201218057 六、發明說明： 【發明所屬之技術領域】 本發明是關於：譬如電容式觸控面板所使用的輸入裝 置等。 【先前技術】 近年來’可利用接觸顯示裝置的顯示畫面，來執行資 0 訊輸入之觸控面板的重要度大增。在觸控面板中，用來偵 測接觸的感測器被安裝於顯示畫面上，該感測器是藉由偵 測手指等在顯示畫面上的接觸位置，執行資訊的輸入。而 使用「捕捉手指等與導電膜之間的靜電容量變化，來偵測 位置」的方式作爲感測器，也就是所謂的電容式觸控面板 ，是持續地普及。 在專利文獻1中揭示一種：握持部形成剖面略呈圓形 的棒狀，且在其左右分別形成凹陷的凹溝（維持手段）， Q 且對圓周方向形成具有方向性之剖面形狀的觸控筆。 此外’在專利文獻2中揭示一種：用來接觸電腦的觸 控面板，而對裝置執行資訊輸入的觸控筆，該觸控筆具備 :可安裝於手指的夾具'及被安裝於該夾具的筆前端部。 〔專利文獻1〕日本特開2009-23 0 1 79號公報 〔專利文獻2〕日本特開2009-259062號公報 【發明內容】 〔發明欲解決之課題〕 -5- 201218057 在此，在使用手指等對觸控面板執行輸入的場合中， 由於觸控面板與手指直接接觸，而存有譬如觸控面板表面 因皮脂而髒污以致顯示畫面不易觀視、或因爲長時間的使 用而令使用者感到手指的摩擦感等情形。此外，在使用手 指的場合中，很難將「手指與觸控面板之間的接觸面積」 縮小，容易使觸控面板所偵測之位置的精確度下降。 另外，譬如電容式觸控筆（stylus pen )等筆式的輸 入裝置容易遺失，在遺失的場合中，有時將失去對觸控面 板輸入的手段。 有鑑於上述的問題，本發明的目的是提供一種··使用 者難以感覺到手指的摩擦感，且能提高觸控面板之偵測位 置的精確度，此外即使遺失，也不易失去輸入手段的電容 式觸控面板用的輸入裝置等。 〔解決課題之手段〕 本發明的輸入裝置，是藉由接觸電容式的觸控面板， 而輸入觸控面板上之位置的輸入裝置，其特徵爲具備：具 有可撓性的絕緣層、及積層於絕緣層的導電層；絕緣層與 導電層形成一體並形成筒狀的形狀。 在本案中’最好更進一步具備：設於絕緣層與導電層 之至少其中一部分的黏著層。此外，筒狀的形狀最好是形 成：絕緣層較導電層更外側，不僅如此，該形狀，可視安 裝於手指的形狀來決定。 此外’本發明的輸入裝置，是藉由接觸電容式的觸控 -6 - 201218057 面板，而輸入觸控面板上之位置的輸入裝置’其特徵爲具 備：具有可撓性的絕緣層、及積層於絕緣層的導電層；絕 緣層與導電層，爲了配合支承體的形狀而形成一體，且可 自由彎曲。 在本案中，最好更進一步具備：設於絕緣層與導電層 之至少一部分的黏著層。此外，支承體可以是手指。不僅 如此，最好絕緣層與導電層是形成一體且形成五角形或六 0 角形的形狀。 此外，本發明的輸入方法，其特徵爲：是藉由使上述 的輸入裝置接觸於電容式的觸控面板，而輸入觸控面板上 的位置。 不僅如此，本發明的集合體，是集合「藉由接觸電容 式觸控面板，而輸入觸控面板上之位置的輸入裝置」的集 合體，其特徵爲：輸入裝置具備：具有可撓性的絕緣層、 及積層於絕緣層的導電層；且利用以下（1 )〜（3 )之任 〇何一種所集合： (1) 更進一步具備設於絕緣層或導電層之至少一部 分的黏著層，隔著黏著層積層輸入裝置； (2) 使輸入裝置結合成平面狀； (3) 將輸入裝置設成同狀的形狀’並積層筒狀形狀 的輸入裝置。 〔發明的效果〕 根據本發明，可提供一種：可讓使用者不易感覺到手 201218057 指的摩擦感，並提高觸控面板之偵測位置的精確度，此外 ，即使遺失也不易失去輸入手段之電容式觸控面板用的輸 入裝置等。 【實施方式】 <輸入裝置的說明> 以下，參考附圖，對本發明的實施形態進行詳細地說 明。 第1圖（a )〜（b )，是說明採用本實施形態之輸入 裝置的其中一例的圖。 輸入裝置10，是藉由接觸電容式（電容式、電容耦合 式（capacitive coupling ))觸控面板，而輸入該觸控面 板上之位置的輸入裝置。在本文中，第1圖（a)爲說明輸 入裝置1〇全體的立體圖，第1圖（b)爲第1圖（〇的Ib-Ib 剖面圖。 如第1圖（a)〜（b)所示，輸入裝置10具備：具有 可撓性的絕緣層1 1、和積層於絕緣層1 1所形成的導電層1 2 、及設於導電層12上之局部的黏著層13。接著，絕緣層11 與導電層12，是作爲一體而形成平面狀的六角形。 絕緣層1 1，是成爲用來形成導電層1 2的基材，且具有 絕緣性。此外，還具有可撓性且能自由彎曲。因此，可配 合用來安裝輸入裝置1 0之支承體的形狀。在本文中，所謂 的支承體’如稍後所詳述，爲手指或者筆具。接著，譬如 藉由將輸入裝置10捲附於前述的手指或筆具，可使輸入裝 -8- 201218057 置ίο的形狀配合支承體的形狀。 就符合上述條件之絕緣層11的材料而言，譬如可採用 樹脂薄片。更具體地說，可以採用由聚丙烯（pp)、聚酯 、尼龍、聚氯乙烯（PVC )、聚碳酸酯（PC)、聚對苯二 甲酸乙二酯（PET )等所形成的樹脂薄片。接著，就上述 樹脂薄片的厚度而言’譬如可使用ΙΟ/zm〜3 00 //ιη的樹脂 薄片。 0 導電層12具有導電性，是爲了使微弱電流流通於觸控 面板與人體之間所設置。接著，藉由這樣的構造，輸入裝 置10可做爲電容式觸控面板用的輸入裝置發生作用。在本 實施形態中’導電層12中含有金屬或者導電性高分子，藉 此使導電層12形成導電性。在本文中，所謂的金屬譬如爲 :鋁（A1)、鉻（Cr)、鎳（Ni)、錫（Sn)、鋅（Zn) 、金（Au)等。其中從後述易於蒸鍍等的觀點、或者製造 費用低的觀點來看，導電層12最好是由鋁（A1 )所形成。 Q 導電層12的厚度，倘若過薄將無法確保導電性，但在 過厚的場合中，當使輸入裝置10配合支承體的形狀時，容 易曲折而引發塑性變形。實際上，當使用輸入裝置10時， 將因爲該曲折而產生皺褶。接著，倘若在輸入裝置10與觸 控面板之間的接觸部位，也就是指在前端部1 4產生曲折， 將容易在輸入裝置1 0與觸控面板之間形成點接觸。如此一 來，當輸入裝置10與觸控面板之間呈面接觸時，不易產生 接觸不良。據此，從「既可確保導電性，又難以產生接觸 不良」的觀點來看，在本實施形態中，導電層1 2最好是由 -9- 201218057 金屬薄膜所形成。接著’該厚度可設成譬如1〇ηιη〜l〇〇/i 而在可確保導電性的前提下，導電層12亦可僅設於絕 緣層1 1的局部。 上述的導電層12，可藉由利用蒸鍍等塗佈於絕緣層n 上的方式形成。在該場合中’可將絕緣層11與導電層12 —· 併視爲金屬積層膜。 黏著層1 3是爲了下述作用所設置：當使支承體的形狀 配合輸入裝置10時，用來維持輸入裝置10的形狀；或者當 將輸入裝置10接著於支承體之際，用來固定支承體與輸入 裝置1 0。 爲了發揮上述作用，黏著層13最好是由感壓接著劑（ Pressure Sensitive Adhesives)所形成。亦即，最好是在 張貼於接著部位的瞬間，完成接著。此外，在將輸入裝置 10接著固定於支承體的場合中，支承體與輸入裝置10之間 的接著，並不需要十分地牢固，最好是形成：輸入裝置10 可簡單地從支承體離脫。在本實施形態中，是將黏著層1 3 配置在「沿著輸入裝置10之六角形狀的其中一邊的位置、 及沿著面向前述邊之另一邊的位置」的2個部位。 藉由使用上述的輸入裝置10，當操作觸控面板之際， 使用者無需使手指直接接觸於觸控面板，因此不易感覺到 手指的摩擦感。不僅如此，相較於使用手指的場合，可縮 小對觸控面板的接觸面積。因此，可提高接觸於觸控面板 之部位的位置精確度。 此外，在本實施形態中，是藉由形成絕緣層1 1與導電 -10- 201218057 層I2的二層構造，而構成輸入裝置10。這是由於：一旦僅 具有絕緣層11時，在觸控面板與人體之間將難以流通微弱 電流，而無法作爲輸入裝置發生作用。此外，一旦僅具有 導電層1 2時，在利用金屬形成導電層1 2的場合中，則如先 前所述，容易在前端部14形成點接觸以致容易引發接觸不 良。另外，在本實施形態的輸入裝置10中，由於絕緣層11 是由具有可撓性的樹脂薄片等所形成，因此在前端部14形 0 成彈性變形，進而產生彎曲而接觸於觸控面板。因此，容 易形成面接觸，可使微弱電流更容易流通。 此外，在本實施形態的輸入裝置1 0中，對於具有硬質 前端部的電容式觸控筆等而言，不易在觸控面板表面造成 損傷，更不易傷及觸控面板。 不僅如此，近年來的觸控面板，多半是可偵測複數個 接觸點的觸控面板。換言之，也就是可執行所謂的「多點 觸控」，藉由使用這樣的面板並對觸控面板執行經預先設 Q 定的動作，可實現譬如：畫面的放大或縮小之類的各種功 能。然而，在使用電容式觸控筆作爲輸入裝置的場合中， 則很難觸碰觸控面板之複數個部位。另外，在本實施形態 的輸入裝置10中，可藉由將輸入裝置10安裝於複數隻手指 ，而輕易地觸碰觸控面板的複數個部位。 此外，藉由採用本實施形態的輸入裝置1 0，可實現所 謂的拋棄式輸入裝置。 舉例來說，後述之輸入裝置10的集合體，攜帶方便， 只需在必要時取出所需的數量安裝於筆或者手指後使用即 -11 - 201218057 可。經使用後的輸入裝置1 〇只需拋棄即可。 或者，藉由在欲使用的場所預先準備該輸入裝置10, 可降低使用者隨身攜帶輸入裝置10的必要性。此外，即使 遺失，準備替代用的輸入裝置10也較電容式觸控筆等容易 〇 不僅如此，本實施形態的輸入裝置10，在採用樹脂薄 片作爲絕緣層1 1的場合中可以印刷。亦即，由於可引刷輸 入裝置10的商品名和使用方法、或者各式各樣的花紋等， 故可輕易地製作出具有良好外觀性的產品。 