M396995 五、新型說明： 【新型所屬之技術領域】 • 本新型是有關一種具按摩功能之裝置，特別是有關於 .一種可按摩人體肌肉之裝置。 【先前技術】 由於電腦裝置日漸普及，人們操作電腦的頻率及時間 也逐漸增加，當使用者在操作電腦而長時間將手掌依附於 • 底座而使用鍵盤或觸控板時，常發生使用者手掌及手腕僵 硬等不適感，因此，使用者往往在使用一段時間後會藉由 甩動手掌或手肘來纾解其不適及促進手掌及手腕之血液循 環。 然而，當使用者在感到手掌及手腕不舒適後，不能適 時休息或改變操作方式，長時間下可能會因為肌肉緊繃及 血液不循環之原因，導致手掌及手腕等位置產生酸痛、發 炎或相關職業傷害。 • 有鑑於此，如何研發出一種解決方案，可減緩上述情 形發生，便是此業界人士所欲達成之目標。 【新型内容】 本新型一方面在提供一種具按摩功能之裝置，用以按 壓人體肌肉，進而減緩肌肉緊繃以及促進血液循環。 為達成以上目的及其他目的，本新型之一實施方式在 提出一種具按摩功能之裝置。具按摩功能之裝置包含一殼 體及一按摩模組。殼體具有至少一第一開孔、至少一第二 5 M396995 開孔以及一内部空間，每一第r開孔及第二開孔接通内部 空間。按摩模組包括一第一按摩部、一第二按摩部及一第 . 一活動連桿。第一按摩部位於内部空間，具有至少一第一 凸粒，每一第一凸粒分別配置於此每一第一開孔中，用以 伸縮於每一第一開孔。第二按摩部位於内部空間中，具有 至少一第二凸粒，每一第二凸粒分別配置於每一第二開孔 中，用以伸縮於每一第二開孔。第一活動連桿包括一第一 端、第二端以及第一中間部。第一端樞接第一按摩部。第 φ 二端相對第一端，並樞接第二按摩部。第一中間部介於第 一端與第二端之間，並柩接殼體。如此，藉由第一活動連 桿之連動，每一第一凸粒與每一第二凸粒呈反向運動。故， 當每一第一凸粒縮入第一開孔中，每一第二凸粒伸出第二 開孔。 本新型之一實施例，第一按摩部背對第一凸粒之一面 具有二相分離之第一凸耳，第一凸耳分別具有一第一樞軸 孔。第二按摩部背對第二凸粒之一面具有二相分離之第二 Φ 凸耳，第二凸耳分別具有一第二樞軸孔。殼體介於第一開 孔與第二開孔之間具有一第三凸耳，第三凸耳具有一第三 樞軸孔。 第一活動連桿之第一端具有一第一框軸，第一樞軸穿 設於第一樞軸孔上，第一活動連桿之第二端具有二第二樞 軸，第二樞轴分別穿設於第二樞轴孔中。第一活動連桿之 第一中間部具有一第三樞轴，第三樞轴穿設於第三樞軸孔。 本新型之又一實施例，殼體更具有至少一第三開孔， 其中第二開孔分布於第三開孔與第一開孔之間。 6 M396995 本新型之又一實施例，按摩模組更包括一第三按摩 部。第三按摩部位於内部空間中，具有至少一第三凸粒。 . 第三凸粒分別配置於第三開孔中，用以伸縮於第三開孔。 本新型之又一實施例，按摩模組更包括一第二活動連 桿。第二活動連桿包括一第三端、一第四端、一第二中間 部。第三端樞接第二按摩部。第四端相對第三端，並樞接 第三按摩部。第二中間部介於第三端與第四端之間，並樞 接殼體。如此，藉由第二活動連桿之連動，每一第二凸粒 馨與每一第三凸粒呈反向運動。而且每一第一凸粒與每一第 三凸粒呈同向運動。故，當每一第二凸粒縮入第二開孔中， 每一第一凸粒伸出第一開孔且每一第三凸粒伸出第三開 孔。 本新型之又一實施例，第二按摩部背對第二凸粒之一 面具有二相分離之第四凸耳，第四凸耳分別具有一第四樞 軸孔，第三按摩部背對第三凸粒之一面具有二相分離之第 五凸耳，第五凸耳分別具有一第五樞軸孔。殼體介於第二 Φ 開孔與第三開孔之間具有一第六凸耳，第六凸耳具有一第 六框轴孔。 第二活動連桿之第三端具有一第四樞轴，第四樞軸穿 設於第四樞軸孔上，第二活動連桿之第四端具有一第五樞 軸，第五樞轴穿設於第五柩軸孔上。 第二活動連桿之第二中間部具有一第六樞軸，第六樞 軸穿設於第六樞軸孔。 本新型之再一實施例，第一樞軸孔、第二樞軸孔、第 四框轴孔與第五樞轴孔分別為一狹長孔，且狹長孔呈傾斜 7 M396995 狀。 . 本新型之又再一實施例，第一開孔、第二開孔與第三 開孔排列成一三角形、菱形或不規則形。 綜上所述，當使用者於工作而壓靠本新型第一凸粒及 第二凸粒時，藉由本新型具按摩功能之裝置可輪流按壓人 體肌肉之特性，可同時幫助減緩肌肉緊繃、促進血液循環， 進而降低手掌相關位置罹患關節發炎或相關職業傷害。 • 【實施方式】 以下將以圖示及詳細說明清楚說明本新型之精神，如 熟悉此技術之人員在瞭解本新型之實施例後，當可由本新 型所教示之技術，加以改變及修飾，其並不脫離本新型之 精神與範圍。 請參閱第1圖、第2圖及第3圖所示，第1圖係繪示 本新型具按摩功能之裝置於一實施例下之分解圖。第2圖 係繪示本新型具按摩功能之裝置於此實施例下之組合圖。 φ 第3圖係繪示第2圖由殼體外部所觀察之示意圖。 本新型提出一種具按摩功能之裝置。具按摩功能之裝 置包含一殼體100及一按摩模組200。 按摩模組200包括一第一按摩部210、一第二按摩部 220及一第一活動連桿300。殼體100内具有一内部空間 110，用以至少容納第一按摩部210、第二按摩部220及第 一活動連桿300。殼體100開設有多個第一開孔120及多 個第二開孔130，此些第一開孔120及第二開孔130分別 接通内部空間110。 8 ινυ^6995 第一按摩部210活動地設置，於内部空間110中，其— 面具有多個第一凸粒211。每一第一凸粒211分別對應一 第一開孔120 ’且配置於對應之第一開孔120中。第二按 f部220活動地設置於内部空間11〇中’其一面具有多個 第二凸粒22卜每一第二凸粒221分別對應一第二開孔130 且配置於對應之第二開孔13〇中。 第一活動連桿300包括一第一端310、第二端320以 及第一中間部330。第一端310樞接於第一按摩部210之 鲁另面。第二端320相對第一端310，並樞接於第二按摩部 220之另面。第一中間部330介於第一端310與第二端320 之間，並樞接於殼體100之一内表面101。 由於第一活動連桿3〇〇之第一中間部330樞設於殼體 100上’第一活動連桿300之第一端310與第二端320便 可如龜板般共同朝同時針方向（順時針或逆時針）轉動。 如此’藉由第一活動連桿3〇〇之連動，此些第一凸粒211 一此些第一凸粒221便於殼體1〇〇上呈反向運動。 癱 請參閱第3圖，反向運動係指當此些第一凸粒211被 推壓而縮入第一開孔120時，此些第二凸粒221便被第一 /舌動連桿300帶動而伸出第二開孔130。反之，請參閱第4 圖及第5圖所示’當此些第二凸粒221被推壓而縮入第二 開孔130時’此些第一凸粒211 (第5圖）被第一活動連 桿300帶動而伸出第一開孔120 (第5圖）。如此，藉由此 些第一凸粒211或第二凸粒221擠壓人體肌肉，以達按壓 肌肉之目的。 此外’復參閱第2圖、第3圖所示，本新型之一實施 9 M396995 例中，殼體100更具有多個第三開孔14〇。第三 開設於殼體100之表面，亦分別接通内部空間。 開孔130分布於第三開孔140與第一開孔12〇之 ^ 更包括-第三按摩部230。第三按摩物活動 =於内部空間110中’其一面具有多個第三凸粒231。 ==r對應一第三開孔14°，且配置於對 為此，按摩模組200更包括-第二活動連桿·。第 一活動連桿400包括一第三端410、一第四端42〇、一 中間部430。第三端410樞接於第二按摩部22〇 第四端420相對第三端410 ’並梅接於第三按摩部謂之 另面。第二中間部430介於第三端41〇與第四端梢之間， 並枢接於殼體100之内表面。 叮」Γ第二活動連桿_之第三端410與第四端棚 可如翹勉板般共同朝同時針方向（順時針或逆時針）轉動。 如此，藉由第—活動連桿300與第二活動連桿4〇〇之分別 連動’此些第二凸粒231與此些第二凸粒221便可呈反向 運動，而與此些第一凸粒211呈同向運動。 、請同時參閱第3圖及第5圖’同向運動與反向運動係 指當此些第三凸粒231被推壓而縮入第三開孔14〇時，此 些第一凸粒221相反地被第二活動連桿4GG帶動而伸出第 一開孔130 (第3圖）’同時’第一活動連桿300也因第二 按摩部220之作動，而帶動此些第-凸粒211縮入第一開 孔120 (第3圖）。反之，#此些第二凸粒221缩入第二開 孑30中此些第一凸粒2Π與此些第三凸粒231分別伸 出第 4匕莖 開孔120與第三開孔ι4〇，(第5 圖）。如此，藉由此 地進211、第三凸粒231或第二凸粒221同時反向 下的運動，以達按壓人體肌肉之目的。 具體而— 9 έ ’復參閱第2圖、第3圖所示，第一按摩部 “0之另& 雜〜& 即背對第一凸粒211之一面，具有二對相分 _之第一 Λ货 Λ* 耳212 ’第一凸耳212分別具有一第一樞軸孔 乙id。第二如 —释摩邹220之另面，即背對第二凸粒221之一面 具有二相八抓 第_。 77離之第二凸耳222，第二凸耳222分別具有一 13「M轴孔223。殼體100介於第一開孔120與第二開孔 之間具有一第三凸耳150,第三凸耳150具有一第三樞 輛孔⑽⑷圖）。 第一活動連桿300之第一端310具有一第一樞軸311， 掩軸311之兩端分別穿設於此些第一樞軸孔213上。 第―拖軸311之延伸方向與第一活動連桿300延伸方向相 互垂直（正交），第一活動連桿300之第二端320具有二第 二樞軸321，第二樞轴321分別穿設於第二樞轴孔223中。 第二樞軸321之延伸方向與第一活動連桿300之延伸方向 相垂直（正交）。第一活動連桿300之第一中間部330具有 一第三樞軸331 (第1圖），第三樞軸331穿設於第三樞軸 孔160中。 此實施例中，第一樞軸孔213分別為一輪廓具弧形之 狹長孔，且此狹長孔呈傾斜狀，其延伸方向係傾斜地朝殼 體100内表面101以及第二開孔130之方向延伸。此狹長 孔可定義為一第一區213a及一第二區213b。