M284499 四、創作說明（1) 【新型所屬之技術領域】 本創作係有關一種套筒 、 轉切換連接元件為其特徵^。者，尤指一種套筒扳手旋 【先前技術】 在習知的套筒，诵I後 ，另端設有扳手插接端設有與螺帽套合的筒體 兔一驊眭但#撕 σ疋位的柱孔，於套筒與扳手結合 帽或螺栓的螺固或旋鬆者。 設一空間，提供一方*浐ί手，一種係於插接的上緣增 1’、方向疑轉切換組件容置其中，以外邱的 旋轉開關提供内部組件產夺t ' 扳手間施力方向的改變，易：：：：換，進而提供套筒與 .„ , a J 易於螺帽或螺栓的螺固或旋鬆。 在S知具有方向切換的套 柄部設有-端增設一空間，該空間内設有：單向 备於外部轉鈕旋轉切換’提供内部的棘輪方位的變化、巧 換扳手鎖固的施力方向；該套筒與扳手之間，肖呈相互結 :的合方式’扳手直接以往復擺動方式，進行螺 栓的单向螺固或旋鬆者。 系 在習知用於汽車修護工具的套筒，通常於另端設置一 2的丁狀扳手’以長形扳手延伸—長度，提供 易於施力的空間者。 ’ 在習知用於汽車修護工具的τ形扳手與套筒間，通常 係直接插接組合，二者間未設單向施力切換的結構，施力 時需不段的調整扳手的位置，具有其工作的不便性。 【新型内容】 第5頁 M284499 四、創作說明（2) 本：作的主要目的，係在於τ型扳手與套筒間加設一 連接疋件，利用連接元件内的卡掣齒的偏向切換， ，元件：的卡掣齒僅能以單向施力，於τ型扳手回復行程 =:不會受到卡掣齒的作用，提供T型扳手工作時，以往 復旋轉方式進行螺帽或螺栓的單向螺固或旋鬆者。 本I]作的次要目的’係在於丁型扳手與套筒間的連接 ::2ΐ;端設有一插孔，該插孔供丁型扳手的插柱插 接了 =及疋位，另端設有方柱，得與套筒插接結合為一體 心間設有彈性定位單元，、组件間不會有任意的脫落 _本創作的再次目的，係在於連接元件内部單向切換單 π，主要係於殼體的内部柱孔設有齒環，一容置於俨 體’於其一侧設有切槽，該切槽供-設有齒面的 t掌，谷置其中，該卡掣齒的下緣面設有二個非直線的平 ，士一侧設有小柱孔，該小柱孔供一定位彈簧的插柱 其中，利用定位彈簧的偏位及彈性作用，提供卡掣 的一平面保持與本體的切槽接觸，及以偏向力量推弓丨輩 朝向接觸面的端角移動，令卡掣齒以單向的齒面 I與双體柱孔的齒環卡掣；又，該卡掣齒上的齒面具 、 右齒面的區隔，該卡掣齒於其下緣平面受推移方ς ς回 ，本體與殼體間的卡掣推移的施力方向隨之二 接元件具有施力方向切換者。 ι知供連 2作的次一目的’係在於卡f齒一側插置的定位彈 簧’於其下方與一定位銷接觸，較位銷的另端被固著於 第6頁 M284499 四、創作說明（3) 一旋轉盤上， 直接旋轉旋轉 移，定位彈簧 體的齒環嚙合 性，反向旋轉 本創作的 柱孔，供一本 對稱的柱孔槽 與殼體結合的 >性者。 【實施方式】 本創作係 ，旋轉盤被定位於殼體的-側緣，使用時， 渝芊的定位銷隨即推動定位彈箸偏向位 • 齒朝向一側偏移，以單向齒面與殼 1反ί ί轉時，定位彈簧具有其回復的緩衝 犄不會產生卡掣現象者。 =二目的，係在於連接元件的殼體一側設有 合置其中，該本體朝向殼體柱孔方向設有 二=柱孔槽供彈簧、圓珠容置其中，於本體 、、、"曰面保持一彈性間隙，強化組件間的密合 圖一 有關於一種 所示，該連接元 插柱50插接結 套筒47插接結 接結合，該丁 丁狀扳手，套 供工作件所需 丨接元件11時， 的往復運動方 力量，反向旋 直接由連接元 掣齒施力的方 換。 合為一體， 合，套筒47 型扳手48具 筒4 7的施力 扭力；該套 提供工作件 式作業，於 轉時產生空 件11的旋轉 向隨即改變 套筒扳 件11的 該連接 手旋轉 一端預 元件11 的筒端與工作 有一適當長度 端延伸至一適 筒47與 施予旋 工作方 轉作業 盤1 6旋轉一角 ’提供套筒47 Τ型扳 轉扭力 向旋轉 ，及於 切換連接元件，如 先與Τ型扳手48的 另端的方柱32供一 件（螺帽或螺栓）套 的桿體，外端呈一 當長度的外端，提 手4 8之間設置一連 時，直接以連續性 時，產生單向卡掣 切換施力方向時， 度，設於内部的卡 施力方向的直接切 M284499 ~· 四、創作說明（4) 請再參閲圖二至四，連接於套筒47與丁型扳手48間的 連接元件11 ’其係由殼體12、本體13、卡掣齒14、定位彈 簧1 5、旋轉盤1 6、定位銷1 7、彈簧1 8、圓珠1 9及扣環46等 組件組成’其令該殼體1 2係以柱狀形體設置，一端設有柱 體21，該柱體21的中央設有方形孔49 ,該方形孔49供Τ型 扳手48端的插柱50插接結合為一體；該殼體12的另端設有 一較大直徑的柱孔2 3，位於柱孔2 3的柱面上設有複數規則 排列的齒環24，該柱孔23的底緣面中心設有一貫穿的柱孔 2 2，該柱孔2 2供另端方形孔4 9置入一螺釘2 〇，貫穿到柱孔 •2 3的空間，提供柱孔2 3空間置入的本體丨3螺固定位。 該本體13係置於殼體12的柱孔23中，於本體13 —踹嗖 有一適當厚度的柱體27，該柱體27的二側設有二不同高度 的切槽28、29，該柱體27的端部中央依序設有短柱3〇、扣 環槽31、方柱32 ;該本體13位於柱體27的另端中央設有螺 紋孔，相對於較厚柱體27的平面上設有對稱的柱孔51，該 柱孔51分別供彈簧18、圓珠19置入其中，該彈簧“、圓珠 19隨著本體13置於殼體12的柱孔23中，位於殼體12的柱體 21中央置入一螺釘20，將殼體12與本體13螺接结合為一體 ;設於殼體12、本體13間的接觸面，藉由彈簧18、圓珠19 ru:二接觸面間具有一緩衝作用，二接觸面間保 持一接觸彈性。 該本體13與殼體12結合為一帛，位於本體13柱體27一 側的切槽28，與殼體12柱孔23間形成的槽面，供一 14置入其中；該卡掣齒14係以二組塊體54、55組成，每一 Μ 第8頁 M284499 "丨丨 四、創作說明（5) 個塊體54(55 )各包括有一齒面36a(36b)及平面3 7( 38)，當 卡掣齒14置於殼體12柱孔23與本體13切槽28間的槽面53時 ，該卡掣齒14受外緣定位彈簧15的偏心彈性作用，施予卡 拏齒14 一側的塊體54(55)朝向槽面53的端角的力量，令塊 體54(5 5)的下緣平面37( 38)與切槽28面接觸，上緣的齒面 36a(36b)與殼體12的齒環24接觸嚙合。 設於殼體12與本體13之間槽面中的卡掣齒14，係以扇 形狀設置，上緣分別設有二組齒面3 6a、36b，下緣的二平 面37、38呈非直線狀，鄰於平面37、38交接處設有一橫向 小柱孔39，該小柱孔39供定位彈簧15端的二插柱4〇插入其 中，由疋位彈簧15另端施予的偏位力量，提供卡掣齒η產 生偏向位移的力量。 插設於卡掣齒14小柱孔39中的定位彈簧15，其係以近 似心形的形狀設置，二側彈力線41、42跨置於本體13短柱 30的外環，了緣端設有一鄰接圓弧52，該鄰接圓弧52位於 本體13的切槽29空間，圓弧52位置於旋轉盤16套接定位時 ，〃又於旋轉盤1 6上的定位銷1 7伸入於圓弧5 2的位置，於旋 轉，1,旋轉時，帶動定位彈*15產生:欠位移，提供卡擎齒 _1 4卡掣方向的切換。 ”亥定位彈簧15的插柱4〇插卡掣齒14的小柱孔39中，鄰 接圓旯52位於切槽29的空間，外端套入一旋轉盤16，該旋 Ϊ ΐ : 定位銷Π恰插置於定位彈簧15的鄰接圓弧52 f入ί轉盤L6的外端以一扣環46扣合，提供組件的定位 及結σ成為一單元。 第9頁 M284499 四、創作說明（6) " " ' ' ---- 設於旋轉盤16内侧的定位銷17，其係插置於定位彈箬 15鄰接圓弧52中，定位銷17具有一長度及旋轉角度的限制 ，设於柱體27-側的切槽29，恰供定位彈簧15的鄰接圓弧 52設於此切槽29空間位置，受到定位銷17的旋轉擺動作用 ，呈直線狀的柱體2 7鄰接面間，供定位銷17旋轉定位，切 槽29空間為活動位移空間；整個連接元件n藉由旋轉盤16 不同方向的旋轉切換殼體12與本體13間的施力方向的改變 ，當旋轉盤16進行方向切換時，係由内緣的定位銷17帶動 定位彈簧15的偏向力量施予卡掣齒14，於卡掣齒14偏移不 蜃同方向時，以不同嚙合方向的齒面36與殼體12齒環24的嚙 合帶動。 請參閱圖一至五所示，該連接元件丨丨與丁型扳手48套 接結合為一體，設於連接元件丨丨另端的方柱32上設有珠孔 33，珠孔33供彈簧34及定位珠35鉚設其中，套筒47套接時 具有定位作用，防止組件的脫落。該殼體12與套筒47套接 結合為一體，設於套筒47另端的筒體，朝向工作件的螺母 或螺柱套合，該連接元件11内部的組合關係；如四所示， 連接於卡掣齒14與定位銷17間的定位彈簧15，於定位彈簧 y 5下方的圓弧52由定位銷17帶動產生一向左方偏移，環繞 於短柱3 0二侧的彈力線4 1偏向於柱孔2 3的邊緣，另一彈力 線42鄰接於短柱30的柱面，卡掣齒1 4的小柱孔39受到偏移 力量作用’產生一推移的力量，令卡掣齒14左侧塊體54受 力’位於塊體54下方的平面37隨即傾斜與切槽28面接觸， 小柱孔39的中心受力偏向左方，設於塊體54上方的齒面M284499 IV. Creation Description (1) [Technical field of new type] This creation is related to a kind of sleeve and transfer connection component. , especially a socket wrench. [Prior Art] In the conventional sleeve, after the 诵I, the other end is provided with a wrench insertion end and a cylindrical rabbit that is fitted with the nut. The cylindrical hole of the clamp, the screw or the looser of the cap or bolt combined with the wrench and the wrench. Set a space to provide one side * 浐 手 hand, one type of the upper edge of the plug is increased by 1 ', the direction of the switch component is accommodated therein, the rotary switch of the outer Qiu provides internal components to produce the direction of the force between the wrenches Change, easy:::: change, and then provide the sleeve and .„, a J is easy to screw or loosen the nut or bolt. In S, it is known that there is a space at the end of the sleeve with the direction switching. The space is provided with: one-way preparation for external rotation of the rotary switch to provide a change in the internal ratchet orientation, and the direction of the force applied by the wrench to change the lock; between the sleeve and the wrench, the sound is mutually connected: The wrench is directly swayed or unscrewed in a reciprocating manner. The sleeve is conventionally used for automotive repair tools. Usually, a 2 T-wrench is placed on the other end to extend with a long wrench. - Length, providing space for easy application of force. ' Between the τ-shaped wrench and the sleeve used in automobile repair tools, it is usually a direct plug-in combination, and there is no unidirectional force-switching structure between them. When applying force, it is necessary to adjust the position of the wrench without Inconvenience. [New content] Page 5 M284499 IV. Creation instructions (2) The main purpose of this work is to add a connecting piece between the τ-type wrench and the sleeve, using the cassette inside the connecting element. The biasing of the teeth, the component: the clamping teeth can only apply force in one direction, the stroke of the τ-type wrench is restored: it will not be affected by the clamping teeth, and when the T-wrench is provided, the