TW382730B - Fluorescent display tube and method for making the same - Google Patents

Fluorescent display tube and method for making the same Download PDF

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Publication number
TW382730B
TW382730B TW086117903A TW86117903A TW382730B TW 382730 B TW382730 B TW 382730B TW 086117903 A TW086117903 A TW 086117903A TW 86117903 A TW86117903 A TW 86117903A TW 382730 B TW382730 B TW 382730B
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TW
Taiwan
Prior art keywords
paste
base substrate
low
pillar
fixing
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Application number
TW086117903A
Other languages
Chinese (zh)
Inventor
Akio Fujita
Masashi Suzuki
Original Assignee
Futaba Denshi Kogyo Kk
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Publication of TW382730B publication Critical patent/TW382730B/en

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Classifications

    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01JELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J31/00Cathode ray tubes; Electron beam tubes
    • H01J31/08Cathode ray tubes; Electron beam tubes having a screen on or from which an image or pattern is formed, picked up, converted, or stored
    • H01J31/10Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes
    • H01J31/12Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes with luminescent screen
    • H01J31/15Image or pattern display tubes, i.e. having electrical input and optical output; Flying-spot tubes for scanning purposes with luminescent screen with ray or beam selectively directed to luminescent anode segments
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01JELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J9/00Apparatus or processes specially adapted for the manufacture, installation, removal, maintenance of electric discharge tubes, discharge lamps, or parts thereof; Recovery of material from discharge tubes or lamps
    • H01J9/24Manufacture or joining of vessels, leading-in conductors or bases
    • H01J9/26Sealing together parts of vessels
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01JELECTRIC DISCHARGE TUBES OR DISCHARGE LAMPS
    • H01J2209/00Apparatus and processes for manufacture of discharge tubes
    • H01J2209/26Sealing parts of the vessel to provide a vacuum enclosure
    • H01J2209/264Materials for sealing vessels, e.g. frit glass compounds, resins or structures

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  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Cathode-Ray Tubes And Fluorescent Screens For Display (AREA)
  • Manufacture Of Electron Tubes, Discharge Lamp Vessels, Lead-In Wires, And The Like (AREA)
  • Vessels, Lead-In Wires, Accessory Apparatuses For Cathode-Ray Tubes (AREA)

Abstract

This invention provides a fluorescent display tube that can absorb height dispersion of support poles for reinforcement without using low fusing point paste on the front surface plate side. Low fusing point paste 13 is applied to an outer circumferential part of a base plate 2 on which a positive electrode forming a display pattern is formed, and low fusing point paste 12 for disposing a support pole 11 for reinforcement is applied to a position avoiding the positive electrode on the base plate 2, and it is temporarily baked. Fixing paste 14 is applied on the low fusing point paste 12, the support pole 11 is provided to stand on the fixing paste 14, and the fixing paste 14 is baked to be solidified. A cover-shaped container part 5 is heated as it is pressurized from above and under in the condition where it faces the base plate 2, so the fixing paste 14 for fixing the reinforcement support pole 11 sinks into the low fusing paste 12 to seal the container part 5 to the outer circumferential part of the base plate 2 for forming an enclosure 1, and the reinforcement support pole 11 is pressure- contacted with an inner surface of a front surface plate 3 to be fixed between the base plate 2 and the front surface plate 3.

