經濟部中央標準局貝工消费合作社印裝 d228 2tl = B7 五、發明説明（3 ) 窃明所匾夕持術頜城 本發明係與將例如玻璃板或陶瓷板等硬質板體予Μ切 斷之板體切斷裝置有關者。 以沣夕枋術 以往*在特開平1-246155號公報曾經記載有：將預先 在一方之面劃出有切斷溝紋之玻璃板•在該切斷溝紋處予 以折斷之平板玻璃切斷裝置。如圖14所示，該平板玻璃切 斷裝置100具備有在下側之載置玻瑀101之承載滾筒102及 自上方將平板玻璃101加以壓斷之加壓滾筒103。承載滾筒 102之寬度寬於所承載之平板玻璃101之寛度，由楊氏係數 小於平板玻璃1 0 1者之材料構成。而平板玻璃1 (Π則Μ令其 切斷溝紋104 •處於承載滾筒側之狀態*載置在其上。加 壓滾筒103之寬度窄於平板玻璃101之寬度，可對平板玻璃 101之切斷溝紋104，自相反側之面加Κ推壓。 平板玻璃101係在承載滾筒102與加壓滾筒103兩者間 受挟持之狀態下被搬運，並在切斷溝104之位置上，由加 壓滾筒103推壓。此時，由於承載滾苘102之延伸現象， 及平板玻璃101與承載滾筒102間互相摩擦，在平板玻璃 101之切斷溝玟104處即發生順沿承載滾筒102之軸線方向 之應力Β、Β'。另外，由於承載滾筒102受加壓滾筒103所 推壓*在平板玻璃101上亦發生彎曲力矩A、Α’。而由於該 等荷重之作用*平板玻璃101即在切斷溝紋104處被折斷。 窃明辟解泱夕間顬 _當平板玻璃101具有相對於其厚度t言》十分大之寬度 本紙張尺度適用中圉國家梂準（CNS > A4规格（2丨0X297公釐） I _ - - I n I n i I I I I -- -n ，1' (請先閲讀背面之注意事項再填寫本頁) 3 4228 2 1 A7 B7 經濟部中央標率局負工消费合作社印I!. 五、 發明説明（4 ) 1 1 VI時 要利用前述切斷裝置100切斷 平 板 玻 璃 101 毫 無 r~n 困 1 1 難 0 然 而 當 寬 度 W下降至厚度t之 4 倍（4t) Η 下 之 尺 寸 時 1 I * 則 如 圖 15 或圈1 6 所 示 裂 縫 105 即 往 往 偏 離 切 斷 溝 紋 S 請 1 1 104 向其他之方向前進 而有致平板玻璃101無 法 順 沿 切 先 閲 讀 1 1 斷 溝 纹104裁割下來之問題 ) 背 面 之 1 1 一 般 而 言 螢 光 顯 示 管 具 有 將 平 板 玻 璃 圼 箱 形 裝 配 而 注 意 婁 1 I 成 之 外 圍 器 t 而 構 成 該 外 圍 器 之 平 板 玻 璃 即 藉 由 如 刖 述 之 Ύ 項 再 填 平 板 玻 璃 切 斷 裝 置 形 成 之 〇 近 來 螢 光 顯 示 管 之 輕 > 薄 寫 未 頁 裝 1 短 小 化 乃 般 之 趨 勢 因 此 構 成 前 述 外 圍 器 之 平 板 玻 1 I 璃 中 尤 其 是 側 面 板 用 者 需 求 高 度 (寬度）小 之 玻 璃 板 0 1 I 即 需 求 高 度 (寬度）在 例 如 板 厚 t之4倍 Η 下 之 平 板 玻 璃 〇 舉 1 1 出 具 體 一 例 t 則 Κ t = 2n E者而言 即需要高度（板 寬 )8 ffl Μ 訂 1 下 之 平 板 玻 璃 » 以 t = 1 . 5 π a者而目 即需要高度（板 寬 )6 n m 1 1 Μ 下 之 平 板 玻 璃 〇 而 具 有 上 述 尺 寸 之 平 板 玻 璃 則 因 有 刖 1 ••I 述 問 題 利 用 >λ 往 之 平 板 玻 璃 切 斷 装 置 並 無 法 製 造 0 { 本 發 明 人 等 曾 就 要 折 斷 時 將 對 板 厚 言 寛 度 相 對 狹 幅 之 1 I 平 板 玻 璃 裂 m 注 往 偏 離 切 斷 溝 紋 之 原 因 自 各 種 角 度 進 行 松 m I [ 討 ， 结 果 獲 致 下 述 之 論 據 〇 如 圖 1 5所示 當 平 板 玻 璃 101 1 1 之 被 切 斷 之 部 分 之 表 面 與 承 載 滾 苘102 上 端 面 之 線 所 1 1 形 成 之 角 度 θ 變 得 過 大 時 在 承 載 滾 筒 102及加壓滾筒103 1 1 與 平 板 玻 璃 10 1 之 前 端 兩 者 間 之 區 間 C 處 加 在 平 板 玻 璃 1 1 101之前端兩者間之區間C處 1 加 在 平 板 玻 璃 101 上 之 前 述 1 i 彎 曲 力 矩 A A |即成為最大 >另外 如圖16 所 示 於 剌 痕 1 I 時 在 同 區 間C之切斷溝104處 亦 出 現 横 方 向 之 大 小 不 一 1 1 本紙張尺度速用中國國家梂準（CNS ) A4規格（210X297公釐） 4 4228 2 1 A7 B7 五、發明説明（, 縫 裂 微 细 之 裂 之 微 细 該 使 而 用 作 之 巨 努 力 曲 鼙 於 由 方 他 其 向 而 4 ο 11 紋 溝 斷 切 離 偏 5 ο 11 縫 裂 得 使 注 往 長 成 者 展 發 向 筒 滾 載 承 中 ο ο 1 置 裝 斷 切 璃 玻 板 平 之 注 Μ 述 前 於 隔 間 之 者 兩 璃 玻 板 平 對 可 在 10定 筒設 滾寸 壓尺 加其 與將 ， 平 t 0 度 值 厚 之 之力 L壓 當 適 上 加 ο 璃 玻 板 平 視 係 採玻 使板 即平 , 在 此加 因使 > Μ 差足 偏不 有仍 各 -度隔 厚 間 板筒 其滾 ’ 定 品設 製 ， 之 施 同措 不之 依述 璃上 玻如 板取 定施 設所 隔 3 間10 筒筒 滾滾 將壓 使加 即 * 。 變 定改 1 寸 為尺 成度 力厚 壓板 推 旦 之 一 璃’ 平 使 法 無 生 發 將 而 化 變 生 發 即 壓 推 之 態璃割 狀玻之 之板ιοί 良平 ί 最於 璃 幅 狹 對 相 度 寬 板 言 度 厚 。 板 形對 情flf 妥易 不輕 之能 狀供 形提 之M 定係 一 明 為發 成本 面 裂 斷為採 折置所 璃裝顆 玻斷間 板切決 平璃解 之玻為 板 平 之 整 行 進 而 變 之 厚 板 應 因 〇 可者 且的 ί 目 段 手 之 取 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央橾準局員工消費合作杜印製 有 ，之而 工 置定動 加 裝固移 對斷以 方 可 切加一 : 體分少 為 板部至 置 之各中 裝 斷之部 斷切側持 切Μ兩保 體 加之對 板紋紋 一 之 溝溝該 項 該上令 1 沿體可 第順板 ， 圍 而將及 範壓可 Μ 利加 ： 、 専體 有部 請 板備持 申 之具保 紋 以 溝係 對 1 紋 溝 。 有 者 Η 徵加 特對 其可 為置 構裝 機斷 荷切 負體 力板 外之 之項 體 2 板第 斷 圍 切範 紋利 溝專 述請 前 申 沿 順 以定 係規 丨 在 置其一 裝令 斷JKI 切 體分 板部 之各 斷之 切 倒 K 兩 加之 紋紋 溝溝 該上 沿體 順板 而將 壓可 加 體有 板備 之具 本紙張尺度逍用中國國家標準（CNS ) A4規格（210X297公釐） 1228 21 B7 經濟部中央標準局貝工消费合作社印裝 五、 發明説明（6 ) 1 | 圍 範 圍 内 移 動 自 如 狀 態 各 白 加 以 保 持 之 一 對 保 持 部 及 1 | 9 可 令 被 保 持 在 前 述 保 持 部 之 板 體 各 部 分 向 不 同 方 向 移 動 ί i 之 外 力 負 荷 機 構 為 其 特 徵 者 0 請 1 1 申 謫 專 利 範 圍 第 3 項 之 板 體 切 斷 裝 置 為 ： 可 對 加 工 有 先 閱 1 1 溝 紋 之 板 體 加 壓 而 顒 沿 該 溝 紋 加 以 切 斷 之 板 體 切 斷 裝 置 ， 背 1 1 係 >λ 具 備 有 ； Μ 可 令 各 自 保 持 住 板 體 上 溝 紋 之 兩 側 之 各 部 意 事 項 再 填 1 1 分 之 一 對 保 持 面 在 處 於 同 一 平 面 内 之 狀 態 與 彼 此 非 平 行 之 1 狀 態 之 間 移 動 白 如 1 且 留 下 規 定 間 隔 之 狀 態 設 置 之 一 對 保 寫 本 頁 裝 1 持 台 > 將 板 體 保 持 在 前 述 保 持 台 之 保 持 面 之 保 持 機 構 1 I 及 可 令 前 述 保 持 台 移 動 之 驅 動 櫬 構 為 其 特 徵 者 〇 1 f Φ 請 專 利 範 圍 第 4 項 之 板 體 切 斷 裝 置 為 ： 可 對 加 工 有 ϊ 1 溝 紋 之 板 體 加 壓 而 順 沿 該 溝 紋 加 >λ 切 斷 之 板 體 切 斷 裝 置 9 訂 1 係 Μ 具 備 有 ： 以 可 令 各 白 保 持 住 板 體 上 溝 紋 之 兩 側 之 各 部 1 1 分 之 一 對 保 持 面 在 處 於 同 一 平 面 内 之 狀 態 CJM 與 彼 此 非 平 行 之 1 狀 態 之 間 移 動 白 如 且 留 下 規 定 間 隔 之 狀 態 設 置 之 — 對 保 1 持 台 將 板 體 保 持 在 * * 刖 述 保 持 台 之 保 持 面 之 保 持 櫬 構 >χ 1 I 及 可 對 由 前 述 保 持 台 所 保 持 之 板 體 顒 沿 刖 述 溝 紋 胞 加 外 I 1 I 力 之 推 壓 體 為 其 特 徵 者 0 1 1 申 請 専 利 範 圍 第 5 項 之 板 體 切 斷 裝 置 為 ； 於 申 請 專 利 1 1 範 圍 第 4 項 之 板 體 切 斷 裝 置 之 前 述 推 壓 體 設 置 有 吸 引 除 去 1 1 機 構 俾 將 板 體 被 切 斷 Z 際 產 生 之 板 體 碎 片 吸 引 並 除 去 為 其 1 1 特 徵 者 〇 1 1 申 請 專 利 範 圍 第 6 項 之 板 體 切 斷 裝 置 為 * 於 可 對 加 X ί I 有 溝 紋 之 板 體 加 壓 而 顚 沿 該 溝 紋 加 Μ 切 斷 之 板 體 切 斷 装 置 1 1 本紙張尺度適用中國國家棣準（CNS ) A4規格（21 OX297公釐） 6 4228 21 B77 經濟部中央揉丰局m;工消费合作社印«. 五、 發明説明（？ ) 1 I 係 Μ 具 備 有 留 下 規 定 間 隔 所 設 置 之 對 基 台 及 設 置 1 1 | 在 各 基 台 上 面 而 分 別 將 板 體 上 溝 紋 兩 側 各 部 分 予 Μ 保 持 之 I 1 對 保 持 面 在 同 —' 平 面 内 之 對 彈 性 ΜΛ 暖 Μ 及 * 可 對 由 前 1 I 請 1 | 述 彈 性 體 所 保 持 之 板 體 顒 沿 前 述 溝 紋 m 加 外 力 之 推 壓 體 為 先 閲 1 I 讀 1 | 其 特 徵 者 0 背 I | 之 1 申 請 專 利 範 圍 第 7 項 之 板 體 切 斷 裝 置 為 ： 於 可 對 加 工 注 意 1 事 1 有 溝 纹 之 板 體 加 壓 而 顒 沿 該 溝 紋 加 切 斷 之 板 體 切 斷 裝 置 項 矣 1 4 1 係 Κ 具 備 有 J 可 將 kK 溝 紋 為 界 之 板 體 之 —1 方 之 部 分 保 持 本 1 在 規 定 位 置 之 固 定 側 保 持 部 % Μ 及 將 K 溝 紋 為 界 之 板 體 之 頁 1 1 另 方 之 部 分 加 以 保 持 之 同 時 實 質 上 以 與 溝 紋 一 致 之 回 1 1 轉 軸 為 中 心 可 轉 動 白 如 之 狀 態 設 置 之 可 動 側 保 持 部 及 i 1 » 可 令 可 動 側 之 保 持 部 轉 動 之 驅 動 機 構 為 其 特 徵 者 0 訂 1 甲 請 專 利 範 園 第 8 項 之 板 體 切 斷 裝 置 為 * 申 請 專 利 範 1 I 園 第 7 項 之 板 體 切 斷 裝 置 中 以 具 備 有 用 以 在 受 兩 保 持 部 1 J 所 保 持 之 板 體 之 位 於 兩 保 持 部 間 位 置 之 部 分 下 面 形 成 溝 紋 1 1 之 溝 玟 形 成 機 構 為 其 特 徵 者 〇 1 申 請 專 利 範 圍 第 9 項 之 板 體 切 斷 裝 置 為 ： 串 請 專 利 範 1 1 圍 第 8 項 之 板 體 切 斷 裝 置 中 f Μ *厂 月ϋ 述 溝 紋 形 成 機 構 具 備 有 1 ί ； 在 月tl 述 兩 保 持 部 間 順 沿 板 體 下 面 移 動 白 如 狀 態 設 置 之 1 | 刀 具 、 Μ 及 9 可 白 經 過 上f 刖 述 刀 具 之 切 削 加 工 之 板 體 吸 引 所 1 I 產 生 之 切 屑 而 加 Μ 回 收 之 切 屑 回 收 機 構 為 其 特 徵 者 0 ! 請 專 利 範 laal 圍 第 10項 之 板 體 切 斷 裝 置 為 甲 請 專 利 範 1 1 I 圍 第 9 項 之 板 體 切 斷 裝 置 中 1 以 前 述 保 持 部 具 備 有 用 1 1 Μ 載 置 刖 述 板 體 之 保 持 面 及 形 成 在 前 述 保 持 面 之 吸 引 溝 1 1 本纸張尺度適用中國圉家椟丰（CNS ) A4规格（210X297公鳌） 7 ^28 2111 A7 B7 ·*, 經濟部中央標準局負工消费合作社印製 五、 發明説明（8 ) 1 1 Μ 及 » 將 前 述 吸 引 溝 内 加 Μ 吸 引 之 吸 引 機 構 而 前 述 吸 1 | 引 溝 則 在 刖 述 溝 紋 形 成 機 構 將 在 板 體 上 開 始 形 成 溝 紋 之 位 1 I 置 附 近 傍 t 以 比 較 其 他 部 分 更 為 接 近 溝 紋 之 狀 態 形 成 為 其 請 1 1 特 徵 者 〇 先 閱 讀 1 1 於 上 述 之 構 成 中 係 將 加 工 有 溝 紋 之 板 體 保 持 在 保 持 背 1 1 台 上 者 〇 此 時 * 係 設 成 板 體 之 中 挾 溝 紋 之 兩 側 各 部 分 分 別 注 意 事 項 再 填 1 | 由 一 對 保 持 台 之 各 保 持 面 各 自 加 以 保 持 〇 而 對 於 板 體 方 1 面 之 處 理 則 利 用 作 為 外 力 負 荷 機 構 之 推 壓 體 针 對 板 體 寫 本 頁 裝 1 之 溝 紋 部 分 白 與 保 持 台 相 反 側 加 Μ 推 壓 0 或 使 作 為 外 力 負 1 I 荷 機 構 之 驅 動 機 構 fUl. 動 作 而 將 處 於 保 持 有 板 體 之 狀 態 下 之 1 I [ 保 持 台 加 Μ 驅 動 0 分 別 將 板 體 上 溝 紋 之 兩 側 各 部 分 予 Μ 保 1 1 持 之 一 對 保 持 面 則 相 對 性 地 商 處 於 同 一 平 面 内 之 狀 m 1 訂 1 移 動 至 披 此 非 平 行 之 吠 態 而 在 溝 紋 處 將 板 體 加 K 切 斷 1 1 1 明 哳 形 1 具 有 下 述 各 實 豳 形 態 之 板 體 切 斷 裝 置 t 係 使 用 於 將 構 I I 成 例 如 - * 刖 述 螢 光 顯 示 管 之 外 *gl¥l 器 之 玻 璃 板 切 斷 者 0 茲 參 照 1 1 I 圖 1 說明第1實 豳 形 態 如 下 〇 本 實 拖 形 態 之 板 體 切 斷 裝 置 1 1 1 係具備有： 用Μ保持玻璃板體10之保持部2 用 Μ 保 持 1 1 玻 璃 板 體 1 0之 保 持 部 2、 用以產生對玻璃板體10所施加之 1 1 外 力 之 外 力 負 荷 機 構 K 及 % 在 玻 璃 板 體 1 0上 f 加 工 上 溝 1 1 紋 之 刀 具 3者（ 1 I 保 持 部 2 具 備 有 一 對 保 持 台 4、 4 0 各保持台4 4 圼 1 直 方 體 形 狀 9 其 平 坦 之 上 面 即 為 可 將 玻 璃 板 體 1 0加从保持 1 本紙張尺度適用中國國家揉率（CNS > A4規格（210X297公釐） 8 ^228 211 .五、發明説明（9 ) A7 B7 (請先閲讀背面之注意事項再填寫本頁) 之保持面4a。一對保持台4、4，係Μ隔著規定之間隔並排 配置，設成當各保持台4a處在同一面内時，可將玻璃板體 10載置在其上，而由各保持面4a各自將玻璃板體10加以保 持。 雖無圖示，在保持台4具有用K將玻璃板體10保持在 保持面4a之保持機構。本實施形態之保持機構，係由：設 置在保持台4之保持面4a之多數吸引孔、設置在保持台4内 部*連通於吸引孔之空洞、Μ及，用K吸引空洞内之吸引 機構所構成。亦即，當吸引機構吸引空洞内時*載置在保 持面4a上之玻璃板體10即經由吸引孔受吸引而被保持在保 持台4上。 經濟部中央橾準局貝工消費合作社印裝 前述各保持台4係以可在規定範圍内*描到規定軌跡 而移動之狀態，由連桿機構5a、5b*將其支持在設置面上 。各保持台4，係使用Μ轉動自如狀態連结Z2支1姐連桿 6(6a、6b)2組，由各2處連结軸7a、7b *各自將其連结在 設置面上之各2處連结軸8a、8b。在各保持台4上，外側之 連桿6b之長度比内惻之連桿6a為長。而兩保持台4之連桿 機構5，則相對於形成在被保持於兩保持台4上之玻璃板體 10下面之溝紋l〇a*設成對稱之構造。兩保持台4各外側之 連桿機構5b之4處連結铀7b 、8b·則在與該連結袖7b、 8b直交之平面上，處於Μ前述溝紋10a為中心之一個圓周 上。而兩保持台4各内側之連桿機構5a之4處連结袖7a、 8a·則在與該連结袖7a、8a直交之平面上*處於前述溝紋 10為中心之一涸圓周上。 本纸張尺度適用中國國家橾準（CNS ) A4規格（2 ΙΟ X 297公釐） A7 B7 4228 2 tl 1 五、發明説明（10 ) (請先閲讀背面之注意事項再填寫本頁) 各保持台4上設有驅動鉦9X當作為使保持台4移動而g 被保持在保持台4上之玻璃板體]0施加外力所用之外力負 荷機構之驅動機構。該驅動跹9之推桿9a前端，係在各保 持台4之各連桿機構5b處，與外側之連桿6b之中央之銷相 連结。在與前述連桿機構5b之各連结軸7b、8b，或在與前 述溝紋]0a之長方向直交之平面上，驅動缸9之推桿9a即朝 向順沿玻璃板體10上溝紋1〇3之方向被驅動。 於是· 一旦令驅動缸9之推桿9a突出，則保持台4之一 對保持面4a、4a，即自如圖1(a)所示之處於同一平面內狀 態，移動至如圖1(b)所示之披此非平行狀態。 在前述一對保持台4 、4兩者間•設置有可在玻璃板 10加工上溝紋之刀具3 。該刀具3 ，係以與前述連桿機構 5a、5b之各連结袖7a、7b、8a及8b成平行吠態移動，並在 保持於保持台4上之玻璃板體10下面，形成溝紋](U。 經濟部中央標半局貝工消费合作社印製 玆就上述構成說明其作用。將一對保持台4、4Z各保 持面4a、4a設定在同一平面内。將一片玻璃板體10 K跨坐 兩者上面吠態，載置在前述一對保持台4、4上驅動吸引機 構而將玻璃板體10牢牢保持在各保持台4之各保持面4a上 。將刀具3驅動而使其在一對保持台4、4兩者移動，而在 玻璃板體]0下面形成溝紋l〇a。令驅動缸9動作，以驅動保 持有玻璃板體10之各保持台4移動。各自保持住玻璃板體 10之溝紋l〇a兩側各部分之一對保持面4a則自處於同一平 面内之狀態至彼肚非平行狀態。