screw is rotated in a reciprocating manner. One-way screw or loosening of the cap or bolt. The secondary purpose of this I] is the connection between the wrench and the sleeve: 2ΐ; the end is provided with a jack for the wrench The insertion post is inserted into the = and the clamp position, and the other end is provided with a square column, which can be combined with the sleeve to be integrated with the elastic positioning unit, and there is no arbitrary separation between the components. In the connecting element, the unidirectional switching single π is mainly provided in the inner column hole of the casing, and the toothed ring is disposed on the inner side of the casing, and the groove is provided with a groove on one side thereof. The palm of the face is placed in the valley, and the lower edge of the tooth of the card is provided with two non-linear flats. a small column hole for a positioning spring of the insertion post, wherein the positioning of the positioning spring and the elastic action provide a plane of the cassette to keep in contact with the groove of the body, and push the bow toward the head The end angle of the contact surface moves, so that the latching tooth is jammed by the one-way tooth surface I and the tooth ring of the double-body cylindrical hole; further, the tooth mask on the latching tooth and the right tooth surface are separated, the latch The tooth is displaced by the pushing element on the lower edge plane, and the direction of the pushing force between the body and the casing is followed by the direction in which the component has the direction of the force application. The positioning spring 'inserted on the side of the card f tooth is in contact with a positioning pin underneath, and the other end of the positioning pin is fixed on the sixth page M284499. 4. Description of creation (3) On a rotating disk, directly rotating and rotating Move, position the ring gear of the spring body to mesh, reversely rotate the column hole of the creation, for a symmetrical column hole groove combined with the housing>. [Embodiment] In this creation system, the rotating disc is positioned on the side edge of the housing. When in use, the positioning pin of the crucible pushes the positioning spring biasing position. • The tooth is offset toward one side, with one-way tooth surface and shell. 1 When the reverse is turned, the positioning spring has the cushion of its recovery and does not cause a click phenomenon. The purpose of the second component is that the side of the housing of the connecting component is disposed therein, and the body is provided with two column holes for the direction of the column hole of the housing for the spring and the ball to be accommodated therein, in the body, and, " The kneading surface maintains a resilient gap, and the adhesion between the reinforcing components is as shown in one aspect. The connecting element insertion post 50 is inserted into the connecting sleeve 47 to be inserted and joined, and the butted