M306161 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種轉定向_起子接桿結構，尤其是—種可互換為轉 直向之螺鎖型態之起子頭結構的創新型態設計者。 一 【先前技術】M306161 VIII. New description: 【New technical field of the invention】 This creation is related to the kind of rotation orientation _ screwdriver post structure, especially the innovative type of the screwdriver head structure which can be interchanged into the screw type of the straight direction. Designer. [Prior Art]
按，螺絲起子係跨越了好幾個世代仍然是技師們手中不肯輕放的 的其中一項手工具，其習知結構請參閱本國專利公報第2 5 〇 7 4 6 唬所揭之「螺絲起子桿結構改良」（如第丄、2圖所示），其特色主要 疋在於該起子本體（丄〇a) 一端設有供使用者握柄（丄ia)，另端則 凸伸出起子桿^以^該起子桿彳：^心前端崎形成—套接孔^ 3a)，用以供起子頭（3 la)套組、定位，且該套接孔（丄内 緣延伸设有一較小徑之簧孔（3 2a)，而外緣適處開設有一連通該套 接孔（1 3a)之斜向缺槽（i 4a)，以及凸設一較大徑之擋緣（工5 a)’用以供一快拆組件（2 〇 a)組設；According to the screw driver, it has been one of the hand tools that the technicians are not willing to play with. The structure of the conventional structure can be found in the National Patent Gazette No. 2 5 〇 7 4 6 「 The improvement of the rod structure (as shown in Fig. 2 and Fig. 2) is mainly characterized in that the driver body (丄〇a) is provided at one end for the user to grip (丄ia), and the other end is protruded from the driver rod ^ The root rod is formed by the front end of the shaft, and the sleeve hole (3a) is used for positioning and positioning of the driver head (3 la), and the sleeve hole is provided with a smaller diameter. a spring hole (32a), and an outer edge is provided with an oblique notch (i4a) communicating with the sleeve hole (13a), and a retaining edge of a larger diameter (working 5a) Used for a quick release assembly (2 〇 a);
該快拆組件（2 Oa)係由一彈性件（2 la)、滑套（2 2a)，r 及彈簧（2 3a)等構件組成，該彈性件（2 la)係級套於^ = (1 2a)之套接孔（丄3a)外，其一端靠抵該擔緣（工5:)1另^ 則橫設-^位段（2 i i a)，且令該定位段（2丄i a)伸人於該斜: 缺槽（14a)中，並橫置於該套接孔（13a)内，用以卡迫、定位 插組之起子頭（3 la)，而該滑套（2 2a)係覆套於該彈性二、（= a)外緣，可以滑動移位壓縮該彈性件（2 la)，進而帶動該定位段（2 1 la)脫離與該起子頭（3 la)之卡迫關係，又該彈笼 / :置於該簧孔（3 2a)中’當起子頭（3 la)插組時得將其壓縮， 亚於該起子頭（3 la)之卡迫力量解除時，將該起子 外彈頂而出。 、W la)向 M306161 f隹種白去〜構型恶於實際使用經驗中發現仍存在下述之問題 點： 當該習知起子結構欲: 螺鎖較狹小空間内且具預定角度之螺鎖 面時，因該習知起子結構僅1 加 、 /、直向螺鎖型態，並無法使該起子頭（3 1 a)形成可、弯折且具角度變化 面加以螺鎖 轉向型態，以致無法於預定角度之螺 鎖 2、習知結構之起子頭（3 1 a)係、藉由快拆結構加以定位，此種 快拆定位方式因㈣快拆零組件複雜，以使導致成本提高，使容易造 成製造業界的負擔，產品轉嫁至消費者身上，則造成消費者的負擔。 是以’針對上述習知起子結構所存在之問題點，如何開發一種更 具理想實錄之創新結構，實使㈣費者政切企盼，㈣相關章者 須努力研發突破之目標及方向。 創作。 有鑑於此，創作人本於多年從事相關產品之製造開發與設計經驗 ，針對上狀目標，料料估後，料—料實用性之本 【新型内容】 即，本創作之主州，係㈣㈣桿結構；縮 藉由-起子本體另端凸伸出起子桿，該起子桿之延伸—端形成㈣奸/ 多角球頭，頸身段之内緣形成有轴肩部，另該驅動桿之多_向_ 起子桿之多純賴應紐，崎滑套㈣形成有巾*之套 套組空間内預定位置形成有定位装置，使套組空間可:動並= M306161 桿及起子桿之外側壁緣，並可互換起子本體及驅動桿構成直向或轉向使 用《之作用；藉此_獨特設計，使本創作之起子桿與起子頭可藉由滑套及 才干之_位移作用，而使起子頭可達到轉向歧之螺鎖方式，以及直向螺 鎖方式’俾使本創作可達到使用上的便利之實用進步性。 本創作之另-目的，其储由該驅轉之容置部对—雖件，其中該磁 +於谷置。卩中卿成有二側磁吸端，以使磁性件可供起子桿之前端部，以及 >起句之末端部㈣贿粒；纽_娜設計，使賴狀起子頭可藉由 磁吸件以達到定位，進以達到降低成本之實用進步性。 【實施方式】 ^凊《第3〜7圖所示，係本創作轉定向螺絲起子接桿結構之較佳 例！ 隹此等實施例僅供說明之用，在專利申請上並不受此結構之 限制。 百先，如第3〜5圖所示，其係包括： -起子本體（i 0 )，其係—端設有握柄（i i )，其中該握柄（⑴内 (i 2) ’ 0 _構（i 2)細峨，故不另加以 W而該起蝴（1Q)綱物—起子桿⑽，射該起子桿（ / )之延伸—端形成有頸身段（⑷及-多細（！ 