M392039 五、新型說明： 【新型所屬之技術領域】 本創作係與開口扳手結構有 構係設有滑塊，該滑塊係於本_口4二#=板^結 =合件係直胁本料進行退轉，料^手㈣棘輪= 【先前技術】 按吾人先前所知’習用具有棘輪功效 案，如美國專利號第3 〇 2 3 6 手專利 於： ϋ b 4，该專利之結構係在M392039 V. New description: [New technical field] The creative system and the open-end wrench structure are equipped with a slider, which is attached to the _ mouth 4 2 #=板^结=合件系直胁本The material is to be retracted, and the material is hand (4) ratchet = [prior art] As we have previously known, 'has a habit of ratcheting, as in US Patent No. 3 〇 2 3 6 hand patent: ϋ b 4, the structure of the patent in
該扳手樣態，該本體頭部之作用端 二=側係設有容置槽，該容置槽 J Γ二一Γ 抵擔部係使容置槽前端呈較小開口 =5Γ 槽底係設有螺合部，該螺合部係呈内螺牙 該滑塊係容設於本體之容置槽内， 部，:抵部係U弧狀並凸露於本體開口處，該抵3端 係汉有滑部’該滑部形狀係配合容置槽相容設並可位移 =，.該滑部底端係凸設有桿部，該桿部直徑係小於滑部夕直 位， 該固設件係容設於本體之容置槽内，該固設件係 螺紋狀’該㈣件係與容置_叙螺合部相螺設， 設件中央係設有—穿孔，該穿孔係供滑塊之桿部-端相容 聊2039 該彈性元件係套設於滑塊之桿部内並 ;移該另盡㈣部，使議吻槽；^ 但此專利之缺失係在於： 1、如美國專利公報第_ 置槽處，該滑塊係受彈性:;=^滑塊係容設於容 置槽處具彈性位移韻，但物塊於容 ::有抵擔部，藉由抵擔部使該滑塊二 處，而本體增設-抵一 ^ 抵於螺合件之邊面上外且需 抵部係凸露於.處較小體積該滑塊之 於螺合件邊面上，旋動螺合:之;;=部係無法靠抵 部之位置係太向外間隙即#父大’而又若抵播 套合時係受滑塊阻擋，：蟫人：部：凸伸較多，該螺合件 確位置。 χ 〇件之邊面係需將滑塊抵回正 足，而2若大向内’該滑塊之抵編露* 至正確位置=削部份體積，使該滑塊凸伸 之體積之厚度頂較難’-般而言切削 ::為精密’—们二::= = 板手之結構專利，其專利案號第0 〇7〇’專利名稱··具單向作動功能之開口扳 4 手’-種具單向作動功能之開口扳手 長桿狀之握柄，且握柄兩端至少 =口板手具有- 顯部係由相對之第-、二央顯所組成一夹顆部’夹 形成有供嵌設螺件之容置槽;其特徵在於弟;中：夹：間 内側面形成夾掣面，而楚 、/、令第一夾顎 4又I面，而第二夾顎内側面 坦轉之内凹面，再者第二夾 了供螺件 對應内凹面形成有一開口端，、開二==於 一未貫穿的限位部;該滑孔内穿設有一移有 近斜導面的周緣形成有一平切：顆於鄰 應整抵螺件另側之平行邊^心^方對 =元件產生復位作用;藉此，組構成4=: 、=的具單向作動功能之開口扳手結構者，此係該專^ 但該專利結構之缺失係在於： 5月輔以美國專利2 0 q β I；： ^ 案之專利公料2G 2 3 6 5 4之第二圖及此專利 幾乎相同，該移二者間之結構原理 動火領（1 7 )係於滑孔（1 5 )處彈性 f Μ孔（15)之前端開口處係需設有-限位部 π η碟1 4限位部（1 5 1 )係使移動夾顆（1 7 ) 哇70件（1 8 )之抵頂而掉出容置槽（1 4 )外， ( 1 5 1 )之結構係與美國專利3 Q 2 3 6 5 4 具相同缺失》 M392039 之結構，乃積多年開口扳手 經驗，終獲有實用性之本創 本創作人鑑於上述專利案 之製造經驗，幾經多次之試作 作提出。 【新型内容】 開口扳手結構係設容置槽，該 滑塊係於本體開口處具可位移 體處進行退轉，開口扳手即具 新型所欲解決之問題： 容置槽内係設有一滑塊，該 狀，使該螺合件係直接於本 棘輪功效。In the state of the wrench, the working end of the body head is provided with a receiving groove, and the receiving groove J Γ 2 Γ the supporting portion is such that the front end of the receiving groove has a small opening = 5 槽The screwing portion is an internal thread, and the slider is received in the receiving groove of the body, and the abutting portion is U-shaped and protrudes from the opening of the body. The sliding portion of the Han-sliding portion is matched with the accommodating groove and can be displaced and displaced. The bottom portion of the sliding portion is convexly provided with a rod portion, and the diameter of the rod portion is smaller than the sliding portion, the fixing portion is fixed. The fixing device is disposed in the receiving groove of the body, and the fixing member is threaded. The (four) member is screwed with the receiving and screwing portion, and the center of the device is provided with a perforation. The rod-end compatibility of the block is 2039. The elastic element is sleeved in the rod portion of the slider; and the other part (4) is moved to make the kiss slot; ^ but the patent is missing: 1. In the first section of the bulletin, the slider is elastic:; =^ The slider is