雖然在本實施形態中，絕緣層11與導電層12各自是由 1層所構成，但也可以爲2層以上。亦即，也可以形成：絕 緣層1 1與導電層12交互地積層的構造。 不僅如此，雖然在本實施形態中，黏著層1 3是被設於 導電層12，但本發明並不侷限於此，也可以設於絕緣層11 〇 此外，就「爲了配合各種支承體的形狀，使用者可自 由地設定筒狀輸入裝置1〇之形狀」的這點來看，最好是設 有黏著層13。但是在已預先將輸入裝置10設成筒狀之形狀 的狀態下，必須考慮其流通性（指運輸性）。在該場合中 ，可考慮不設置黏著層13，而藉由壓著等方式接著，來維 持筒狀的形狀。在該場合中，黏著層1 3則並非必須。 <輸入裝置之使用形態的說明> 接下來，針對上述輸入裝置1 0的具體使用形態進行說 -12- 201218057 明。 第2圖（a)〜（c)，是說明輸入裝置1〇之使用形態 的第1〜第3範例的圖。 在本文中’第2圖（a)是說明輸入裝置10之使用形態 的第1範例的圖。 在第2圖（a)中顯示：藉由使第1圖所示的輸入裝置 1〇’配合筆具20的形狀而捲回，進而形成筒狀之形狀的場 合。然而在以下的說明中，爲了區分上的方便，而將形成 該筒狀形態的輸入裝置10稱爲「輸入裝置l〇a」。該輸入 裝置10a’輸入裝置10是將絕緣層η作爲外側，並將導電 層12作爲內側而捲回，接著利用配置於輸入裝置10端部的 黏著層13接著後固定，而維持筒狀的形狀。此外，輸入裝 置10a’是使筆具20從「位於面向前端部14之位置」的前 端部1 5側插入，並在已安裝於筆具2 0的狀態下使用。 此外，在本實施形態中，當輸入裝置1 0形成筒狀的形 〇 狀之際，是形成從前端部1 5朝向前端部1 4縮小的形狀。因 此，雖然筆具20從前端部15插入時，是保有餘隙地插入， 但筆具20是無法朝向前端部14側貫穿。如此一來，可以將 輸入裝置l〇a穩定地安裝於筆具20。此外，此時，只要將 黏著層13設於導電層12的整個面，便可藉由該黏著層13與 筆具20的接著而固定，可更加地穩定。 然而，即使是「將輸入裝置1〇安裝於筆具20之後再捲 回，而獲得形成筒狀形態」的輸入裝置l〇a，也能與上述 說明相同地使用。此時，在將輸入裝置10安裝時筆具20之 -13- 201218057 際，最好是在輸入裝置ίο標示定位用的標誌（譬如’ 具20之前端位置配合（一致）的標誌等）。 接下來，使用觸控面板的使用者，可藉由握持著 於筆具20的輸入裝置l〇a，並使輸入裝置10a的前端部 觸於觸控面板，而對觸控面板執行資訊的輸入。此時 入裝置l〇a的至少一部分，最好是接觸於握持著筆具 手。 在該場合中，筆具20可以是原子筆之類的一般筆 因此，在該形態的場合中，使用者可使用慣用的筆具 者手邊現有的筆具執行對觸控面板的資訊輸入。在該 中，可獲得：能兼顧對觸控面板的輸入、與一般書寫 種功能的裝置。 此外，第2圖（b)，是說明輸入裝置10之使用形 第2範例的圖。 在第2圖（b)中，是顯示將第2圖（a)所示的輸 置l〇a，在第2圖（a)中的Ilb-IIb處予以切斷的狀態 以下的說明中，爲了區分上的方便，而將該輸入裝置 爲「輸入裝置10b」。輸入裝置l〇b，是在手指30從切 之側插入，而安裝於手指3 0的狀態下使用。而在本實 態中，輸入裝置1 Ob是如同先前所描述，是形成從切 朝向前端部14縮小的形狀。因此，手指30是無法朝向 部1 4側貫穿。如此一來，可將輸入裝置1 〇b穩定地安 手指3 0。不僅如此，與第1圖（a )的場合相同，只要 著層13設置於導電層12的整個面，便可藉由該黏著層 與筆 安裝 14接 ，輸 20的 具。 、或 場合 之兩 態的 入裝 。在 10稱 斷部 施形 斷部 前端 裝於 將黏 13與 -14- 201218057 手指30的接著而固定，可更加地穩定。 接著’使用觸控面板的使用者，可藉由使安裝於手指 30之輸入裝置10b的前端部14接觸於觸控面板，而對觸控 面板執行資訊的輸入。 此外，第2圖（c )，是說明輸入裝置1 0之使用形態的 第3範例的圖。 在第2圖（c)中，是顯示將第2圖（b)所顯示的輸入 0 裝置l〇b，更進一步地在第2圖（b )中的IIc-IIc處予以切 斷的狀態。在以下的說明中，爲了區分上的方便，而將該 輸入裝置10稱爲「輸入裝置l〇c」。輸入裝置10c，並不具 可捲繞於手指30全體的寬度，而是在接觸於手指30局部後 安裝的狀態下使用。在該場合中，是藉由黏著層13而將輸 入裝置l〇c與手指30予以接著並固定。 接著，使用觸控面板的使用者，可藉由使安裝於手指 30之輸入裝置l〇c的前端部14接觸於觸控面板，而對觸控 〇 面板執行資訊的輸入。 如以上所述，由於絕緣體11與導電體1 2可作爲一體而 自由彎曲，因此本實施形態的輸入裝置10能容易地配合支 承體的形狀。不僅如此，爲了能更輕易地執行對觸控面板 的輸入，是藉由如上述輸入裝置10b、10C般的切斷等，輕 易地配合其長度。而在已將輸入裝置10b、10c展開的場合 中，形成譬如於第1圖（a)所示的Ib-Ib處切斷的形狀，在 該場合中，是形成五角形的形狀。 而在本實施形態中，由於是將導電層1 2作爲內側而捲 -15- 201218057 回，絕緣層1 1則成爲外側。因此，與觸控面板直接接 部分，便成爲絕緣層11，即使在該場合中，微弱電流 以從電容式的觸控面板，通過輸入裝置10a、1 Ob、] 及人體而流通。據此，由輸入裝置l〇a、10b、l〇c對 面板執行資訊的輸入時不會有障礙。 此外，雖然輸入裝置10a、10b、10c，是藉由將 層1 1作爲外側，並將導電層1 2作爲內側後捲回的方式 作第1圖所示的輸入裝置1 0，但亦可藉由將絕緣層1 1 內側，並將導電層1 2作爲外側後捲回的方式來製作。 而使用以上所說明的輸入裝置l〇a、10b、l〇c對 面板執行資訊輸入的方法，可被視爲以「藉由使輸入 l〇a、l〇b、10c接觸於電容式觸控面板，而輸入觸控 上之位置」作爲特徴的輸入方法。 <輸入裝置之集合體的說明> 接著，針對集合了輸入裝置10的集合體進行說明 第3圖（a)〜（c)，是說明輸入裝置之集合體β 〜第3範例的圖。 在本文中’第3圖（a)是說明輸入裝置1〇之集合 第1例的圖。 第3圖（a)所示的集合體1〇〇，是使輸入裝置1〇 於其厚度方向的集合體。接著，輸入裝置1〇是藉由隔 者層13積層的方式形成集合體1〇〇。藉由形成上述的 ，在流通（運輸）輸入裝置10的場合中，可作爲集 觸的 也可 〇c以 觸控 絕緣 來製 作爲 觸控 裝置 面板 勺第1 體的 積層 著黏 形態 合體 -16- 201218057 1 0 0並以經整合的形態流通。接下來，使用輸入裝置1 〇的 使用者，可從集合體100—次1片地剝取輸入裝置10，並藉 由安裝於當作支承體的筆具20或手指30，而使用輸入裝置 10° 此外，第3圖（b)是說明輸入裝置10之集合體的第2 例的圖。 第3圖（b )所示的集合體200，是藉由將形成梯形形 0 狀的輸入裝置10結合成平面狀而成爲集合體200。在本實 施形態中’各輸入裝置1 0之間形成接縫，藉由這樣的方式 使各輸入裝置10結合。接著，使用輸入裝置10的使用者， 可藉由從集合體200將接縫的部分撕開，而將輸入裝置10 予以分離，再藉由安裝於當成支承體的筆具20或手指30， 而使用輸入裝置10。 在本實施形態中，可藉由使各輸入裝置10的方向彼此 相反地予以結合’而使集合體200形成帶狀。接著，可以 Q 在捲取該帶狀集合體200的形態下，流通（運輸）集合體 200 ° 此外’第3圖（c)是說明輸入裝置1〇之集合體的第3 例的圖。 第3圖（c)所示的集合體3 00，是藉由積層筒狀形狀 的輸入裝置10b而成爲集合體3 00。藉由形成上述的形態， 使用輸入裝置10b的使用者’可藉由從集合體3〇〇—次1片 地剝取輸入裝置l〇b，並安裝於當成支承體的筆具20或手 指3 0 ’而使用輸入裝置〗〇 b。此外，在該形態中，安裝於 -17- 201218057 當成支承體的筆具20或手指30時不必將其捲回。因此，使 用者可立即使用輸入裝置l〇b。 如上所述地使輸入裝置10形成集合體，使用者可攜帶 該集合體，即使輸入裝置10遺失也能立即準備替代的輸入 裝置10。因此，即使使用者遺失了輸入裝置10，也不會失 去對觸控面板輸入的手段。 【圖式簡單說明】 第1圖：（a)〜（b)是說明採用本實施形態之輸入 裝置的其中一例的圖。 第2圖：（a )〜（c )是說明輸入裝置之使用形態的 第1〜第3例的圖。 第3圖：（a)〜（c)是說明輸入裝置之集合體的第1 〜第3例的圖。 