M340900 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種扳手握把結構改良，尤指一種扳手 之握把結構係由撓性管、彈性管及握桿所組成，該扳手係 可選擇結合或脱開握桿操作<，脫開握桿後之扳手係可伸 入使用於較狹小之作#空_且具多種操作方式之板手握 把結構。 【先前技術】 按吾人先前所知，習用可從扳手後端握把處旋動之板 手之結構’如美國專利案4 6 9 9 0 2 8 1虎，該專利案之 扳手’其結構係為該扳手握柄之尾端控制3 6 Q度旋動該 握柄内部之小絲轉動，該小齒輪係與轉動件相固設之大 齒輪相互嗜合，如此即可連動大齒輪與轉動件，該轉動件 士係凸設有套合端，該套合端即可套合套筒而旋動鎖制該 該上述之專利案優點係在於：#作業空間受限而益 反手時，使用者可於扳手之握柄尾端旋動小齒賴 η連力大齒輪及轉動件作動，如此即可解決空間受限之 =仁。亥白用之扳手其握柄處係為固定形狀，當板手兩 广之狭小f折空間時亦較為困難，此即為該: 本創作人藉多年^ 百鑑於上述專利案扳手之結構 :關仃業之經驗，終於有—能更創作之扳手結構之產 6 M340900 【新型内容】 〃具體而言，緣是本創作係關於—種扳手握把結構改良， 其係包含有：驅動頭、第一齒輪、第二齒輪、挽性管、彈 性:及握桿，其中，•-驅動頭係包括：一本體及—轉動件； 一第一齒輪外周緣係設有第一齒部且係固設於轉動件上； 一第二齒輪係樞設純孔内，該第二齒輪前端係設有與第 了齒：相嚙合之第二齒部；一撓性管係可任意彎折，一端 係與f二齒輪固設，另端可供驅動之；-彈性管係包覆於 撓性管之外周緣’該彈性管前端係固設於本體上，該撓性 官另端係凸露於彈性管外；一握桿係包括：一 直桿體係為硬管妒狀，兮古士日棘、， — 人 巧更⑽狀、亥幻干體雨端係設有一第四結合 口 I5，该弟四結合部係與第三結合 俜畤右一笙I 1邳奢σ，该直桿體後端 處： 一部，該第五結合部係套合於撓性管另端 為使貴審查委員對本創作之目的、特科、s 著更進一步瞭解與認同纟舉佳 / Ί 於后： 效牛孕乂仏只鈿例並配合圖式說明 【實施方式] 首先請參閱第一圖所示，係為本 本創作俜關认 到作之立體分解圖 不卿係關於—種扳手握把結構 (1 0 )、第一备认,0 n^ /、係包括·驅動 _輪（20)、弟二齒輪> 〇)、彈性營…）及握桿（6Q)，（^)·、撓性首（ 一驅動頌（1〇)係包括：-本體⑴)、一轉動 M340900 控制結構（1 4 )、一蓋體（ (12)、一制齒（13、 5)及一扣環（ΐ5ι) 該本體（11)其作用端 第 1 )，該第一容置槽（1 2 ^又有一弟一容置槽（1 1 容置槽Q 1 2 )，該本體設有直徑較小之第二 1 2 )位置處係設有—第三容柄部近第二容置槽（i 槽（113)徑向位置係設:3 ’該第三容置 置槽⑴1)、第二容置槽（二(/t4)，該第-容 1 3 )及珠槽（]、J1丄1 2 )、弟三容置槽（工 (1 1 1 ) ^ μ α, 四係為相通狀，該第一容置;^ 、丄丄丄）其上端周緣係設有 各幻曰 (10)握柄係設有—貫二扣被槽（115)，該本體 (1 1 6 )及第一容置槽（丄；，樞孔（1 1 6 )’該樞孔 (1 1 ”，該第二容置槽（丄"、相接處係設有大樞孔 呈二声壯 ^ ) 1 2 )係與樞孔（1 1 6 ) (116)外周緣係設有第三結合部(1 該轉動件（1 2 )係今右太人 部（⑴）係呈六角二:有：套合部（12 d’該套合 有環狀排列之咬合齒（1 12)卜周緣設 設有第-結合部（12” ：该轉動件（12)下端係 凸出狀並環狀二 1)之第—容置槽（1 i 1 2)㈣設於本體（1 下方· 内且位於扣環槽C 1 1 5 ) 該制齒（1 形成可與轉動件 係略為半弧形，該制齒（1 3 ) —侧 2 )之咬合齒（1 2 2)相嚙合之十 M340900 1 ) ’该制齒（1 3 )後側係為凹弧面（丄3 2 )， !)係容置於本體（1 1 )之第二容置槽（/ 該制齒（1 3 )係可於本體（i丄）之第二容 2)内左右位移而使轉動件（丄2 )具正逆^ 制齒（1 該制齒（ 1 2 )内 置槽（1 功效； -I '制結構（1 4 )係包括控制元件（1 4 G )、彈μ ^ ^ 、一 抵帽（1 4 2 )、珠體（1 4 3 )及 ^ 性體（1 4 4 ν分^…- 、丄4 J及舞 1)之第〜 170件（14Q)係樞設於本體（1 二 各置槽（113)内，該控制元件（“0) -彈性元件u::) 】容孔（1401)内可容置 2)係頂抵於制齒（]”夕 2)，该抵帽（1 4 制齒(ΐ3)Γΐ1 弧面（132)上，使該 咬合齒（122)::^131)可與轉動件（12)之 成二抵面（4 控制元件（14〇)後側形 4)係容ϋί 树體（143)及彈性體（14 幻係谷置於本體（i 1 ) 、丄4 (1 4 3 ) An A 禾才曰（1 1 4 )内，該珠體 (140):Γ Γ(144)之彈力而壓抵於控制元件 4)係於 帶動制齒（13)於本體CV 11 3)内旋轉而 内位移； 、豆^1)之第二容置槽（112) ^孤體（15)係與本體 =體（…係蓋設於本體（/) = “_’ 11)上將轉動件（ 、丄D之弟-各置槽（1 1 2)封没於其内，該蓋體（丄5 ) M340900 係為透空之薄片體； 該扣環（1 5 1 )略呈⑽狀，該扣環（i 5 可夾扣於本體（11)之扣環槽（1 1 5 )與蓋體（i 5、 :^扣環（151)係將蓋體固設於本體（1 有第-0)’該第一齒輪（2 0)外周緣係設 ί第：：;部:21)係呈斜齒輪狀， 2 〇 )内周緣係設有與轉動件（1 2 ) 一結合部（1 2 3 )相配合之第二結合部（ /輪（20)係固設於轉動件（12)上，該第 2 〇 )係容置於本體（！ ！）之第一容置槽（工i； 内， ω輪（3 0 ) ’该第二齒輪（3 0 )係樞設於本 ϋ讲古一 5樞孔（1 1 6 )内，該第二齒輪（3 0 )前 :二又.第——齒部（3 1 )，該第二齒輪（3 1 )係呈斜 二兩大’该第二齒冑（3 1 )係容置於本體（1 1 )之大 =(1 1 7)内且與第一齒輪（2 0)之第一齒部（2 相成口，'亥第二齒輪（3 〇 )後端係設有一套合槽（3 、亥套合槽（3 2 )係呈非圓狀，該套合槽（ 王六角槽狀； :撓性管（4 Q )，該撓性f ( 4 Q )係可任意彎折成 何幵y狀1 一端係與第二齒輪（2 〇 )固設，另端可供驅 ,’其係包括：主f體（4丄）、前接頭（4 2 )、後接 （ 4 3 )及第一彈性體（4 4 ); 10 M340900 該主管體（4 1 )係為長條狀之軟質性管體，該主其 體（4 1)係具適當之長度，該主管濟「 成任何形狀； 該前接頭（4 2 ) -端係凸設有前套合端 ==421)係套合於第二齒輪（3〇)之套合 槽（3 2 )内，該前接頭（4 2 )另端係設有—前套 該前套合部(4 2 2 )係固設於主管體(“) 該後接頭（4 3 ) -端係設有後套合 後套合端^ 4 1 ^该 —般可為、目)係為凸出之六角頭狀以供被驅動之， 有後套合L 4 3t)轉Λ套^接頭（4 3)另端係設 管體（4] ) ^山 部（4 3 2 )係'固設於主 處係設有一第一定：孔二Τ碩（4 3 )外周緣適當位置 4); (433)及一第二定位孔（43 之套ST::體内(二係容置於該第二齒輪(30 ) 二齒輪（“）之二;;=體"4)係抵頂於第 前套合端u2l=上32)内及前接頭（42)之 齒輪（20)及第一彈性體（44)係使第-， 弟—回輪（3 0 )相嚙合之功效； (“Γ=〇)’該彈性管（5㈧係包⑽^ (⑴之拖：心：……前端係結合於本體 合端（4 3 1 )係凸露於内/ 5亥後接頭（4 3 )之後套 ’、ΰ f性官（5 0 )外，該彈性管（5 M340900 0)不受外力所控制彎折時，該彈性管（5Q) 回復呈直管狀’ _性管（5 Q)係具料 仃 變化形狀之功效； 14 0 } -握桿（60)，該握桿（60)係包括：一直 及一握把（6 2);該直桿體（6 1 )係為包覆於彈性 官（5 0 )外周緣之硬管體，該直 、 有-第四結合部(⑴)，該第上::二= 本體之第三結合部（11 (人61/)係與 (6 1 )後端係設有一第五結合部（口; ，合於後接頭(43)之後套二 1)處，该弟五結合部（612)係 結合部⑴2)内係設有環狀之定位溝（二狀3)= 才用巴；（62)係結合於該直桿體（H)上供使用者握;:使至 珠體（71)及第二彈性體(711)，該第二 五（7 1 )及第二彈性體（7丄丄）係 3 )之第-定位孔…”，谷置於後接頭（4 且第-玻舻Γ 7 ( 4 3 3弟一定位孔（4 3 4 )内 心:體(7 "係定位於握桿（6〇)之定位溝(6 圖，後t:第，圖所示，係為本創作之内部立體剖面 蛊笫。 〜第二齒輪（30)之第二齒部（31)係 齒= Π〇):第一齒部（21)相喝合，該第： 之第_ #-結合部（2 2 )係與轉動件（丄2 ) —、、、°&4(12 3)相固設，當使用者從握桿（6〇) 12 M340900 =轉動該後套合端（431)時，該前接 财套合端"21)係連動該第二齒 ： 部（3 1)轉動，該第二齒 j之弟—齒 係，合連動該第一齒輪（2〇)之第一齒部（21 ) _該第-齒輪（20)轉動而帶動該轉動件（12)，’ 圖P。（ 1 2 1 ) _ ’該第三圖係為本創作之立體組合外觀 _請參閱第四圖所示，係為本創作之上視圖，第 弟四圖之A-A處剖視圖，第六圖係為第五圖之放為 該第-彈性體（44)係容置於第二齒輪（3 =槽㈡^内並抵頂於前接頭（42)之前套合端（^ # 上’该弟二齒輪（3 〇 )之第二齒部（3 1 )係因 弹性體(4 4 )之彈力而緊密嚙合於第一齒部（2'” 請繼續參閱第七圖所示，係為第五圖之€處放大圖 ，八圖係為第五圖之D處放大圖，當該直桿體（61)之第 四結合部（6 1 1 )係與本體（丄丄） 18)相結合，該後套合端（43 弟-、一（1 1 2)呈脫開狀，該後接頭（4 3)之後套合端（4 3 係凸露於握桿（60)外，該第_定位孔（4 3 3 ) ,:體（71)及第二彈性體（711)係頂抵於直桿體 1 )之疋位溝（6 1 3 )内’使用者可旋動該後套合 II31)連動該轉動件（12)轉動，該握把由内而 外結構依序係為主管體（41)、彈性管（50)及直桿體 13 M340900 = 1)，當轉動後套合端（431)時，該 係為不轉動狀。 