第一區213a 相對於第二區213b較遠離殼體100内表面101。 11 M396995 第二樞軸孔223分別為一輪廓具弧形之狹長孔，且此 狹長孔之延伸方向近似水平走向（接近平行殼體1〇〇内表 .面之延伸方向）可疋義為—第三區223a及一第四區 223b。第二區223a接近第一按摩部21〇，第四區223b接 - 近第三按摩部230。 第二按摩部220之另面進一步更具有二相分離之第四 凸耳224，該些第四凸耳224係設置於該些第二凸耳222 之間’第四凸耳224分別具有一第四樞轴孔225，第三按 •摩部230之另面，即背對第三凸粒231之一面具有二相分 離之第五凸耳232’第五凸耳232分別具有一第五樞軸孔 233。殼體100介於第二開孔130與第三開孔14〇之間具有 一第六凸耳170，第六凸耳170具有一第六樞軸孔j8〇 (第 1圖）。 第二活動連桿4〇〇之第三端410具有一第四樞軸411， 第四樞軸411穿設於第四樞軸孔225上。第四樞轴411之 延伸方向與第二活動連桿400之延伸方向相互垂直（正 φ 交），第二活動連桿400之第四端420具有一第五樞軸421， 第五樞轴421穿設於第五樞轴孔233上。第五樞抽421之 延伸方向與第二活動連桿4G0之延伸方向相互垂直（正 交）。第二活動連桿400之第二中間部43〇具有一第六樞軸 431 (第1圖），第六枢轴431穿設於第六柩轴孔180上。 此實施例中，第四樞轴孔225分別為一輪廓具弧形之 狹長孔，且此狹長孔之延伸方向近似水平走向（接近平行 殼體100内表面1〇1之延伸方向）可定義為一第五區225a 及一第六區225b。第五區225a接近第一按摩部210，第六 12 M396995 區225b接近第三按摩部230。， 第五樞軸孔233分別為一輪廓具弧形之狹長孔，且此 • 狹長孔呈傾斜狀，其延伸方向係傾斜地朝殼體100内表面 • 1〇1以及第二開孔130之方向延伸。此狹長孔可定義為一 第七區233a及一第八區233b。第七區233a相對於第八區 233b較遠離殼體1〇〇内表面ι〇1。 如此，參閱第4圖及第5圖，當使用者於殼體100外 表面102壓迫此些第二凸粒221縮入第二開孔130，而迫 •使第二按摩部220遠離殼體1〇〇内表面1〇1時，第二按摩 部220同時推動第一活動連桿3〇〇及第二活動連桿4〇〇， 使知第一活動連桿300朝第一按摩部21〇之方向ri轉動、 第二活動連桿400朝第三按摩部230之方向R2轉動，其中 第一活動連桿300之第二樞軸321轉動並移動至第三區 223a、第二活動連桿400之第四樞軸411轉動並移動至第 區225b。與此同時，第—活動連桿3〇〇迫使第一按摩部 210接近殼體1〇〇内表面1〇1，進而使第一按摩部21〇之第 鲁一凸粒211分別伸出第一開孔12〇 (第5圖），其中第一活 動連桿300之第-樞軸311轉動並移動至第一區;第 广動連桿400迫使第三按摩部23〇接近殼體1〇〇内表面 ’進而使第三按摩部230之第三凸粒231分別伸出第三 :孔140(第5圖）’其中第二活動連桿棚之第五槌轴 轉動並移動至第七區233a。 反之，參閱第2圖及第3圖，當使用者於殼體1〇〇外 ^ 1G2壓迫此些第一凸粒211 (或第—凸粒231)，而迫 使第一按摩部210遠離殼體1〇〇内表面1〇1時，第一按摩 13 M396995 = 動第一活動連桿_ ’使得第1動連桿300朝 Λ動’其中第一活動連桿糊之第—樞轴311轉動 並移動至弟二區213^與此同時，第—活動連桿使得 第-按摩部220接近殼體謂内表面1Q1，進而使第二按 摩部220之第二凸粒221分別伸出第二開孔i30(第3圖）， 其中第-活動連桿_之第二_ 321轉動並移動至第四 區223b。與此同時，第二按摩部22〇推動第二活動連桿 400，使得第二活動連桿4〇〇朝方向R4轉動，其中第二活 動連桿400之第四梅軸411轉動並移動至第五區心了與 此同時’第二活動連桿使得第三按摩部挪遠離殼體 100内表面101’進而使第三按摩部23〇之 別縮入第三開孔14◦(第3圖），其中第二活動連桿糊: 第五樞轴421轉動並移動至第八區233b。 本新型之一實施例中，本新型具按摩功能之裝置並不 僅侷限為電子裝置，例如筆記型電腦（如第3圖）、鍵盤裝 置、滑鼠裝置或搖桿裝置等。如此，殼體1〇〇可為任意裝 置之外形殼體’例如’筆記型電腦用以承載鍵盤元件i9i 之H如第3 Γ、鍵盤殼體、滑鼠殼體或搖桿殼體。然 而’本新型具按摩功能之裝置也可以為一非電子裝置，例 如用以依附於-鍵盤«置旁之—切裝置，當人體手部於 操作此鍵《料便刊賴切於核狀紐摩功能 止針對人體手部’本新型具按摩倾 腳部等局部部位進行按摩功能。 舉例而言’參閱第3圖所示，當殼體議為-筆記型 M396995 電腦用以承載鍵盤元件191之殼.體_，兩按摩模組200分 別設置於此殼體100内表面101且位於其觸控界面區域190 - (touch pad)之兩側位置，而且殼體100朝遠離鍵盤元件 191之方向分別依序設置此些第一開孔120、第二開孔130 及第三開孔140。 如此，當使用者之雙手放置於此殼體100外表面102 相對其觸控界面區域190 ( touch pad )之兩側位置，而且 頻繁地朝鍵盤元件191往返挪動時，使用者之雙手分別依 參序壓迫第一凸粒211、第二凸粒221及第三凸粒231，使得 第一凸粒211及第三凸粒231或第二凸粒221可同時反向 地上下運動而分別昇起、降下，進而按壓使用者雙手之不 同位置。 此外，本新型之又再一實施例中，參閱第6圖所示， 第6圖係繪示本新型具按摩功能之裝置之各按摩部之外觀 示意圖。第一凸粒211、第二凸粒221及第三凸粒231可 伸出殼體之高度Η可相等或不需相等。例如，第二凸粒221 φ 之高度可介於第三凸粒231之高度與第一凸粒211之高度 之間。又例如，第三凸粒231可伸出殼體100之高度可大 於第二凸粒221可伸出殼體100之高度，第二凸粒221可 伸出殼體100之高度可大於第一凸粒211可伸出殼體100 之高度。 為此，需說明的是，原則上，本新型之按摩模組200 不侷限上述按摩部之數量、外型、凸粒之數量、體積或此 些凸粒排列而成之幾何圖形。惟設計人員可依實際狀況、 限制或需求調整之。 15 棒，按摩模組2GG更可包括更多之按摩部及活動連 份之』部份之按摩部呈时反向運動，而與另-部 量並步同向運動。又例如，各按摩部之凸粒數 單-接磨I同或不同，其體積亦可相同或不同。原則上， 又例如之凸粒數量越多，其體積便越小，反之亦然。 (如笛/粒排列而成之幾何圖形可排列成-三角形 圖所示）、菱形、圓形或不規則形（圖中未示）v 能之當使料於工作祕靠於本新型具按摩功 、置之第一凸粒、第二凸粒上時，藉由 功能之裝置可輪流按壓人體肌肉之特性 罹串關：路？進血循環，進而降低人體相關位置之肌肉 »患關即發炎或相關職業傷害。 η 型，二ί孰ί述所揭露之各實施例中，並非用以限定本新 當可作各種 藝者，在不脫離本新型之精神和範圍内， 乍各種之更動與㈣，皆可被保護於本新型中 準型之保護範圍當視後附之申請專利範圍所界定者 【圖式簡單說明】 為讓本新型之上述和其他目的、特 此更明顯易懂，所附圖式之詳細說明如下：”實知例 之分^圖倾示本新型具按摩功能之裝置於—實施例下 之組^圖係繪示本新型具按摩功能之裝置於此實施例下 M396995 第3圖係繪示第2圖由殼體外部所觀察之示意圖。 第4圖係繪示本新型具按摩功能之裝置由殼體内部所 觀察之另一狀態示意圖。 第5圖係繪示第4圖由殼體外部所觀察之示意圖。 第6圖係繪示本新型具按摩功能之裝置之各按摩部之 外觀示意圖。 【主要元件符號說明】 100 :殼體 101 :内表面 102 :外表面 110 :内部空間 120 ··第一開孔 130 :第二開孔 140 :第三開孔 150 :第三凸耳 160 :第三枢軸孔 170 :第六凸耳 180 :第六枢轴孔 190 :觸控界面區域 191 :鍵盤元件 200 :按摩模組 210 :第一按摩部 211 ··第一凸粒 212 :第一凸耳 224 ： 第四凸耳 225 : 第四樞軸孔 225a :第五區 225b :第六區 230 第三按摩部 231 第三凸粒 232 第五凸耳 233 第五樞軸孔 233a :第七區 233b ••第八區 300 第一活動連桿 310 第一端 311 第一樞軸 320 第二端 321 第二樞軸 330 第一中間部 331 第三枢抽 17 M396995 213 :第一樞轴孔 213a :第一區 213b :第二區 220 :第二按摩部 221 :第二凸粒 222 :第二凸耳 223 :第二框軸孔 223a :第三區 223b :第四區 400 第二活動連桿 410 第三端 411 第四樞軸 420 第四端 421 第五樞軸 430 第二中間部 431 •第六柩· Η :高度 R1 _R4 :方向M396995 V. New description: [New technical field] The present invention relates to a device with a massage function, in particular, a device for massaging human muscles. [Prior Art] Due to the increasing popularity of computer devices, the frequency and time for people to operate computers has gradually increased. When the user uses the keyboard or the touchpad to attach the palm to the base for a long