13147521314752
九、發明說明： 【發明所屬之技術領域】 於一封 ’移除-封閉曰怎::：:的 .晶顯示器 置」其可設置一分開發光源。 口此/、包括一背光裴 該背光裝置利用數個日光燈，i ；ί^ 5 ^ ^ ° 參照至圖！，一冷陰極日光燈 r 極日先燈4。 1卜以及-陽極12及一陰極13，其吊長形的破螭管 ini6!llTTl 氖等的-邮Γ空積—縣材料14，及具有充滿汞、氩 4忒12目對=部1=:233包2—玻璃管21， 22及23在玻璃管21 由該等外部電核 體。玻璃管21具有在其—^上"二射^管2丨中的氣 US内部空間25充滿Ϊ、氬Ϊί ’及該 持該曰光燈的門^滿主氣體，在該封閉切割製程中，：'Ϊ 差異將簡短地說明二t時移除该曰光燈的-多餘部分，讀等 1314752 » 將對該冷陰極日光燈及該外部電極日光燈分開加以說明。用 於該外部電極日光燈的說明，可分成該外部電極日光燈利用數 個小珠的情形及該曰光燈未利用該等小珠的情形。 首先，當製造該冷陰極日光燈時，如圖3a所示，執行一小 珠插入製程，在該製程期間，—小珠17形成到一電極12的一 引線16，其插入到該燈内部。接著，如圖3b所示，執行一封 ，製程，在該製程期間，將一玻璃管u排空，充滿氣體，及 1在此製程期間，將該小珠17插入玻璃管11的一側，及 ，著藉由壓縮玻璃f 11❸—部分而加以固定。此外，在小珠 的一遠端外面亦壓縮玻璃管u的另一部分，以形成一空 二丄其中引入-汞吸氣劑H。接下來，使玻璃管u轉向後， 玻璃管U ’之後將賴管11加熱及完全封閉。 向2 1官11充滿氣體等其他製程後，將玻璃管11轉 w在此製程期間 輪W加以切一噴管τ加熱’及利用-切割 割部分再受熱㈣彡成―讀程’顧齡期間該切 面=外因部 ===等電極在該玻璃管的一外表 空 首先，如圖4a所示，勃;Λ 在〜破璃管21的一末端魔一 程。在該封閉製程期間， 間將插入一汞吸氣劑Η。將i璃^部f以形成一空間，該 —端受熱且完全封閉。坡墦g 21轉向後，玻璃管21的另 接下來，如圖4b所示， a1預熱破璃管21周圍的—切^閉切割製程，在該製程期 刀，。接著經由-塗釉製程而ϋ 2在加熱該切割部分時 同時，當使用數個小珠以f ^平面形成一切割平面。 亥外部電極日光燈時，需要執 7 1314752 Λ 行該小珠插入製程。妙 曰光燈的小珠未作為，不像該冷陰極日光燈’該外部電極 程。因此，如圖5a、、-及僅有助於封閉該玻璃管的封閉製 日光燈具魏個姆=’mm日絲’該外部電極 接著，如圖5b所-其鈿具一球形。 璃管21的—側，及=^亥封閉製程期間，將小珠27插入破 定。此外，在小珠27的玻璃官?的—部分而加以固 璃管Η轉向後，=入一汞吸氣劑H。接下來，將破 接下來，如圖，另一端受熱，及封閉。 璃管2!周園的一 ^H封閉切割製程期間，在加熱玻 切‘;時 $於該日光燈的封閉切割勢 燈的封閉切割機50，发可利用=圖6所示用於—日光 所示，當執行該_切^；： 切·程。如圖6 持曰光燈的狀態將該^機5〇以—垂直支 個步驟。當以垂直站=位^用於該 3在於，需要利用複雜的裝載及抑m製程時， u從—水平絲鋪物射將曰光燈 曲或搖動。 專日先燈在該機器上移位時，日光燈會管 此外，用於以垂直i拉 割製程的封閉切割機，曰光態執行該封閉切 的高度。然而，該封閉切割機增加該封閉切割機 該冷陰極ΐΐί及刀割製程以不同方式執行以用於 屬每核造成本增加亦同時使該機器結 u14752Nine, invention description: [Technical field to which the invention belongs] In a 'removal-closed 曰:::: 晶 display" can set a point to develop a light source. This / / includes a backlight 裴 The backlight uses several fluorescent lamps, i ; ί ^ 5 ^ ^ ° Refer to the map! , a cold cathode fluorescent lamp r pole day light 4. 1 Bu and - anode 12 and a cathode 13, its long-shaped broken tube ini6!llTTl 氖, etc. - postal space - county material 14, and has a full of mercury, argon 4 忒 12 mesh pair = part 1 = : 233 packs 2 - glass tubes 21, 22 and 23 in the glass tube 21 from the external electronuclear bodies. The glass tube 21 has a gas internal space 25 filled with Ϊ, Ϊ ' ' and the main gas holding the illuminating lamp in the closed cutting process. , : ' Ϊ The difference will briefly explain the extra portion of the illuminator when the second t is removed, read 1317452 » The cold cathode fluorescent lamp and the external electrode fluorescent lamp will be described separately. The description of the external electrode fluorescent lamp can be divided into the case where the external electrode fluorescent lamp utilizes a plurality of beads and the case where the neon lamp does not utilize the beads. First, when the cold cathode fluorescent lamp is manufactured, as shown in Fig. 3a, a bead insertion process is performed, during which the bead 17 is formed to a lead 16 of an electrode 12 which is inserted into the inside of the lamp. Next, as shown in FIG. 3b, a process is performed, during which a glass tube u is evacuated, filled with gas, and 1 during the process, the bead 17 is inserted into one side of the glass tube 11, And, it is fixed by compressing the glass f 11 - part. In addition, another portion of the glass tube u is compressed outside a distal end of the bead to form an empty dioxate in which the mercury getter H is introduced. Next, after the glass tube u is turned, the glass tube U' is followed by heating and completely closing the tube 11. After the other processes such as filling the gas into the 21st 11th, the glass tube 11 is rotated. During the process, the wheel W is cut and the nozzle is heated τ, and the cutting portion is used to heat (4) into a "reading" period. The cut surface = external factor === the electrode is in the outer surface of the glass tube. First, as shown in Fig. 4a, the rib is at the end of the glass tube 21. During the closed process, a mercury getter cockroach will be inserted. The i-shaped portion f is formed to form a space which is heated and completely enclosed. After the sway g 21 is turned, the glass tube 21 is further, as shown in Fig. 4b, a1 preheats the cutting process around the glass tube 21, during which the knives are cut. Then, via the glazing process, ϋ 2 is used to heat the cut portion while simultaneously forming a cutting plane in the f ^ plane using a plurality of beads. When the external fluorescent lamp is used, it is necessary to carry out the bead insertion process. The bead of the wonderful light is not used, unlike the cold cathode fluorescent lamp. Thus, as shown in Fig. 5a, - and the closed solar lamp which only helps to close the glass tube, the outer electrode is the same as that of Fig. 5b - the cookware has a spherical shape. The beads 27 are inserted and broken during the - side of the glass tube 21 and during the sealing process. Further, after the glass tube is turned to the portion of the glass of the bead 27, the mercury getter H is introduced. Next, it will break. Next, as shown in the figure, the other end is heated and closed. Glass tube 2! During the closed cutting process of Zhouyuan, during the heating of the glass cutting, the closed cutting machine 50 of the closed cutting potential lamp of the fluorescent lamp can be used as shown in Fig. 6 for the daylight Show, when the _cut ^;: cut process. As shown in Fig. 6, the state of the xenon lamp is taken as a vertical step. When the vertical station = bit ^ is used for the 3, it is necessary to utilize the complicated loading and m process, u will shoot or shake the light from the horizontal wire. When the special daylight is shifted on the machine, the fluorescent tube is used. In addition, the closed cutting machine for the vertical i-cutting process performs the closed cutting height in the calender state. However, the closed cutting machine increases the closed cutting machine. The cold cathode 及 and the knife cutting process are performed in different ways for the genus to cause the increase and also to make the machine u14752