Description

A7 B7 經濟部中央標隼局員工消費合作杜印袈 五、 發明説明(1 ) 發 明 所 JL 枝 術 1 1 | 本 發 明 係 為 有 關 於 具 備 有 用 Μ 防 止 内 部 是 氣 密 保 持 於 1 1 高 真 空 狀 態 的 外 圃 器 因 來 白 外 部 的 大 氣 懕 力 而 變 形 的 補 強 I 1 請 r 1 用 支 柱 之 螢 光 顯 示 管 及 其 製 造 方 法 0 先 閱 1 I 讀 1 1 g_ 知 技 術 背 1 I 之 1 一 般 的 螢 光 顯 示 管 係 為 將 肋 面 板 與 框 狀 的 側 面 板 所 形 意 1 事 1 成 的 Μ 狀 的 容 器 部 封 著 於 基 底 基 板 9 且 具 有 内 部 為 氣 密 而 再 1 填 保 持 於 高 真 空 狀 態 的 箱 吠 之 外 圍 器 〇 在 外 園 器 的 内 部 褢 • 裝 頁 1 基 底 基 板 的 表 面 上 係 形 成 著 具 有 螢 光 通 的 陽 極 &lt; 於 陽 極 的 ··—' 1 I 上 方 係 設 置 著 控 制 霣 極 9 於 控 制 電 極 的 上 方 係 設 置 著 放 射 1 1 出 電 子 的 複 數 根 的 燈 絲 狀 的 陰 極 0 1 1 如 此 之 構 成 的 螢 光 顯 示 管 1 當 燈 絲 吠 的 陰 極 的 加 熱 而 訂 1 白 陰 極 放 射 出 電 子 之 際 &gt; 該 電 子 即 Η 由 控 制 電 極 而 作 加 速 1 | 控 制 而 突 射 至 隈 極 0 據 此 » 螢 光 體 即 激 勵 發 光 而 形 成 所 希 1 I 望 的 顬 示 狀 態 〇 1 ! 然 而 * 該 種 螢 光 顯 示 管 為 » 基 底 基 板 與 前 面 板 之 間 1 是 Μ 框 狀 的 側 面 板 而 僅 固 定 在 外 週 部 的 — 種 構 造 t 並 某 種 1 1 程 度 的 加 厚 構 成 外 園 器 的 各 基 板 (基底基板 前面板、 側 1 1 面 板 )的板厚以獲得強度 =具體上, 習知的螢光顯示管係 1 | 將 各 基 板 的 厚 度 設 定 成 3 . 5 m ο、 ) 1 I 但 是 , 僅 是 加 厚 構 成 外 園 器 的 各 基 板 的 板 厚 * 則 白 外 1 1 I 部 m 加 大 氣 m 力 於 基 底 基 板 與 前 面 板 的 壁 面 時 * 當 畏 時 間 1 1 的 使 用 » 於 基 底 上 即 產 生 m 曲 * 而 無 法 分 的 ,S 受 外 Μ 的 1 1 m 力 5 因 此 » 用 配 設 補 強 用 支 柱 於 外 園 器 内 的 規 數 處 所 1 1 本紙張尺度通用中阐阐家標单(CNS ) Λ4^格(ZlOx :^7公赛 3 9 3 6 6 A7 造 構 的 間 之 板 面 前 與 板 基 底 基 即 }亦 2 間 明板 兑基 ·!) 明持 發支 、 而 五 _ 3 第 第 於 ο 園 面 斷顯 側 。 的擂 管阻 示 會 顯不 光在 螢設 知配 習係 的 3 柱柱 支支 用 用 *ί »ί 強強 補補 著 , 設 中 配 為 画 3 a P ,--V 板 型 示 圍 外 於 設 配 而 2 3 極 陲 開 避 亦 置 位 之 為 係 3 柱 支 用 強 補 ο 所 處 兩 右 左 的 上 4 3 板 基 底 基 的 内 3 3 器 狀 形 柱 角 四 成 形 用 著 固 M 是 a 11 3 面 端 來 5 3 物 糊 31物 面糊 端的 一 用 另著 , 固 34為 板作 基 。 底 3 基板 於面 著前 固於 著 固 8 3 物 糊 點 融 低 Μ 是 板 基 底 基 於 敷 塗 為 係 著 用 兼 所 物 3 糊柱 的支 用 用 著強 附補 部 於 内敷 的塗 38先 極預 電係 制36 控物 的糊 34點 另 的 面 端 融 低 又 中谠 當而 的面 管· 側示 一 顥的 光板 螢薄 的的 31狀 柱柵 支短 用成 強構 補於 6 述 3 上物 著糊 設點 配融 造低 製敷 在塗 係 如 例 /1\ 隔 間 定 預 以 且 成 成 作 地 數 複 而 理 處 斷 切 作 補 的 狀 形 柱 角 四 的 上 b IX 3 面 端一 另 於 6 3 物 糊 點 融 低 有 敷 塗 於 a 3面端一的 1 3柱 支用 強 補 放 載係 時合組。 在 11 3 ,柱而 支繼用 強 (請先閱讀背面之注念事項再43本汀 裝- 訂 經濟部中央橾华局員X消費合作ft印絮 上的 5 1 3 3 物柱 糊支 用 用 著強 固補 的 , 34此 板據 基 〇 底之 基化 於固 敷 , 塗 成 燒 而 態 吠 之 設 立 成 著 固 為 係 a 1L 3 面 端 器板 3 容基物 的底湖 狀基黏 Μ 於融 置敷低 配塗的 上,31 34此柱 板據支 基 。 用 底热強 基加補 於而於 , 力敷 著|£塗 接加與 。«540 上下物 34上湖 板自點 基且融 底 ,低 基39的 於部 3 基用 , 強 時補 定 . 固時 , 同 却的 冷· 36固 I 即 40間 物之 明 9 糊 3 點部 融器 低容 些 與 埴部 當週 後外 然的 4 ο 3 合 板 溶基 即底 板 面 前 於 著 固 亦 b 11 3 面 纗 1 另 的 1--ί 3 柱 支 經濟部中央標準局貞工消費合作ί-t印¾ A7 B7 五、發明説明(3 ) 如上所述,習知螢光顧示管,係為塗敷低融點糊物 36於補強用支柱31的與前面板37的接觸面(另一端面31b) «由溶解的低融點糊物36來吸收因固著於前面板37時所造 成的補強用支柱31的高度之不均勻度(偏差)。 太發明歆解决夕誤鼷 然而,具備有上述習知之補強用支柱的螢光顯示管, 卻有著如下所示的問鼸點。 (1) 僅在外園器33内的基底基板34的左右兩處所配設 補強用支柱31來構成強度之維持狀態,因此必須能獨自樹 立補強用支柱31的狀態下加大尺寸。具β上則是設定於寬 4πβΧ 1.8bid'高5.4mm的程度。Μ致自前面板37側觀看顯 示的情況之際,視好角度變窄而覲者困難。 (2) 補強用支柱31係由具有與構成外園器33的各基板 相同的透光性的玻璃基板所形成,致顯示型板的發光由側 面漏失,且受到反射的影響而變得難Μ覼看顯示情況。 (3) 補強用支柱31為對前面板37Μ低融點糊物36來固 看著,由於固著時的溶融的低融點,期物36是自補強用支 柱31的另一端面31b的通園溢出擴敝,Μ致自前面板37側 覿査顯示的狀態之際的視好角變窄,而覼察困難。 (4) 以少數作成配設於外匯器33内的補強用支柱31且 加厚構成外園器33的各基板的板厚,致全體1董燹1。扒 «上則S分刖Μ板厚3. 5mm作成基底基板34、前面板37、 側面板41,當W造了 60i»nx 22〇na的萤光顯示管的情形下, 重量躭變成2 7 0公克。 衣紙張尺度逋4中國罵家捸皋(cns,,\4吡格丨.2丨()公荦! 3 3 9 3 6 6 --------i------ίτ------^ (請先閲讀f面之注念爭項44'ί-τ本) A7 A7 B7 經濟部中央橾隼局員工消費合作社印货 五、 發明説明( 4 ) (5 )由IT &gt;在補強用支柱3 1上有塗敷低融點糊物36的面( 另 一 端 面 3 1 b) 和 無 塗 敷 的 面 (- -端面3 1 a ), 致必須作這些 面 之 區 分 的 X 程 作 業 t 而 困 難 Μ 因 禊 數 個 的 補 強 用 支 柱 3 1 的 m 動 而 白 動 排 列 於 整 列 的 並 齊 〇 (6)在補強用支柱3 1的- -邊的面( 另 — 端 面 3 1 b ) f 因 為 Μ 作 成 補 強 用 支 柱 的 另 外 工 程 作 業 來 塗 敷 低 融 點 糊 物 36 1 致 1個單位支柱的成本即變高。 為 解 決 上 述 各 問 題 點 &gt; 則 削 除 了 塗 敷 於 補 強 用 支 柱 3 1 的 低 融 點 糊 物 36 的 話 1 則 即 不 發 生 所 諝 的 因 補 強 用 支 柱 的 高 度 的 不 均 勻 度 而 產 生 了 無 接 觸 於 前 面 板 37 的 補 強 用 支 柱 而 失 去 了 作 為 補 強 用 支 柱 之 功 能 的 問 鼉 0 又 • 為 了 欲 達 成 螢 光 顯 示 管 的 薄 型 考 躉 » 輕 重 量 化 的 考 量 • 上 述 之 習 知 螢 光 顯 示 管 當 中 所 不 足 夠 的 補 強 用 支 柱 3 1 的 根 数 % 是 不 能 充 分 的 抵 播 外 來 的 壓 力 〇 此 情 形 下 , 有 必 要 在 對 顯 示 型 板 不 構 成 困 播 的 位 置 亦 即 迴 避 陽 極 32 而 配 設 複 數 的 補 強 用 支 柱 3 1 於 基 底 基 板 3 4 上 為 此 » 將 補 強 用 支 柱 3 1 作 得 更 小 是 為 可 行 的 方 法 * 但 使 用 於 習 知 螢 光 顯 示 管 的 補 強 用 支 柱 3 1 由 於 是 塗 敷 低 融 點 糊 物 36 於 另 一 方 的 面 (另- -端面3 lb ), 因此排列於基底基板2的 功 夫 作 莱 躭 很 費 時 0 於 是 » 本 發 明 有 鑑 於 上 述 問 趙 點 1 以 提 供 不 使 用 低 融 黏 糊 物 於 前 面 板 側 而 能 皤 霣 地 接 觸 於 前 面 板 的 吠 態 下 配 設 補 強 用 支 拄 而 吸 收 補 強 用 支 柱 的 高 度 的 不 均 勻 » 以 進 行 無 狹 窄 視 耔 角 的 顧 示 的 覬 察 ) 且 達 成 薄 型 * 15 墼 鼉 (匕 • 作 莱 請 先 Μ 背 1¾ 意 事 項 填 I裝 Τι 訂 線A7 B7 Consumption cooperation between employees of the Central Bureau of Standards of the Ministry of Economic Affairs Du Yin 袈 5. Description of the invention (1) The invention of JL 枝 术 1 1 | This invention is related to the usefulness of M to prevent the interior from being airtight at 1 1 high vacuum Reinforcement of the external device deformed due to external atmospheric pressure I 1 Please r 1 Use a fluorescent display tube with a pillar and its manufacturing method 0 Read first 1 I read 1 1 g_ know technology back 1 I 1 1 general The fluorescent display tube is an M-shaped container portion formed by forming a ribbed panel and a frame-shaped side panel into a base substrate 9 with an airtight interior, and then filled and maintained in a high vacuum state. Peripheral of the box bark. 〇Inside the outer device. On the surface of the substrate, an anode with a fluorescent luminous flux is formed on the surface of the substrate. <1 I is provided with a control pole 9 above the control electrode and a plurality of filaments emitting 1 1 electrons are provided above the control electrode. Shaped cathode 0 1 1 The fluorescent display tube constructed in this way 1 is ordered when the cathode of the filament bark is heated 1 When the white cathode emits electrons &gt; The electrons are accelerated by the control electrode 1 | To the pole 0 according to this »The phosphor is excited to emit light to form the desired state of I 1 〇1! However * This fluorescent display tube is» between the base substrate and the front panel 1 is M frame-shaped Side panel and fixed only at the outer periphery — a structure t and a certain 1 1 thickening of the thickness of each substrate (base substrate front panel, side 1 1 panel) constituting the outer device to obtain strength = Physically, the conventional fluorescent display tube system 1 | the thickness of each substrate is set to 3.5 m ο,) 1 I However, only the thickness of each substrate constituting the outer device is thickened *, then the outer 1 1 I part m plus atmospheric m force on the wall surface of the base substrate and the front panel * When the use of time 1 1 »produces m-curves * on the base and cannot be divided, S is subject to 1 1 m force 5 from the outer M and therefore» Use the provision of reinforcement pillars in the gauge space in the outer garden. 