201119598 六、發明說明： 【發明所屬之技術領域】 本發明係關於假髮，尤其關於頭旋（hair whirl)附近 不易游塌’且假髮的基底不易自假髮之從頭旋一直形成到 前額部之分髮線中露出之假髮。 【先前技術】 假髮係於網布（net)或利用合成樹脂而成形的人工皮 膚等之假髮基底上植設天然毛髮或人工毛髮而構成。對於 假髮的要求’戴起來不要太醒目當然是最基本的條件，此 外’還要求其具有可對應於使用者所期望的各種髮裂 (hairstyle)變化形態。 人的頭髮，一般而言’係以頭部的頭旋為起點，而基 本上形成有往前額側走向之髮流、往左右侧頭部走向之髮 流、以及往後頭部走向之髮流。頭旋係人的頭髮順時針或 逆時針長成旋渴狀而形成者。在此基本的髮流加上變化， 就形成各式各樣的髮型。 一般而言，假髮係如第9圖所示，將由人工皮膚或網 布材料所構成之假髮基底劃分成前頭部A、後頭部B、侧頭 部C及D之四個區塊，並在各區塊以形成不同的毛流之方 式植設毛髮而構成。前頭部A的毛流，係形成朝前額側之 〜•·向，左右侧頭部c，D的毛流係分別形成朝左侧或右側之 流向，後頭部B的毛流則形成朝與前額側相反側之後方流 向。頭旋（第g圖中未顯示），係讓假髮是否能看起來像實 際的頭髮之重要構成，一般係採用使毛流在假髮的頭頂部 322423 3 201119598 的-部份（前頭部之靠近後頭部侧）呈放射線狀擴散而構成 者、或是藉由形成旋渴狀的毛流而使頭旋的中心很清楚之 構成者。 例如，專利文獻1中就已揭示：在假髮的頭頂部的一 部份具備有藉由漩渦狀的毛流而形成的頭旋之假髮。此 外，專利文獻2巾,亦已揭* :形成為旋祕的頭旋以及將 前頭部與後頭部等部份的毛流形成為順著漩渦的流向這種 形態之假髮。 此外，從頭旋往前額側使毛流往左右分，而形成帶有 分髮線的髮型之假髮亦為已知。 (先前技術文獻） (專利文獻） 專利文獻1:日本實開平5-54509號公報 專利文獻2:日本特開2009-41119號公報 專利文獻3:日本特開2009-35829號公報 【發明内容】 (發明所欲解決之課題） 在假髮基底上植設毛髮時，係將毛髮朝與假髮基底呈 水平之一定方向引拉，並將之連結到假髮基底上，而使毛 髮具有朝引拉方向的指向性。使指向性經調整到大致相同 方向之複數根毛髮聚集起來，就形成毛流。以頭部的百會 穴附近為起點，使毛髮的指向性的方向一點一點地變化， 就形成旋滿狀的毛流或放射狀的毛流，而在例如百會穴附 近形成頭旋。 4 322423 201119598 形成旋渦狀或放射狀的頭旋之情況，係使毛流朝向大 致相同的方向匯整而植設毛髮，因此，具有可提供頭旋的 中心位置很清楚，髮型很完整的假髮之優點。 然而，植設的毛髮與天然毛髮不同，不容易像天然毛 髮一樣富有彈力地順應來自外部的作用力。如第10圖（A) 所示，天然毛髮110係由頭部皮膚111的内部之毛囊112 加以固定。皮膚111具有彈性，而且在皮膚表面附近與天 然毛髮110之間具有凹陷113，所以在髮根附近皮膚111 形成為可彈性地順應天然毛髮110的前後左右動作之構 造。因而，天然毛髮110可毫不勉強地順應來自外部的作 用力，且即使毛流在梳頭動作等的作用下而整攏或變化也 可復原。 相對於此，假髮中如第10圖（B)所示，毛髮120只是 連結或固定在假髮基底121上，並非如天然毛髮那樣在髮 根附近形成可彈性擺動之構造。因而，當受到來自外部的 力時，毛髮就容易倒伏或彎折定型，而難以復原，或者容 易單純地回到植設時所賦予毛髮的指向性之方向，而欠缺 柔軟性。 專利文獻1及專利文獻2中揭示的具備有使毛流的方 向性匯整而形成的漩渦狀頭旋之假髮，具有：利用梳子等 梳理頭髮之際，毛髮容易聚成束而往與毛流相同的方向倒 伏，以及頭旋容易塌陷之問題。另外，在梳頭的方向與毛 流不同時，毛髮容易聚成束而偏斜，所以還有頭旋的外觀 容易變得不自然之問題。 5 322423 201119598 專利文獻2中記載有：為了使形成為漩渦狀的頭旋的 毛流與其他部份相適應，而將前頭部及後頭部的毛流形成 為與璇渦狀的毛流相同方向之陳述。不過，使毛流一致而 形成於相同方向之假髮，不僅頭旋部，連前頭部及後頭部 的毛髮都容易因梳髮等而聚成束並往與毛流相同的方向倒 伏，使假髮喪失蓬鬆感，外觀容易變得不自然。 再者，以往的假髮，其前頭部的毛流具有與頭旋相同 的方向性，因此難以從頭旋到前頭部形成分髮線。縱使若 要在此類的假髮上做出有分髮線的髮型時，於沿著毛流梳 頭髮之際，毛髮會以成束的狀態往與毛流相同的方向倒 伏。另一方面，若朝著與毛流不同的方向梳頭髮，則梳過 的毛髮會彎折，所以毛髮容易聚成束而產生偏斜的情形。 結果，就會在有具折痕情形的假髮的分髮線的部份，形成 呈線狀之不自然分塌線（以下稱為毛髮分塌）。於是，假髮 基底容易由於毛髮分塌而露出來，因而有戴著假髮的事給 人發現之虞。 為了使從頭旋一直到前額部之髮流更加自然，而從頭 旋朝向前額側使毛流往左右分，而形成帶有分髮線的髮型 之假髮業已周知。此種假髮，其分髮線很清楚，所以具有 可提供髮型很完整的假髮之優點。然而，如前述，沿著毛 流梳頭髮時，毛髮就容易以成束的狀態倒伏，所以隨著假 髮的使用，分髮線附近的毛髮的蓬鬆感就會漸漸喪失，而 容易使得分髮線或毛髮分塌變得很醒目。分髮線或毛髮分 塌變得醒目，假髮基底就容易顯露出來，因而有給人發現 6 322423 201119598 戴假髮之虞。 用來防止毛髮分塌之技術，有專利文獻3中揭示一種 將具備不同的指向性而植設的四根毛髮規則地配置之假 • 髮。因，四根毛髮相互支持，所以毛髮分塌的情形不易發 生 < 疋必/員在植设之際進行確認每一根毛髮的指向性 之作業。 本發明係有鏗於上述問題點而完成者，其第 一目的在 提供-種頭旋附近不易濟塌之假髮。此外，本發明的第二 目的在提供-種假髮的基底不易從頭旋一直形成到前額部 之分髮線中露出之假髮。 (解決課題之手段） 本發明之假髮，係在假髮基底上植純數根毛髮而 成，其特徵在於：在頭頂部的〜部份規則地配置有：具有 朝向前頭部的毛紅植毛㈣、及具㈣向後頭部的毛流 之植毛區域。 此外，本發明之假髮，係在假髮基底上植設複數根毛 髮而成’其特徵在於具有：在糊部的—部份，規則地配 置具有朝向刖頭部的毛流之植毛區域、及具有朝向後頭部 的毛流之植毛區域而形成之頭旋部；以及從頭旋部朝向前 額部交互地配置具有朝向前額部右侧的毛流之植毛區域、 及具有朝向則額部左側的毛流之植毛區域而形成之分髮 部。 (發明之效果） 本發明之假髮，係在頭頂部的一部份規則地配置：具 322423 7 201119598 ==流之植毛區域'及具有朝向後頭部的毛 抓之植毛&域，而形成頭旋部， 域的毛髮會相互支持。藉此，/在軌部’各植毛區 伏的情形，可維持職部的蓮鬆€防止域^束狀態倒 另外，所謂的「分髮線」係 a L f β、，山+ 賞相互支持。藉此，就可 倒伏的情形，可維持毛髮的蓬鬆感。 、、;=基底就不易自頭髮的分髮線中露出。 以下， 形態。 (第一實施形態） 顯示假髮的基底！的概略（第1圖⑴）以及將 假髮基底1的-部份予以擴大顯示（第i _))之圖示。如 第1圖（A)所示’將假髮基底i劃分成前頭部ι、後頭部u 右侧頭部m、左侧頭部IV及頭旋部χ等區塊，並:各個 區塊形成沿著箭號方向之毛流。第1圖Φ查 係為假想線。 “各區塊的線 假髮基底1的前頭部1内的X，係表示頭部的頭旋的 位置。圖中，將頭旋的位置（以下稱為頭旋 τ , μ σ| Λ)顯示於前 頭部I的左後方。頭旋部X雖並不限於此圖 y的位置，但多 數的情況係位於如圖所示之頭頂部的靠左邊 咬1立置、或者位 利用圖式來詳細說明本發明之幾個較佳的實施 322423 8 201119598 於中央或靠右邊位置。 如第1圖（B)所不，頭旋部X係還么 、 的植毛區域2。本說明書的圖中，劃、八广為複數個四角形 域2的線係為假想線。此植毛區域2頭旋# X的植毛區 有指向性而植設毛髮之區域，且形成未圖示）具 (箭號表示毛流的方向）之植毛區域2a、^向w頭部的毛流 部的毛流之植毛區▲ 2b係、交互地規則/、九成有朝向後頭 、J配置。鄰垃沾姑克p 域2的毛流方向最好互不相同。例如， 冲按的植毛^ 之植毛區域的毛流全部為朝向麵部的毛植_毛11域2a鄰接 朝向前頭部的毛流與朝向後頭部 ^ 假髮的前後方向，以向右側或左側略㈣毛机，亦可相對於 使具有不同的毛流之植毛區個角度而形成。 區域2a與植毛_❿的毛髮就會 規則配置’植毛 的毛髮立起，而產生蓬鬆感。頭旋部χ ^使^頭旋°15』 植毛區域2b的毛髮相互支持，所 ’、、、區域2a ” . ^ ^ u 吓乂即使受到梳髮等外在的 作用力，毛髮也不易以成束狀態倒伏，不易姆塌。 所述’分财前頭部1形成朝向前額侧之毛流、 f頭。Ρ Π形成朝向與前額側相反的-側之毛流、在右側 頭P III及左侧頭部Iv分別形成朝向左侧或右側之毛流。 、此方式即心x在假髮基底1植設具有各種流向之毛髮 而構成假髮。 頭旋。P X係使具有不同的毛流之植毛區域交互地規則 配置得在前頭部I中該部份的毛髮會略微立起。因為 起係在相田於頭旋的位置，所以即使並不像旋滿狀的 9 322423 201119598 中心或者放射狀的頭旋那樣毛流的中心部很清楚，也會看 起來像是頭旋。 用來在其上植設毛髮之假髮基底1的材料，可為柔軟 且薄的合成樹脂製的人工皮膚、或是網布構件的任一者。 或者，也可只在頭旋部X的植毛區域使用人工皮膚，在頭 旋部X以外的植毛區域使用網布構件。 毛髮係為直順的或有點卷曲之天竦毛髮或人工毛髮。 毛髮係藉由將其中央部對折而成的反折部繫結在假髮基底 的人工皮膚或網布構件的縱線或橫線而植設。植設之際’ 將毛髮往大致與假髮基底丨垂直的方向拉，並同時施加往 水平方向的作用力。將此稱為毛髮的指向性，在植毛區域 2a ’將毛髮植設成具有朝向前頭部之指向性。另一方面， 在植毛區域2b，則將毛髮植設成具有朝向後頭部之指向性。 頭旋部X的植毛區域2的形狀並沒有特別的限制，除 了如第1圖（B)中以假想線表示之四角形的組合之外，亦可 將四角形再分割為二而成為三角形的組合。四角形或三角 形的大小以小者為佳，且可依據假髮基底的材料、植毛密 度或植毛作業而適當地設計。而且，四角形的一邊或三角 形的底邊的長度，以在0.5顏至1.5匪之範圍内者為佳。 基本上’在一個假想線所圍起的上述四角形或三角形之一 區域内’係將預定根數的毛髮植設成具有相同指向性的毛 流。 第2圖示意性地顯示在植毛區域2植設了毛髮後的狀 痛。此例中顯示四角形的區塊，亦即具有朝向前頭部側的 10 322423 201119598 毛流之植毛區域2a及具有朝向後頭部側的毛流之植毛區 域2b。其中，劃分區塊之線係為假想線。假髮基底為人工 皮膚之情況，在特定的區域植設具有特定的指向性之毛髮 即可，假髮基底為網布構件之情泥中，則只要在構成各個 植毛區域之網的縱線及橫線植設具有特定指向性之毛髮3 即可。此時，在植毛區域的交界的網線上，最好交互丨也植 設具有朝向前頭部的指向性之毛髮以及具有朝向後頭部的 指向性之毛髮。如此植設，可增強抑制毛髮倒伏的效果。 如上述’將頭旋部X細分為複數個植毛區域，使面積 變小’藉此植毛區域内的毛髮分塌就不容易發生。此外， 由於在植毛區域2a，2b，係使毛髮的指向性都為同一方 向，因此植設之際便無需一根一根確認毛髮的指向性，作 業性較佳。如第1圖（B)所示，在頭旋部χ中，於植毛區域 2a係植設成毛髮的指向性朝前頭部方向之毛流，於植毛區 域2b則植设成毛髮的指向性朝後頭部方向之毛流 。而且， 在從左側算起第i、第三列、第五列···之奇數列形成朝 月’J頭部方向的毛流之植毛區域2a，在第二列、第四列、第 六列…之偶數列形成朝後頭部方向的毛流之植毛區域2b， 使各植毛區域2a，2b在互不相同的列朝相反的方向排成一 列。將此排列看作是從前方齡後方綱配置態樣來觀察 的話’係如第1圖(B)所示，形成為在第一段、第三段、第 五段…之奇數段為朝前頭部方向的毛流，在第二段、第四 &、第六段…之偶數段為朝後頭部方向的毛流之相互不同 地排列。 11 322423 201119598 第3圖米意性地顯示將頭旋部X的植毛區域細分為兩 個等邊三角形的狀態。藉由使植設面積變小，並進一步在 植毛區域的形狀上下功夫，就可使毛髮分塌更不易發生。 即使受到梳爱等外在的作用力’也可防止毛髮以成束狀態 倒伏之情形’可使頭旋不易坍塌。第3圖中，使植毛區域 2a，2b形成雨個等邊三角形的組合，使其毛流在相互的底 邊部相對抗’毛髮以成束狀態倒伏之情形以及毛髮分塌發 生的情形就會變少。 如前述，在植毛區域的交界，最好交互地植設具有朝 向前頭部的指向性之毛髮以及具有朝向後頭部的指向性之 毛髮。 頭旋部X的形狀’最好模仿人的頭髮的頭旋而形成為 圓形或橢圓形’且大小最好在半徑在1至3 cm的範圍内。 如以上所述’本實施形態之假髮，係利用：在百會穴， 亦即頭頂部附近使具有不同的毛流之植毛區域交互地規則 性配置，使毛髮立起’而且與前頭部1内的其他毛流不同， 而在前頭部I之中看起來像是頭旋。此係為與至今之旋渦 狀或放射狀的假髮不同者，為新類型的假髮。而且，因為 毛髮會相互支持’所以即使受到梳髮等之力也能承受而不 易坍塌’故可保持穩定的髮型。 (第二實施形態） 葶4圖（A)係顯示假髮的基底π的概略圖，第4圖（B) 係將假髮基底11的一部份予以擴大顯示之圖示。假髮基底 11的前頭部I内的X表示頭部的頭旋部的位置，Y表示從 12 322423 201119598 X朝向前額部而形成之分髮部。 I第一實施形態—樣，頭旋部X係使具有朝向前頭部 的毛流之植毛H域2a、與具有朝向後頭部的毛流之植毛區 .域2b規則配置而形成。假髮基底中之頭旋部χ的位置並不 限於第4圖中所示的位置。 分髮部Υ係位於從頭旋部χ到前額部之區域，亦即相 §於所明的分髮線之區域。分髮部γ進一步細分為較小的 植毛區域4(以下稱為分髮植毛區域^)。