於是，在下面形成有溝紋 10a之玻璃板體10之兩側· K溝紋為中心 > 有令其向上方 本紙張尺度適用中固國家標準（CNS ) A4現格（210X297公釐） 10Printed by the Central Standards Bureau of the Ministry of Economic Affairs of the Shellfish Consumer Cooperative, d228 2tl = B7 V. Description of the invention (3) The plaque of Xi Ming Institute is held by the jaw city. The present invention relates to cutting off a rigid plate body such as a glass plate or a ceramic plate. Related to the plate cutting device. In the past, it was described in Japanese Patent Laid-Open No. 1-246155: Cutting a glass plate with a cut groove on one side in advance • Cutting flat glass that was broken at the cut groove Device. As shown in FIG. 14, the flat glass cutting device 100 includes a load roller 102 on which a glass gob 101 is placed on the lower side, and a pressure roller 103 that cuts the flat glass 101 from above. The width of the carrying roller 102 is wider than the width of the flat glass 101 being carried, and is made of a material having a Young's coefficient smaller than that of the flat glass 101. And the flat glass 1 (Π is M to make it cut the grooves 104 • in the state of the load roller side * placed on it. The width of the pressure roller 103 is narrower than the width of the flat glass 101, which can cut the flat glass 101 The broken groove 104 is pushed by K from the opposite side. The flat glass 101 is carried in a state of being held between the load roller 102 and the pressure roller 103, and at the position where the groove 104 is cut, The pressing roller 103 is pushed. At this time, due to the extension of the bearing roller 102 and the friction between the flat glass 101 and the bearing roller 102, the cutting roller 102 along the cutting glass of the flat glass 101 occurs along the cutting roller 104. The stresses B and B ′ in the axial direction. In addition, the bending moments A and A ′ also occur on the sheet glass 101 because the load roller 102 is pushed by the pressure roller 103 * and due to the effect of these loads * the sheet glass 101 It is broken at the cut groove 104. When the glass plate 101 has a very wide width relative to its thickness, the paper standard is applicable to the China National Standard (CNS > A4 specification) （2 丨 0X297mm） I _--I n I ni IIII --n ， 1 '(Please read the precautions on the back before filling out this page) 3 4228 2 1 A7 B7 Printed by the Consumers ’Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs I !. 5. Description of the invention (4) 1 1 VI When using the aforementioned cutting device 100 to cut the flat glass 101 without r ~ n sleepy 1 1 difficult 0 but when the width W drops to 4 times the thickness t (4t) Η the size below 1 I * then as shown in Figure 15 or The crack 105 shown in circle 1 6 often deviates from the cutting groove S. Please move 1 1 104 in other directions so that the flat glass 101 cannot be cut along. Read 1 1 The problem that the broken groove 104 is cut off) 1 on the back 1 Generally speaking, the fluorescent display tube has a box-shaped assembly of flat glass and pay attention to the peripheral device made of Lou 1 I. The flat glass constituting the peripheral device is filled with the flat glass cutting device as described in item Ύ. Formed recently, the lightness of fluorescent display tubes > thin-film unsheeted 1 short trend is common, so constitute The glass 1 I of the peripheral device described above, especially the glass plate with a small height (width) required by the user of the side panel 0 1 I, ie, the flat glass whose required height (width) is, for example, 4 times the plate thickness t. 1 1 specific example t then κ t = 2n E requires height (plate width) 8 ffl Μ order 1 flat glass »with t = 1.5 5 π a and the height (plate width) 6 Flat glass at nm 1 1 Μ, and flat glass with the above-mentioned dimensions cannot be manufactured due to the above-mentioned problems. • The flat glass cutting device of lambda cannot be manufactured. At the time, the thickness of the plate is relatively narrow. 1 I The flat glass is cracked m. The reason for deviation from the cut groove is loosened from various angles. [Discussion, the results obtained the following arguments. As shown in Figure 15 When the surface of the cut portion of the flat glass 101 1 1 and the load roller 102 When the angle θ formed by the line of the end surface 1 becomes too large, the interval C between the front end of the load roller 102 and the pressure roller 103 1 1 and the front of the flat glass 10 1 is added to the front of the flat glass 1 1 101 The above-mentioned 1 i bending moment AA, which is added to the flat glass 101 at the interval C, becomes the largest > In addition, as shown in FIG. 16, the horizontal cross-section also appears at the cutting groove 104 in the same interval C at the mark 1 I Directions vary in size 1 1 The size of this paper is quickly used by the Chinese National Standard (CNS) A4 (210X297 mm) 4 4228 2 1 A7 B7 V. Description of the invention (, the fineness of cracks and fine cracks should be used as The great effort is to bend from the other direction to 4 ο 11 the groove is cut and separated 5 ο 11 the seam is cracked so that the injection is directed to the mature person to develop into the cylinder roll bearing ο ο 1 install the cut glass The note of Ban Ping is the one in front of the compartment. The two glass plates can be set at a 10-inch cylinder with a roll-in pressure gauge plus its strength. When appropriate, add ο glass-glass board head-up system to take the glass to make the board flat, and add here because the Μ difference is not enough, there is still a roll-to-roll thickness of the plate-thickness design system, The same can not be done according to the description of the glass on the glass, such as the board to determine the installation of the three units of 10 cylinders will be pressed to increase the amount of *. Change the size of 1 inch into one of the thickness of the pressure plate and push one of the glass plates. The flat method has no hair growth and will change into hair growth. It is the state of pressing and cutting. The glass is the opposite of the glass. The wide board speaks thick. The shape of the flat shape love flf can be easily and lightly, the shape of the M shape is that the surface is broken, the glass is broken, the glass is cut, the glass is cut, the glass is cut, and the glass is cut. The entire line and the thick plate should be obtained by hand. (Please read the precautions on the back before filling out this page.) Consumption cooperation by employees of the Central Bureau of Standards of the Ministry of Economic Affairs is printed and produced. Set the fixed movement and install the solid movement to the cut in order to cut one: the volume is less than the plate to the middle of the cut off the side of the cut and hold the two pieces of body plus the groove on the plate pattern one. The order should be ordered along the body to be able to follow the board, the general and the pressure can be Miga: ， the carcass has a part, please apply for the board with a pattern to protect the groove to 1 groove. Some people 征 Zheng Gat can be used to install the machine to load the load and cut the item outside the negative physical body 2 plate and cut off the Fan Wenligou special description please apply before Shen Yanshun to set the rules 丨 set one Install the broken JKI cut-off board part of the cut-off K two plus the grooves on the top of the board along the body and press down the board can be added to the board with this paper standard free use Chinese National Standard (CNS) A4 specifications (210X297 mm) 1228 21 B7 Printed by the Shellfish Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (6) 1 | The parts of the plate body held in the aforementioned holding part are moved in different directions. The feature of the external force-load mechanism is 0. The board cutting device for applying for item 3 of the scope of patent application is as follows: Read 1 1 The grooved plate body presses and cuts along the grooved plate body cutting device. 1 1 system > λ has; Μ can make each of the two sides of the grooves on the board to keep the relevant matters 1 and 1 1 pair of holding surfaces in the same plane and non-parallel 1 state One of the state settings with a predetermined interval to move between the blanks, such as a pair of write-protected pages. 1 Holder > Holder 1 I that holds the board on the holding surface of the holder and can move the holder The driving structure is characterized by 〇1 f Φ The plate cutting device of item 4 of the patent scope is: It can press the plate body processed with ϊ 1 groove and press > λ to cut along the groove. Broken board cutting device 9 order 1 series M is equipped with: in such a way that each white can hold the parts on both sides of the groove on the board 1 1 a pair of holding surfaces in the same plane CJM and each other Move between parallel 1 states And the state of leaving the prescribed interval is set—the board is held at the holding table by * 1. The holding structure of the holding surface of the holding table > χ 1 I and the plate held by the holding table can be used. The pressing body with the external I 1 I force along the sulcus described above is its characteristic. 