V 0丄） 請繼續參閱第九圖所示’係為本創作之另一操作 體圖，第+ _Γ , 式立 。/、為弟九圖之A-Α處剖面圖，當第三牡人 :1⑴係與直桿體（61)之第四結合部（6ιγ 該後套合端（431)係與第 二结合狀’該後接頭（43)之後套合端（4 3 ( 6 2 ) = 内，該後接頭(43)之第二定= 内之乐一珠體（7 1 )及第二彈性體（7彳 入 卡制定位於直桿體（6工）之定 ）係 者係可轉動該握把(62)、直桿體( = 碩（4 3 )再連動轉動件（工 疋後接 第十圖之c處放大圖，第[St/弟十一圖係為 圖。 α《十—圖係“十—圖之D處放大 請繼續參閱第十三圖所示，係為本創作之另— 立體圖，當使用者需作辈 卞乍方式 :以6 0 )係可自驅動頭（丄〇 )上取下，唁… 本體（1 η袖入^ 成所需之角度與形狀，將 兮^ δΛ作業之空間，使用者係可旋動凸露％ _管（5 0 )後方之後套 ”疋動凸路於 t (40) ϋ ^ ^ ( 4 3 1 )而經由撓性 U)而連動该轉動件（1 2) 官（50)時，該田放開物性 狀，該彈性管^ 回復呈直管 直管狀。 0 )係即自動恢復成 14 M340900 請繼續參閱第十四圖所示，係為 式ί體圖，該握桿（6 0)係可倒置，該直=7操作方 之弟五結合部（6 1 2 )係套合於後套合 奴（6 1 ) 請繼續相料五圖心，料摘作套 1 1;之立體外觀圖，該轉動件（2 2)之角碩(8 係可套合於套筒（8 i )之多角頭（ 1 2 該控制元件U40)射控_轉 / )上使用， 方向。 卞、丄2 )之旋動 請繼續參閱第十六圖所示，係為本〜 上視圖，第十七圖係為第十六圖之A —a；4 — 塑性功效。體（51)係同具可弯折各式形狀之可 凊參閱第十八圖所示，#兔太# _ 解圖，第十九圖係本作弟三實施例之立體分 2 )之第一…、為 施例之上視圖，該轉動件（1 、、° :二1 2 3 )係緊鄰設於咬合齒（丄2 2 ) 3方二j(20)之第—齒部（U)係倒置面 第—妹人^"弟W輪（2 ◦)係固設於轉動件（1 2 )之 齒（12 3)上並抵於該轉動件（1 2 )之咬合 w 22)下方，該第一齒於〆 0)相嚙合。 4(20)係與第二齒輪（3 請參閱第二十圖所示’係為第十九圖之A—A處剖視 M340900 係為第二十圖之B處放大圖，該第 圖，第 體（4 4)係容置於第一…二…’琢弟-彈性 、弟一回輪（3〇)之奎人揭q、 内並抵頂於前接頭 ^套口槽（3 2) 之刖套合端l ^ 第二齒輪嘀（421)上，㈢ j、 ）弟二齒部（3 1 )係因第-彈性體Η 4)之彈力而緊密嚙人於楚〜r〇 口弟弹性體（4 工）上。 於弟一齒輪（20)之第一齒部（2 °月、Μ、、Λ參閱第二十二圖所示，係為本創作第四實施例 之立體外觀圖，竽坌而垂#/丨山 怎弟四貝細例 合部（i p ] ^ 貝把例中，該轉動件（1 2 )之套 口丨（1 2 1 )係可為凸出多角 1)係可套合套筒。 夕角魏，«合部（12 請繼續參閱第二十三 例，該驅動頭伟包括.二為本創作之第五實施 及第-二：頭（1〇)、第-齒輪（20) 握桿（60)，其中； 〇)、舞性管（50)及 -驅動頭（ίο)係包括：一本體（11 (1 2 )、一蓋體（工5 )及一扣環（丄5工” 該本體（11)其作用端係設有—第 1)，該第一容置样（Mil、廿， 分且^曰、丄 r T 1 R θ 1 1 )其上端周緣係設有一扣環 (U 17亥本妝（1 0 )握柄係設有一貫穿握柄之樞 1 6 )，該樞孔（116)及第一交罟姚〆,， 接處係設有大柩孔（i i 7 >， 曰 1 1 } 有第三結合部（1^;)该枢孔（116 )後端係 部:1 2 )係設有-套合部（1 2 1 )，該套 )係王六角槽狀，該轉動件（1 2 )係樞設： 16 M340900 本體（11)之货 i 5 )下方，-容置槽（1 1 1 )内且位於扣環槽( 該蓋體（Ί ς^ , 15)盍設於本體（11) 1 1)上將轉動件Γ…B 谷置槽（ 係為透空之薄片妒. 、m體（15 該扣環 可夾扣於本 間，該扣環 1 )上； )略呈圓弧狀，該扣環（i 5丄）係 )之扣環槽（1 1 5 )與蓋體（丄5、〕 )係將蓋體（1 5 )固設於本體 一第一齒輪（20)，該第一齒 有第一齒部（2 Ί > ν_ 2 0 )外周緣係設 該第-食輪（2〇，該弟一齿部（2"係呈斜齿輪狀， U 0 )個設於轉動件 -第二齒輪（3 Q )，該第二齒 ， -(11)之抱孔（116〇上=設於本 :設有-第二齒部⑴)，該第:;;齒輪:)前 :輪狀，該第二齒部⑴）係容置二 内且與第—齒 广穴1"之大 齒輪（3〇)後端係設有一套合丄)㈣’該第二 2)係呈非圓狀，該套合槽（32);)，:亥套合槽（3 < -撓性管（40)，該撓性管^六角槽狀； 住何形狀，1係與第二齒輪（2( 4 ◦)係可任意彎折成 動之，其係包括：主管體（41)、二固設，另端可供驅 頭（43)及第―彈性體（44);則妾頭（42)、後接 _主管體u 1)係為長條狀私 質性管體，該主管 17 M340900 :么tii係具適當之長度，該主管體(41)係可-折 該前 ί : 42;)):::凸_ 套合端(4 21)， 枰 f Ϊ )套合於弟二齒輪（3 〇)之套合 7 4 9 w，該前接頭（4 2 )另端魏有-前套合部 = 該前套合部（4 2 2 )係固設於主管體（41) 後套2設⑽ -般可為電動工具所頭狀以供被驅動之， 有後套合部（4 3 2動二：後接頭（43)另端係設 3 2 )，该後套合部（4 3 2 )係固設於主 管 4 處係設有-第 4 ) ； 、4 d d )及一弟二定位孔（4 3 該第一彈性體（4 4+ 之套合槽（32)内該第二齒輪（30) 二齒輪（3 0 )之备^ 彈性體（4 4)係抵頂於第 前套合端（421 ) f…J 2),及別接頭（42)之 )間 亥弟一彈性體f /1 /1、^ 齒輪（20)及第二齒輪（ ）係使第一 一㈣总α (3〇)相嚙合之功效，· (4 0)之外周緣，該彈性管（5H包覆於撓性管 (1 1 )之樞孔（工工) 別1^係結合於本體 丄b)内，該後接頭 曰端（4 3 1 )係凸露於彈性管（5外 之後套 〇)不受外力所控制彎折時，該彈性管（心亥彈性管（5 吕、。0)係可自行 18 M340900 回復呈直管狀，_性管（5 Q)係具 （ 變化形狀之功效； 凡哞& (4 〇 ) 握杯（6 0 )，該握桿（6 0 )係包括：-直r# “ 1 )及-握把（6 2 );該直桿體 二干體（6 管（5〇)外周緣之硬管體，該直=為包後於彈性 (⑴後端係:有一:第^ =12)係套合於後接頭（43)之後套::= 結合部〔Αίο、, '係為^角槽狀，該第五 2)内係設有環狀之定位溝（6 ::…係結合於該直桿體…一用者握;： 珠二第ΓΓ體（71)及第二彈性體（711)，該第二 3)= ㈣（711)係容置於後接頭（4 且i〜定位孔（4 3 3 )及第二定位孔(434)内 丄 (71)係定位於握桿（60)之定位溝（6M340900 VIII. New description: [New technical field] This creation is about the improvement of a wrench grip structure, especially the grip structure of a wrench consisting of a flexible tube, an elastic tube and a grip. Selecting the function of combining or disengaging the grip bar<, the wrench that is disengaged from the grip bar can be extended into the gripper grip structure used for the narrower method and having multiple operation modes. [Prior Art] As previously known, the structure of the wrench that can be rotated from the grip of the rear end of the wrench is used as described in the US Patent No. 4 6 9 0 0 8 1 1 Tiger, the wrench of the patent case Controlling the tail end of the wrench handle 3 6 Q degrees to rotate the wire inside the handle, the pinion gear and the large gear fixed by the rotating member are in harmony with each other, so that the large gear and the rotating member can be linked The rotating member is convexly provided with a sleeve end, and the sleeve end can be sleeved and screwed and locked. The advantage of the above patent is that: #工作空间 is restricted and the