分髮植毛區域4中 包含具有從頭旋部χ朝向前額部右侧的毛流之植毛區域 4a(以下稱為分髮植毛區域乜）、以及具有從頭旋部χ朝向 則額部左侧的毛流之植毛區域 4b(以下稱為分髮植毛區域 4b) ’此等分髮植毛區域規則地配置而構成分髮部γ。本說 明書中，所謂的從頭旋部χ朝向前額部右或左側的毛流， 並不單只意味著以頭旋部為起點而朝向前額部右或左側植 設毛髮’還包含使毛髮的指向性向上，亦即在假髮基底上 女製毛髮之際將毛髮植設成向上立起的態樣。 換言之’第二實施形態之假髮’係在假髮基底11上植 設複數根毛髮而成，具備有： (1) 在頭頂部的一部份，規則地配置具有朝向前頭部的毛流 之植毛區域2a、及具有朝向後頭部的毛流之植毛區域2b 而形成之頭旋部X ;以及 (2) 從頭旋部（X)朝向前額部交互地配置分髮植毛區域4a、 與分髮植毛區域4b而形成之分髮部（γ)。再者’本說明書 的圖式中’劃分分髮植毛區域之線係為假想線，分髮植毛 13 322423 201119598 區域内的箭號表示毛流的方向。 假髮基底11可為人工皮膚或網布構件。 髮部γ使用人工皮膚，在以外的植毛區:使 4毛髮係為直順的或有點卷曲之天然毛髮或人工毛髮 將其中央部對折而成的反折部餐結在假髮基底 、皮膚或網布構件的縱線或橫線而植設。| 指向性而植設於假髮基底毛1^係· 頭旋部X的構成，係與第-實形態之構成相同。 分髮部Υ係為具有與頭旋部X的直裎大致相同之寬 度，或略窄之寬度’且從頭旋部X延伸到前額部而構成之 相當於分髮線之區域，並如第4圖之⑻所示，進—步细分 為複數個分髮植毛區域4。在此等區域錢域（未圖示） 具有指向性而植設。 分髮植毛區域4的形狀並沒有特別的限制，除了如第 4圖（Β)所示之四角形的組合之外，亦可將四角形再分割為 二而成為三角形的組合。四角形或三角形的大】:以小者為 佳’且可依據假髮基底的材料、植毛密度或植毛作業而適 當地設計。m㈣m角形的底邊的長度， 以在0·5至15 nm之範圍内者為佳。最好為5至1〇咖。 如此’將分髮部Y細分為複數個分髮植毛區域4，使 面積變小，就可使分髮植毛區域内不容易發生毛髮分塌的 情形。 毛髮只要在分髮植毛區域4之中，從頭旋部朝向前額 322423 14 201119598 部右側或左匈具備指向性即可。最好，使毛髮的指向性以： 相對於分髮部γ的中心線朝向前額部右側或左側，且在中 心線附近使中心線與毛髮的指向性所成的角度較小，在離 中心線較遠的區域則使角度漸漸變大之方式變化。以此方 式’在分髮部Y形成具有朝向前頭部右侧的毛流之分髮植 毛區域4a及具有朝向前頭部左側的毛流之分髮植毛區域 4b。 分髮植毛區域4a及分髮植毛區域4b，係交互地組合 配置而構成分髮部Y。相鄰接的分髮植毛區域4的毛流的 方向最好互不相同。第4圖中’以箭號表示毛流的方向。 此外’最好在分髮植毛區域4的邊界，交互地植設具 有朝向前額部右側的指向性之毛髮及具有朝向前額部左侧 的指向性之毛髮。 如此’在分髮植毛區域4a，4b’係使毛髮的指向性都 為同一方向，因此植設之際便無需一根一根確認毛髮的指 向性，作業性較佳。 在分髮部Y中，因為將具有不同的毛流之分髮植毛區 域交互地規則配置’所以與頭旋部X -樣，毛髮會立起。 不過，相對於頭綠立 、 的流向，分髮部Γ'ίί朝向前頭部侧及後頭部側 以分髮部？_^^為朝向前額部狀流向，所 此邵X的分別很容易看得出來。 較為立起，1的其他部份相比’分髮部γ的毛髮 含線…旋部χ一直形成到前額部之線狀或包 °"心易看得出來。此線狀區域係較為立起， 322423 15 201119598 因此與分髮線之類的分界線呈略微不同之形態，但因為係 從頭旋部X朝向前額部延伸，所以看起來會像是有一點模 糊的分髮線。換言之，本發明並非使毛髮完全地向左右分 離，以使頭皮（亦即假髮基底）顯現出分髮線在前後方向= 伸而露出線狀之模樣，而是分髮部為具有寬度之區域，且 此區域中有指向斜左方向及斜右方向的毛髮相互交纏支 持，而如上述外觀上呈現模糊分髮線者。 如此構成之分髮部γ，因分髮植毛區域會相互支持， 所以即使在梳髮的動作下，毛流也不易以成束狀態倒伏， 發生偏斜的情況也很少。因此，容易發生於以往假髮的分 髮線之毛髮分塌也不會發生，就不易從頭髮的分髮線中看 到假髮基底露出。 如以上所述’本實施形態之假髮，係利用： (1) 在相當於頭旋部之區域附近，毛髮較為立起，且與前頭 部1的其他毛流不同，所以在前頭部I中看起來會像是頭 旋；以及 (2) 從百會穴附近一直到前頭部，毛髮較為立起，且其毛流 之延伸與其他區域不同，所以看起來會像是有一點模糊的 分髮線，實為至今未有的新型式的假髮。 而且，在此等區域中，毛髮會相互支持，所以即使受 到梳髮等作用力也能承受，頭旋及分髮線不易坍塌’故可 保持穩定的髮型，而且可做到不易讓人察覺有帶假髮。 (第三實施形態） 本實施形態之假髮，其頭旋部X雖與第二實施形態相 16 322423 201119598 二：：髮部的構成卻不相同。如第5圖所示，分 二=從頭旋部X朝向前額部右側的毛流之植毛區域所 以及由具有從頭旋部χ朝向前額部左側 :植毛區域所形成之列，從頭旋部X朝向前額部交互配置 者。 月' 亦即，從頭旋部X朝向前額部而配置之分髮植毛 4a及.係以與分髮部γ的長轴方向中心線大致正交的狀 態开则’而配置在分髮部γ之從右端到左端的範圍内。 右參照第5圖說明，則係/八ρ 〜係在分髮部γ中形成為在從頭 旋部X算起的第一段、第三 又、第五段…之奇數段為朝前 額部右方向的毛流，在第二段、第四段、第六段…之偶數 段為朝前額部左方向的毛流在排列上互為不同。 換言之’第三實施形態之假髮，係在假髮基底上植設 複數根毛髮而成，具有：頭旋部，在頭頂部的一部份，規 則地配置具有朝向前頭部的毛流之植毛區域、與具有朝向 後頭部的毛流之植毛區域而形成；以及分髮部，具有與頭 旋部的直徑大致相同之寬度、或略窄的寬度，且從頭旋部 延伸到前額部而構成， 而且，分髮部係由使具有從頭旋部X朝向前額部右側 的毛流之複數個植毛區域從分髮部的右端一直排列到左端 所形成之列、以及使具有從頭旋部X朝向前額部左側的毛 流之複數個植毛區域從分髮部的右端一直排列到左端所形 成之列所構成，並使兩種列從頭旋部X朝向前額部而交互 配置者。 17 322423 201119598 與第二實施形態一樣，分髮部γ因其中之各分髮植毛 區域會相互支持’所以即使在梳髮的動作下，毛流也不易 以成束狀態倒伏’發生偏斜的情況也很少。因此，容易發 生於以往假髮的分髮線之毛髮分塌也不會發生’就不易從 頭髮的分髮線中看到假髮基底露出。 以下，說明頭旋部X的構成雖與第二實施形態相同’ 但分髮部的構成卻不同之假髮的第四至六實施形態° (第四實施形態） 如第6圖所示’頭旋部X之外的分髮部Υ，係朝向前 額側呈列狀劃分成複數個植毛區域，亦即毛流區槐51而形 成。第6圖中’毛流區塊51係由具有朝向前額部右侧的也 流之右流向的毛流區塊51a、及具有朝向前額部左側的毛 流之左流向的毛流區塊51b交互排列而成。 (第五實施形態） 如第7圖所示’從頭旋部X朝向前額側，將複數個植 毛區域，亦即狹長條狀的毛流區塊52以在上邊及下邊相互 重疊方式配置於分髮部γ。第7圖中，毛流區塊52係由具 有朝向前額部右側的毛流之右流向的毛流區塊52a、及具 有朝向前額部左側的毛流之左流向的毛流區塊52b交互排 列而成。 (第六實施形態） 如第8圖所示，本實施形態係將第五實施形態之狹長 條狀的區塊52再沿著對角線分成兩個，而形成三角形的區 塊53者® 322423 18 201119598 的區塊53 ’係由右流向的毛流區塊53a、及且 有朝向前額部左侧的毛流之左流向的毛流區塊Μ構 成，此毛流區塊53a，53b為相對於分髮區域3的長产方= 而言在左或右侧端部之-方具有三角形的底邊，在；一側 端部具有頂點之三角形區塊。 如此’使區塊的面積變小，在分 更不容㈣生。 ^相的毛髮分塌就 以下說明製作本發明之假髮的情況之一例。 f先，在絲假#者的頭部以複製頭部形狀而做成合 成樹脂製的频’再使^ f流人频*製作出頭型公模。 將利用有機溶解的熱可塑性雜體（elasWr)樹脂 溶液塗布在此翻公模的表面，然後進行加減理使之成 形而製作出人工皮膚製假髮基底，或者在頭型公模的表面 張設熱可紐_的_狀基布並加㈣定後，在固定於公 模的基布上塗佈例如熱硬化性胺曱酸自旨（虹e t h獄）等的熱 硬化性樹麟液，然後進行加減理，使基布成形為頭部 形狀而製作出人工皮膚製假髮基底。 接著’在製作出的假髮基底上標示出假髮基底的外周 線、及頭旋的中心。然後，從頭旋的中心朝向假髮基底的 前額部的緣部標示出分髮線的假想中心線。分髮線的假想 中心線的角度可依照所希望的角度而適當地設定。 以頭旋f心為中心而劃出半徑2至3cm的圓，再使以 假想中心線為起點而與分髮線的假想中心線平行的線，分 别與假髮基底的刖緣部及以頭旋中心為中心點而劃出的圓 19 322423 201119598 相接，而劃出頭旋及分髮區域。 頭旋非完全圓形，而是以半圓狀態為佳。這是因為以 完全的圓形狀來表現頭旋之情況中，容易發生由於毛髮的 指向性之不同而導致毛流紊亂或毛髮分塌之緣故。 接著，依照所要形成的分髮線的型式將所劃分的分髮 區域分割為複數個區塊，再就各個區塊變化毛髮的指向性 而植設毛髮。 植設的毛髮為人髮或合成樹脂製的人工毛髮皆可，不 過，若為人工毛髮，則植設後很難再使之具有希望的捲度， 所以最好植設預先經過捲曲之毛髮。 【圖式簡單說明】 第1圖係顯示本發明第一實施形態的假髮基底的概略 圖，（A)係假髮基底的全體概要圖，（B)係頭頂部的擴大圖。 第2圖係示意性表示第一實施形態的假髮基底中的頭 旋部X的位置圖。 第3圖係示意性表示第1圖的頭旋部X之圖。 第4圖係顯示第二實施形態的假髮基底的概略圖，（A) 係假髮基底的全體概要圖，（B)係分髮部及頭旋部的擴大 圖。 第5圖係第三實施形態之概要圖。 第6圖係第四實施形態之概要圖。 第7圖係第五實施形態之概要圖。 第8圖係第六實施形態之概要圖。 第9圖係顯示以往的假髮的概略圖。 20 322423 201119598 第10圖係顯示從頭部長出之天然毛髮的生長方式（A) 與假髮基底上的毛髮的固定方式（B)之差異的圖示。 【主要元件符號說明】 1 ' U 假髮基底 2、2a、2b 植毛區域 3 毛髮 4 ' 4a、4b 分髮植毛區域 51、52、53、51a、51b、52a、52b、53a、53b 毛流區塊 110 天然毛髮 111 皮膚 112 毛囊 113 凹陷 120 毛髮 121 假髮基底 I 前頭部 II 後頭部 III 右側頭部201119598 VI. Description of the Invention: [Technical Field] The present invention relates to a wig, and particularly relates to a wig that is not easily slid near the hair whirl, and the base of the wig is not easily formed from the head whirl to the forehead. The wig exposed in the hairline. [Prior Art] The wig is constructed by implanting natural hair or artificial hair on a wig base such as a mesh or an artificial skin formed by using a synthetic resin. The requirement for wigs is not to be too eye-catching, of course, the most basic condition, and it is also required to have various hair style variations that can be expected by the user. The human hair, in general, starts from the head of the head, and basically has a flow toward the forehead side, a flow toward the left and right heads, and a flow toward the head. The head spine's hair is formed clockwise or counterclockwise to form a thirst. In this basic flow and change, a variety of hairstyles are formed. In general, the wig is divided into four blocks of the front head A, the rear head B, the side heads C and D, as shown in Fig. 9, and is divided into four blocks of the front head A, the rear head B, and the side heads C and D. The blocks are constructed by implanting hair in a manner that forms different hair flows. The hair flow of the anterior head A is formed toward the forehead side, and the hair flow systems of the