200824806 九、發明說明： 【發明所屬之技術領域】 本發明有_以電齡壞柄封邊 於㈣先碟片，特別於光碟封邊交錯排列著種運用 =述二極觀-，並由-進行破1 【先前技術】 按’目前-般對於廢DVD光碟片之處理方法 明專!;公告第1253962號「廢_光碟片之資源再生方Γΐ 係揭路，係藉以剪裁工具進行作動，首先，於二= ==剪―經由分_其= 讎光碟片需經由上述操作手續步驟曹減說f使其母一廢 續繁瑣，減^、， _，使其增加操作手 -處=:==:，一 【發明内容】 本發明係巍-_ 韻辆 決破壞_光剌封叙_。 u置’轉 本發明係以電弧破壞光碟封邊之方法，包括： 電極a;.以1壓放電電路連接至少—組長型的正電極與長型的負 b·將正電極與負電極依序交錯排列於光碟周邊； 範圍；使正i賊負電植二者間距A於零則、於轉於電弧作用 200824806 層 d.以正電極與負電極產生電狐放電，破壞光碟之封邊金屬 上述正電極、負電極與辆崎邊金屬層之_相 以改變電孤放電作用於光碟之封邊金屬層的位置。 轉 本發明亦係一種以電弧破壞光碟封邊之裝置，包括： 一高壓放電電路，供輸出高電壓； :制長型電極，連胁上述高壓放電，財 依序父錯排列之長型的正電極與長型的負電極； 、、且 一平台，設置於上述長型的正電極、 姐 置之下方。 主刃貝冤極之環列位 上述南壓放電電路包括有返馳式轉換電路 路、推挽式轉換電路、全於々鐘始W向式轉換電 =換研王橋式轉換電路與半橋式轉換電路。 〜堅放電電耗為可輸蚊電流献功 本發明具有下列之優點： 、路。 巧乾式方法（非使驗船即可破壞* 2·藉由正電極與負電極所產生之電弧行破 '層。 3.稭由正電極、負電極相對旋轉於光曰之k間。 變破壞光碟封邊金屬層之位置 W屬層’使其改 之效果。 產生衫购切封邊金屬層 4·_光碟片可以疊置而同時受 用，處理效率高。 負電極之電弧作 【實施方式】 200824806 下歹圖所示，本發明係以電孤破壞光碟封邊之方法，包括 高壓放電電路⑴連接至少-組長型的正電極⑵與長 ，、电極(3);即經由高壓放電電路⑴分別連接於至少一組^ =的正電極⑵及—組長型的負電極⑶，並透過正電極⑵與負、 电極(3)釋放出高電Μ之正電荷及負電荷。 … 如第It電極⑵與負電極⑶依序交錯排列於光碟⑷周邊； 於光碟⑷之封__賴。貞依序娜交錯排列 使正電極⑵與負電極⑶二者間距位於電弧侧範圍内. 全屬声^電，與負電極(3)產生電弧，破壞光碟⑷之封邊 於^L、’電極⑵與負電極(3)將其高_释放出，並 邊=f請期二極間形成一電弧’由於光碟⑷之封 邊孟屬層（41)位於正·⑵與貞電極⑶ 内，因此封邊金屬層⑻將成為電弧之路徑，亦即== (41)將受電弧之作用，萨電弧 、田 、土屬s 變化而_破壞。 __(41)產生應力 之η η卜正電極⑵、負電極⑶與光碟⑷之封邊金屬層⑷） =間另可相對旋轉，以改變電弧放電作用於封邊金屬層⑷）之位 ’以增加破壞區域。此一相對旋轉之手段，特別適合正電極 ()、負電極（3)數量較少之實施狀態。 200824806 如第三圖與第四圖所示，本發明係以電極破壞光碟封邊之裝 置’包括咼壓放電電路（1)、正電極⑵、負電極（3)及平台（5)， 其中： 〇 高壓放電電路（1)，供輸出高電壓，該高壓放電電路可以 選擇返馳式轉換電路（11)、順向式轉換電路、推挽式轉換電路、 全橋式轉換電路或半橋式轉換電路其中之一；本實施例係以返馳 式轉換電路（11)配合一緩震電路（12)為例作說明，該返馳式轉換 電路（11)係具錢壓11(111)、整流二極體⑴2)及濾波儲能電容 器（113)，藉由變壓器（in)一次側、二次侧繞組使其轉換電壓升 或電壓降’透過整流二極體⑴2)將其轉換之電壓進行整流，並由 濾、波儲能電容H(113)過濾電黯波及儲存、釋放能量，使其 穩定輸出電壓。該緩震電路⑽具有二極體（121)、電阻器 (122)、電容器（123)，透過二極體（121)將上述變塵器⑴^一次 側切換開關⑽之損失轉移至電阻器（122)，以降低切換開關^ 損失熱與延長使用壽命。 長型電極，連接於上述高壓放電電路⑴，具有複數組 〔^且均為-長型正電極⑵與一長型負電極⑶〕依序交錯 之長型的正電極(2)與長型的負電極。 -平台⑸，餘上述_制正電極⑵與 方，呈可固定或可旋轉之型態。 、、下 實施時，將辆⑷纽辦⑽±正 餘_釋放之電弧作用於光碟⑷的封邊金屬層， 孤之向熱作用，使光碟⑷的封邊金屬層⑷)被解離破壞。 8 200824806 所有圖所不’亦可將複數個辆⑷疊置於平台⑸上，使 所產峰、恭之封邊金屬層⑷）同時接受正電極⑵與負電極⑶ ’明時對所有疊置辆⑷之封邊金屬層⑹進行 破壞，縮短處理時間。 【圖式簡單說明】 ^圖係本發仙破壞_封邊方狀方麵。 弟-圖係本發明之序列長型電極之配置示意的前視圖，圖中之環 列長型電極係分佈於光碟封邊。 圖係本發明之返驰式轉換電路與緩震電路之電路圖。 第四圖係本發明以電極破壞光碟封邊之使用狀態圖㈠〔單一個 DVD光碟片〕。 第五圖係本發明以電極破壞光碟封邊之使用狀態圖（二）〔複數個 DVD光碟片〕。 【主要元件符號說明】, (1) 高壓放電電路 (111) 變壓器 (113) 濾波儲能電容器 (121) —極體 (123) 電容器 (2) 正電極 (11) 返馳式轉換電路 (112) 整流二極體 (12) 緩震電路 (122) 電阻器 (13) 切換開關 (3) 負電極 200824806 封邊金屬層 (4) 光碟 （41) (5) 平台200824806 IX. Description of the invention: [Technical field to which the invention pertains] The present invention has the use of a bad-skin handle to seal the edge on (4) the first disc, especially in the staggered arrangement of the discs, and the use of the two-pole view - and by - Breaking 1 [Prior Art] According to the 'current-general treatment method for the waste DVD discs!; Announcement No. 1 258 396 "Recycling _ optical disc resources recycling system 揭 Jie Road, by cutting tools to act, first , in the second = == cut - through the minute _ its = 雠 碟 需 需 需 需 需 需 需 需 需 需 需 需 需 需 需 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹 曹=:,一[Abstract] The present invention is a 巍-_ 韵 辆 破坏 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The discharge circuit is connected to at least a group-shaped positive electrode and a long-type negative b. The positive electrode and the negative electrode are sequentially staggered in the periphery of the optical disc; the range; the positive-thief negative electro-planting the two spacing A is zero, Arc effect 200824806 Layer d. Electric