1 1 This paper is commonly used in the interpretation of the homepage standard (CNS) Λ4 ^ grid (ZlOx: ^ 7 official match 3 9 3 6 6 A7) The front of the board and the base of the board are} and 2 Ming board exchange bases !!) Ming Zhifa support, and the fifth _ 3rd section on the ο surface of the surface. The display of the stern tube will not only be used in the 3 column support of the fire department, but it will be supplemented by a strong supplement. It is set to draw 3 a P,-V outside the fence. In the configuration, 2 3 poles are also used to avoid the position. It is a strong support for the 3 pillars. It is located on the right and left of the upper 4 3 inner plate of the 3 3 base of the plate base. a 11 3 batter ends come from 5 3 material paste 31 one batter ends use another, solid 34 as a board. Bottom 3 The substrate is fixed to the surface before the surface is fixed. 8 3 The material has a low melting point. M is the base of the plate. It is based on the application. Pre-Electric Pre-Electrical System 36 Control paste 34 points The other surface ends are melted down and the surface tube is moderate · Side view shows a thin light plate The thin 31-shaped pillar grid is short and strong to supplement 6 Describing 3 points on the surface, set the point and melt the low application on the coating system, such as / 1 \ The compartments are pre-set and completed, and the number of columns is four. b IX 3 face end one and 6 3 material paste melting point, apply to a 3 face end one of the 13 column support with a strong supplementary load system. At 11 3, the column and the branch are strong (please read the notes on the back and then 43 the book)-order the 5 1 3 3 object paste on the printed matter of the Central Economic Development Bureau of the Ministry of Economic Affairs X consumer cooperation ft. For strong reinforcement, 34 this plate is based on the foundation of the solid foundation, and is coated with a sintered bark. It is set to be fixed to a 1L 3 surface end plate 3 and the bottom of the base is sticky. On the top of the low-coat coating, 31 34 this column plate is supported by the base. The base heat strong base is used to supplement it, and the force is applied | £ The coating is added and added. «540 Upper and lower objects 34 on the lake plate self-pointing base And melt the bottom, the low base 39 is used in the base 3, strong when the time is fixed. When solid, the same cold · 36 solid I that is the 40 between the thing 9 paste 3 point part of the fuse with the lower part of the crotch After the week, the external 4 ο 3 plywood solution base is in front of the bottom plate and it is in front of the solid surface b 11 3 surface 1 another 1-3 3. Description of the Invention (3) As described above, the conventional fluorescent display tube is used to connect the low-melting point paste 36 to the reinforcing pillar 31 and the front panel 37. Surface (the other end surface 31b) «The disparity (deviation) in the height of the reinforcing pillar 31 caused by fixing to the front panel 37 is absorbed by the dissolved low-melting point paste 36. Too invented to solve the error鼷 However, the fluorescent display tube provided with the above-mentioned conventional reinforcing pillars has the following problems. (1) The reinforcing pillars 31 are provided only on the left and right sides of the base substrate 34 in the outer device 33. To maintain the strength, it must be able to increase the size in the state of the reinforcement pillar 31 alone. The β is set to a width of 4πβ × 1.8bid 'and a height of 5.4mm. Μ Caused from the front panel 37 display In some cases, the viewing angle is narrowed, which makes it difficult for people. (2) The reinforcing pillar 31 is formed of a glass substrate having the same light-transmitting properties as the substrates constituting the external device 33, and the light emission of the display panel is caused by The side is missing, and it is difficult to see the display due to the influence of reflection. (3) The reinforcement pillar 31 is fixed to the 37M low-melting point paste 36 on the front panel, due to the low melting when melting. Point, periodical 36 is another of self-reinforcing pillar 31 The overflow of the end surface 31b is enlarged, and the viewing angle is narrowed when the status is displayed from the front panel 37 side, which makes it difficult to observe. (4) A small number of reinforcements are installed in the foreign exchange device 33. The pillar 31 is thickened and the thickness of each substrate constituting the outer gardener 33 is 1 to 1. The thickness of the upper plate S is 3. 5 mm to make the base substrate 34, the front panel 37, and the side panel 41. When In the case where a fluorescent display tube of 60i »nx 22〇na is manufactured, the weight 躭 becomes 270 g. Clothing paper scale (4 Chinese scolders) (cns ,, \ 4 格格 丨 .2 丨 () public 荦! 3 3 9 3 6 6 -------- i ------ ίτ- ----- ^ (Please read the fiction note 44'ί-τ 本 first) A7 A7 B7 Printing by the Consumers' Cooperatives of the Central Government Bureau of the Ministry of Economic Affairs 5. Description of the invention (4) (5) by IT &gt; On the reinforcing pillar 31, there is a surface (the other end surface 3 1 b) coated with a low melting point paste 36 and an uncoated surface (--end surface 3 1 a), so that these surfaces must be distinguished. It is difficult to perform the X-path operation t due to the m movements of several reinforcing pillars 3 1 and are arranged in parallel in the entire row. (6) On the side of the reinforcing pillar 3 1-(the end surface) 3 1 b) f Because of the additional engineering work of M as a reinforcing pillar to apply the low melting point paste 36 1, the cost per unit of pillar becomes higher. In order to solve the above-mentioned problems &gt; If the low-melting point paste 36 of the reinforcing pillar 3 1 is used, 1 will not occur. The unevenness of the height of the reinforcing pillars has caused a problem that the reinforcing pillars without contacting the front panel 37 have lost their functions as reinforcing pillars. 0 Also • To achieve a thin test for fluorescent display tubes »Light weight Quantitative considerations • The insufficient number of reinforcing pillars 3 1 in the conventional fluorescent display tubes mentioned above is not sufficient to withstand external pressure. In this case, it is necessary to prevent the display panel from being trapped. The location of the broadcast is to avoid the anode 32 and a plurality of reinforcing pillars 3 1 are provided on the base substrate 3 4 for this purpose »It is feasible to make the reinforcing pillars 3 1 smaller * but it is used in conventional fluorescent The pillar 3 1 for reinforcing the display tube is coated with the low melting point paste 36 on the other side (another end surface is 3 lb), so it takes time to arrange the work on the base substrate 2. 0 In view of the above, »The present invention takes into account the above-mentioned question No. 1 in order to provide a support bar for absorbing the height of a reinforcement pillar in a bark state that can contact the front panel without using a low-melting paste on the front panel side. Non-uniform »For inspection without narrow viewing angle) and achieve a thin type * 15 墼 鼍

