nitrogen gas is fed into the quartz tube 151 at a certain temperature. In summary, these tubes are inserted into a rotating and horizontally moving quartz tube 151. Therefore, when the lamp is kept horizontal, TW3245PA / PQ-2006-0003-TW 16 1308357 is removed and destroyed between the protective layer and the fluorescent material applied to the lamp. When the quartz tube holder 181 is attached to the chain lock 182 of the conveyor chain unit * 180 at a fixed pitch, in particular, the quartz tube riser 183, the quartz tube step-down member 184, and the quartz tube transfer device 185, the loading position is on the side. The view will overlap at the same location and will cross in the plan. Therefore, the quartz tube 151 is placed on the quartz tube holder 181 for efficient movement. • Regarding the drive unit 130, which is illustrated in Fig. 5A, a main motor 131 and a primary motor 132 are mounted at the center of the main body 100. If power is supplied to both the main ramp gearbox 133 and the secondary ramp gearbox 135, the transport sheave unit 170 operates by a cam loaded on the left and right output shafts 134 of the main ramp gearbox 133. The secondary bevel gearbox 135 is loaded horizontally along the body 100 at a fixed pitch and provides power to the roller unit 160 and the conveyor chain unit 180.

As for the transport sheave unit 170 and the transport chain unit 180, as shown in Fig. 5B ® , the transport chain unit 180 is mounted on the left and right sides and the lower side of the main body 100. Meanwhile, the quartz tube transfer device 185 is mounted on the lower side of the main body 100, the quartz tube riser 183 is mounted on the left side of the quartz tube transfer device 185, and the quartz tube step-down member 184 is mounted on the right side of the quartz tube transfer device 185. Therefore, these objects are partially overlapped in the front view, and are also presented in a crisscross pattern in plan view, and the quartz tube 151 is placed on the quartz tube bracket 181 for transport. The roller unit 160 can be mounted at the same position at a fixed pitch to the chain lock 182 TW3245PA / PQ-2006-0003-TW 17 1308357 f quartz tube holder 181, wherein the position is attached to the quartz tube holder (8) The highest position on the quartz tube riser 183 and the quartz tube step down member 184, and the roller unit 16 is maintained horizontal. At the same time, the heating unit 150 is mounted on the upper and lower portions of the roller single &amp; 16 , to heat the quartz tube 151 placed on the roller unit 16A from the outside. When the rollers are loaded on the roller unit 16A, they are mutually overlapped and mounted and "relatively horizontal" and rotated by the drive chain. Therefore, the quartz tube 151$ placed on the roller unit 160 can be rotated or by The heating unit 150 is uniformly heated from the outside of the quartz tube 151. At the same time, if a plurality of tubes to which the protective layer and the fluorescent substance have been applied are inserted into the quartz tube 5, the tube can also rotate along the quartz tube 151. The lamp is indirectly heated by the quartz tube (5) to (4) extinguish and record the organic matter contained between the protective layer and the f-light material. Fig. 6 to Fig. 9A(B) are diagrams illustrating the quartz on the transfer pulley unit 17 〇 opposite the discharge unit (10) The tube 151 is operated by the transport chain unit 180. The transport pulley unit 17 is continuously carried between the quartz tube riser and the tube ladder member 184. Therefore, the quartz tube is placed in the quartz tube: ^ by the quartz 151 by quartz After the tube riser 183 is raised, f = the transfer sheave unit 17 〇 moves the quartz tube 151 to the right as shown by the distance 疋 and drops it on the roller unit (10). Placed on the roller unit 16 〇 right Side quartz with side transfer The unit unit 170 is carried on the unit Π. It will move to the right to place the quartz tube (5) on the quartz tube bracket 181. The quartz tube (5) will be rolled;

TW3245PA / P〇-20〇6-〇〇〇3-TW 18 1308357 ΐ = With the quartz tube step-down member 184 descending and then moving to the quartz tube wheel set Sf:, to the Γ is continuously placed on the main body 100 The movement is carried out by repeating the ascending completion, moving to the right, descending, and to the left 4 3 ', 乍', and the quartz tube 151 is continuously conveyed to the roller unit it16n or the conveyor chain unit 180. Early 7^160 ^Specific description M is the continuous movement of the transmission pulley unit 17G, the operation of E 51. The transfer sheave unit 17A includes a support 173... an action plate m and a lift plate 175. Meanwhile, = ^ 171, (vertical track) is loaded on one side of the support plate 173, and the outer channel 172 (horizontal track) is on the side of the plate 174. The flat 1 Ϊ slider is disposed on the other side of the acting plate 174, and the water = block is disposed on the side of the lifting plate 175. Therefore, the fire = slippery - the lift Π Π 垂直 垂直 垂直 垂直 = = = = = = = = = = = = = = 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直 垂直Connected to the main body 1 二 二 二 托架 托架 54 54 54 54 54 54 54 54 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架 托架By rotating the left and right sides of the m: wheel =: because the /, the rotating member π6 also causes the action plate m to rise in a vertical operation - the left and right moving rod members 178 are combined by the pivoting member 176. In addition, the left and right movements (4)

