201018452 九、發明說明： 【發明所屬之技術領域】 本發明係與按摩裝置有關，尤指—種電動整脊機。 【先前技術】 如第1 2圖所示，係為美國第71444 1 7號專利 案，其揭露一種電動按摩搶結構，其主要係利用電磁驅動 γ方式直接帶動一撞針i以撞擊一錘組2，而藉以可對人體 ❹脊椎產生衝擊並達到按摩之功效者，然而其係具有以下缺 點： ' 1.該專利案所揭露之電動按摩搶結構，係利用電磁啟動 方式H動㈣1 ’因此其_缝生之衝擊力道报 大，若又直接作用於人體較為脆弱之脊椎處時，則容 易會對人體脊椎造成傷害。 2·該專利案所揭露之電動按摩搶結構係利用外接電源線 ❹ 3之設計以提供電磁驅動時所需之電力，因此於使用 上必須搭配相對應之電源插座方能使用，換言之，若 使用場所無對應之電源插座時，即無法正常使用；再 者’該電動按摩搶所延伸出之電源線3亦會對操作上 造成不便。 有鑑於上述之各項缺失，故，本案發明人乃憑藉著從 事相關產業之多年經驗，並經不斷苦思及試作後，才終於 有本發明之產生。 6 201018452 【發明内容】 本發明目的之一，在於提供一種電動整脊機’其具有 可緩衝整脊機之瞬間衝擊力道，而以較為緩和之力道對人 體脊椎進行按摩，並有效避免因按摩力道過大而對脊椎造 成傷害。 本發明目的之二，在於提供-種電動整脊機，其具有 可調整按摩力道大小之功效者。 ❹ 科明目的之三，在於提供—種電動整脊機，其係具 有獨立之電源，而可不受使用場地之限制。 為達前述之目的，本發明提供-種電動整脊機，其包 含有： -本體，其内部係設有-驅動組以及一供電組，且該 供電組係與該驅動組相互電性連結。 一頂環，係以其一端而與該驅動組相接，而可受該驅 動組帶動以進行-旋轉動作，且該頂環另一端係具有一容 置空間，並於該容置空間中係設有二呈相對設置之作動 部’且於該容置空間中係形成有一頂擎面。 一拉環，其係設於該頂環之容置空間中，並於該拉環 與該容置空間頂掣面之間係設有一第一彈簧，且該拉環沿 其轴向係貫設有一通孔，並於該拉環周緣係環設有二作動 塊，且該各作動塊上係分別具有一頂推斜面，而該頂環上 之二作動部係分別與該二作動塊之頂推斜面相互詞·應卡 接，且該頂環受該驅動組帶動旋轉時，該頂環上之作動部 201018452 即會頂壓該拉環上之頂推斜面，以迫使該拉環得沿其轴向 而朝該頂環頂掣面方向進行移動，並逐漸壓縮該第一彈 簧，而當該頂環之作動部脫離該拉環之頂推斜面時，該拉 環即會受該第一彈簧之彈力作用而回復至原位。 一衝擊組’係容設於該拉環之通孔中，且該衝擊組主 要由一控制銷、一呈中空狀之撞針以及一跳脫管所依序套 接而成’其中該撞針係具有一前段以及一後段，並於該撞 針上係至少開設有一卡掣孔，且於該撞針後段與該頂環頂 ❻ 掣面之間係設有一第二彈簧，而該控制銷係穿設於該撞針 之内部，且該控制銷係具有一卡掣段以及一跳脫段’該跳 脫管係套設於該撞針之前段上，且該跳脫管並與該拉環相 接而可隨該拉環進行往復移動’一鋼珠係設於該撞針内部 並與該卡掣孔相互對應，且該鋼珠與該控制銷之卡掣段相 接時，該鋼珠係經該撞針之卡掣孔而與該跳脫管之周緣相 抵接’而使該撞針與該跳脫管係相互卡掣，藉此當該跳脫 管隨該拉環朝該頂環容置空間之頂掣面方向移動時，該跳 ❹.脫管即會同步牵引該撞針朝該頂掣面方向移動並壓縮該第 二彈簧，而當該鋼珠與該控制銷之跳脫段相接時，該鋼珠 即不會經該卡掣孔而與該跳脫管周緣相抵接，此時該撞針 即可受該第二彈簧之復歸彈力作用，而進行一擊發動作。 一頂針組，其一端係與該衝擊組呈相對設置，而該頂 針組另一端則與一錘組呈相對設置，且該衝擊組之撞針產 生擊發動作時，該頂針組係可受該撞針之撞擊而頂推該錘 組以產生一彈出而可對人體進行按摩之動作。 8 201018452 再者，該頂針組係由一頂針套管與一頂針所組成，而 該頂針套管係設有一沿轴向延伸之中心孔，該頂針則穿設 於該中心孔中’該頂針-端係設有-頂針頭，另—端則設 有一止環，且該頂針頭係與該錘組呈相對設置，而該止環 ::與該衝擊組呈相對設置，並於該止環與該頂針套‘間係 叹有頂針彈簧’以賴該止環帶動該頂針可朝該衝擊組 _方向移動，且該頂針頭朝該頂針套管方向係設有一調整 、桿，而該頂針套管中心孔旁係另環設有多數個調整孔，且 ©各調整孔之孔深皆不相同，而該頂針頭外係更套接有一調 整環’並藉由旋轉該調整管可帶動該頂針頭與其中一調整 孔呈相對設置。 而本發明之上述及其他目的與優點，不難從下述所選 用實施例之詳細說明與附圖中，獲得深入了解。 【實施方式】 首先請配合參閱第1圖以及第2圖，圖中所示者為本 發，所選用之第-實施例架構，此僅供說明之用 ，在專利 ❿·申請上並不受此種架構之限制。 本發明所提供之-種電動整脊機，主要係由一本禮工 1、一齒輪組21、-頂環31、—拉環41、一衝擊組 5 1、—頂針組6 !以及-錘組7工所組成，其中： 該本體11，係概呈-手搶外形而具有一搶身12以 及一槍柄1 3，並於該搶身1 2内部係設有一以煞車馬達 所構成之驅動組14，而於該搶柄工3内部則設有一以電 池所構成之供電組1 5，另於該本體i工之搶身工2中更 9 201018452 具有一啟動開關1 6 ’且該啟動開關1 6係分別 組1 4及該供電組1 5相互電性連結，並可控與讀驅動 14與該供電組1 5間之電源導通狀態，且當諸讀驅動魬 4與該供電組1 5相互導通時，該驅動組i 動奴1 動，而於本實施例中，該啟動開關1 6係由 1以及一可受該按壓部161啟動之微動開關1 ★υ 成，且該按壓部16 1—侧係外露於該本體丄丄6 2所級 3上，而該微動開關16 2則設於該本體χ i之从二 内部。 該齒輪組2 1 ’係由多數個減速齒輪所構成 動組14係與該齒輪組2 1相互連接，並可用、 輪組2 1運轉β 該頂環3 1，係以其一端而與該齒輪級2 驅勤組1 4作叙拉说杰姐私分土4目接， 4即可開始作 按壓部i 6 所之搶柄1 之搶身1 9 足讀驅 連動讀齒 使該驅動組14作動時係 以該齒輪組21帶動該頂環 ❹ 先驅動該齒輪組2 χ運供’ 環3 1進行一旋轉動作後’ 環3 1另-端係具有-容置空間3 2，並於該容置 2中係設有二呈凸出狀且相對設置之作動部3 3 *且該容 置空間3 2末端係形成有一頂掣面3 4，並於該頂環3 1 外周緣與該本體1 1内部之間係設有多數個轴承3 5結 構。 再 該拉環4 1 ’其係設於該頂環3 1之容置空間3 2 中，並於該拉環41與該容置空間3 2頂掣面3 4之間係 設有一第一彈簧4 2，且該拉環4 1沿其轴向係貫設有一 通孔4 3，並於該拉環41周緣係環設有二作動塊4 4， 201018452 且該二作動塊44上係分別具有一頂推斜面44 i，而該 頂環3 1上之二作動部3 3係分別與該二作動塊44之^ 推斜面4 41相互對應卡接，以使該驅動組丄4藤動該齒 輪組2 1而帶動該頂環3 1旋轉時，該頂環3 i上之作 部3 3即會頂壓該拉環41上之頂推斜面4 4 i，以迫使 該拉環4 1得沿其轴向而朝該頂環3 :頂擎面3 4方向進 行移動，並逐漸壓縮該第-彈簧42，而當該頂環3工之 .作動部33脫離該拉環41之頂推斜面441時，該拉環 ❹ 41即會受該第一彈簧42之彈力作用而回復至原位。 該衝擊組5 1，係容設於該拉環41之通孔4 3中， 且該衝擊組5 1主要由一控制銷5 2、一呈中空狀之撞針 5 3以及一跳脫管5 4所依序套接而成，其中該撞針5 3 係具有一前段531以及一後段5 3 2，並於該撞針5 3 上係至少開設有一卡掣孔5 5，且於該撞針5 3後段5 3 2與該頂環3 1頂掣面34之間係設有一第二彈簧5 6， 而該控制銷52係穿設於該撞針53之内部，且於該撞針 0 5 3前段5 3 1係穿設有一插銷5 7，並於該插銷5 7與 該控制銷5 2之間係設有一第三彈簧5 8，而該控制銷5 2係具有一卡掣段5 2 1以及一外徑小於該卡掣段5 2 1 之跳脫段5 2 2，該跳脫管5 4係套設於該撞針5 3之前 段5 3 1上，且該跳脫管5 4並與該拉環41相接而可隨 該拉環4 1進行往復移動，至少一鋼珠59 (本實施例係 以兩顆為例）係設於該撞針5 3内部並與該卡掣孔5 5相 互對應，且該鋼珠5 9與該控制銷5 2之卡掣段5 2 1相 201018452 接時，該鋼珠5 9係經該撞針5 3之卡掣孔5 5而與該跳 脫管5 4之周緣相抵接，而使該撞針5 3與該跳脫管54 係相互卡掣，藉此當該跳脫管5 4隨該拉環41朝該頂環 3 1容置空間3 2之頂掣面34方向移動時，該跳^管5 4即會同步牽引該撞針5 3朝該頂掣面34方向移動並壓 縮該第二彈簧5 6，而當該鋼珠5 9與該控制銷5 2之跳 脫段522相接時，該鋼珠59即不會經該卡掣孔55而 .與該跳脫管54周緣相抵接，此時該撞針53即可受該第 〇 二彈簧5 6之復歸彈力作用，而進行一擊發動作。 而於本實施例中，該本體1 1之搶身1 2内部係固設 有一固定座1 7，且該固定座1 7中係穿設有一套管1 8，而該套管1 8—端係供容設該衝擊組5丄，並同時穿 設於該拉環41之通孔4 3中，且該衝擊組5 1之套管1 8上係設有一滑槽18 1，而該跳脫管5 4上則設有一穿 孔541，並於該撞針53外侧則設有一長軸向軌槽53 3，一固定件45係以其一端固設於該拉環4丄上，另一 ® .端則穿過該套管18之滑槽181，並經該跳脫管54之 穿孔5 41而容設於該撞針5 3之軌槽5 3 3中，俾供該 跳脫管5 4與該拉環41相互固接，並可沿該套管1 8之 滑槽1 8 1進行往復移動^ 該頂針組6 1 ’其-端係與該衝擊組5工呈相對設 置而^頂針組61另一端則與該錘組71呈相對設置， „衝：組5 1之撞針5 3產生擊發動作時，該頂針組6 糸了又該撞針5 3之撞擊而頂推該錘組71以產生一彈 12 201018452 出動作，其中，該頂針組6丄係由一頂針套管6 2與一頂 針6 3所組成，而該頂針套管6 2係設有一沿軸向延伸之 中。孔6 21，該頂針6 3則穿設於該中心孔Θ 2 1中 該頂針6 3 —端係設有一頂針頭6 4，另一端則設有一土 環6 5，且該頂針頭6 4係與該錘組γ1呈相對設置，而 該止環6 5則與該衝擊組5丄呈相對設置，並於該止環6 5與該頂針套管6 2間係設有一頂針彈簧6 6，以頂撐該 jt環6 5帶動該頂針6 3可朝該衝擊組5 1方向移動炎 φ 於該頂針頭6 4朝該頂針套管6 2方向係設有一調整桿6 7 ’而該頂針套管62中心孔62 1旁係另環設有多數個 調整孔6 8，且各調整孔6 8之孔深皆不相同’而該頂針 頭64外係更套接有一調整管6 9，並藉由旋轉該調整管 69可帶動該頂針頭64與其中一調整孔68呈相對設 置。 