0 1 1 The plate cutting device applied for item 5 of the scope of benefit is: The plate cutting device is applied for item 4 of the scope of patent 1 1 The aforementioned pressing body of the breaking device is provided with a suction removal 1 1 mechanism, which sucks and removes the plate body from the plate fragments generated by the cutting Z, and removes it as its 1 1 feature. 01 1 The plate cutting of the 6th scope of the patent application The breaking device is * a board cutting device capable of pressing X ί I grooved plate body and cutting along the groove and adding M to cut 1 1 This paper size applies to China National Standard (CNS) A4 (21 OX297 mm) 6 4228 21 B77 Central Ministry of Economic Affairs Feng Bureau m; printed by the Industrial and Consumer Cooperatives «V. Description of the invention (? ) 1 I Series M is provided with a pair of abutments and a set of 1 1 leaving a prescribed interval. On each abutment, the I 1 pairs of holding surfaces on the sides of the grooves on the board are held by M, respectively— 'In the plane, the pair of elasticity ΜΛ warm Μ and * can be used for the first 1 I please 1 | the body held by the elastic body 颙 along the aforementioned groove m plus the external force is the first read 1 I read 1 | its characteristics Person 0 back I | 1 of the patent application No. 7 of the board cutting device is: in the processing can be noted 1 things 1 grooved board press and cut along the groove and cut the board cutting Breaking device item 矣 1 4 1 is KK. It is equipped with J which can make kK grooves as the boundary of the -1 part of the board. Keep the 1 side at a fixed position.部% Ｍ and the page of the board with the K groove as the boundary 1 1 The other part is maintained while the center of the groove is substantially the same as the groove 1 1 The rotating side is set on the movable side and the white side is maintained And i 1 »The driving mechanism that can turn the holding part on the movable side is its characteristic. 0 Order 1 A The plate cutting device of the 8th item of the patent patent garden is * The plate of the 7th item of the patent application patent 1 garden The body cutting device is characterized by having a gully forming mechanism for forming a groove 1 1 under a portion of the plate body held by the two holding portions 1 J located between the two holding portions. 1 Scope of patent application The plate cutting device of the 9th item is as follows: In the plate cutting device of the 8th item of the patent claim, f Μ * Factory month ϋ The groove formation mechanism is provided with 1 在; In the month tl, the two holding Under the board along the board Move the white as the state setting 1 | cutter, Μ and 9 can be cut through the cutting tool of the f described above to attract the chips generated by 1 I, and the chip recovery mechanism with M recovery is its feature 0! Please patent The board cutting device of the 10th item of the fan laal is a patent. Please refer to the patent 1 of the board cutting device of the 9th item of the fan 1. The holding part is provided with a useful holding surface for the 1st MH. And the attracting groove formed on the aforementioned holding surface 1 1 This paper size is applicable to China's Jiajia Fengfeng (CNS) A4 specification (210X297 Gongao) 7 ^ 28 2111 A7 B7 · *, printed by the Central Standards Bureau of the Ministry of Economic Affairs and Consumer Cooperatives System V. Description of the invention (8) 1 1 Μ and »The suction mechanism that adds M to the aforementioned suction groove and the aforementioned suction 1 | The groove is described in the groove formation mechanism where the grooves will begin to form grooves on the board 1 I is located near t to compare with other parts The state close to the groove is formed as follows. Please read 1 1 first. Read 1 1 In the above structure, the board with the grooved processing is held on the holding back 1 1 table. At this time * it is set as a board. The two sides of the middle sulcus line are separately noted for refilling 1 | Each holding surface of a pair of holding tables is held separately. The treatment of the 1 side of the plate body uses the pressing body needle as an external force load mechanism. Write the grooved part of the page 1 on this page, and put it on the opposite side of the holding table, press M or push 0 or make the driving mechanism fUl. 1 as the external force negative load mechanism. It will be in the state of holding the plate 1 I [Holding table plus M drive 0 Respectively the two sides of the groove on the board to M. 1 1 Holding a pair of holding surfaces is relatively in the same plane m 1 Order 1 Move to this Parallel The plate body is cut by K at the grooves 1 1 1 The shape 1 The plate cutting device t with the following actual shapes is used to form the structure II into, for example,-* The fluorescent display tube Others * gl ¥ l Glass cutting device of the device 0 will be referred to 1 1 I Figure 1 illustrates the first actual shape as follows. The plate cutting device 1 1 1 of the actual shape is equipped with: holding glass with Μ The holding portion 2 of the plate 10 is held by M 1 1 The holding portion 2 of the glass plate 10 is used to generate 1 1 applied to the glass plate 10 1 The external force and load mechanism K and% are on the glass plate 10 f 3 cutting tools for machining groove 1 1 (1 I holding section 2 is equipped with a pair of holding tables 4, 4 0 each holding table 4 4 其 1 cuboid shape 9 the flat top surface can be used to add glass plate 1 0 From the time of keeping 1 paper size, the Chinese national kneading rate (CNS > A4 specification (210X297 mm) 8 ^ 228 211. Description Description (9) A7 B7 (Please read the Notes on the back to fill out this page) of the holding surface 4a. A pair of holding tables 4 and 4 are arranged side by side at a predetermined interval. When each holding table 4a is on the same surface, the glass plate 10 can be placed on the holding table 4a. Each of the glass plate bodies 10 is held. Although not shown, the holding table 4 has a holding mechanism for holding the glass plate body 10 on the holding surface 4a by K. The holding mechanism of the present embodiment is composed of a plurality of suction holes provided on the holding surface 4a of the holding table 4, a cavity provided inside the holding table 4 *, and a suction mechanism that communicates with the suction holes. Make up. That is, when the suction mechanism sucks the cavity *, the glass plate body 10 placed on the holding surface 4a is sucked through the suction hole and is held on the holding table 4. Printed by the Central Working Group of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives. Each of the aforementioned holding tables 4 is in a state that can trace a predetermined trajectory within a specified range *, and is supported on the installation surface by link mechanisms 5a, 5b *. Each holding table 4 is connected to two sets of Z2 branches and 1 connecting rod 6 (6a, 6b) in a freely rotating state, and two connecting shafts 7a, 7b are connected to each of them. Two connecting shafts 8a, 8b. On each of the holding tables 4, the outer link 6b is longer than the inner link 6a. The link mechanism 5 of the two holding tables 4 is symmetrically formed with respect to the grooves 10a * formed under the glass plate body 10 held on the two holding tables 4. The four connecting uranium 7b, 8b at the outer link mechanisms 5b of the two holding tables 4 are on a circle centered on the aforementioned groove 10a on a plane orthogonal to the connecting sleeves 7b, 8b. The four connecting sleeves 7a, 8a in the link mechanism 5a on each inner side of the two holding platforms 4 are located on a circle on a plane orthogonal to the connecting sleeves 7a, 8a * and centered on one of the grooves 10 described above. This paper size applies to China National Standards (CNS) A4 (2 ΙΟ X 297 mm) A7 B7 4228 2 tl 1 V. Description of the invention (10) (Please read the notes on the back before filling this page) The table 4 is provided with a driving mechanism 9X as a glass plate body which is held on the holding table 4 as the holding table 4 is moved. A driving mechanism of an external force load mechanism for applying an external force is provided. The front end of the push rod 9a of the drive shaft 9 is connected to each link mechanism 5b of each holding table 4 and is connected to the center pin of the outer link 6b. On the planes orthogonal to the connecting shafts 7b, 8b of the link mechanism 5b, or on the plane orthogonal to the longitudinal direction of the grooves 0a, the push rods 9a of the driving cylinder 9 are directed toward the grooves 1 along the glass plate 10 〇3 