time while operating the computer, the user's palm often occurs. And the discomfort of wrist stiffness, so users often use their hands or elbows to relieve their discomfort and promote blood circulation in the palms and wrists after a period of use. However, when the user feels that the palm and wrist are uncomfortable, he or she cannot rest or change the operation mode. For a long time, the muscles may be tight and the blood does not circulate, causing pain, inflammation or related to the palm and wrist. Professional injury. • In view of this, how to develop a solution that can alleviate this situation is what the industry wants to achieve. [New content] In one aspect, the present invention provides a device having a massage function for pressing human muscles, thereby reducing muscle tension and promoting blood circulation. In order to achieve the above and other objects, an embodiment of the present invention proposes a device having a massage function. The device with massage function comprises a shell and a massage module. The housing has at least one first opening, at least one second 5 M396995 opening, and an internal space, and each of the rth opening and the second opening opens the internal space. The massage module includes a first massage portion, a second massage portion and a first movable link. The first massage portion is located in the inner space and has at least one first convex particle, and each of the first convex particles is disposed in each of the first openings for stretching and contracting each of the first openings. The second massaging portion is located in the inner space and has at least one second convex particle, and each of the second convex particles is disposed in each of the second openings for expanding and contracting each of the second openings. The first movable link includes a first end, a second end, and a first intermediate portion. The first end is pivotally connected to the first massage part. The second end of the first φ is opposite to the first end and is pivotally connected to the second massage portion. The first intermediate portion is interposed between the first end and the second end and is coupled to the housing. Thus, each first bump and each second bump move in opposite directions by the linkage of the first movable link. Therefore, when each of the first lobes is retracted into the first opening, each of the second lobes protrudes out of the second opening. In one embodiment of the present invention, the first massage portion has a first lug that is separated from the first convex surface by a two-phase, and the first lug has a first pivot hole. The second massage portion has a second Φ lug separated from one side of the second convex surface, and the second lug has a second pivot hole. The housing has a third lug between the first opening and the second opening, and the third lug has a third pivot hole. The first end of the first movable link has a first frame shaft, the first pivot shaft is disposed on the first pivot hole, and the second end of the first movable link has two second pivots, the second pivot They are respectively disposed in the second pivot hole. The first intermediate portion of the first movable link has a third pivot, and the third pivot is disposed through the third pivot hole. In still another embodiment of the present invention, the housing further has at least one third opening, wherein the second opening is distributed between the third opening and the first opening. 6 M396995 In another embodiment of the present invention, the massage module further includes a third massage portion. The third massage portion is located in the inner space and has at least one third convex. The third convex particles are respectively disposed in the third opening for expanding and contracting to the third opening. In still another embodiment of the present invention, the massage module further includes a second movable link. The second movable link includes a third end, a fourth end, and a second intermediate portion. The third end is pivotally connected to the second massage part. The fourth end is opposite to the