200302122 玖、發明說明丨 【發明所屬之技術領域】 本發明大體上係相關於一種握柄，且更特別的是相關 於一種帶有一種多重材料表面的滑套式（S 1 i P 一 ο η )握柄，其係用於與許多像是纏繞式高爾夫球桿柄的工具 或是物件一起使用。 【先前技術】 目前所使用的許多不同類型握柄係用於廣泛的各種物 件，包括、但不限定於工具（鄉頭手把等等）、球拍（手 球、羽毛球或是網球球拍）、球棒（棒球或是壘球）、撞 球桿、雨傘、釣魚桿、或是類似物品。即使本發明特別適 用於當作高爾夫球桿握柄使用並且係具體地參照高爾夫球 桿握柄，在本文中所使用的用詞“握柄（h a n d g r i P ) ”所代表的是全部的這些物件以及其他物件。應該 可以立即明白的是，本發明可以被運用到前述應用中的其 中任何之一，尤其用於握柄的應用。 以一種模製之橡膠材料或是合成樹脂製造的滑套式高 爾夫球桿握柄在高爾夫球業中係爲熟知者。在本文中所使 用的用詞“滑套（s 1 i p - ο η ) ”所表示的意思是滑 到一個軸桿或把手上並且藉著一種黏著劑或是類似物的方 式被固定之以一種類型材料製造的柄握。滑套式握柄可以 具有許多種形狀以及構造。該等滑套式握柄可以被擦拭而 在整個橡膠合成物留下一些絨線，用以提供各種握柄的式 樣以及感覺。 200302122 纏繞型握柄在工業中亦是爲人所知者。在過去，高爾 夫球桿握柄只是纏繞在高爾夫球桿之軸桿上的皮革或是布 料包裹物。接著，合成材料係被用來替代該皮革或是該布 料。更近幾年來，該等包裹物是以各種彈性材料製造，該 彈性材料係螺旋狀地包覆在高爾夫球桿的軸桿上，或者替 % 代地包覆在一個定位於高爾夫球桿之軸桿上的套筒，例如 ，美國第Re、35，673號專利案中所描述者。 在此之前，現存的纏繞型握柄全部都是以一種單一表 面材料（single surface materi a 1 )建構在整個握柄上，且尤其是在手握持著該握柄處 。“單一表面材料”所代表的意思是，該握柄的表面是相 同的材料。這些現有之單一表面材料的纏繞型握柄在該握 柄之握持表面的整個功能性長度係缺乏裝飾性或是美學上 的外觀與感覺之變化。 所存在的一種需求是一種能夠提供一種滑套式握柄之 經濟上以及耐用性優點的改良式握柄，且該改良式握柄具 有一種纏繞型握柄的造型與手部的感覺。此種球桿握柄將 會提供一種改良式外觀的多材料表面，並且在所有型態的 天氣以及/或使用狀況中都能提供更加穩固的握持作用。 該握柄可以很容易地取得並且提供一種具有較長使用壽命 之更爲優良的握柄。 【發明內容】 據此，本發明的一個目的是要提供一種具有多材料表 面的改良式纏繞型握柄。 200302122 本發明的另一個目的是要提供一種滑套式握柄之耐用 性的纏繞型握柄，並且更提供一種適用於所有天氣以及/ 或使用狀況的優良握柄。 本發明的又再一個目的是要提供一種具有多材料表面 的纏繞型高爾夫球桿握柄，其具有一種特殊以及令人愉悅 的外觀以及一種一件式滑套式高爾夫球球桿握柄的方便性 與經濟性。 本發明以上以及其他目的係藉著一種包含有一種彈性 主體的纏繞型握柄而達成，該彈性主體具有一種大致上圓 柱形的形狀。該彈性主體包括有一個鑽孔，該鑽孔係被建 構成以可以滑動的方式被容置在一個工件上。該彈性主體 更包括有一種螺旋構造通道，該通道係從該彈性主體的一 個上方部位處延伸到該彈性主體的一個下方部位處。該彈 性主體的一長條替代性材料係被建構成被配置在該螺旋構 造通道之內，用於形成具有一種多材料表面的纏繞型握柄 。製造該長條的材料可以是以一種包括、但不限定於聚氨 酯、皮革、一種天然的布料或織物、一種合成的布料或織 物、一種合成合成的塑膠或橡膠材料、一種熱塑性或熱固 定材料、或是以上各種材料的組合。 本發明亦針對一種用於製造一種纏繞型握柄的方法， 該方法包括有以下的步驟：提供一個以一種彈性體製造之 大致上圓柱形的主體部份、在該彈性主體中形成一個從該 主體之上方部份到該主體之下方部份的螺旋形通道、以及 在該螺旋形通道之內配置一長條的替其他代性材料，用以 200302122 製造該纏繞型握柄。 