direction is driven. Then, once the push rod 9a of the driving cylinder 9 is made to protrude, one pair of holding surfaces 4a, 4a of the holding table 4 is moved from the state in the same plane as shown in FIG. 1 (a) to FIG. 1 (b). This is shown in this non-parallel state. A tool 3 is provided between the pair of holding tables 4 and 4 so that the glass plate 10 can be grooved. The cutter 3 moves in a bark state in parallel with the connecting sleeves 7a, 7b, 8a, and 8b of the link mechanism 5a and 5b, and forms a groove under the glass plate 10 held on the holding table 4. ] (U. Printed by the Central Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperatives, and its functions are explained below. The pair of holding tables 4 and 4Z each holding surface 4a, 4a are set in the same plane. A glass plate 10 K straddles the bark state of the two and drives the suction mechanism on the pair of holding tables 4 and 4 to hold the glass plate body 10 firmly on each holding surface 4a of each holding table 4. The cutter 3 is driven and It is moved on both the pair of holding tables 4 and 4, and a groove 10a is formed under the glass plate body 0. The driving cylinder 9 is operated to drive each holding table 4 holding the glass plate body 10 to move. One pair of holding surfaces 4a, each holding both sides of the groove 10a of the glass plate body 10, is from a state in the same plane to a non-parallel state. Therefore, a glass plate with a groove 10a is formed below Both sides of the body 10 · K-groove is the center > It is made upwards This paper standard is applicable to the national solid standard CNS) A4 existing grid (210X297 mm) 10
4228 2 I A7 B7 經濟部中央揉準局貝工消費合作社印製 五、 發明説明 ) 1 | 折 彎 之 作 用 力 加 上 » 因 此 * 玻 璃 板 體 ]0即 白 溝 紋 10a 處 被 1 | 折 斷 t 而 切 斷 成 2片 0 1 I 茲 參 照 圖 2 ，說明第2實 施 形 態 0 本 茛 施 形 態 之 板 體 切 請 1 I 斷 裝 置 11 係 具 備 有 : 用 Μ 保 持 玻 璃 板 體 10之 保 持 部 1 2 、 先 閱 1 1 可 對 玻 璃 板 腊 1 0施 加 外 力 之 外 力 負 荷 機 構 以 及 1 在 玻 璃 背 面 1 1 板 體 1 0加 工 上 溝 紋 1 0 a之刀具3者 〇 意 事 項 再 填 1 I 保 持 部 12具備有 一 對 保 持 台 1 4 1 4 〇 各 保 持 台 14略 呈 1 直 方 體 形 狀 其 平 坦 之 上 面 即 成 為 保 持玻璃板體10之 保 持 寫 本 頁 裝 1 面 1 4 a 0 一 對 保 持 台 1 4 Ή 14係 Η 隔 著 規 定 間 隔 並 排 設 置 而 1 I 設 成 由 各 自 顒 沿 外 側 邊 緣 Μ 彼 此 平 行 狀 態 設 置 之 軸 1 5 1 5 1 I 所 支 持 使 内 側 之 邊 緣 側 可 以 回 動 之 構 成 σ 在 各 保 持 台 14 t 1 之 内 側 邊 緣 下 面 與 設 置 面 1 6兩 者 間 各 白 介 裝 有 彈 性 構 件 訂 1 亦 即 彈 簧 17 17 〇 各 保 持 台 14之各 保 持 面 1 4 3 雖 處 於 同 一 i 1 平 面 内 然 當 將 玻 璃 板 體 10載置 在 各 保 持 台 1 4上 白 上 方 1 .1 對 該 玻 璃 板 體 10加 上 規 定 壓 力 時 各 保 持 台 1 4即 以 袖 15為 1 中 心 向 下 方 轉 動 0 1 I 班 未 面 圖 示 i 各 保 持 台 14具 備 有 為 將 玻 璃 板 體 10保 持 在 1 1 | 其 保 持 面 14 a 上 用 之 保 持 機 構 0 本 實 施 形 態 之 保 持 機 構 9 1 1 亦 具 有 與 第 1 實 施 形 態 之 保 持 機 構 同 樣 之 構 成 及 作 用 〇 1 1 一 對 保 持 台 14 、 14之 上 方 設 有 推 壓 體 1 8作為如 上 述 對 1 1 玻 璃 板 體 1 0砲 壓 而 自 上 方 將 其 推 壓 並 令 保 持 台 1 4向 下 方 轉 1 1 動 所 用 之 外 力 負 荷 機 構 〇 該 推 壓 體 ]8係具有順 沿 形 成 於 玻 1 I 璃 板 體 10之溝玟 10a 長 方 向 之 長 方 形 狀 之 板 狀 構 件 ί 其 長 1 I 度 則 視 要 切 斷 之 玻 瑀 板 體 1 0之 長 度 而 決 定 之 〇 推 壓 體 1 8之 1 1 本纸張尺度適用中國國家標準（CNS )入4規洛（2丨OX297公釐） 11 4228 2l「五、發明説明（12 ) 經濟部中央標準局貝工消费合作社印製 方則 紋述於 玻吸 a 在對方部面面紋使紋 面璃， 長端 溝前持 片動14, 將下各持平溝心溝 上玻散 a 尖 將沿保 一 驅 面動 ，向 侧保一 有中在 之 鷇 飛 10之 可顒在 將。持移作-兩對同成為即10切處 紋18有係並 。置保間動側031 於形 alo體於四 溝體 置， ’ 。下載各之 8面^]而處面10體 板使於 沿壓 設13動a°如而之者|1上|'。 自下紋板 璃可致 具 ΰ t SB 冓 顚推 ， 移 1 明面 1 兩 之、 壓-在溝璃 玻則不 有之 間 行紋說上台14分· 推力 -K 玻 之-片 成態 者""平溝用14持、& 部10方壓是有， 觸帶碎 o It 形形。兩 3 之成作、保 1 之 體下推 於則此 接膠细 ，_ 狀 4 具與胗之14各台 a 板向 之。 -因 相著微 緣實形 Μ 刀，面揮台在持。10璃被 8 態側，18粘之 端本之、之向下發持持保a°紋玻亦Μ狀兩上。體狀10 下而度 1上 方 1 所保保對 1 溝住 4 行紋 加片 壓帶體 之。弧台10長體成對10一 溝其持 1 平潢力Ϊ2推上板 觭 a 圓持體 a 板構一 板其成10保 非之用lip與貼璃 接18干保板18璃述述基令形體自14— 此10作卩在坫玻 。 相條若對璃條玻上前璃而面板各台 W 彼體之 W 果 a 生收 10突有一 玻突之就挎玻 3 下璃-持爿至板彎罾如10產回 體之帶述在之上-横將具10玻時保員動璃折@r, 紋所捉 板續成前工1814次10，刀體述此對43移玻方 U 外溝時補 璃連設在如體 台其體構動 板前。 一-1態之iliK另沿10其 玻之其 a 壓持 板機11璃於壓之 1 狀 a 向 4 順體將 與向將10推保 璃引。玻應推分14内10其10-板而 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度逋用中國國家梂率（CNS > A4規格（210X297公釐） A7 42^β 2 / 五、發明说明（】3 ) 玆參照圖3，說明第3實施形態。本實腌形態之板體切 斷裝置21，除推壓髖之構成不同Μ外，其餘則與第2實施 (請先閱讀背面之注意事項再填寫本頁) 形態之板體切斷裝置11相同。如圓3所示，本實施形態之 推壓體22·在其内部設置有空洞23，而在其突條24之兩側 ，形成有與空洞23連通之多數吸引孔25。在空洞23上連接 有無圖示之吸引機構。一旦驅動吸引機構動作而自吸引孔 25吸引外部之空氣*則於進行切斷玻璃板體時，即可將所 產生玻璃板體10之微细碎片吸入。 玆參照圖4，說明第4實施形態。本實施形態之板體切 斷裝置31，係具備有：用Μ保持玻璃板體]0之保持部32、 可針對玻璃板體10施加外力之外力負荷機構、Μ及，在玻 璃板體10加工上溝紋1〇8之刀具3者。 保持部32具備有一對保持台34、34。各保持台34略圼 直方形狀，而隔著規定間隔並排設置。在各保持台3 4上面 設置有彈性體35。該彈性體35之平坦之上面即成為保持玻 璃板體10之保持面35a。各彈性體35之各保持面35a，當其 尚未拖加上外力時，係處於同一平面内。當有外力*而對 經濟部中央標準局員工消费合作社印製 玻璃板體10，自上方加Μ推壓時，該彈性體即受經介玻璃 板體10加上之外力之作用而變形。 在一對保持台34上方設置有推壓體36作為對玻璃板 體10自上方推壓用之外力負荷機構。本賁施形態之推壓體 36，亦與第2或第3實施形態之推壓體18、22祖同。 在前述一對保持台34 、34兩者間，設有用以將溝紋 10a加工在玻璃板體10上之刀具3。該刀具3 ·係顆沿前述 本紙張;I度適用中國國家標準（CNS ) A4規格（210X297公釐） 13 228 2 1“ Λ7 _ Β7 五、發明説明（]4 ) 推壓體36之突條36a長方昀•與之平行移動，並在保持於 保持台34上之玻瑀板體10下面形成溝紋]〇a。 (請先閱讀背面之注意事項再填寫本頁) 其次，就上述構成所發揮之作用說明如下。將一片坡 璃板體〗0横跨載置於前述一對保持台34、34上之彈性體 35、35上。如此*玻璃板體10即可確實將其保持在彈性體 35其保持面35a上而不致發生滑動現象。驅動刀具3，令其 在一對保持台34、34兩者間移動•在玻璃板體1〇下面形 成溝10a 。再顆動推壓體36動作，將對應於前述玻璃板體 10a。再驅動推壓艚36動作，將對應於前逑破璃板體10之 溝紋10a之部分之上面惻，向下方推壓。此時，各自保持 住玻璃板體10之溝紋l〇a兩側各部分之一對彈性體35 、 35 ，則發生彈性變形而被向下方推壓。而一彈性體35 、 35之各保持面35a ，亦因遭受推壓體36之推壓力*自處於 同一平面內狀態移動至彼此非平行狀態。於是，在下面形 成有溝紋10a之玻璃板體丨0之溝紋兩俩，則有Μ溝纹l〇a為 中心令其向上方折彎之作用力加上，因此，玻璃板體]0即 處 a 經濟部中央橾率局員工消费合作社印¾ 第 述 ( ϋ 1 負 纹於 溝 在 片 2 成 斷 切 被 而 斷 折 費 壓 推 中 態 形 施 實 4 第 - 2 採 圖 如 用 採 即 ο 可 ΒΡ 者 造 構 之 示 所 中 圖 各 5 圖 如 用 體 板40 璃條 玻突 之 之 斷端 切尖 要形 應角 對三 有圼 具面 有斷 置且 設， ’ 度 示 所 長或 向 。 方可 長亦 之 度 長 之 ο 4 體 壓 推 之 之画度 度如長 長用向 之採方 10或長 體。 之 板可度 瑀亦長 玻41之 之體賭 斷壓板 切推瑀 要之玻 應形之 對画斷 有呈切 具面要 示斷應 所且對 b)* 有 5(度具 圖長示 如向所 用方、 採長一 本紙張尺度遍用中國國家標準（CNS ) A4規格（210X297公釐） 14 五、發明説明（〗5 ) ，且圼板狀之推壓體42亦可。 茲參照圖6，說明第5實施形態。本實施形態之板體切 斷裝置51*係具備有：用K保持玻璃板體10之保持部52、 可對玻璃板體10施加外力之外力負荷機構、以及，在玻璃 板體10加上溝紋10a之刀具3者。 保持部52具備有一對保持台54、54。各保持台54略圼 直方艏形狀，其平坦之上面即成為保持玻璃板體10之保持 面54a。一對保持台54、54係設成各由彈性體亦即彈簧55 支持在設置面56上，且隔著規定間隔並排設置之構成。 在一對保持台54、55上方設置有推壓體57作為對玻璃 板體10豳壓而自上方將其推壓用之外力負荷機構。本實胞 形態之推壓體57·亦與第2〜第4實腌形態中之推壓體1δ、 22、36同樣。 雖未圖示•在前述一對保持台54、54兩者間，設置有 可*將溝紋1〇3加工於玻璃板體10上之刀具3。該刀具3可 順沿前述推壓體57之突條57a長方向，與其平行移動，在 保持於保持台54上之玻璃板體]0下面•形成溝紋10a。 經濟部中央橾準局貝工消費合作社印裝 (請先聞讀背面之注意事項再填寫本頁) 其次，就上述構成所發揮之作用說明如下。將一片玻 璃板體〗〇橫跨載置於前述一對保持台54、54上。驅動刀具 3 •令其在一對保持台54 、54兩者間移動而在玻璃板體 10下面形成溝紋]0a 。再驅動推壓體5 7動作，將對應於前 玻璃板體10之溝纹l〇a之部分之上面側，向下方推壓。此 時，各自保持住玻璃板體]〇上溝紋兩側各部分之一對 保持台54、54亦被向下方推壓。而一對保持台54、54之各 本紙張尺友適用中國國家椟準（CNS ) A4規格（210X297公釐） 1 5 4^82tJi_^_ 五、發明説明（]6 ) (請先閲讀背面之注意事項再填寫本頁) 保持面54a、Ma亦因遭受推壓體57之推壓力，自處於同一 平面内狀態•移動至彼此非平行狀態。於是，在下面形成 有溝紋]〇3之玻璃板體10之兩側，則有Μ溝紋l〇a為中心· 令其向上方折彎之作用力加上，因此，玻璃板體10即在溝 紋1 0 a處折斷而被切斷成2片。 茲參照圖？〜圖]3，說明第6實施形態。本寅施形態之 板體切鈑裝置61 ，具有作為基體之工作台62 。在工作台 62半部之上· Μ令保持面成水平狀態，固設有固定倒之保 持部63。而在工作台62另一方半部之上，則中介搖臂65, Κ移動自如狀態安裝有活動惻之保持部64。 Κ水平狀態設定之活動側保持部64，係相對於固定側 保持部63，在同一水平面内隔著規定間隔相對向設置。載 置於兩保持部63、64之上•保持水平狀態之玻璃板體10下 面，在其相當於兩保持部63、64兩者間空隙之位置之部分 ，形成溝紋l〇a。 在活動側保持部64之兩端部，各自連结有搖臂65、65 。而在與工作台62相對向之壁面，則安裝有一對圼圓弧狀 經濟部中央標準局員工消费合作社印掣 之軌道66、66。各搖臂65，中介作為引導機構之曲線活動 軸承67，各自安裝在各軌道66。圓弧狀之軌道66之中心* 實質上•與在保持於前述兩保持部6 3、6 4上之板體1 0所形 成之溝紋]〇a —致。在軌道66之至少下側之一端部，形成 有停止器68*令活動側保持部64*可在水平位置，與比該 水平位置更為上方之位置兩者間之規定角度範圍内移動。 _如圖7及圖8所示，在工作62其壁面 > 安裝有當作外力 本紙張尺度逋用中國國家榇準（CNS ) A4说格（210X297公釐) 16 4228 2 , A7 B7 經濟部中央樣準局貝工消费合作社印裝 五、 發明説明（17 ) 1 1 負 載 櫬 構 之 推 壓 缸 69 0 該 推 壓 缸 69 之 缸 體 後 端 部 即 以 轉 動 1 | 白 如 狀 態 结 合 在 工 作 台 62 而 推 壓 缸 69 之 推 桿 前 端 » 則 Μ i i 轉 動 白 如 狀 態 連 结 在 搖 臂 65 0 該 推 壓 缸 69由 例 如 汽 缸 等 請 1 1 先 1 構 成 利 用 推 桿 之 伸 縮 動 作 令 搖 臂 65 順 沿 軌 道 66搖 動 閱 1 f 即 可 使 活 動 側 保 持 部 6 4 以 兩 保 持 部 63 64所 保 持 之 板 背 面 1 1 注 1 體 1 0 之 溝 紋 1 0 3 為 中 心 在 水 平 位 置 與 較 此 更 為 上 方 之 位 意 審 l 項 I 置 兩 者 間 任 意 往 復 轉 動 〇 再 填 1 如 圆 9 所 示 在 兩 保 持 部 63 64 之 保 持 面 形 成 有 為 將 寫 本 頁 裝 1 板 體 10保 持 在 保 持 面 之 用 之 之 吸 引 溝 70 〇 在 該 吸 引 溝 70底 1 I 面 則 開 P 有 吸 引 孔 7 ] 該 吸 引 孔 71 係 中 介 吸 引 管 72 連 1 I 结 於 無 圖 示 之 吸 引 機 構 0 當 吸 引 機 構 動 作 開 始 吸 引 時 1 1 1 訂 吸 引 濟 70 内 之 空 氣 即 被 吸 引 進 入 吸 引 孔 7 1 内 而 載 置 在 保 1 持 面 之 板 體 10亦 被 吸 著 保 持 在 保 持 面 0 1 1 如 圖 9 所 示 設 置 在 各 保 持 部 63 > 64 Ζ 保 持 面 之 吸 引 1 I 溝 70 f 係 在 保 持 面 上 面 t 大 約 顒 沿 外 周 狀 態 形 成 0 而 在 1 .隔 開 規 定 間 隔 相 對 向 配 置 之 兩 保 持 部 63 Λ 64 之 兩 緣 處 1 1 1 兩 吸 引 溝 70 70 之間隔， 係在該邊緣之- -端部Α處 * 設 成 1 1 I 比 其 他 部 分 更 為 狹 窄 之 尺 寸 〇 該 部 分 係 相 當 於 順 沿 兩 保 持 1 1 I 部 63 6 4 兩 者 之 間 隙 9 在 板 體 10 下 面 開 始 形 成 溝 紋 10 a 之 1 1 位 置 0 1 1 如 聞 圖 7 > 圖 10及 hsri 圖 11所 示 t 本 板 體 切 斷 裝 置 61具 備 有 1 I t 用 在 板 體 1 0下 面 形 成 溝 紋 1 0 a 之 溝 紋 形 成 機 構 0 該 溝 1 | 玟 形 成 機 構 73具 有 刀 具 74 9 而 設 成 可 令 該 刀 具 74在 兩 保 持 1 1 部 63 、 64間 » 順 沿 兩 保 持 部 63 > 64所 保 持 之 板 體 10下 面 移 r 1 本纸張尺度適用中國國家揉率（CNS ) A4规格（210X 297公釐） 17 A7 B7 4228 2 五、發明説明（18 ) 動之狀態。該刀具74係連结於無圖示之驅動機構而與之連 動，可在板體10下面形成溝紋10a。前述刀具74 ·係自設 (請先閱讀背面之注意事項再填寫本頁) 於箱狀切粉回收機構75上面之開口向上方突出。切粉回收 機構7 5則連结於無圖示之吸引機構。刀具7 4切削板體]0時 所產生之切粉，係自開口被切粉回收機構75所吸引，而將 其回收。刀具74係設成對箱狀切粉回收機構裝卸自由狀態 。經過使用而消耗之刀具74，極容易將其更換為新品。 如圖9(b)所示*隔著規定間隔相對向設置一對個部6 3 、64之兩邊緣•其靠近保持面側之上側之間隔較為狹窄。 於是，愈靠近形成於板體10之溝紋1〇3處，保持板體]0之 兩保持部63、64間之間隔亦變得狹窄•因此，愈靠近板體 10溝紋l〇a處，切粉回收機構75進行吸引切粉時，其附 近之空氣流速亦變得愈快。因此•亦可將容易附著在溝紋 ]0a處之板體】0之切粉，確實吸引除去。 如圖9(a)所示，於前述溝纹形成機構73在受一對保持 部63 、64所保持之板體10下面*形成溝紋]0a時，刀具 74即在該圖中，自下側之領域A*開始在板體丨0下面切削 經濟部中央揉率局貝工消费合作社印袈 刻而形成溝紋l〇a。