【主要元件符號說明】 10 :輸入裝置 11 :絕緣層 12 :導電層 13 :黏著層 20 :筆具 3 0 _手指 100、200、3 00 :集合體 -18-201218057 VI. Description of the Invention: [Technical Field] The present invention relates to, for example, an input device used in a capacitive touch panel. [Prior Art] In recent years, the importance of the touch panel for performing the input of the touch display device has been greatly increased. In the touch panel, a sensor for detecting a contact is mounted on a display screen, and the sensor performs input of information by detecting a contact position of a finger or the like on the display screen. The use of a method of "capturing a change in electrostatic capacitance between a finger or the like and a conductive film to detect a position" as a sensor, that is, a so-called capacitive touch panel, is continuously popularized. Patent Document 1 discloses that the grip portion is formed in a rod shape having a substantially circular cross section, and recessed grooves (maintenance means) are formed on the right and left sides thereof, and a contact having a directional cross-sectional shape is formed in the circumferential direction. Control the pen. Further, in Patent Document 2, a stylus for performing information input on a device for contacting a touch panel of a computer, the stylus having: a jig capable of being mounted on a finger and being mounted on the jig The front end of the pen. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2009-23 No. 2009-259062 (Patent Document 2) Japanese Laid-Open Patent Publication No. 2009-259062-A. [Problem to be Solved by the Invention] -5-201218057 Here, the finger is used. In the case where the input is performed on the touch panel, the touch panel is in direct contact with the finger, and the surface of the touch panel is dirty due to sebum, so that the display screen is difficult to view, or the user is used for a long time. I feel the friction of my fingers and so on. In addition, in the case of using a finger, it is difficult to reduce the "contact area between the finger and the touch panel", and it is easy to reduce the accuracy of the position detected by the touch panel. In addition, pen-type input devices such as a stylus pen are easily lost, and in the case of loss, the means for inputting the touch panel may be lost. In view of the above problems, an object of the present invention is to provide a user who has difficulty in feeling the friction of a finger and can improve the accuracy of detecting the position of the touch panel, and even if it is lost, it is difficult to lose the capacitance of the input means. Input device for touch panel, etc. [Means for Solving the Problem] The input device of the present invention is an input device that inputs a position on the touch panel by contacting a capacitive touch panel, and is characterized in that it has a flexible insulating layer and a laminate a conductive layer on the insulating layer; the insulating layer is formed integrally with the conductive layer and formed into a cylindrical shape. In the present invention, it is preferable to further provide an adhesive layer provided on at least a part of the insulating layer and the conductive layer. Further, the cylindrical shape is preferably formed such that the insulating layer is more outward than the conductive layer, and the shape is determined by the shape of the finger. In addition, the input device of the present invention is an input device that is input to a position on the touch panel by contacting a capacitive touch panel -6 - 201218057 panel, and is characterized by: a flexible insulating layer and a laminate The conductive layer of the insulating layer; the insulating layer and the conductive layer are integrally formed to fit the shape of the support, and are freely bendable. In the present invention, it is preferable to further provide an adhesive layer provided on at least a part of the insulating layer and the conductive layer. Furthermore, the support can be a finger. Moreover, it is preferable that the insulating layer and the conductive layer are integrally formed and formed into a pentagon or a hexagon shape. Further, the input method of the present invention is characterized in that the position on the touch panel is input by bringing the input device into contact with the capacitive touch panel. Furthermore, the assembly of the present invention is an assembly of "input means for inputting a position on the touch panel by contacting