fox discharge with positive and negative electrodes, destroying the disc The edge of the metal, the positive electrode, the negative electrode and the edge of the sacrificial metal layer to change the position of the electric arc discharge on the edge metal layer of the optical disc. The invention is also a device for destroying the optical disc by arc destruction, including : a high-voltage discharge circuit for outputting high voltage; : a long-shaped electrode, which is connected to the high-voltage discharge, and the long positive electrode and the long negative electrode arranged in the wrong order; and a platform is provided The above-mentioned long positive electrode and the lower side of the sister set. The main edge of the bungee ring is arranged in the above-mentioned south voltage discharge circuit including a flyback conversion circuit, a push-pull conversion circuit, and a full W-direction conversion. Electric = exchange research Wangqiao type conversion circuit and half bridge conversion circuit. ~ Hard discharge power consumption for mosquito power contribution The present invention has the following advantages: Road, smart dry method (not to make the ship can destroy * 2. The arc generated by the positive electrode and the negative electrode breaks through the layer. 3. The straw is rotated by the positive electrode and the negative electrode relative to the k of the pupil. The position of the edge-breaking metal layer of the damaged disk is W layer The effect of the change. The genus layer 4· _ disc can be stacked and used at the same time, and the processing efficiency is high. The arc of the negative electrode is used as an embodiment. 200824806 As shown in the following figure, the present invention is an electric detachment method for sealing an optical disc, including a high voltage discharge. The circuit (1) is connected to at least a group-length positive electrode (2) and a long electrode, and the electrode (3); that is, connected to at least one set of positive electrode (2) and the group-length negative electrode (3) via a high-voltage discharge circuit (1), and transmitted through The positive electrode (2) and the negative electrode (3) release a positive electric charge and a negative electric charge of the high electric power. ... If the first electrode (2) and the negative electrode (3) are staggered in the vicinity of the optical disc (4), the optical disc (4) is sealed.贞 序 娜 娜 交错 交错 交错 交错 交错 交错 交错 交错 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错 交错The electrode (2) and the negative electrode (3) release their high _, and the edge = f invites an arc to form an arc. 'Because the edge of the optical disc (4) is located in the positive (2) and the 贞 electrode (3), Therefore, the edge-sealing metal layer (8) will become the path of the arc, that is, == (41) will be affected by the arc Sa arc, fields, soil is a change _ s destruction. __(41) stress η η positive electrode (2), negative electrode (3) and optical disk (4) edge metal layer (4)) = can be relatively rotated to change the arc discharge at the edge of the edge metal layer (4) Increase the damage area. This means of relative rotation is particularly suitable for an implementation state in which the number of positive electrodes () and negative electrodes (3) is small. 