5 )，該頸身 X ( 1 4 )之内端面位置形成有軸肩部（丄6 ); ( 2 Q)，其係分卿成有多角轉向孔（2 1 )及套合孔 2 ) ’其中該多角轉向孔（2 1)係可供樞設該起子桿（丄3)之頸 M306161 身段U4)及多角球頭（15)，於多角轉向孔（2ι)内形成有環槽狀 之限位部（2 3 )，以供環設定位一限位環（2 6 )於該限位部⑻）内，使 起子桿（1 3 )之多角球頭（i 5 )即可撞止限位於鴨桿（2 ◦)之多角轉 向孔（2 1)内，且該驅動桿（2 〇)可於起子桿（工3)之多角球頭（ 1 5)位置直線狀拉出，使起子桿（i 3)之頸身段（丄4)伸出多角 轉向孔（2 1)之外，並使驅動桿（2 〇)之端緣面與起子桿（以） 之軸肩部（1 6)相對構成_轉向空間；另，該套合孔（2 2)可供容 ►設-預歧子頭（5 〇 );又，該多角轉向孔（2丄）及套合孔（^ )之間形成有對位相通之容置部（2 5); 磁性件（3 0 )，其係恰可對位容設於前述驅動桿（2 〇 )之容 置部（2 5)内，其中該磁性件（3 〇)於容置部（2 5)中則形成^ 二側磁吸端（3 1 )，以使磁性件（3 〇 )可供起子桿（丄3 )之前端 部’以及起子頭（5 〇)之末端部反向磁吸定位； /月套（4 0 )’其係内部形成有中空之套組空間（* 4 )，套組空 1間（44)内預定位置形成有定位裝置（4 3)，其中，該定位裝置（4 3 )一可t二側對向形成有第—定位滑槽（4 1)及第二定位滑槽（4 2 )，該前 (者又界處則形成央突狀之環緣内壁，另於驅動軸之外壁面則對應定位裝置 ⑷）形成有定位環槽（2 4 )，以供環設一定位環（2 7 )於定位環槽（2 士 2俾母滑套（4 〇)滑移於驅動桿（2 〇)及起子桿（丄3)之外壁面 時’籍由定位環（？ α μ ^ 早性卡級作用，而使滑套（4 0)可對位滑移並定 ' 疋位/骨槽（41)( 4 2 )内以構成卡組定位，進而使滑套（4 〇 )可達到起子本 )及驅動桿（2 0)構成直向或轉向之互換使 M306161 用型態，另於滑套（4 〇 )之前端日女^ 之月Ρ而备組有一中空狀之磁吸件（ 起子頭（5 0)吸附螺絲時達到螺絲定 田 从、 狀心進U方便使用者螺 生螺絲掉落之問題點。 貝叶不易發 下： 藉由上述之結構、㈣設計，茲就本創作之使用作動 情形說明 如 如第“所示’其係本創作應㈣轉向㈣之實施方式，复 將滑套（4 0 )向雨轴向推出（即朝起子頭（5 〇 )方向)，其… 套（40)内部之定仅袭置如门土 ^ 衣置（43)即同步向前滑移，以使 2〇)之定位環(27)能卡止定位於滑套(4〇)内 槽（川内，其中該滑套（40)前端部之磁吸件" 至起子頭（5 Q)之前端部位置，俾當螺鎖螺絲時（如木螺釘 :之螺鎖端的周側位置即對位磁吸於滑套（4◦)的磁吸件（4 前端位置，以方便使用者螺鎖時不易發生螺絲掉落，另該滑套（4 〇 第—定位滑槽（4 i )及定位環（2 7 )之相對牽制關係，^ 該驅動桿（2 0)推至起子頭（5 〇)方向， 乂牽動 , 卞枰Q 1 3 )之頸身段（ ⑷得伸出於多角轉向孔（21)之外，且使起子桿（13)之轴肩部 (1 6 )與驅動軸之端緣面相對構成轉向空間；藉此，軸铸方式即哪由驅 動桿（2 0 )連動起句（5 Q )產嫩嫩轉向使㈣態，使雜子= (5 0)在不易觸及且具角度位差之狹*空間内仍可達到螺鎖作用，且該滑套（ 4 0 )之磁吸件（4 5 )可磁吸定位所預定螺鎖之縣，使本創作之起子頭（ 5 0 )顧在轉向鶴之螺斜，仍可克服其螺鎖之螺_空間狹小問題而無 法固定螺絲之缺點。 M306161 所示，其係本_料頭（_直_之實施方式， 其Γ嶋（4Q)推獅⑴）方向，射，嫩u〇)推動時 、；=0)之定位環(2 7)係同步滑入至滑套(4 0)之第二定位 = 4 2)内’以使滑套（4〇)產生卡歧位作用，以使滑套（4〇)内 狀套組空間（4 4 )得—體套組起 ， 3 )及驅動桿（2 〇)之外壁緣 0 )亦藉由第二定位滑槽（4 2 )及定#^ f Q Γ7 、- Z J及疋位^ ( 2 7 )之相對牽 才^ 2 ^步牽動驅動桿（2 Ο )朝向握柄（1 1 )方向作動位移，使驅動 干二之端緣得抵觸於起子桿(i 3 )之軸肩部(:6 )，且該起子桿(丄 夕角球頭（1 5 )前面端亦對應磁吸於磁性件（3 Q )之_吸端（ 俾使起子桿（1 3 )狄子頭（5 〇 )射藉由驅轉（2 Q )及滑套 4 0 )之祕轉運動，而構成直_態之獅起子使用者。 【功效說明】 本創作功效增進之事實如下·· 1、主要係藉㈣起子本體（1〇)另端凸伸出起子桿（13)，起子桿（ 1 3 )之延伸-端形成有頸身段（Λ 4 )及—多角球頭（i 5 )，干頸 身段（14)之内緣形成有軸肩部（16)，另該驅動桿（20) 之多角轉向孔（2 1)係供起子桿（i 3)之多角球頭（工5)對 應樞設’另該滑套（40)内部形成有中空之套級空間（44)， 該套組空間（4 4)内預定位置形成有定位裂置（43)，使套組 空間（4 4)可滑動並定位於驅動桿（2 〇)及起子桿（1 3)之 外側壁緣，並可互換起子本體（1〇)及驅動桿（2〇干）構成直向 或轉向使用型態之作用之創新設計，藉以改良【先前技術】所述 M306161 習知起子結雜_則、_且具狀肖度 該習知起子結構僅具直向螺鎖型態，並無法 守’因 Γ轉向象咖—― =方式，™撕（，難附她上的便利之實 2 次要係藉由該驅動桿（2〇)之容置部⑵）設有-磁性件（3〇 )’ 其中該磁性件（3 〇)於容置部（U)中則形成有二側磁吸端（3工） ，以使磁性件（3〇)可供起子捍（⑶之前端部，以及起子頭（5〇 )之输反向瓣狀_設計，【输術】所述習知壯 ^子機祕拆結構加以定位，此種位方細部快拆零組 件複雜’赠致成本提高之問題點；她於㈣題點，可使本創作之 起子頭可__達_，___权實闕步性。 上述實施例所揭示者係藉以具體說 行說明，當不能以此岐本新型創狀專$3，以中雖透過狀的術語進 可在瞭解梢作之精神«此項猶職之人士當 等變更轉改，外更與修“_較之目的，而此 遣丄改白應涵盍於如后所述之申請專利 11 M306161 【圖式簡單說明】 第1圖 第2圖 第3圖 第4圖 第5圖 第6圖 •係習知螺絲去 ^ '、 _干、、、吉構改良之動作示意圖_。 :係習知螺絲起子桿結構改良之動作示意圖二。