201200260 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係有關於一種電弧式光碟破壞裝置，特別是 指產生電弧’破壞光碟金屬層之裝置。 • [0002] 【先前技術】 一般光碟片主要包括基板層和薄膜層，而隨著光碟 片使用量增加，也產生許多廢棄光碟片，目前處理廢棄 光碟片主要方式則為將廢棄光碟片予以粉碎並掩埋填平 〇 〇 的方法’以及焚燒廢棄光碟片的方法，然而上述處理方 法皆存在不利環境保護之問題，又基於該基板層為資料 再現用或資料記錄用之雷射光束可透過之材料，例如由 聚碳酸酯樹酯、丙烯酸樹酯、聚烯系樹酯或環氧樹酯等 形成，該薄膜層則為包含有紀錄層、金屬層、介電體層 和保護層等金屬材料製成，皆屬於可回收再利用者，故 有許多分離基板層和薄膜層而分別回收再利用之方法， 其中之一則為電弧剝離法，如本案創作人所提出中華民 國發明專利公告第1309585號「以交錯式蜂巢電極破壞光 碟金屬層之方法及裝置J，方法包括下列步驟：a.以一 高壓放電電路連接複數正電極與複數負電極；b.使所有 正電極與負電極成呈蜂巢狀排列’其中每一橫列方向同 為正電極或同為負電極依序排列’每一縱列方向為正電 極與負電極之交錯排列，並使每一正（負）電極周圍均分 佈不同極性之負（正）電極；c.使不同極性之電極進行電 弧放電，且光碟金屬層位於其電極放電之作用範圍内； 以上述方法形成高壓放電電路’連接以蜂巢方式排列之 099120112 複數正電極與負電極之裝置，每一正（負）電極周圍均分 表單編號A0101 第3頁/共11頁 0992035543-0 201200260 佈不同極性之負（正）電極；另外，本案創作人亦提出中 華民國發明專利公告第1318141案，其揭露一種以交錯式 矩陣排列電極破壞光碟金屬層之方法及裝置，方包括下 列步驟：a.以一高壓放電電路連接複數正電極與複數負 電極；b.使所有正電極與負電極成矩陣方式排列，其中 橫列方向為正電極與負電極交錯排列，縱列方向亦為正 電極與負電極之交錯排列，並使每一正（負）電極周圍均 分佈不同極性之負（正）電極；c.使不同極性之電極進行 電弧放電，且光碟金屬層位於其電極放電之作用範圍内 ;以上述方法形成高壓放電電路，連接以矩陣方式排列 之複數正電極與負電極之裝置，每一正（負）電極周圍均 分佈不同極性之負（正）電極，然而： 上述前案為能有效剝離光碟金屬層，需使電極及置 放光碟之平台相對移動，使光碟金屬層之大部分皆能受 到電弧之作用，但仍有無法完整移除光碟金屬層之疑慮 ，且電弧係為高溫高壓之放電狀態，處於開放空間作業 容易導致工安意外。 【發明内容】 [0003] 099120112 爰此，本發明之目的即在於提供能安全操作，並完 整移除光碟金屬層之電弧裝置。 根據本發明上述目的，因此本發明人基於不斷創新 研發之精神，而開發出一種電弧式光碟破壞裝置，包括 一分解盒體，其内部有一容置空間，該分解盒體上 並設置一連通該容置空間之長形置入孔，相對該長形置 入孔之内壁設置一感應開關，相鄰該長形置入孔及感應 表單編號A0101 第4頁/共11頁 0992035543-0 201200260 開關之相對二侧壁分別設置一正電極及一負電極，該正 電極及負電極係電性連接遠感應開關’又該正電極及負 電極係延伸形成複數個呈交叉狀之正極放電端及負極放 電端；一供電單元，電性連接該感應開關。 藉此，可於通電後於該正極放電端及負極放電端之 間產生電弧，並可使該正極放電端及負極放電端下方大 面積區域皆能受到電弧作用，將一光碟置於該正極放電 端及負極放電端下方時，可使全區域之光碟皆可受電弧 作用，而完整清除光碟基板上之金屬層。 進一步，該分解盒：,脅具有一遠明頂層，該透明頂 層係透視該正極放電端及負極放黧端，方便使用者觀察 光碟片之金屬層分解剝離之情形》 本發明主要功效在於： 1. 可使光碟金屬層毀損，破壞光,储存資料，永遠 無法還原’達到徹底銷毀資訊目的。 2. 可完整破壞光碟片之金屬層與基板間之鍵結，降 低金屬層之附著力，回收處理效率較佳。 3. 整個作業％序皆於分解盒體中進行，安全性較高 4.藉由感應開關而自動化放電產生電弧，操作方便 【實施方式】 [0004] 综合上述技術特徵，本發明主要功效將可於下述實 施例清楚呈現。 睛參閱第一圖所示，係為—種電弧式光碟破壞裝置 ，包括： 099120112 表單編號A0101 0992035543-0 201200260 一分解盒體（l)，其内部有一容置空間（11)，該 分解盒體（1)上並設置一連通該容置空間之長形 置入孔（1 2 )，相對該長形置入孔（丨2 )之内壁設置— 感應開關（13)，相鄰該長形置入孔（12)及感應開關 03)之相對二側壁分別設置一正電極（14)及一負電 極（15)，該正電極（14)及負電極（15)係電性連接 該感應開關（13)，又該正電極（14)及負電極（15) 係延伸形成複數個呈交叉狀之正極放電端（141)及負極 放電端（151)，另外，該分解盒體係具有一透明 頂層（16)，該透明頂層（16)係透視該正極放電端（ 141)及負極放電端（151); —供電單元（2)，電性連 接該感應開關（13)，其係為高廢放.電電路：。 使用時’請參閱第二圖及第三圖所示，係將一光碟 (A)由該長形置入孔（12)推入該分解盒體（！）之容 置空間（11)内，而由該正電極（14)及負電極（15) 緊失該光碟（A)邊緣’並使該光碟(1)之金屬層（A1 )面向該正極放電端（141)及負極放龛端（151)，該 光碟（A)之金屬層（A1)與該正極放電端（141 )及負 極放電端（151)之距離並小於該正極放電端（141)及 負極放電端（151) —者間之距離’當該光碟（a)抵止 該感應開關（13)時，該供電單元（2)、該正電極（14 )及負電極（1 5 )間即形成電流通路，並於該正極放電 端（141)及負極放電端（151)之間形成電弧，而由於 該光碟（A)之金屬層（A1)與該正極放電端（141)及 負極放電端（151)之距離小於該正極放電端（丨41)及 負極放電端（151)二者間之距離，故由於電弧之氣體放 099120112 表單編號A0101 第6頁/共11頁 0992035543-0 201200260 電效應，電流將會通過該光碟（A)之金屬層（A1)，使 該金屬層（A1)受破壞而裂解，另外，由於該正極放電 端（141)及負極放電端（151)係呈交叉狀，可使全區 域之光碟（A)皆可受電弧作用，而完整清除光碟（A) 上之金屬層（A1)，藉此達成快速回收處理廢棄光碟 )之功效，同時亦可破壞光碟資料，而永遠無法還原， 達到徹底銷毀資訊目的，且整個操作過程皆於該分解盒 體（1)内進行，安全性大為提高，使用者並可透過該透201200260 VI. Description of the Invention: [Technical Field] [0001] The present invention relates to an arc-disc destruction device, and more particularly to an apparatus for generating an arc to destroy a metal layer of a disc. • [0002] [Prior Art] Generally, the optical disc mainly includes a substrate layer and a film layer, and as the amount of the optical disc is increased, a plurality of discarded optical discs are also produced. At present, the main method for disposing of the discarded optical disc is to smash the discarded optical disc. And the method of burying the rafts and the method of incinerating the discarded optical discs, however, the above treatment methods all have the problem of unfavorable environmental protection, and