user is backhanded, the user The small tooth can be rotated at the end of the grip of the wrench to actuate the large gear and the rotating member, so that the space limited = kernel can be solved. The handle of the white-white wrench has a fixed shape, and it is more difficult when the wrench has a narrow and small f-fold space. This is what: The creator borrows for many years. In view of the structure of the above-mentioned patented wrench: Guan Yuye The experience finally has the ability to create a wrench structure 6 M340900 [New content] 〃 In particular, the edge is the improvement of the structure of the wrench grip, which includes: the drive head, the first gear a second gear, a flexible tube, an elastic: and a grip, wherein the drive head comprises: a body and a rotating member; a first gear outer periphery is provided with a first tooth portion and is fixed to the rotation a second gear system is pivoted in a pure hole, and the second gear front end is provided with a second tooth portion that meshes with the first tooth: a flexible pipe system can be bent at any time, and one end is tied with f The gear is fixed, and the other end is driven; the elastic pipe is wrapped around the outer periphery of the flexible pipe. The front end of the elastic pipe is fixed on the body, and the flexible end is exposed outside the elastic pipe; A grip bar system includes: a straight rod system is a hard tube shape, a 兮古士日棘,, — The human body is more (10) shaped and has a fourth joint port I5. The four joints are combined with the third one. In one part, the fifth joint part is sleeved on the other end of the flexible tube to enable the reviewing committee to further understand and agree with the purpose of the creation, the special science, and the 纟 佳 佳 / / : : : : : Only the example and the schema description [Implementation] First of all, please refer to the first figure, which is the three-dimensional exploded view of the creation of this book. It is about the type of wrench grip structure (1 0 ), A confession, 0 n^ /, including · drive _ wheel (20), brother two gears > 〇), elastic camp ...) and grip (6Q), (^) ·, flexible first (a drive 颂(1〇) includes: - body (1)), a rotating M340900 control structure (1 4), a cover (12), a tooth (13, 5) and a buckle (ΐ5ι) the body (11) The working end is 1), the first accommodating groove (1 2 ^ has a brother-receiving groove (1 1 accommodating groove Q 1 2 ), and the body is provided with a second diameter 1 2 ) The system has a third handle a second accommodating groove (i groove (113) radial position is: 3 'the third accommodating groove (1) 1), a second accommodating groove (two (/t4), the first - capacity 1 3 ) and Bead groove (], J1丄1 2 ), brother three-receiving groove (worker (1 1 1 ) ^ μ α, four series are connected, the first accommodation; ^, 丄丄丄) the upper end of the periphery Each of the phantoms (10) grips is provided with a two-way groove (115), the body (1 16) and the first accommodating groove (丄;, the pivot hole (1 1 6 )' (1 1 ”, the second accommodating groove (丄", the joint with a large pivot hole is two strong ^) ^ 2) and the pivot hole (1 16) (116) outer peripheral There is a third joint (1) The rotating part (1 2) is a right-handed person ((1)) is a hexagonal two: there is: a fitting part (12 d' the set of ring-shaped teeth (1 12 The circumference of the circumference is provided with a first joint portion (12": the lower end of the rotating member (12) is convex and annular (1). The first receiving groove (1 i 1 2) (4) is disposed under the body (1) · Inside the ring groove C 1 1 5 ) The tooth (1 forms a slightly semi-arc with the rotating part, the tooth (1 3 ) - side 2) bite (1 2 2) Engaged with the ten M340900 1) 'The rear side of the tooth (1 3 ) is a concave curved surface (丄3 2 ), !) is placed in the second receiving groove of the body (1 1 ) (/ (1 3 ) can be displaced left and right in the second volume 2) of the body (i丄) to make the rotating member (丄2) have a positive and negative tooth (1) The tooth (1 2 ) built-in groove (1 function; -I 'structure (1 4 ) includes control element (1 4 G ), bomb μ ^ ^, a cap (1 4 2 ), a bead (1 4 3 ), and a body (1 4 4 ν ^...