wrench is required for the working piece. When the element 11 is spliced, the reciprocating force is reversed and directly reversed by the force of the connecting element. Integral, combined, the sleeve type 47 wrench 48 has a force applying torque of the cylinder 47; the sleeve provides a work piece type operation, and the rotation direction of the empty piece 11 is changed at the time of rotation to change the connection hand of the sleeve puller 11 Rotating the end of the end of the pre-element 11 and working with a suitable length to extend to a suitable cylinder 47 and to rotate the corner of the rotating working disk 16 to provide a sleeve 47 Τ-type torsional rotation, and to switch the connecting element, For example, the rod body of a (nut or bolt) sleeve is provided with the square column 32 at the other end of the 扳手-type wrench 48, and the outer end is a long end of the length. When the handle is disposed between the handles 48, it is directly continuous. In the case of sex, when a one-way card is used to switch the direction of the force application, the degree is directly cut in the direction of the inner card force. M284499 ~· 4. Creation Instructions (4) Please refer to Figures 2 to 4, connected to the sleeve The connecting member 11 ' between the 47 and the butting wrench 48 is provided by the housing 12, the body 13, the latching teeth 14, the positioning spring 15, the rotating disc 16, the positioning pin 17, the spring 18, and the ball 19 And the assembly of the buckle 46 and the like 'which makes the housing 12 2 are arranged in a columnar shape, The end of the column body 21 is provided with a square hole 49, and the square hole 49 is inserted and integrated into the insertion post 50 of the end of the boring wrench 48; the other end of the housing 12 is provided with a larger diameter. The column hole 2 3 is disposed on the column surface of the column hole 23 3 with a plurality of regularly arranged ring gears 24, and a center of the bottom edge surface of the column holes 23 is provided with a penetrating column hole 22, and the column hole 2 2 is provided for another The end square hole 4 9 is inserted into a screw 2 〇, and penetrates into the space of the column hole 2 2 3 , and provides the main body 丨 3 screw fixing position of the column hole 23 3 space. The body 13 is disposed in the column hole 23 of the housing 12, and has a cylinder 27 of a suitable thickness on the body 13. The two sides of the column 27 are provided with two different height slots 28, 29, the column The center of the end of the body 27 is sequentially provided with a short post 3〇, a buckle groove 31, and a square post 32. The body 13 is located at the center of the other end of the post 27 and is provided with a threaded hole, which is opposite to the plane of the thicker cylinder 27. A symmetrical column hole 51 is provided. The column hole 51 is respectively provided with a spring 18 and a ball 19 therein. The spring “, the ball 19 is placed in the column hole 23 of