【發明内容】 光燈“封閉切割及，明的目的為揭露-種曰 ，日光燈的—I；；在^相光奴水平放_態供應時 本發明的另— 遍地應用到冷陰極日光切割製程’其可普 的他目的可藉由-封__ :行 光燈饋入該水平封閉^早^ 该等水平放置的曰 平放置的曰光燈自該水平;以 【實施方式】 細T本發明的數個較佳實施例。 1000。 月的—實施例說明一曰光燈的封閉切割機 單^水平封閉切割單桃-裝载 水平封閉切割單元⑽ ===割=間，該等曰 叩革符在—水平放置狀態中。 極ί:以元：具有可普遍應用到製造冷陰 以下將詳細說财平切割製程的結構。 平封閉切割單元100勺 °早兀00。根據該實施例，水 持板組件120 旋轉處f板組件則；一曰光燈支 疋轉15動早疋130 ;及一靜止處理板組件 4 1314752 140:如圖7所示。 中心板^件liG沿著其—外緣支持該等日光燈，及繞一 封，β程Si:光燈移位到其相關聯位置’以用於該 以轉處理板組件110包括：一旋轉板⑴，其 ⑴的-夕及複數個燈支持夾頭112，其沿著旋轉板 的各日光ii η =轉’及域_賴_機處理 複數個沿，田、二，在此點上，旋轉處理板組件u〇設置有 中，:τ μ涂用以沿者該外緣放置該燈支持夾頭，及在此實施例 理板組件m具有32個孔以放置該等燈支持夾頭。 1田1〇^=^=魏行該糊切難辦，旋贼理板組件 ^對於對應到該封閉切割製程的個別步驟的32個位置， 二角度而持續旋轉。因此，旋轉處理板組 =專個別步驟位置’及用以依該步驟而定在其中旋轉該等曰光 上各燈支持夾頭112用以藉由以機械力抓牢一日光燈而 該相關聯日光燈。燈支持夾頭112位於旋轉處理板組件ιι〇的 :相，孔中。因此，在燈支持夾頭！ 12經由空氣虔力驅動的 ^形中’一空氣壓力源線可在旋轉處理板組件11〇旋轉期間毀 損。為此緣故，在此實施例中，燈支持夾頭112具有一簡^ 構’以便由機械力而非空氣壓力來驅動。在此點/上，燈^ ^ 頭112由一開槽夾頭來實施，如圖9所示。 且' 以下將說明開槽夾頭112的結構。參照至圖9及1〇，開样 夾頭112包括：一抓牢器112a;—抓牢器打開/關閉元件 及一旋轉軸112c。抓牢器112a具有一穿孔，其形成在該抓牢 器中心，該日光燈通過該穿孔。抓牢器打開/關閉元件 一零件，其容許抓牢器112a抓牢或放開抓牢器U2a的穿孔中' 的曰光燈。根據此實施例’形成抓牢器打開/關閉元件U2b的 1314752 、”。構，俾^壓下抓牢器打開/關閉元件時，抓牢器η% 打開，及當抓牢器打開/關閉元件U2b縮回原位置時，抓牢器 112a抓牢^日光燈。旋轉軸n2c容許抓牢器n2a以抓牢該日 光燈的狀驗轉。目此’為平職轉，較佳在旋獅n2c與 旋轉板111間的一接點設置一軸承112d。 …較佳地’開槽夾頭112尚包括一輔助夾頭旋轉齒輪U2e，其 疋=在與抓，器112a相對的-侧。輔助夾頭旋轉齒輪U2e係 -零件’其藉由連鎖-辅助夾頭113與開槽魏112而以開槽 夾頭112的相同速度旋轉辅助夾頭113，其說明如下。為此目 的，輔助夾頭旋轉齒輪ll2e在上述旋轉軸112c的一側附近形 成，及經由一齒輪而彳釾接輔助夾頭113,藉此容許輔助夾頭113 與開槽夾頭112以相同速度旋轉。 此^卜三較佳地，開槽夾頭112尚包括一旋轉滑輪112f，其位 在抓牢器112a的相對側。旋轉滑輪112[係一零件，其連接到 一開槽夾頭旋轉元件149，及若該製程需要開槽夾頭112旋 轉，則教:轉開槽夾頭112，其中開槽夾頭旋轉元件149係分開 地設置。在此實施例中，由於該開槽夾頭係藉由以下說明的一 皮帶而旋轉，因此與該皮帶接觸以旋轉該開槽夾頭的旋轉滑輪 112f設置在旋轉軸112c的該側附近。 根據此實施例，開槽夾頭112尚包括辅助夾頭113，如圖1〇 所示。輔助夾頭113耦合到開槽夾頭112，及與開槽夾頭112 以相同速度旋轉’俾輔助夹頭113藉由旋轉板ηι而與開槽夾 頭112 —起移動。辅助夾頭113用以支持該日光燈的一部分， 其由該封閉切割機切割及卸除到外面。因此，輔助夾頭113不 僅在一切割步驟期間具有藉由支持該日光燈的切割部分而容 許該切割步驟平順進行的功能，亦在該切割步驟後具有藉由支 持該切割部分而容許該切割部分輕易卸除到一分開的卸除位 置的功能。 ^ 在此實施例中’輔助夾頭113定位在開槽夾頭112的抓牢器 1314752 =的前面，以便與抓牢器n2a的中心軸_。_ =夾頭=包括-辅助抓牢器113a、—伽抓牢器 元件.及一辅助抓牢 而=:====的辅，[Summary of the Invention] The light lamp is "closed and cut, and the purpose of the light is to expose - the kind of 曰, the fluorescent lamp - I;; the other aspect of the invention is applied to the cold cathode solar cutting process when the phase is supplied horizontally. 'The purpose of his can be obtained by - sealing __: the light is fed into the horizontally closed ^ early ^ the level of the horizontally placed neon light from this level; to [Embodiment] thin T this Several preferred embodiments of the invention. 1000. Month - Embodiments illustrate a closed cutting machine for a neon lamp, a single horizontal closed cut single peach-loading horizontal closed cutting unit (10) === cut = between, the same The embossing symbol is in the state of horizontal placement. 极: yuan: has a structure that can be generally applied to the production of cold yin, which will be described in detail below. The flat-cut cutting unit is 100 scoops earlier than 00. According to this embodiment , the water holding plate assembly 120 rotates the f plate assembly; a twilight lamp supports 15 turns early 130; and a stationary processing plate assembly 4 1314752 140: as shown in Figure 7. The center plate member liG along its - the outer edge supports the fluorescent lamps, and around a, β-process Si: light is shifted to its relevant The joint position 'for the rotary processing plate assembly 110 includes: a rotating plate (1), the (1) of the day and the plurality of lamps supporting the collet 112, along the respective sides of the rotating plate ii η = turn 'and domain _ The ray machine processes a plurality of edges, fields, and two. At this point, the rotating processing plate assembly u is disposed, and: τ μ is applied to place the lamp supporting chuck along the outer edge, and in this embodiment The board assembly m has 32 holes for placing the lamp support chucks. 1 field 1〇^=^=Wei line is difficult to do, and the thief board assembly unit ^ corresponds to the individual steps of the closed cutting process. 32 positions, two angles and continuous rotation. Therefore, the rotating processing board group = specific step position 'and in order to rotate the lamps in accordance with the step, the lamp supporting chuck 112 is used for mechanical The force is grasped by a fluorescent lamp and the associated fluorescent lamp. The lamp support collet 112 is located in the phase: hole of the rotating processing plate assembly. Therefore, in the lamp supporting the chuck! 