年4月20曰修正替換頁 【發明所屬之技術領域】 一'--- 本創作係一種光碟片修補清潔機，更詳而言之，係指具有修補整 平因刮傷磨損失效的光碟片使其復原，以及清潔因髒污失效的光碟片 使其復原，一機兩種功能之光碟片修補清潔機。 【先前技術】 按，目前習知與本創作相近且惟獨有清潔功能的光碟片清潔機， 如黃錦泉先生和宏銖科技股份有限公司所共同擁有的中華民國專利公 告編號452772號發明專利前案，由該前案申請專利範圍第丨、第4、 第9和第1〇請求項所揭示之技術内容： 1.一種光碟片清潔機，包含有： 一殼體； 一馬達，係設於該殼體内； 一傳動機構，係設於該殼體内，用以傳遞該馬達之動力； 一動作控制裝置，係設於該殼體内用以控制該馬達之運轉； 一承載座’係與該傳動機構耦接並受其驅動旋轉，該承載座用以承載 光碟片且使光碟片隨其旋轉； -抹《置’係設於該殼體内且鄰近該承載座處，並藉由該傳動機構 之動力傳遞得以產生旋轉之動作； -栻乾裝置’制:於紐體内且鄰賴承载座處，並藉由該傳動機構 之動力傳遞得以產生旋轉之動作； -第-升降機構，係設於該殼體内，且連設於該傳動機構與該抹濕裝 置間’並獅鱗城構之動力傳遞得使雜難置崎縣碟片進 行接近抹濕與退離之升降動作者；以及 -第二升降機構’係設於該殼_，且連設於該傳動機構與該拭乾裝 置間’並藉㈣傳械構之動力傳遞得使該栻乾裝置姆該光碟片進 行接近拭乾與退離之升降動作者。 1380293 101年4月20日修正替換頁 4.依據申請專利範圍第i項所述光碟片清潔機，其_ -設於馬達之螺桿及-齒輪組，該齒輪組係由—以上之齒輪所組成。 9. 依據申請專利範圍帛i項所述光碟片清潔機，其中該第一升降機構係 包含-與該傳動機構相連接之第三齒輪，該第三齒輪上設有一第一滑 軌，-承置該抹濕裝置之第-升降盤，該第一升降盤設有若干娜 槽’該下蓋體相對應各該鎮形凹槽處設有與之相互補之娜凸塊，該 第一升降盤更設有第-排齒，以及—設於該第三齒輪與該第一升降盤 間之第一連桿’該第一連桿之-端上設有-敌入該滑軌之滾子，另端 設有與該第-排齒相喃合之第二排齒，該第一齒排與第二齒排係分別鲁 由至少一完整齒形所構成。 10, 依據申請專利範圍第丨項所述光碟片清潔機，其中該第二升降機構 係包含一與該傳動機構相連接之第四齒輪，該第四齒輪上設有一第 二滑轨，一承置該拭乾裝置之第二升降盤，該第二升降盤設有若干 鎖形槽’該下蓋體相對應各該鍥形凹槽處設有與之相互補之鍥形凸 塊’該第二升降盤更設有第三排齒，以及一設於該第四齒輪與該第 一升降盤間之第二連桿，該第二連桿之一端上設有一嵌入該第二滑 軌之滾子’另端設有與該第三排齒相嚙合之第四排齒，該第三齒排 0 與第四齒排係分別由至少一完整齒形所構成。 詳觀上述習用技術内容，實不難以發覺其尚存有些不足之處，綜 合歸納如下： 1. 該光碟片清潔機不具有修補整平光碟片刮痕磨損使失效的光碟片復 原之功能。 2. 該光碟片清潔機之傳動機構係由普通複式齒輪系、兩組普通單式齒輪 系的三子機構並聯機構與一堝桿蝸輪系機構串聯組成，其機構構造所 而零件數目太多，因而成本較高，機構體積也較大。 3·該光碟片清潔機之第一升降機構具有側面設有第一滑軌的第三齒 4 1380293 101年4月20日修正替換頁 輪，第二升降機構具有側面設有第二滑軌的第 滑軌的齒輪可合併為一個而不會影響其應有功能，因此，可減少機 構構造所需零件數目，崎低成本和減小機構體積。 【發明内容】 光碟片長時間重複使用，難免會有辦污碎片顆粒與光剌產生相 對移動’造成不同程度的磨損或刮傷，以及會有沾附灰塵、指印等造 成不同程度的辦污；光碟片表面的磨損或到傷，只是造成光學讀取的 異承’並非光碟片數位資料層發生問題，由於當雷射光束接觸到刮傷 時’不正常的折射使讀取失效’所以無法撥放光碟片；光碟片上的辨 污’會局部遮蔽資料讀取機的讀取頭，降低讀取訊號的能力因而產 生聲音失真或跳音的不良現象，更且灰塵會污染資料讀取機，提高資 料讀取機的故障機率；光碟片辦污或損傷磨損不堪使用後，大部份的 人皆將其視為垃圾丢棄，造成光碟片很大的資源浪費，增加垃圾的回 收量和處理量，並且’也污染了環境，為此，光碟片修補清潔機因應 而生。 本創作光碟片修補清潔機係包含有：一殼體；一馬達，係設於該 殼體内；一第一傳賴構，係設於該殼體内，該第一傳動機構用以傳 遞該馬達之動力；-承載座，倾該第__傳動機構之第—輸出軸以一 可拆裝固定的接頭睫’並受該第一傳動機構驅動旋轉，該承載座係 用以承載一光碟片且帶動該光碟片同步旋轉；一第一修補裝置，係與 該第一傳動機構之第二輸出轴以一可拆裝固定的接頭附隨，並受該第 —傳動機構驅動旋轉，該第一修補裝置係用以將修補劑塗抹於光碟片 到痕上，並執行修補整平光碟片刮痕或磨損；一第二修補裝置，係與 該第一傳動機構之第二輸出軸以一可拆裝固定的接頭附隨，並受該第 —傳動機構驅動旋轉，該第二修補裝置係用以將修補劑塗抹於光碟片 刮痕上’並執行修補整平光碟片到痕或磨損；一抹濕裝置係將清潔液 5 1380293 101年4月20日修正替換頁 塗抹於光翻上錢洗猶#上狀，該概裝 可容易置換—拭乾裝置_殘辆片表面上的清錢^赌的 混合液拭乾，用讀行清潔光碟片表面赌，該拭乾裝置*該第二修 補裝置可容易置換；-第二傳動機構，係設於該殼體内，該第^動 機構並與該第-傳賴卿接，_輪對晴，用以傳遞該第一傳動 機構輸入m錯升降機構’係設於該殼體内，較錯升降機 構並與該第二傳動機構祕，以齒輪對_，用以傳遞 構輸入之動力，依序先帶動該第一修補裝置或該抹濕裝置相對於該光 碟片進行接近、暫停與退離之動作’再帶動該第二修補裝置或該拭乾春 裝置相對於該光糾進行接近、暫停與退離之動作；—動作控制裝置， 係設於該殼體内，用以控制馬達之運轉。 本創作具有下列之功效： 1.本創作利職第-修繼置與雜祕置可容易置換之卿以及該 第〇補裝置與該拭乾裝置可容易置換之機制，依據光碟片修補或清 潔之需求作相對應之置換，使具有修補和清潔光碟#，使失效光碟片 復原，一機兩種功能的光碟片修補清潔機。 2.本創作利用-殼體，_馬達’―第—傳動機構，—第二傳動機構，一 交錯升降機構，-動作控制裝置，一承載座，一第一修補裝置以及一 第二修補裝置連接組合，可使光碟歸婦潔機具有將修補劑填充塗 抹於光碟壯之到痕、磨_，並重新整平辆片表面不平處且不 相傷數位資料層，並在光碟片上形成—賴膜使因刮傷或磨損而失 效的光碟片^全復原，使雷概重新讀取光翻上資料，重現原有 資料及影音效果。 3.本創作利用-殼體，-馬達，—第—傳動機構，—第二傳動機構，一 交錯升降機構’-動作控職置，—承載座—抹濕裝置以及一拭乾 裝置連接組合，可使光碟片修補清潔機具有將清潔液塗抹於光碟片上 6 1380293 101年4月20日修正替換頁 並清洗擦乾光碟片上之髒污，且不損傷數— 的光碟片能完全復原，使雷射能重新讀取光碟片上資料，重現原有資 料及影音效果。 ’、貝 4. 本創作利用一交錯升降機構，使於清潔光碟片時，依序先帶動該抹濕 裝置相對於該光碟片進行接近、暫停與退離之動作，再帶動該栻乾裝 置相對於該光碟片進行接近、暫停與退離之動作，此種機制具有節省 清潔液和拭乾布耗用量之功能。 5. 本創作利用一齒輪凸輪件作為交錯升降機構之主動件，而習知技術者 係以一齒輪&輪件作為父錯升降機構之主動件，前述兩者相比較，本 創作之光碟片修補清潔機的構造所需元件數目較少，因此，本創作之 光碟片修補清潔機成本較低和體積較小。 6. 本創作之光碟片修補清潔機，具有自動連續完成修補或清潔光碟片之 機制，以及具有操作簡便之特點。 本創作之主要目的係提供一種光碟片修補清潔機，其具有修補或清 潔光碟片，使失效光碟片復原一機兩種功能者。 本創作之次一目的係提供一種光碟片修補清潔機，其具有自動塗抹 及整平連續完成修補光碟片之功能者。 本創作之另一目的係提供一種光碟片修補清潔機，其具有自動抹濕 清洗及栻乾連續完成清潔光碟片之功能者。 本創作之再一目的係提供一種光碟片修補清潔機，其具有節省清潔 液和拭乾布耗用量之功能者。 本創作之再另一目的係提供一種光碟片修補清潔機，其具有構造簡 單之構造者。 【實施方式】 請參閱第一圖’第二圖和第六圖，本創作光碟片修補清潔機之第 一較佳實施例係包含有：一殼體(10)，一馬達(2〇)，一第一傳動機構 7 iOl年4月20日修正替換頁 (30) ’ 一承載座(40) ’ 一第一修補裝置(50)，-第，ΖΓ^-- 二傳動機構(70) ’ 一交錯升降機構(80)，以及一動作控制裝置(9〇)。 如第一圖所示，該滅體(10)包含有一上殼體(11)及一與該上殼體(11) 相接合之下殼體(12) ’該上殼體(11)與該下殼體(12)間形成一主容室 (13) (請參閱第二圖）’ 一蓋板(111)(請參閱第一圖和第二圖)係樞設於該 上殼體(11)上端’該蓋板(111)之中央福設一用以拘束光碟片（2〇〇)(請參 閱第三圖)之壓盤(1111) ’該蓋板(111)與該上殼體(11)間形成一副容室 (14) (請參閱第三圖），該上殼體(11)周邊設有一蓋板開啟鍵(112)，一修 補用電源啟動鍵(113)，一清潔用電源啟動鍵(114)，該蓋板(111)與該上 _ 殼體(11)間之樞接與開啟閉合之構造，由於與習知者相同，因此，在此 不予贅述。 該馬達(20)(請參閱第四圖)係裝設於該主容室(13)内。 如第三圖和第四圖所示，該第一傳動機構(30)係設於該主容室(13) 内，該第一傳動機構(30)具有一設於該馬達轉軸上之一蝎桿(31)，一蝸 輪(33)與該媧桿(31)嚙合組成一蜗桿蝸輪系機構（33a)，以及與該螞桿 蝸輪系機構（33a)串聯連接的一齒輪系機構(32)，該齒輪系機構(32) 係由若干齒輪相响合而組成。 該承載座(40)(請參閱第二圖)係設於該第一傳動機構(3〇)之第一輸 ® 出軸(321)(請參閱第四圖)上，用以承戴光碟片(2〇〇χ請參閱第三圖)且使 該光碟片(200)於該第一傳動機構(30)作動時產生旋轉運動。 該第一修補裝置(50)(請參閱第二圖)係設於該第一傳動機構(3〇)之 第一輸出軸(322)(請參閱第四圖)上，如第七圖和第八圖所示，該第一修 補裝置(5G)係由-第—底座⑻’—第—彈性件⑼和_第—修補頭⑼ 組成，該第一底座(51)之底侧設有一第一接頭(511)，該第一接頭(511) 可與該第二輸出軸(322)容易作快速拆解分離和裝配成一體，該第一底 座(5丨)之上側設有一第一承座(512)和若干第一支承孔(513);該第一彈 1380293 101年4月20日修正替換頁 性件(52)係裝設介於該第一底座(51)與該第一修^該第一~ 修補頭(53)之底側設有若干第一插腳(531)，該第一插腳(531)底部設有 第一勾扣(5311)，該第一修補頭(53)之上側設有一第一擦拭件(532);組 裝時，該第一彈性件(52)之下端係裝設於該第一底座(51)之第一承座 (512)上，該第一彈性件(52)之上端係頂於該第一修補頭(53)之下端，該 第一修補頭(53)之底側第一插腳(531)係插入於該第一支承孔(513)内並 藉由該第一插腳(531)之第一勾扣(5311)勾於該第一支承孔(513)底端， 使形成滑行對並拘束該第一修補頭(53)相對於該第一底座(51)可作滑行 移位而不分離者。 該第一修補裝置(6〇)(清參閱第二圖)係設於該第一傳動機構(3〇)之 第三輸出軸(323)(請參閱第四圖)上’該第二修補裝置(6〇)與該第一修補 裝置(50)者皆相同，因此，在此不予贅述。 如第二圖所示，該第_一傳動機構(7〇)係設於該主容室(η)内，該第 二傳動機構(70)係由若干齒輪相嚙合而組成，且與該第一傳動機構 (30)(請參閱第三圖和第六圖)之齒輪系機構(32)連接，該第二傳動機構 (70)承爻該齒輪系機構(32)輸入之動力，傳遞和輸出所需的動力和運 動。