-, 丄4 J and dance 1) - 170 (14Q) are pivoted on the body (1 2 slots (113), the control element ("0" - elastic element u::)] The hole (1401) can accommodate 2) the top of the base against the tooth (] "2", the cap (1 4 tooth (ΐ3) Γΐ 1 arc surface (132), so that the bite (122) ::^131) can be combined with the rotating member (12) (4 control element (14〇) rear side 4) 系 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树 树i 1 ) , 丄 4 (1 4 3 ) An A 禾 曰 (1 1 4 ), the bead (140): 弹 Γ (144) elastic force pressed against the control element 4) is driven by the tooth (13) Yu Body CV 11 3) Internal rotation and internal displacement; Bean ^1) Second accommodating groove (112) ^Orphan body (15) system and body = body (... is covered in the body (/) = "_' 11) The upper rotating member (the 丄D brother - each groove (1 1 2) is sealed therein, the cover body (丄5) M340900 is a sheet that is permeable; the buckle (1 5 1 a slightly (10) shape, the buckle (i 5 can be clipped to the buckle groove (1 1 5) of the body (11) and the cover body (i 5, : ^ buckle (151) is to fix the cover body The body (1 has a -0) 'the outer gear of the first gear (20) is ί::; part: 21) is a helical gear, 2 〇) inner circumference is provided with a rotating member (1 2 A second joint portion (the / wheel (20) is fixed to the rotating member (12), and the second portion) is placed on the body (! ! The first accommodating groove (in the inside, the ω wheel (3 0 ) 'the second gear (30) is pivoted in the base of the 5th pivot hole (1 16), the second gear (3 0 ) before: two again. the first - the tooth (3 1 ), the second gear (3 1 ) is inclined two or two large 'the second tooth (3 1) is placed on the body (1 1) Large = (1 1 7) and with the first tooth (1 0) of the first gear (2), the rear end of the 'Second gear (3 〇) is provided with a set of slots (3 The lap joint groove (3 2 ) is non-circular, and the sleeve groove (the king hex groove shape; the flexible tube (4 Q ), the flexible f ( 4 Q ) system can be bent at any time The y-shaped 1 end is fixed to the second gear (2 〇), and the other end is available for driving. 'The system includes: main f body (4 丄), front joint (4 2 ), rear connection (4 3 ) and An elastomer (4 4 ); 10 M340900 The main body (4 1 ) is a long strip of soft tubular body, the main body (41) having an appropriate length, the main body being "in any shape; The front joint (4 2 ) - the end is convexly provided with the front sleeve end == 421) is sleeved in the sleeve groove (3 2 ) of the second gear (3〇), the front joint (4 2) The other end is provided - the front sleeve is fixed to the main body (") the rear joint (4 3 ) - the end is provided with the rear sleeve and the rear end ^ 4 1 ^ This can be a hex head shape for driving, with a rear sleeve L 4 3t) a turn sleeve (4 3) with a tube at the other end ( 4] ) ^Mountain (4 3 2 ) is fixed at the main department with a first setting: hole 2 Τ ( (4 3 ) outer periphery suitable position 4); (433) and a second positioning hole ( 43 sets of ST:: body (the second line is placed in the second gear (30), the second gear ("2";; = body " 4) is tied to the front of the front end u2l = upper 32) The gears (20) of the inner and front joints (42) and the first elastic body (44) are effective for engaging the first, second, and return wheels (30); ("Γ=〇"' the elastic tube (5 (eight) Tie (10)^ ((1) Drag: Heart: ... front end is attached to the body end (4 3 1 ) is exposed inside / 5 hangs after the joint (4 3 ) after the set ', ΰ f sexual officer (5 0 Outside, when the elastic tube (5 M340900 0) is not bent by the external force, the elastic tube (5Q) returns a straight tubular ' _ sex tube (5 Q) with a material change shape Effect of the shape; 14 0 } - grip (60), the grip (60) includes: a handle and a grip (6 2); the straight body (6 1) is wrapped around the elastic officer (5 0) the outer circumference of the hard tube body, the straight, with - fourth joint ((1)), the first:: two = the third joint of the body (11 (person 61 /) system and (6 1) rear end The utility model is provided with a fifth joint portion (port; the rear joint (43) and the sleeve 2), and the joint portion (612) of the joint portion (612) is provided with a circular positioning groove (two-shaped) 3) = only use the