12 is driven by the air force The air pressure source line can be destroyed during the rotation of the rotary processing plate assembly 11. For this reason, In the embodiment, the lamp support collet 112 has a simple structure to be driven by mechanical force rather than air pressure. At this point/top, the lamp head 112 is implemented by a slotted collet, as shown in FIG. The structure of the slotted collet 112 will be described below. Referring to Figures 9 and 1B, the opening chuck 112 includes: a gripper 112a; a gripper opening/closing member and a rotating shaft 112c. The gripper 112a has a perforation formed in the center of the gripper through which the fluorescent lamp passes. The gripper opens/closes a component that allows the gripper 112a to grip or release the gripper U2a. A neon light in the perforation. According to this embodiment '1314752," which forms the gripper opening/closing element U2b. When the gripper opens/closes the member, the gripper η% is opened, and when the gripper opening/closing member U2b is retracted to the original position, the gripper 112a grips the fluorescent lamp. The rotation axis n2c allows the gripper n2a to grasp the state of the daylight. Therefore, it is preferable to provide a bearing 112d at a joint between the spinner n2c and the rotating plate 111. Preferably, the slotted collet 112 further includes an auxiliary collet revolving gear U2e, 疋 = on the side opposite the gripper 112a. The auxiliary chuck rotating gear U2e-parts rotates the auxiliary chuck 113 at the same speed as the slotted chuck 112 by the interlocking-assisting chuck 113 and the slotted die 112, as explained below. For this purpose, the auxiliary chuck rotating gear 112e is formed near one side of the above-mentioned rotating shaft 112c, and the auxiliary chuck 113 is spliced via a gear, thereby allowing the auxiliary chuck 113 and the slotting chuck 112 to have the same speed. Rotate. Preferably, the slotted collet 112 further includes a rotating pulley 112f located on the opposite side of the gripper 112a. The rotating pulley 112 is a component that is coupled to a slotted chuck rotating element 149, and if the process requires the slotting chuck 112 to rotate, teaches: the slotted chuck 112 is rotated, wherein the slotted chuck rotating element The 149 is set separately. In this embodiment, since the slotted chuck is rotated by a belt as described below, the rotary pulley 112f which is in contact with the belt to rotate the slotted chuck is disposed near the side of the rotary shaft 112c. According to this embodiment, the slotted collet 112 also includes an auxiliary collet 113, as shown in Figure 1A. The auxiliary collet 113 is coupled to the slotted collet 112 and rotates at the same speed as the slotted collet 112. The sub collet chuck 113 is moved by the rotating plate ηι with the slotted collet 112. The auxiliary collet 113 is used to support a portion of the fluorescent lamp that is cut and unloaded by the closed cutter. Therefore, the auxiliary chuck 113 not only has a function of allowing the cutting step to be smoothed by supporting the cutting portion of the fluorescent lamp during a cutting step, but also has the ability to allow the cutting portion to be easily supported by the cutting portion after the cutting step. The function of removing to a separate removal position. ^ In this embodiment, the auxiliary chuck 113 is positioned in front of the gripper 1314752 of the slotted collet 112 so as to be aligned with the central axis of the gripper n2a. _ = collet = include - auxiliary gripper 113a, - gag gripper component. and an auxiliary grip and =:====
Sitr3b連接到輔助抓牢器113:的中心，及=二 =軸113e係-零件’其連接辅助抓牢器旋轉耕㈣及 開，夾頭m的旋轉軸仙，俾輔助抓牢器113a與抓牢器ii2a m度及方向旋轉。為此目的，根據此實施例，連接軸 3C經由-齒輪而連接辅助抓牢器旋轉元件及 112c。 =移動元件113d魏水平地移_助抓牢器ma以朝向 槽ί頭。最初’輔助抓牢器113a與開槽夾頭112 。接著，當該曰光燈由開槽夾頭112準確地抓 3的輔，牢器113a朝向開槽夾頭112前進，及 果’輔助抓牢器ma不需要水平地移動以 及水平移動元件⑽用以義辅助抓牢器 由==ί頭。在此實施例中，水平移動元件_ 處理板組件⑽的—分開移動裝置來驅動。 閉f=糊元件收係—零件，其藉由打開或關 而抓牢或放開該日光燈。在此實施例中， 杜j牢③113&魏動地轉，因此獅抓牢11打開/關 二定叫二具有一結構以控制空氣壓力。根據該實施例，辅 心ί τ _閉元件113e由機械操作的—機械閥來實施。 牢器打開/關閉元件113e具有—優點為，其可由 ΐ的―閥來驅動，不致有嚴重錯誤。在此實施例中， 叫為打開/關閉疋件113e藉由設置在靜止處理板組件 1314752 140 1-分開驅動單元15〇而打開或關閉。 同如上述，需要供應空氣壓力到辅助夾頭113。然而， ^以頭、113亦在旋轉處理板組件上旋轉。因此，如圖η 用=傳遞空氣壓力到辅助夾頭113的—空氣壓力傳遞管 過連接軸113c，其未受輔助夹頭113旋轉的影響。 氣壓力傳輕116的一部分，其延伸自連接軸 C ”輔助_113可旋轉地連接，以便空祕力傳遞管116 不，因連接軸113c的旋轉而扭曲。空氣壓力傳遞管116在一 t 一 ί氣壓力源連接，其通過旋轉處理板組件1丨〇的中心軸 仏應空氣，及在另一端與辅助抓牢器113a連接。 -f if if12，靜止處理板組件14G包括—固定板14卜一夾 3件42、—第—喷管零件143、—第二喷管零件144、 TS45、二卸除树155，及—夾頭卸載零件147。 ^ 疋位成罪近旋轉處理板組件110，及固定到旋轉處 理板組件110的-外側及一外緣。固定板14 切割製程的個難程步驟所需的數個零件。 卩疋該封閉 夾頭魏科142雜麟近@植141上的裝載 〇〇 ’及用以將由裝載單元綱裝載在日光燈支持 士的日光燈插入開槽夾頭112的穿孔中。換言之字J頭‘ H42 ^以在該曰光燈先裝載到曰光燈支持板組件120 i，i 將该日光燈裝載到開槽夾頭112。 因此丄夾^裝載零件142可沿著—線性導桿移動 所不。夾雛載零件142包括-馬達142a，及 ΰ ⑽’其緊緊地吸住日光燈L及水平地飾該日光& 严夾頭，在該開槽夾頭，日光虹鬆動地峡^ ^ 板組件⑽’俾日絲L可斜地餘。吸住 ^件’其Μ緊緊地吸住日光燈L且以水平方 = 燈’及馬達142a係-零件’其移動吸住元件142 =^ 開該開槽夾頭。在此時，期望馬達142沿著線性== 1314752 動以作為-分開耕’以確保該等日光燈的線性移動。 根據該實關，夹職載零件I42尚包括-居巾元件142d。 =中j U2d插入開槽夾頭112與日光燈支持板組件12〇之 :°中元件142d用以將日光燈L居巾，以容許日光燈L的 L其由夾頭裝載零件142水平移位以朝向開槽夾頭112， 人開頭112的穿孔。在此實施例中，居中元件 ,匕括-滾筒’其位在開槽夾頭112的穿孔前面，以便 :該：纖觸該等滾筒的外緣，如圖13所示。利用此結構， 该日光燈在通過該等滾筒時相對於該穿孔而居中。 夾頭卸載零件147係-零件’其對應到上述的夾縣載零件 及用以在完成該封閉切割製程後將該日光燈自開槽爽頭 LUl因此’夹頭卸載零件147藉由以開槽夾頭⑴的相 21頭112中插人且支持的日光燈，而將該日光 ί株二二I P載。除了爽頭卸載零件147未包括該居中 ^件外’夾頭卸載零件147與該爽頭裝置零件具有相同的結 」艮，本發明’較佳地’ 一日光燈長度測量器148定位成與固 疋板41的夾頭裝載零件⑷相對。 4、 ;測=夾猶載零件142插人開槽夾頭112二心 =此外，根據本發明’由於插入開槽夾頭112的日光燈 ，由日光燈長制量n 148來測量，因此若該 插i該開槽夾頭’則可再藉由操作爽頭裝載零件142 ΐ佔ί=ίϊ的插t長度。根據此實施例，該靜止處_組件 3比較後,定該測量長度不同於該預設長度，^可夢3 ^夾頭裝，，件142而控制該日光燈插人該開槽夾』的長 度二以，ί該曰光燈的預設插人長度相同。 第-喷官轉143定位成靠近固定板141 142 ’及用以加熱該曰光燈的-預設部分。當不使用 1314752 而製造該外部電極曰光燈時，第一噴管 光燈的—封閉切割部分。 件⑷用以預熱该曰 製針，第二嗔管零件1則ϋ及 ^的刀，及用於使該日絲麵好由物騎切割的^ 兮施例中’該等日光燈的加熱依此—方式執行，俾旋轉 Μ ^先蚯以圍繞在一固定狀態中的該等第一及 ^喷 轉旋轉賴繞在—固定狀g巾的該^光 二5^i此ί構以解決以下醜’當旋轉該等喷管以圍繞該等 二、且夺，來自該等喷管的火焰形狀因空氣阻力而變動，俾各 2燈的所有部分未—致地受熱。在此點上，該觸切割機尚 匕括一開槽夾頭旋轉元件149，用以旋轉該等開槽夾頭112， 其旋轉，第-噴管零件143及第二靜零件144所在的位置。 根據該實施例，如圖14所示，由於需要旋轉該等開槽夾頭 112，其在互相隔開一預設距離時旋轉，因此開槽夾頭旋轉元 件149由一皮帶構成’該皮帶不用耦合到該等開槽夾頭112即 可旋轉該等開触頭。因此，#某—職細侧開槽夾頭旋 轉το件149所在的一位置時，該開槽夾頭與沿著一預設軌道移 動，一皮帶149a接觸，及由於皮帶149a的旋轉造成的磨擦力 而，轉。在此點上，該開槽夾頭設置有旋轉滑輪U2f，其接觸 皮π 149a。在此實施例中，皮帶149a設置成該封閉切割製程 的所有步驟位置之上’在第一及第二喷管零件143與144之間 延伸’以確保移到第一或第二喷管零件143或144所在位置的 該複數個開槽夾頭的同時旋轉及相同速度。在此實施例中，由 於四個喷管定位在各喷管零件143或144，因此開槽夾頭旋轉 元件149需要同時旋轉四個開槽夾頭。