中華民國專利公告編號4S2772號發明專利前案中所載之傳動機構 係由普通複式齒輪系'兩組普通單式齒輪系的三子機構並聯機構與一 蝎桿蝸輪系機構串聯組成，這與第三圖、第四圖和第六圖所載明之該 第一傳動機構(30)和該第二傳動機構(70)兩者所組合者相同，因此，該 第一傳動機構(30)和該第二傳動機構(70)之機構構造為先前技術在此 不予贅述。 如第五圖和第六圖所示，該交錯升降機構(8〇)係包含有：一齒輪凸 輪件(81) ’該齒輪凸輪件(81)包含一與該第二傳動機構⑽嚙合之齒輪 (811)及設置於該齒輪凸輪件(81)側面上一外形拘束凸輪(812) ; _第一 滾子型擺動式從動件(82)與該外形拘束凸輪⑻2)鄰接，以凸輪對附隨， 9 1380293 101年4月20日修正替換頁 並與下殼體(12)鄰接，以旋轉對附隨，該第-滾·動式從動件(82)- 無滚子的那-端設有-第-齒排(821); 一與該第一修補裝置(5〇)同軸的 一第一升降盤(83)，該第一升降盤(83)之外緣設有若干第一鍥形凹槽 (831) ，該下设體(12)相對應各該第一鍥形凹槽(gw)設有與之相互鎮合 之第一鍥形凸塊(121)，該第一升降盤(83)之懸臂外緣設有一第二齒排 (832) ，該第一升降盤(83)與該下殼體(12)鄰接，以旋轉對附隨，與該第 一滾子型擺動式從動件(82)鄰接，以齒輪對附隨；一第二滾子型擺動式 從動件(84)與該外形拘束凸輪(812)鄰接，以凸輪對附隨，並與下殼體(12) 鄰接，以旋轉對附隨，該第二滚子型擺動式從動件(84)無滾子的那一端鲁 設有一第三齒排(841); —與該第二修補裝置(6〇)同轴的一第二升降盤 (85)，該第二升降盤(85)之外緣設有若干第二鐵形凹槽(851)，該下殼體 (12)相對應各該第二鍥形凹槽(851)設有與之相互鍥合之第二鍥形凸塊 (122) ’該第二升降盤(85)之懸臂外緣設有一第四齒排(852)，該第二升 降盤(85)與該下殼體(12)鄰接，以旋轉對附隨，與該第二滾子型擺動式 從動件(84)鄰接，以齒輪對附隨。 如第六圖所示，該動作控制裝置(90)包含有：一電路單元(91), 一 上殼體觸動開關(92)’ 一修補用觸動開關(93)，一清潔用觸動開關(94) ; φ 各該觸動開關係分別與該電路單元連線，該上殼體觸動開關(92)係受該 上殼體(11)常態壓制呈ON狀態，當該上殼體(11)被拆卸後而鬆開呈 OFF狀態以切斷電路，該動作控制裝置(9〇)係設於該殼體内，用以控制 該馬達之運轉者。 使用該第一較佳實施例揭露之光碟片修補清潔機，作光碟片修補 作動，如第一圖和第二圖所示，係先按壓該蓋板開啟鍵(112)將該蓋板 (111)開啟’然後’將修補劑分別塗抹於該第一修補裝置(5〇)的第一修補 頭(53)的第一擦栻件(532)上和該第二修補裝置(60)的第二修補頭(63)的 第二擦拭件(632)上，再將欲修補的光碟片(200)裝設於該承載座(40) 10 1380293 101年4月20日修正替換頁 上’將該蓋板(111)闔上，再按壓該修補用電源啟動鍵⑴3)，則該光碟 片修補清潔機開始作修補整平光碟片_)刮痕磨損運作，此時，該交 錯升降機構(80)會絲動該第—修補裝置⑽上升接近該光碟片表面， 直至該第-修補頭(53)的第一擦拭件(Η2)與該光碟片（2〇〇)表面接觸之 α定问度位置止，然後，暫停升降動作，該第一擦拭件(532)將修補劑 塗抹於該光碟片到痕内並作修補整平後，該第一修補裝置(5〇)下降與該 光碟片表面分離並回復至原位，繼之，該交錯升降機構(8〇)會再帶動該 第一修補裝置(60)上升接近該光碟片表面，直至該第二修補頭⑹)的第 ® 一擦拭件(632)與該光碟片（200)表面接觸之設定高度位置止，然後，暫 停升降動作，該第二擦拭件(632)將修補劑塗抹於該光碟片到痕内並作 修補整平後，該第二修補裝置(6〇)下降與該光碟片表面分離並回復至原 位，如此交錯相對於該光碟片進行接近、暫停與退離之動作經歷三次 循環後，該動作控制裝置(90)會自動停止對該馬達(2〇)供應電源，待該 光碟片修補清潔機停止運作後，接著，按壓該蓋板開啟鍵(112)將該蓋 板(111)開啟’取出該光碟片（200)，至此，完成光碟片修補清潔機作光 碟片修補的作動和操作。 φ 如第六圖和第九圖所示，本創作光碟片修補清潔機之第二較佳實 施例係包含有：一殼體(10)，一馬達(20)，一第一傳動機構(30)，一承 載座(40)，一抹濕裝置(5〇a)，一拭乾裝置(60a)，一第二傳動機構(7〇), 一交錯升降機構(80)，以及一動作控制裝置(90)。 由於該抹濕裝置（50a)和該拭乾裝置（60a)皆與習知的抹濕裝 置和拭乾裝置者相同，因此，在此不予重複贅述；由於該殼體（10)， 該馬達（20)，該第一傳動機構（30)，該承載座（40)，該第二傳動機 構（7〇)，該交錯升降機構（80) ’以及該動作控制裝置（9〇)之構造、 它們之間的連接組合方式和功效’皆與前述實施例者相同，因此，在 此不予重複贅述。 11 1380293 101年4月20日修正替換頁 使用該第二較佳實施例揭露之光碟片修補清潔機，作光碟片清潔 作動，如第六圖和第九圓所示，係先按壓該蓋板開啟鍵(112)將該蓋板 (111)開啟，由於該光碟片修補清潔機是一機具有修補和清潔兩種功 能，須於該蓋板(111)開啟後將該第一修補裝置(5〇)和該第二修補裝置 (60)拆下，並將該抹濕裝置(5此)裝設於該第一修補裝置(5〇)處，將該拭 乾裝置(60a)裝設於該第二修補裝置(6〇)處，再將欲清潔的光碟片（2〇〇) 裝設於該承載座(4〇)上，將該蓋板(1U)闔上，再按壓該清潔用電源啟動 鍵(114)，則該光碟片修補清潔機開始作清洗光碟片髒污運作，此時， 該父錯升降機構(80)先帶動該抹濕裝置(5〇a)上升接近該光碟片表面直鲁 至該抹濕裝置(50a)與該光碟片（2〇〇)表面接觸之設定高度位置止，然 後，暫停升降動作，s玄抹濕裝置(5〇a)將清潔液塗抹於光碟片上並作清 洗後’該抹濕裝置(50a)下降與該光碟片表面分離並回復至原位，繼之， 該交錯升降機構(80)會再帶動該拭乾裝置(6〇a)上升接近該光碟片表 面，直至該拭乾裝置(60a)與該光碟片（2〇〇)表面接觸之設定高度位置 止’然後，暫停升降動作’該拭乾裝置(6〇a)會將該光碟片上殘留的髒 /亏與清潔液的混合液拭乾後，該拭乾裝置(6〇a)下降與該光碟片表面分 離並Θ復至原位，如此交錯相對於該光碟片進行接近、暫停與退離之 動作經歷-讀雜，_作㈣裝置(9G)會自練止職馬達㈣供 · 應電源，待該光碟片修補清潔機停止運作後，接著，按壓該蓋板開啟 鍵(II2)將該蓋板(111)開啟’取出該光碟片(2〇0)，至此，完成光碟片修 補清潔機作光碟片清潔的作動和操作。 由第-和第二較佳實施例揭露之光碟片修補清潔機，一機同時具 有清潔和修補失效祕級其復原之兩種功能，修補和清潔光碟片之 差異僅是依據修補或清絲碟片之絲，將該第—修觀置⑽和該抹 濕裝置_作交互置換’以及將該第二修補裝置(60)和該拭乾裝置(則 作交互置換而已。 12 1380293 101年4月20日修正替換頁 由第一和第二較佳實施例揭露之光碟片修補清潔機，在該^耳· 修補清潔機中該第二傳動機構(7〇)和該交錯升降機構(8〇)之機制，係用 以節省清潔液和栻乾布之耗損量而增設的，因此，在僅作光碟片修補 的單功能機種或不考慮清潔液和拭乾布之耗損量，該第二傳動機構(70) 和該父錯升降機構(8〇)是可被刪除省略的非必要構成元件 ’而不會影響 光碟片修補清潔機之修補和清潔失效光碟片使其復原之功能的。 【圖式簡單說明】April 20th 曰Revised replacement page [Technical field to which the invention belongs] A '--- This is a CD-disc cleaning machine, more specifically, a disc with repair and flattening due to scratch and wear failure. It can be restored, and the discs that have been damaged by the dirt are cleaned, and the two-function optical disc repairing machine is used. [Prior Art] According to the current CD-ROM cleaning machine, which is similar to this creation and has only the cleaning function, such as the invention patent of the Republic of China Patent No. 452772 jointly owned by Mr. Huang Jinquan and Acer Technology Co., Ltd., The technical content disclosed in the claims, the fourth, the ninth and the first claims of the present application: 1. An optical disc cleaning machine comprising: a housing; a motor disposed in the housing a transmission mechanism is disposed in the housing for transmitting power of the motor; an action control device is disposed in the housing for controlling operation of the motor; a carrier is coupled to the transmission The mechanism is coupled and rotated by the drive, the carrier is for carrying the optical disc and rotating the optical disc; the wipe is disposed in the housing adjacent to the carrier, and the transmission mechanism is The power transmission is capable of generating a rotating motion; - the drying device is made in the body of the button and adjacent to the carrier, and the rotation of the transmission mechanism is used to generate a rotating motion; - the first lifting mechanism to Inside the casing, and connected between the transmission mechanism and the wetting device, and the power transmission of the lion scales is made to make the miscellaneous smear and the retreat of the smudges of the smudges; and - The second lifting mechanism is disposed on the casing _, and is connected between the transmission mechanism and the drying device, and the power transmission of the mechanical device is such that the drying device is close to the drying and retreating Move off the author. 