bar; (62) is attached to the straight body (H) for the user to hold; to the bead (71) and the second elastic body (711), the second five (7 1 And the second elastic body (7丄丄) is the first positioning hole of the 3), and the valley is placed in the back joint (4 and the first - the glass bowl 7 (4 3 3 brother one positioning hole (4 3 4)) : Body (7 " is positioned in the positioning groove of the grip (6〇) (6 figure, after t: the first picture, is the internal three-dimensional section of the creation. The second tooth portion (31) of the second gear (30) is toothed = Π〇): the first tooth portion (21) is engaged, and the first: _#-joining portion (2 2) is rotated The pieces (丄2) —, , , ° & 4 (12 3) are fixed. When the user rotates the rear sleeve end (431) from the grip (6〇) 12 M340900, the front cover is set. The joint end "21) interlocks the second tooth: the part (3 1) rotates, the second tooth j brother-tooth system, and the first tooth part (21 ) of the first gear (2〇) The first gear (20) rotates to drive the rotating member (12), 'P. ( 1 2 1 ) _ 'This third picture is the three-dimensional combination of the creation of the creation_see the fourth picture, which is the top view of the creation, the cross-sectional view of the AA of the fourth drawing, the sixth picture is The fifth figure is placed so that the first elastic body (44) is placed in the second gear (3 = slot (2) ^ and abuts against the front joint (42) before the sleeve end (^ #上' the brother two gears The second tooth portion (3 1 ) of (3 )) is tightly engaged with the first tooth portion (2' due to the elastic force of the elastic body (4 4 ). Please continue to refer to the seventh figure, which is the fifth figure. The enlarged view at € is an enlarged view of the D of the fifth figure. When the fourth joint (6 1 1 ) of the straight body (61) is combined with the body (丄丄) 18), the latter The sleeve end (43 di-, one (1 1 2) is disengaged, and the rear joint (4 3) is followed by the sleeve end (4 3 is exposed outside the grip rod (60), the first positioning hole ( 4 3 3 ) , : The body (71) and the second elastic body (711) are in contact with the vertical groove 1 (1) in the sulcus (6 1 3 ), and the user can rotate the rear splicing II31. The rotating member (12) rotates, and the grip is sequentially connected to the main body (41) by the inner and outer structures. Tube (50) and straight rod body 13 M340900 = 1), when the sleeve end (431) is rotated, the system is not rotating. V 0丄) Please continue to refer to the figure in the ninth figure. Another operation body map, the first + _ Γ, the formula 立. /, is the A-Α section profile of the brother nine figure, when the third oyster: 1 (1) and the straight body (61) of the fourth joint (6 ι γ The rear sleeve end (431) is connected to the second joint shape 'the rear joint (43) after the sleeve end (4 3 (6 2 ) = inner, the second joint of the rear joint (43) = inner one bead The body (7 1 ) and the second elastic body (the 7-input card is set in the straight body (6 work)) can rotate the grip (62), the straight body (= master (4 3) Rotate the rotating part (the work piece is followed by the enlarged view of the c in the tenth figure, the first [St/di eleven pictures are shown in the figure. α "Ten-picture system" ten - the D of the figure is enlarged, please continue to refer to the thirteenth figure As shown in the figure, this is another stereoscopic picture. When the user needs to do the same: 6 0) can be removed from the driver head (丄〇), 唁... body (1 η sleeve into ^ 成所Need the angle and shape, will 兮 ^ δ Λ work space, user Rotating the convex % _ tube (5 0 ) behind the sleeve "flip the convex path at t (40) ϋ ^ ^ ( 4 3 1 ) and interlocking the rotating member via the flexible U) (1 2) (50), when the field releases the property, the elastic tube returns to a straight straight tube. 0) The system automatically returns to 14 M340900. Please continue to refer to Figure 14 for the figure. Grip (60) can be inverted, the straight = 7 operating side of the five joints (6 1 2) is fitted to the back of the slave (6 1) Please continue to compare the five maps, expected to pick the set 1 1 Stereoscopic view, the angle of the rotating part (2 2) (8 series can be fit over the multi-angle head of the sleeve (8 i ) (1 2 the control element U40) is used on the _ turn / ), direction .