該錘組71，係包含有一錘環7 2、一錘桿7 3以及 一錘頭7 4，而該錘桿7 3係穿設於該錘環7 2中’直該 ❹錘桿73—端係形成有一與該頂針頭64呈相對設置之受 擊面7 5，而該錘桿7 3另一端則用以接設該錘頭7 4 ’ 益於該錘頭7 4與該錘環7 2之間係設有一錘組彈簧7 6，而於該錘頭7 4上係更套設有一以軟性材質所製成之 錘套7 7。 接著請搭配參閱第3圖，本發明於使用時，使用者係 以該錘組7 1頂壓於人體8 0上，並使該錘組7 1之錘頭 7 4得壓縮該錘組彈簧7 6而朝該頂針組6 1方向移動， 13 201018452 接著按壓該按壓部1 6 1以啟動該微動開關1 6 2，以使 該驅動組14與該供電組i 5呈現相互導通之狀態，而可 令該驅動組1 4開始作動，並經該齒輪組2 1以帶動該頂 環3 1進行旋轉動作，此時，該鋼珠5 9係位於該控制銷 52之卡掣段521上，並經該撞針5 9之卡掣孔5 5而 ❹ ❹ ，該跳脫管5 4之周緣相抵接，而使該撞針5 3與該跳脫 管5 4係呈現相互卡掣之狀態，因此當該頂環3 i旋轉 時’如第4圖所示，該頂環31之作動部3 3即頂推該拉 環4 =頂推斜面4 41，以迫使該拉環41朝該頂環3 1=頂掣面3 4方向移動，而由於該跳脫管5 4係藉由該 固疋件4 5而與該拉環4 ^相互固接，因此該跳脫管5 4 係可同步隨該拉環4 1移動，並同時頂推與該跳脫管5 4 相互卡掣之撞針5 3、以及位於該撞針5 3内部之控制銷 5 2:朝該頂環3 i之頂f面3 4方向移動，並藉以展縮 ο第彈普4 2以及該第二彈簧5 6 ’且於此時該頂針組 6 1之頂針彈簧6 6係頂撐該止環6 5而帶動該頂 朝該衝擊組51方向移動。 接^如第5圖所示，當該控制銷5 2持續朝該頂環3 1之頂箄面3 4方向移動並抵接於該頂掣面3 4上時，由 ^該控制銷5 2將受該項掣面3 4之限制而無法繼續移 =時’如第6圖所示，由於該撞針5 3將繼續受該跳 λ Β 4帶動，並頂推該鋼珠59由該控制銷52之卡掣 段5 2 1移動該跳脫段5 2 2上，且由於該控制銷5 2之 跳脫段5 2 2外徑係/]、於該卡掣段5 2 1 ’因此即可解除 201018452 該跳脫管5 4與該撞針5 3間之卡掣狀態，於本實施例 中位於該控制銷5 2上之鋼珠5 9係受該撞針5 2擠壓 而塞入於該卡华段5 2 1上，並藉以解除該跳脫管5 4與 該撞針5 3間之卡掣狀態。 而如第7圖所示，當該跳脫管5 4與該撞針5 3不再 相互卡掣時，該撞針5 3即可受該第二彈簧5 6之復歸彈 力作用’而先行進行—擊發動作，並撞擊該頂針組6丄之 止環6 5以連動該頂針頭6 4可頂推該錘組7 i之錘頭7 _ 4以產生-彈出動作’藉此可對人體產生按摩之功效者， 而於此時該跳脫管5 4將繼續受該拉環4 帶動而持續朝 該頂環3 1之項擎面3 4方向移動。 而當該頂環3 1之作動部3 3脫離該拉環4 1之頂推 斜面4 41時，該拉環41即會受該第一彈簧4 2之彈力 作用並帶動該跳脫管5 4回復至原位’並使該鋼珠5 9得 再次經該撞針5 3之卡掣孔5 5而頂抵於該跳脫管5 4之 周緣處，以使該跳脫管54可再次與該撞針53形成卡掣 ❿狀態（如第2圖所示）’並完成本發明電動整脊機之作動流 程0 接著請繼續參閱第8圖，使用者可藉由旋轉該調整管 6 9並使該頂針頭6 4之調整桿6 7與一孔深較课之調整 孔6 8 b相互對應’而當該衝擊組5 1之撞針5 3朝該頂 環3 1之頂掣面3 4方向移動時，如第9圖所示，該頂針 組6 1之頂針6 3即會受該頂針彈簧6 6之帶動，而朝該 衝擊組5 1方向移動’並使該頂針頭6 4之調整桿6 7可 15 201018452 故入於該調整孔6 8 b中，且因該調整孔6 8 b之孔深較 深’因此可使該頂針頭6 4可更往該衝擊組5工之方向移 動，並藉此而加大該頂針頭6 4與該錘組7 i受擊面7 5 間之衝擊距離D，以使當_針頭6 4與賴組7 1相互 撞擊時，可產生更大之衝擊力道。 接著請繼續參閱第10圖，其係為本發明之第二實施 例’其與上述實施例之差異係在於： 該錘組71之錘套77上係更套設有一套合件81， φ 該套合件8 1係具有一可供該錘頭γ 4之錘套γ γ相互接 合之套接孔8 2，並於該套接孔§ 2兩侧係更分別往外凸 伸而各形成有一溝槽8 3，而於該各溝槽§ 3中係各穿設 有一分錘8 4，其中該各分錘8 4係分別具有一衝擊端8 4 1以及1 一相反該衝擊端8. 4 1之接合端8 4 2，而該各 分鐘8 4係分別以其接合端8 4 2穿設於所對應之溝槽8 3中，並可沿其所對應之溝槽7 41進行一調整移動，且 當該各分錘8 4之接合端8 4 2穿設於所對應之溝槽8 3 0 後，係在分別以一固定件85對該各分錘84之接合端8 4 2進行鎖《*，以令該各分錘8 4係可被定位於所對應之 溝槽8 3中，再者，於該各分錘8 4之衝擊端8 41上係 各套設有一以軟性材質所製成之錘套8 6。 接著請繼續搭配參閱第1 1圖，當解除該固定件8 5 對該各分錘8 4之鎖掣狀態，即可使操作者自行調整該二 分錘8 4間之距離，並藉此即可依照使用者之身材不同或 特別情況需求，而簡單且快速地調整該二分錘部8 4間之 201018452 距離以符合實際需求。 而藉由上述構件所組成之本發明，係可產生 點： 卜馒 1本發明之衝擊組5 1係藉由該控制銷5 2而可決 定該撞針5 3與該跳脫管5 4間之卡掣狀態，而 使該衝擊組5 1之撞針5 3係可先行進行一擊發 動作，並藉此以緩衝整脊機之瞬間衝擊力道，而 得以使本發明之電動整脊機所產生之按摩力道可 較為緩和，因此不會因為衝擊力道過大而對人體 脊椎造成傷害。 2 .本發明之電動整脊機利用其頂針組6丄之頂針套 管6 2上係具有多數個孔深不-之調整孔6 8設 计，而使轉該調整管6 9並令該頂針頭6 4 之調整桿6 7嵌入於其中一調整孔6 8中時，可 因調整孔6 8之孔深不同’進而改變該頂針頭6 4與該鐘組7 4受擊面7 5間之衝擊距離，並藉 此以達到調整按摩力道大小之功效者。 3·本發明於其本體内部係設有一獨立之供電組工 5 ’且該供電組1 5係可提供該驅動組14於作 動時所需之電源，因此可使本發明之電動整脊機 可於任合地點使用，而不會受到使用場地之限 制’且内建獨立供電組1 5之設計，更可使本發 17 201018452 明之電動整脊機於使用上，不會受到電源線之干 擾，而使操作上可更為順手及方便。 4 ·本發明可增設具有二分錘8 4之套合件8 1結 構，且該二分錘8 4係可分別沿其所對應之溝槽 8 3進行一調整移動，並藉此使設有套合件8 1 結構之本發明更可依照使用者之身材不同或特別 情況需求，簡單且快速地調整該二分錘8 4間之 距離，而可適用於各種體型之使用者。201018452 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a massage device, and more particularly to an electric chiseling machine. [Prior Art] As shown in FIG. 2, it is the U.S. Patent No. 7,744,147, which discloses an electric massage grab structure, which mainly uses an electromagnetic drive γ method to directly drive a striker i to strike a hammer set 2 However, it can have an effect on the human spine and achieve the effect of massage. However, it has the following disadvantages: 1. The electric massage grab structure disclosed in the patent case uses electromagnetic start mode H (4) 1 ' The impact of the seams is large, and if it acts directly on the spine where the human body is more vulnerable, it will easily cause damage to the human spine. 2. The electric massage grab structure disclosed in the patent case utilizes the design of the external power cord ❹ 3 to provide the power required for electromagnetic driving, so it must be used with the corresponding power socket in use, in other words, if used When there is no corresponding power socket in the place, it cannot be used normally; in addition, the power cord 3 extended by the electric massage grab will also cause inconvenience to the operation. In view of the above-mentioned shortcomings, the inventor of the present invention finally realized the invention by virtue of years of experience in related industries and after continuous hard work and trials. 