因此，皮帶149a設置 成沿著數個導引滾筒形成的軌道移動，以便皮帶149a可同時 4 1314752 * > . 接觸該四個開槽夾頭。 佳ί、,槽夾職轉元件149尚包括—張力維持部分 ^ 以藉由施加壓力到皮帶149a而維持皮帶149a的一預 設張力。由於皮帶149a的張力影響皮帶149a與旋轉滑輪112f ’細造成的雜力，因此雜力蚊轉 旋轉速度。因此，需要使皮帶149a的張力維持#二』 封閉切副製程的不變進程’其可藉由張力維持部分·而達 成。張力維持部分14%配置成使用具一預設彈力的彈性元件 以垂直於該皮帶的方向施力到皮帶149a。 根據該實施例，該封閉切割機較佳尚包括一汞擴散元件 # 151 ’纟定位在固定板141上的該等第-與第二喷管零件⑷ 與144之間，用以擴散來自該汞吸氣劑的汞’該汞吸氣劑插入 該日光燈中。如圖15所示，汞擴散元件151可在該日光燈的 一方向與偏離該日光燈的一方向之間傾斜。利用此結構，當需 要擴政水日^ ’使水擴散元件151傾斜以朝向該日光燈，及執行 一擴散汞的製程’及當不需要擴散汞時，使汞擴散元件151傾 斜以偏離該日光燈’及等待。因此，該實施例的封閉切割機 1000 /、里/舌f生了應用到需要耗損汞吸氣劑或不需要耗損汞 吸氣劑的兩個情形。 、 • 切割單元145與固定板141上的第二喷管零件144定位在同 一位置’以便對應到第二噴管零件144的複數個噴管中間的最 後喷管，如圖16所示。切割單元145用以壓縮及切割該等曰 光燈，其藉由第一噴管零件已溶化到足以切割的程度。 根據該實施例，切割單元H5包括一切割輪145a、一切割 輪旋轉元件145b，及一切割輪移動元件i45c，如圖丨6所示。 切割輪145a用以藉由在該垂直方向壓縮該日光燈L的切割部 分，其由第二喷管零件預熱，而切割該日光燈。在此時，切割 輪145a較佳為由鑽石製成的鑽石輪。 在此實施例中，由於切割該等日光燈的步驟在旋轉切割輪 16 1314752 2=執ϋ 魏£糊輪麟树i45b喊轉切割 ,、、站，b、▲時，切割輪旋轉元件145b連接切割輪i45a的中 二.T等日光燈的相同速度旋轉切割輪i45a。因此， 二，i二2與該等日光燈以相同速度旋轉時切割該等曰光 ;有三致的燈的切割部分受相同作用力，俾該曰光燈 曰ϋ輪^"凡件145c用以移動切割輪145&以朝❺或離開該 判輪^轉元彳丨’^^輪雜70件145e麵麵_輪i45a及切 沿著分開設置的線性導桿移動以 ==輪145a。在此時，由於切割輪…的-位置 145c、較佳由的種類而精確地調I，因此切割輪移動元件 割輪145a ^置達來實施’關服馬射精確地調整切 3〇〇接1來圖^斤元件f定位成靠近固定板⑷上的卸載單元 一部分卸除到^ 光燈由切割單元145切割的 113抓牢的」狀㈣^切割部分以由輔助夾頭 155的-位置時，^除到達卸除元件 i時外面。因此’當該切割部分到達此位 接著，卸除元件155藉由以水平方向 割部分自該輔助夾頭_，及將該切 板包括-塗軸元件152，其位於固定 燈的切割平面=用以將該曰光 特性二日極的絕佳接觸 時亦提供—良好外觀，^不正常放電 17 1314752 * 根據該實施例，該封_割機 位於固定板⑷上的塗釉元件152= 153，其 檢查該日光燈的切割平面的外觀^圖^^之間，用以 由封閉切職1_執行的細所7F。因此’來自 試器153加以侧。 物娜程的缺陷產品由外觀測 根據該實施例，較佳地，該封 154，其位於固定板141 H刀^尚包括—照明測試器 之間，用以藉由施加電力至該日外觀測試器⑸ ί品====試器154提供-優點為，有缺陷Ξ 較_切割機觸尚包括= 制Sitr3b is connected to the center of the auxiliary gripper 113: and ===axis 113e-parts' its connection assisted gripper rotary tillage (four) and opening, the rotation axis of the chuck m, the auxiliary gripper 113a and the grip The fixture ii2a rotates m degrees and directions. To this end, according to this embodiment, the connecting shaft 3C is connected to the auxiliary gripper rotating member and 112c via a gear. = The moving element 113d is moved horizontally _ assisting the gripper ma to face the slot ί head. Initially the 'assisted gripper 113a' and the slotted collet 112. Then, when the neon light is accurately grasped by the slotted collet 112, the auxiliary device 113a advances toward the slotted collet 112, and the 'assisted gripper ma does not need to move horizontally and the horizontal moving member (10) The aid is used to assist the gripper by == ί head. In this embodiment, the horizontal moving element _ processing board assembly (10) is driven by a separate moving device. Closed f = paste component - a part that grips or releases the fluorescent lamp by opening or closing. In this embodiment, Du jail 3113 & Wei Wei, so the lion grip 11 open / close two fixed two has a structure to control the air pressure. According to this embodiment, the secondary ί _ closing element 113e is implemented by a mechanically operated mechanical valve. The stopper opening/closing member 113e has an advantage that it can be driven by the "valve" of the crucible without serious errors. In this embodiment, the opening/closing member 113e is opened or closed by being disposed at the stationary processing board assembly 1314752 140 1-separate the driving unit 15A. As described above, it is necessary to supply air pressure to the auxiliary chuck 113. However, the head, 113 is also rotated on the rotating processing board assembly. Therefore, as shown in Fig. n, the air pressure is transmitted to the auxiliary chuck 113 by the air pressure transmitting tube through the connecting shaft 113c, which is not affected by the rotation of the auxiliary chuck 113. A portion of the air pressure transmitting light 116 extending from the connecting shaft C" auxiliary_113 is rotatably connected so that the air transmission tube 116 is not twisted due to the rotation of the connecting shaft 113c. The air pressure transmitting tube 116 is in a t The ί gas pressure source is connected by rotating the central axis of the processing plate assembly 1丨〇 to the air, and at the other end to the auxiliary gripper 113a. -f if if12, the stationary processing plate assembly 14G includes the fixing plate 14 a clip of 3 pieces 42, a first nozzle part 143, a second nozzle part 144, a TS45, a second removal tree 155, and a collet unloading part 147. ^ 疋 成 近 near rotation processing board assembly 110, And fixed to the outer side and an outer edge of the rotating processing plate assembly 110. The fixing plate 14 cuts several parts required for the difficult step of the manufacturing process. 卩疋 The closed collet Wei Ke 142 hybrid Lin near @植141 Loading the rafter' and inserting the fluorescent lamp loaded by the loading unit into the fluorescent lamp holder into the perforation of the slotting collet 112. In other words, the head J 'H42 ^ is first loaded into the neon lamp support plate assembly at the crest lamp 120 i, i loading the fluorescent lamp to the slotted collet 112 Therefore, the loading member 142 can be moved along the linear guide. The clamping member 142 includes a motor 142a, and a ΰ (10) 'which tightly attracts the fluorescent lamp L and horizontally illuminates the daylight & Head, in the slotted chuck, the daylight rainbow loose isthmus ^ ^ plate assembly (10) '俾日丝 L can be obliquely left. Suck the piece 'they hold the fluorescent lamp L tightly and horizontally = light' and The motor 142a is a part that moves its suction element 142 to open the slotted chuck. At this point, it is desirable that the motor 142 be moved along the line == 1314752 as a separate split to