M413568 五、新型說明： 【新型所屬之技術領域】 本創作隸屬一種套筒工具之絕緣技 ί 一種可避免絕緣層磨耗或滑脫的套筒言係 错以延長及確保其警示與絕緣效果。 〇 l覆結耩， 【先前技術】 知Γ，金屬製螺鎖工件【螺b π 結合與鎖固之簡便、且有效的工二係一種用於 的驅動工具主要可選自如 鎖緊及镡 其中的套筒工具而言，手或套筒等，： 盆一被目女 ，、主要係以金屬材料製作而1 乂 戚：一工件接頭端用以配接-螺鎖工件，：戍’ 工件。 了以紋緊或鬆玫讀螺領 :丹、田刖述螺鎖工件的鎖設位置或鎖接的裝 ^通過’則螺鎖工件可能會具有導電作用。使二有電 ==筒工具套置在該螺鎖工件上工作時貝Ά金 =鎖工件與套筒工具的導電作用造成使用能 筒月丄&為了防止套筒工具形成導電體，通常電 湾工/、的表面加上一層絕緣物質或裝置，藉此 t套 t套筒工具傳給使用者，但是套筒工具在接近螺】後 件時’使用者的手也非常接近螺鎖工件，進而使手工 該螺鎖工件而導致觸電，因此❹上還是無法達H及 電效果。故現有的套筒工具並無法滿足實際使二 的而求，實有進一步改良之必要。 3 M413568 有鑑於此，本創作人乃針對現有套筒工具在使用上 =面臨的問縣人探討’並藉由多年從事相關產業的開 ^驗，而積極尋求解決之道’經不斷努力之研究盘發 於成功的創作出-種套筒工具包覆結構，藉以克 服現有套筒工具可能觸電所造成的不便與 【新型内容】 因此，本創作之主要目的係在提供一種 覆結構，藉以避免快速磨耗，以確保其絕緣效果。/、匕 又，本創作之另一主要目的係在提供一種 匕覆結構，其能有效防止絕緣層滑脫— 三-長其使用壽命。 進纟可大幅延 ，此’本創作主要係透過下列的技術手段，來 2本創作的各項目的與效能：其主要係 ::成牛該套筒本體外部覆設有一絕緣層，且絕 。進-步覆設有-包覆層，其套筒本體的 -供驅動工具結合之工具接頭端及 =成 工件接頭端；其特徵在於： 累鎖工件之 =述之套筒本體外侧具有—周邊表面，該 =邊表面於鄰近工件接頭端的邊緣形成有 ，槽’又套筒本體又套筒本體於工件接頭端 = 有-工件端端面，且該工件端端面與周邊 = 一傾斜狀的工件端倒角； ]形成有 所述之絕緣層係㈣緣材料製成，該崎 應前述套筒本體讀端溝槽處形成有—道凸肋绍j 層於對駐件接頭端L成有一端面，該端面= 4 M413568 鄰近前述讀料端之场端㈣的底緣處； 所述之包覆層，對應套筒本社件接頭端的一 成有一水平凸㈣延伸部’且延伸部並可覆蓋絕料的 端面’該㈣科-步城蓋骂述工件制端的工^ 端倒角上緣。 τ 猎此M413568 V. New description: [New technical field] This creation belongs to the insulation technology of a sleeve tool. A sleeve that avoids wear or slippage of the insulation layer to prolong and ensure its warning and insulation effects.先前l 耩 耩, [Prior Art] Γ Γ, metal screw lock workpiece [snail b π combination and locking simple and effective workmanship of a driving tool can be mainly selected from such as locking and 镡For the sleeve tool, the hand or the sleeve, etc.: The basin is a female, mainly made of metal material and 1 乂戚: a workpiece joint end is used to match the - screw lock workpiece: 戍 ' workpiece. The threaded collar or the loose rose read collar: Dan, Tian said that the locking position of the screw-locked workpiece or the locked device is passed through, and the screw-locked workpiece may have a conductive effect. When the two electric power == barrel tool is placed on the screw lock workpiece, the beijing gold=the conductive action of the lock workpiece and the sleeve tool causes the use of the tube to be used. In order to prevent the sleeve tool from forming an electrical conductor, usually electricity The surface of the bay/work is added with a layer of insulating material or device, and the t-sleeve tool is transmitted to the user, but when the sleeve tool is close to the screw, the user's hand is also very close to the screw-locking workpiece. In turn, the screw is locked by the workpiece and the electric shock is caused, so that the H and the electric effect cannot be achieved. Therefore, the existing sleeve tool cannot meet the requirements of the actual two, and it is necessary to further improve it. 3 M413568 In view of this, the creator is focusing on the use of existing sleeve tools in the use of the people who are facing the problem, and actively seeks solutions through years of experience in related industries. The disk was created in a successful creation of a sleeve tool covering structure to overcome the