third end and pivoted to the third massage portion. The second intermediate portion is interposed between the third end and the fourth end and pivots the housing. Thus, each of the second embossments moves in a reverse direction with each of the third ridges by the linkage of the second movable links. Moreover, each of the first lobes moves in the same direction as each of the third lobes. Therefore, when each of the second projections is retracted into the second opening, each of the first projections protrudes from the first opening and each of the third projections projects out of the third opening. In another embodiment of the present invention, the second massage portion has a second lug having two phases separated from the second convex surface, and the fourth lug has a fourth pivot hole respectively, and the third massage portion is opposite to the first One of the three lobes has a fifth phase separated by two phases, and the fifth lobes each have a fifth pivot hole. The housing has a sixth lug between the second Φ opening and the third opening, and the sixth lug has a sixth frame shaft hole. The third end of the second movable link has a fourth pivot, the fourth pivot is disposed on the fourth pivot hole, and the fourth end of the second movable link has a fifth pivot, the fifth pivot It is worn on the fifth shaft hole. The second intermediate portion of the second movable link has a sixth pivot, and the sixth pivot is disposed through the sixth pivot hole. In still another embodiment of the present invention, the first pivot hole, the second pivot hole, the fourth frame shaft hole and the fifth pivot hole are respectively elongated holes, and the elongated holes are inclined at a shape of 7 M396995. In still another embodiment of the present invention, the first opening, the second opening and the third opening are arranged in a triangular shape, a diamond shape or an irregular shape. In summary, when the user presses the first convex and second convex particles of the present invention during work, the device with the massage function can rotate the characteristics of the human muscle in turn, which can help reduce muscle tension at the same time. Promotes blood circulation, which in turn reduces joint inflammation or related occupational injuries in the palm-related position. The embodiments of the present invention will be apparent from the following description and detailed description. It does not depart from the spirit and scope of the present invention. Please refer to FIG. 1 , FIG. 2 and FIG. 3 , and FIG. 1 is an exploded view of the device with a massage function according to an embodiment. Fig. 2 is a combination diagram of the device with a massage function according to this embodiment. φ Fig. 3 is a schematic view of Fig. 2 as viewed from the outside of the casing. The invention proposes a device with a massage function. The device having a massage function comprises a housing 100 and a massage module 200. The massage module 200 includes a first massage portion 210, a second massage portion 220, and a first movable link 300. The housing 100 has an interior space 110 for receiving at least the first massaging portion 210, the second massaging portion 220, and the first movable link 300. The housing 100 is provided with a plurality of first openings 120 and a plurality of second openings 130. The first openings 120 and the second openings 130 respectively open the internal space 110. 8 ινυ^6995 The first massage portion 210 is movably disposed in the inner space 110, and has a plurality of first protrusions 211 on its surface. Each of the first protrusions 211 corresponds to a first opening 120 ′ and is disposed in the corresponding first opening 120 . The second pressing portion f is movably disposed in the inner space 11A. The one surface of the second convex portion 221 corresponds to a second opening 130 and is disposed in the corresponding second opening. Hole 13 is in the middle. The first movable link 300 includes a first end 310, a second end 320, and a first intermediate portion 330. The first end 310 is pivotally connected to the other side of the first