冬紙張尺度逋4中闲阁家嘌··《· ( (’NS &gt; Λ4θ.» i 公螓 9 3 ΰ B Λ -Β7 五、發明説明(5 ) 效率化及成本減低的螢光顯示管及其製造方法為目的。 «’决理顙^丰段 為逹成上述目的,本發明之申猜専利項的第1項之發 明係在形成著構成顯示型板的陽極的基底基板的外週部, 封著著由前面板與框狀的側面板所構成的篕狀的容器部之 箱狀的外圍器之具有螢光顯示管當中, 於迴避前述外_器内的前述隔極的處所係為,具備一 端面是接觸於前述前面板的内面,且另一端面是中介塗敷 於前述基底基板上的低融點糊物與塗敷於該低融點糊物的 無再溶融的以结晶化燒结玻璃(f「it glass)為主成份的固 著用湖物,而固著於前述基底基板上的補強用支柱為特激 0 本發明之申請專利範園的第2項之發明係為在如第1項 之螢光顧示管當中,前述補強用支柱係混合黑色顔料於玻 璃材料而成為特激。 經濟部中央樣準局員工消費合泎社印 (請先閱讀背面之注意事項再填寫本頁) Τ 本發明之申請專利範圃第3項發明僬為,塗敷低融點 捆物於形成著構成顯示型板的陽極的基底基板的外通部, 且於迺避前述基底基板上的前述陽《的處所,塗敷補強用 支柱之配設用的低融點糊物並予Μ初煅燒,於塗敷在迴避 Μ述基底基板上的前述隈極的處所的低融點糊物上,塗敷 無再溶融的Κ结晶化熵结玻《為主成份的固著用铀物,立 没前述補強用支柱於該固著用糊物上而煅埔前述固著用袖 物以固定之,在使由前面板與框狀的側面板所構成的Μ状 的容器部泪對面於前述*底基板的状態下,自上Τ加® a 仁纸悵尺度通中阐阄孓嘌卑、1 烙(2η) &lt; ) 5 3 9 3 6 Β 經濟部中央樣嗥局員工消費合作社印裝 A7 B7 五、發明説明(6 ) 加熱,將前述補強用支柱所固著著的前述固著用糊物沈埋 於前述低融點糊物當中而封著前述容器部於前述基底基板 的外週部而形成外画器,且將補強用支柱®押接接觸於前 述前面板的内面而固定設定於前述基板與前述前面板之間 為特激。 琎明夕奮細形應 第1圓為表示本發明上之螢光顬示管之一實施形態的 側斷面圖。 螢光顯示管係為具有内部是氣密而保持於高冥空狀態 的外圍器1,在該内部是形成收容著各種霣極等構造。 外圔器1係為具備有各個基板所形成的基底基板2、前 面板3,框狀的側面板4的一種構成。外圃器1係K具有絕 蝝性及透光性的前面板3,與具有絕緣性的框狀的側面板 4,形成蓋狀的容器部5,且藉由Μ封著劑將容器部5封止 於具有絕緣性的基底基板2的外週部的處理,内部是經排 氣而氣密保持於高真空狀態。 在基底基板2的内面上係形成著Α1等的隔極導體6.陽 極導雅6上則破覆形成螢光體層7,形成分別被劃分的預定 型樣形狀的隔極8。在隈播8的上方像設置有例如網狀的控 制電極9,且在控制霣掻9的上方設置有粗躲狀的陰極10。 燈絲吠的陰樋10係經由加热而放出霣子,控制«極9係為 將燈躲吠的陰極10所放出的霣子向著構成顧示型板的限極 8作加速控制。 庄外園器1内的基底基板2上像播数處所配設著四角往 本紙張尺度4 J屮國國孓標蕈(CNS ) 格 ( 2丨()&lt; 1 β 3 9 3 6 6 (請先閱讀背面之注意事項洱填寫本頁) n - I Λ.--------n n n n I--- 經濟部中央橾準局貝工消費合作社印货 A7 B7 五、發明説明(7 ) 形狀的细的補強用支柱11。各補強用支柱11係為在不阻搶 顯示的情況下,迴避構成顯示型板的陽極8而Μ推壓接觸 於前面板3的狀態下固設於*底基板2與前面板3之間。具 體上,在製造60mBx 220mm的螢光顧示管時是配設34根的 補強用支柱11。 補強用支柱11之高度是較側面板4的高度些許為高的 形成,而設定成較習知者的外形尺寸為小。其具體的外形 尺寸係設定成寬IhbXIbdi、高4.4nm。又,補強用支柱11 並不限定於四角柱形狀、其他之多角柱形狀、圓往形狀等 0 相 冲 成Ξ % 料 景 材㈣背 的 玻 2 於板 料基 顔底 色基 黑與 合 係 混11 如柱 例支 係用 11強 柱補 。 支 , 可用此 亦強據 狀補 。 形型 的成 板 板基 面底 前 基 自於 當埋 , 沈 色是 黑11 的柱 同支 用 強 補 各 際 之 況 吠 示 顯 测 覼 俩 於 由 且 而 〇 巨 顧 法 無 而 景 背 的 2 型 示 顯第 _ 3 V 影 的 射 反 光 漏 的 面 側 因 受 不 光 發 的 板 於 之 較 狀 示 顯 到 看 易 容 3 管 示 頭 光 螢 之 知 習 的 示 所 性 感 視板 的基 異底 優基 有 具 上 2 敷 塗 係 上 置 位 的 設 配 所 T1 柱 支 用 強 補 的 物 糊 點 融 低 的 劑 著 固 為 作 著 著 固 在 係 2 11 物 糊 點 融 低 該 2 板 基 底 基 。 對行 和進 , 併 際一 之薄 器作 _ 敷 外塗 成的 構13 而物 糊 黏 融 低 的 部 部週 器外 容的 2 板 基 底 基 於 璃 玻 结 用 使 係 2 1L 物 湖 點 融 低 為 作 物 之 V ο 8 3 點 fb 炊 的 份 成 往 支 用 強 補 著 固 Μ 用 著 敷 塗 係 上 2 物 湖 點 融 低 在 .訂 沐 (請先閱請背而之注意苹項耳填寫本頁) 主 為 私紙張尺度4 :fl中S國孓標糸U:\s ) Λ4说略(;:丨ο X :厂公f 7 3 9 3 6 6 經濟部中央橾隼局貝工消費合作社印製 A7 B7五、發明説明(8 ) 一端面lla的固著用糊物14。該固著用期物14係和用Μ固 著控制電極9於基底基板2之内部附著用糊物的塗敷作業一 併進行。固著用糊物14係為兼用著一旦固化之後不再溶融 的結晶化燒结坡璃為主成份的前述控制電極9的内部附著 用糊物相同的固著用糊物。 而且,各補強用支柱Η,其一端面11a是中介固著於 基底基板2的低融點糊物12而固著於固著用襴物14上,另 一端面lib是以推ffi接觸於前面板3的内面的狀態而固設於 基底基板2與前面板3之間,而支撐基底基板2與前面板3的 空間。據此,防止外園器1之緣於外部的大氣壓力而來的 形 首 法 方 造 製 的 管 示 顯 光 螢 的 成 構 述 上 Μ 有 明 說 著 接 上 2 板 板 基 基更底 底8°基 基極於 在陽樣 , 的 型 先狀Α1 步 形將絕 定為埋 預但填 的 ,物 板示糊 型圖Ag 示的Μ 顯性且 成 « , 構具媒 成無配 劃雖成 規 ,形 著之刷 成述印 形詳 而 2 貢層 的體 «光 緣螢 之 0 物 糊 點 融 所 處 的 上 穿»6» ΜΪ 著 導 i $極㈤ ’限β 八於S 穿 7 , 第 /ί\· 物 糊 點 成 形 刷 印 並 6 體 導 極 强 成 形 上 孔 低 敷 塗 上 部 通' 外 的 2 板 基 底 基 的 8 播 設 配 所 1A 柱 支 用 強 補 的 上 2 板 基 底 基 時 此 融 低 些 埴極 锻 制 初控 以著 予固 並 Μ , 用 12敷 物塗 糊 , 黏而 融繼 低 。 \1/ 敖} a 塗 ί 併 _ 2 基 於 訂 冰 (請先閱靖背面之注意f項再填巧本页) 板 基 底 基 於 物 糊 用 著 附 部 内 的 2 板 基 底 上 2 物 糊 用1; 著 物 固 湖 為點 作融 為 低 物 的 糊 設 用 配 第 上 而 1 2 附所 部11 内柱 的支 時用 此強 ο 補 於 敷 塗 併 B7 蛵濟部中央橾孳局貝工消费合作社印製 五、 發明説明(9 ) 1 m 之 ♦ 載 放 控 制 霣 檯 9於P I部附著用糊物, 而固著 控 I 制 電 極 9於基底基板2 0 接 著, 載 放 補強 用支 柱 1 1的一端面 1 I 11 a於固著用糊物1 4上, 使補強用支柱1 1立設於固著用 糊 1 | 請 I 物 1 4上 並 予 暫 時 固 定 之 (第2圖 (c )) 。對 該固 著 用糊物1 4上 先 閱 1 I 1 I 的 補 強 用 支 柱 11 的 載 放 係 使用 未 圔 示的 自動 排 列機械。 白 背 ιέ 1 I 之 1 | 動 排 列 機 械 則 是 Μ 振 動 方 式將 複 數 個的 補強 用 支柱配合於 ;主 意 ψ 1 1 配 設 位 置 予 Μ 區 分 —— 併 進 行自 動 排 列。 其後 9 煅燒固著用 項 1 填 裝 I 糊 物 14 而 固 化 之 〇 據 此 t 各補 強 用 支柱 1 1的 一 端面1 1 a 係 % 本 百 固 著 於 固 著 用 糊 物 1 4上 0 'W 1 1 I 於 此 處 是 Μ 上 述 作 業的 另 外 工程 作業 » 組立放置上 1 1 | 張 設 著 燈 絲 狀 的 陰 極 1 0的 框架 0 繼 之, 使容 器 部5的側 面 1 1 板 4的底遇面, 置放於低融點捆物1 3所塗敷的基底基板 2的 1 外 通 部 (第2 _ (d )) t 白 上 下將 基 底 基板 2及容器部5加壓, 1 1 封 著 基 底 基 板 2的外週部與容器部5 的空 間而 組 立外園器1 ( 1 I 第 2圖( e ) ) D 1 於 是 » 上 述 外 園 器 1的組立作業當中,细的形成的 補 1 1 強 用 支 柱 1 1 下 面 (另- -端面1 1 b )側是固著於固化的固 著 1 1 用 糊 物 1 4 * 當 對 基 底 基 板 2及容器部5自 上下 胞 加力量而加 1 1 热 的 話 • 固 著 用 糊 物 1 4 [是 經前 面 板 3的推®力量而沈人 於 1 1 溶 融 的 低 融 點 襴 物 1 2 中 0 (第2 圈 (e )。據此, 即吸收著 補 1 I 強 用 支 柱 1 的 高 度 的 不 均 勻度 0 1 I 其 後 , 將 外 圓 器 1 F 勺排氣而封止於高真空吠態,螢 光 1 1 I 顯 示 管 即 完 成 &gt; 1 1 1 像 如 此 之 處 理 « 依 逋 上述 實 腌 形態 的螢 光 顯示管, 固 1 1 太紙張尺度適:丨〗中阐阐家慄革&gt;+ cvn .\4t見格;2丨〇 &lt; in華! 9 3 9 3 3(3 A7 B7 經濟部中央橾嗥局員工消费合作社印^ 五、 發明説明0〇 ) 著 於 基 底 基 板 2上的固化的固著用糊物1 4的補強 用支柱1 1 ί 1 係 在 組 立 外 圍 器 1時的煅焼之際, 下壓沈人於溶 融的低融 1 1 點 糊 物 12之 中 0 1 I 請 I 因 此 , 無 須 像 習 知 般 地塗 敷 低融點 糊物於補強用支柱 先 閱 1 i 讀 1 I 11 的 前 面 板 3側的面, 而能賴由塗敷於基底基板 2側的低融 背 ιέ I I 之 1 1 點 湖 物 12吸 收 補 強 用 支 柱 11的 高 度的不 均勻,對之於前面 注 意 Μ 1 1 板 3能將各補強用支柱1 1在確實的接觸狀態下, 固定於基 Ύ 項 1 填 底 基 板 2與前面板3 之 間 而 設置 〇 本 7Γ 裝 1 作 為 姐 件 的 補 強 用 支 柱11 係 如習知 般地無須區別其上 Η 1 1 1 下 面 9 而 能 賴 由 白 動 排 列 機械 一 併地自 動排列 1 1 各 補 強 用 支 柱 11 係 較 習知 技 術為细 地形成其外形尺寸 1 1 » 且 於 補 強 用 支 柱 11 與 前 面板 3之間亦不使用低 融點糊物, 訂 1 因 此 較 之 於 第 3_所示的習知螢光顯示管能減少 緣於習知 1 I 般 的 低 融 點 湖 物 的 垂 滴 而 來的 梘 野角度 的限制 -&gt; 1 I 補 強 用 支 柱 11 係 只 Μ 玻璃 材 來形成 ,因此不須如習知 1 1 般 地 預 先 於 另 —&quot;* 面 上 塗 敷 低融 點 糊物. 而能達成成本下降 1 I 的 功 效 〇 1 1 補 強 用 支 柱 11 係 由 於 Μ和 基 底基板 2的背景 相同的黑 1 1 色 所 形 成 t 當 白 前 面 板 3側觀测顯示狀況之際, 各補強用 1 1 支 柱 1 1 是 沈 埋 於 基 底 基 板 2的背景而不頭眼。而 且,不受 1 I 顯 示 型 板 的 發 光 之 白 側 面 的漏 光 ,反射 的影W . 較之於第 1 I 3_所示之習知蛮光顯示管更容易覼看顯示狀況 ,提供* 1 1 1 異 之 視 感 性 的 螢 光 顬 示 管 〇 1 1 a 較 習 知 技 術 之 外 形 尺寸 為 小的没 定的補強用支拄 1 10 各紙張尺度m中國國家嘌) Λ4^洛I ::⑴) 3 9 3 6 f) A7 B7 經濟部中央標隼局員工消资合作社印災 五、 發明説明(11 ) ! 11 f 是 複 數 配 設 於 外 Η 器 内 1的- -種構成, 因此較之贫 Ϊ習 { 1 知 技 術 能 達 到 螢 光 顧 示 管 的 薄 型 9 輕 重 量 化 之 百 的 0 具 髖 1 上 9 製 造 60 m η X 2 2 0 〇 m的螢光顯示管之際, 配設於外圍器 1 1 請 1 I 1 P ]的補強用支柱係為從習知的寬4 mm X 1 . 8 nt m、 高5 .4 mm 縮 先 閱 1 1 讀 1 1 小 成 宽 1 m η》 1 η η 高 4 . 4 m π的尺寸。 背 1 I 之 1 據 此 &lt; 構 成 外 圍 器 1的各基板( 基 底 基 板 2、 jk_ 月 ΐ面板3 N '意 1 事 1 側 面 板 4) 的 板 厚 » 係 $ 習 知 的 3 . 5 m m變薄成1 .8 田01 側 面 板 項 4 1 填 4的高度亦自5 .2 n m 變 低 成 4 m m c 此结果, 使螢光顯示管的 % jL 裝 I 1 菫 黴 由 27 0 g 變 輕 為 1 5 0 g 0 1 又 9 側 面 板 4的高度變低, 基底基板2及 前 面 板 3的板 1 1 厚 的 赛 薄 部 份 1 較 之 於 習 知 之 螢 光 顯 示 管 即 能 使 上 下 視 野 1 1 角 度 變 大 0 訂 I 發 明 功 效 - 1 1 如 上 述 說 明 所 Μ 明 攀 依 據 本 發 明 9 不 需 如 習 知 般 地 塗 1 1 I 敷 低 融 點 期 物 於 補 強 用 支 柱 的 前 面 板 側 的 面 &gt; 且 能 吸 收 補 1 1 強 用 柱 的 高 度 的 不 均 勻 * 對 之 於 前 面 板 能 使 各 補 強 用 支 械 柱 在 確 實 地 接 觸 的 狀 m 下 固 而 設 置 於 基 底 基 板 與 前 面 1 1 板 之 間 0 1 1 作 為 組 件 的 補 強 用 支 柱 不 須 如 習 知 般 地 作 上 下 面 的 1 1 區 別 , 因 此 能 薙 由 自 動 排 列 櫬 械 併 地 進 行 動 排 列 的 處 1 1 理 0 1 1 I 由 於 在 補 強 用 支 與 前 面 板 之 間 不 使 用 低 融 點 糊 物 » 即 1 1 使 補 強 用 支 柱 的 外 肜 尺 寸 較 習 知 為 细 1 較 之 於 習 知 之 螢 光 1 1 顯 示 管 亦 能 減 少 如 習 知 般 地 緣 於 低 融 黏 m 物 的 垂 滴 而 来 的 1 1 本舐張尺度,中國國孓漂嚷(cns ) 坨洛:::t) &lt;〉)’' 1 1 3 9 3 6 6 A7 B7五、發明説明(12 ) 視野角度的限制。而且.藉由,在外園器内複數配設較習 知技術為细的補強用支柱的«理,而能達成螢光顯示管的 般降 知的 習本 如成 須到 無達 固能 , 而 成 , 形面 來的 料端 材一 璃另 玻於 Μ 物 僅糊 。 係點 化柱融 量 支低 重用敷 輕強塗 , 補 先 型預 薄地 低 成 形 所 色 黑 的 同 相 景 背 的 板 基 底 基 與 以 係 柱 支 用 強 補 況板 為型 是 示 柱顯 支受 用不 強亦 補 , 各 且 , 而 際 。 