於刀具74開始對板體10切入之位置上 *切入深度逐漸加深，因此，切人動作不易安定，所形成 之溝紋1〇3亦容易發生不規則之裂痕。在本例中·係於刀 具7 4對板體10開始切刻之位置，令用Μ固定板體10之兩保 持部6 3、6 4，之各吸引溝7 0、7 0兩者間之間隔變小，而可 利用各吸引溝70、70，確實固定極為靠近溝纹10a處之附 近之兩側，因此，如前所述，溝紋]〇a上發生不規則裂痕 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐> 184228 2 I A7 B7 Printed by the Central Government Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, V. Description of the invention) 1 | Bending force plus »So * glass plate body] 0 means white groove 10a is broken by 1 | break t Two pieces of 0 1 I will be described with reference to FIG. 2. The second embodiment 0 will be described below. The cutting device 11 is provided with a holding portion 1 2 for holding the glass plate 10 by M. 2 First read 1 1 Mechanism that can apply external force and load to glass plate wax 1 0 and 1 on the glass back 1 1 plate body 1 0 process grooves 1 0 a tool 3 fill in the matter 1 I holding section 12 has There are a pair of holding tables 1 4 1 4 〇 Each holding table 14 has a slightly cuboid shape, and the flat top surface becomes a holding glass plate 10 for holding the writing sheet 1 surface 1 4 a 0 a pair of holding tables 1 4 Ή 14 Ties are arranged side by side at regular intervals and 1 I is set by the respective edges along the outer edges The shafts 1 5 1 5 1 I installed in parallel to each other are supported to make the inner edge side reversible. Σ Elasticity is provided between the bottom of the inner edge of each holding table 14 t 1 and the installation surface 16. The component 1 is the spring 17 17 〇 Each holding surface 1 4 3 of each holding table 14 is in the same i 1 plane, but when the glass plate 10 is placed on each holding table 1 4 above the white 1.1. When the glass plate 10 is applied with a predetermined pressure, each holding table 14 is rotated downward with the sleeve 15 as the center. 0 1 I Not shown in the figure i Each holding table 14 is provided for holding the glass plate 10 at 1 1 | The holding mechanism used on the holding surface 14 a 0 The holding mechanism 9 1 1 of this embodiment also has the same structure and function as the holding mechanism of the first embodiment. 0 1 1 A pair of holding tables 14 and 14 are provided with pushers. Press body 1 8 as above for 1 1 The glass plate body 10 is pressed, and it is pressed from above and the holding table 14 is turned downward 1 1 The external force load mechanism used for the movement. The pressing body] 8 series has a glass plate body formed along the glass 1 I 10 ditch 10a Long rectangular plate-shaped member ί Its length 1 I is determined by the length of the glass board 10 to be cut 0 Pressing body 1 1 of 1 1 Paper size Applicable to Chinese National Standards (CNS) and 4 gauges (2 丨 OX297 mm) 11 4228 2l "Fifth, description of inventions (12) Printed by the Central Bureau of Standards of the Ministry of Economic Affairs of the Bayer Consumer Cooperative, printed on the side of the glass a The surface of the surface is made of grained glass. The long-end groove is held in front of the plate and moved 14, and the lower flat grooves on the heart groove are moved along the top. The tip will move along the surface of the first drive, and the side will fly 10 to the center. I will be. Persistence-Two pairs of the same, that is, 10 cuts and 18 lines are connected. Place the moving side 031 in the shape of the alo body in the four ditch body, ’. Download each of the 8 faces ^] and the 10 faces of the board are set at 13 movements a ° along the pressure | 1 上 | '. From the bottom of the board can be pushed with t SB push, shift 1 bright side 1 two, press-in the Gou Libo there is no line between the lines said 14 minutes on the stage · thrust-K Bozhi-tablet state The "quoting" of the flat groove with 14 supports and the & part of the 10-square pressure is there, the contact strips are broken. It is shaped. The two 3's and the 1's body are pushed down. Then the glue is fine, and the 4 shape and the 14 a are facing each other. -Because of the thin edged solid M knife, the face is holding. The 10 glass is in the 8 state side, the 18 sticks to the end, and the bottom is held down to maintain a ° pattern glass and M shape. Body shape 10 degrees and degree 1 above 1 guaranteed to 1 pair of grooves 4 lines of grain plus a piece of pressure belt body. The arc platform 10 is a long body in a pair of 10 a groove, its holding power is 1 flat, Ϊ2 is pushed on the board, a round holding body a board structure is a board, it is a 10-guarantee, the lip is connected with the glass, and the dry board is 18 The base shape is from 14—this 10 works in the glass. The photo frame is placed on the front glass of the glass strip and the W of each panel of the panel is W. If the birth is 10, there is a glass projection on the side glass. 3 The glass is held down to the plate bend. On the top-the horizontal will have 10 glass when the security guard moves the glass to fold @r, Wen Suo catches the board and continues to be a foreman 1814 times 10, the knife body describes this pair of 43 glass movement U outer groove when the glass is installed on the body table Its body moves in front of the board. The iliK in the -1 state is followed by 10 its glass a a holding plate machine 11 glass in a shape of a a 4 to the cis body and a 10 glass to the glass. Glass should be divided into 14 and 10 10-plates (please read the precautions on the back before filling this page) This paper uses the Chinese national standard (CNS > A4 size (210X297 mm) A7 42 ^ β 2 / V. Explanation of the invention () 3) The third embodiment will be described with reference to Fig. 3. The plate cutting device 21 of the actual pickled form is different from the second embodiment except that the structure for pressing the hip is different (please refer to Fig. 3). Read the precautions on the back before filling this page.) The plate cutting device 11 is the same as the shape. As shown by circle 3, the pressing body 22 of this embodiment is provided with a cavity 23 in its interior and a protrusion 24 in its shape. On both sides, a plurality of suction holes 25 communicating with the cavity 23 are formed. A suction mechanism (not shown) is connected to the cavity 23. Once the suction mechanism is driven and the outside air is drawn from the suction hole 25 *, the glass plate is cut. The fine fragments of the generated glass plate body 10 can be sucked in when the body is used. The fourth embodiment will be described with reference to FIG. 4. The plate cutting device 31 of this embodiment is provided with: holding the glass plate body by M] The holding portion 32 of 0 can apply external force and load to the glass plate body 10 The structure 3 and the tool 3 with grooves 108 are processed on the glass plate body 10. The holding portion 32 is provided with a pair of holding tables 34 and 34. Each holding table 34 is slightly rectangular and is arranged side by side at a predetermined interval. An elastic body 35 is provided on each of the holding tables 34. The flat surface of the elastic body 35 becomes the holding surface 35a of the holding glass plate body 10. Each of the holding surfaces 35a of each of the elastic bodies 35 is not applied with external force. It is in the same plane. When there is an external force * and the glass plate 10 is printed on the employee consumer cooperative of the Central Standards Bureau of the Ministry of Economic Affairs, the elastic body is subject to the glass plate 10 plus It is deformed by the action of external force. A pressing body 36 is provided above the pair of holding tables 34 as an external force load mechanism for pressing the glass plate body 10 from above. The pressing body 36 of this embodiment is also the same as the second Or the pressing bodies 18 and 22 of the third embodiment are the same. Between the pair of the holding tables 34 and 34, a cutter 3 for processing the groove 10a on the glass plate body 10 is provided. The cutter 3 · The particles are along the aforementioned paper; I degree is applicable to China National Standard (CNS) A4 specifications ( 210X297 mm) 13 228 2 1 "Λ7 _ Β7 V. Description of the invention (] 4) The protrusion 36a of the pressing body 36 is rectangular 昀 • moves parallel to it, and is held on the glass plate body held on the holding table 34 The grooves are formed under 10] 〇a. (Please read the precautions on the back before filling this page.) Second, the function of the above structure is described below. A piece of sloped glass plate is placed across the aforementioned pair. The elastic bodies 35 and 35 on the holding bases 34 and 34. In this way, the glass plate body 10 can be surely held on the holding surface 35a of the elastic body 35 without sliding. The cutter 3 is driven to move