accommodated in the receiving groove with elastic displacement rhyme, but the block is in the capacity: The slider is two, and the body Set abutting one ^ to the side of the screwing member and need to be exposed to the part to be exposed at the small volume of the slider on the side of the screwing piece, screwing the screw:; It is impossible to rely on the position of the abutting part to be too far out of the gap, that is, #父大', and if it is closed, it is blocked by the slider: 蟫人:部: There are more protrusions, and the screwing piece is indeed positioned.边 The edge of the element needs to bring the slider back to the right foot, and 2 if the big inward 'the slider's the offset * to the correct position = the part of the volume, so that the thickness of the slider protrudes It is more difficult to 'generally cut:: for precision'--two::== the structural patent of the wrench, its patent number No. 0 〇7〇 'patent name · open-ended wrench with one-way actuation function 4 hands '-The open-end wrench with a one-way actuating function has a long rod-shaped grip, and both ends of the grip are at least = the mouth wrench has - the display is composed of a relative part - and a second display. Forming a receiving groove for inserting a screw; characterized by a brother; middle: clip: the inner side surface forms a clamping surface, and Chu, /, the first folder 4 and the I side, and the second folder The side surface is turned into a concave surface, and the second clip is provided with an open end corresponding to the concave surface of the screw member, and the opening 2== a non-penetrating limit portion; the slide hole is provided with a shifting proximal oblique guide The periphery of the face is formed with a flat cut: the parallel sides of the other side of the screw should be aligned with the other side of the screw. The square is correct to the component; thereby, the group consists of 4=:, = with a one-way actuation function. For the structure of the open-end wrench, this is the special feature of the patent structure: the second figure of the patented material 2G 2 3 6 5 4 of the US patent 2 0 q β I; The patent is almost the same, the structural principle of the movement between the two is the fire collar (1 7) at the sliding hole (15). The elastic f boring (15) is provided at the front end of the opening. 1 4 The limit part (1 5 1 ) is such that the moving clamp (1 7 ) wows 70 pieces (1 8 ) to the top and falls out of the accommodating groove (1 4 ), and the structure of ( 1 5 1 ) US Patent 3 Q 2 3 6 5 4 has the same structure as M392039, which is the experience of many years of open-end wrenches. The creators who have obtained practicality in the end have been tried several times in view of the manufacturing experience of the above patents. . [New content] The open-end wrench structure is equipped with a accommodating groove. The slider is retracted at the position of the body with a displaceable body. The open-end wrench has a new problem to be solved: a slider is arranged in the accommodating groove. , the shape, so that the screw is directly effective in the present ratchet.