The quick release assembly (2 Oa) is composed of a resilient member (2 la), a sliding sleeve (2 2a), a spring and a spring (23a), and the elastic member (2 la) is sleeved at ^ = ( 1 2a) outside the socket (丄3a), one end of the socket (the work 5:) 1 and the other ^ then the -^ position (2 iia), and the positioning section (2丄ia) Extending in the oblique: in the slot (14a), and lying in the socket (13a), for clamping and positioning the driver's head (3 la), and the sliding sleeve (2 2a) The sleeve is sleeved on the outer edge of the elastic second (= a), and the elastic member (2 la) can be slidably displaced, thereby driving the positioning segment (2 1 la) to be detached from the driver head (3 la) Relationship, the cage /: placed in the spring hole (3 2a) 'When the screwdriver head (3 la) is inserted into the group, it is compressed, and when the force of the force of the screwdriver head (3 la) is released, The starter is shot out. , W la) to M306161 f 隹 去 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ In the case of the surface, since the conventional screwdriver structure is only 1 plus, /, straight screw-locked type, the screwdriver head (3 1 a) cannot be formed into a bendable, angularly-changing surface with a screw-locking type. Therefore, the screw lock 2 of the predetermined angle cannot be used, and the screwdriver head (3 1 a) of the conventional structure is positioned by the quick release structure. The quick release positioning method is complicated by the (4) quick-release component, so that the cost is increased. It is easy to cause a burden on the manufacturing industry, and the product is passed on to consumers, which causes a burden on consumers. It is based on the problem of the above-mentioned conventional driver structure, how to develop an innovative structure with more ideal records, and (4) the fee-seekers are eagerly awaiting, and (4) the relevant chapters must strive to develop the goal and direction of breakthrough. creation. In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years, aiming at the upper target, after the material estimation, the material-material practicality [new content], that is, the main state of the creation, the department (4) (4) a rod structure; the contractor protrudes from the other end of the driver body, and the extension end of the driver rod forms a (four) trait/multi-angle ball head, and the inner edge of the neck body section is formed with a shoulder portion, and the driving rod is more To the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The interchangeable screwdriver body and the drive rod can be used to form a straight or steering function. The unique design allows the screwdriver and the screwdriver head of the present invention to be displaced by the sliding sleeve and the stem. The screw-locking mode of the steering dissimilarity and the straight-threaded locking method' enable the creation to achieve practical convenience in terms of ease of use. The other purpose of the creation is that it is stored by the accommodating part of the drive, although the piece is magnetically placed in the valley.