left and right heads c and D respectively form a flow toward the left or right side, and the hair flow of the rear head B is formed toward The opposite side of the forehead side flows backward. The head spin (not shown in the g-figure) is an important component of whether the wig can look like the actual hair. Generally, the hair flow is at the top of the wig 322423 3 201119598 - the front of the head The posterior head side is formed by radiation diffusion, or the center of the head rotation is clearly formed by forming a thirsty-like hair flow. For example, Patent Document 1 discloses that a portion of the top of the wig has a wig which is formed by a swirling hair flow. Further, Patent Document 2, however, has also revealed that a head spin formed as a secret and a hair flow such as a front head and a back head are formed as a wig in the form of a flow along the vortex. Further, it is also known to wig the hair from the head to the forehead side to divide the hair flow to the left and right, and to form a hairstyle with a distribution line. (Prior Art Document) (Patent Document) Patent Document 1: Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. The problem to be solved by the invention) When the hair is implanted on the wig base, the hair is pulled in a certain direction horizontally with the wig base, and is attached to the wig base, so that the hair has a pointing direction toward the pulling direction. Sex. A plurality of hairs whose directivity is adjusted to be substantially the same direction are gathered to form a hair flow. Starting from the vicinity of the Baihui point in the head, the direction of the directivity of the hair is changed little by little, and a full-flowing hair flow or a radial hair flow is formed, and a head-swing is formed in the vicinity of, for example, Baihui. . 4 322423 201119598 The formation of a spiral or radial head-spinning method, the hair flow is concentrated in the same direction and the hair is planted. Therefore, it has a wig that provides a clear center position and a complete hair style. advantage. However, the hair that is planted is different from natural hair, and it is not easy to flexibly conform to the force from the outside like natural hair. As shown in Fig. 10(A), the natural hair 110 is fixed by the hair follicle 112 inside the head skin 111. The skin 111 has elasticity and has a depression 113 between the skin surface and the natural hair 110, so that the skin 111 near the hair root is formed to elastically conform to the front, rear, left and right movements of the natural hair 110. Therefore, the natural hair 110 can reluctantly conform to the force from the outside, and can be restored even if the hair flow is swung or changed by the action of the combing motion or the like. On the other hand, in the wig, as shown in Fig. 10(B), the hair 120 is simply joined or fixed to the wig base 121, and does not have a structure that can be elastically oscillated in the vicinity of the hair root like natural hair. Therefore, when subjected to a force from the outside, the hair tends to fall or bend and shape, and it is difficult to recover, or it is easy to simply return to the direction of directivity imparted to the hair at the time of planting, and lacks flexibility. The wig having a swirling head wig formed by converging the directionality of the hair flow disclosed in Patent Document 1 and Patent Document 2 has a hair that is easily bundled into a hair flow when the hair is combed by a comb or the like. Lodging in the same direction, and the problem of head collapse easily collapsed. Further, when the direction of the comb is different from the flow of the hair, the hair tends to be bundled and deflected, so that the appearance of the head spin tends to become unnatural. 5 322423 201119598 Patent Document 2 describes that the hair flow of the anterior and posterior heads is formed in the same direction as the vortex-like hair flow in order to adapt the flow of the head-spinning hair formed in a spiral shape to other portions. Statement. However, the wigs that make the hair flow uniform and formed in the same direction are not only the head-spinning part, but also the hair of the front head and the back head are easily bundled by the hair, etc., and fall in the same direction as the hair flow, so that the wig is lost. Fluffy, the appearance is easy to become unnatural. Further, in the conventional wig, the hair flow of the front head has the same directivity as that of the head wig, so that it is difficult to form the distribution line from the head to the front head. Even if a hairstyle having a distribution line is to be made on such a wig, the hair will be in a bundled state in the same direction as the hair flow when the hair is combed along the hair flow. On the other hand, if the hair is combed in a direction different from the flow of the hair, the combed hair is bent, so that the hair tends to be bundled and deflected. As a result, a linear unnatural collapse line (hereinafter referred to as hair collapse) is formed in the portion of the distribution line of the wig having the crease. As a result, the wig base is easily exposed by the collapse of the hair, so that the wig is found to be discovered. In order to make the hair flow from the head to the forehead more natural, and to divide the hair flow from the head to the forehead side to the left and right, it is known to form a hair style with a distribution line. This kind of wig has a clear distribution line, so it has the advantage of providing a wig with a very complete hair style. However, as described above, when the hair is combed along the hair flow, the hair tends to fall in a bundled state, so that with the use of the wig, the fluffiness of the hair near the distribution line is gradually lost, and the distribution