massage portion 210. The second end 320 is opposite to the first end 310 and is pivotally connected to the other side of the second massage part 220. The first intermediate portion 330 is interposed between the first end 310 and the second end 320 and is pivotally connected to an inner surface 101 of the housing 100. Since the first intermediate portion 330 of the first movable link 3 is pivoted on the housing 100, the first end 310 and the second end 320 of the first movable link 300 can be together in the same direction as the turtle shell ( Turn clockwise or counterclockwise). Thus, by the linkage of the first movable link 3, the first protrusions 211 and the first protrusions 221 facilitate the reverse movement of the housing 1 . Referring to FIG. 3, the reverse motion means that when the first protrusions 211 are pushed and retracted into the first opening 120, the second protrusions 221 are used by the first/tongue link 300. The second opening 130 is extended by the driving. On the contrary, please refer to FIG. 4 and FIG. 5 'When the second protrusions 221 are pushed and retracted into the second opening 130', the first protrusions 211 (Fig. 5) are first The movable link 300 is driven to extend out of the first opening 120 (Fig. 5). Thus, the first convex 211 or the second convex 221 is pressed against the human muscles for the purpose of pressing the muscles. Further, as shown in Fig. 2 and Fig. 3, in one embodiment of the present invention, in the case of M396995, the casing 100 further has a plurality of third openings 14A. The third is opened on the surface of the casing 100, and the internal space is also respectively turned on. The opening 130 is distributed in the third opening 140 and the first opening 12, and further includes a third massage portion 230. The third massaging activity = in the inner space 110 has a plurality of third protrusions 231 on one side thereof. ==r corresponds to a third opening 14°, and is disposed in the pair. The massage module 200 further includes a second movable link. The first movable link 400 includes a third end 410, a fourth end 42A, and an intermediate portion 430. The third end 410 is pivotally connected to the second massage portion 22, and the fourth end 420 is opposite to the third end 410' and is connected to the third massage portion. The second intermediate portion 430 is interposed between the third end 41〇 and the fourth end and is pivotally connected to the inner surface of the housing 100. The third end 410 and the fourth end shed of the second movable link _ can be rotated together in the same needle direction (clockwise or counterclockwise) as the squat plate. In this way, by the first movable link 300 and the second movable link 4 连 respectively, the second convex 231 and the second convex 221 can be reversely moved, and the same A bump 211 moves in the same direction. Please refer to FIG. 3 and FIG. 5 simultaneously. 'Co-directional motion and reverse motion means that when the third convex 231 is pushed and retracted into the third opening 14 ,, the first convex 221 Conversely, it is driven by the second movable link 4GG to extend out of the first opening 130 (Fig. 3). 'At the same time, the first movable link 300 is also driven by the second massage part 220 to drive the first-convex The 211 is retracted into the first opening 120 (Fig. 3). On the other hand, the second protrusions 221 are retracted into the second opening 30, and the first protrusions 2Π and the third protrusions 231 respectively protrude from the fourth stem opening 120 and the third opening ι4〇. , (Fig. 5). In this way, the movement of the 211, the third convex 231 or the second convex 221 at the same time is reversed in order to press the muscles of the human body. Specifically, 9 复 复 第 第 第 第 第 复 复 复 复 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一The first Λ ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The first and second lugs 222 have a 13" M-axis hole 223. The housing 100 has a third between the first opening 120 and the second opening. The first lug hole (10) (4) has a third pivot hole (10) (4). The first end 310 of the first