between the pair of holding tables 34 and 34. A groove 10a is formed below the glass plate body 10. The further pressing of the pressing body 36 will correspond to the aforementioned glass plate body 10a. Then, the pusher 艚 36 is driven to push the upper face 部分 of the part corresponding to the groove 10a of the front rupture glass plate 10, and push it downward. At this time, one pair of the elastic bodies 35 and 35 on both sides of the groove 10a of the glass plate body 10 are each held, and are elastically deformed and pushed downward. The holding surfaces 35a of an elastic body 35 and 35 also move from a state in the same plane to a non-parallel state due to the pressing force * of the pressing body 36. Therefore, if the grooves 10a of the glass plate 丨 0 are formed underneath, the force of the M groove 10a as the center to bend upward is added. Therefore, the glass plate body] 0 That is a stamp printed by the employee ’s cooperative of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs ¾ Description (ϋ 1 Negative pattern in the ditch in the film 2 is cut into pieces and the cost is broken to push the state of implementation 4 Section-2 That is, each of the 5 pictures shown in the display that can be constructed by the person with BPP can be used. The cutting edge of the glass plate 40 glass bar is cut at the tip. The angle should be cut off and set to the three surfaces. Or the direction can be long and the degree is long ο 4 The degree of body pressure pushing is as long as the direction of the square 10 or long body. The board can be 瑀 also the long glass 41 of the body bet off the pressure plate cutting The required glass shape should be cut and cut, and the surface should be cut off, and b) * 5 (with the length of the drawing, as shown to the user, take a paper size and use Chinese national standards. (CNS) A4 specification (210X297 mm) 14 5. Description of the invention (〗 5), and the plate-shaped pressing body 42 is also acceptable. A fifth embodiment will be described with reference to Fig. 6. The plate cutting device 51 * according to this embodiment is provided with a holding portion 52 that holds the glass plate 10 by K, and an external force load mechanism that can apply external force to the glass plate 10 And, the cutter 3 with the groove 10a is added to the glass plate body 10. The holding portion 52 is provided with a pair of holding tables 54, 54. Each holding table 54 has a slightly rectangular shape, and the flat upper surface becomes the holding glass plate body 10. The holding surface 54a. The pair of holding tables 54 and 54 are each supported by an elastic body, that is, a spring 55, on the setting surface 56 and are arranged side by side at a predetermined interval. There is a pressing body 57 as an external force load mechanism for pressing the glass plate body 10 and pressing it from above. The pressing body 57 in the present cell form is also the same as that in the second to fourth solid picking forms. The bodies 1δ, 22, and 36 are the same. Although not shown in the figure, a tool 3 is provided between the pair of holding tables 54 and 54 so that the groove 10 can be processed on the glass plate body 10. The tool 3 It can move along the longitudinal direction of the protrusion 57 a of the pressing body 57 in parallel with it, and can be held on the holding table 54. Upper glass plate] 0 Bottom • Forming grooves 10a. Printed by Shellfish Consumer Cooperatives, Central Bureau of Standards, Ministry of Economic Affairs (please read the precautions on the back before filling out this page) Next, explain the role played by the above structure It is as follows. A piece of glass plate is placed across the pair of holding tables 54 and 54. The driving tool 3 is moved between the pair of holding tables 54 and 54 to form the glass plate 10 below. Groove] 0a. The pressing body 57 is driven again to push the upper side of the portion corresponding to the groove 10a of the front glass plate 10 downward. At this time, each of the glass plate bodies is held separately. A pair of holding tables 54 and 54 on both sides of the upper groove are also pushed downward. The paper rulers of a pair of holders 54 and 54 are applicable to China National Standards (CNS) A4 specifications (210X297 mm) 1 5 4 ^ 82tJi _ ^ _ 5. Description of the invention () 6) (Please read the back Note: Please fill in this page again.) The holding surfaces 54a and Ma are also in the same plane • moved to a non-parallel state due to the pressing force of the pressing body 57. Then, grooves are formed on the lower side of the glass plate body 10, and there are M grooves 10a as the center. The force to bend it upward is added. Therefore, the glass plate body 10 is It was broken at the groove 10 a and was cut into two pieces. Refer to the figure? [Fig. 3] A sixth embodiment will be described. The plate cutting device 61 in the form of Ben Yinshi has a table 62 as a base. Above the half of the table 62, the holding surface is horizontal, and a fixed holding portion 63 is fixed. On the other half of the table 62, a movable arm holding portion 64 is mounted on the intermediary swing arm 65, K, which can move freely. The movable-side holding portion 64 set in the horizontal state is opposed to the fixed-side holding portion 63 at a predetermined interval in the same horizontal plane. It is placed on the two holding portions 63 and 64. The groove 10a is formed under the glass plate body 10 in a horizontal state at a position corresponding to the space between the two holding portions 63 and 64. Rocker arms 65 and 65 are respectively connected to both ends of the movable-side holding portion 64. On the wall opposite to the table 62, a pair of arc-shaped tracks 66 and 66 printed by the staff consumer cooperative of the Central Standards Bureau of the Ministry of Economic Affairs are installed. Each of the rocker arms 65 and the curved movable bearing 67 as a guide mechanism is installed on each of the rails 66. The center of the arc-shaped track 66 * is substantially the same as the groove formed by the plate body 10 held on the two holding portions 6 3, 6 4] 0a. A stopper 68 * is formed at at least one end of the lower side of the rail 66 so that the movable side holding portion 64 * can move within a predetermined angle range between a horizontal position and a position higher than the horizontal position. _ As shown in Figures 7 and 8, the wall surface of job 62 is installed as a paper scale for external force, using China National Standard (CNS) A4 grid (210X297 mm) 16 4228 2, A7 B7 Ministry of Economic Affairs Printed by the Central Bureau of Prototype and Consumer Products Co., Ltd. V. Description of the invention (17) 1 1 The pressing cylinder 69 of the load structure 69 0 The rear end of the pressing cylinder 69 rotates 1 | The front end of the push rod of the pushing cylinder 69 is the stage 62. Then, the rotation of the pushing cylinder 69 is connected to the rocker arm 65 0. The pushing cylinder 69 is made of, for example, a cylinder, etc. Please use the telescopic action of the push rod to make the rocker arm. 65 Shake along the track 66 to read 1 f to make the movable side holding part 6 4 center the back of the board held by the two holding parts 63 64 1 1 Note 1 The groove of the body 1 0 is centered in the horizontal position and compared with this I want to review the item I above and set the two back and forth arbitrarily. Turn 〇, then fill 1 As shown in circle 9, a holding groove 70 is formed on the holding surface of the two holding portions 63 64 to hold the writing sheet 1 and the plate 10 on the holding surface. 〇 At the bottom of the drawing groove 70 1 The I side is opened. P has a suction hole. 7] The suction hole 71 is an intermediary suction tube 72 connected to 1 I. It is connected to a suction mechanism (not shown). 0 When the suction mechanism starts to attract 1 1 1 The air in the suction chamber 70 is closed. The plate 10 which is sucked into the suction hole 7 1 and placed on the holding surface 1 is also sucked and held on the holding surface 0 1 1 as shown in FIG. 9, which is provided at each holding portion 63 > 64 Z holding surface 1 I groove 70 f is formed on the holding surface t approximately 0 along the outer peripheral state and is formed at 1. At two edges of two holding portions 63 Λ 64 that are oppositely arranged at a predetermined interval, the distance between the two suction grooves 70 70, At the edge-at the end A * 1 1 I is narrower than other parts. This part is equivalent to keeping the 1 1 I part 63 6 4 along the two sides. 