1380293 April 20, 2011 Amendment Replacement Page 4. The optical disc cleaning machine according to the scope of the patent application, which is provided in the screw and gear set of the motor, the gear set is composed of the above-mentioned gears . 9. The optical disc cleaning machine of claim 1, wherein the first lifting mechanism comprises a third gear coupled to the transmission mechanism, the third gear is provided with a first sliding rail, a first lifting tray is disposed on the first lifting tray, and the first lifting tray is provided with a plurality of nano-slots. The lower cover body is provided with a corresponding nano-bump corresponding to each of the town-shaped recesses, the first lifting and lowering The disk is further provided with a first row of teeth, and a first link disposed between the third gear and the first lifting plate. The first link is provided with a roller that is entrained in the sliding rail. And the other end is provided with a second row of teeth merging with the first row of teeth, the first row of teeth and the second row of teeth are respectively formed by at least one complete tooth shape. The optical disc cleaning machine of claim 2, wherein the second lifting mechanism comprises a fourth gear connected to the transmission mechanism, and the fourth gear is provided with a second sliding rail, a bearing a second lifting plate of the drying device, the second lifting plate is provided with a plurality of locking grooves. The lower cover body is provided with a correspondingly shaped ridge-shaped bump corresponding to each of the 凹槽-shaped grooves. The second lifting plate is further provided with a third row of teeth, and a second connecting rod disposed between the fourth gear and the first lifting plate, and one end of the second connecting rod is provided with a roller embedded in the second sliding rail The other end is provided with a fourth row of teeth that mesh with the third row of teeth, and the third row of teeth 0 and the fourth row of teeth are respectively formed of at least one complete tooth shape. Looking at the above-mentioned conventional technical contents, it is not difficult to find out that there are still some shortcomings. The general summary is as follows: 1. The optical disc cleaning machine does not have the function of repairing the scratching of the flattening disc and causing the failed optical disc to be restored. 2. The transmission mechanism of the optical disc cleaning machine is composed of a common compound gear train, two sets of common single gear trains, a three-sub mechanism parallel mechanism and a mast worm gear train mechanism in series, and the number of parts of the mechanism structure is too large. Therefore, the cost is higher and the mechanism is larger. 3. The first lifting mechanism of the optical disc cleaning machine has a third tooth 4 having a first sliding rail on the side. 1380293 The replacement lifting wheel is modified on April 20, 101, and the second lifting mechanism has a second sliding rail on the side. The gears of the first rail can be combined into one without affecting their function, thus reducing the number of parts required for the construction of the mechanism, reducing the cost and reducing the volume of the mechanism. [Summary of the Invention] When the optical disc is reused for a long time, it is inevitable that there will be a relative movement of the smudge debris particles and the diaphragm, causing different degrees of wear or scratching, and there may be dust, fingerprints, etc., causing different degrees of pollution; The wear or damage to the surface of the sheet is only caused by the optical readout. 'It is not a problem with the digital data layer of the optical disc. Because the laser beam is in contact with the scratch, 'unusual refraction makes the reading invalid', so it cannot be placed. Disc discs; discriminating on the disc will partially obscure the read head of the data reader, reducing the ability to read signals and thus producing sound distortion or skipping. Moreover, dust can contaminate the data reader and improve data. The probability of failure of the reader; after the disc is dirty or damaged, most people regard it as garbage, causing a large waste of resources on the disc, increasing the amount of garbage and the amount of waste. And 'also polluted the environment, for this reason, the disc repairing machine was born. The present invention relates to: a housing; a motor is disposed in the housing; a first transmission structure