line is easily made. Or the hair collapses and becomes very eye-catching. The distribution line or hair collapse becomes conspicuous, and the wig base is easily exposed, so it is found that 6 322423 201119598 wearing a wig. In the technique for preventing the hair from collapsing, Patent Document 3 discloses a fake hair which is regularly arranged to have four hairs which are implanted with different directivity. Because the four hairs support each other, it is not easy to cause the hair to collapse. < The staff must check the directivity of each hair at the time of planting. The present invention has been accomplished in view of the above problems, and its first object is to provide a wig that is less prone to collapse near the head spin. Further, a second object of the present invention is to provide a wig in which a substrate of a wig is not easily formed from the head whirl to the distribution line of the forehead portion. (Means for Solving the Problem) The wig of the present invention is obtained by planting a plurality of hairs on a wig base, and is characterized in that: a portion at the top of the head is regularly arranged: having a hairy red hair toward the anterior head (4) And (4) the area of hair growth of the head to the back. Further, the wig of the present invention is characterized in that a plurality of hairs are implanted on a wig base, which is characterized in that: a portion of the paste portion is regularly disposed with a hair-planting region having a hair flow toward the head portion, and a head-rotating portion formed toward a hair-planting region of the hair flow in the occipital region; and a hair-planting region having a hair flow toward the right side of the forehead portion and a hair flow having a hair-facing portion toward the left side of the forehead portion are alternately arranged from the head-curved portion toward the forehead portion a distribution unit formed by the hair planting area. (Effects of the Invention) The wig of the present invention is regularly arranged at a portion of the top of the head: a 322423 7 201119598 == a hair-planting area of the flow and a hair-carrying hair-amplage field having a head-facing head, and forming a head-spin Department, the hair of the domain will support each other. In this way, in the case of the ore-planting area of each of the rails, it is possible to maintain the position of the lotus in the position of the staff. The so-called "distribution line" is a L f β, and the mountain + rewards support each other. . Thereby, the feeling of fluffiness of the hair can be maintained in the case of lodging. , ,; = The base is not easily exposed from the hair distribution line. Below, the form. (First embodiment) The base of the wig is displayed! The outline (Fig. 1 (1)) and the enlarged part (i i_) of the wig base 1 are shown. As shown in Fig. 1(A), the wig base i is divided into blocks such as the front head ι, the rear head u right head m, the left head IV, and the head slewing portion, and each block is formed along the edge. The flow of arrows in the direction of the arrow. Figure 1 Φ is an imaginary line. "X in the front head 1 of the line wig base 1 of each block indicates the position of the head rotation of the head. In the figure, the position of the head rotation (hereinafter referred to as head rotation τ, μ σ| Λ) is displayed. In the left rear of the front head I. The head portion X is not limited to the position of the figure y, but in most cases, it is located on the left side of the head as shown in the figure, and the position is determined by the figure. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Several preferred embodiments of the present invention are 322423 8 201119598 at the center or to the right. As shown in Fig. 1 (B), the head portion X is also a hair planting region 2. In the drawings of the present specification, The line system of the plurality of quadrangular domains 2 is an imaginary line, and the hair-planting area of the hair-planting area 2 has a directivity and a region where the hair is implanted, and is formed (not shown) (the arrow indicates the hair) In the direction of the flow, the planting area 2a, the hair-planting area of the hair flow in the head portion of the w head, the ▲ 2b system, the interactive rule, the 90%, the rear head, and the J configuration. The direction of the hair flow is preferably different from each other. For example, the hair flow of the planted hair area of the rushed planting hair is all toward the face of the hair plant_毛11 domain 2 a abutting the hair flow toward the front head and the front and rear direction toward the rear head ^ wig, to the right or left side slightly (four) the machine, or relative to the angle of the planting area having different hair flow. Area 2a and plant hair _ ❿ 毛发 就会 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 规则 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植 植^ u Frightened Even if it is subjected to external forces such as combing hair, the hair is not easy to fall in a bundled state, and it is difficult to collapse. The pre-financial head 1 forms a hair flow toward the forehead side and a f-head. The Π Π forms a hair flow toward the side opposite to the forehead side, and forms a hair flow toward the left side or the right side in the right side head P III and the left side head part Iv, respectively. In this way, the heart x is implanted with hair having various flow directions on the wig base 1 to constitute a wig. Head spin. The P X system allows the hair-planting regions having different hair flow to be alternately and regularly arranged such that the hair in the portion of the front head I is slightly raised. Because the origin is in the position of the head of the head, so even if the center of the hair flow is not as clear as the