TW3245PA / PO-2006-0003-TW 19 ,! 3〇8357 Rotating ring placed on the frame of the main body 100. When the right moving lever member 178 is raised, the rotation is connected. So, turn. Then, the lifting plate 175 will move 77 counterclockwise, and the roller m will move to the right. Its section-end is the guiding groove 169 of the juice drop plate 175. The p 7 series is suspended at the same time, when the transmission crank 136 is transferred from the left and right = force transmission crank 136 will be installed! ^ Installed on its curved wheel = away from C will also be due to the action of the plate 174 and: the lifting piece is lowered. Further, when the rotary link Π7 is rotated by the left-phase inversion, the lift plate i is moved rightward to move to the left. The 0 extension is about 172. The descending element 17° operation is, for example, rising, moving to the right, and ringing the second output shaft 134 to repeat execution - one continuous ❹Γ early 17Q needs to be performed within the range from left to right The quartz tube 151 on the roller unit 16G is moved by a single wheel set and a single slide 6G. Regarding the air supply h 140 (4), it is clearly indicated that the hot air supply unit 14 is mounted on the side of the main body 100. At the same time, the 'hot air supply _ 14 〇 nozzle unit 144 will move left or right by the crank 141 in the figure, wherein the crank 141 will be by the cam of the left and right output shaft 134, a plurality of links I&quot; TW3245PA / PO- 2006-0003-TW 2〇

1308357 is raised with the element 143. Conversely, if the crank 141 is disengaged from the cam and the lever member 143 is also ejected, the lever member 143 is also executed. Then, the rod member 143 is individually rotated 142 so that the spray θ nozzle unit 144 is inserted into the quartz tube (5), and at the same time, the nozzle 144 is also known to supply nitrogen at a solid temperature to the quartz tube 151. 711 In summary, when the quartz tube 151 is heated by the hearing unit provided by the heating unit 15 gas supply, the organic matter contained in the quartz tube is completely eliminated and removed. In particular, = is maintained horizontally by the horizontally moving quartz tube 151. In addition to the organic matter, the lamp can be prevented from being destroyed. In the above, the present invention has been disclosed in a preferred embodiment, and it is to be understood that the present invention is not limited to the spirit and scope of the present invention. When 2 kinds of changes and retouching. Accordingly, all variations are possible as the invention: within the scope of the following patents. In the scope of this patent: the functional grammar of the means can be used herein to cover the grammatical structure of the narrative, and not only the equivalent structure and the equivalent structure, but can be understood in the illustration of the present invention. It is also understood that the disclosure of the specific embodiments is not limited, and the disclosure of the embodiments and the remaining embodiments may be included in the scope of the appended claims. The scope of the invention as set forth in the appended claims is hereby incorporated by reference. 1 TW3245PA / PO-2006-0003-TW 21 1308357 [Brief Description of the Drawings] The features and advantages of the present invention will become more apparent from the detailed description of the embodiments and the accompanying drawings: Conventional cold cathode ray tube (CCFL) manufacturing equipment is not intended, FIG. 2 is a key example diagram illustrating a conventional baking apparatus; FIG. 3 is a schematic view of a baking apparatus according to the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5A and FIG. 5B are plan and side views of a baking apparatus according to the present invention; FIG. 6 is a baking apparatus according to the present invention. FIG. 7 is an exploded perspective view of the transfer sheave unit of the bake apparatus according to the present invention; FIG. 8 is a horizontal transfer of the transfer sheave unit of the bake unit according to the present invention. 9A and 9B are side views of the transfer pulley unit of the baking apparatus according to the present invention by cam lift; and FIG. 10 is a baking apparatus according to the present invention. The hot air supply unit to expand the portion of FIG. [Description of main unit symbols] 1 : Coating device 2: Cleaning device TW3245PA/ PQ-2006-0003-TW 22 1308357 3: Baking device 4: Electrode sealing device 5: Heating and exhausting device 6: Sequestration and cutting device 7: Heating device 8: curing device 9: pointer unit