a capacitive touch panel", characterized in that the input device is provided with: flexible An insulating layer and a conductive layer laminated on the insulating layer; and any one of the following (1) to (3) is assembled: (1) further comprising an adhesive layer provided on at least a part of the insulating layer or the conductive layer, (2) The input device is combined into a flat shape; (3) The input device is formed into a shape of the same shape and an input device of a cylindrical shape is laminated. [Effects of the Invention] According to the present invention, it is possible to provide a user who does not easily feel the frictional feeling of the hand 201218057 and improve the accuracy of the detection position of the touch panel, and in addition, it is not easy to lose the capacitance of the input means even if it is lost. Input device for touch panel, etc. [Embodiment] <Description of Input Device> Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. Fig. 1 (a) to (b) are diagrams for explaining an example of an input device according to the embodiment. The input device 10 is an input device that inputs a position on the touch panel by contacting a capacitive (capacitive, capacitive coupling) touch panel. Here, Fig. 1(a) is a perspective view showing the entire input device 1A, and Fig. 1(b) is a first view (Ib-Ib cross-sectional view of 〇. Fig. 1 (a) to (b) As shown in the figure, the input device 10 includes a flexible insulating layer 1 1 , a conductive layer 12 formed by laminating the insulating layer 11 , and a partial adhesive layer 13 provided on the conductive layer 12 . The layer 11 and the conductive layer 12 are formed into a planar hexagonal shape as a whole. The insulating layer 1 1 is a base material for forming the conductive layer 12 and has insulating properties. Further, it has flexibility and can be used. Freely bent. Therefore, the shape of the support for mounting the input device 10 can be matched. In this context, the so-called support body 'is a finger or a pen as will be described in detail later. Then, for example, by inputting the device 10 rolls attached to the aforementioned finger or pen can be shaped to match the shape of the support body in the shape of the input device -8-201218057. For the material of the insulating layer 11 which satisfies the above conditions, for example, a resin sheet can be used. Said to be made of polypropylene (pp), polyester, nylon, polyvinyl chloride A resin sheet formed of PVC, polycarbonate (PC), polyethylene terephthalate (PET), etc. Next, as for the thickness of the above-mentioned resin sheet, "ΙΟ/zm~3 00 can be used // Resin sheet of ιη. 0 The conductive layer 12 is electrically conductive so that a weak current flows between the touch panel and the human body. Then, with such a configuration, the input device 10 can be used as a capacitive touch panel. In the present embodiment, the conductive layer 12 contains a metal or a conductive polymer, whereby the conductive layer 12 is made electrically conductive. In this context, the so-called metal is, for example, aluminum (A1), chromium. (Cr), nickel (Ni), tin (Sn), zinc (Zn), gold (Au), etc. Among them, the conductive layer 12 is preferably from the viewpoint of easy vapor deposition or the like, or a low manufacturing cost. It is formed of aluminum (A1). Q The thickness of the conductive layer 12 cannot ensure conductivity when it is too thin, but in the case of excessive thickness, when the input device 10 is fitted to the shape of the support, it is easy to bend and cause plastic deformation. In fact, when the input device 10 is used, Wrinkles are generated due to the zigzag. Then, if the contact portion between the input device 10 and the touch panel, that is, the front end portion 14 is bent, it is easy to form between the input device 10 and the touch panel. In this case, when the input device 10 is in surface contact with the touch panel, contact failure is less likely to occur, and thus, from the viewpoint of "ensures electrical