center of the 9 322423 201119598 or the radial head spin, it will look like a head spin. The material of the wig base 1 on which the hair is applied may be either a soft and thin artificial skin made of synthetic resin or a mesh member. Alternatively, artificial skin may be used only in the hair-planting region of the head portion X, and a mesh member may be used in the hair-planting region other than the head portion X. The hair is a straight or slightly curled Scorpio hair or artificial hair. The hair is planted by folding the inverted portion of the central portion thereof to the longitudinal line or the horizontal line of the artificial skin or the mesh member of the wig base. At the time of planting, the hair is pulled in a direction substantially perpendicular to the base of the wig, and the force in the horizontal direction is simultaneously applied. This is referred to as the directivity of the hair, and the hair is planted in the planting area 2a' to have directivity toward the front head. On the other hand, in the planting area 2b, the hair is planted to have directivity toward the back head. The shape of the hair-planting region 2 of the head portion X is not particularly limited. Instead of the combination of the squares indicated by the imaginary line in Fig. 1(B), the square shape may be further divided into two to form a combination of triangles. The size of the quadrilateral or triangular shape is preferably small, and may be appropriately designed depending on the material of the wig base, the density of the hair, or the hair-planting operation. Further, the length of the side of the square or the base of the triangle is preferably in the range of 0.5 to 1.5 inches. Basically, in a region of the above-mentioned quadrilateral or triangular shape enclosed by an imaginary line, a predetermined number of hairs are planted into a hair flow having the same directivity. Fig. 2 is a view schematically showing the pain after the hair is planted in the planting region 2. In this example, a quadrangular block is shown, i.e., a planting area 2a having 10 322423 201119598 hair flow toward the anterior head side and a hair planting area 2b having a hair flow toward the dorsum side. Among them, the line dividing the block is an imaginary line. Where the wig base is an artificial skin, a specific directional hair can be implanted in a specific area, and the wig base is in the mud of the mesh member, as long as the vertical and horizontal lines of the net constituting each planting area are It is sufficient to plant hair 3 with specific directivity. At this time, it is preferable to arrange the hair having the directivity toward the anterior head and the directional hair toward the anterior head on the mesh line at the boundary of the hair-planting region. This planting enhances the effect of suppressing hair lodging. As described above, the head portion X is subdivided into a plurality of hair-planting regions to make the area small, and the hair in the hair-planting region is not easily broken. Further, since the directionality of the hair is in the same direction in the planting regions 2a, 2b, it is not necessary to confirm the directivity of the hair one by one at the time of planting, and the workability is better. As shown in Fig. 1(B), in the head-and-shoulder portion, the hair-planting region 2a is planted with the hair flow of the hair in the direction of the front head, and the hair-planting region 2b is planted with the directivity of the hair. The flow of hair toward the back of the head. Further, in the odd-numbered columns of the i-th, third-row, and fifth-column from the left side, the hair-growing region 2a of the hair flow in the head direction of the moon 'J is formed, and the second row, the fourth column, and the sixth The even-numbered columns of the columns form the hair-splitting region 2b of the hair flow in the direction of the rear head, so that the respective hair-planting regions 2a, 2b are arranged in a row in opposite directions in mutually different columns. This arrangement is regarded as being observed from the rear-aged configuration. As shown in Figure 1 (B), the odd-numbered segments in the first, third, and fifth segments are formed forward. The hair flow in the head direction is arranged differently from each other in the even-numbered segments of the second segment, the fourth segment, the sixth segment, and the like. 11 322423 201119598 Fig. 3 is a diagram showing the state in which the hair-planting region of the head portion X is subdivided into two equilateral triangles. By making the planting area smaller and further working on the shape of the planting area, it is possible to make the hair collapse more difficult. Even if the external force such as combing can prevent the hair from falling down in a bundled state, the head spin is not easily collapsed. In Fig. 3, the hair-planting regions 2a, 2b are formed into a combination of rain-like equilateral triangles, so that the hair flow is reversed against the hair in the bottom edge portion of each other, and the hair collapse occurs. Fewer. As described above, at the boundary of the planting region, it is preferable to alternately implant hair having directivity toward the front head and hair having directivity toward the rear head. The shape of the head portion X is preferably formed to be circular or elliptical in shape of the head of the human hair and is preferably in the range of 1 to 3 cm in radius. As described above, the wig of the present embodiment utilizes: in the Baihui acupoint, that is, near the top of the head, the planting regions having different hair flows are alternately and regularly arranged to make the hair stand up and the front head 1 The other hair flow is different, and it looks like a head spin in the front head I. This is