200918258 九、發明說明： 【發明所屬之技術領域】 本發明係隸屬一種手工且握丨 體而言係指-種用於油污場：握技術領域，具 握柄防滑結構，藉以提升使用者;；工具 的穩固性與安全性。 油々％合刼作手工具 【發明之先前技術】 由二扳手、棘輪扳手等，主要係 手部對手工具握柄施力來操 必項/、、& ’ 在最後鎖緊或—開始放鬆螺帽時， 此的力量才能鎖緊或放鬆該螺栓或螺帽，因 此握柄表面的粗糙度直接影響到使 而現有手工具之握柄係二 =ΐ= 有毛細孔’而產生吸油、吸水的問題，影 :、甬3 度與使用壽命’為了解決此-問題 a進仃電鍍處理，而於握柄桿表面 ，薄膜層’以避免手工具握柄桿發生吸油成上: 而強化其結構強度與使料命，同時增料工具的 然前述的電鍍薄膜層因具有光滑感，因此於實際使 用時，防滑效果極差，如遇到使用者手部具有油、、亏;、 其=滑效果往往完全喪失’而料使用者㈣的便利性 姐甚至因打滑而發生意外事故。而為了增加前述手工且 摩擦力，避免於施力過財因㈣㈣響操㈣ 確實性與安全性，部份業者會於握柄表面設計有防滑層 200918258200918258 IX. Description of the invention: [Technical field of the invention] The invention belongs to a manual and gripping body, and is used for the oil field: the technical field of grip, with a grip anti-skid structure, thereby enhancing the user; The stability and safety of the tool. 々 刼 刼 刼 【 【 【 先前 先前 先前 【 【 【 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由When this force can lock or loosen the bolt or nut, the roughness of the surface of the handle directly affects the problem that the grip of the existing hand tool is two = ΐ = capillary pores, resulting in oil absorption and water absorption. , shadow: 甬 3 degrees and service life 'In order to solve this - problem a 仃 plating treatment, and on the grip rod surface, the film layer 'to avoid the oil suction of the hand tool grip rod: and strengthen its structural strength and In order to make the fate, and the above-mentioned plating film layer of the feeding tool has a smooth feeling, the anti-slip effect is extremely poor in actual use, such as encountering oil on the user's hand, and losing; The loss of the user's (four) convenience sister even accidentally caused by slipping. In order to increase the aforementioned manual and frictional forces, and to avoid exerting the financial causes (4) (4) the soundness (4) the authenticity and safety, some operators will design an anti-slip layer on the grip surface.
或設置具防滑顆粒的防滑套來增加摩擦力，以減緩使用 者在操作過程中發生打滑的現象，但當這類手工具如用 於高油污的場合時，則由於使用者手部沾滿油污/，'其會 降低現有防滑結構的摩擦力，進而影響到其 I 其仍然常會發生打滑的現象，且由於此時使用者手部沾 滿油污，如不慎受傷，傷口容易引起感染，故在高L污 場合更應注意其防滑效果。 有鑑於此，本發明人乃針對現有手工具握柄於防滑 上所面臨的問題深入探討，藉由多年從事相關產業之研 發與製作經驗，並積極尋求解決之道，經過長期努力之 研究與發展’終於成功的開發出—種手工具握柄防滑社 構，藉以克服現有手X具於高油污場合易打滑的問題；1 【發明内容】 因此，本發明主要在於提供一種可提升摩擦力之手 工具握柄防滑結構，藉以增加其於高油污場合的防 果，且可增進手工具握柄的美觀。 j V. 為此，本發明主要係透過下列的技術手段， 實現前述的目的與效能：該手工具之握柄係由—長;旱 之柄桿所構成，且柄桿兩端中至少—端形成有 ’再者柄桿異於套合部的—端或中段形成有-握持部'° 該握持部表面設置有—防滑結構，且防滑 面；f成，防滑面主要係於握持部表面預定 層’並利用植毛_^ 200918258 之手ΐΐ据f過前述技術手段的展現，使得運用本發明 滑現象，有效增進手工具使用的穩固性 的觸感與外觀，可增進該手工具的美感， 益曰加其附加價值’進—步增進其競爭力與經濟效 ，以了 ί本發明的構成、特徵及其他目的 說明如后，同施例，並配合圖式詳細 惟以下m Ϊ1，、項技術領域者能夠具體實施’ 7L ，僅在於說明本發明之較佳實施例，並非 用以限制本發明之銘图,, 並非 ，而A太菸，文凡有以本發明之精神為基礎 而為本毛明任何形式之修飾或變更 明意圖保護之範疇。 白η應屬於本發 【實施方式】 本發明係一種具防滑效果 如第-圖所示，該手工：=手套，=柄防滑結構’ 扳手【圖中未示】#，今年工l 圖所示】及棘輪 (10) Μ手，、之握柄係由一長桿狀之 有一套合部（11)，再者ηΛ、编形成 的一端或中俨报忐女 干（〇)異於套合部（11) 的鳊或中I又形成有一握持部（15) 可供使用者手部握持； 符4 ( 15) 而關於本發_滑結狀詳細 、二及三圖所揭示者，哕防取蛀⑴π翏看弟 持部表面設置有二於柄桿（1〇)之握 夏有至；一個防滑面（20),其中柄 200918258 桿（10)為非塑膠、橡膠之材質所製成，如金屬、木質 、電木等，本發明之柄桿（10)以金屬桿為主要實施二 ，又本發明以一個整片包覆握持部（15)表面的防 (20)為主要實施例，防滑面（2〇)主要係於握持部（ 15)表面預定位置塗覆有一層黏膠層（21)【如第二圖 所不】，接著利用植毛技術於黏膠層（2 多緊密的織毛（25)，其中植毛技術可選自靜 ^織毛（25)則係選自具高摩擦力之有機織毛與無機織 毛，且織毛（25)的長度為〇. 5 mm至3咖， ’、 25)的直徑為0.01mm至0.3inm; 丹者織毛（ 且如第四圖所示 7你竿由句方式延伸 之防π面（20)設置於柄桿（1〇)之握持部（15)表面 之I:::圖所示，防滑結構可以多條橫向方式延伸 之防α面（20)設置於柄桿（1〇)之握持部（1 部Hi方=;(2°)進一步可以螺旋狀方式纏繞於握持 藉此，讓手工具握柄之柄桿（1〇)握持部 面覆設有具織毛（25)之防潛而r9n、 丄 J表 )( G)，由於織毛（25 摩擦力，因此可形成—種防滑效果佳、且可增 進使用女全性的手工具握柄防滑結構者。 至於本發明之實際運用，則至少產生有下 及實用價值，本發明之防、、晋而r 9n、 的力效 革r%、…“ 防'月面（20)具有高摩擦力的織 ，吏手工具之握柄（10)之握持部（15)表面 產生極佳的防滑效果，於高油污場合 ; 象’故可增進使用操作的_性與安全性。再者本= 200918258 之握柄桿（10)防滑面（20)具有較佳的觀感與觸感， 因此其可增進手工具柄桿（10)之外觀美感，而能吸收 消費者眼光，提高其銷售機會，而增加其經濟效益。 =述2發明可確實產生前述之優 值，且本發明確實為一新穎進步的創 領域中未見相同或近似的產品公同的技術 合發明專利的要件，乃依法用^本發明已符 案發明專利。 