conductivity and is difficult to cause contact failure", In the present embodiment, the conductive layer 12 is preferably formed of a metal film of -9-201218057. Then, the thickness can be set to, for example, 1 〇ηιη to l〇〇/i, and conductive can be ensured while ensuring conductivity. The layer 12 may also be provided only on a portion of the insulating layer 11. The conductive layer 12 described above can be formed by being applied to the insulating layer n by vapor deposition or the like. In this case, the insulating layer 11 and the conductive layer 12 can be regarded as a metal laminated film. The adhesive layer 13 is provided for maintaining the shape of the input device 10 when the shape of the support body is fitted to the input device 10, or for fixing the support device 10 when the input device 10 is attached to the support body. Body and input device 10. In order to exert the above effects, the adhesive layer 13 is preferably formed of Pressure Sensitive Adhesives. That is, it is preferable to complete the subsequent moment at the time of posting to the subsequent portion. Further, in the case where the input device 10 is subsequently fixed to the support body, the subsequent connection between the support body and the input device 10 does not need to be sufficiently strong, and it is preferable that the input device 10 can be easily detached from the support body. . In the present embodiment, the adhesive layer 13 is disposed at two locations "the position along one side of the hexagonal shape of the input device 10 and the position along the other side facing the side". By using the above-described input device 10, when the touch panel is operated, the user does not need to directly touch the finger to the touch panel, and thus it is difficult to feel the friction of the finger. Not only that, but the contact area of the touch panel can be reduced as compared with the case of using a finger. Therefore, the positional accuracy of the portion contacting the touch panel can be improved. Further, in the present embodiment, the input device 10 is constituted by a two-layer structure in which the insulating layer 11 and the conductive-10-201218057 layer I2 are formed. This is because once the insulating layer 11 is provided, it is difficult to flow a weak current between the touch panel and the human body, and it is not possible to function as an input device. Further, in the case where only the conductive layer 12 is provided, in the case where the conductive layer 12 is formed using a metal, as described earlier, it is easy to form a point contact at the front end portion 14 so that contact failure is liable to be easily caused. Further, in the input device 10 of the present embodiment, since the insulating layer 11 is formed of a flexible resin sheet or the like, the front end portion 14 is elastically deformed, and is bent to contact the touch panel. Therefore, it is easy to form a surface contact, which makes the weak current flow more easily. Further, in the input device 10 of the present embodiment, the capacitive stylus having a hard tip end portion is less likely to cause damage on the surface of the touch panel, and the touch panel is less likely to be damaged. Moreover, in recent years, touch panels are mostly touch panels that can detect a plurality of contact points. In other words, the so-called "multi-touch" can be performed, and by using such a panel and performing a predetermined action on the touch panel, various functions such as enlargement or reduction of the screen can be realized. However, in the case where a capacitive stylus is used as the input device, it is difficult to touch a plurality of portions of the touch panel. Further, in the input device 10 of the present embodiment, a plurality of parts of the touch panel can be easily touched by attaching the input device 10 to a plurality of fingers. Further, by using the input device 10 of the present embodiment, a so-called disposable input device can be realized. For example, an assembly of the