movable link 300 has a first pivot 311, and the two ends of the cover shaft 311 are respectively disposed there. The first pivot hole 311 has an extending direction perpendicular to the extending direction of the first movable link 300 (orthogonal), and the second end 320 of the first movable link 300 has two second pivots The second pivots 321 are respectively disposed in the second pivot holes 223. The extending direction of the second pivots 321 is perpendicular (orthogonal) to the extending direction of the first movable link 300. The first movable link 3 The first intermediate portion 330 of the 00 has a third pivot 331 (Fig. 1), and the third pivot 331 is disposed in the third pivot hole 160. In this embodiment, the first pivot holes 213 are respectively The slit has an arcuate slit, and the slit has an inclined shape extending obliquely toward the inner surface 101 of the housing 100 and the second opening 130. The slit can be defined as a first region 213a and a second region 213b. The first region 213a is farther from the inner surface 101 of the housing 100 than the second region 213b. 11 M396995 The second pivot holes 223 are respectively a curved elongated hole, and the extension of the elongated hole The direction is approximately horizontal (close to the parallel direction of the inner surface of the parallel housing 1). The third area 223a is adjacent to the first massage part 21, and the fourth area 223a is close to the first massage part 21, fourth. The second portion 223b is connected to the third massage portion 230. The other portion of the second massage portion 220 further has a second phase separation 224. The fourth protrusions 224 are disposed on the second protrusions 222. The fourth 'fourth lugs 224 respectively have a fourth pivot hole 225, and the other side of the third pressing part 230, that is, the back side The fifth lug 232 ′ having the two-phase separation of the three convex 231 has a fifth pivot hole 233. The housing 100 is interposed between the second opening 130 and the third opening 14 . There is a sixth lug 170, and the sixth lug 170 has a sixth pivot hole j8 〇 (Fig. 1). The third end 410 of the second movable link 4 has a fourth pivot 411. The fourth pivot 411 is disposed on the fourth pivot hole 225. The extending direction of the fourth pivot 411 is perpendicular to the extending direction of the second movable link 400 (positive φ intersection), and the second movable link 400 is The fourth end 420 has a fifth pivot 421, and the fifth pivot 421 is disposed on the fifth pivot hole 233. The extending direction of the fifth pivoting member 421 and the extending direction of the second movable link 4G0 are perpendicular to each other (orthogonal). The second intermediate portion 43 of the second movable link 400 has a sixth pivot 431 (Fig. 1), and the sixth pivot 431 is disposed through the sixth pivot hole 180. In this embodiment, the fourth pivot holes 225 are respectively an arcuate elongated hole, and the extending direction of the elongated hole is approximately horizontal (near the extending direction of the inner surface 1〇1 of the parallel housing 100) can be defined as A fifth zone 225a and a sixth zone 225b. The fifth zone 225a is adjacent to the first massaging section 210, and the sixth 12 M396995 zone 225b is adjacent to the third massaging section 230. The fifth pivot hole 233 is an arcuate narrow hole, and the narrow hole is inclined, and the extending direction thereof is inclined toward the inner surface of the casing 100, 1〇1 and the second opening 130. extend. The elongated hole can be defined as a seventh zone 233a and an eighth zone 233b. The seventh zone 233a is relatively farther from the inner surface ι〇1 of the casing 1 with respect to the eighth zone 233b. Thus, referring to FIG. 4 and FIG. 5, when the user presses the second protrusions 221 on the outer surface 102 of the housing 100 to retract into the second opening 130, the second massage part 220 is forced away from the housing 1 When the inner surface of the crucible is 1〇1, the second massage part 220 simultaneously pushes the first movable link 3〇〇 and the