解決問題之技術手段 —太騁竹田但网-似丁活稱，係包括： 有貫穿之=::側係設有容置槽，該容置物 側係設有ί二+孔底端係設有螺合部，該容置槽相對 侍心“一1面，一滑塊係容置於容置槽處，該滑塊 传=?’該抵面係凸露於本體作用端開口處，該抵面 係彈性位各而抵於螺合件—邊面上，該滑塊—端係The technical means to solve the problem - Taizhu Zhutian but the net - like Ding live, including: There are through =:: side system is equipped with a receiving groove, the side of the container is provided with ί 2 + hole bottom end is provided a screwing portion, the accommodating groove is opposite to the center of the servant, and a slider is received at the accommodating groove, and the sliding plate transmits the yoke to the opening of the working end of the body. The elastic points of the surface are respectively matched to the screw-side surface, and the slider-end system
該第-桿部絲設於容制，該第—桿❹設有 一固設件係螺設於螺合部内，該固設件係設有 牙孔。玄牙孔係供第二桿部相容設凸伸，該第二桿部之 端部並抵於固設件另端，使該滑塊容設於容置槽處；一彈 t件-端係抵於第—桿部端部，而另端係抵於固設件端 ^照先前技術之功效··該滑塊之第二桿部係抵於固設 件另端，使該滑塊限位於容置槽處且彈性位移之。該滑塊 係為相配合形狀容設於容置财，該抵㈣純大抵頂面 積與螺合件相靠抵，該滑塊及螺合件間之靠抵結構係更確 6 M392039The first rod portion is disposed in the housing, and the first rod is provided with a fixing member screwed in the screwing portion, and the fixing member is provided with an operation hole. The mysterious hole system is provided with a convex portion for the second rod portion, and the end portion of the second rod portion is opposite to the other end of the fixing member, so that the sliding block is accommodated at the receiving groove; Corresponding to the end of the first rod, and the other end is against the end of the fixing member. According to the effect of the prior art, the second rod portion of the slider is fixed to the other end of the fixing member, so that the slider is limited. Located at the accommodating groove and elastically displaced. The slider is accommodated in a matching shape, and the abutting (four) purely large top surface area abuts against the screwing member, and the abutting structure between the slider and the screwing member is more accurate. 6 M392039
為使肖局委員及熟習此項技藝人士對本創作之功 效完全暸解1配合圖式及圖號就本創作 明於後，惟以下所述者僅為用來解 =兄 非企圖據以對本創作做任何形式上之_，^==2 創作之精神下，所作的任何修斜變 ^ 保護範圍。 u自域屬於本創作之 【實施方式】 首先請參閱第-圖至第三圖所示， ::、本體(⑴上視結構示意圖及組合圖 關方；一種開口扳手結構，係包括： ’、 一本體（10)，該本體（丄〇) 設有容置槽（11)，該容置槽（Γ1)上、； :放狀’該容置槽（11)係呈長方形槽狀，該m 了置槽（11)壁面相切線間係具—斜角N，該容置槽 係使該本體（i〇)開口端具H工之距離， =大於螺合件（6Q)二相對㈣之距離，該容置样（1 :邊係設有第一卡制面（111)，該第一卡制… 小===槽(11)底部係設有直徑較 古辟 （1 1 2 )，該容孔（1 1 2 )底端係言& 該容ί::1/;)’該螺合部(1 1 3)係里内螺紋狀， 置& ( 1 1 )相對側係設有第二卡制面（丄2)，談 卡制面（1 2)係呈凸弧狀或平面狀，該第二卡制面 7 (1 p \ 該凹二，本體（1〇)柄部-側係、設有凹槽（i3)， 該第二二! 3)形狀係供螺合件（6〇) 一角端相容設， 第三卡制J面（1 1 1 )-及第二卡制S ( 1 2)間係設有 面（14、（14)及弟四卡制面（15)，該第三卡制 該第二i及第四卡制面（15)係、呈凸弧狀或平面狀， 面（1 ς制面（1 2 )、第三卡制面（1 4 )及第四卡制 二卡制J係靠抵於螺合件（6 〇)三相鄰邊面上，該第 5) (12)、第三卡制面（“）及第四卡制面（1 間係相切形成一六邊形； 〇) ☆塊（2〇)’戎滑塊（2〇)係容置於本體（1 槽（^今置槽（1 1 )處’該滑塊（2 0)形狀係與容置 ;制^1)相配合容設，該滑塊（2 0 )後側係抵於第一 抵面7 111)上位移，該滑塊（2 0)另側邊係設有 】 2 1 )，該抵面（2 1)係呈凸弧狀，該抵面（2 係凸路於本體（1 〇)作用端開口處，該抵面（2 1 ) 生位移而抵於螺合件（6 ◦)—邊面上’該滑塊（2 立一端係設有直徑較小之第一桿部（2 2 )，該第一桿 # (2 2)係容設於容孔（丄i 2)内，該第—桿部（2 2 )凸有第二桿部C 2 3 )，該第二桿部（2 3 )直徑 t小於第—桿部（22)直徑，第二桿部（2 3)端部係 没有凹環槽（2 4); 一固設件（3 0 )，該固設件（3 〇 )係呈外螺牙紋， 邊固設件（3 0)係螺設於本體（1 0)之螺合部（i 1 3)內’該固設件（3 0)中央係設有-穿孔（3 1 )， M392039 牙凡孔（3 1 )係供滑塊（2 〇)之第二桿部（2 3)相容 心伸’該第二椁部（2 3 )之端部並抵於固設件（3 〇 ) 另端’使該滑塊（2 ◦)容設於本體（i 〇)之容 1 )處； 4 °又片（4 〇 ) ’該扣設片（4 0 )係扣設於滑塊 2之凹環槽（2 4)處，該扣設片（4 〇)係抵於 * °又（3 0 )另端，使該滑塊（2 〇 )容設於容置槽（工 1 )處； π 彈丨元件（5 Q )，遠彈性元件（5 Q )係套設於 '月A 2 0)之第二桿部（23)上，該彈性元件（5〇） 7端係抵於第-桿部（2 2 )端部，而另端係抵於固設件 3 〇 ) ir而。