a new type of wig that is different from the whirlpool or radial wigs to date. Moreover, since the hairs support each other's, even if they are subjected to a force such as a comb, they can withstand without collapsing, so that a stable hairstyle can be maintained. (Second Embodiment) Fig. 4(A) is a schematic view showing a base π of a wig, and Fig. 4(B) is an enlarged view showing a part of the wig base 11. The X in the front head portion I of the wig base 11 indicates the position of the head portion of the head portion, and Y indicates the dispensing portion formed from 12 322423 201119598 X toward the forehead portion. In the first embodiment, the head portion X is formed by regularly arranging the planting H region 2a having the hair flow toward the anterior head and the planting region 2b having the hair flow toward the occipital region. The position of the head portion χ in the wig base is not limited to the position shown in Fig. 4. The dispensing section is located in the area from the head to the forehead, that is, the area of the distribution line that is indicated. The distribution portion γ is further subdivided into smaller hair-planting regions 4 (hereinafter referred to as distribution hair-planting regions ^). The distribution hair-planting region 4 includes a hair-planting region 4a (hereinafter referred to as a distribution hair-planting region 具有) having a hair flow from the head portion χ toward the right side of the forehead portion, and a hair having a hair from the head portion χ toward the left side of the forehead portion. The hair planting region 4b (hereinafter referred to as the distribution hair planting region 4b) 'The distribution hair planting regions are regularly arranged to constitute the dispensing portion γ. In the present specification, the so-called hair flow from the head portion χ to the right or left side of the forehead portion does not only mean that the hair is implanted toward the right or left side of the forehead portion starting from the head portion, and also includes pointing the hair. Sexually upward, that is, when the female hair is on the wig base, the hair is planted to stand up. In other words, the 'wig of the second embodiment' is formed by implanting a plurality of hairs on the wig base 11, and has: (1) a portion of the top of the head, regularly arranged with hair flowing toward the front head a region 2a and a head-and-shoulder portion X formed with a hair-growing region 2b toward the ventricle head; and (2) a distribution of the hair-planting region 4a and the distribution of the hair-planting region from the head-and-shoulder portion (X) toward the forehead portion The distribution part (γ) formed by 4b. Furthermore, in the drawing of the present specification, the line dividing the distribution of the planting area is an imaginary line, and the distribution of the hair is 13 322423 201119598 The arrow in the area indicates the direction of the hair flow. The wig base 11 can be an artificial skin or mesh member. The hair part γ uses artificial skin, and the other parts of the hair planting area: the 4 hairs are straight or slightly curled natural hair or artificial hair, and the center part is folded in half to the crease base, skin or net The vertical or horizontal lines of the cloth members are planted. The configuration in which the directional base is implanted in the wig base hair 1 ^ system and the head portion X is the same as the first embodiment. The distribution unit is an area having a width substantially the same as a straight line of the head portion X, or a slightly narrower width 'and extending from the head portion X to the forehead portion, which is equivalent to a distribution line, and is As shown in Fig. 4 (8), the step is subdivided into a plurality of distribution hair-planting areas 4. These regional money fields (not shown) are implanted with directivity. The shape of the distribution hair planting region 4 is not particularly limited, and in addition to the combination of the square shapes as shown in Fig. 4 (Β), the square shape may be further divided into two to form a combination of triangles. The shape of the quadrangle or the triangle is small: it is better than the small one and can be properly designed according to the material of the wig base, the density of the planting or the planting operation. The length of the bottom edge of the m (four) m-angle is preferably in the range of 0.5 to 15 nm. It is best to have 5 to 1 coffee. Thus, the distribution portion Y is subdivided into a plurality of distribution hair-planting regions 4, and the area is made small, so that it is less likely to cause hair to collapse in the distribution hair-planting region. As long as the hair is distributed in the planting area 4, it is sufficient to have directivity from the head to the forehead 322423 14 201119598 right side or left Hungary. Preferably, the directivity of the hair is such that the center line of the dispensing portion γ faces the right or left side of the forehead portion, and the angle between the center line and the directivity of the hair is small near the center line, and is at the center. The area farther away from the line changes the way the angle gradually becomes larger. In this manner, a distribution planting region 4a having a hair flow toward the right side of the front head portion and a distribution hair planting region 4b having a hair flow toward the left side of the front head portion are formed in the dispensing portion Y. The distribution hair planting region 4a and the distribution hair planting region 4b are alternately arranged to constitute the dispensing portion Y. The direction of the hair flow of the adjacent distribution hair-planting regions 4 is preferably different from each other. In Fig. 4, the direction of the hair