卞, 丄 2) Rotation Please continue to refer to the sixteenth figure, which is the top-up view, and the seventeenth figure is the sixteenth figure of A-a; 4 - plastic effect. The body (51) is the same as the bendable shape. See Figure 18, #兔太# _ solution, the nineteenth figure is the three-dimensional division of the third embodiment. A... for the top view of the embodiment, the rotating member (1, , °: two 1 2 3 ) is immediately adjacent to the first tooth portion (U) of the occlusal tooth (丄2 2 ) 3 square two j (20) The inverted face-girls ^" brother W wheel (2 ◦) is fixed on the teeth (12 3) of the rotating member (12) and under the bite w 22) of the rotating member (1 2) The first tooth meshes with 〆0). 4 (20) and the second gear (3 see the twentieth figure shown in Figure 19 is a section of the A-A section of the M340900 is a magnified view of the twentieth diagram B, the figure, The first body (4 4) is placed in the first...two...'s younger brother-elasticity, the younger one round (3〇), the Kui people reveal q, and the top is connected to the front joint ^ sleeve groove (3 2) After the sleeve end l ^ second gear 嘀 (421), (c) j, ) brother two teeth (3 1) due to the elastic force of the first - elastic body ) 4) tightly intertwined in Chu ~ r〇 Elastomer (4 workers). The first tooth part of the second gear of the brother (20) (2 ° month, Μ, Λ, see the twenty-second figure, is the three-dimensional appearance of the fourth embodiment of the creation, 竽坌而垂#/丨In the case of the mountain, the sleeve (丨2) of the rotating piece (1 2 ) can be a convex multi-angle 1) sleeve can be fitted. Jiao Wei, «Hebei (12 Please continue to refer to the twenty-third case, the driver head includes. The second implementation of the fifth implementation and the second - second: head (1 〇), the first gear (20) grip (60), wherein; 〇), dance tube (50) and - drive head (ίο) comprise: a body (11 (1 2), a cover (work 5) and a buckle (丄5 work) The body (11) has a working end (1), and the first receiving sample (Mil, 廿, 且, 曰, 丄r T 1 R θ 1 1 ) has a buckle on the periphery of the upper end ( The U 17 Haiben makeup (10) handle is provided with a pivot 1 6) penetrating the handle, the pivot hole (116) and the first intersection Yao Yao, and the joint is provided with a large pupil (ii 7 > ;, 曰1 1 } has a third joint (1^;) the rear end of the pivot hole (116): 1 2) is provided with a sleeve ( 1 2 1 ), the sleeve is a king-shaped hexagonal groove, and the rotating member (1 2 ) is pivoted: 16 M340900 The body (11) of the body i 5 ) is below, the accommodating groove (1 1 1 ) is located and located Buckle groove (the cover body (Ί ς^, 15) is disposed on the main body (11) 1 1) to rotate the member Γ...B valley groove (the permeable sheet 妒., m body (15 the buckle The ring can be clamped to the room, the buckle 1); ) is slightly arcuate, and the buckle ring (1 15) and the cover (丄5, ) of the buckle (i 5丄) are The cover body (15) is fixed to the first gear (20) of the main body, and the first tooth has a first tooth portion (2 Ί > ν_ 2 0 ) and the outer circumference is provided with the first food cone (2〇, The brother's one tooth (2" is a helical gear, U 0 ) is set on the rotating member - the second gear (3 Q ), the second tooth, - (11), the holding hole (116 〇 upper = set In the present: a second tooth (1) is provided, the first::; gear:) front: a wheel, the second tooth (1) is a large gear that accommodates two inner teeth and the first tooth wide hole 1" (3〇) The back end is provided with a set of joints) (4) 'The second 2' is a non-circular shape, the set groove (32);),: the nesting groove (3 < - flexible pipe ( 40), Flexible pipe ^ hexagonal groove shape; What shape, 1 series and 2nd gear (2 ( 4 ◦) can be bent and arbitrarily formed, including: main body (41), two fixed, the other end For the drive head (43) and the first "elastic body (44); then the hoe (42), the _ main body u 1) is a long strip of flexible pipe, the main pipe 17 M340900: tii tie The appropriate length, the main body (41) can be folded - before the ί: 42;))::: convex _ fitting end (4 21), 枰f Ϊ ) fits