10 : Rotating member 11 : Arm 12 : Upper end 13 : Nozzle 14 : Heating block member 15 : Channel 16 : Heater 50 : Chain gear 52 : Drive key 54 : Fixing bracket 56 : Hub bracket 58 : Elastic spring 100: Main body 110: Load member 120: Non-load bearing member 130: Drive unit 131: Main motor TW3245PA/PO-2006-0003-TW 23 1308357 132: Secondary motor 133: Main bevel gearbox - 134: Left and right output shaft - 135 : Secondary bevel gear box 13 6 : Transfer crank 140 : Hot air supply 141 : Crank 142 : Link • 143 : Rod 144 : Nozzle unit 150 : Heating unit 151 : Quartz tube 160 : Roller unit 169 : Guide Slot 170: transport pulley unit 171: lift ramp 10 172: left and right rail 173: support plate 174: action plate 175: lift plate 176: lift bar member 177: rotating ring knot 178: left and right moving lever member 179: guide roller TW3245PA / PQ-2006-0003-TW 24 1308357 180 : Conveyor chain unit 181 : Quartz tube bracket 182 : Chain lock 183 : Quartz tube riser 184 : Quartz tube ladder member 185 : Quartz tube transfer device

TW3245PA / PO-2006-0003-TW 25 J308357 7/^ EUf is supplementing six English abstracts: (English name: Baking Equipment of Manufacturing Apparatus of Cold Cathode Fluorescent Lamp ) A baking equipment of a manufacturing apparatus of Cathode Fluorescent In the conventional baking equipment of a manufacturing apparatus of CCFL, there is a problem causing any of a bulb at a process removing an organic material included in both a protective layer and fluorescent substance coated in the bulb, Since the bulb is heated in perpendicularity and is injected with oxygen or nitrogen through a nozzle of the head, while the upper part of the bulb is taken by a head of a rotating member rotated by an index unit.

3 through 10, both a loading member and an unloading member are installed at a main body in a diagonal position, both a driving unit and a hot air supplier are installed at sides of the Main body, respectively, a heater unit is installed on the main TW3245PA/PO-2006-0003-TW 4

Claims (1)

1308357 X. Patent application scope: 1. A baking device for cold cathode ray tube manufacturing equipment, comprising: • a load bearing member and a non-load bearing member, both of which are disposed at a diagonal position of a main body; And a hot air supply device, respectively disposed on two sides of the main body, a heating unit disposed on the longer side of the main body; a roller unit for rotating a quartz tube and disposed on the heating sheet a transmission pulley unit disposed at a lower portion of the roller unit; and a conveyor chain unit disposed at both ends of the transmission pulley unit and the lower portion for conveying the quartz tube; wherein the driving unit has a main motor And a primary motor for generating power; wherein the power of the main motor is transmitted to a left and right output shaft by a main bevel gear box, such that the transmission pulley unit is driven by one of the left and right output shafts; wherein The power of the motor is transmitted to the roller unit and the conveyor chain unit by a secondary bevel gearbox, such that the roller unit and the conveyor chain Being driven; wherein a nozzle unit of the hot air supply device performs a linear reciprocating motion by a plurality of links and a plurality of lever members, and when a crank is raised by a rotation of a cam, the nozzle unit is inserted into the quartz tube Providing a specific temperature of nitrogen; wherein a plurality of lamps are inserted into the quartz tube placed in the roller unit by the load bearing member; wherein after removing the organic matter, inserting into the lamps of the quartz tube The conveyor block unit comprises a support plate, a function plate and a lifting plate, and the front TW3245PA / PQ-2006-0003-TW 26 1308357 is described by a lifting rail and a left and right a guide rail is connected to a frame; a lifting rod member is disposed on the action plate; wherein a left and right movement member is disposed on the lifting plate by a rotating link; wherein a guide roller is disposed on the The rotating link is coupled to the left and right moving rods, and the guiding roller is suspended in a guiding groove of the lifting plate; wherein the lifting rod and the lifting rod The right moving lever member is combined with a transfer crank that rotates by the cam of the left and right output shafts; wherein the transport chain unit includes a quartz tube riser, a quartz tube step-down member, and a quartz A tube transfer device, and a quartz tube holder is coupled to a chain lock in a fixed section. TW3245PA/ PQ-2006-0003-TW 27