ensure linear movement of the fluorescent lamps. According to the actual closing, the clip-loading part I42 further includes a cupping member 142d. The middle j U2d is inserted into the slotting chuck 112 and the fluorescent lamp supporting plate assembly 12: the middle member 142d is used to cover the fluorescent lamp L to The L of the fluorescent lamp L is allowed to be horizontally displaced by the collet loading member 142 to face the slotted collet 112, the perforation of the person's head 112. In this embodiment, the centering member, the roller-roller' is located in the slotted collet The front of the perforation of 112, so that: the fiber touches the outer edge of the roller, as shown in Figure 13. Using this structure The fluorescent lamp is centered relative to the perforation while passing the rollers. The chuck unloading part 147 is a part-component corresponding to the above-mentioned clip-loading part and used to self-slot the fluorescent lamp after completing the closed cutting process The head LU1 thus carries the collet unloading part 147 by means of a fluorescent lamp inserted and supported in the head 21 of the slot 21 of the slotted collet (1), which is carried by the sun-loaded unloading part 147. The inner-outer 'clip unloading part 147 has the same knot as the tote unit', and the present invention 'preferably' a fluorescent length measuring device 148 is positioned opposite the collet loading part (4) of the fixed plate 41. . 4, test = clip still part 142 insert slotted chuck 112 two hearts = further, according to the present invention 'due to the fluorescent lamp inserted into the slotted collet 112, measured by the long lamp n 148, so if the plug i The slotted chuck' can be loaded by the operation of the head loading part 142 ΐ ί ί ί 。 。 。 。 。. According to this embodiment, after the stationary portion_component 3 is compared, the measured length is different from the preset length, and the length of the fluorescent lamp is inserted into the slotted clip. Second, the preset length of the illuminator is the same. The first spray command 143 is positioned adjacent to the fixed plate 141 142 'and a preset portion for heating the neon light. When the external electrode xenon lamp is fabricated without using 1314752, the first nozzle light is closed to the cut portion. The piece (4) is used to preheat the needle, the second tube part 1 is the knife of the ϋ and ^, and the 用于 用于 用于 用于 ' ' ' ' ' ' ' ' ' ' ' This method is executed, and the first 及 Μ 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕 围绕'When the nozzles are rotated to surround the two, the shape of the flame from the nozzles varies due to air resistance, and all of the two lamps are not heated. In this regard, the touch cutter further includes a slotted chuck rotating member 149 for rotating the slotted chuck 112, the rotation thereof, the position of the first nozzle member 143 and the second stationary member 144 . According to this embodiment, as shown in Fig. 14, since the slotted chucks 112 need to be rotated, they are rotated when spaced apart from each other by a predetermined distance, so that the slotted chuck rotating member 149 is constituted by a belt. The open contacts can be rotated by coupling to the slotted collets 112. Therefore, when a certain position is located at a position where the shank member 149 is rotated, the slotted chuck moves along a predetermined track, a belt 149a, and friction due to the rotation of the belt 149a. Force, turn. At this point, the slotted collet is provided with a rotating pulley U2f which contacts the skin π 149a. In this embodiment, the belt 149a is disposed to extend 'between the first and second nozzle parts 143 and 144' above all of the step positions of the closed cutting process to ensure movement to the first or second nozzle part 143 Or the simultaneous opening of the plurality of slotted collets at the location of 144 and the same speed. In this embodiment, since the four nozzles are positioned at each of the nozzle parts 143 or 144, the slotted chuck rotating member 149 needs to simultaneously rotate the four slotted chucks. Therefore, the belt 149a is arranged to move along the track formed by the plurality of guide rollers so that the belt 149a can simultaneously contact the four slotted chucks. Preferably, the slot member rotation member 149 further includes a tension maintaining portion ^ to maintain a predetermined tension of the belt 149a by applying pressure to the belt 149a. Since the tension of the belt 149a affects the force caused by the thinness of the belt 149a and the rotating pulley 112f', the hybrid mosquito rotates at a rotation speed. Therefore, it is necessary to maintain the tension of the belt 149a in a constant process of the closed cutting process, which can be achieved by the tension maintaining portion. The tension maintaining portion 14% is configured to apply a force to the belt 149a in a direction perpendicular to the belt using a resilient member having a predetermined elastic force. According to this embodiment, the closed cutter preferably further includes a mercury diffusion element # 151 '纟 positioned between the first and second nozzle parts (4) and 144 on the fixed plate 141 for diffusing from the mercury The getter's mercury 'the mercury getter is inserted into the fluorescent lamp. As shown in Fig. 15, the mercury diffusion element 151 is tiltable between a direction of the fluorescent lamp and a direction deviating from the fluorescent lamp. With this