flow is indicated by an arrow. Further, it is preferable to alternately distribute the hair having the directivity toward the right side of the forehead and the hair having the directivity toward the left side of the forehead at the boundary of the distribution of the hair-planting region 4. Thus, in the distribution of the hair-planting regions 4a, 4b', the directivity of the hair is in the same direction. Therefore, it is not necessary to confirm the orientation of the hair one by one, and the workability is better. In the distribution portion Y, since the distribution hair planting regions having different hair flows are alternately arranged in the same manner, the hair is raised like the head portion X. However, with respect to the flow direction of the head green, the distribution unit Γ' ί ' toward the front head side and the back head side as a distribution part? _^^ is the flow toward the forehead, so the difference between the Shao X is easy to see. It is relatively erected, and the other part of 1 is compared with the hair of the 'distribution part γ... The circumflex is formed into a line or bag of the forehead. This linear region is relatively erect, 322423 15 201119598 is therefore slightly different from the dividing line such as the distribution line, but because it extends from the head spin X toward the forehead, it looks like a little blurry Distribution line. In other words, the present invention does not separate the hair completely to the left and right, so that the scalp (i.e., the wig base) exhibits a pattern in which the distribution line is stretched in the front-rear direction to expose a line shape, and the dispensing portion is an area having a width. And in this area, the hairs pointing to the oblique left direction and the oblique right direction are mutually intertwined, and the fuzzy distribution line is presented as the above appearance. Since the distribution portion γ thus configured supports each other in the distribution of the hair-planting regions, even in the operation of the hair-spinning, the hair flow is less likely to fall in the bundled state, and the deflection is rare. Therefore, it is easy for the hair to collapse in the distribution line of the conventional wig, and it is difficult to see the wig base exposed from the distribution line of the hair. As described above, the wig according to the present embodiment uses: (1) The hair is relatively raised in the vicinity of the region corresponding to the head-and-turn portion, and is different from the other hair flow of the front head portion 1, so that the front head is It looks like a head spin; and (2) from the vicinity of Baihui Cave to the front head, the hair is relatively upright, and its hair flow extends differently from other areas, so it looks like it is a little fuzzy. The distribution line is a new type of wig that has not been available so far. Moreover, in these areas, the hairs support each other, so even if they are subjected to a force such as a comb, the head and the distribution line are not easily collapsed, so that a stable hair style can be maintained, and it is not easy to perceive a belt. wig. (Third Embodiment) In the wig according to the present embodiment, the head portion X is different from the second embodiment in the configuration of the first embodiment. As shown in Fig. 5, the sub-two = the hair-planting region from the head-spinning portion X toward the right side of the forehead portion and the column from the head-turn portion to the left side of the fore-front portion: the planting region, from the head portion X The configurator is facing the forehead. In other words, the distribution hairs 4a and the distribution hairs 4a disposed from the head portion X toward the forehead portion are disposed in a state substantially perpendicular to the center line in the longitudinal direction of the distribution portion γ, and are disposed in the distribution portion γ. It is in the range from the right end to the left end. As will be described with reference to Fig. 5, the system/eight ρ is formed in the distribution unit γ so that the odd-numbered segments of the first segment, the third segment, the fifth segment, ... from the head portion X are toward the forehead portion. The hair flow in the right direction, in the even segment of the second segment, the fourth segment, and the sixth segment, is that the hair flow in the left direction toward the forehead portion is different in arrangement. In other words, the wig of the third embodiment is formed by arranging a plurality of hairs on the wig base, and has a head-rotating portion, and a portion of the top portion of the head is regularly arranged with a hair-planting region having a hair flow toward the anterior head. And a hair planting region having a hair flow toward the back head; and the dispensing portion having a width substantially the same as a diameter of the head portion or a slightly narrow width, and extending from the head portion to the forehead portion, and The distribution unit is formed by arranging a plurality of planting regions having a hair flow from the head portion X toward the right side of the forehead portion from the right end of the dispensing portion to the left end, and having the head portion X toward the forehead The plurality of planting regions of the hair flow on the left side of the portion are arranged from the right end of the dispensing portion to the column formed at the left end, and the two columns are alternately arranged from the head portion X toward the forehead portion. 