the housing 12 along the body 13 and is located in the housing 12 . A screw 20 is disposed in the center of the cylinder 21, and the housing 12 and the body 13 are integrally coupled by screwing; the contact surface between the housing 12 and the body 13 is provided by the spring 18 and the ball 19 ru: two contact faces There is a buffering function, and a contact elasticity is maintained between the two contact faces. The body 13 is combined with the housing 12 as a cymbal, and is formed between the slot 28 on the side of the cylinder 27 of the body 13 and the column hole 23 of the housing 12. a groove surface for a 14 to be placed therein; the card tooth 14 is composed of two blocks 54 and 55, each Μ page 8 M284499 "丨丨4, creation description (5) block 54 (5 5) each comprising a tooth surface 36a (36b) and a plane 3 7 (38). When the latching teeth 14 are placed on the groove surface 53 between the column hole 23 of the housing 12 and the slot 28 of the body 13, the latching teeth 14 Due to the eccentric elasticity of the outer edge positioning spring 15, the force of the block 54 (55) on the side of the latching tooth 14 is directed toward the end angle of the groove surface 53, so that the lower edge plane 37 of the block 54 (5 5) 38) in surface contact with the slot 28, the tooth surface 36a (36b) of the upper edge is in contact with the ring gear 24 of the housing 12. The latching teeth 14 disposed in the groove surface between the housing 12 and the body 13 are The fan shape is arranged, the upper edge is respectively provided with two sets of tooth faces 3 6a, 36b, and the two planes 37, 38 of the lower edge are non-linear, and a transverse small column hole 39 is arranged adjacent to the intersection of the planes 37, 38, the small column The hole 39 is inserted into the two insertion posts 4 of the positioning spring 15 end, and the biasing force applied by the other end of the clamping spring 15 provides the force of the biasing displacement of the clamping tooth η. The positioning spring 15 of 39 is disposed in an approximately heart shape, and the two side elastic wires 41, 42 are disposed on the outer ring of the short column 30 of the body 13, and the edge end is provided with an adjacent arc 52, the adjacent arc 52 is located on the body 13 The groove 29 is spaced, and when the arc 52 is positioned in the socket position of the rotary disk 16, the positioning pin 17 on the rotary disk 16 protrudes into the position of the arc 52, and is rotated, 1 and rotated. Positioning bomb *15 produces: under-displacement, providing the switching of the card tooth _1 4 card direction. "The insertion post 4 of the hoisting spring 15 is inserted into the small post hole 39 of the card dent 14 and the adjoining circle 52 is located. The space of the groove 29 is sleeved into a rotating disk 16 at the outer end, and the positioning pin Π is inserted into the adjacent arc 52 of the positioning spring 15 and is fastened by a buckle 46 at the outer end of the turntable L6. The