configuration, when it is necessary to expand the water surface, 'the water diffusion element 151 is tilted toward the fluorescent lamp, and a process of diffusing mercury is performed' and when the diffusion of mercury is not required, the mercury diffusion element 151 is tilted to deviate from the fluorescent lamp' And waiting. Therefore, the closed cutting machine 1000 /, the inner/lingual f of this embodiment is applied to two cases where it is necessary to consume the mercury getter or not to consume the mercury getter. • The cutting unit 145 is positioned in the same position as the second nozzle part 144 on the fixed plate 141 so as to correspond to the last nozzle in the middle of the plurality of nozzles of the second nozzle part 144, as shown in FIG. The cutting unit 145 is for compressing and cutting the xenon lamps by the first nozzle part having been melted to a degree sufficient for cutting. According to this embodiment, the cutting unit H5 includes a cutting wheel 145a, a cutting wheel rotating member 145b, and a cutting wheel moving member i45c, as shown in Fig. 6. The cutting wheel 145a is for cutting the fluorescent lamp by compressing the cutting portion of the fluorescent lamp L in the vertical direction, which is preheated by the second nozzle member. At this time, the cutting wheel 145a is preferably a diamond wheel made of diamond. In this embodiment, since the steps of cutting the fluorescent lamps are performed on the rotary cutting wheel 16 1314752 2 = ϋ £ 糊 糊 i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i The cutting wheel i45a is rotated at the same speed of the fluorescent lamp of the second and the T of the wheel i45a. Therefore, two, i 2 and 2 are cut when the fluorescent lamps rotate at the same speed; the cut portion of the three-way lamp is subjected to the same force, and the flash lamp is used for the 145c The moving cutting wheel 145& moves to the ❺ or 离开 转 转 ^ ^ ^ ^ ^ ^ ^ 70 145 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 45 At this time, since the position 145c of the cutting wheel is preferably adjusted to the I, the cutting wheel moving member cutting wheel 145a is set to perform the 'cutting the horse's shot precisely to adjust the cut 3 1 is a portion of the unloading unit that is positioned close to the fixed plate (4) and is removed to the position of the auxiliary lamp holder 155 when the light is cut by the cutting unit 145. , ^ except when it reaches the removal component i. Therefore, 'When the cutting portion reaches this position, the removing member 155 cuts the portion from the auxiliary chuck _ in a horizontal direction, and the cutting plate includes a coating member 152 which is located at the cutting plane of the fixed lamp = Also provided with excellent contact of the dimming characteristics of the diurnal pole - good appearance, ^ abnormal discharge 17 1314752 * According to this embodiment, the glazing element 152 = 153 of the sealing cutter on the fixed plate (4), It checks the appearance of the cutting plane of the fluorescent lamp ^ between the ^^, and is used to close the job 7_ performed by the closed job 1_. Therefore, 'from the tester 153 to the side. Defective product of the object is externally observed. According to this embodiment, preferably, the seal 154 is located between the fixing plate 141 and the illumination tester for applying the power to the appearance test. (5) ί品====Tester 154 provides - the advantage is that there is a defect 较 _ cutting machine touch includes =
Hr)麟 光燈的相關資訊到以下說明的-缺P 產品卸除零件320，該日光燈經由來自 3 = 的測試而偵測為有缺陷產品，及操作;陷產二二 裁日日上燈ί持板組件120首先收納由裝載單元200裝 ί的该4日光燈，及用以支持各日光燈的-部分，其未由開^ 件=12以 1目持射因;光燈支持板組件120與旋轉處理板 4同速度％轉。在此實施例中，日光 • ft日光燈支持板’其與旋轉處理板組件iig並列且鄰 接L如圖7所示。換言之，日光燈支持板組件12〇包括一第一 日，燈支持板12卜其位在靠近旋轉處理板組件⑽的一預設 與旋轉處理板組件n〇 一起旋轉時支持由裝載單 • ί㈣二應的1光？的一側；及一第二日光燈支持板122，其 二 疋立成罪近第一曰光燈支持板121，用以支持由裝載單 兀200供應的日光燈的另一側。利用此結構，第二日光燈支持 板122可沿著一旋轉軸移動，及調整相對於第一日光燈支持板 121的-距離。因此’此實施綱封閉切割機ι_具有的優 點為’其可應用到具多種不同長度的日光燈。 18 1314752 ^外，如圖17所示，第一及第二日光燈支持板121及i22 ，者皆設置有複數個日光燈夾具123，其沿著該等支持板 ί 。該等日光燈夾具123定位成對應到 ’該等日光燈夾具123 #由固定在一預設位£的I 驅動早元124而打開或關閉。 又” ，轉驅動單元130係用以旋轉旋轉處理板組件】1〇及 根據該實施例，由於旋轉處理板組^ =及日級支持板組件12_合到同—旋轉軸_， 所不，因此兩零件以相同速度旋轉。 裝載單兀200用以供應水平放置的該等日光燈 = g = : 18及19所示，裝載單元細由數個3 =载# 210構成’該等裝載臂在一日光燈饋入位置與 燈裝載位ϋ往彳i獅時裝_彡日光 ρ ，在接近職載早％隨件_日光做具' =鑛入丄立置，，一詞表示一分開設置的曰光燈饋入二二 。备該等日光燈到達此位置時，由裝鮮元2 u ί:ΐ,二此T，，曰光燈娜置，，-詞表示該等件個 、且夹^ 3之間的-空間’該等夾具設置在日光燈支 2〇 ’其移到設置夾頭裝載零件142的 耸1牛 L =到此位置時，由於該等日光燈夾具123 = 光燈由該等日光燈夾具123支持住。 ㈣LJ此麵日 如圖18及19所示。因：=以『同: :實^單 裝載早凡200中，卸载單元30㈣數個往復式裝载臂 1314752 成，該等裝載臂在-曰光燈卸載位置與一曰光燈卸除位 載該等日光燈’該日光燈卸載位置係接近卸載ί 光燈卸除位置:二:央; :£F^=3 無日總卩除位置。 方。脑木兮u々轉動及移到該日光燈卸除位置下 口收====燈板-時，曰光： 陷日光燈到-分開的缺陷產品卸除桶ϋ位置’及卸除该有缺 20 4 1314752 根據該實施例，靜止處理板組件刚尚設置有 件(未顯不）。該微粒移除元件用以移除該封 &程= 受^污染。因此，該微粒移除元件最 t止，理板組件14G上的裝載單元的位置前。該^ 除兀件精由以高塵注入氣體到開槽夹 &自 開槽夾頭移除。 τ向將微粒自該 將J據本發明詳細說明切割一日光燈的封閉的方法。 了 ，執行一曰光燈裝載步驟。在此步驟，藉 一製程的油日光燈_關蝴機以預 ϊ ° if該/施例’在此步驟以水平放置狀態裝載tj等“ 水+放置狀_辦裝載該等 =尤燈以 制該等曰光燈的位置變化，二以怎其=於:？ 地執打長日級的魏轉。_ 及在於可穩疋 ^二在此步驟，蝴掉所裝載的 载。當執^驟係水平地裝 ，由於此步驟在旋轉在該槽夾頭支 法。因此，力類型的支持方 不用使用一額外營，获二先燈以一固定狀態旋轉， 在此步驟，該等日光二心^化該封閉切割機結構的優點。 個喷管繞著該定狀態中’及在數 藝，來自該等喷管的火打，熱。然而，根據先前技 燈的數個部分未—致地^因變動’俾各曰光 該等曰光燈繞著該等喷管_，因此“==== 1314752 形=管ίί 該封閉切害齡的二致性匕 f亥等日光燈卸除到外面以用於次-製巧步驟 步;可】一 除：面:因此’其優點為’該卸载 光燈的衝擊時亦縮^一製=二。減低該製程期間施至該等曰 由以上說明可了解，根據本發明， 二在該等日光燈水平放置的狀態中執行Γ因; 燈的裝載及卸载。此外，另:Ji丄=時，丁該等曰光 日絲， 用於各種不同類型的曰‘ r ^~ΐ#；ϊθ 等日光燈的所有平面一致地受熱。 > /、中該 應了解’為舉例說明目的已淨明兮莖者 =下蝴糊限制。