本發明的各個新穎特徵係特別地在隨附以及形成一部 份本發明揭示物的申請專利範圍之中指明。爲了要更能夠 了解本發明、本發明的操作優點、以及藉著本發明之使用 而獲致的特殊目的，請參照隨附的圖示以及描述主體，其 中係說明了本發明的一個較佳實施例。 【實施方式】 參照圖式，該等圖式並非是要用來將本發明限制於其 中，並且在該等圖式中，相同的元件參考符號係代表相同 或相似的特徵；並且，首先請參照第一圖；第一圖係顯示 一種整體地以元件參考符號8標示之如同一個高爾夫球桿 握柄的根據本發明之纏繞型握柄。如前文所描述的，本發 明可以應用在任何使用滑套式握柄的物品上，並且不是僅 限於高爾夫球桿握柄而已。滑套式高爾夫球桿握柄係廣泛 地被使用在工業中並且甚至可以被當做“傳統式的高爾夫 球桿握柄”。這些握柄一般是以一種彈性材料製造，像是 一種橡膠合成物或是合成塑膠。本文所使用的用詞“彈性 體（e 1 a s t 〇 m e r ) ” 、“橡膠合成物”、“合成 塑膠”、“熱塑性材料”、“熱固性材料”、或者只是“ 橡膠”係可以互相交換並且是要用來表示相同的材料的。 在工業中已知道許多種用於製造廣泛之各種滑套式握柄的 橡膠合成物。這些材料提供了方便性、經濟性、以及耐用 性。除此之外，該等橡膠合成物提供在工業中所需要之手 部良好的感受或是握持特性。在所有類型的天氣以及使用 200302122 狀況中，該等材料可以容易地用手握持，且更可提供一種 穩固的握持。 如第一圖所示，該高爾夫球桿握柄的主體部位1 〇是 以橡膠製造的並且大體上是一種圓柱形。如第四圖所示’ 該握柄8的主體部位1 0包括有一個位於其中的鑽孔1 1 。鑽孔1 1的直徑係與一個軸桿或是手把（在本文中亦稱 作工件）一致。鑽孔1 1係適用於容許該握柄8可以用可 滑動的方式被容置在該工件上。較佳地，主體部位1 0更 包括有一個與該工件一致的錐形部份，在這個示例中，該 工件是一個高爾夫球桿的軸桿（在第二圖中以虛線表示的 一個部位），該高爾夫球桿握柄可以立即滑套在該軸桿上 並且以一種已知的黏著劑接附於其上。第三圖與第四圖顯 示了錐形之高爾夫球桿握柄的俯視圖與仰視圖。該滑套式 高爾夫球桿的握柄的維護與安裝爲熟知者並且不需要在本 文中加以詳細說明。握柄的替換係爲一種相當快速且相當 便宜的製程，並且大部份是由高爾夫球專家以及/或高爾 夫球桿的製造者來進行的。 該彈性主體部位1 0具有一個螺旋形構造的通道1 2 ，該通道是從該彈性主體部位1 〇的一個上方部位1 4向 下延伸到一個下方部位1 6。一個暴露出來的上方表面1 7則因爲該螺旋形的通道1 2而留在該彈性主體部位1 〇 上。該暴露的上方表面1 7係爲該握柄8之多材料表面的 第一部份。本文所使用的用詞“多材料表面，，係表示該握 柄的表面是以不同類型的材料製造的。應該要了解的是， 200302122 本文所使用的用詞“上方部位，，與“下方部位，，是參照處 於其正常定向中的高爾夫球桿握柄8。一個握柄的“上方 部位”係爲最接近該工件軸桿或手把之端部的部位。“下 方部位”爲握柄的相反端部。 螺旋形構造的通道1 2的寬度（w 1 )以及深度（d )係被建構成用來容納一個另一種材料的長條18(亦被 稱爲覆蓋物），該長條係被定位在該螺旋形構造的通道1 2內。本文所使用的用詞“另一種材料”所表示的是一種 第二材料或是與該彈性主體部位1 〇不同類型的材料。在 第一圖中，該長條1 8係以虛線表示，並且與該彈性主體 部位1 0結合而形成根據本發明的纏繞型高爾夫球桿握柄 8。彈性主體部位1 0與通道1 2較佳地是以一種二件式 模具以及中心棒子來形成的，或替代地是以任何其他適當 的模造製程形成的。通道1 2甚至可以被切入一個模造的 彈性主體部位1 0。 如第一圖所示，螺旋形通道1 2較佳地包括有一個狹 槽2 0，其係適用於一個如第五圖所示之該長條1 8的一 個錐形啓始端部2 2。