positioning and knot σ of the component are provided as a unit. Page 9 M284499 IV. Creation Description (6) "" ' ' ---- The positioning pin 17 disposed on the inner side of the rotating disk 16 is inserted into the positioning magazine 15 adjacent to the arc 52, the positioning pin 17 With a limitation of the length and the rotation angle, the slit 29 provided on the side of the cylinder 27 is provided with the adjacent arc 52 of the positioning spring 15 at the spatial position of the slit 29, and is subjected to the rotary swinging action of the positioning pin 17, The linear column body 27 is adjacent to the surface, and the positioning pin 17 is rotationally positioned, and the space of the groove 29 is a movable displacement space; the entire connecting element n is switched between the housing 12 and the body 13 by rotation of the rotating disk 16 in different directions. When the rotating disk 16 is changed in direction, the biasing force of the positioning spring 15 is applied to the latching teeth 14 by the positioning pin 17 of the inner edge, and when the latching teeth 14 are offset by different directions, The tooth faces 36 of different meshing directions are engaged with the ring gear 24 of the housing 12. Referring to FIGS. 1 to 5, the connecting component 丨丨 is integrally coupled with the ferrule wrench 48. The square post 32 disposed at the other end of the connecting component is provided with a bead hole 33 for the spring 34 and the positioning bead. 35 riveting, the sleeve 47 has a positioning function when the sleeve is sleeved to prevent the component from falling off. The casing 12 is sleeved and integrated with the sleeve 47, and is disposed at the other end of the sleeve 47, and is sleeved toward the nut or stud of the working member, and the internal relationship of the connecting member 11 is as shown in FIG. The positioning spring 15 between the latching tooth 14 and the positioning pin 17 is rotated by the positioning pin 17 by the positioning pin 17 to generate a leftward offset, and the elastic wire 4 1 around the two sides of the short post 30 It is biased toward the edge of the column hole 23, and the other elastic wire 42 is adjacent to the cylinder surface of the short column 30, and the small column hole 39 of the clamping tooth 14 is subjected to the biasing force to generate a pushing force, so that the clamping tooth 14 The left side block 54 is subjected to a force 'the plane 37 below the block 54 is then inclined to be in surface contact with the slot 28, and the center of the small column hole 39 is biased to the left, and the tooth surface is disposed above the block 54.