is disposed in the housing, the first transmission mechanism is configured to transmit the The power of the motor; the carrier, the first output shaft of the first __ transmission mechanism is driven and rotated by the first transmission mechanism, and the carrier is used to carry a disc And driving the optical disc to rotate synchronously; a first repairing device is attached to the second output shaft of the first transmission mechanism by a detachable and fixed joint, and is driven to rotate by the first transmission mechanism, the first The repairing device is used for applying the repairing agent to the optical disc to the mark, and performing repairing and flattening the disc scratch or wear; a second repairing device is detachable from the second output shaft of the first transmission mechanism A fixed joint is attached and driven to rotate by the first transmission mechanism, and the second repairing device is used to apply the repairing agent to the disc scratches and perform repairing and flattening the disc to scratch or wear; The device will clean the liquid 5 1380293 101 years 4 On the 20th of the month, the replacement page is smeared on the light and turned over. The outline can be easily replaced. The dry device _ the cleansing on the surface of the residual piece of the gambling smear is dried, and the CD is cleaned by reading the line. Sheet surface betting, the wiping device * the second repairing device can be easily replaced; - the second transmission mechanism is disposed in the casing, the first moving mechanism is connected with the first pass, _ wheel pair Sunny, for transmitting the first transmission mechanism input m wrong lifting mechanism ' is disposed in the housing, the wrong lifting mechanism and the second transmission mechanism secret, the gear pair _, for transmitting the input power, Firstly, the first repairing device or the wetting device is brought into proximity, pause and retreat with respect to the optical disc. The second repairing device or the wiping spring device is brought closer to the optical correction. The action of suspending and retreating; the action control device is disposed in the housing for controlling the operation of the motor. This creation has the following effects: 1. The creative work-repair and repair and replacement of the secret and easy-to-replace and the mechanism of the third and the dry device can be easily replaced, according to the repair or cleaning of the disc The corresponding replacement is required, so that the optical disc repairing machine with repairing and cleaning the optical disc #, restoring the failed optical disc, and having two functions of one machine. 2. The creation utilizes a housing, a _motor '-------the second transmission mechanism, a staggered lifting mechanism, an action control device, a carrier, a first repairing device and a second repairing device. The combination can make the disc returning machine to have the patching agent applied to the disc to the mark, grinding, and re-leveling the uneven surface of the sheet without injuring the digital data layer, and forming a film on the disc. The optical discs that have been ineffective due to scratches or abrasions are fully restored, so that the Lei will re-read the light and flip the data to reproduce the original data and audio and video effects. 3. The creation uses a combination of a housing, a motor, a first transmission mechanism, a second transmission mechanism, a staggered lifting mechanism, an action control position, a carrier, a wet device, and a wiper device. The optical disc repairing machine can apply the cleaning liquid to the optical disc. 6 1380293 The replacement page is corrected on April 20, 101, and the dirt on the optical disc is cleaned without damage. The optical disc can be completely restored. The shot can re-read the data on the disc and reproduce the original data and audio and video effects. ', Bay 4. This creation uses a staggered lifting mechanism, so that when cleaning the optical disc, the wet device is driven to approach, pause and retreat relative to the optical disc, and then drive the drying device relative to The mechanism of approaching, suspending and retreating the optical disc has the function of saving the consumption of the cleaning liquid and the drying cloth. 