之眼 況顯 狀不 示 而 顧褢 測ft 觀背 側的 板板 面基 前 底 自基 當於 I 埋 顯光 光螢 螢的 之異 知優 習性 於感 之視 較供 , 提 響能 影而 的 . 射況 反狀 , 示 失顯 漏測 的覼 面地 側易 自容 光更 發苷 之示 管 示 顯 明 銳00 之 而 0 圖 面 斷 側 的 0 形 施 V - 之 管 示 顯 光 螢 之 明 發 本 示1冑 11 第 2 設 ILfie (請先閱讀背面之注意事項办4艿本f ) -裝· 經濟部中央標嗥局員工消费合作杜印裝 Η 造 。 製 匾 之 面 柱 斷 支 側 用 的 強 管 補 示 的 顯 管 光 示 螢 顯 的 光 柱 螢 支 同 用 相 強 e)補 /(\ 之 w crs (am習 示 備 表 J 具 的in 程第 器 _ 板 基 底 基 板 面 前 本纸張尺度適⑺ '卜SI :¾家嘌隼I CNS '! Λ4呒咯;.厂:&gt;牵i 2 11 3 9 3 6 5 A7 B7 五、發明説明(13 ) 4側面板 板 器容 5 極 陽 8 12 4 1* 1* 11 柱物 支糊 用點 強融 補低 物 糊 用 著 固 (請先閱婧背面之注意亨項再填%本奸) 裝 訂 -丨级 經濟部中央標嗥局員工消費合作社印裝 本紙張尺度通;f]中國阄家嘌羋(CNS ) Λ4規格(210X 等) 3 11 3 9 3 6 6Winter paper scale 逋 4 ···· (('NS &gt; Λ4θ. »I 螓 9 3 ΰ B Λ -B7 V. Description of the invention (5) Efficiency and cost reduction fluorescent display tube And its manufacturing method are for the purpose. «'Reason 丰 丰 To achieve the above purpose, the invention of the first item of the claim of the present invention is the outer periphery of the base substrate forming the anode constituting the display panel. Among the fluorescent display tubes, the box-shaped peripherals enclosing the 篕 -shaped container sections composed of the front panel and the frame-shaped side panels are used to avoid the aforementioned separators in the outer device. In order to provide, one end face is in contact with the inner surface of the front panel, and the other end face is a low-melting-point paste coated on the base substrate and a non-remelting non-remelting crystalline material coated on the low-melting point paste. The sintered glass (f "it glass) is used as a main component for fixing, and the reinforcing pillar fixed on the aforementioned base substrate is particularly exciting. 0 The invention of the second patent application park of the present invention In the fluorescent display tube as described in item 1, the aforementioned reinforcing pillars are mixed with black pigments. The glass material becomes a special excitement. The consumer sample of the Central Procurement Bureau of the Ministry of Economic Affairs is printed by the company (please read the precautions on the reverse side before filling out this page). The third invention of the patent application range of the present invention is that the coating is low. The melting point bundle is formed on the outer pass portion of the base substrate forming the anode of the display panel, and the low melting point paste for the installation of the reinforcing pillar is applied to the space avoiding the anode on the base substrate. The material was preliminarily calcined, and was coated on the low melting point paste on the place avoiding the aforementioned poles on the base substrate, and was coated with κ crystallization entropy glass with no remelting. A uranium material is used to stand the reinforcing pillar on the fixing paste, and the fixing sleeve is calcined to fix it, and the M-shaped container portion composed of a front panel and a frame-shaped side panel is fixed. Opposite tears in the state of the aforementioned * bottom substrate, from the above T plus ® a kernel paper, the standard is explained, 1 (2η) &lt;) 5 3 9 3 6 Β staff of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs Consumption cooperative printing A7 B7 V. Description of the invention (6) Heating, fixing the aforementioned reinforcing pillar The fixing paste is buried in the low-melting-point paste, the container portion is sealed on the outer peripheral portion of the base substrate to form an external painter, and the reinforcing pillar® is pressed to contact the front panel. The inner surface is fixedly set between the substrate and the front panel. It is extremely exciting. The first circle of the shape of the light is a side sectional view showing one embodiment of the fluorescent display tube of the present invention. Fluorescent The display tube system has a peripheral device 1 which is airtight inside and is maintained in a high-empty state, and a structure including various poles and the like is formed inside the external tube device 1. The external device 1 is a base substrate 2 formed by each substrate. A structure of the front panel 3 and the frame-shaped side panel 4. The exterior device 1 is a front panel 3 with insulation and light transmission, and a side panel 4 with an insulating frame form a cover-like structure. The processing of the container portion 5 and sealing the container portion 5 to the outer peripheral portion of the insulating base substrate 2 with an M sealing agent, the inside is air-tightly maintained in a high vacuum state through exhaust. A spacer conductor 6 such as A1 is formed on the inner surface of the base substrate 2. A phosphor layer 7 is formed on the anode conductor 6 by breaking down to form spacers 8 each having a predetermined shape. A control electrode 9 in the shape of a mesh is provided above the image 8 for example, and a cathode 10 having a coarse shape is provided above the control image 9. Filament bark 10 is used to release cripples by heating. Control «Pole 9 Series is used to accelerate the cripples released by the cathode 10 of the lamp bark toward the limiter 8 constituting the Gu Shi plate. On the base substrate 2 in the Zhuangwaiyuan 1 there are four corners to the paper size 4 J 屮 国 国 孓 标 菌 (CNS) grid (2 丨 () &lt; 1 β 3 9 3 6 6 (Please Read the notes on the back first and fill in this page) n-I Λ .-------- nnnn I --- Printed by the Shellfish Consumer Cooperative of the Central Bureau of Quasi-Ministry of Economic Affairs A7 B7 V. Description of Invention (7) Reinforcement pillars 11 having a thin shape. Each of the reinforcement pillars 11 is fixed to the bottom of the anode plate 8 while avoiding the anode 8 constituting the display panel while being in contact with the front panel 3 without blocking the display. Between the base plate 2 and the front panel 3. Specifically, when manufacturing a 60mBx 220mm fluorescent display tube, 34 reinforcing pillars 11 are provided. The height of the reinforcing pillars 11 is slightly higher than the height of the side panel 4 It is set to be smaller than the external dimensions of a conventional person. The specific external dimensions are set to be IhbXIbdi wide and 4.4 nm high. Moreover, the reinforcing pillar 11 is not limited to the shape of a quadrangular pillar, other polygonal pillar shapes, Round shape and other shapes 0 to rush into Ξ% material of the material ㈣ back glass 2 on the sheet base color base color base black mixed with the system 11 For example, the column support is reinforced with 11 strong columns. The support can be supplemented with strong evidence. The shape of the base plate and the front base are self-buried, and the columns with