申明，祈凊早日賜准本 200918258 【圖式簡單說明】 第-圖：=本發明手卫具握柄防滑結構之立體 ^ 圖’用以說明其構成之態樣。 μ 示意圖。 第圖係本發明手工具握柄防滑結構於上膠時之剖面 第二圖.係本發明手工具握柄防滑結構於植毛完成後之 剖面示意圖。 第四圖：係本發明手工具握柄防滑結構另一實施例之外 觀示意圖。 第五圖：係本發明手工具握柄防滑結構再一實施例之外 觀不意圖。 第六圖：係本發明手工具握柄防滑結構又一實施例之外 觀示意圖。 【主要元件符號說明】 (1) 套筒扳手 (2) 開口扳手 C10) 柄桿 (11) 套合部 G5) 握持部 (20) 防滑面 ^ 21) 黏膠層 (25) 織毛Or set a non-slip slip sleeve to increase the friction to slow down the user's slip during operation, but when such hand tools are used for high oil pollution, the user's hands are stained with oil. /, 'It will reduce the friction of the existing anti-skid structure, which will affect the phenomenon that it will often slip, and because the user's hand is full of oil, if the injury is accidental, the wound is easy to cause infection, so In the case of high-L stains, attention should be paid to the anti-slip effect. In view of this, the present inventors have intensively discussed the problems faced by the existing hand tool grips on the anti-skid, and have been engaged in the research and development and production experience of related industries for many years, and actively seek solutions, and have been researched and developed through long-term efforts. 'Finally succeeded in the development of a hand tool grip slip-proof structure, in order to overcome the problem that the existing hand X is easy to slip in high oil pollution occasions; 1 [Summary] Therefore, the present invention mainly aims to provide a hand that can improve friction The tool grip has a non-slip structure, thereby increasing the anti-fruit in the case of high oil pollution, and can improve the appearance of the handle of the hand tool. j V. For this reason, the present invention mainly achieves the foregoing objects and effects through the following technical means: the grip of the hand tool is composed of a long; a dry handle, and at least one end of the handle The end portion or the middle portion formed with the 'handle stem different from the fitting portion is formed with a - grip portion'. The surface of the grip portion is provided with a non-slip structure and a non-slip surface; the anti-slip surface is mainly used for holding The predetermined surface layer of the surface is utilized and the use of the planting technique _^200918258 according to the above-mentioned technical means, so that the sliding phenomenon of the invention can be used to effectively enhance the touch and appearance of the hand tool, and the hand tool can be improved. Aesthetics, benefit and added value, 'in step-by-step to enhance its competitiveness and economic efficiency, the composition, characteristics and other purposes of the invention are as follows, with the same example, and with the details of the drawings, the following m Ϊ 1, Those skilled in the art can implement '7L' only to illustrate the preferred embodiment of the present invention, and are not intended to limit the invention, but are not, and A is too smoke, and Wenfan is based on the spirit of the present invention. And for any form of Mao Ming Modify or change the scope of protection of the Ming intent. White η should belong to the present invention [Embodiment] The present invention is a non-slip effect as shown in the first figure, the manual: = glove, = handle slip structure 'wrench [not shown] #, this year's work l picture 】 and ratchet (10) Μ hand, the handle is made up of a long rod-shaped set of parts (11), and then η Λ, braided end or middle 俨 忐 忐 〇 〇 〇 异 异The 鳊 or the middle I of the part (11) is further formed with a grip portion (15) for the user to hold; the symbol 4 (15) and the details of the hair _ slip knot