卩中卿成 has two sides of the magnetic end, so that the magnetic piece can be used for the front end of the screwdriver rod, and the end of the sentence (4) bribe; New_Na design, so that the head can be made by magnetic To achieve positioning, to achieve practical progress to reduce costs. [Embodiment] ^ 凊 "Fig. 3 to 7 shows a preferred example of the structure of the directional screw driver post structure! The examples are for illustrative purposes only and are not limited by this structure in the patent application. Hundreds of first, as shown in Figures 3 to 5, include: - a driver body (i 0 ) having a grip (ii) at its end, wherein the grip ((1) (i 2) ' 0 _ The structure (i 2) is fine, so there is no additional W and the butterfly (1Q) is the skeleton (10), and the extension end of the driver rod ( / ) is formed with a neck section ((4) and - fine (! 5), the inner end surface of the neck body X (14) is formed with a shoulder portion (丄6); (2Q), which is divided into a multi-angle steering hole (2 1 ) and a sleeve hole 2) ' The multi-angle steering hole (2 1) is configured to pivot the neck M306161 body U4) and the multi-angle ball head (15) of the driver rod (丄3), and has a ring groove shape in the multi-angle steering hole (2ι) a position portion (2 3 ) for the ring setting position and a limit ring (2 6 ) in the limiting portion (8)), so that the multi-angle ball head (i 5 ) of the driver rod (1 3 ) can be hit by the limit. The multi-angle steering hole (2 1) of the duck pole (2 ◦), and the driving rod (2 〇) can be pulled out linearly at the position of the multi-angle ball head (15) of the driver rod (work 3), so that the driver rod ( i 3) The neck section (丄4) extends beyond the multi-angle steering hole (2 1) and makes the drive rod (2 〇) The end face is opposite to the shoulder (16) of the driver rod (ie) to form a steering space; in addition, the sleeve hole (2 2) is provided for the pre-division head (5 〇); The multi-angle steering hole (2丄) and the sleeve hole (^) are formed with a aligning portion (2 5); the magnetic member (30) is disposed on the driving rod (2 )) in the accommodating portion (25), wherein the magnetic member (3 〇) is formed in the accommodating portion (25), and the two side magnetic end portions (3 1 ) are formed to make the magnetic member (3) 〇) The front end of the screwdriver rod (丄3) and the end of the screwdriver head (5 〇) are reversely magnetically positioned; the / month sleeve (40) is formed with a hollow set of space inside (* 4), a positioning device (43) is formed at a predetermined position in the empty space (44) of the set, wherein the positioning device (43) is formed with a first positioning chute (4 1) And a second positioning