5. This creation utilizes a gear cam member as the active member of the staggered lifting mechanism, and the prior art uses a gear & wheel member as the active member of the parental wrong lifting mechanism, compared with the above two, the created optical disc The number of components required to repair the construction of the cleaning machine is small, and therefore, the optical disc repairing machine of the present invention is low in cost and small in size. 6. The created disc repairing machine has the mechanism of automatically and continuously repairing or cleaning the disc, and has the characteristics of easy operation. The main purpose of this creation is to provide a disc repairing machine that repairs or cleans the disc, and restores the failed disc to one of the two functions. The second objective of the present invention is to provide a disc repairing machine which has the functions of automatically applying and leveling and continuously repairing the disc. Another object of the present invention is to provide a disc repairing machine which has the functions of automatic wiping cleaning and drying to continuously complete the cleaning of the optical disc. A further object of the present invention is to provide a disc repairing machine which has the function of saving the consumption of the cleaning liquid and the drying cloth. Still another object of the present invention is to provide a disc repairing machine having a simple construction. [Embodiment] Referring to the first drawing 'second and sixth figures, the first preferred embodiment of the present invention relates to a housing (10), a motor (2 〇), A first transmission mechanism 7 April 20th revised replacement page (30) 'a carrier (40) 'a first repair device (50), -, ΖΓ^-- two transmission mechanism (70) ' A staggered lifting mechanism (80) and an action control device (9〇). As shown in the first figure, the body (10) includes an upper casing (11) and a casing (12) joined to the upper casing (11). The upper casing (11) and the A main chamber (13) is formed between the lower casings (12) (see the second figure). A cover plate (111) (see the first figure and the second figure) is pivotally mounted on the upper casing (11) The upper end of the cover (111) is provided with a pressure plate (1111) for restraining the optical disk (2) (see the third figure). The cover (111) and the upper casing ( 11) forming a pair of chambers (14) (refer to the third figure), a cover opening button (112) is provided around the upper casing (11), and a power-on button (113) for repairing is used for cleaning. The power start button (114), the structure of the pivotal connection and the opening and closing between the cover plate (111) and the upper cover (11) are the same as those of the prior art, and therefore will not be described herein. The motor (20) (see the fourth figure) is installed in the main chamber (13). As shown in the third and fourth figures, the first transmission mechanism (30) is disposed in the main chamber (13), and the first transmission mechanism (30) has a one disposed on the motor shaft. a rod (31), a worm wheel (33) meshing with the mast (31) to form a worm worm gear mechanism (33a), and a gear train mechanism (32) connected in series with the worm gear mechanism (33a) The gear train mechanism (32) is composed of a plurality of gear phases. The carrier (40) (refer to the second figure) is disposed on the first transmission shaft (321) of the first transmission mechanism (3) (see the fourth figure) for wearing the optical disc (Please refer to the third figure), and the optical disc (200) is caused to rotate when the first transmission mechanism (30) is actuated. The first repairing device (50) (see the second figure) is disposed on the first output shaft (322) of the first transmission mechanism (3) (see the fourth figure), as shown in the seventh figure and the As shown in the eighth figure, the first repairing device (5G) is composed of a -first base (8)' - a first elastic member (9) and a _ first repairing head (9), and a first side of the first base (51) is provided with a first a joint (511), the first joint (511) is easily disassembled and assembled integrally with the second output shaft (322), and a first seat is disposed on an upper side of the first base (5丨) ( 512) and a plurality of first support holes (513); the first bullet 1380293 modified on April 20, 101, the replacement page member (52) is installed between the first base (51) and the first repair A first pin (531) is disposed on a bottom side of the first repairing head (53), and a first hook (5311) is disposed at a bottom of the first pin (531), and the upper side of the first repairing head (53) is disposed There is a first wiping member (532); when assembled, the lower end of the first elastic member (52) is mounted on the first socket (512) of the first base (51), the first elastic member (52) The upper end is attached to the lower end of the first repairing head (53), and the first repairing head (53) The bottom side first pin (531) is inserted into the first support hole (513) and hooked to the first support hole (513) by the first hook (5311) of the first pin (531) The bottom end is configured to form a sliding pair and restrain the first repairing head (53) from being slidably displaced relative to the first base (51) without being separated. The first repairing device (6〇) (see the second figure) is disposed on the third output shaft (323) of the first transmission