p，使该滑塊（2 〇 )於容置槽（1 1 )處彈 和亥固叹件（3 〇)-端係設有滑塊（2 〇 )及彈 性^件（5 〇)，而該固設件（3 Q)另端錢有扣設片 明繼續參閱第四圖所示’係本創作套合螺合件（6 〇 ) ，側視圖’第五圖係第四圖之A —A處剖視圖，該固設件 (30)係螺設於本體（1〇)之螺合部（113)上， 該滑塊（2 ◦)之第—桿部（2 2)係容設於本體（χ 〇) =(1 1 2 W，該第二桿部（2 3 )部分係穿設於 4^ 0)之牙孔（3 1 )内’該扣設片（4 0 )係 二二槽（2 4 )處，使該滑塊（2 0 )係容設於容 H 1 ) 4，該彈性元件（4 0)係套設於第二桿部 (23)上，使該滑塊（2〇)係於容置槽（ιι)處具 9 作用1 = 抵面（21)係凸露於本體（ίο) 面二而抵於螺合件(60)-邊面上，該第二卡制 卡制面於螺合件（6◦)相對側邊面處，該第三 n “）及4时·（ 1 5 )餘於螺合件（6 端相：：鄰邊面’凹槽（1 3 )係供螺合件（6 〇)-角 螺合件（6Q)係有四個邊面受抵頂而可被二 請繼續參閱第六圖至“圖所示，係、本創作第一至第 二旋動位置之剖視示意圖，當本體（1 0 )驅動螺合件（6 ^至—角度後，將該本體（1Q)逆時針轉動，該螺合 件（6 0)係於開口處改變相對位置，該滑塊（2 〇)之 抵面（2 1 )受螺合件（6 〇)頂抵，該彈性元件（$ 〇) 係叉壓縮’該滑塊（2 〇)係縮入容置槽（工工）内，第 八圖所示係為本體（i 〇)已另—角度對正螺合件（6 〇 )，該本體（1 〇 )之第二卡制面（1 2 )、第三卡制面 (1 4)及第四卡制面（丄5)係抵於螺合件（6 〇 )下 一邊面上，該滑塊（2 〇)受彈性元件（5 〇)之彈力頂 抵，該抵面（2 1 )再抵於螺合件（6 0)之下一相鄰邊 面處，如此而回到第五圖之剖視圖所示，而繼續順時針旋 動螺合件（6 0 )。 請繼續參閲第九圖、第二實施例之立體分解圖所示， 該實施例中，該本體（1 〇 )之容置槽（i j )上、下邊 面係呈封閉狀’該容置槽（1 1 )係呈與容孔（i i 2 ) 相同之圓孔狀，該滑塊（2 〇)亦係為相配合容設之圓柱 —2039 體狀。 請繼續參閱第十圖、第三實施例之A— A處剖視圖所 不’該實施例中，該本體（1 0 )之容置槽（1 1 )前端 開口適當距離處係設有一抵擔部（1 1 4 )，該抵擒部（1 - 1 4)係使容置槽（1 1 )前端呈較小開口狀，該抵擒部 (1 1 4)係限制滑塊（2 〇)彈性位移之距離，並避免 該滑塊（2 0)滑脫出容置槽（1 1 )外，該滑塊（2 〇) _ 則端係具抵擋部（1 1 4)之限位，而後端具扣設件（4 0 )之扣設，該滑塊（2 〇)係具二處限位而更具結構穩 定度。 口心 . 請繼續參閱第十一圖、第四實施例之A —A處剖視圖 . 所不，第十二圖係第十一圖之B處放大圖，該實施例中， 其係不設有扣設片（4 0 )，該滑塊（2 0 )之第二桿部 (2 3 )端部係設有螺孔（2 5 )，設有一螺絲件（4 1 )， 螺、’’糸件（4 1 )係與螺孔（2 5 )相螺設且係抵於固設 § 件（3 0)另端，使該滑塊（2 〇)容設於容置槽（丄丄） 内0In order to make the members of the Board of Directors and those skilled in the art fully aware of the effects of this creation, the original design is based on the drawings and drawings. However, the following is only used to solve the problem. Any form of _, ^ == 2 under the spirit of creation, any modification made by the scope of protection ^. u Self-domain belongs to this creation [Implementation] First, please refer to the figure - to the third figure, ::, body ((1) top view structure diagram and combination diagram; an open-end wrench structure, including: ', a body (10), the body (丄〇) is provided with a receiving groove (11), the receiving groove (Γ1), and the receiving groove (11) is a rectangular groove shape, the m The groove (11) wall tangential line tie-bevel N, the accommodating groove is such that the open end of the body (i〇) has a distance H, = greater than the distance between the screw (6Q) and the opposite (four) The capacity is set (1: the side is provided with the first card face (111), the first card is made... The small === slot (11) has a relatively large diameter (1 1 2) at the bottom, which The hole at the bottom of the hole (1 1 2) & the capacity::1/;) 'The screw part (1 1 3) is internally threaded, and the & (1 1 ) is