chute (4 2 ), wherein the front portion (the boundary portion forms a central wall of the rim shape, and the outer wall of the driving shaft corresponds to the positioning device (4)) is formed with a positioning ring groove (2 4 ) , for the ring to be provided with a positioning ring (2 7 ) in the positioning ring groove (2 When the 2 俾 mother sleeve (4 〇) slides on the outer wall of the drive rod (2 〇) and the driver rod (丄3), the positioning ring (? α μ ^ early card level action, and the sliding sleeve (4 0) can be aligned and set in the 'clamp/bone groove (41) (4 2 ) to form the card group positioning, so that the sliding sleeve (4 〇) can reach the screwdriver) and the drive rod (2 0 The interchange of the straight or the steering makes the M306161 use the type, and the front of the sliding sleeve (4 〇) is equipped with a hollow magnetic member (the screwdriver head (50) is attached to the screw) Achieve the problem that the screw is fixed from the center and the center of the heart is convenient for the user to drop the screw. Bayeux is not easy to send: With the above structure and (4) design, the use case of this creation is explained as shown in the figure "The system of the original creation should be (4) turned (4), and the sliding sleeve (4 0) ) Pushing out into the rain axial direction (ie, in the direction of the screwdriver head (5 〇)), the inside of the sleeve (40) is only set as the door soil ^ clothing (43) is synchronously sliding forward so that 2〇 The positioning ring (27) can be locked in the inner groove of the sliding sleeve (4〇), wherein the magnetic part of the front end of the sliding sleeve (40) is at the front end of the screwdriver head (5 Q), When the screw is screwed (such as the wood screw: the circumferential side of the screw end is the magnetic part of the sliding sleeve (4◦) that is magnetically aligned (4 front end position, so that it is not easy to screw off when the user locks the screw) Falling, and the sliding sleeve (4 〇 first - positioning chute (4 i ) and positioning ring (2 7) relative pinning relationship, ^ the driving rod (20) pushed to the direction of the screwdriver head (5 〇), 乂 pull , the neck section of 卞枰Q 1 3 ) ((4) has to protrude beyond the multi-angle steering hole (21), and the shoulder portion (16) of the driver rod (13) is opposite to the end surface of the drive shaft In this way, the shaft casting method is to use the driving rod (20) to connect the sentence (5 Q) to produce the tender and turn (4) state, so that the miscellaneous = (5 0) is not easy to reach and has a narrow angular difference. *The screw lock can still be achieved in the space, and the magnetic member (4 5 ) of the sliding sleeve (40) can magnetically position the county of the predetermined screw lock, so that the screwdriver head of the creation (50) is turned