a dark color of black 11 are reinforced with the same support. In the current situation, the display and measurement of the two sides of the display and the reflection of the type 2 display of the 3rd shadow of the _ 3 V shadow of the reflection and leakage of the two types of display are shown by the non-light-emitting board. To see Yirong 3 tube display head light fluorescent knowledge of the display of the base of the sexy video board has a base 2 on the coating system set on the T1 column support with a strong substance paste melting The low agent fixation is to fix the paste point of the system 2 11 to melt the base of the 2 plates. For the advancement and advancement, the thinner is made of the structure 13 and the paste is melted. The 2 plate base with a low external peripheral volume is based on the glass-glass junction. The 2 1L Wuhu point is reduced to V of the crop ο 8 3 points fb. The coating system is at 2 points on the lake. (Please read first, please pay attention to Ping Xianger to fill in this page) Mainly for private paper scale 4: fl S country standard 孓 U: \ s) Λ4 said briefly (;: 丨 ο X: factory public f 7 3 9 3 6 6 A7 B7 printed by the Shellfish Consumer Cooperative of the Central Government Bureau of the Ministry of Economic Affairs 5. Description of the invention (8) Fixing paste 14 on one end face 11a. This fixing period 14 is applied together with the application of a paste for attaching the control electrode 9 to the inside of the base substrate 2 with the M fixing control electrode 9. The fixing paste 14 is the same fixing paste used for the internal adhesion paste of the control electrode 9 as the main component that also uses the crystallized sintered glazing that is no longer melted after curing. In addition, one end surface 11a of each reinforcing pillar 是 is fixed to the fixing object 14 with a low-melting point paste 12 fixed to the base substrate 2 via an intermediate surface, and the other end surface lib is brought into contact with the front surface by pushing. The state of the inner surface of the panel 3 is fixed between the base substrate 2 and the front panel 3 and supports the space between the base substrate 2 and the front panel 3. According to this, the structure of the tube showing the fluorescent light that is made by the head and the method to prevent the outer garden device 1 from the external atmospheric pressure is described above. It is said that it is connected to the 2 base plate and the base 8 °. The basic shape of the base is very similar to that in the positive shape. The step A1 will definitely be buried but filled in. The material plate shows the M pattern shown by the Ag pattern and it is «, and the structure is not standardized. The shape of the brush is detailed and the shape of the print is 2 and the body of the tributary layer «The upper edge of the light edge firefly 0 where the paste is melted» 6 »ΜΪ The guide i $ 极 ㈤ '限 β 八 于 S wear 7, the / ί \ · Material paste forming brush printing and 6 body guide extremely strong forming upper hole low compress coating upper pass' outside 2 plate base base 8 broadcasting equipment 1A column support strong upper 2 plate base base This melting point is the initial control of the forging of the poles to pre-solidify the M, paste with 12 dressings, sticky and low melting. \ 1 / 敖} a Tu ί and _ 2 based on ordering ice (please read the note f on the back of Jing first and then fill in this page) The board base is based on the paste used in the 2 parts of the board base and the 2 paste is used 1; The Wugu Lake is used as a point for the low-level paste. It is used when the support of the inner column of the attached department is 1 2 and it is used to strengthen the support. Printed by the cooperative V. Description of the invention (9) 1 m ♦ Place the control pad 9 for attaching paste to the PI part, and fix the control electrode 9 on the base substrate 2 0 Next, place the reinforcing pillar 1 1 One end surface 1 I 11 a is fixed on the fixing paste 1 4, so that the reinforcing pillar 11 is set up on the fixing paste 1 | Please I the thing 1 4 and temporarily fix it (Fig. 2 (c)) ). For the fixing paste 1 4, read 1 I 1 I for the supporting column 11 for loading and unloading. An automatic alignment machine not shown is used. The white-backed 1 I 1 | dynamic arranging machinery is Μ vibrating to match a plurality of reinforcement pillars; the idea ψ 1 1 is set to Μ division-and arranged automatically. After that, 9 items for calcination and fixing are filled with I paste 14 and solidified. Based on this, one end face 1 of each reinforcing pillar 1 1 1 a system% is fixed to the fixing paste 1 4 0 'W 1 1 I Here is another engineering operation of the above-mentioned operation »Set up 1 1 | Frame 0 with a filament-shaped cathode 1 0 Next, make the side surface 1 1 of the container portion 5 the bottom of the plate 4 When faced, place on the outer part of the base substrate 2 coated with the low melting point bundle 1 3 (2nd (d)) t press the base substrate 2 and the container part 5 up and down, and seal 1 1 The outer peripheral device 1 is assembled according to the space between the outer peripheral portion of the base substrate 2 and the container portion 5 (1 I FIG. 2 (e)) D 1 So »In the assembly operation of the outer peripheral device 1 described above, the finely formed supplement 1 1 is strong With the support 1 1 below (other--end surface 1 1 b) side is fixed to the solidified fixation 1 1 with paste 1 4 * when the base substrate 2 and the container part 5 are applied with force from the upper and lower cells to add 1 1 heat of • Fixing paste 1 4 [is a low melting point product 1 2 melted by the push of the front panel 3® 1 and melts 1 2 out of 0 (circle 2 (e). Based on this, the supplement is absorbed 1 I The unevenness of the height of the strong support 1 0 1 I After that, the outer circle 1 F spoon is exhausted and sealed in a high vacuum bark state, and the fluorescent 1 1 I display tube is completed> 1 1 1 Treat it like this «According to the fluorescent display tube in the solid salt form described above, solid 1 1 is too large in paper size: 丨> explained Jia Lige &gt; + cvn. \ 4t 见 格; 2 丨 〇 &lt; in China 9 3 9 3 3 (3 A7 B7 Printed by the Consumers' Cooperative of the Central Government Bureau of the Ministry of Economic Affairs ^ V. Description of the Invention 0) Cured fixing paste 1 on the base substrate 2 1 Reinforcing pillar 1 1 ί 1 At the time of calcination when the peripheral device 1 is assembled, the person sinks into the molten low-melt 1 1 point paste 12 0 1 I Please I Therefore, it is not necessary to apply the low-melt point as usual