input device 10, which will be described later, is convenient to carry, and it is only necessary to take out the required number and attach it to a pen or a finger after use, that is, -11 - 201218057. After use, the input device 1 can be discarded. Alternatively, by preparing the input device 10 in advance at the place to be used, the necessity of the user carrying the input device 10 with him or her can be reduced. Further, even if it is lost, the input device 10 for replacement is easier than the capacitive stylus pen. The input device 10 of the present embodiment can be printed when the resin film is used as the insulating layer 1 1 . That is, the product name and the method of use of the brush input device 10, or various patterns can be easily produced, so that a product having good appearance can be easily produced. In the present embodiment, the insulating layer 11 and the conductive layer 12 are each composed of one layer, but they may be two or more layers. That is, it is also possible to form a structure in which the insulating layer 11 and the conductive layer 12 are alternately laminated. In addition, in the present embodiment, the adhesive layer 13 is provided on the conductive layer 12. However, the present invention is not limited thereto, and may be provided in the insulating layer 11 and "in order to match the shape of various supports" In view of the fact that the user can freely set the shape of the tubular input device 1", it is preferable to provide the adhesive layer 13. However, in the state in which the input device 10 has been previously formed into a cylindrical shape, it is necessary to consider its fluidity (refer to transportability). In this case, it is conceivable that the adhesive layer 13 is not provided, and the cylindrical shape is maintained by pressing or the like. In this case, the adhesive layer 13 is not essential. <Description of Use Mode of Input Device> Next, the specific use form of the input device 10 will be described -12-201218057. Figs. 2(a) to 2(c) are diagrams showing first to third examples of the usage form of the input device 1A. In the present invention, Fig. 2(a) is a view showing a first example of the use form of the input device 10. In Fig. 2(a), it is shown that the input device 1'' shown in Fig. 1 is wound up in accordance with the shape of the writing instrument 20, thereby forming a cylindrical shape. However, in the following description, the input device 10 forming the cylindrical form is referred to as "input device 10a" for convenience of distinction. In the input device 10a', the input device 10 has the insulating layer η as the outer side, and the conductive layer 12 is wound back as the inner side, and then the adhesive layer 13 disposed at the end of the input device 10 is then fixed to the cylindrical shape. . Further, the input device 10a' is inserted from the front end portion 15 side of the "position located at the front end portion 14", and is used in a state where it is attached to the writing instrument 20. Further, in the present embodiment, when the input device 10 is formed into a tubular shape, the shape is reduced from the distal end portion 15 toward the distal end portion 14. Therefore, when the writing instrument 20 is inserted from the distal end portion 15, the writing instrument 20 is inserted with a clearance, but the writing instrument 20 cannot penetrate toward the distal end portion 14 side. In this way, the input device 10a can be stably attached to the writing instrument 20. Further, at this time, if the adhesive layer 13 is provided on the entire surface of the conductive layer 12, it can be fixed by the adhesion of the adhesive layer 13 and the writing instrument 20, which is more stable. However, even if the input device 10a that "attaches the input device 1A to the writing instrument 20 and then rewinds it to form a cylindrical shape" can be used in the same manner as described above. At this time, when the writing device 10 is mounted, the writing instrument 10 is -13-201218057, and