The snail of the crane can still overcome the shortcomings of the screw snail _ space and can not fix the screw. The M306161 shows that it is the _ material head (_ straight _ implementation, the Γ嶋 (4Q) lion (1)) Direction, shot, tender n〇) When pushing, 0 = 0 The positioning ring (2 7) is synchronized to slide to the second position of the sliding sleeve (40) = 4 2) Inside 'to make the sliding sleeve ( 4〇) Produce card dislocation so that the sleeve (4〇) inner sleeve space (4 4 ) is set up, 3) and the drive rod (2 之外) outside the edge 0) The relative positioning of the second positioning chute (4 2 ) and the fixed #^ f Q Γ7 , - ZJ and the clamping position ^ ( 2 7 ) 2 2 steps the driving rod (2 Ο ) toward the grip (1 1 ) Actuate the displacement so that the end edge of the drive stem is in contact with the shoulder of the driver rod (i 3 ) (:6), and the front end of the kicker (15) also corresponds to the magnetic end (3 Q) of the suction end (俾 makes the screwdriver rod (1 3 ) Dizi head (5 〇 The shooting is driven by the secret movement of the drive (2 Q) and the sliding sleeve 40. The lion driver of the straight state is used. [Effective description] The facts of the creative effect are as follows: 1. Mainly borrowed (4) The driver body (1〇) protrudes from the other end of the driver rod (13), and the extension end of the driver rod (13) is formed with a neck portion (Λ 4 ) and a multi-angle ball head (i 5 ), and the dry neck portion ( 14) The inner edge is formed with a shoulder portion (16), and the multi-angle steering hole (2 1) of the driving rod (20) is provided for the multi-angle ball head (work 5) of the driver rod (i 3) to be pivoted. The sleeve (40) is internally formed with a hollow sleeve space (44), and a predetermined position (43) is formed in the sleeve space (4 4) to make the sleeve space (4 4) slidable and positioned In the outer side of the drive rod (2 〇) and the driver rod (1 3), the interchangeable body (1〇) and the drive rod (2〇) form an innovative design that acts as a straight or steering type. By improving The M306161 is known to have a braided knot _, _, and has a shortness. The conventional screwdriver structure has only a straight screw-locking pattern, and cannot be kept as a result of turning to a coffee--method. It is difficult to attach the convenience of her 2 times to the magnetic part (3〇) by the accommodating part (2) of the driving rod (2〇), wherein the magnetic part (3 〇) is in the accommodating part In (U), there are two sides of the magnetic end (3 work), so that the magnetic piece (3 〇) can be used for the starter 捍 ((3) the front end, and the starter head (5 〇) of the reverse flap _ design , [transmission] the known sturdy ^ sub-machine secluded structure to locate, this kind of detailing quick-demolition of the components complex 'give the cost of raising