second movable link 4〇〇, so that the first movable link 300 is turned toward the first massage part 21 When the direction ri rotates, the second movable link 400 rotates in the direction R2 of the third massage portion 230, wherein the second pivot 321 of the first movable link 300 rotates and moves to the third region 223a and the second movable link 400. The fourth pivot 411 rotates and moves to the first zone 225b. At the same time, the first movable link 3 〇〇 forces the first massaging portion 210 to approach the inner surface 1〇1 of the housing 1 , thereby causing the first massage portion 21 to protrude from the first convex portion 211 The opening 12〇 (Fig. 5), wherein the first pivot 311 of the first movable link 300 rotates and moves to the first zone; the first movable link 400 forces the third massage part 23 to approach the casing 1〇〇 The inner surface 'further extends the third convex 231 of the third massaging portion 230 respectively to the third: hole 140 (Fig. 5)' wherein the fifth axis of the second movable link shed rotates and moves to the seventh zone 233a . On the other hand, referring to FIG. 2 and FIG. 3, when the user presses the first protrusions 211 (or the first protrusions 231) outside the housing 1 , the first massage portion 210 is forced away from the housing. When the inner surface of the inner surface is 1〇1, the first massage 13 M396995 = the first movable link _ 'the first moving link 300 is tilted', wherein the first pivot link 311 of the first movable link paste rotates and Moving to the second district 213^, at the same time, the first movable link causes the first massage portion 220 to approach the inner surface 1Q1 of the housing, so that the second convex 221 of the second massage portion 220 protrudes from the second opening, respectively. I30 (Fig. 3), wherein the second - 321 of the first movable link _ rotates and moves to the fourth zone 223b. At the same time, the second massaging portion 22 〇 pushes the second movable link 400 such that the second movable link 4 turns toward the direction R4, wherein the fourth movable shaft 411 of the second movable link 400 rotates and moves to the first At the same time, the second activity link causes the third massage portion to move away from the inner surface 101' of the casing 100, thereby causing the third massage portion 23 to be retracted into the third opening 14 (Fig. 3). Wherein the second movable link paste: the fifth pivot 421 is rotated and moved to the eighth zone 233b. In one embodiment of the present invention, the device having the massage function is not limited to an electronic device such as a notebook computer (e.g., Fig. 3), a keyboard device, a mouse device, or a rocker device. Thus, the housing 1 can be any device that is externally shaped, such as a notebook computer, for carrying the keyboard element i9i such as the third port, the keyboard housing, the mouse housing or the rocker housing. However, the device with the massage function can also be a non-electronic device, for example, attached to the keyboard-side-cutting device, when the human hand operates the button, the material is printed on the core. The function of the massage is aimed at the human hand's new massage part. For example, as shown in FIG. 3, when the housing is referred to as a notebook type M396995 computer for carrying the keyboard element 191, the two massage modules 200 are respectively disposed on the inner surface 101 of the housing 100 and located at The first opening 120, the second opening 130 and the third opening 140 are sequentially disposed in the direction away from the keyboard component 191. . Thus, when the user's hands are placed on the outer surface 102 of the casing 100 relative to the two sides of the touch interface area 190 (touch pad), and frequently moved back and forth toward the keyboard element 191, the user's hands are respectively The first protrusion 211, the second protrusion 221, and the third protrusion 231 are pressed in a stepwise manner so that the first protrusion 211 and the third protrusion 231 or the second protrusion 221 can simultaneously move up and down in the