mechanism (3) (see the fourth figure) (6〇) is the same as the first repairing device (50), and therefore, it will not be described here. As shown in the second figure, the first transmission mechanism (7〇) is disposed in the main chamber (n), and the second transmission mechanism (70) is composed of a plurality of gears meshing with the first A gear train (32) of a transmission mechanism (30) (see FIGS. 3 and 6) is connected, and the second transmission mechanism (70) bears the power, transmission and output of the gear train mechanism (32). The power and movement required. The transmission mechanism contained in the invention patent of No. 4S2772 of the Republic of China Patent No. 4S2772 consists of a parallel mechanism of a three-part mechanism of a common double gear train of two sets of ordinary single gear trains in series with a mast and worm gear train mechanism. The combination of the first transmission mechanism (30) and the second transmission mechanism (70) as illustrated in the three figures, the fourth figure and the sixth diagram is the same, therefore, the first transmission mechanism (30) and the The mechanism configuration of the second transmission mechanism (70) is not described herein in the prior art. As shown in the fifth and sixth figures, the staggered lifting mechanism (8〇) includes: a gear cam member (81) 'the gear cam member (81) includes a gear meshing with the second transmission mechanism (10) (811) and an outer shape restraining cam (812) disposed on a side of the gear cam member (81); the first roller type oscillating follower (82) is adjacent to the outer shape restraining cam (8) 2), and is attached by a cam 9 1380293 On April 20, 101, the replacement page was corrected and abutted with the lower casing (12) to rotate the pair, the first-roller-moving follower (82) - the end without the roller a first tooth row (821); a first lifting plate (83) coaxial with the first repairing device (5〇), the first lifting plate (83) having a plurality of first edges a concave groove (831), wherein the lower body (12) is provided with a first 凸-shaped protrusion (121) corresponding to each of the first 凹槽-shaped grooves (gw), the first lifting plate The outer edge of the cantilever of (83) is provided with a second tooth row (832), the first lifting plate (83) is adjacent to the lower casing (12), and is attached to the rotating pair, and the first roller type swinging type The follower (82) is adjacent to the pair of gears; a second roller type pendulum The follower member (84) is adjacent to the outer shape restraining cam (812), is attached by the cam pair, and is adjacent to the lower casing (12), and is attached to the rotating pair. The second roller type swinging follower (84) The end of the rollerless roller is provided with a third tooth row (841); a second lifting plate (85) coaxial with the second repairing device (6〇), the second lifting plate (85) The outer edge is provided with a plurality of second iron-shaped grooves (851), and the lower casing (12) is provided with a second ridge-shaped convex shape corresponding to each of the second squat-shaped grooves (851) Block (122) 'The outer edge of the cantilever of the second lifting plate (85) is provided with a fourth row of teeth (852), and the second lifting plate (85) is adjacent to the lower casing (12) for accompanying rotation Adjacent to the second roller-type oscillating follower (84), with a pair of gears. As shown in the sixth figure, the motion control device (90) includes: a circuit unit (91), an upper housing touch switch (92)', a repair touch switch (93), and a cleaning touch switch (94). Each of the touch-opening relationships is respectively connected to the circuit unit, and the upper casing touch switch (92) is normally pressed by the upper casing (11) to be in an ON state, and when the upper casing (11) is disassembled Thereafter, the OFF state is turned off to cut off the circuit, and the motion control device (9A) is disposed in the housing for controlling the operator of the motor. The optical disc repairing machine disclosed in the first preferred embodiment is used for repairing the optical disc. As shown in the first and second figures, the cover opening button (112) is first pressed to cover the cover (111). Opening 'and then' applying the repairing agent to the first cleaning member (532) of the first repairing head (53) of the first repairing device (5) and the second cleaning device (60) The second wiper (632) of the repair head (63) is then mounted on the carrier (40) 10 1380293 On the board (111), pressing the repair power start button (1) 3), the disc repairing machine starts to repair the flattening disc _) the scratch wear operation, at this time, the staggered lifting mechanism (80) will The first repairing device (10) rises close to the surface of the optical disc until the first wiping member (Η2) of the first repairing head (53) is in contact with the surface of the optical disc (2〇〇). Then, the lifting operation is suspended, and the first wiping member (532) applies the repairing agent to the optical disc to be repaired and leveled, and the first repairing device (5)下降) the drop is separated from the surface of the optical disc and returned to the original position, and then the staggered lifting mechanism (8〇) will further drive the first repairing device (60) to rise close to the surface of the optical disc until the second repairing head (6)) The first wiping member (632) is placed at a set height position in contact with the surface of the optical disc (200), and then the lifting operation is suspended, and the second wiping member (632) applies the repairing agent to the optical disc to the mark. After repairing and leveling, the second repairing device (6〇) is separated from the surface of the optical disc and returned to the original position, so that the operation of approaching, suspending and retreating with respect to the optical disc is experienced after three cycles. The motion control device (90) automatically stops supplying power to the motor (2〇). After the optical disc repairing cleaning machine stops operating, the cover opening button (112) is pressed to the cover plate (111). Turn on the 'removal of the optical disc (200), and at this point, complete the operation and operation of the optical disc repairing and cleaning machine for the repair of the optical disc. φ As shown in the sixth and ninth drawings, the second preferred embodiment of the present optical disc repairing and cleaning machine comprises: a casing (10), a motor (20), and a first transmission mechanism (30). a carrier (40), a wet device (5〇a), a wiper device (60a), a second transmission mechanism (7〇), a staggered lifting mechanism (80), and an action control device ( 90). Since the wiping device (50a) and the wiping device (60a) are the same as those of the conventional wiping device and the wiping device, the details are not repeated here; due to the housing (10), the motor (20) the first transmission mechanism (30), the carrier (40), the second transmission mechanism (7〇), the staggered lifting mechanism (80)', and the structure of the motion control device (9〇), The combination and the effect of the connection between them are the same as those of the foregoing embodiment, and therefore, the detailed description thereof will not be repeated here. 11 1380293 Modified replacement page of April 20, 101. The optical disc repairing machine disclosed in the second preferred embodiment is used for cleaning the optical disc. As shown in the sixth and ninth circles, the cover is pressed first. The opening button (112) opens the cover plate (111). Since the optical disk patch cleaning machine is capable of both repairing and cleaning functions, the first repairing device must be installed after the cover plate (111) is opened.拆) and the second repairing device (60) are removed, and the wetting device (5) is installed at the first repairing device (5〇), and the drying device (60a) is installed in the At the second repairing device (6〇), the optical disc (2〇〇) to be cleaned is mounted on the carrying base (4〇), the cover (1U) is placed on the cover, and the cleaning power supply is pressed. When the start button (114) is used, the disc repairing machine starts to clean the optical disc. At this time, the parent lifting mechanism (80) first drives the wet device (5〇a) to rise close to the surface of the optical disc. Straight to the set height position of the wet wipe device (50a) in contact with the surface of the optical disc (2〇〇), and then suspend the lifting movement, s Xuan wipe device (5〇a) After the cleaning liquid is applied to the optical disc and cleaned, the wetting device (50a) is lowered and separated from the surface of the optical disc and returned to the original position. Then, the staggered lifting mechanism (80) drives the drying device (6). 〇a) rising close to the surface of the optical disc until the position of the wiper device (60a) is in contact with the surface of the optical disc (2〇〇), and then suspending the lifting operation (6〇a) After the mixture of the dirty/deficient and cleaning liquid remaining on the optical disc is wiped dry, the drying device (6〇a) is lowered and separated from the surface of the optical disc and restored to the original position, so as to be staggered relative to the optical disc. The experience of approaching, suspending and retreating - reading miscellaneous, _ (4) device (9G) will self-training the motor (4) for the power supply, after the disc repairing machine stops operating, then press the cover The opening button (II2) opens the cover plate (111) to take out the optical disk (2〇0), and at this point, completes the operation and operation of cleaning the optical disk by the optical disk repairing and cleaning machine. The optical disc repairing cleaning machine disclosed in the first and second preferred embodiments has a function of cleaning and repairing the faulty secret level and repairing the same. The difference between repairing and cleaning the optical disc is only based on repairing or clearing the disc. a piece of silk, the first repairing device (10) and the wetting device _ for interactive replacement 'and the second repairing device (60) and the drying device (for interactive replacement. 