the substrate layer is based on the material for reproducing the laser beam for data reproduction or data recording. For example, formed of polycarbonate resin, acrylic resin, polyalkylene resin or epoxy resin, the film layer is made of a metal material including a recording layer, a metal layer, a dielectric layer and a protective layer. All of them belong to recyclables, so there are many methods for separating and reusing the substrate layer and the film layer, one of which is the arc stripping method, as proposed by the creator of the case, the Republic of China Invention Patent Notice No. 1309585 Method and apparatus for destroying a metal layer of a disk by an interlaced honeycomb electrode, the method comprising the steps of: a. connecting with a high voltage discharge circuit a plurality of positive electrodes and a plurality of negative electrodes; b. all positive electrodes and negative electrodes are arranged in a honeycomb shape 'where each course direction is the same as a positive electrode or a negative electrode in sequence. 'The direction of each column is a positive electrode Interleaved with the negative electrode, and each negative (positive) electrode is distributed with a negative (positive) electrode of different polarity; c. Arc discharge of the electrode of different polarity, and the metal layer of the optical disc is located in the range of discharge of the electrode The high-voltage discharge circuit is formed by the above method to connect the 099120112 multi-positive electrode and the negative electrode arranged in a honeycomb manner, and each positive (negative) electrode is divided by the form number A0101, page 3 / 11 pages 0992035543-0 201200260 Negative (positive) electrodes of different polarities; in addition, the creator of the present invention also proposed the Republic of China Invention Patent Bulletin No. 1318141, which discloses a method and apparatus for arranging electrodes to destroy the metal layer of the optical disc in an interlaced matrix, comprising the following steps: a Connecting a plurality of positive electrodes and a plurality of negative electrodes by a high voltage discharge circuit; b. arranging all the positive electrodes and the negative electrodes in a matrix manner, wherein The row direction is a staggered arrangement of the positive electrode and the negative electrode, and the column direction is also a staggered arrangement of the positive electrode and the negative electrode, and a negative (positive) electrode of different polarity is distributed around each positive (negative) electrode; c. The electrodes of different polarities are subjected to arc discharge, and the metal layer of the optical disc is located within the range of discharge of the electrodes; the high-voltage discharge circuit is formed by the above method, and the devices of the plurality of positive electrodes and negative electrodes arranged in a matrix manner are connected, each positive (negative) Negative (positive) electrodes of different polarities are distributed around the electrodes. However, in the above case, the metal layer of the optical disc can be effectively stripped, and the electrodes and the platform on which the optical discs are placed are relatively moved, so that most of the metal layers of the optical disc can be subjected to arcing. However, there are still doubts that the metal layer of the optical disc cannot be completely removed, and the arc is in a high-temperature and high-voltage discharge state, and work in an open space is liable to cause an accident. SUMMARY