it is preferable that the input device ίο indicates a positioning flag (for example, a flag (for the same position at the front end of the tool 20). Next, the user who uses the touch panel can perform information on the touch panel by holding the input device 10a of the writing instrument 20 and touching the front end portion of the input device 10a to the touch panel. Input. At least a portion of the device l〇a is preferably in contact with the hand holding the pen. In this case, the writing instrument 20 can be a general pen such as a ball pen. Therefore, in the case of this form, the user can perform information input to the touch panel using the existing writing instrument of the conventional author. In this, it is possible to obtain a device that can take into consideration both the input to the touch panel and the functions of the general writing type. Further, Fig. 2(b) is a view for explaining a second example of the use form of the input device 10. In the second diagram (b), in the following description, the state in which the transport l〇a shown in Fig. 2(a) is cut off at Ilb-IIb in Fig. 2(a) is shown. In order to facilitate the distinction, the input device is referred to as "input device 10b". The input device 10b is used when the finger 30 is inserted from the side of the cut and is attached to the finger 30. In the present embodiment, however, the input device 1 Ob is formed in a shape which is reduced from the cutting toward the front end portion 14 as previously described. Therefore, the finger 30 cannot be penetrated toward the side of the portion 14 side. In this way, the input device 1 〇b can be stably held by the finger 30. Further, as in the case of Fig. 1(a), as long as the layer 13 is provided on the entire surface of the conductive layer 12, the adhesive layer can be connected to the pen mount 14 to transfer the 20 member. Or the two states of the occasion. At the front end of the 10-shaped broken part, the front end of the broken part is attached to the adhesive 13 and the -14-201218057 finger 30 is fixed, which is more stable. Then, the user who uses the touch panel can input information to the touch panel by bringing the front end portion 14 of the input device 10b attached to the finger 30 into contact with the touch panel. Further, Fig. 2(c) is a view for explaining a third example of the usage form of the input device 100. In Fig. 2(c), the input 0 device 10b shown in Fig. 2(b) is further cut off at IIc-IIc in Fig. 2(b). In the following description, the input device 10 will be referred to as "input device l〇c" for convenience of distinction. The input device 10c is not wound around the entire width of the finger 30, but is used in a state in which it is attached to a part of the finger 30. In this case, the input device 10c and the finger 30 are attached and fixed by the adhesive layer 13. Then, the user who uses the touch panel can input information to the touch panel by touching the front end portion 14 of the input device 10c mounted on the finger 30 to the touch panel. As described above, since the insulator 11 and the conductor 1 2 can be bent freely as a whole, the input device 10 of the present embodiment can easily match the shape of the support. Further, in order to more easily perform the input to the touch panel, the length is easily matched by cutting or the like as in the above-described input devices 10b and 10C. On the other hand, when the input devices 10b and 10c have been unfolded, a shape cut like Ib-Ib shown in Fig. 1(a) is formed, and in this case, a pentagon shape is formed. On the other hand, in the present embodiment, since the conductive layer 1 2 is wound inside, the winding layer -15-201218057 is returned, and the insulating layer 1 1 is formed outside. Therefore, the portion directly connected to the touch panel becomes the insulating layer 11, and even in this case, a weak current flows from the capacitive touch panel through the input devices 10a, 1 Ob, and the human body. Accordingly, there is no obstacle to the