M350451 八、新型說明： 【新型所屬之技術領域] 本創作係4屬種手卫具握柄之防滑技術領域，具體 而5係扣種用於油污場合、且具高摩擦力的防滑握柄結 構’藉以提升使用者於油污場合操作手工具的穩固性與安 全性。 【先前技術】 按，各類手工具如開口扳手、棘輪振手等，主要係由 使用者以單手握持，透過手部對手工具握柄施力來操作達 成其工作’田其在最後鎖緊或一開始放蔡螺帽時，必須施 以較大的力量才能鎖緊或放鬆該螺拾或螺帽，因此握柄表 面的粗糙度直接影響到使用者的握持的穩固效果與操作性 ，而現有手工具之握柄係以模鑄方式成蜜，因此其本身具 有毛細孔，而產生吸油、吸水的問題，影響到手工具握柄 的強度與使用胥命，為了解決此一問題，通常會進行電鍍 處理，而於握柄桿表面形成一光亮之電鍍薄膜層，以避免 手工具握柄桿發生吸油、吸水的現象，而強化其結構強度 與使用壽命，同時增進手工具的美觀； 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污，則其防 滑效果往往完全喪失，而影響使用者操作的便利性，甚至 因打滑而發生意外事故。而為了增加前述手工具握柄的摩 擦力’避免於施力過程中因打滑而影響操作的確實性與安 全性’部份業者會於握柄表面設計有防滑層或設置具防滑 顆粒的防滑套來增加摩擦力，以減緩使用者在操作過程中 M350451 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，進而影響到其防滑效果，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，故在高油污場合更應注意其防滑效果。 有鑑於此，本創作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，終於成功的開發出一種防滑握柄結構，藉以克服現 有手工具於高油污場合易打滑的問題。 【新型内容】 因此，本創作主要在於提供一種可提升摩擦力之防滑 握柄結構，藉以增加其於高油污場合的防滑效果，且可增 進手工具握柄的美觀。 為此，本創作主要係透過下列的技術手段，來具體實 現前述的目的與效能：該握柄係由一長桿狀之柄桿所構成 ，且柄桿兩端中至少一端形成有一套合部，再者柄桿異於 套合部的一端或中段形成有一握持部，該握持部表面設置 有至少一個防滑面所構成，防滑面主要係於握持部表面預 定位置塗覆有一層黏膠層，並利用植毛技術於黏膠層表面 植入眾多緊密的織毛。 藉此，透過前述技術手段的展現，使得運用本創作之 手工具握柄可大幅增加其摩擦力，而減少操作過程中之打 滑現象，有效增進手工具使用的穩固性與安全性，且利用 其織毛的觸感與外觀，可增進該手工具的美感，能有效增 M350451 加其附加價值，進-步增進其競爭力與經濟效益。 接下來配合圖式及圓號，同日丰與 步之說明，惟以下所述者僅為用门贿;-例’並非企圖據以對本創作^任1H 乍之較佳實施 是在本創作之創作精神凡 皆仍應屬於本創作意圖保護之範疇。 ' 夕S良更 [實施方式】 所干本防滑效果之㈣握柄結構，如第-圖 所不，射工具可選自套筒板手⑴ 開口扳手（2)【如第丄圖斛—1 从 笫圖所不】、 m θ 圖所不】及棘輪扳手【圖中未示】 ;柄桿⑽兩端中至少一端形成有=二〇);;構成真 者柄桿（10)異於套人邻「ϊη ) 再 持部（15)，兮炉姓Α ()的一端或中段形成有一握 ^握持。[3 (15)可供使用者手部握持； 所福而f於ί創作之詳細構成’則請參看第一、二及二圖 至少-個防滑面（2(n 握持°“15)表面設置有 之材質所製成中柄桿（1〇)為非塑膠、橡膠 10)以金屬浐A :金屬、木質、電木等’本創作之柄桿（ 持部（15?:二f實施例’又本創作以-個整片包覆握 2。心滑面（2〇)為主要實施例，防滑面（ 層（21)【如;表面預定位置塗覆有—層黏膝 ⑻表面植’接著利用植毛技術於黏膠層 選自靜電植毛，；=:^(25) 中植毛技術可 織毛與無機織毛曰 ）則係選自具局摩擦力之有機 織毛’且織毛（25)的長度為0.5 mm至3咖， 7 ^350451 再者織毛（25)的直徑為〇. 01 mm至0. 3 mm ; 伸設W係以多條軸向方式延 置於柄才干（10)之握持部（15)表面。亦可 ι〇Γ之面⑼;係以多條橫向方式延伸設置於柄桿： 蟫“15)表面。再者防滑面（20)進-步可二 螺方疋狀方式纏繞於握持部（15)表面； 藉此，讓手工具握柄之柄桿（1〇) 3具織毛(25)之防濟面㈤，由於二 ^摩擦力，因此可形成—種防滑效果佳、且可 用、 女全性的防滑握柄結構者。 a進使用 實用實際運用’則至少產生有下列的功效及 25Γ :丰ΐ滑面（20)具有高摩擦力的織毛（ 佳的防滑效：握持部（15)表面產生極 曰進使用#作的性與安全性。再者本創作之握柄桿 防滑面（20)具有較佳的觀感與觸⑤，因此其可增進 舍(1〇)之外觀美感，而能吸收消費者眼光:提 冋^、銷β機會，而增加其經濟效益。 精此，可以理解到本創料-創意極佳之新型創作， 除了有效解決習式者所面臨的問題，更大幅增進功效，且 貝域中未見相同或近似的產品創作或公開使 「新穎Γ」、與進的;t創作已符合新型專利有關 利。 進步性」的要件，乃依法提出申請新型專 M350451 【圖式簡單說明】 第-圖··,本”防滑握柄結構之立體外觀示意圖，用 以說明其構成之態樣。 第二圖：係本創作防滑握柄結構於上膠時之剖面示意圖 第三圖：係本創作㈣握柄結構於植毛完成後之剖面示 意圖。 ^圖係本創作防滑握柄結構另一實施例之外觀示意 圖0 第五圖：係本創作防滑握柄結構再-實施狀外觀示意 圖。 〜 第/、圖係本創作防滑握柄結構又一實施例之外觀示音 圖0 〜 【主要元件符號說明】 (1) 套筒扳手 (2) 開口板手 (10) 柄桿 (11) 套合部 (15) 握持部 (20) 防滑面 C21) 黏膠層 (25) 織毛M350451 VIII. New description: [New technical field] This creation is a non-slip technology field of 4 kinds of hand-held grips. Specifically, the 5-series is used for oil staining and has high friction non-slip grip structure. 'In order to enhance the stability and safety of the user's hand tools in oily applications. [Prior Art] Press, all kinds of hand tools such as open-end wrenches, ratcheting hands, etc., are mainly held by the user with one hand, and the hand is applied by the hand of the hand tool to achieve its work. When tightening or initially putting the Cai nut, a large force must be applied to lock or loosen the screw or nut, so the roughness of the surface of the handle directly affects the stability and operability of the user's grip. However, the grip of the existing hand tool is molded into honey, so it has capillary pores, which cause oil absorption and water absorption problems, affecting the strength and use of the hand tool grip. In order to solve this problem, usually Electroplating treatment will be carried out, and a bright electroplated film layer is formed on the surface of the grip