6 201018452 SUMMARY OF THE INVENTION One object of the present invention is to provide an electric chiropractor that has a momentary impact force that can buffer the chiropractic machine, and massages the human spine with a gentle force, and effectively avoids the massage force. Too much damage to the spine. Another object of the present invention is to provide an electric chiropractor having an effect of adjusting the size of the massage force. The third purpose of the company is to provide an electric chiseling machine with an independent power source that is not subject to the use of the site. In order to achieve the foregoing object, the present invention provides an electric chiseling machine comprising: a body having a drive group and a power supply group, and the power supply group and the drive group are electrically connected to each other. A top ring is connected to the driving group at one end thereof, and is driven by the driving group to perform a rotation operation, and the other end of the top ring has an accommodating space and is in the accommodating space. There are two actuation portions that are oppositely disposed, and a top surface is formed in the accommodating space. a pull ring is disposed in the accommodating space of the top ring, and a first spring is disposed between the pull ring and the top surface of the accommodating space, and the pull ring is disposed along the axial direction thereof There is a through hole, and two actuating blocks are arranged on the circumference of the pull ring, and each of the actuating blocks has a pushing inclined surface, and the two actuating parts on the top ring respectively and the top of the two actuating blocks When the push-slope mutual word should be engaged, and the top ring is rotated by the driving group, the actuating portion 201018452 on the top ring will press the pushing inclined surface on the pull ring to force the pull ring to follow the same Moving axially toward the top surface of the top ring and gradually compressing the first spring, and when the actuating portion of the top ring is disengaged from the top inclined surface of the pull ring, the pull ring is subjected to the first spring The elastic force returns to the original position. An impact group is disposed in the through hole of the pull ring, and the impact group is mainly sleeved by a control pin, a hollow striker and a jump tube. The striker has a front portion and a rear portion, and at least one card opening is formed on the striker, and a second spring is disposed between the rear portion of the striker and the top surface of the top ring, and the control pin is disposed through the The inside of the striker, and the control pin has a latching section and a tripping section. The tripping sleeve is sleeved on the front section of the striker, and the tripping tube is connected to the pull ring to be The pull ring is reciprocatingly moved. A steel ball is disposed inside the striker and corresponding to the latching hole, and when the steel ball is in contact with the latching portion of the control pin, the steel ball is passed through the pin hole of the striker. The peripheral edge of the trip tube abuts to cause the striker and the trip tube to be engaged with each other, thereby moving the trip tube as the ring moves toward the top surface of the top ring receiving space. Flea. The pipe will synchronously pull the striker toward the top surface and compress the second spring. When the steel ball is in contact with the tripping section of the control pin, the steel ball does not abut the peripheral edge of the tripping tube through the latching hole, and the striker can be regained by the second spring. Act, and perform a firing action. a thimble set, one end of which is opposite to the impact group, and the other end of the thimble set is opposite to a hammer set, and when the striker of the impact group generates a firing action, the thimble set can be subjected to the striker The hammer group is pushed against the top to generate a pop-up action for massaging the human body. 8 201018452 Furthermore, the thimble set is composed of a thimble sleeve and a thimble, and the thimble sleeve is provided with a central hole extending in the axial direction, and the thimble is inserted in the central hole 'the thimble- The