input of information to the panel by the input devices 10a, 10b, l〇c. Further, although the input devices 10a, 10b, and 10c are the input device 10 shown in Fig. 1 by using the layer 1 1 as the outer side and the conductive layer 12 as the inner side, the input device 10 can be borrowed. It is produced by the inside of the insulating layer 1 1 and the conductive layer 12 is wound as the outer side. The method of performing information input on the panel using the input devices 10a, 10b, and 10c described above can be regarded as "by contacting the input l〇a, l〇b, 10c with the capacitive touch. The panel, and the position on the touch is input as a special input method. <Description of Aggregate of Input Device> Next, an assembly of the input device 10 will be described. Figs. 3(a) to 3(c) are diagrams for explaining an aggregate of the input devices β to 3. Here, Fig. 3(a) is a view for explaining a first example of the set of input devices 1A. The aggregate 1A shown in Fig. 3(a) is an assembly in which the input device 1 is placed in the thickness direction thereof. Next, the input device 1A is formed by laminating the spacer layer 13 to form an aggregate 1〇〇. By forming the above-mentioned, in the case of circulating (transporting) the input device 10, it can be used as a touch-collecting or a touch-insulation to form a laminated form of the first body of the touch panel panel spoon-16. - 201218057 1 0 0 and circulated in an integrated form. Next, the user who uses the input device 1 剥 can strip the input device 10 one by one from the assembly 100, and use the input device 10 by being attached to the writing instrument 20 or the finger 30 as a support. Further, Fig. 3(b) is a view for explaining a second example of the assembly of the input device 10. The assembly 200 shown in Fig. 3(b) is an assembly 200 by combining the input devices 10 having a trapezoidal shape of 0 into a planar shape. In the present embodiment, a joint is formed between the respective input devices 10, and the input devices 10 are combined in this manner. Next, the user using the input device 10 can separate the input device 10 by tearing apart the portion of the seam from the assembly 200, and then attaching it to the writing instrument 20 or the finger 30 as a support. The input device 10 is used. In the present embodiment, the assembly 200 can be formed in a strip shape by bonding the directions of the respective input devices 10 to each other. Next, Q can be circulated (transported) in the form of winding the belt-shaped assembly 200. Further, FIG. 3(c) is a view showing a third example of the assembly of the input device 1A. The aggregate 3 00 shown in Fig. 3(c) is an aggregate 300 by the cylindrical input device 10b. By forming the above-described form, the user 'the user using the input device 10b can be stripped of the input device 10b from the aggregate 3, and attached to the writing instrument 20 or the finger 3 as a support. 0 'and use the input device〗 〇b. Further, in this form, it is not necessary to rewind the writing instrument 20 or the finger 30 as a support when it is mounted on -17-201218057. Therefore, the user can immediately use the input device l〇b. The input device 10 is formed into an assembly as described above, and the user can carry the assembly, and the alternative input device 10 can be prepared immediately even if the input device 10 is lost. Therefore, even if the user loses the input device 10, the means for inputting to the touch panel is not lost. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 (a) to (b) are diagrams for explaining an example of an input device according to the present embodiment. Fig. 2: (a) to (c) are diagrams showing first to third examples of the use form of the input device. Fig. 3: (a) to (c) are diagrams illustrating first to third examples of an assembly of input devices. [Main component symbol description] 10: Input device 11: Insulation layer 12: Conductive layer 13: Adhesive layer 20: Pen 3 0 _ Finger 100, 200, 3 00: Aggregate -18-