M284499 四、創作說明（7) 體54偏向左方槽面53時，齒面36a上的齒與殼 3 =上主的齒面响合；設於外部的τ型扳手48以反時 鐘：二，轉時’設於殼體12内部的齒環24呈同一方向旋轉 辦28 : ^齒朝向端角56作動’位於齒環24與殼體12切 :入固二、Ϊ體54 ’受制於端角56空間，齒環24與齒面36 ηκ本體13，*體13端的方柱32帶動套筒47進： 斑靜二i板手48以順時方向旋轉，殼體12内緣齒環24 = 54:齒面36a，雖呈唾合狀態，惟受齒環24旋轉方 1 # 4 體54朝向鬆弛的方向移動，致T型扳手48旋轉 S的：：5,4無1!動套筒47作·；受推移朝向鬆他方向 =?! 定位彈簧15的偏向力量作用，再度提供 塊體54上方的齒面36a與齒環“嚙合塊體“保持一朝向 端角5 6方向頂持。 當Τ'型板手48與套筒47間的螺固方向需作改變時，以 手旋轉旋轉盤16至另一個定位點，如圖五所示設於旋轉 盤16内，的定位銷17被旋轉至右方定位點定位彈簧^的 二弹力線41、42偏向右方’供定位彈簧15插柱4〇插置的小 丨枉孔39制文偏移力量作用’隨即朝向右側位移及產生傾斜 ’令’齒14下方的平面38與切槽28面接觸，塊體55偏向 端角56方向移動，設於塊體55上方的齒面36b與殼體^的 逾環24接觸喃合；於T型扳手48順時方向轉動，即帶動本 體13端的方柱32轉動，㈣47產生作動；τ型扳手48反時 方向轉動’塊體55會被嵩環24的反方向帶動脫離原有的嚙 M284499 四、創作說明（8) 合，不會產生作動。 設於本體13上方槽面53的卡掣音… 55的下緣平面37、38呈非直線沪置，，用一塊體54、 膝鍫I制者iyf加a 、叹置，上緣的齒面36a、36b =一::斜移動時’分別導入槽面53-側 I及反作用的彈性作用，提供殼體12與本體 = J他後的喷合；又於定位彈簧15的下方圓弧52，=二 帶制點時’以旋轉盤16内部的定 ▼動疋位彈簧15產生不同方向的偏移力量，改變 丨受擎的方向，冑整套筒47與丁型扳手48間的 ： 供Τ型扳手48以往復旋轉作動，即可將工 ^ 2 栓進行螺固或旋鬆者β 干W螺母或螺 本創作的實施，如果將殼體12製成一直接轉動的 ，利用旋轉盤16的方位的切換，帶動内部定位彈 方向的改變，同樣的具有傳統套筒把手的功能者： « 本創作由上述實施例的說明，完整揭示創作的 結構關係，明顯的確知本案已有顯著性的改良非為^ 所預知及能輕易達成的創作，結構亦具有其獨創性I β業M284499 IV. Creation Instructions (7) When the body 54 is biased to the left groove surface 53, the teeth on the tooth surface 36a are in harmony with the shell 3 = the upper tooth surface; the external τ-type wrench 48 is counterclockwise: When turning, the toothed ring 24 disposed inside the casing 12 rotates in the same direction. 28: The tooth moves toward the end angle 56. The tooth ring 24 is cut with the casing 12: the solid body 2 and the body 54 are subject to the end angle. 56 space, ring gear 24 and tooth surface 36 ηκ body 13, * square 13 end of the square column 32 to drive the sleeve 47 into: plaque static two i-hand 48 to rotate in a timely direction, housing 12 inner edge ring 24 = 54 The tooth surface 36a is in a salivating state, but is moved by the rotation of the toothed ring 24 in the direction of the slack 1# 4 body 54 toward the slack, so that the T-wrench 48 rotates S: 5, 4 has no 1! · The direction of the pinion toward the loose direction =?! The biasing force of the positioning spring 15 acts again to provide the tooth face 36a above the block 54 and the ring gear "engagement block" to maintain a direction toward the end angle 56. When the screwing direction between the 'handle 48' and the sleeve 47 needs to be changed, the disk 16 is rotated by hand to another positioning point, and the positioning pin 17 is provided in the rotating disk 16 as shown in FIG. Rotating to the right positioning point positioning spring ^ two elastic lines 41, 42 biased to the right 'for the positioning spring 15 inserted into the column 4 〇 inserted small boring 39 39 偏移 offset force action' then the right side displacement and tilt The plane 38 below the tooth 14 is in surface contact with the slot 28, the block 55 is moved in the direction of the end angle 56, and the tooth surface 36b disposed above the block 55 is in contact with the ring 24 of the housing ^; The wrench 48 rotates in the clockwise direction, that is, the square column 32 that drives the end of the body 13 rotates, (4) 47 acts to move; the τ-type wrench 48 rotates in the opposite direction. The block 55 is driven away from the original rod M284499 by the opposite direction of the loop 24 , creation instructions (8), will not produce action. The lower edge planes 37, 38 of the groove surface 53 provided on the groove surface 53 of the main body 13 are non-linear Shanghai, and the body surface is fixed by a piece 54, the knee 鍫I if, a sigh, and the upper edge of the tooth surface. 