end is provided with a top needle, and the other end is provided with a stop ring, and the ejector pin is disposed opposite to the hammer set, and the stop ring is disposed opposite to the impact group, and the ring is The thimble sleeve slaps a thimble spring to move the thimble toward the impact group _ in the direction of the impact yoke, and the thimble head is provided with an adjustment rod in the direction of the thimble sleeve, and the thimble sleeve A plurality of adjusting holes are arranged in the other side of the center hole, and the hole depths of the adjusting holes are different, and the outer side of the top pin is sleeved with an adjusting ring' and the thimble head can be driven by rotating the adjusting tube It is opposite to one of the adjustment holes. The above and other objects and advantages of the present invention will become more apparent from the detailed description of the embodiments illustrated herein. [Embodiment] Please refer to Fig. 1 and Fig. 2 for the first time. The figure shown in the figure is the first embodiment of the present invention. This is for illustrative purposes only and is not applicable to patent applications. The limitations of this architecture. The electric chiseling machine provided by the invention mainly comprises a ritual work 1, a gear set 21, a top ring 31, a pull ring 41, an impact group 5 1 , a thimble set 6 and a hammer The group consists of: 7: The body 11 has a hand-to-hand shape and has a body 12 and a handle 13 , and a drive made of a brake motor is arranged inside the body 1 2 . Group 14 , and inside the grabber 3 is provided with a power supply group 15 composed of batteries, and another 9 in the body i work, 2010 18452 has a start switch 16 6 ' and the start switch 1 6 is a group 1 4 and the power supply group 15 is electrically connected to each other, and can control the power-on state between the read drive 14 and the power supply group 15 , and when the read drive 魬 4 and the power supply group 15 In the case of the mutual conduction, the driving group i is activated, and in the embodiment, the starting switch 16 is composed of 1 and a micro switch 1 that can be activated by the pressing portion 161, and the pressing portion 16 is formed. 1 - the side system is exposed on the level 3 of the body 丄丄 6 2 , and the micro switch 16 2 is disposed inside the body χ i. The gear set 2 1 ' is composed of a plurality of reduction gears formed by a plurality of reduction gears 14 and the gear set 2 1 is connected to each other, and the wheel set 2 1 is operated. The top ring 3 1 is connected to the gear with one end thereof. Level 2 The drive group 1 4 for Syrah said Jiejie privately divided the soil 4 eyes, 4 can start to press the part i 6 of the grab 1 of the grab body 1 9 foot read drive linkage read the teeth to make the drive group 14 When the actuator is actuated, the top ring ❹ is driven by the gear set 21, and the gear set 2 is driven for the 'ring 3 1 to perform a rotating action'. The ring 3 1 has an - accommodating space 3 2 , and The accommodating 2 is provided with two bulging and oppositely disposed actuating portions 3 3 * and the accommodating space 3 2 is formed with a top surface 34 4 at the end thereof, and the outer periphery of the top ring 3 1 and the body 1 1 There are a plurality of bearing 3 5 structures between the interiors. The pull ring 4 1 ' is disposed in the accommodating space 3 2 of the top ring 3 1 , and a first spring is disposed between the pull ring 41 and the accommodating space 3 2 4 2, and the pull ring 4 1 is provided with a through hole 43 3 along the axial direction thereof, and two actuating blocks 4 4 , 201018452 are respectively arranged on the circumference of the pull ring 41 , and the two actuating blocks 44 have respectively a pushing inclined surface 44 i, and the two actuating portions 3 3 of the top ring 3 1 are respectively engaged with the pushing surfaces 4 41 of the two actuating blocks 44 so that the driving group 藤 4 can move the gear When the top ring 3 1 is rotated by the group 2 1 , the portion 3 3 of the top ring 3 i will press the pushing inclined surface 4 4 i on the pull ring 41 to force the pull ring 4 1 to follow. The axial direction moves toward the top ring 3: the top surface 34, and gradually compresses the first spring 42. When the top ring 3 works, the actuating portion 