17 322423 201119598 As in the second embodiment, the distribution unit γ supports each other because of the distribution of the hair-planting areas. Therefore, even in the operation of the hair-spinning, the hair flow is not easily collapsed in a bundled state. Very few. Therefore, the hair splitting which is likely to occur in the distribution line of the conventional wig does not occur. It is difficult to see the wig base exposed from the distribution line of the hair. Hereinafter, the configuration of the head portion X is the same as that of the second embodiment. The fourth to sixth embodiments of the wig in which the configuration of the distribution unit is different (the fourth embodiment) is shown in FIG. The distribution unit 之外 other than the portion X is formed in a row shape toward the forehead side into a plurality of hair-planting regions, that is, the hair flow region 槐 51. In Fig. 6, the hair flow block 51 is composed of a hair flow block 51a having a right flow toward the right side of the forehead portion, and a hair flow block having a left flow toward the left side of the forehead portion. 51b is arranged in an interactive manner. (Fifth Embodiment) As shown in Fig. 7, 'from the head portion X toward the forehead side, a plurality of planting regions, that is, the strip-shaped hair flow blocks 52 are arranged to overlap each other on the upper side and the lower side. Hair part γ. In Fig. 7, the hair flow block 52 is composed of a hair flow block 52a having a right flow toward the right side of the forehead portion, and a hair flow block 52b having a left flow toward the left side of the forehead portion. Interacted. (Sixth embodiment) As shown in Fig. 8, in the present embodiment, the elongate strip 52 of the fifth embodiment is further divided into two along a diagonal line to form a triangular block 53® 322423 The block 53 of 201119598 is composed of a flow block 53a flowing to the right and a flow block 左 directed to the left flow of the hair flow on the left side of the forehead, and the flow blocks 53a, 53b are With respect to the long-term side of the distribution area 3, the side of the left or right end has a triangular base, and the one end has a triangular block of vertices. So, the area of the block is made smaller, and the difference is not allowed. The hair of the phase is collapsed. An example of the case where the wig of the present invention is produced will be described below. f First, in the head of the silk false #, the shape of the synthetic resin is reproduced by copying the shape of the head, and then the head-shaped male mold is produced. Applying an organically dissolved thermoplastic elastomer (elasWr) resin solution to the surface of the male mold, and then adding and subtracting to form an artificial skin wig base, or arranging heat on the surface of the head male mold After the _-shaped base fabric of the 纽 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Addition and subtraction, the base fabric is shaped into a head shape to produce an artificial skin wig base. Next, the outer circumference of the wig base and the center of the head wig are marked on the prepared wig base. Then, the imaginary center line of the distribution line is marked from the center of the head wig toward the edge of the forehead portion of the wig base. The angle of the imaginary center line of the distribution line can be appropriately set in accordance with the desired angle. A circle having a radius of 2 to 3 cm is drawn around the center of the head, and a line parallel to the imaginary center line of the distribution line starting from the imaginary center line is respectively formed with the rim portion of the wig base and the head vortex The center is centered on the circle of 19 322423 201119598, and the head and the distribution area. The head spin is not completely round, but is preferably in a semi-circular state. This is because in the case where the head is rotated in a completely round shape, it is easy to cause hair flow disorder or hair collapse due to the difference in directivity of the hair. Next, the divided distribution area is divided into a plurality of blocks in accordance with the pattern of the distribution line to be formed, and the hair is planted in accordance with the change of the directivity of the hair in each of the blocks. The hair to be planted may be artificial hair made of human hair or synthetic resin. However, if it is artificial hair, it is difficult to make it have a desired curl after planting, so it is preferable to plant hair that has been previously curled. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a wig base according to a first embodiment of the present invention, (A) is a schematic view of the entire wig base, and (B) is an enlarged view of the top of the head. Fig. 2 is a view schematically showing the position of the head portion X in the wig base of the first embodiment. Fig. 3 is a view schematically showing the head portion X of Fig. 1. Fig. 4 is a schematic view showing a wig base according to a second embodiment, wherein (A) is a schematic view of the entire wig base, and (B) is an enlarged view of the transcribed portion and the head portion. Fig. 5 is a schematic view showing a third embodiment. Fig. 6 is a schematic view showing a fourth embodiment. Fig. 7 is a schematic view showing a fifth embodiment. Fig. 8 is a schematic view showing a sixth embodiment. Fig. 9 is a schematic view showing a conventional wig. 20 322423 201119598 Fig. 10 is a graphical representation showing the difference between the growth pattern (A) of the natural hair from the head and the fixing method (B) of the hair on the wig base. [Description of main component symbols] 1 ' U wig base 2, 2a, 2b hair-planting area 3 hair 4 ' 4a, 4b distribute hair-planting areas 51, 52, 53, 51a, 51b, 52a, 52b, 53a, 53b 110 natural hair 111 skin 112 hair follicle 113 depression 120 hair 121 wig base I front head II rear head III right side head
Iv 左側頭部 x 頭旋部 γ 分髮部 21 322423Iv left side head x head part γ distribution part 21 322423