OF THE INVENTION [0003] Here, the object of the present invention is to provide an arc device that can safely operate and completely remove the metal layer of the optical disc. According to the above object of the present invention, the present inventors have developed an arc-type optical disc destroying apparatus based on the spirit of continuous innovation and research and development, comprising an exploded casing having an accommodation space therein, and the disassembling casing is provided with a communication. An elongated insertion hole is formed in the receiving space, and an inductive switch is disposed on the inner wall of the elongated insertion hole, adjacent to the elongated insertion hole and the induction form No. A0101, page 4/11, 0992035543-0 201200260 A positive electrode and a negative electrode are respectively disposed on the opposite side walls, and the positive electrode and the negative electrode are electrically connected to the remote sensing switch, and the positive electrode and the negative electrode are extended to form a plurality of positive discharge terminals and a negative discharge. a power supply unit electrically connected to the inductive switch. Thereby, an arc can be generated between the positive discharge end and the negative discharge end after energization, and a large area under the discharge end of the positive electrode and the discharge end of the negative electrode can be subjected to an arc, and a disc is placed on the positive discharge. When the terminal and the negative discharge end are below, the entire area of the optical disc can be subjected to an arc, and the metal layer on the optical disc substrate is completely removed. Further, the decomposition box has a distal top layer, and the transparent top layer is transparent to the positive discharge end and the negative discharge end, so that the user can observe the decomposition and peeling of the metal layer of the optical disc. The main functions of the present invention are as follows: 1 Can damage the metal layer of the disc, destroy the light, store the data, and never restore it to achieve the purpose of completely destroying the information. 2. It can completely destroy the bond between the metal layer of the optical disc and the substrate, reduce the adhesion of the metal layer, and the recycling efficiency is better. 3. The whole operation % sequence is carried out in the decomposition box body, and the safety is high. 4. The automatic discharge is generated by the induction switch to generate an arc, and the operation is convenient [Embodiment] [0004] In combination with the above technical features, the main effects of the present invention will be It is clearly shown in the following examples. The eye is shown in the first figure, which is an arc-disc destruction device, including: 099120112 Form No. A0101 0992035543-0 201200260 An exploded box body (l) having an accommodation space (11) therein, the decomposition box body (1) an elongated insertion hole (1 2 ) connected to the accommodating space is disposed on the upper wall, and an inner surface of the elongated insertion hole (丨2) is provided with an inductive switch (13) adjacent to the elongated shape A positive electrode (14) and a negative electrode (15) are respectively disposed on opposite side walls of the inlet hole (12) and the sensing switch 03), and the positive electrode (14) and the negative electrode (15) are electrically connected to the sensing switch ( 13), the positive electrode (14) and the negative electrode (15) are extended to