33 is disengaged from the top inclined surface 441 of the pull ring 41. At this time, the pull ring 41 is returned to the original position by the elastic force of the first spring 42. The impact group 51 is disposed in the through hole 43 of the pull ring 41, and the impact group 51 is mainly composed of a control pin 52, a hollow striker 5 3 and a jump tube 5 4 . The striker 5 3 has a front section 531 and a rear section 5 3 2, and at least one latching hole 5 5 is formed on the striker 5 3 , and the rear end 5 of the striker 5 3 A second spring 5 6 is disposed between the top ring 3 and the top surface 34 of the top ring 3 1 , and the control pin 52 is disposed inside the striker 53 and is in the front section 5 3 1 of the striker 0 5 3 A latch 5 7 is disposed, and a third spring 5 8 is disposed between the latch 57 and the control pin 52. The control pin 52 has a latching section 5 2 1 and an outer diameter smaller than The tripping section 5 2 2 of the latching section 5 2 1 is sleeved on the front section 5 3 1 of the striker 5 3 , and the tripping duct 5 4 is associated with the tab 41 The reel can be reciprocated with the tab 4 1 , and at least one steel ball 59 (in this embodiment, two of them are exemplified) is disposed inside the striker 53 and corresponding to the latching hole 5 5 , and the steel ball 5 9 with the control pin 5 2 of the card segment 5 2 1 phase 2010184 52, the steel ball 59 is abutted against the periphery of the tripping tube 54 by the latching hole 5 5 of the striker 5 3 , so that the striker 5 3 and the tripping tube 54 are mutually engaged. Therefore, when the trip tube 5 4 moves in the direction of the top surface 34 of the receiving space 3 2 of the top ring 3 1 , the jump tube 5 4 will synchronously pull the striker 5 3 toward the The top surface 34 moves and compresses the second spring 56, and when the steel ball 59 is in contact with the jumping portion 522 of the control pin 52, the steel ball 59 does not pass through the latching hole 55. Abutting against the periphery of the trip tube 54, the striker 53 can be subjected to a returning action by the return spring force of the second spring 57. In this embodiment, the body 1 1 of the body 1 is fastened with a fixing base 17 , and the fixing seat 17 is provided with a sleeve 1 8 and the sleeve 1 8 end The impact group 5 容 is provided, and is inserted into the through hole 43 of the pull ring 41, and the sleeve 18 of the impact group 51 is provided with a chute 18 1 and the jump is A through hole 541 is defined in the tube 5 4 , and a long axial rail 53 3 is disposed outside the striker 53 . A fixing member 45 is fixed on the pull ring 4 一端 at one end thereof, and the other end is Then passing through the sliding slot 181 of the sleeve 18, and passing through the through hole 541 of the tripping tube 54 and being received in the rail groove 5 3 3 of the striker 5 3 , for the tripping tube 5 4 and the pulling The rings 41 are fixed to each other and reciprocally movable along the chutes 1 8 1 of the sleeves 18. The thimble set 6 1 'the end portions thereof are disposed opposite to the impact group 5 and the other end of the thimble set 61 Then, the hammer set 71 is disposed opposite to the hammer group 71. When the striker 5 3 of the group 5 1 generates a firing action, the thimble set 6 smashes the impact of the striker 5 3 and pushes the hammer set 71 to generate a bullet 12 . 201018452 action, wherein the thimble set 6 is composed of one The needle sleeve 6 2 is composed of a thimble 6 3 , and the thimble sleeve 6 2 is provided with an axial extension. The hole 6 21 is inserted into the central hole Θ 2 1 . The ejector pin 6 3 - is provided with a thimble 6 4 at the end, and the other end is provided with a soil ring 65, and the ejector pin 64 is disposed opposite to the hammer set γ1, and the retaining ring 6 5 and the impact group 5丄 is disposed oppositely, and a thimble spring 6 6 is disposed between the retaining ring 6 5 and the thimble sleeve 6 2 to support the jt ring 6 5 to drive the ejector pin 6 3 toward the impact group 5 1 a moving rod φ is disposed on the ejector pin 64 in the direction of the thimble sleeve 6 2 with an adjusting rod 6 7 ′, and the center hole 62 1 of the thimble sleeve 62 is provided with a plurality of adjusting holes 6 8 The adjusting hole 6.8 has a different hole depth, and the