此外解及3 料梅關齡及精神， 【圖式簡單說明】 其細說明應已更清楚了解本發明上述及 i以剖_說明-冷陰極日光燈的示意結構； 圖ί明—外部電極日光燈的示意結構； 至3W程圖說明封閉及封閉切割—冷陰極日光燈的製 12] 補Hr) The information about the lining lamp is as follows: the missing P product removal part 320, which is detected as a defective product by the test from 3 =, and the operation; The plate assembly 120 firstly houses the 4 fluorescent lamps mounted by the loading unit 200, and the portion for supporting the fluorescent lamps, which are not blocked by the opening member=12 to 1 mesh; the light supporting plate assembly 120 and the rotation The processing board 4 is rotated at the same speed as %. In this embodiment, the daylight ft fluorescent lamp support plate' is juxtaposed with the rotary processing plate assembly iig and adjacent to L as shown in FIG. In other words, the fluorescent lamp support plate assembly 12 includes a first day, and the lamp support plate 12 is supported by the loading unit when the rotating assembly plate assembly (10) is rotated together with a rotating processing plate assembly (n). 1 light? And a second fluorescent lamp support plate 122, which is adjacent to the first daylight support plate 121 for supporting the other side of the fluorescent lamp supplied from the loading unit 200. With this configuration, the second fluorescent lamp support plate 122 is movable along a rotational axis and the distance from the first fluorescent lamp support plate 121 is adjusted. Therefore, this embodiment of the closed cutting machine ι_ has the advantage that it can be applied to fluorescent lamps having a plurality of different lengths. 18 1314752 ^ In addition, as shown in FIG. 17, the first and second fluorescent lamp support plates 121 and i22 are provided with a plurality of fluorescent lamp fixtures 123 along the support plates ί. The fluorescent lamp holders 123 are positioned to correspond to the 'daylight fixtures 123' being turned on or off by an I driving early element 124 fixed at a predetermined position. Further, the rotary drive unit 130 is configured to rotate the rotary processing plate assembly. According to the embodiment, since the rotary processing plate group ^= and the Japanese support plate assembly 12_ are coupled to the same-rotating axis _, no, Therefore, the two parts rotate at the same speed. The loading unit 200 is used to supply the horizontally placed fluorescent lamps = g = : 18 and 19, and the loading unit is thinly composed of several 3 = carriers # 210 'the loading arms are in one Fluorescent lamp feeding position and lamp loading position 彳 彳 i lion fashion _ 彡 daylight ρ, in the vicinity of the job, as early as the piece _ daylight wares ' = mine into the 丄 standing,, the word indicates a separate set of chandeliers Feeding two or two. When the fluorescent lamps reach this position, they are loaded with 2 u ί: ΐ, two T, and the twilight lamp is set, and the word indicates the pieces and between the clips - the space 'the fixtures are set in the fluorescent lamp 2'' which moves to the setting of the chuck loading part 142. 1 LL = to this position, due to the fluorescent fixture 123 = the light is supported by the fluorescent fixture 123 (4) LJ this day is shown in Figures 18 and 19. Because: = "With the same:: Real ^ single loading early 200, unloading unit 3 0 (four) a number of reciprocating loading arms 1314752, the loading arm in the - Xenon unloading position and a flash light removal position carrying the fluorescent lamps 'the fluorescent lamp unloading position is close to the unloading light light removal position: two :央; :£F^=3 No day total removal position. Fang. Brain wood 兮u々 turn and move to the fluorescent lamp removal position under the mouth ==== light board - when, light: trap fluorescent light - separate defective product unloading bucket position 'and unloading the missing 20 4 1314752 According to this embodiment, the stationary processing plate assembly is just provided with a piece (not shown). The particle removing element is used to remove the Seal & process = contaminated by ^. Therefore, the particle removal element is the most stop, the position of the loading unit on the board assembly 14G is in front of the position. The cleaning element is injected with high dust into the slotted clip & Removing from the grooving chuck. τ is a method of cutting a fluorescent lamp from the lining according to the present invention. A step of loading the fluorescent lamp is performed. In this step, a process of the fluorescent lamp is used _ Turn off the butterfly machine to pre-set ° if this / example 'in this step to load horizontally placed tj, etc." water + placement _ = Do these particular lamp loaded in said system such position change of the light, which is two to how = to:? The place is to fight the long-day Wei. _ and it is stable. ^ In this step, the loaded load is erased. When the system is installed horizontally, this step is rotated in the slot clamp. Therefore, the force type supporter does not need to use an additional battalion to obtain the rotation of the two headlights in a fixed state. In this step, the daylights double the advantages of the closed cutter structure. The nozzles are wound around the steady state and in the art, the fire from the nozzles is hot and hot. However, according to the fact that several parts of the prior art lamp have not changed, the respective lamps are around the nozzles, so "==== 1314752 shape=tube ίί The age of the 匕 亥 亥 亥 亥 等 等 等 亥 卸 亥 卸 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥 亥2. Reduction of the application to the process during the process. As can be understood from the above description, according to the present invention, the cause is performed in the state in which the fluorescent lamps are horizontally placed; the loading and unloading of the lamps. In addition, when Ji: Ding these kinds of 曰光日丝, used for various types of 曰'r ^~ΐ#; ϊθ and other planes of the fluorescent lamp are uniformly heated. > /, should be understood 'for the purpose of illustration, the net stalk The ========================================================================================================= ί明—Stysal structure of external electrode fluorescent lamp; to 3W process diagram for closed and closed cutting-cold Cathode fluorescent lamp system 12]