9 The grooves begin to form under the board 10 10 a 1 1 position 0 1 1 As shown in FIG. 7 > FIG. 10 and hsri FIG. 11 t The plate cutting device 61 is provided with 1 I t, a groove forming mechanism for forming a groove 10 under the plate 1 0, and the groove 1 | 玟 forming mechanism 73 is provided with a cutter 74 9 so that the cutter 74 can be held between two 1 1 sections 63 and 64 »along the board 10 held by the two holding sections 63 > 64 to move r 1 paper Zhang scale is applicable to China National Kneading Rate (CNS) A4 (210X 297 mm) 17 A7 B7 4228 2 V. State of the Invention (18). The cutter 74 is connected to a driving mechanism (not shown) and linked with it, and can form a groove 10a under the plate body 10. The aforementioned cutter 74 is self-set (please read the precautions on the back before filling this page). The opening on the box-shaped cutting powder recovery mechanism 75 protrudes upward. The cutting powder recovery mechanism 75 is connected to a suction mechanism (not shown). The cutting powder generated when the cutter 74 cuts the plate body] is collected by the cutting powder recovery mechanism 75 from the opening. The cutter 74 is set in a free state for the box-shaped cutting powder recovery mechanism. It is extremely easy to replace the knife 74 that has been consumed after use with a new one. As shown in FIG. 9 (b) * The two edges of the pair of portions 6 3 and 64 are arranged opposite to each other at a predetermined interval. The interval on the upper side closer to the holding surface side is narrow. As a result, the closer to the groove 10 formed in the plate 10, the more space between the two holding portions 63 and 64 holding the plate] 0 becomes narrower. Therefore, the closer to the groove 10a of the plate 10 When the cutting powder recovery mechanism 75 suctions the cutting powder, the air velocity in the vicinity thereof becomes faster. Therefore, it is also possible to remove the cutting powder that is easy to adhere to the groove [0a]. As shown in FIG. 9 (a), when the groove forming mechanism 73 forms grooves under the plate body 10 held by a pair of holding portions 63, 64] 0a, the cutter 74 is in this figure, from the bottom The area A * on the side begins to cut and engrav the seal 10a under the plate 丨 0. At the position where the cutter 74 starts to cut into the plate body 10 * The cutting depth gradually deepens, so the cutting action is not easy to be stable, and the formed grooves 103 are also prone to irregular cracks. In this example, it is at the position where the cutter 7 starts to cut the plate 10, so that the two holding portions 6 3, 6 4 of the plate 10 are fixed by M, and each of the suction grooves 70, 70 is between The interval becomes smaller, and each of the suction grooves 70 and 70 can be used to securely fix the two sides that are very close to the groove 10a. Therefore, as described above, irregular cracks occur on the grooves 0a. This paper applies to China National Standard (CNS) A4 Specification (210X297 mm > 18
4228 2 I 五、發明説明（】9 ) 之可能性很小。 於本例中，板體】0係顯示元件用之玻璃基板，其尺寸 為370πιπιΧ 470ββ〜550x 650am程度，至於，厚度則0,7〜 1.lam 。而曲線活動軸承67在其上移動之軌道66之半徑則 約4 0 c m 。活動側保持部6 4之轉動範圍，在本例中，係約 2〜3。至於，活動側保持部64之回轉速度則為例如0.013 rad/sec程度。 將板體10載置在兩保持部63、64上，_動吸引機構 動作，藉由吸引溝70，將板體]0吸著固定在兩保持部63、 64上。然後，驅動溝紋形成機構73動作·順沿兩保持部 63、64間之間隙，在板體10下面，形成溝紋]。再驅動 推壓缸69動作，令活動側保持部64自水平狀態，向上方 轉動約2〜3° 。此時，活動側保持部64之移動速度约為 O.OUwd/sec程度，可將板體10 ，在溝紋10a之部分， 正確切斷成所預期之2個形狀而不致使其向不規則方向割 裂。 於在板體10上形成溝紋1〇3 ，將其折斷成2片時，上 經濟部中央揉率局員工消费合作社印製 (請先聞讀背面之注意事項再填寫本頁) 述之回轉速度，對割裂情形實有所影響。如果，慢慢切割 ，則無達成順沿溝玟]〇 3規則性切割之目的，容易產生呈 不規則割裂之現象。應用本例時|如上述，係設成可將形 成於板體10上之溝紋10a當作回轉中心•由曲線活動袖承 67所引等，Μ溝紋10a為中心，令由溝纹10a所分開2板 體10—方之部分以適當之速度，僅回轉遘當之角度，因此 ，板體10即順沿满纹]〇a，有規則性，將其正確切睜為2。 本紙張尺度適用中國國家梯率（CNS > A4規格（210X297公釐） 19 4228 2 1五、發明説明（20 ) 經濟部中央標準局貝工消費合作社印製 紋板確果延 大紋 該。-前10紋 因用程 壓動與 溝璃正如可 紋之溝M可 aK體溝 ，器 Η 推驅可 之玻，。亦 溝倍成 則即10再板之 亮園洗 用之成 度將 a 宜， 之數形 ，斷 紋 ， * 面 漂外清 利動設 程為10為命 體03為 時折溝定之下 為之或 係回其 *。 紋小壽 板M, 斷其成固言10極件程6464將 W 上 溝垦之 在 外 切將形JW詳體 面元 Η 部部即 10體沿儘74成之另 地動面加。板 斷示角 持持· 將板顒 Μ 具 形 ， 確運下方轉在 切顯修 保保構 係璃能度刀 -ο 則 正轉10一回成 之等之 之側機 , 玻且深則 中ill規10回頒之方形10件面 側動荷 中之 * 之， 置 不 體予板開上於 體元斷。動活負 1 板 0 6B 下 a 小 裝卩得 Ϊ 板賦於分向應 板射切分活令力 置 1 態 1 度 斷 變 將 1 係所方對。之放之部，可外 裝1.狀紋深 切 t 易 體， a 一在ϊ°斷場10一中，之 本命 <=>媒 斷~ 之溝之 體 Λ、、 容gla 板中 1 另落 切電體之例而示 切？ 塵之 3 板 10對例紋令乃 所在板程之然所 賭 U 微成10璃形果 4 紋-本溝，* ， 用行工明。12 板 生形紋 玻 b 结^7溝點之由袖心J-時使進後說動圖 之£ 發所溝 之rt割 j 淺支述將為中 ο 例其需略所回如 例 δ 少，之 往 ί 切 _ 用為前 - a 動 — 本將毋省上其用 本 量來成 Mg , 目利 3 於 110運 用使亦可以令採 於，儘下形 於 此 為10, 體紋轉 應即，而於 ， , a 在割所。 3 因 a 紋即板溝回3·，面-69構 10體切，長!0，!0溝亦對述之10此方等 缸機 (請先聞讀背面之注意事項再填寫本頁) 本纸張尺度適用中國®家橾準（CNS ) A4规格（210X297公釐） 20 a74228 21 _B7 五 '發明説明（21 ) 連结於無圈示之驅動源之搖臂65相接觸，進行回轉之偏心 凸輪76者亦可。 於以上所說明之例中，活動側Z保持部6 4係利用圓弧 狀軌道66與曲線活動軸承67安裝在工作台62者。其他，如 圖13所示，在前述搖臂65與前述工作台62兩者間，設置圓 弧狀軌道7?與自兩側引導該軌導77之複數引導輪78、78亦 可 〇 發职放巣 應用本發明時*可使用小型化裝置，以高品質、安全 且效率良好狀態，將玻璃等之本體加以切斷•尤其能自平 板玻璃，將Μ板厚言，板寬相對狹幅之平板玻璃，裁下一 截毫無問題·且能因應板厚度之變動者。 圖而夕簡里說明 圖1係Μ模式提示第1實施形態之構造及作用之圖。 圖2係Μ模式提示第2簧施形態之構造及作用之圖。 圖3係提示第3實施形態中推壓體其構造之斷面圖。 圖4係Μ模式提示第4實廊形態之構造之圖。 經濟部中央標率局貝工消费合作社印製 H- — —I- - I I I - I I - n TV (請先聞讀背面之注意事項再填寫本頁) 圖5係提示第2〜第4實腌形態中之推壓體之另外之構 造例之圖。 圖6係以模式提示第5實胞形態之構造之圖。 圖7係以模式提示第6實施形態全體構造之斜視圖。 圖8係提示第6實豳形態之構造之正面圖。 圖9(a)係第6實施形態中保持部之部分平面圖，而（b) 則係（a )圖中截線之剖面圖。 本紙張尺度適用中國國家揉準（CNS > A4规格（210X297公釐） 21 4228 2 1 A7 B7 經濟部中央揉率局貝工消费合作社印It 五、 發明説明（22 ) 1 | 圖 ]0係Μ模 式 提 示 第 6 實 施 形 態 中 溝 紋 形 成 機 構 之 構 1 I 造 之 斜 視圖。 1 I 圖 1 1係第6 實 施 形 態 中 溝 紋 形 成 機 構 之 斷 面 圖 0 請 1 1 \ 圖 12係提示 第 6 實 施 形 態 中 粧 動 機 構 乃 至 外 力 負 荷 mt m 先 閱 1 1 構 之 另 外之形態 例 之 正 面 圃 0 背 1 | 之 1 圖 1 3 ( a )係提示第6實施 形 態 中 引 導 機 構 之 另 外 之 形 態 1 例 之 正 面圓，而 (b )則係（ a ) 圖 中 之 切 斷 線 之 剖 面 圖 0 事 項 再 1 圖 1 4係提示 以 注 平 板 玻 璃 切 斷 裝 置 之 構 造 之 正 面 圖 〇 寫 本 裝 圖 1 5係提示 Μ 往 平 板 玻 璃 切 斷 裝 置 中 出 現 之 問 題 之 斜 頁 1 1 視 圖 0 1 ! 圖 1. 6係提示 以 往 所 出 現 之 問 題 平 板 玻 璃 其 擴 大 斜 視 1 I 圖 0 1 訂 I SL 號 Z 銳明 1 1 1 ' U、21、 3 1 5 1、 6 1 板體切斷裝置 I 1 1 2、 12 - 32、 52 保持部 I 1 63 固定側 保 持 部 | 64 活動側 保 持 部 1 1 4 - 14、 34 、 54 保持台 1 1 4 a 、14 a > 3 5a ' 54 a 保持面 1 1 9 當作外力負荷機構之驅動缸 1 1 | 69 當作外 力 負 荷 機 構 之 推 壓 缸 1 1 76 當作外 力 負 Η 機 構 之 凸 輪 1 1 18 ' 22 > 36 57 當 作 外 力 負 荷 機 構 之 推 壓 體 1 | 10 板體10亦 即 玻 璃 板 體 10 1 I 10 a 溝紋1 0 a I 1 本紙張尺度適用中國國家標牟（CNS ) A4規格（21 OX 297公釐） 22 4228 ft H3 附 件 -ί··'/Γ#，ν1明.π^:/年夕月4曰所提之 經濟部中央標準局員工福利委員會印製 矽正本，系無後更實質内容是否准予修to 85101037號專利申請案 申請專利範圍修正本 種玻璃板切斷裝置，包括： (89年7月1 8曰 保持間隔地設置，藉以載置玻璃板之一對水平狀 保持台； 吸 及之 溝轉下 將動保力 Μ 持移； 的 以高 述方態 ：移被外*· 保間台 有" 面 .，較 上上狀 内令之 對之持 持 具側 與向之 園，動 一態保 "Μ •，保 刀外 在心台 範及移 '之狀對 構之 之至 構中持 置定以向 置分行一 拥台 紋動 櫬為保 規.，方 部平之 持持 满移 動紋各 U 在部同 U 各非置 支保 媒戆 臞满述 W 其持不 W 之此設 之述 直狀 述述上 令保向 Μ 惻彼戆 台上 出平 上上於 Μ 對分 U 兩與狀 持在 劃水 用Μ持 丨分一部 ？ 之態之 保持 面由 利上保 U 部之各 U 紋狀隔 對保 下台 係面在 i 各持體 。—满内間 項 項 成板 之持 台之板 1 之保 板者 1 上面定 述基 板保 ί 持交基。第側 Μ 之激第 體平規 上璃 璃對構保 正璃者 _兩加部特園板一著 持玻 玻一機各成玻 Κ 範 之自持其範住 同隔 支述 述逑動 之向各折利紋各 保為利持於且 Κ上：上上驅述方使紋專溝態 逑構專保處 ， 用使構在 使的上 度而溝 請上狀前櫬請自在如 機 置 長 ，著申體如在 荷申各 •自 普 位 紋動沿 如板自 持負如 令面動 本紙張尺度適用中困S家標準（CNS)A4規格（210X 297公董) 14228 2 I V. The description of the invention () 9) is very unlikely. In this example, the plate] 0 is a glass substrate for a display element, and its size is about 370 ππιχ 470ββ ~ 550x 650am, and the thickness is 0,7 ~ 1lam. The radius of the track 66 on which the curved movable bearing 67 moves is about 40 cm. The rotation range of the movable-side holding portion 64 is about 2 to 3 in this example. The turning speed of the movable-side holding portion 64 is, for example, about 0.013 rad / sec. The plate body 10 is placed on the two holding portions 63 and 64, and the suction mechanism is operated to suck and fix the plate body to the two holding portions 63 and 64 by the suction groove 70. Then, the groove forming mechanism 73 is driven to operate and follow the gap between the two holding portions 63 and 64 to form grooves under the plate body 10]. Then, the driving cylinder 69 is driven to move the movable-side holding portion 64 upward from the horizontal state by about 2 to 3 °. At this time, the moving speed of the movable-side holding portion 64 is about O.OUwd / sec, and the plate body 10 can be correctly cut into the expected two shapes in the portion of the groove 10a without causing it to be irregular. Split direction. When the groove 10 is formed on the board 10 and it is broken into two pieces, it is printed by the staff consumer cooperative of the Central Kneading Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling this page). Speed has an effect on the cleavage situation. If you cut slowly, you will not achieve the purpose of regular cutting along the gully, and it is easy to produce irregular cutting. When applying this example | As mentioned above, it is set to use the groove 10a formed on the board 10 as the center of rotation. It is led by the curved movable sleeve bearing 67, etc., and the groove 10a is the center, so that the groove 10a The 10-square part of the separated 2 plate body only rotates at a proper angle at an appropriate speed. Therefore, the plate body 10 is full of lines