ejector pin 64 is sleeved with an adjusting tube 6.9, and the thimble 64 can be driven to face the adjusting hole 68 by rotating the adjusting tube 69. The hammer set 71 includes a hammer ring 7.2, a hammer rod 7 3 and a hammer head 743, and the hammer rod 7 3 is threaded through the hammer ring 7 2 to the hamstring rod 73. End system formed with The ejector pin 64 is oppositely disposed on the impact surface 75, and the other end of the hammer rod 7 3 is used to connect the hammer head 74" to facilitate the connection between the hammer head 74 and the hammer ring 7 2 There is a hammer set spring 76, and a hammer sleeve 7 7 made of soft material is further sleeved on the hammer head 74. Then, referring to Fig. 3, when the invention is used, the user The hammer set 7 1 is pressed against the human body 80, and the hammer head 7 4 of the hammer set 7 1 is compressed to move the hammer set spring 7 6 toward the thimble set 61, and 13 201018452 is then pressed. 1 6 1 to activate the micro switch 1 6 2 so that the driving group 14 and the power supply group i 5 are in a state of mutual conduction, and the driving group 14 can be started to operate and driven by the gear set 2 1 . The top ring 3 1 performs a rotating motion. At this time, the steel ball 59 is located on the latching section 521 of the control pin 52, and is smashed by the latching hole 5 5 of the striker 5 9 . The tripping tube 5 The periphery of 4 abuts, and the striker 5 3 and the trip tube 54 are in a state of mutual engagement, so when the top ring 3 i rotates, as shown in FIG. 4, the top ring 31 is activated. Department 3 3, pushing the pull ring 4 = pushing the inclined surface 4 41 to force the pull ring 41 to move toward the top ring 3 1 = top face 34, and because the trip tube 54 is by the solid The member 4 5 is fixed to the pull ring 4 ^ , so that the jump tube 5 4 can synchronously move with the pull ring 4 1 and simultaneously push the striker 5 3 which is mutually engaged with the trip tube 5 4 . And the control pin 5 2 located inside the striker 5 3: moving toward the top f face 34 of the top ring 3 i, thereby expanding and expanding the second spring and the second spring 5 6 ' When the ejector pin 6 6 of the thimble set 6 1 supports the retaining ring 65 to move the top toward the impact group 51. As shown in FIG. 5, when the control pin 52 continues to move toward the top surface 34 of the top ring 3 1 and abuts against the top surface 34, the control pin 5 2 Will be restricted by the face 3 4 and cannot continue to move = when 'as shown in Fig. 6, since the striker 5 3 will continue to be driven by the jump λ Β 4 and push the steel ball 59 from the control pin 52 The latching section 5 2 1 moves the tripping section 5 2 2 , and since the control pin 5 2 of the jumping section 5 2 2 outer diameter system /], in the latching section 5 2 1 ' can be released 201018452 The state of the snap between the trip tube 5 4 and the striker 5 3 , in the embodiment, the steel ball 59 located on the control pin 52 is pressed by the striker 5 2 and inserted into the Kahua section. 5 2 1 , and thereby cancel the jam state between the trip tube 5 4 and the striker 5 3 . As shown in FIG. 7, when the trip tube 5 4 and the striker 5 3 are no longer clamped to each other, the striker 5 3 can be subjected to the return spring force of the second spring 56 to perform the first shot. Acting and striking the thimble set 6 丄 止 6 6 to interlock the thimble head 6 4 can push the hammer 7 7 of the hammer set 7 i to generate a pop-up action, thereby generating a massage effect on the human body At this time, the trip tube 5 4 will continue to be driven by the pull ring 4 to continue moving toward the top face 3 1 of the top ring 3 1 . When the actuating portion 3 3 of the top ring 3 1 is disengaged from the pushing inclined surface 41 of the pull ring 4 1 , the pull ring 41 is subjected to the elastic force of the first spring 42 and drives the tripping tube 5 4 . Returning to the original position 'and the steel ball 59 is again passed through the latching hole 5 5 of the striker 5 3 to abut against the periphery of the tripping tube 5 4 so that the tripping tube 54 can be again with the striker 53 forms a cassette state (as shown in Fig. 2) and completes the operation of the electric chisel machine of the present invention. 