the second gear (3 〇) Casing 7 4 9 w, the front joint (4 2 ) the other end Wei-front fitting part = the front fitting part (4 2 2 ) is fixed to the main body (41), the rear sleeve 2 is set (10) It can be driven by the head of the power tool. There is a rear fitting part (4 3 2 moving 2: the rear joint (43) is connected to the other end 3 2 ), and the rear fitting part (4 3 2 ) is fastened. Set at the main station 4 - 4th; 4, dd) and 1 second positioning hole (4 3 the first elastic body (4 4 + the matching groove (32) in the second gear (30) The second gear (30) of the elastic body (4 4) is abutted against the first front end (421) f...J 2), and the other joint (42)) f /1 /1, gear (20) and second gear ( ) make the first one (four) total α (3 〇) meshing effect, · (4 0) outside the periphery, the elastic tube (5H coating The pivot hole (worker) of the flexible pipe (1 1 ) is coupled to the body 丄 b), and the rear end of the rear joint (4 3 1 ) is exposed to the elastic tube (the outer sleeve is 5) When not bent by the external force, the elastic tube (Xinhai elastic tube (5 Lu,. 0) can return to its own 18 M340900 to return straight tubular, _ sex tube (5 Q) tie (change shape effect; where 哞 & (4 〇) grip cup (6 0), the grip (60) Including: - straight r# "1" and - grip (6 2); the straight body of the straight body (6 tubes (5 inches) of the outer circumference of the hard tube body, the straight = for the package after the elasticity ((1) End system: one: the first ^ = 12) is fitted to the rear joint (43) after the sleeve:: = the joint portion [Αίο,, 'the system is the corner groove, the fifth 2) is provided with a ring The positioning groove (6:... is combined with the straight body... a user grip; the bead second body (71) and the second elastic body (711), the second 3) = (four) (711) Placed in the rear joint (4 and i~ positioning hole (4 3 3) and the second positioning hole (434) inner 丄 (71) is positioned in the positioning groove of the grip (60) (6
丄d )内。 、U 另-實施例，該轉動件（12)與第—齒輪（2 齒部二體狀’亦即該轉動件（1 2)底部設有第- 及後2料—實施^ ’該主管體（4 1 )、前接頭（4 2 ) 部：4 3 )可壬-體狀’亦即撓性管（4 0 )中間 W軟性體狀，而二端設有前套合端"Η)及後套 19 M340900 合端（4 3 1 )。 本虐】作之轉動件（1 2 )控制正逆轉結構可為如第一 •回斤’、之，J w ( 1 3 )即為月眉齒，但正逆轉結構係為多 種原理，並無法一二詳述之，且本創作重點並非在於如何 ·=正逆轉，如此所有之正逆轉控制均應屬本創作 耗圍。 本創作最大之優點係在於·· •管（ioUt之握把結構主要係由挽性管（40)及彈性 ❹(4(])及彈性管（W) 之使用角度，使該作業空間而調整板手 用扳手胃料更為枝順手，解決習 π又二間限制的問題。 2、 當該彈性管（ 性管（50)係可自—文外力所控制幫折時，該彈 係具奪制撓性管“：：呈直管狀’該彈性管（5〇) 3、 當該握桿(60, 於本體（）之第二社人之弟四套合部（6 1 1 )係結合 後接頭（4 3 )之後套二。邛（1 1 8 ) ’該使用者係可從 (1 2 )旋動。 &而（4 3 1 )控制轉動該轉動件 4、當該握桿（6 〇 ^ 體（11)之第三結人苦之第四套合部（611)脫開本 之第五結合部（6 i Υ 1 1 8)時，該直桿體（6工） 合端（4 3 1 )上）係套合於後接頭（4 3 )之後套 ’錢用者係可從握桿（6 0)控制旋 20 M340900 【圖式簡單說明】 第一圖、係為本創作之立體分解圖。 第二圖、係為本創作之内部立體剖面圖。 第二圖、係為本創作之立體組合外觀圖。 第四圖、係為本創作之上視圖。 苐五圖、係為弟四圖之A一a處剖面圖。 第六圖、係為第五圖之B處放大圖。 第七圖、係為第五圖之c處放大圖。 第八圖、係為第五圖之D處放大圖。 ^九圖、係為本創作之另—操作方式上視圖。 ^十圖、係、為第九圖之A - A處剖面圖。 第十圖、係為第九圖之C處放大圖。 =十一圖、係為第九圖之D處放大圖。 f十圖係、為本創作之另一操作方式立體圖。 :十四圖、係為本創作之另一操作方式立體圖。 圖、係為本創作套合套筒之立體外觀圖。 i 圖係為本創作第二實施例之上視圖。 =七圖、係為本創作第十六圖之A —A處剖面圖。 ^ ^係為本創作第三實施例之立體分解圖。 蒙一 一回、係為本創作第三實施例之上視圖。 第Γ十圖圖係為本創作第十九圖之A一A處剖面圖。 第二十二^、、係為本創作第二十圖之β處放大圖。 第二十三係為本創作第四實施例之立體外觀圖。 一口 、係為本創作第五實施例之立體分解圖。 22 M340900 【主要元件符號說明】 (1〇)驅動頭 (111)第一容置槽 .(1 1 3 )第三容置槽 • (151)扣環槽 (117)大樞孔 (12)轉動件 (122)咬合齒 ® ( 1 3 )制齒 （ (1 3 2 )凹弧面 (1 4 )控制結構 (1 4 0 1 )容孔 (1 4 1 )彈性元件 (1 4 3 )珠體 (15)蓋體 • ( 2 0 )第一齒輪 (2 2 )第二結合部 (3 0 )第二齒輪 | (3 2 )套合槽 ' (4 0 )撓性管 (4 2 .)前接頭 (4 2 2 )前套合部 (4 3 1 )後套合端 (4 3 3 )第一定位孔 (11)本體 (112)第二容置槽 (114)珠槽 〔1 1 6 )枢孔 :1 1 8 )第三結合部 (121)套合部 (1 2 3 )第一結合部 131)卡制齒 (1 4 0 )控制元件 〔1 4 0 2 )抵面 (1 4 2 )抵帽 (1 4 4 )彈性體 〔1 5 1 )扣環 (2 1 )第一齒部 :3 1 )第二齒部 〔4 1 )主管體 (4 2 1 )前套合端 (4 3 )後接頭 (4 3 2 )後套合部 (4 3 4 )第二定位孔 M340900 (4 4 )第一彈性體 (5 0 )彈性管 (6 0 )握桿 . (6 1 1 )第四結合部 (5 1 )彈簧體 (6 1 )直桿體 (6 1 2 )第五結合部 (6 2 )握把 (7 1 1 )第二彈性體 (811)多角頭丄d). U, in other embodiments, the rotating member (12) and the first gear (the two-toothed portion of the toothed portion (i.e., the bottom portion of the rotating member (12) is provided with the first and second materials - the main body (4 1 ), front joint (4 2 ): 4 3 ) 壬-body shape, that is, the flexible tube (40) has a soft body shape in the middle, and the front end end has a front end sleeve "Η) And the rear sleeve 19 M340900 end (4 3 1 ). The singularity of the rotating part (1 2 ) controls the positive reversal structure as the first • the back jin, and the J w (1 3 ) is the moon eyebrow, but the reversing structure is a multi-principle and cannot It is detailed in one or two, and the focus of this creation is not on how to = reversal, so all positive reversal control should be the cost of this creation. The biggest advantage of this creation is that the tube structure of the ioUt is mainly adjusted by the angle of use of the duct (40) and the elastic raft (4 ()) and the elastic tube (W). The wrenches of the wrenches are more convenient, and solve the problem of π and two restrictions. 