opposite to the side The second card surface (丄2), the card surface (12) is convex or flat, the second card surface 7 (1 p \ the concave two, the body (1 〇) handle - Side system, with groove (i3), the second two! 3) shape for screwing parts (6〇) one corner end compatible The third card J face (1 1 1 )- and the second card S (1 2) are provided with a face (14, (14) and a fourth card face (15), the third card is made The second and fourth card faces (15) are convex or curved, and the faces (1 ς face (1 2 ), the third card face (1 4 ) and the fourth card 2 card J Relying on three adjacent sides of the screwing member (6 〇), the 5th (12), the third card surface (") and the fourth card surface (1 line tangentially form a hexagonal side) Shape; 〇) ☆ block (2〇) '戎 slider (2〇) is placed in the body (1 slot (^ today slot (1 1)' the slider (20) shape and housing; The first part of the slider (20) is displaced against the first abutment surface 71 111), and the other side of the slider (20) is provided with a 2 1 ) The abutting surface (2 1) is convexly curved, and the abutting surface (2 is convexly curved at the opening of the working end of the body (1 〇), and the abutting surface (2 1 ) is displaced to the screwing member (6 ◦) - the slider on the side (the second end is provided with a first rod portion (2 2 ) having a smaller diameter, and the first rod # (2 2) is housed in the bore (丄i 2), The first rod portion (2 2 ) is convex a second rod portion C 2 3 ), the diameter of the second rod portion (23) is smaller than the diameter of the first rod portion (22), and the end portion of the second rod portion (23) has no concave ring groove (24); The fixing member (30), the fixing member (3 〇) is an external thread pattern, and the edge fixing member (30) is screwed in the screw portion (i 1 3) of the body (10) 'The fixed part (30) is provided with a perforation (3 1 ) in the center, and the M392039 (3 1 ) is the second part (23) of the slider (2 )) compatible with the heart extension' The end of the second jaw (23) is opposite to the fixing member (3 〇) and the other end 'sends the slider (2 ◦) to the body 1 (i 〇); 4 ° Sheet (4 〇) 'The buckle piece (40) is fastened to the concave ring groove (24) of the slider 2, and the buckle piece (4 〇) is attached to * ° and (3 0 ) The end of the slider (2 〇) is accommodated in the receiving groove (work 1); the π elastic element (5 Q ), the distal elastic element (5 Q) is set in the 'month A 2 0' On the two rod portions (23), the end portion of the elastic member (5〇) is abutted against the end portion of the first rod portion (2 2 ), and the other end is abutted against the fixing member 3 〇) ir. p, so that the slider (2 〇) is placed at the accommodating groove (1 1 ) and the slamming member (3 〇)-end is provided with a slider (2 〇) and an elastic member (5 〇), and The fixing piece (3 Q) has another piece of money and has a buckle. Continue to refer to the figure shown in the fourth figure, 'This is a set of screw fittings (6 〇), and the side view is the fifth