0 Next, please continue to refer to Fig. 8, the user can rotate the adjustment tube 6 9 and make the top The adjusting rod 6 7 of the needle 6 4 and the adjusting hole 6 8 b of the hole depth correspond to each other', and when the striker 5 3 of the impact group 5 1 moves toward the top surface 3 4 of the top ring 3 1 , As shown in Fig. 9, the ejector pin 6 of the thimble set 61 is driven by the ejector pin 66 and moves toward the impact group 51 to make the adjustment rod 67 of the ejector pin 64 15 201018452 is thus inserted into the adjustment hole 6 8 b, and since the hole of the adjustment hole 6 8 b is deeper, the thimble head 64 can be moved further in the direction of the impact group 5 And increase the top The impact distance D between the needle 6 4 and the hammer set 7 i is such that when the needle 6 4 and the Lai group 7 1 collide with each other, a larger impact force can be generated. Next, please refer to FIG. 10, which is a second embodiment of the present invention. The difference from the above embodiment is that the hammer sleeve 77 of the hammer set 71 is further provided with a set of fittings 81, φ. The sleeve member 8 1 has a sleeve hole 8 2 for the hammer sleeve γ γ of the hammer head γ 4 to be engaged with each other, and the two sides of the sleeve hole § 2 are respectively protruded outwardly to form a groove. And the impact end 8 4 1 and the opposite end of the impact end 8. 4 1 The joint ends 8 4 2 , and the respective portions 8 4 are respectively disposed in the corresponding grooves 83 by the joint ends 8 4 2 thereof, and can be adjusted and moved along the corresponding grooves 7 41 thereof. And when the engaging end 8 4 2 of each of the sub-hammers 8 4 is disposed in the corresponding groove 8 3 0 , the engaging end 8 4 2 of each of the sub-hammers 84 is locked by a fixing member 85 respectively. *, so that the sub-hammers 8 4 can be positioned in the corresponding grooves 8 3, and further, each of the impact ends 8 41 of the sub-hammers 8 4 is provided with a soft material. The hammer set is 8 6 . Then, please continue to refer to FIG. 1 1 . When the locking member 8 5 is released from the locking state of the sub-hammers 8 4 , the operator can adjust the distance between the two sub-hammers 8 4 and thereby According to the user's different body or special situation, the 201018452 distance between the two hammers 8 4 is simply and quickly adjusted to meet the actual demand. The present invention, which is composed of the above-mentioned members, can generate a point: 1. The impact group 51 of the present invention can determine the impact between the striker 5 3 and the trip tube 54 by the control pin 52. The jamming state, so that the striker 5 3 of the impact group 51 can perform a firing action first, and thereby buffering the instantaneous impact force of the chiropractor, thereby enabling the massage generated by the electric chiropractor of the present invention. The force can be more moderate, so it will not cause damage to the human spine because the impact is too large. 2. The electric chiropractor of the present invention utilizes a thimble sleeve 6 of its thimble set 6 2 to have a plurality of hole-in-the-hole adjustment holes 6 8 designed to turn the adjustment tube 6 9 and make the top When the adjusting rod 6 7 of the needle 6 4 is embedded in one of the adjusting holes 68, the hole depth of the adjusting hole 68 is different, thereby changing the position between the thimble head 64 and the hitting surface 75 of the clock group 74. The impact distance, and to achieve the effect of adjusting the size of the massage force. 3. The invention has a separate power supply assembly 5' inside the body, and the power supply group 15 can provide the power supply required for the driving group 14 to operate, so that the electric chiseling machine of the invention can be It is used in any location, and will not be restricted by the use of the site. The design of the built-in independent power supply group 15 will make the electric chiropractor of this paragraph 17 201018452 not to be interfered by the power line. It makes the operation more convenient and convenient. 4) The present invention can be further provided with a structure of a two-piece hammer 8 4 , and the two-part hammer 8 4 can be respectively adjusted and moved along the corresponding groove 8 3 thereof, thereby providing a sleeve fit. The invention of the piece 8 1 structure can adjust the distance between the two hammers 8 4 simply and quickly according to the different body shape or special situation of the user, and can be applied to users of various body types.