inconvenience caused by the existing sleeve tool and the new content. Therefore, the main purpose of this creation is to provide a covering structure to avoid rapid Wear to ensure its insulation. /, 匕 Also, another main purpose of this creation is to provide a squeezing structure that can effectively prevent the insulation layer from slipping off - three - long its service life. The entrance and exit can be greatly extended. This creation mainly uses the following technical means to achieve the purpose and effectiveness of the two creations: the main system is: :: Cheng Niu The sleeve body is covered with an insulating layer, and absolutely. The step-by-step coating is provided with a cladding layer, the tool body end of the sleeve body for driving the tool and the workpiece joint end; and the feature of the workpiece is: a surface, the edge surface is formed at an edge adjacent to the joint end of the workpiece, the groove 'and the sleeve body and the sleeve body at the joint end of the workpiece = the end surface of the workpiece end, and the end surface of the workpiece end and the periphery = a workpiece end inclined The chamfering surface is formed by forming the insulating layer (four) edge material, and the sacrificial layer is formed at the reading end groove of the sleeve body to form an end surface of the pair of joint ends L. The end face = 4 M413568 is adjacent to the bottom edge of the field end (4) of the reading end; the covering layer has a horizontal convex (four) extension portion corresponding to the joint end of the sleeve member body and the extension portion can be covered with a blank The end face of the (four) section - step city cover narrates the upper end of the workpiece end of the chamfer. τ hunting this
…-边過别述技術手段的具體實現，令本創作 包覆結構可讓包覆社全覆蓋絕緣層之端面，如此 被快速磨耗，且配合套筒本體上工件端溝槽與 二iP目對凸肋的設計’更可防止絕緣層任意滑脫； ^销電及警示的作用，並延長其使用壽命，故可 增加產4附加價值’並能提升其經濟效益。 一步^來配合圖式及圖號，同時舉—較佳實施例做進 瞭解。。明’期能使貴審查委員對本創作有更詳細的 【實施方式】...-After the specific implementation of the technical means, the creative cladding structure allows the covering society to completely cover the end face of the insulating layer, so that it is quickly worn, and fits the workpiece end groove on the sleeve body and the pair of iP The design of the ribs can prevent the insulation layer from slipping off at will; the function of the power supply and the warning, and prolong its service life, so it can increase the added value of the product and improve its economic benefits. One step is to match the drawing and the figure number, and at the same time, the preferred embodiment is understood. . The Ming’s period will enable your review board to have a more detailed view of this creation.