detail, two and three figures,哕 蛀 蛀 (1) π 翏 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟 弟For example, metal, wood, bakelite, etc., the handle bar (10) of the present invention is mainly implemented by a metal rod, and the present invention mainly uses a whole piece of the cover (15) for covering the surface of the grip portion (15). In the embodiment, the non-slip surface (2〇) is mainly coated with a layer of adhesive layer (21) at a predetermined position on the surface of the grip portion (15) [as shown in the second figure], and then using the hair-planting technique. In the adhesive layer (2 more closely woven hair (25), wherein the hair splicing technique can be selected from the static woven wool (25) is selected from the organic woven and inorganic woven wool with high friction, and the length of the woven wool (25) is 〇 5 mm to 3 coffee, ', 25) diameter from 0.01 mm to 0.3 inm; Dan woven wool (and as shown in the fourth figure, the π-face (20) extended by the sentence is placed on the shank ( 1)) The surface of the grip portion (15) is shown in the figure I::: the anti-slip structure can be extended in a plurality of lateral manners. The anti-α surface (20) is placed on the handle of the handle (1〇) (1 part) Hi side=; (2°) can be further wound in a spiral manner to hold the handle, so that the grip of the handle of the hand tool grip (1〇) is covered with the anti-submarine r9n of the woven hair (25).丄J ()), because of the woven wool (25 friction, it can form a kind of anti-slip effect, and can improve the use of female full hand tool grip slip structure. As for the practical application of the invention, at least The utility model has the following and practical value, the anti-strength of the invention, the Jin R9n, the force effect leather r%, ... "anti-moon surface (20) has high friction weaving, grip of the hand tool (10) The surface of the grip portion (15) produces an excellent anti-slip effect in the case of high oil stains; the image can be used to enhance the _ sex and safety of the operation. Further, this = 200918258 grip rod (10) non-slip surface (20 ) It has a better look and feel, so it can enhance the aesthetic appearance of the hand tool stem (10), but absorb the consumer's vision, increase its sales opportunities, and increase its economic benefits. The above-mentioned superior value, and the present invention is indeed a novel and advanced invention in the field of technology that does not see the same or similar product common technical invention patents, is legally used ^ the invention has been patented. Affirmation, pray for early grant this 200918258 [Simple diagram of the diagram] Figure-: The stereoscopic figure of the anti-slip structure of the hand-held guard grip of the present invention is used to illustrate its composition. μ schematic. The figure is a cross-section of the hand tool grip anti-slip structure of the present invention when it is glued. The second figure is a schematic cross-sectional view of the hand tool grip anti-slip structure of the present invention after the completion of the planting. Fig. 4 is a schematic view showing another embodiment of the hand tool grip slip preventing structure of the present invention. Fig. 5 is an illustration of the hand tool grip slip structure of the present invention. Fig. 6 is a schematic view showing another embodiment of the hand tool grip non-slip structure of the present invention. [Main component symbol description] (1) Socket wrench (2) Open end wrench C10) Shank (11) Fitting part G5) Grip part (20) Non-slip surface ^ 21) Adhesive layer (25) Woven