figure of the fourth figure. In the cross-sectional view of A, the fixing member (30) is screwed on the screwing portion (113) of the body (1), and the first rod portion (2 2) of the slider (2) is accommodated in the body (χ 〇) = (1 1 2 W, the second rod (2 3 ) part is threaded through the hole (3 1 ) of 4^ 0) 'The buckle piece (4 0 ) is a two-two slot (2 4 ), the slider (20) is accommodated in the capacity H 1 ) 4 , and the elastic element ( 4 0 ) is sleeved on the second rod portion ( 23 ) to make the slider ( 2 ) 〇) is attached to the receiving groove (ιι) with 9 action 1 = the abutting surface (21) is exposed to the body (ίο) surface 2 to the screwing member (60) - the side surface, the second card The clamping surface is at the opposite side surface of the screwing member (6◦), and the third n′′ and 4 hours·(15) are left in the screwing member (6 end phase:: adjacent side surface groove) 3) for screw fittings (6 ) - The angle screw (6Q) has four sides that are abutted and can be used. Please continue to refer to the sixth figure to the figure, which is a schematic view of the first to second rotation positions of the creation. When the body (10) drives the screw (6^ to - angle, the body (1Q) is rotated counterclockwise, and the screw (60) is changed at the opening to change the relative position, the slider (2)抵) The abutting surface (2 1 ) is abutted by the screwing member (6 〇), and the elastic member ($ 〇) is compressed by the fork. The slider (2 〇) is retracted into the accommodating groove (worker). The eighth figure shows the body (i 〇) another angle-aligning screw (6 〇), the second card surface (1 2 ) of the body (1 〇), and the third card surface (1) 4) and the fourth card surface (丄5) is on the lower side of the screwing member (6 〇), and the slider (2 〇) is abutted by the elastic force of the elastic member (5 〇), the abutting surface ( 2 1 ) Re-enter an adjacent edge below the screw (60), so return to the cross-sectional view of the fifth diagram, and continue to rotate the screw (60) clockwise. Referring to the perspective view of the ninth embodiment and the second embodiment, the implementation In the example, the upper and lower sides of the receiving groove (ij) of the body (1 〇) are closed. The receiving groove (1 1 ) has the same circular hole shape as the hole (ii 2 ). The block (2 〇) is also a cylindrical body of 2039 shape. Please refer to the tenth figure, the cross-sectional view of the A-A of the third embodiment. In this embodiment, the body (10) A receiving portion (1 1 4 ) is disposed at an appropriate distance from the front opening of the receiving groove (1 1 ), and the abutting portion (1 - 14) has a small opening at the front end of the receiving groove (1 1 ) The damper portion (1 1 4) limits the distance of the elastic displacement of the slider (2 〇), and prevents the slider (20) from slipping out of the accommodating groove (1 1 ), the slider (2 〇) ) _ The end of the end of the resisting part (1 1 4), and the rear end of the buckle (40) buckle, the