創作係一種套筒工具包覆結構，隨附圖例示之本 關Ϊ工具包覆結構的具體實施例及其構件中，所有 關於前與後、力 ^ 水平鱼番 左與右、頂部與底部、上部與下部、以及 鲁丨直的參考，僅用於方便進行描述，並非限制本 ’、非將其構件限制於任何位置或空間方向 圖式 與說明蚩申祕4 M 蛮〜一 Θ 叮和定的尺寸’當可在不離開本創作之申請 寻刊乾圍内，4b g , W _ 根據本創作之具體實施例的設計與需求而 進行變化 本創作係一種套筒工具之包覆結構 ，如第一、二及 '所顯不者’其主要係由一套筒本體（10)所構成， 5 M413568 該套筒本體（10)外部覆設有一絕緣層（20)，且絕緣 層（20)外部進一步覆設有一包覆層（30)，以提供套 筒本體（10)絕緣作用，供驅動工具（60)透過套筒本 體（10)作動螺鎖工件（50)；其中： 所述之套筒本體（10)係由金屬製作成柱體，該套 筒本體（10)外侧具有一周邊表面（11)，套筒本體（ 10)的兩端分別形成一工具接頭端（12)及一工件接頭 端（15)，其中工具接頭端（12)係用以搭接驅動工具 (60 )，例如操作桿、扳手柄或是棘輪扳手等，至於工 件接頭端（15)則用以結合螺鎖工件（50)，如螺栓頭 、螺帽等；再者套筒本體（10)的周邊表面（11)於鄰 近工具接頭端（12)與工件接頭端（15)的邊緣各自形 成有一道工具端溝槽（111)與一道工件端溝槽（112) ，供前述絕緣層（20)卡掣固設，防止該絕緣層（20) 任意滑脫，另套筒本體（10)於工具接頭端（12)的端 部形成有一工具端端面（13)，且該工具端端面（13) 與周邊表面（11)間形成有一傾斜狀的工具端倒角（14 )，又套筒本體（10)於工件接頭端（15)的端部形成 有一工件端端面（16)，且該工件端端面（16)與周邊 表面（11)間形成有一傾斜狀的工件端倒角（17); 所述之絕緣層（20)係由絕緣材料製成，如以塑膠 射出包覆於套筒本體（10)外部，該絕緣層（20)並於 對應前述套筒本體（10)的工具端溝槽（111)與工件 端溝槽（112)處分別形成有一道凸肋（21、23)，使 絕緣層（20)可穩固的限位於套筒本體（10)上，且絕 緣層（20)凸肋（21、23)的設計並可吸收塑膠射出之 6 M413568 冷縮下陷的變形量，讓包覆層（30)的兩端緣可準確包 覆至套筒本體（10)的特定位置，再者絕緣層（20)於 對應套筒本體（10)工具接頭端（12)之工具端倒角（ 14)處形成有一道角肋（22)，使絕緣層（20)可穩固 的限位於套筒本體（10)上，又絕緣層（20)相對套筒 本體（10)工具接頭端（12)處形成有一絕緣空間（25 )，以避免驅動工具（60)的其他部位直接接觸套筒本 體（10)，且絕緣層（20)於對應套筒本體（10)工件 接頭端（15)的一端形成有一端面（24)，該端面（24 )高度適對應前述工件接頭端（15)之工件端倒角（17 )的底緣處； 所述之包覆層（30)亦可選自絕緣材料所製成，如 絕緣塑膠等，該包覆層（30)對應套筒本體（10)工件 接頭端（15)的一端形成有一凸伸的延伸部（31)，且 延伸部（31)並可覆蓋絕緣層（20)的端面（24)，該 延伸部（31)進一步並覆蓋至套筒本體（10)工件接頭 端（15)的工件端倒角（17)上緣，使套筒本體（10) 的工件接頭端（15)僅有工件端端面（16)外露，如此 可避免絕緣層（20)被快速磨耗，且防止絕緣層（20) 往下脫落； 藉此，組構成一可確保絕緣效果、且使用壽命長的 套筒工具包覆結構者。 至於本創作在實際時，則係如第三圖所顯示者，由 於本創作套筒工具的包覆層（30)可透過延伸部（31) 覆蓋至絕緣層（20)的端面（24)及套筒本體（10)的 工件端倒角（17)，並使套筒本體（10)工件接頭端（ 7 15)的工件端端面（16)突出，如此在防止使用時，可 避免絕緣層（20)直接摩擦到工作檯面，以防止絕緣層 (20)快速磨耗，同時可防止絕緣層（20)往下脫落； 再者，本創作套筒本體（10)的周邊表面（11)鄰 近工件接頭端（15)處形成有一工件端溝槽（112)， 而絕緣層（20)並形成有對應的凸肋（23)，如此除了 可進一步防止絕緣層（20)脫落外，且透過工具端凹槽 (111)與工件端凹槽（112)及凸肋（21、23)的設計 ，更可吸收絕緣層（20)在射出後的冷縮下陷變形量， 防止絕緣層（20)因縮水量過大而形成不良品。 藉此，可以理解到本創作為一創意極佳之新型創作 ，具有眾多的功效增進，且在相同的技術領域中未見相 同或近似的產品創作或公開使用，同時具有功效的增進 ，故本創作已符合新型專利有關「新穎性」與「進步性 」的要件，乃依法提出申請新型專利。 8 【圖式簡單說明】 第圖·係本創作套筒工具包覆結構的立體外觀示意 圖。 第二圖：係本創作套筒1具包覆結構的側視剖 面示意 g r: @ .圖，藉以說明其主要構成及相對關係。 ’係本創作套筒工具包覆結構於實際操作的側 視剖面示意圖。 【主要元件符號說明】 (10) 套筒本體 (111) 工具端溝槽 (12) 工具接頭端 (14) 工具端倒角 (16) 工件端端面 (20) 絕緣層 (22) 角肋 (24) 端面 (30) 包覆層 (50) 螺鎖工件 (11) 周邊表面 (112) 工件端溝槽 (13) 工具端端面 (15) 工件接頭端 (17) 工件端倒角 (21) 凸肋 (23) 凸肋 (25) 絕緣空間 (31) 延伸部 (60 ) 驅動工具The creation is a sleeve tool covering structure, and the specific embodiment of the tool covering structure and the components thereof as illustrated in the drawings, all about the front and rear, the force level, the left and right, the top and the bottom, The upper and lower parts, as well as the reckless reference, are for convenience of description only, and are not intended to limit the ', non-restricting its components to any position or space direction. Schematic and description 蚩Secret 4 M 蛮~一Θ 叮和定The size 'when it can be left without leaving the application, 4b g , W _ according to the design and needs of the specific embodiment of the creation. This creation is a covering structure of a sleeve tool, such as The first, second and 'displayed' are mainly composed of a sleeve body (10), 5 M413568, the sleeve body (10) is externally covered with an insulating layer (20), and the insulating layer (20) Further, a coating layer (30) is further disposed on the outside to provide insulation of the sleeve body (10), and the driving tool (60) is used to actuate the screw-locking