bar to avoid the phenomenon of oil absorption and water absorption of the handle bar of the hand tool, thereby strengthening the structural strength and the service life, and enhancing the beauty of the hand tool; The aforementioned electroplated film layer has a smooth feeling, so the anti-slip effect is extremely poor in actual use, and if the user's hand is oily, the anti-slip effect is completely lost. The impact of user convenience operation, even due to skidding accidents. In order to increase the friction of the handle of the hand tool, it is avoided to affect the reliability and safety of the operation due to the slippage during the application of the force. Some operators will design an anti-slip layer on the surface of the handle or a non-slip sleeve with anti-slip particles. To increase the friction to slow down the user's M350451 during operation, but when such hand tools are used for high oil pollution, the user's hands are stained with oil, which will reduce the existing anti-skid structure. The frictional force, in turn, affects its anti-slip effect, which still often causes slipping, and since the user's hand is stained with oil, if the injury is inadvertently injured, the wound is likely to cause infection, so it should be noted in high oil pollution. Anti-slip effect. In view of this, the creator is in-depth discussion on the problems faced by the existing hand tool grips on the anti-slip. With years of experience in R&D and production of related industries, and actively seeking solutions, after long-term efforts and research and development Finally, a non-slip grip structure was successfully developed to overcome the problem that existing hand tools are prone to slip in high oil stains. [New content] Therefore, the main purpose of the present invention is to provide a non-slip grip structure capable of improving friction, thereby increasing the anti-slip effect of the high oil staining occasion, and the beauty of the hand tool grip can be increased. To this end, the creation mainly achieves the aforementioned purposes and effects through the following technical means: the handle is composed of a long rod-shaped handle, and at least one end of the two ends of the handle is formed with a set of joints. Further, the handle stem is formed with a grip portion at one end or the middle portion of the sleeve portion, and the grip portion is provided with at least one non-slip surface, and the non-slip surface is mainly coated with a layer of adhesive at a predetermined position on the surface of the grip portion. The adhesive layer and the use of the hair-planting technique to implant a plurality of tight woven hair on the surface of the adhesive layer. Therefore, through the display of the foregoing technical means, the hand tool grip of the present invention can greatly increase the friction force thereof, thereby reducing the slip phenomenon during the operation, effectively improving the stability and safety of the hand tool, and utilizing the same. The feel and appearance of the woven wool can enhance the aesthetics of the hand tool, effectively increase the M350451 and add value, and further enhance its competitiveness and economic benefits. Next, with the schema and the horn, the same as the description of the Japanese and the step, but the following is only a bribe; - the case is not an attempt to make a better implementation of this creation ^ 1 乍 是 is in the creative spirit of this creation Everything should still fall within the scope of this creative intent. ' 夕 S良更 [Embodiment] The dry anti-slip effect of the (four) grip