slider (2 〇) with two limit and more structural stability . Please refer to the eleventh figure, the cross-sectional view of A-A of the fourth embodiment. No, the twelfth figure is an enlarged view of B of the eleventh figure. In this embodiment, it is not provided. a fastening piece (40), a screw hole (2 5 ) is arranged at the end of the second rod portion (2 3 ) of the slider (20), and a screw member (4 1 ) is provided, which is screwed, ''糸The piece (4 1 ) is screwed with the screw hole (25) and is fixed to the other end of the fixing member (30), so that the slider (2 〇) is accommodated in the receiving groove (丄丄) 0
«•月繼續參閱第十三圖所示，係本創作第五實施例之A —A處剖視圖，第十四圖係第十三圖之b處放大圖，該實 $例中，該滑塊（2 〇 )之第二桿部（2 3 )係穿伸於固 °又件（3 〇)之穿孔（3 1 )内後擠壓第二桿部（2 3) 端。P形成錫设端（2 6 )，該錯設端（2㈠係抵於固設 件（3 0 )另端，使該滑塊（2 〇)容設於容置槽（1 1 ) 内。 請繼續參閱第+ $ _ 六實施例滑塊（2Q) θ 係本創作開口扳手結構第 剖視圖，第十立體圖，第十六圖係為 中，該滑塊（20之第六^之^放大圖，該實施例 扣設端（2 7 )，_^：f二知部（2 3 )末端部係設有-拔結構且略具彈性二二端丄27 )係呈錐形切槽狀之推 0 )之穿孔（3 2 )直W 2 7 )係大於固設件（3 而穿過穿孔端（27)係受㈣後 (3 〇 ) s u, 处DX扣叹端（2 7 )係抵於固設件 (二另端’使該滑塊(2〇)容 牛 置槽（1 1 )内。 今収、丄u ;令 本創作之旋動原理係在於·· 件（=體U0)作用端開口最大距離長度係大於螺合 俜且有距離^對角端之長度’且該本體（10)開口端 :旋Γ:η因此該螺合件(6〇)係可於開口處自 二：轉’但因該滑塊（20)受彈性元件 Γ該=?(21，於容置槽（11)開口範圍 且 2 1 )係罪抵於螺合件（6 〇 ) 一邊面上， 4)及第之第二卡制面（1 2 )、第三卡制面（1 ^弟:卡制面（15)係靠抵於螺合件（6〇)另相 :邊面處’該螺合件（6〇)四個邊面係受頂抵，如此 人杜動螺合件（6 0 );而退轉時，該滑塊（2 0 )受螺 :(6 0)之頂壓係可縮入容置槽（丄丄）内該螺合 6 0)即可於本體（i 〇)開口處自由旋轉該本體 〇)已另角度對正螺合件（6 〇 )，該滑塊（2 〇) 12 M392039 係文彈性元件（5 Ο)之彈力頂抵，該抵 抵於螺合件（6〇) 一 _ - (21)即再 、面處，繼而再繼續旋動螺合件 動螺合件U 〇 ·) 口板手結構即可具棘輪功效而旋 本創作之結構優點係在於： 样（2 0)之第二桿部（2 3)係設有凹環 二 苐二桿部（2 3 )端部係利用扣設片（4 0 )而扣設於固設件^ q η、c山 1 1 )處且彈性位移之，而若凹環槽 之位置加工錯誤，借今.、晋换r q n ) 产娣…、 月塊（2 0)凸伸位置不正確，凹 衣“ 2 4)係為車床加工成一環槽狀，凹環槽 係容易再加工至正確位置’且若凹環槽（ 加工時，雖滑塊（？ …法再 係較低。 ）成不良…滑塊(20)之成本 2 n亥蜎塊（2 〇)係相配合形狀容設於容置槽（1 1 )處》亥抵面（2 1 )係具較大抵頂面積與螺合 0)相靠抵，該滑塊（20)及螺合件（6〇) 結構係更確實。 低 因此本創作之開口扳手結構具有產業利用性、新 及進步性，誠㈣合新财歡申請要件，爰依法提出 請。 τ M392039 (2 Ο)滑塊 (2 2 )第一桿部 (2 4)凹環槽 (2 6 )錨設端 (3 0 )固設件 (4 0 )扣設片 (5 0 )彈性元件 (6 0)螺合件 (2 1 )抵面 (2 3 )第二桿部 (2 5 )螺孔 (2 7 )扣設端 (3 1 )穿孔 (4 1 )螺絲件«•月 continues to refer to the thirteenth figure, which is a cross-sectional view of the fifth embodiment of the present invention, and the fourteenth figure is an enlarged view of the thirteenth figure, where the slider is The second rod portion (2 3 ) of (2 〇) is inserted into the perforation (3 1 ) of the fixed piece (3 〇) and then pressed against the end of the second rod portion (23). P forms a tin-providing end (2 6 ), and the staggered end (2 (1) is abutting against the other end of the fixing member (30), so that the slider (2 〇) is accommodated in the accommodating groove (1 1 ). Continue to refer to the + + _ six embodiment slider (2Q) θ system creation of the open end wrench structure of the cross-sectional view, the tenth perspective view, the sixteenth figure is the middle, the slider (20 of the sixth ^ ^ ^ magnified view, In this embodiment, the fastening end (27), the _^:f two-part (2 3 ) end portion is provided with a pull-up structure and has a slightly elastic two-end end 丄 27). ) The perforation (3 2 ) straight W 2 7 ) is larger