workpiece (50) through the sleeve body (10); wherein: the sleeve The barrel body (10) is made of metal into a cylinder, the sleeve The outer side of the body (10) has a peripheral surface (11), and the two ends of the sleeve body (10) respectively form a tool joint end (12) and a workpiece joint end (15), wherein the tool joint end (12) is used for The lap drive tool (60), such as a lever, a wrench handle or a ratchet wrench, etc., the workpiece joint end (15) is used to join the screw lock workpiece (50), such as a bolt head, a nut, etc.; The peripheral surface (11) of the body (10) is formed with a tool end groove (111) and a workpiece end groove (112) adjacent to the tool joint end (12) and the workpiece joint end (15) for the foregoing The insulating layer (20) is fixedly clamped to prevent the insulating layer (20) from slipping freely, and the sleeve body (10) is formed at the end of the tool joint end (12) with a tool end end face (13), and the tool An inclined tool end chamfer (14) is formed between the end end surface (13) and the peripheral surface (11), and the sleeve body (10) is formed with a workpiece end end surface (16) at the end of the workpiece joint end (15). And the workpiece end end face (16) and the peripheral surface (11) are formed with a slanted workpiece end chamfer (17); The insulating layer (20) is made of an insulating material, such as a plastic injection coating on the outside of the sleeve body (10), and the insulating layer (20) is disposed on the tool end groove corresponding to the sleeve body (10). (111) and the workpiece end groove (112) are respectively formed with a rib (21, 23), so that the insulating layer (20) can be stably limited to the sleeve body (10), and the insulating layer (20) is convex The ribs (21, 23) are designed to absorb the deformation of the 6 M413568 shrinkage sag caused by the plastic, so that the two ends of the cover layer (30) can be accurately covered to a specific position of the sleeve body (10), and then The insulating layer (20) is formed with a corner rib (22) at a tool end chamfer (14) of the tool joint end (12) of the corresponding sleeve body (10), so that the insulating layer (20) can be stably limited to the sleeve. The insulating body (20) is formed with an insulating space (25) at the tool joint end (12) of the sleeve body (10) to prevent other parts of the driving tool (60) from directly contacting the sleeve body. (10), and the insulating layer (20) is formed at one end of the joint end (15) of the corresponding sleeve body (10) with an end surface (24), the end surface (24) The height is adapted to correspond to the bottom edge of the workpiece end chamfer (17) of the workpiece joint end (15); the coating layer (30) may also be selected from an insulating material, such as an insulating plastic, etc. The cover (30) is formed with a protruding extension (31) at one end of the workpiece joint end (15) of the sleeve body (10), and the extension portion (31) can cover the end surface (24) of the insulation layer (20). The