12 1380293 April 101 The 20th revision replacement page is an optical disc repairing cleaning machine disclosed by the first and second preferred embodiments, wherein the second transmission mechanism (7〇) and the staggered lifting mechanism (8〇) are in the cleaning repairing machine. The mechanism is added to save the loss of the cleaning liquid and the dry cloth. Therefore, the second transmission mechanism (70) is used for the single-function type of the optical disc repair only, or the consumption of the cleaning liquid and the dry cloth. And the parent's wrong lifting mechanism (8〇) is a non-essential component that can be deleted and omitted, without affecting the repair of the disc repairing machine and cleaning the failed optical disc to restore it. 】
第一圖係本創作第一較佳實施例之外觀立體圖。 第二圖係本創作第一較佳實施例於蓋板開啟後之俯視圖。 第三圖係本創作第一較佳實施例於第一圖中A_A剖面線上之剖視圖。 第四圖係本創作第一較佳實施例於上殼體卸除後僅表示馬達和第一傳 動機構之組合圖。 第五圖係本創作第一較佳實施例於上殼體卸除後僅表示交錯升降機構 之組合圖。 第六圖係本創作第一較佳實施例於上殼體卸除後之俯視圖。 第七圖係本創作第一較佳實施例中第一修補裝置之立體分解圖。The first figure is an external perspective view of the first preferred embodiment of the present creation. The second figure is a top view of the first preferred embodiment of the present invention after the cover is opened. The third drawing is a cross-sectional view of the first preferred embodiment of the present invention in the line A_A of the first drawing. The fourth embodiment is a combination of the motor and the first actuating mechanism after the upper housing is removed. The fifth drawing is a combination of the first preferred embodiment of the present invention showing only the staggered lifting mechanism after the upper casing is removed. The sixth drawing is a plan view of the first preferred embodiment of the present invention after the upper casing is removed. The seventh figure is an exploded perspective view of the first repairing device in the first preferred embodiment of the present invention.
第八圖係本創作第一較佳實施例中第一修補裝置之立體組合圖。 第九圖係本創作第二較佳實施例於蓋板開啟後之俯視圖。 【主要元件符號說明】 (10) 殼體 (11) 上殼體 (111) 蓋板 (1111)壓盤 (112) 蓋板開啟鍵 (113) 修補用電源啟動鍵 (114) 清潔用電源啟動鍵 13 1380293 101年4月20日修正替換頁 (12) 下殼體 (121) 第一鍥形凸塊 (122) 第二鍥形凸塊 (13) 主容室 (14) 副容室 (20)馬達 (30) 第一傳動機構 (31) 蝸桿 (32) 齒輪系機構 參 (321) 第一輸出軸 (322) 第二輸出軸 (323) 第三輸出軸 (33) 蝸輪 (33a)蝸桿堝輪系機構 (40)承載座 (50) 第一修補裝置 (51) 第一底座 _ (511) 第一接頭 (512) 第一承座 (513) 第一支承礼 (52) 第一彈性件 (53) 第一修補頭 (531)第一插腳 (5311)第一勾扣 (532)第一擦拭件 (50a)抹濕裝置 1380293 101年4月20日修正替換頁 (60)第二修補裝置 (63)第二修補頭 (632)第二擦拭件 (60a)拭乾裝置 (70)第二傳動機構 (80) 交錯升降機構 (81) 齒輪凸輪件 (811)齒輪 • (812)外形拘束凸輪 (82) 第一滾子型擺動式從動件 (821)第一齒排 . (83)第一升降盤 - (831)第一鍥形凹槽 (832)第二齒排 (84)第二滾子型擺動式從動件 (841)第三齒排 φ (85)第二升降盤 (851) 第二鍥形凹槽 (852) 第四齒排 (90) 動作控制裝置 (91) 電路單元 (92) 上殼體觸動開關 (93) 修補用觸動開關 (94) 清潔用觸動開關 • (200)光碟片 15The eighth figure is a three-dimensional combination diagram of the first repairing device in the first preferred embodiment of the present invention. The ninth drawing is a plan view of the second preferred embodiment of the present invention after the cover is opened. [Main component symbol description] (10) Housing (11) Upper housing (111) Cover (1111) Pressure plate (112) Cover open button (113) Repair power start button (114) Cleaning power start button 13 1380293 April 20, 2011 Revision Replacement Page (12) Lower Case (121) First Bump (122) Second Bump (13) Main Chamber (14) Sub Chamber (20) Motor (30) First transmission (31) Worm (32) Gear train mechanism (321) First output shaft (322) Second output shaft (323) Third output shaft (33) Worm gear (33a) Worm gear System (40) carrier (50) First repairing device (51) First base _ (511) First joint (512) First bearing seat (513) First bearing ceremony (52) First elastic member (53) First repair head (531) first pin (5311) first hook (532) first wiper (50a) wet device 1380293 April 20, 2011 correction replacement page (60) second repair device (63 Second repair head (632) second wiping member (60a) wiping device (70) second transmission mechanism (80) staggered lifting mechanism (81) gear cam member (811) gear • (812) outer shape restraining cam (82) First roller type oscillating follower (821) first tooth Row (83) first lifting plate - (831) first meandering groove (832) second tooth row (84) second roller type oscillating follower (841) third tooth row φ (85) Second lifting plate (851) Second groove (852) Fourth tooth row (90) Motion control unit (91) Circuit unit (92) Upper housing touch switch (93) Repair touch switch (94) Cleaning With touch switch • (200) disc 15