18 201018452 【圖式簡單說明】 第1圖係本發明之立體分解示意圖 第2圖係本發明組裝後之結構示意圖 第3圖係本發明之使用狀態示意圖，係用以顯示當使 用者將錘組頂壓於人體上，且該驅動組開始 作動時之狀態 第4圖係本發明之使用狀態示意圖，係用以顯示該頂 0 環之作動部頂推該拉環之頂推斜面，以迫使 該拉環移動時之狀態 第5圖係本發明之使用狀態示意圖，係用以顯示當控 制銷朝該頂環之頂掣面方向移動並抵接於該 頂掣面上時之狀態 第6圖係本發明之使用狀態示意圓，係用以顯示當鋼 珠由該控制銷之卡掣段移動跳脫段上時之狀 態 ❽ 第7圖係本發明之使用狀態示意圖，係用以顯示當該 撞針受該第二彈簧之復歸彈力作用，而先行 進行一擊發動作時之狀態 第8圖係本發明之使用狀態示意圖，係用以顯示當使 用者旋轉該調整管並使該頂針頭之調整桿與 一孔深較深之調整孔相互對應時之狀態 第9圖係本發明之使用狀態示意圖，係用以顯示當該 頂針頭之調整桿嵌入孔深較深之調整孔時之 狀態 19 201018452 第1 0圖係本發明第二實施例之立體分解示意圖 第1 1圖係本發明第二實施例之局部剖視示意圖，係 用以顯不該鐘組之組成結構 第12圖係美國第7144417號專利案所揭露之 電動按摩搶之結構示意圖 【主要元件符號說明】 (習用部分） 撞針1 錘組2 ® 電源線3 (本發明部分） 本體1 1 搶身1 2 搶柄1 3 驅動組1 4 啟動開關1 6 按壓部1 6 1 微動開關1 6 2 固定座1 7 套管1 8 滑槽1 8 1 齒輪組2 1 頂環3 1 容置空間3 2 作動部3 3 軸承3 5 拉環4 1 第一彈簧4 2 通孔4 3 作動塊4 4 頂推斜面4 41 固定件4 5 衝擊組5 1 控制銷5 2 卡掣段5 2 1 跳脫段5 2 2 撞針5 3 20 201018452 前段5 3 1 軌槽5 3 3 穿孔5 4 1 第二彈簧5 6 第三彈簧5 8 頂針組6 1 中心孔6 2 1 頂針頭6 4 ❹ 頂針彈簧66 調整孔6 8 鐘組7 1 錘桿7 3 錘組彈簧7 6 套合件8 1 溝槽8 3 固定件8 5 ❹18 201018452 [Simplified illustration of the drawings] Fig. 1 is a schematic exploded perspective view of the present invention. Fig. 2 is a schematic view showing the assembled structure of the present invention. Fig. 3 is a schematic view showing the state of use of the present invention, which is used to display when the user puts the hammer set 4 is a state in which the driving group starts to operate, and FIG. 4 is a schematic view showing the state of use of the present invention, which is used to display the pushing portion of the top ring to push the pushing slope of the ring to force the FIG. 5 is a view showing a state of use of the present invention, which is used to display a state in which the control pin moves toward the top surface of the top ring and abuts against the top surface. FIG. The state of use of the present invention is a circle for displaying the state when the steel ball is moved by the latching section of the control pin. FIG. 7 is a schematic view showing the state of use of the present invention, which is used to display when the striker is subjected to The second spring is returned to the elastic force, and the state in which the first firing operation is performed. FIG. 8 is a schematic view showing the state of use of the present invention, which is used to display when the user rotates the adjusting tube and adjusts the adjusting rod of the ejector pin. A state in which a hole having a deeper depth and a deeper hole correspond to each other. FIG. 9 is a view showing a state of use of the present invention, which is used to display a state when the adjusting rod of the ejector pin is inserted into a hole having a deep depth of the hole 19 201018452 1 0 is a perspective exploded view of a second embodiment of the present invention. FIG. 1 is a partial cross-sectional view showing a second embodiment of the present invention, which is used to display the composition of the clock group. FIG. 12 is a US Pat. No. 7141417 patent. Schematic diagram of the electric massage grab disclosed in the case [Key component symbol description] (customized part) Strike pin 1 Hammer set 2 ® Power cord 3 (part of the invention) Body 1 1 Grab the body 1 2 Grab the handle 1 3 Drive group 1 4 Start Switch 1 6 Pressing part 1 6 1 Micro switch 1 6 2 Mounting seat 1 7 Bushing 1 8 Chute 1 8 1 Gear set 2 1 Top ring 3 1 Housing space 3 2 Actuator 3 3 Bearing 3 5 Pull ring 4 1 First spring 4 2 through hole 4 3 actuating block 4 4 pushing inclined surface 4 41 fixing member 4 5 impact group 5 1 control pin 5 2 clamping portion 5 2 1 jumping portion 5 2 2 striker 5 3 20 201018452 front section 5 3 1 Rail groove 5 3 3 Perforation 5 4 1 Second spring 5 6 Third spring 5 8 Thimble group 6 1 Center hole 6 2 1 thimble 6 4 ❹ thimble spring 66 adjustment hole 6 8 block 7 1 hammer 7 3 hammer set spring 7 6 fitting 8 1 groove 8 3 fixing 8 5 ❹
後段5 3 2 跳脫管5 4 卡掣孔5 5 插銷5 7 鋼珠5 9 頂針套管6 2 頂針6 3 止環6 5 調整桿6 7 調整管6 9 錘環7 2 鐘頭7 4 錘套7 7、8 6 套接孔8 2 分錘8 4 衝擊距離D 21Rear section 5 3 2 Jump tube 5 4 Card hole 5 5 Pin 5 7 Steel ball 5 9 Thimble sleeve 6 2 Thimble 6 3 Ring 6 6 Adjustment rod 6 7 Adjustment tube 6 9 Hammer ring 7 2 hour 7 4 Hammer sleeve 7 7, 8 6 socket hole 8 2 minute hammer 8 4 impact distance D 21