200824806 As shown in the third and fourth figures, the present invention is a device for destroying an optical disc by an electrode, which comprises a piezoelectric discharge circuit (1), a positive electrode (2), a negative electrode (3) and a platform (5), wherein: 〇 High-voltage discharge circuit (1) for outputting high voltage, the high-voltage discharge circuit can select a flyback conversion circuit (11), a forward conversion circuit, a push-pull conversion circuit, a full bridge conversion circuit or a half bridge conversion One of the circuits; this embodiment is described by taking a flyback conversion circuit (11) and a cushioning circuit (12) as an example. The flyback conversion circuit (11) is equipped with a pressure of 11 (111), rectification. The diode (1) 2) and the filter storage capacitor (113) are rectified by a transformer (in) primary side and secondary winding to convert the voltage rise or voltage drop through the rectified diode (1) 2) And filter, wave storage capacitor H (113) filter the electric wave and store and release energy to stabilize the output voltage. The snubber circuit (10) has a diode (121), a resistor (122), and a capacitor (123). The loss of the dust collector (1) and the primary side switch (10) is transferred to the resistor through the diode (121). 122) to reduce the switch switch ^ loss of heat and extend the service life. The long electrode is connected to the high voltage discharge circuit (1), and has a long array of positive electrodes (2) and a long type which are sequentially interleaved in a complex array [^ and both the long positive electrode (2) and the long negative electrode (3). Negative electrode. - Platform (5), the remaining _ positive electrode (2) and square, in a fixed or rotatable type. In the next implementation, the arc of the (4) New (10) ± normal_release is applied to the edge-sealing metal layer of the optical disc (4), and the heat is applied to the edge, and the edge-sealing metal layer (4) of the optical disc (4) is disintegrated and destroyed. 8 200824806 All figures are not 'multiple vehicles (4) stacked on the platform (5) so that the peaks produced by the edge of the edge and the edged metal layer (4) are simultaneously received by the positive electrode (2) and the negative electrode (3). (4) The edge-sealing metal layer (6) is destroyed to shorten the processing time. [Simple description of the figure] ^ The picture is in the form of a smashing _ _ edge banding. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a front elevational view showing the arrangement of the serial long electrodes of the present invention, in which the ring-shaped elongated electrodes are distributed on the edge of the optical disc. The figure is a circuit diagram of the flyback conversion circuit and the cushioning circuit of the present invention. The fourth figure is a diagram showing the state of use of the electrode to seal the edge of the optical disc (1) [single DVD disc]. The fifth figure is a diagram showing the state of use of the electrode to seal the edge of the optical disc (2) [plurality of DVD discs]. [Main component symbol description], (1) High voltage discharge circuit (111) Transformer (113) Filter storage capacitor (121) - Pole (123) Capacitor (2) Positive electrode (11) Flyback conversion circuit (112) Rectifier diode (12) cushioning circuit (122) resistor (13) switch (3) negative electrode 200824806 edge metal layer (4) disc (41) (5) platform