form a plurality of intersecting positive electrode discharge ends (141) and negative electrode discharge ends (151), and the decomposition box system has a transparent top layer ( 16), the transparent top layer (16) is seen through the positive discharge end (141) and the negative discharge end (151); - the power supply unit (2), electrically connected to the inductive switch (13), which is a high waste. Electrical circuit: When in use, please refer to the second and third figures, the optical disc (A) is pushed into the accommodating space (11) of the split box (!) by the elongated insertion hole (12). The positive electrode (14) and the negative electrode (15) lose the edge of the optical disk (A) and the metal layer (A1) of the optical disk (1) faces the positive discharge end (141) and the negative discharge end ( 151), the distance between the metal layer (A1) of the optical disc (A) and the positive discharge end (141) and the negative discharge end (151) is smaller than the positive discharge end (141) and the negative discharge end (151). The distance 'when the optical disc (a) abuts the inductive switch (13), a current path is formed between the power supply unit (2), the positive electrode (14) and the negative electrode (15), and is discharged in the positive electrode. An arc is formed between the end (141) and the negative discharge end (151), and since the distance between the metal layer (A1) of the optical disc (A) and the positive discharge end (141) and the negative discharge end (151) is smaller than the positive discharge The distance between the end (丨41) and the negative discharge end (151), so the gas due to the arc is placed 099120112 Form No. A0101 Page 6 / Total 11 Page 0992035543-0 201200260 The electrical effect, the current will pass through the metal layer (A1) of the optical disc (A), causing the metal layer (A1) to be broken and cracked, and the positive discharge end (141) and the negative discharge end (151) are The cross-shaped shape enables the entire area of the optical disc (A) to be subjected to an arc, and completely removes the metal layer (A1) on the optical disc (A), thereby achieving the effect of quickly recycling the discarded optical disc, and also destroying the optical disc. The information can never be restored, the purpose of completely destroying the information is achieved, and the whole operation process is carried out in the decomposition box (1), and the safety is greatly improved, and the user can pass through the
[0005] 明頂層（16)觀察光碟（a)之金屬層（A1)裂解剝離之 情形。 【圖式簡單說明】 第一圖係為本發明之立體外觀圖。 第一圖係為本發明使用時之上視圖：。 第三圖係為本發明使用時電弧作用於光碟片金屬層[0005] The top layer (16) of the present invention observes the cracking and peeling of the metal layer (A1) of the optical disc (a). BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a three-dimensional appearance of the present invention. The first figure is a top view of the invention: The third figure is the arc effect on the metal layer of the optical disc when the invention is used.
[0006] 之示意圖。 【主要元件符號說明】 (1) 分解盒體 (12)長形置入孔 (14) 正電極 (15) 負電極 (16) 透明頂層 (A ) 光碟 (11) 容置空間 (13) 感應開關 (141)正極放電端 (151)負極放電端 (2) 供電單元 (A 1) 金屬層 099120112 表單編號A0101 第7頁/共11頁 0992035543-0[0006] Schematic diagram. [Description of main component symbols] (1) Decomposition box (12) Long insertion hole (14) Positive electrode (15) Negative electrode (16) Transparent top layer (A) Optical disc (11) accommodating space (13) Inductive switch (141) Positive discharge end (151) Negative discharge end (2) Power supply unit (A 1) Metal layer 099120112 Form No. A0101 Page 7 of 11 0992035543-0