structure, as shown in Figure - Figure, the shooting tool can be selected from the sleeve wrench (1) open end wrench (2) [as shown in Figure 斛 -1 From the map, the m θ diagram is not included, and the ratchet wrench [not shown]; at least one end of the shank (10) has at least one end formed with = two 〇);; constitutes the real handle (10) different from the sleeve The person neighboring "ϊη" and then holding the part (15), one end or the middle part of the furnace name Α () forms a grip ^. [3 (15) can be held by the user's hand; The detailed composition 'Please refer to the first, second and second figures at least - a non-slip surface (2 (n holding the ° "15) surface made of the material made of the middle handle (1 〇) for non-plastic, rubber 10 ) Metal 浐A: metal, wood, bakelite, etc. 'The handle of this creation (holding part (15?: two f embodiment) and this creation is covered with a whole piece. 2. Slip surface (2〇 As a main example, the non-slip surface (layer (21) [eg; the surface is pre-coated with a layer of sticky knee (8) surface implanted] then using the hair-planting technique to select the adhesive layer from electrostatic flocking;;::^(25) Medium planting technology can weave and Woven 曰 曰 则 则 且 且 且 且 且 且 且 且 且 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 Mm ; The extension W is extended in a plurality of axial directions on the surface of the grip (15) of the shank (10). It can also be placed on the shank in a plurality of lateral directions:蟫 “15) surface. In addition, the non-slip surface (20) can be wound into the surface of the grip portion (15) in a two-way manner; thereby, the handle of the hand tool handle (1〇) 3 The woven surface of the woven wool (25) (5), due to the frictional force of the two, can form a kind of non-slip grip structure with good anti-slip effect, and can be used, and full female. The use of practical use is at least the following Efficacy and 25Γ: Fengqi slippery surface (20) has high friction woven wool (good anti-slip effect: the surface of the grip (15) is extremely elastic and safe to use. The grip of this creation The shank non-slip surface (20) has a better look and feel 5, so it can enhance the appearance of the house (1 〇), but can absorb the consumer's eyes: 冋 ^, pin β machine In addition, it can be understood that this innovative material-creative new creation, in addition to effectively solving the problems faced by the practitioners, greatly enhances the efficiency, and the same or similar in the Bay area Product creation or publicity makes "newness" and progress; t creation has been in line with the new patent. The requirement of "progressiveness" is to apply for a new type of special M350451 according to law. [Simplified illustration of the figure] - Picture·, The three-dimensional appearance of the non-slip grip structure is used to illustrate the composition of the structure. The second figure: the schematic diagram of the cross-section of the non-slip grip structure when the glue is applied. The third figure: the creation of the structure (4) the grip structure is completed in the planting A schematic view of the rear section. Fig. 0 is a schematic view showing the appearance of another embodiment of the non-slip grip structure of the present invention. Fig. 5 is a schematic view showing the appearance of the non-slip grip structure. ~ The first and the other drawings show the appearance of the non-slip grip structure. 0 ~ [Main component symbol description] (1) Socket wrench (2) Open wrench (10) shank (11) Fit (15) Grip (20) Non-slip surface C21) Adhesive layer (25) Woven