2. When the elastic tube (50) can be controlled by the external force, the elastic system has Flexible tube ":: straight tubular" the elastic tube (5〇) 3. When the grip (60, the second member of the second body of the body (6 1 1) is combined The joint (4 3 ) is then sleeved 2. 邛 (1 18 ) 'The user can rotate from (1 2 ). & and (4 3 1 ) controls the rotation of the rotating member 4, when the grip (6 When the fourth set of joints (611) of the third body of the body (11) is disengaged from the fifth joint portion (6 i Υ 1 18), the straight body (6 work) ends ( 4 3 1) The upper part is fitted to the rear joint (4 3 ) and the set of 'money users can be controlled from the grip (60). 20 M340900 [Simple illustration] The first picture is based on the creation The three-dimensional exploded view. The second picture is within the scope of the creation. The second figure is the three-dimensional combination appearance of the creation. The fourth picture is the top view of the creation. The fifth picture is the sectional view of A-a of the four pictures of the younger brother. The figure is an enlarged view of the B of the fifth figure. The seventh figure is an enlarged view of the c of the fifth figure. The eighth figure is an enlarged view of the D of the fifth figure. The other part of the creation - the upper view of the operation mode. ^10, system, is the sectional view of the A-A of the ninth figure. The tenth figure is the enlarged view of the C of the ninth figure. The enlarged view of D in the figure of Fig. f. Fig. 10 is a perspective view of another operation mode of the creation. The fourteen figure is a perspective view of another operation mode of the creation. The figure is a top view of the second embodiment of the creation. = Seven figures are the sectional view of the A-A of the sixteenth figure of the creation. ^ ^ is the three-dimensional of the third embodiment of the creation Exploded view. The one-on-one view is the top view of the third embodiment of the creation. The tenth figure is the sectional view of the A-A of the nineteenth figure of the creation. ^, , is a magnified view of the β of the twentieth figure of the creation. The twenty-third is a three-dimensional appearance of the fourth embodiment of the creation. One-piece, which is an exploded perspective view of the fifth embodiment of the creation. M340900 [Main component symbol description] (1〇) drive head (111) first accommodating groove. (1 1 3) third accommodating groove • (151) retaining ring groove (117) large pivot hole (12) rotating piece (122) occlusal tooth ( 1 3 ) tooth ( (1 3 2 ) concave curved surface (1 4 ) control structure (1 4 0 1 ) hole (1 4 1 ) elastic element (1 4 3 ) bead ( 15) Cover • ( 2 0 ) First gear (2 2 ) Second joint (3 0 ) Second gear | (3 2 ) Fitted groove ' (4 0 ) Flexible pipe (4 2 .) Front joint (4 2 2 ) Front sleeve part (4 3 1 ) Rear sleeve end (4 3 3 ) First positioning hole (11) Body (112) Second accommodating groove (114) Bead groove [1 1 6 ) Hole: 1 1 8) third joint portion (121) sleeve portion (1 2 3 ) first joint portion 131) snap tooth (1 4 0 ) control element [1 4 0 2 ) to face (1 4 2 ) Cap (1 4 4 ) Elastomer [1 5 1 ) Buckle (2 1 ) First tooth: 3 1) Second tooth [4 1 ) Main body (4 2 1 ) Front end end (4 3 ) rear joint (4 3 2 ) rear fitting (4 3 4) Second positioning hole M340900 (4 4 ) First elastic body (50) Elastic tube (60) Grip. (6 1 1) Fourth joint (5 1 ) Spring body (6 1 ) Straight rod Body (6 1 2) fifth joint (6 2 ) grip (7 1 1 ) second elastic body (811) polygonal head
溝體 位珠 定二筒 }第套Ditch body bit bead set two tube } first set
24twenty four