Read the paste for reinforcement pillars 1 i Read 1 I 11 on the side of the front panel 3 side, and rely on the low-melt backing II on the side of the base substrate 2 1 point 1 The lake 12 absorbs the unevenness in the height of the pillar 11 for reinforcement, and Note earlier that the M 1 1 plate 3 can fix the reinforcing pillars 1 1 to the base in a firm contact state. Item 1 is installed between the base plate 2 and the front panel 3. This 7 Γ 1 is used as a reinforcement of the sister. The pillar 11 is conventionally used without the need to distinguish the upper part. 1 1 1 The lower part 9 can be automatically arranged together by the white-moving arranging machine 1 1 Each of the reinforcing pillars 11 is formed in a finer shape than the conventional technology. Size 1 1 »And no low melting point paste is used between the reinforcing pillar 11 and the front panel 3. Order 1 is therefore less than the conventional fluorescent display tube shown in 3_ because of the conventional 1 Restriction of the angle of Takino from the drop of a low-melting point lake-like I- &gt; 1 I-reinforcing pillar 11 series only M glass It is not necessary to apply a low melting point paste on the other surface in advance as in the case of conventional 1 1. It can achieve a cost reduction effect of 1 I. 1 1 The reinforcing pillar 11 is due to the M and the substrate. The background of the substrate 2 is formed by the same black 1 1 color. When the display condition is observed on the white front panel 3 side, each reinforcing 1 1 pillar 1 1 is buried in the background of the base substrate 2 without eyes. Moreover, it is not affected by the light leakage and reflection shadow W of the white side of the 1 I display panel. Compared with the conventional bright light display tube shown in 1 I 3_, it is easier to look at the display status, providing * 1 1 1 Fluorescent display tube with different visual perception 01 1 a Uncertain reinforcement support with a small external shape compared with the conventional technology 1 10 Each paper size m Chinese national purine) Λ4 ^ 洛 I :: ⑴) 3 9 3 6 f) A7 B7 Printed by the Consumers ’Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 5. Disclosure of Inventions (11)! 11 f is a plural-numbered 1-type composition in the outer vessel, and is therefore poorer Learn {1 know the technology can reach the thin type of fluorescent display tube 9 light weight and weight of 0 0 hips 1 on 9 to produce a fluorescent display tube of 60 m η X 2 2 0 0m, installed on the peripheral device 1 1 Please 1 I 1 P] The reinforcement pillar system is 4 mm X 1.8 mm in width and 5.4 mm in height. Known first 1 1 read 1 1 small to wide 1 m η》 1 η η Dimensions of height 4.4 mThe thickness of the back 1 I 1 &lt; the substrates of the peripheral device 1 (base substrate 2, jk_ moon panel 3 N 'I1 matter 1 side panel 4) »is the conventional 3.5 mm change The thickness of thin plate 1.8 field 01 side panel item 4 1 also decreased from 5.2 nm to 4 mmc. As a result, the% jL of the fluorescent display tube was reduced from 27 0 g to 1 g. 1 5 0 g 0 1 and 9 The height of the side panel 4 becomes lower, and the base plate 2 and the front plate 3 of the plate 1 1 are thicker and thinner than the conventional fluorescent display tube. The angle becomes larger. 0 Order I Inventive effect-1 1 As described above, Ming Pan according to the present invention 9 does not need to be applied conventionally 1 1 I Apply a low melting point on the front panel side of the reinforcing pillar &gt; And can absorb the height of the 1 1 strong column Even on the front panel, the reinforcing support columns can be fixed in a state of solid contact and set between the base substrate and the front 1 1 plate. 0 1 1 as a reinforcing pillar of the module does not need to be known Generally, the difference between top and bottom is 1 1 so that it can be automatically arranged and moved in parallel. 1 1 0 0 1 1 Because no low melting point paste is used between the reinforcement support and the front panel » That is, 1 1 makes the outer diameter of the reinforcement pillar thinner than conventional 1 1 Compared with the conventional fluorescent 1 1 The display tube can also reduce the dripping from the low-melting sticky substance 1 1 as is customary. In this scale, China's national standard (cns): Luo ::: t) &lt;〉) '' 1 1 3 9 3 6 6 A7 B7 V. Description of the invention (12) Limitation of the angle of view. In addition, by providing a plurality of reinforcing pillars which are thinner than the conventional technology in the outer device, the practice that can achieve the general knowledge of the fluorescent display tube can be achieved by reaching the level of solid energy. The end material from the surface is different from the other material and only paste. The tie-column column has a low melting weight and a light and strong coating. The pre-thin, low-profile, black-shaped, homogeneous scene back plate base and the strong support plate for bollard support are used to show that the column is significantly supported. Not strong but also make up, each and every. The state of the eye is not shown, but the test of ft. View the back side of the board. The front and bottom of the base are based on I. The light of the light and the light of the light are different. The shooting situation is reversed, showing that the missing side of the plane is easy to contain light, and the tube showing the glycoside is more obvious. The 0 shows 0, and the 0 on the broken side of the figure shows the shape of the V-tube. Mingfa's instructions 1 胄 11 2nd set ILfie (please read the precautions on the back to do 4 艿 f)-Equipment · Manufacturing and printing cooperation of employees of the Central Bureau of Standards, Ministry of Economic Affairs. The strong tube supplementary display used for the side of the column and the branch of the plaque is made up of the tube display. The light column and the light column are used with the same strong e) supplement / (\ w w crs (am Xishi preparation table J tool in the process of器 _ Board base substrate The size of the paper in front of the substrate is suitable. 'Bu SI: ¾ home purine I CNS'! Λ4 呒 呒;. Factory: &gt; ii 2 11 3 9 3 6 5 A7 B7 V. Description of the invention (13 ) 4 side panel board capacity 5 poles 8 12 4 1 * 1 * 11 pillar support paste with strong fusion to fill the low paste with firm (please read the note on the back of Jing first and then fill in %%) binding -The paper size of printed consumer papers for employees of the Central Bureau of Standards of the Ministry of Economic Affairs; f] China Standard Purchasing (CNS) Λ4 specifications (210X, etc.) 3 11 3 9 3 6 6