opposite direction and rise respectively. Lift and lower, and then press the different positions of the user's hands. Further, in still another embodiment of the present invention, referring to Fig. 6, Fig. 6 is a schematic view showing the appearance of each massage portion of the novel massage device. The first ridge 211, the second ridge 221, and the third ridge 231 may extend out of the height of the casing and may or may not be equal. For example, the height of the second convex 221 φ may be between the height of the third convex 231 and the height of the first convex 211. For another example, the height of the third protrusion 231 extending out of the housing 100 may be greater than the height of the second protrusion 221 extending out of the housing 100, and the height of the second protrusion 221 extending out of the housing 100 may be greater than the first protrusion. The pellets 211 can extend out of the height of the housing 100. Therefore, it should be noted that, in principle, the massage module 200 of the present invention does not limit the number of the massage parts, the shape, the number of the convex particles, the volume, or the geometric shape of the convex particles. However, the designer can adjust it according to actual conditions, restrictions or needs. 15 sticks, the massage module 2GG can include more massage parts and activities. The part of the massage part moves in the opposite direction and moves in the same direction as the other parts. For example, the number of the convex portions of each massage portion may be the same or different, and the volume may be the same or different. In principle, for example, the larger the number of embossments, the smaller the volume, and vice versa. (such as the geometry of the flute / grain arrangement can be arranged in a - triangle diagram), diamond, round or irregular shape (not shown) v can be used to work in this new body with massage When the work is first placed on the first bump and the second bump, the function of the human muscle can be pressed in turn by the function device. Into the blood circulation, and thus reduce the muscles in the relevant position of the human body. » The affected area is inflammation or related occupational injuries. η 式 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The protection scope of the present invention is defined by the scope of the patent application. [Simplified description of the drawings] In order to make the above and other objects of the present invention more obvious and understandable, a detailed description of the drawings is provided. The following is a summary of the embodiment of the present invention. The device of the present invention is shown in the following figure. Figure 2 is a schematic view of the exterior of the casing. Figure 4 is a schematic view showing another state of the device with a massage function as viewed from inside the casing. Figure 5 is a diagram showing the exterior of the casing. Fig. 6 is a schematic view showing the appearance of each massage part of the device with a massage function. [Main component symbol description] 100: Housing 101: Inner surface 102: Outer surface 110: Internal space 120 · First opening 130: second Hole 140: third opening 150: third lug 160: third pivot hole 170: sixth lug 180: sixth pivot hole 190: touch interface area 191: keyboard element 200: massage module 210: a massage portion 211 · · first convex patch 212 : first lug 224 : fourth lug 225 : fourth pivot hole 225a : fifth region 225b : sixth region 230 third massage portion 231 third convex 232 Fifth lug 233 fifth pivot hole 233a: seventh zone 233b • eighth zone 300 first movable link 310 first end 311 first pivot 320 second end 321 second pivot 330 first intermediate part 331 third pivot 17 M396995 213: first pivot hole 213a: first region 213b: second region 220: second massage portion 221: second convex 222: second lug 223: second frame shaft hole 223a : third zone 223b: fourth zone 400 second movable link 410 third end 411 fourth pivot 420 fourth end 421 fifth pivot 430 second intermediate portion 431 • sixth 柩 · Η : height R1 _R4 : direction