36a, 36b = one:: when moving obliquely, respectively, the groove surface 53-side I and the reaction of the elastic action, providing the housing 12 and the body = J after the spray; and the lower arc 52 of the positioning spring 15, = When the two belts are made, the offset springs in the different directions are generated by the fixed springs 15 in the rotating disc 16 to change the direction of the hammer, and the sleeve 47 and the wrench 48 are: The wrench 48 is actuated by reciprocating rotation, so that the bolt can be screwed or unscrewed, and the nut 12 can be screwed or screwed. If the housing 12 is made to rotate directly, the rotating disk 16 can be used. The switching of the orientation drives the change of the direction of the internal positioning bullet, and the same function of the traditional sleeve handle: « This creation is completely explained by the description of the above embodiment, and it is obvious that the case has been significantly improved. The creations that are not foreseen and can be easily achieved, the structure also has its originality I Beta industry
II 第12頁 M284499 圖式簡單說明 【圖示簡單說明】 圖一為本創作的平面圖，顯示τ型扳手與套筒間的結 合0 圖二為本創作的剖面圖。顯示連接元件11内部結構。 圖三為本創作的分解圖。 圖四為本創作的剖面圖，顯示卡掣齒朝向左方位移情 形。 圖五為本創作的剖面圖，顯示卡掣齒朝向右方位移情 形。 M284499 圖式簡單說明 【元件符號對照表】II Page 12 M284499 Brief description of the drawing [Simplified illustration] Figure 1 is a plan view of the creation showing the combination of the τ-type wrench and the sleeve. Figure 2 is a cross-sectional view of the creation. The internal structure of the connecting member 11 is shown. Figure 3 is an exploded view of the creation. Figure 4 is a cross-sectional view of the creation showing the displacement of the card teeth toward the left. Figure 5 is a cross-sectional view of the creation showing the displacement of the card teeth toward the right. M284499 Simple description of the drawing [Component symbol comparison table]
第14頁 11 連 接 元件 12 : 殼 體 13 本 體 14 : 卡 掣 齒 15 定 位 彈簧 16 : 旋 轉 盤 17 定 位 銷 18 : 彈 簧 19 圓 珠 20 : 螺 釘 21 枉 體 22 : 柱 孔 23 柱 孔 24 : 齒 環 27 柱 體 28 : 切 槽 29 切 槽 30 : 短 柱 31 扣 環槽 32 : 方 柱 33 珠 孔 34 : 彈 簧 35 定 位 珠 36 : 齒 面 37 平 面 38 : 平 面 39 小 柱 孔 40 : 插 柱 41 彈 力 線 42 : 彈 力 線 46 扣 環 47 : 套 筒 48 T 型 板手 49 : 方 形 孔 50 插 柱 51 : 柱 孔 52 圓 弧 53 : 槽 面 54 塊 體 55 : 塊 體 56 端 角 57 : 端 角Page 14 11 Connecting element 12 : Housing 13 Body 14 : Clamping teeth 15 Positioning spring 16 : Rotating disk 17 Locating pin 18 : Spring 19 Ball 20 : Screw 21 Car body 22 : Column hole 23 Column hole 24 : Tooth ring 27 Column 28: Groove 29 Groove 30: Short post 31 Buckle groove 32: Square post 33 Bead hole 34: Spring 35 Positioning bead 36: Tooth surface 37 Plane 38: Plane 39 Small post hole 40: Insert 41 Elastic Line 42: Elastic line 46 Buckle 47: Sleeve 48 T-type wrench 49: Square hole 50 Post 51: Column hole 52 Arc 53: Groove surface 54 Block 55: Block 56 End angle 57: End angle