Claims (1)

S8avg〇 烈 D8 六、申請專利範圍 vyi. —種螢光顧示管,具備有在形成著構成顯示型板的陽 極的基底基板的外週部,封著著由前面板與框狀的側 面板所構成的蓋狀的容器部的箱狀的外圃器,其中, 在迴避前述外園器内的前述隔極的處所,具備有 —端面為接觸於前述前面板的内面,另一端面為中介 以塗敷於前述基底基板上的低融點玻璃為主成份的糊 物(以下稱「低融點糊物」),和Μ塗敷於低融點糊物 上的無再溶融的结晶化燒结玻璃為主成份的固著用糊 物.而固著於前述基底基板上的補強用支柱為特徴者 〇 \Λ·如申睛專利範園第1頊之螢光顯示管,其中之該補強用 支柱係混合黑色顔色於玻璃材料而成者。 經濟部中央樣隼局負工消費合作杜印製 (請先閱讀背面之注意事項再填寫本頁) •ν/3.-種螢光顯示管之製造方法,具有在形成著構成頚示 型板的陽極的基底基板的外週部,上塗敷低融點糊物 ,且在迺避前述基底基板上的前述隈極的處所塗敷用 Μ配設補強用支柱的低融點糊物並予以初煅,於塗敷 於酒避前述基底基板上的前述陽極的處所的低融點糊 物上塗敷Μ無再溶融的结晶化堍结坡璃為主成份的固 著用糊物,立設前述補強用支柱於該固著用糊物上而 堍成前述固著用糊物而予以固化,在使由前面板與框 狀的側面板所形成的Μ狀的容器部相對面於前述基底 基板的狀態下自上下加壓而加热,將前述補強用支往 所固著的前述固著用糊物沈埋於前述低融點糊物中而 封舂前述容器部於前述基底S板的外週部而形成外園 本紙張尺度適用中國國家梂準(CNS ) Α4現格(210;&lt;29?公釐) 38^730 ?8; D8 々、申請專利範圍 器,將前述補強用支柱推懕接觴於前述前面板的内面 而固設於前述基底基板與前述前面板之間者。 — II I------- (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中央標隼局員工消费合作社印裝 本紙張尺度適用中國國家橾窣(CNS ) A4说格(210X297公釐) 15 3 9 3 6 6S8avg〇 烈 D8 6. Scope of patent application vyi.-A fluorescent display tube, which is provided with an outer peripheral portion of a base substrate forming an anode forming a display panel, and sealed by a front panel and a frame-shaped side panel. The box-shaped outer garden device with a lid-shaped container portion is provided in a place avoiding the separator in the outer garden, and the end surface is in contact with the inner surface of the front panel, and the other end surface is an intermediary for coating. A low-melting-point glass-based paste (hereinafter referred to as a "low-melting-point paste") applied on the base substrate and a non-remelting crystalline sintered glass coated on the low-melting-point paste The main component is a fixing paste. The reinforcing pillar fixed to the aforementioned base substrate is a special one. The fluorescent display tube No. 1 of Rushen Patent Fanyuan, among which the reinforcing pillar It is made by mixing black color with glass material. Du printed by the Central Bureau of Economic Affairs of the Ministry of Economic Affairs and Consumer Cooperation (please read the precautions on the back before filling out this page) • ν / 3.- a kind of manufacturing method for fluorescent display tubes, which has a structured display panel A low-melting-point paste is applied to the outer peripheral portion of the base substrate of the anode, and a low-melting-point paste provided with a reinforcing pillar for M is applied to a space that avoids the above-mentioned pole on the base substrate, and is initially applied. Calcining, and applying a non-remelting crystallized sintered sloping glass as the main component fixing paste on the low-melting point paste applied to the place where the anode on the base substrate is avoided, and the aforementioned reinforcement is set up. The fixing paste is formed on the fixing paste with a pillar to cure the fixing paste, and the M-shaped container portion formed by the front panel and the frame-shaped side panel is opposed to the base substrate. It is heated by pressing from above and below, and the reinforcing support is buried in the low-melting-point paste to be fixed, and the container portion is formed by sealing the outer peripheral portion of the base S plate. The size of the outer paper is applicable to China National Standards (CNS) Α4 (210; &lt; 29? Mm) 38 ^ 730? 8; D8 々. Patent application scope device, push the aforesaid reinforcement pillar to the inner surface of the front panel and fix it on the base substrate and the front Between panels. — II I ------- (Please read the precautions on the back before filling this page) Order the printed paper size of the staff consumer cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs (CNS) A4 standard ( 210X297 mm) 15 3 9 3 6 6
TW086117903A 1996-12-04 1997-11-28 Fluorescent display tube and method for making the same TW382730B (en)

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KR100354230B1 (en) * 2000-06-13 2002-09-27 삼성에스디아이 주식회사 Vacuum fluorescent display device
KR20050050843A (en) * 2003-11-26 2005-06-01 삼성에스디아이 주식회사 Flat panel display with spacer, method for manufacturing the spacer, and method for manufacturing the flat panel display

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JP2790073B2 (en) * 1995-03-10 1998-08-27 双葉電子工業株式会社 Fluorescent display tube

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