extension (31) further covers the upper edge of the workpiece end chamfer (17) of the sleeve joint end (15) of the sleeve body (10), so that the workpiece joint end (15) of the sleeve body (10) is only The end face (16) of the workpiece is exposed, so that the insulating layer (20) is prevented from being quickly worn and the insulating layer (20) is prevented from falling downward; thereby, the group constitutes a sleeve tool capable of ensuring insulation and having a long service life. Cover the structure. As far as the present creation is concerned, as shown in the third figure, since the cladding layer (30) of the creation sleeve tool can cover the end surface (24) of the insulation layer (20) through the extension portion (31) and The workpiece end of the sleeve body (10) is chamfered (17), and the workpiece end end (16) of the sleeve body end (7 15) of the sleeve body (10) is protruded, so that the insulation layer can be avoided when the use is prevented ( 20) directly rubbing to the work surface to prevent the insulation layer (20) from being quickly worn, and at the same time preventing the insulation layer (20) from falling off; further, the peripheral surface (11) of the present sleeve body (10) is adjacent to the workpiece joint A workpiece end trench (112) is formed at the end (15), and the insulating layer (20) is formed with a corresponding rib (23), so as to further prevent the insulating layer (20) from falling off, and through the tool end recess The design of the groove (111) and the workpiece end groove (112) and the rib (21, 23) can absorb the shrinkage deformation of the insulating layer (20) after the injection, and prevent the insulation layer (20) from shrinking due to the amount of shrinkage. Too large to form a defective product. In this way, it can be understood that this creation is a novel creation with excellent creativity, and has many functions and enhancements, and the same or similar product creation or public use is not seen in the same technical field, and the effect is enhanced, so The creation has met the requirements of the "newness" and "progressiveness" of the new patents, and is to apply for a new type of patent in accordance with the law. 8 [Simple description of the diagram] The figure is a three-dimensional appearance of the cladding structure of the creation of the sleeve tool. The second figure shows a side view of the cladding structure of the creation sleeve, g r: @ . , to illustrate its main composition and relative relationship. A schematic cross-sectional view of the original sleeve tool cover structure in actual operation. [Explanation of main component symbols] (10) Sleeve body (111) Tool end groove (12) Tool joint end (14) Tool end chamfer (16) Work piece end face (20) Insulation layer (22) Angle rib (24 End face (30) Cover (50) Screw lock workpiece (11) Peripheral surface (112) Work end groove (13) Tool end face (15) Work piece joint end (17) Work piece end chamfer (21) Rib (23) Rib (25) Insulation Space (31) Extension (60) Drive Tool