along the lines] oa, and it is regularly cut to 2. This paper size applies to China's national gradient (CNS > A4 size (210X297 mm) 19 4228 2 1 V. Description of the invention (20) The grain pattern printed by the Bayer Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs has indeed been extended. -The first 10 patterns of pressure and grooves are like the grooves of the grains and the grooves of the aK body, which can be pushed and driven by the glass. When the grooves are doubled, the brightness of the 10th plate will be used for washing. a should be, the number of shapes, broken lines, * the surface is clear, the clear movement is set to 10 as the life body 03, when the time is set, or tied back to it. * small life plate M, broken into a solid statement 10 The pole piece process 6464 cuts the upper part of the W shovel and cuts out the shape of the JW. The body part, that is, the 10 body, is 74% of the other surface. The plate break angle is held. The plate is shaped. Turn on the cutting machine that cuts the repair and protection system. -Ο The machine is turned 10 times, and the machine is in the square 10-piece side dynamic load awarded by 10 times. In other words, set the body to open the board and break it on the voxel. Move 1 minus 1 board 0 6B down a small installation to get the board, the board is assigned to the target response, and the cutting force is set to 1 state and 1 degree The fault change is 1 pair of sides. The part that can be placed can be externally installed 1. The pattern is deep cut t easy body, a one in ϊ ° break field 10 one, the destiny < = > Body Λ ,, Rong gla board 1 shows another example of cutting the electric body? Dust 3 board 10 pairs of example patterns are the same as the board Cheng U bet U Weicheng 10 glass-shaped fruit 4 patterns-this groove, *, Use the work to understand. 12 Slab-shaped pattern glass b knot ^ 7 groove points by the sleeves J- Shishi into the moving picture of the £ rt cut the groove of the ditch will be described in the middle, for example, its need to be omitted For example, if there is less δ, go to ί Cut_ Use as a front-a move — this will not save the use of the amount to make Mg, the use of the goal of 3 at 110 can also make use of it, as shown below For 10, the body pattern should be transferred, and then, a is in the cutting place. 3 Because a pattern is the plate groove back to 3 ·, the surface -69 structure is 10 body cut, and the length! 0,! 0 groove is also described in this 10 Square cylinder machine (please read the precautions on the back before filling this page) This paper size is applicable to China® furniture standard (CNS) A4 specification (210X297 mm) 20 a74228 21 _B7 Five 'invention description (21) The rocker arm 65 connected to the driving source without a circle is in contact, The eccentric cam 76 can also be rotated. In the example described above, the movable-side Z holding portion 64 is mounted on the table 62 using an arc-shaped rail 66 and a curved movable bearing 67. Others are shown in FIG. 13 It is shown that between the rocker 65 and the worktable 62, an arc-shaped track 7? And a plurality of guide wheels 78, 78 which guide the track guide 77 from both sides can also be used. * Miniaturization device can be used to cut the body of glass, etc. with high quality, safety and good efficiency. • In particular, it can cut M glass from flat glass, and flat glass with a relatively narrow width. No problem at all, and can respond to changes in board thickness. Brief description of the figure Figure 1 is a diagram showing the structure and function of the first embodiment in the M mode. FIG. 2 is a diagram showing the structure and function of the second spring application mode in the M mode. Fig. 3 is a sectional view showing the structure of a pressing body in a third embodiment. Fig. 4 is a diagram showing the structure of the fourth real gallery form in the M mode. Printed by the Central Standards Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, H- — —I--III-II-n TV (please read the precautions on the back before filling out this page) Figure 5 shows the 2nd to 4th pickles Diagram of another structure example of the pressing body in the form. Fig. 6 is a diagram showing the structure of the fifth cell form in a pattern. Fig. 7 is a perspective view showing the overall structure of the sixth embodiment in a pattern. FIG. 8 is a front view showing the structure of the sixth embodiment. FIG. 9 (a) is a partial plan view of the holding portion in the sixth embodiment, and (b) is a cross-sectional view taken along the line (a). This paper size is applicable to the Chinese national standard (CNS > A4 size (210X297 mm) 21 4228 2 1 A7 B7 Printed by the Bayer Consumer Cooperative of the Central Kneading Bureau of the Ministry of Economy It 5. Description of the invention (22) 1 | Figure] 0 series Mode M prompts a perspective view of the structure of the groove formation mechanism 1 in the sixth embodiment. 1 I FIG. 1 1 is a sectional view of the groove formation mechanism in the sixth embodiment. 0 Please 1 1 \ FIG. 12 shows the sixth implementation. In the form, the makeup moving mechanism and even the external force load mt m are read 1 1 of the other example of the front structure 0 back 1 | 1 Figure 1 3 (a) shows another example of the guide mechanism in the sixth embodiment (B) is a cross-sectional view of the cutting line in (a) in the figure. 0 Matters 1 1 Figure 1 4 is a front view suggesting the structure of a flat glass cutting device. Tip M appears in the flat glass cutting device. The oblique page of the problem 1 1 View 0 1! Figure 1. 6 is a reminder of the problems that have occurred in the past. Flat glass has an enlarged oblique view 1 I Figure 0 1 Order I SL number Z Sharp 1 1 1 'U, 21, 3 1 5 1 、 6 1 Plate cutting device I 1 1 2, 12-32, 52 Holder I 1 63 Fixed-side holder | 64 Mobile-side holder 1 1 4-14, 34, 54 Holder 1 1 4 a, 14 a > 3 5a '54 a Holding surface 1 1 9 Drive cylinder for external force load mechanism 1 1 | 69 Push cylinder for external force load mechanism 1 1 76 Cam for external force load mechanism 1 1 18' 22 > 36 57 Pushing body 1 as an external force load mechanism 10 Plate body 10 is glass plate body 10 1 I 10 a Groove 1 0 a I 1 This paper size applies to China National Standards (CNS) A4 specifications ( 21 OX 297 mm) 22 4228 ft H3 Attachment-ί ·· '/ Γ # ， ν1 明 .π ^: / The original printed silicon of the Ministry of Economic Affairs Central Standards Bureau's Staff Welfare Committee mentioned on the 4th day of the year, whether the more substantial content is allowed to be repaired to 85101037 The scope of the patent application for the amendment of the patent application for the glass plate includes: (July 18, 1989: It is arranged at intervals, so that one of the glass plates holds a pair of horizontal holding tables; the suction groove is turned to the next The dynamic protection force M holds and moves in a high-precision manner: the move is moved outside. * The security room has a "face." Compared with the above-mentioned internal order, it is held on the side and the side of the garden. Μ •, the protection of the knife's external mentality and the movement of the shape of the structure to the structure of the hold is set as a guarantee to Xiangzhi branch to hold a line pattern as a guarantee. Fang Buping's holding is full of mobile patterns. The non-insured support media in the department and the U are full of descriptions, and their holdings are not described in this straight-line description. The order is to order Bao to appear on the platform of M, and on the platform, he is divided into two sides. In the paddling with M holdings 丨 a part? The holding surface of the state is protected by the U-shaped striated partitions of the U part of the upper part of the upper part of the upper part of the holding part. —The full board item is the board holder of the board 1 The board protector 1 The board guarantee is described above. The first side of the M, the first body, the standard body, the upper glass, and the upper body are protected by the _ two Jiabei special round plate, one holding glass, one machine, and each glass. The benefits of the discount pattern are as follows: The upper and upper drive states the pattern of the pattern and the structure of the special insurance department. Use the pattern of the pattern to shape the pattern. Please feel free to set it up. With the application of the body style in Hoshen, the self-reliance pattern, along with the board's self-reliance, such as the board's self-reliance, such as moving the surface, the paper standards are applicable to the standard SCN (CNS) A4 (210X 297 public directors) 1