JU 22 1314752 程； 外部 圖4a、4b、5a、5b及5c以流程圖說明封閉及封 電極日光燈的製程； 、才刀割一 圖6以立體圖說明日光燈的一傳統式封閉切割機； 圖7根據本發明的一實施例以前視圖說明曰光p 割機； 且的一封閉切 圖8根據本發明的實施例以前視圖說明該機器的— 理板； 。、—疋轉式處 圖9根據本發明的實施例以前視圖說明該機器的—開样失 圖10根據本發明的實施例以剖面圖說明該機器的開槽失 一辅助夾頭； 曰 圖11根據本發明的實施例以圖說明用於該機器的辅助爽頭的 一空氣供應管； 圖12根據本發明的實施例以正視圖說明該機器的—靜止處理 板組件； 圖13根據本發明的實施例以剖面圖說明該機器的—爽頭裝載 部分及開槽夾頭； 圖14根據本發明的實施例以前視圖說明該機器的—炎頭 旋轉元件； 曰 圖15根據本發明的實施例以前視圖說明該機器的—汞擴散元 件； K 圖〗6根據本發明的實施例以前視圖說明該機器的—切割單 7L· 9 圖17根據本發明的實施例以前視圖說明該機器的—日光燈支 持板組件； Α 圖18根據本發明的實施例以前視圖說明該機器的一裝載單 7G， 圖19以側面圖說明該裝載單元；及 圖20根據本發明的實施例以前視圖說明該機器的一卸載單 23 1314752 元。 【主要元件符號說明】 10 . n、l 12 13 14、 24 15、 25 16 17、27 • 20 21 22、23 50 > 1000 100 110 111 112 112a φ 112b 112c 、 160 112d 112e 112f 113 113a 113b 113c 113d 冷陰極日光燈 日光燈 陽極 陰極 螢光材料 内部空間 引線 小珠 外部電極日光燈 玻璃管 外部電極 封閉切割機 水平封閉切割單元 旋轉處理板組件 旋轉板 燈支持夾頭(開槽夾頭) 抓牢器 抓牢器打開/關閉元件 旋轉軸 軸承 輔助夾頭旋轉齒輪 旋轉滑輪 輔助夾頭 輔助抓牢器 輔助抓牢器旋轉元件 連接軸 水平移動元件 24 1314752JU 22 1314752; external diagrams 4a, 4b, 5a, 5b and 5c illustrate the process of closing and sealing the fluorescent lamp with a flow chart; Fig. 6 is a perspective view of a conventional closed cutting machine of the fluorescent lamp; A front view of an embodiment of the invention illustrates a calendering machine; and a closed cutaway view of the machine is illustrated in a front view in accordance with an embodiment of the present invention; Figure 9 is a front view of the machine according to an embodiment of the present invention. Figure 10 illustrates a slotting failure of the machine in accordance with an embodiment of the present invention; Figure 11 An air supply tube for an auxiliary cooling head of the machine is illustrated in accordance with an embodiment of the present invention; FIG. 12 illustrates a stationary processing plate assembly of the machine in a front view in accordance with an embodiment of the present invention; The embodiment illustrates a head-loading portion of the machine and a slotted collet in a cross-sectional view; FIG. 14 illustrates a front-side rotating element of the machine in accordance with an embodiment of the present invention; FIG. 15 is an embodiment of the present invention. The view illustrates the mercury diffusion element of the machine; K Figure 6 illustrates the machine-cutting list 7L·9 according to an embodiment of the invention. Figure 17 is a front view of the machine - a fluorescent lamp support plate according to an embodiment of the invention. Figure 18 is a front view illustrating a loading list 7G of the machine in accordance with an embodiment of the present invention, Figure 19 illustrates the loading unit in a side view; and Figure 20 is an embodiment in accordance with the present invention. The previous view illustrates an unloading order for the machine of $23,13,752. [Description of main component symbols] 10 . n, l 12 13 14 , 24 15 , 25 16 17 , 27 • 20 21 22 , 23 50 > 1000 100 110 111 112 112a φ 112b 112c , 160 112d 112e 112f 113 113a 113b 113c 113d cold cathode fluorescent lamp fluorescent lamp anode cathode fluorescent material internal space lead beads external electrode fluorescent lamp glass tube external electrode closed cutting machine horizontal closed cutting unit rotary processing plate assembly rotating plate lamp support chuck (slotted chuck) gripper grip Open/close element rotary shaft bearing auxiliary chuck rotary gear rotary pulley auxiliary chuck auxiliary gripper auxiliary gripper rotating element connecting shaft horizontal moving element 24 1314752
113e 辅助·抓牢器打開/關閉元件 116 空氣壓力傳遞管 120 曰光燈支持板組件 121 第一日光燈支持板 122 第二日光燈支持板 123 曰光燈夾具 124 爽具驅動單元 130 旋轉驅動單元 140 靜止處理板組件 141 固定板 142 夾頭裝載零件 142a 馬達 142b 吸住元件 142c、 145d 線性導桿 142d 居中元件 143 第一喷管零件 144 第二喷管零件 145 切割單元 145a、 W 切割輪 145b 切割輪旋轉元件 145c 切割輪移動元件 147 夾頭卸載零件 148 曰光燈長度測量器 149 開槽夾頭旋轉元件 149a 皮帶 149b 張力維持部分 151 汞擴散元件 152 塗釉元件 153 外觀測試器 25 1314752 Λ 154 155 200 210 、 310 300 320 322 324113e Auxiliary Gripper Open/Close Element 116 Air Pressure Transfer Tube 120 Xenon Lamp Support Plate Assembly 121 First Fluorescent Lamp Support Plate 122 Second Fluorescent Lamp Support Plate 123 Xenon Lamp Fixture 124 Cooling Device Drive Unit 130 Rotary Drive Unit 140 Stationary Processing plate assembly 141 Fixing plate 142 Chuck loading part 142a Motor 142b Suction element 142c, 145d Linear guide 142d Centering element 143 First nozzle part 144 Second nozzle part 145 Cutting unit 145a, W Cutting wheel 145b Cutting wheel rotation Element 145c Cutting wheel moving element 147 Chuck unloading part 148 Xenon lamp length measuring device 149 Slotting chuck rotating element 149a Belt 149b Tension maintaining part 151 Mercury diffusing element 152 Glazing element 153 Appearance tester 25 1314752 Λ 154 155 200 210 , 310 300 320 322 324
Cl > C2 Η 照明測試器 卸除元件 裝載單元 往復式裝載臂 卸載單元 缺陷產品卸除零件 日光燈板 板繞柩軸轉動元件 曰光燈饋入輸送器 汞吸氣劑 喷管 26Cl > C2 照明 Lighting Tester Removal Components Loading Unit Reciprocating Loading Arm Unloading Unit Defective Product Removal Parts Fluorescent Plates Plate-Rolling Rotating Elements Xenon Feeding Conveyors Mercury Getters Nozzles 26