the problem; she (4) inscription, can make the creation of the head Can __ reach _, ___ right squat. The person disclosed in the above embodiment is explained by the specific description. When it is not possible to use this new type of creation, it is possible to use the terminology to understand the spirit of the masterpiece. Translating, external and repairing "_ compared to the purpose, and this change to white should be covered in the application patent 11 M306161 as described later [Simplified illustration] Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Fig. 6 Fig. • Schematic diagram of the action of the conventional screw to ^ ', _ dry,, and ji structure improvement _. : The schematic diagram of the improvement of the structure of the conventional screwdriver.
其係顯示 其係顯示 ••係本創作轉定向螺絲起子接桿結構之立體粗合圖。 六本創作轉疋向螺辆子接桿結構之分解立體圖。 系本旬作轉疋向螺絲起子接桿結構之局部分解立體圖 :係本創作轉細螺絲起子接桿結構之實施作動圖—， 該螺絲起子互換為轉向作動方式型態。 第7圖·係本創作轉定向螺絲起子接桿結構之實施作動圖二 該螺絲起子互換為直向作動方式型態。 【主要元件符號說明】 習知部份： 起子本體（1 〇a) 握柄（1 la) 起子桿（1 2a) 套接孔（1 3a) 斜向缺槽（1 4a) 擋緣（1 5a) 快拆組件（2 Oa) 彈性件（2 la) 定位段（2 1 la) 滑套（2 2a) 彈簧（2 3a) 起子頭（3 la) 簧孔（3 2a) 本創作部份： 起子本體（10 ) 握柄（1 1 ) 12 M306161 棘輪機構（12) 起子桿（13) 頸身段（14) 多角球頭（15) 軸肩部（16) 驅動桿（2 0) 多角轉向孔（21) 套合孔（2 2) 限位部（2 3) 定位環槽（2 4) 容置部（2 5) 限位環（2 6) 定位環（2 7) 磁性件（3 0) 磁吸端（31) 滑套（4 0) 第一定位滑槽（41) 第二定位滑槽（4 2) 定位裝置（4 3) 套組空間（4 4) 磁吸件（4 5) 起子頭（5 0) 13Its system shows its system display •• This is the three-dimensional rough view of the directional screw driver post structure. An exploded perspective view of the six-piece creation of the screw-to-screw post structure. This is a partially exploded perspective view of the screw-on-pin structure of the screwdriver. This is an implementation diagram of the construction of the screw-driver post structure. The screwdriver is interchanged for the steering mode. Fig. 7 is an implementation diagram of the construction of the directional screw driver post structure. The screwdriver is interchanged in a straight-acting mode. [Main component symbol description] Conventional part: Screwdriver body (1 〇a) Grip (1 la) Screwdriver lever (1 2a) Socket hole (1 3a) Oblique grooving (1 4a) Retaining edge (1 5a Quick release assembly (2 Oa) Elastic member (2 la) Positioning section (2 1 la) Sleeve (2 2a) Spring (2 3a) Screwdriver head (3 la) Spring hole (3 2a) Original part: Screwdriver Body (10) Grip (1 1 ) 12 M306161 Ratchet mechanism (12) Screwdriver (13) Neck section (14) Multi-angle ball head (15) Shaft shoulder (16) Drive lever (2 0) Multi-angle steering hole (21 ) Socket hole (2 2) Limiting part (2 3) Positioning ring groove (2 4) accommodating part (2 5) Limiting ring (2 6) Locating ring (2 7) Magnetic part (3 0) Magnetic attraction End (31) Sleeve (4 0) First positioning chute (41) Second positioning chute (4 2) Positioning device (4 3) Set space (4 4) Magnetic member (4 5) Screw head ( 5 0) 13