than the fixing member (3 while passing through the perforated end (27) is subjected to (4) and then (3 〇) su, where the DX buckle end (2 7) is fixed to the solid Set the two parts to make the slider (2〇) accommodate the cow in the groove (1 1 ). Today, 丄u; The principle of the rotation of this creation is based on the end of the piece (= body U0) The maximum distance of the opening is greater than the length of the screw and has a distance from the end of the diagonal end and the open end of the body (10): the rotation: η so the screw (6〇) can be rotated from the opening at the opening 'But because the slider (20) is subjected to the elastic element Γ=? (21, in the opening range of the receiving groove (11) 2 1) The sin is against the screw (6 〇) on one side, 4) and the second card surface (1 2 ), the third card surface (1 ^ brother: card surface (15) Relying on the screwing piece (6〇), the other phase: at the side surface, the four sides of the screwing piece (6〇) are abutted by the top, so that the person can move the screwing piece (60); The slider (20) is subjected to a screw: (60), the top pressure system can be retracted into the receiving groove (丄丄), and the screw can be freely rotated at the opening of the body (i 〇). 〇) The angle of the positive screw (6 〇) has been fixed, and the elastic force of the slider (2 〇) 12 M392039 elastic element (5 Ο) is offset against the screw (6〇). - (21) that is, then, face, and then continue to rotate the screw to move the screw U 〇 ·) The mouth plate structure can have ratchet effect and the structural advantages of the script creation are: (2 0) The second shank portion (23) is provided with a concave ring, two shank portions (23), and the end portion is fastened to the fixing member ^q η, c mountain 1 1 by using the fastening piece (40). At the position of the elastic displacement, and if the position of the concave ring groove is incorrectly processed, borrowing the current, changing the rqn), producing the 娣..., the monthly block (20) Incorrectly, the blister "24" is a lathe that is machined into a ring-shaped groove. The grooved groove is easily reworked to the correct position' and if the groove is grooved (during the processing, although the slider (? .) into a bad...the cost of the slider (20) 2 n 蜎 蜎 block (2 〇) is matched with the shape of the accommodating groove (1 1 ) at the hull surface (2 1 ) with a large abutting area Abutting the screw 0), the slider (20) and the screw (6〇) structure are more reliable. Therefore, the open-end wrench structure of this creation has industrial utilization, new and progressive, and sincerely (4) the new Huacai application requirements, please submit it according to law. τ M392039 (2 Ο) slider (2 2 ) first rod (2 4) concave ring groove (2 6 ) anchor end (30) fixing member (40) buckle piece (50) elastic element (6 0) screwing piece (2 1 ) abutting surface (2 3 ) second rod part (2 5 ) screw hole (2 7 ) buckle end (3 1 ) perforation (4 1 ) screw
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