較佳地，該長條1 8的錐形啓始端 部2 2係被插入該狹槽2 0內，並且該長條1 8係被定位 在該通道1 2的最上方端部處，並且藉著將長條1 8放置 在通道1 2 —直向下到該主體部位1 0的下方部位1 6處 內而纏繞著該主體部位1 0。長條1 8係以一種在習知技 術中已知的黏著劑被固定到通道1 2中，或者，替代的方 式是，長條1 8可以使得黏著劑在應用之前先被供應到其 200302122 底部，並且以一種於纏繞型高爾夫球桿握柄之技術中爲已 知之可移除式的保護帶加以覆蓋。該長條1 8的尾端也可 以與該錐形啓始端部2 2之相同的方式而成爲錐形，使得 該長條會與在該主體部位1 〇之下方部位1 6中該通道的 最下方端部一致。替代的方式是，該長條1 8可以直接被 切割來安裝，並且較佳地以一件相似於一個纏繞型高爾夫 球桿握柄的帶子被固定在該主體部位1 0的底部處。. 根據本發明的長條1 8是以一種第二或替代材料製造 的，該材料係不同於暴露出來之上方表面1 7的彈性材料 ，該第二或替代材料係包括、但不限定於：一種熱固性材 料、一種熱塑性材料、一種像是發泡橡膠材料的橡膠材料 、聚氨酯、一種合成皮革、皮革、合成軟木、一種像是氈 製品的織物或是布料、其他合成材料或是布料、或是上述 材料的組合。第六圖描繪了該長條1 8的一個側視圖，其 中，該長條係包括有一個被黏附到一個發泡橡膠層2 6的 一個聚氨酯層2 4。雖然所描繪的長條1 8係具有平直的 邊緣，應該要了解的是，該長條1 8可邊緣可以是削薄的 或是斜的。除此之外，即使所顯示的螺旋形通道1 2係帶 有平直的壁部，應該要了解的是，該螺旋形通道1. 2也可 以具有削薄的壁部而與削薄的長條1 8 —致。該通道1 2 以及該長條1 8的寬度（w 2 )係被選擇成與一般模製的 公差彼此一致，使得長條1 8可以被立刻放置且固定於該 通道1 2之內。只是爲了淸楚說明之目的，該長條1 8的 寬度是介於大約1公分與2公分（c m)的寬度之間，且 12 200302122 較佳地是1 · 5公分。該長條1 8的厚度（t )可以是任 何所希望的厚度，用以提供一種舒適的手部感受或是握持 。又是爲了淸楚說明之目的，一個適當厚度的例子是介於 接近1mm與2mm之間的厚度（t)，並且如果希望纏 繞層體是藉由通道12與被形成在該主體部位10中之暴 露出來的上方表面1 7齊平的話，該通道1 2的深度（d )係被選擇成與該長條1 8的厚度（t ) 一致。一個與暴 露出來上方表面17齊平地疊層之纏繞長條18的例子係 顯示於第七圖之中。如第一圖所示，該暴露的上方表面1 7係以一種螺旋形的方式與該長條1 8交錯地配置，用以 沿著該握柄的全部長度提供多種材料的表面。該握柄在其 表面上係具有至少二種類型的材料，該等至少二種材料係 交錯地配置在該握柄的全部長度上。 另外的實施例包括有使得該長條1 8的厚度（t )是 被選擇成大於該通道1 2的深度（d )，使得該纏繞的長 條1 8高於暴露出來的上方表面1 7。同樣地，該長條1 8也可以具有小於該通道1 2之深度的厚度，使得暴露出 來的上方表面1 7會比較高。應該可以立即了解的是，可 以爲了顧客的感覺以及根據本發明之纏繞型高爾夫球桿握 柄的設計來改變該長條1 8以及/或通道1 2的厚度、深 度與寬度。如前文所述，長條1 8更可以包括有一種藉著 一種可移除式保護帶覆蓋的黏著劑，用以容許該長條1 8 可以穩固地被定位在該通道1 2內。替代地，也可以應用 一種分離的黏著劑來將長條1 8固定在該通道1 2內。 13 200302122 本發明的另外一個特徵是，除了提供一種多材料表面 之外，其係容許該長條1 8可以是任何一種選擇的顏色或 是織物，用以提供一種外觀上另人愉悅的顏色以及感覺的 組合。除此之外，如第二圖所示，在該主體部位1 〇上之 暴露出來的上方表面1 7可以包括有凹下部份3 0，該等 凹下部份係被塗以顏色，用以提供顧客更多對於高爾夫球 桿握柄的設計。以這種方式，根據本發明之纏繞型高爾夫 球桿握柄係提供握柄在外觀方面以及該握柄整個功能性長 度之感覺方面的廣泛變化。這樣係容許根據在握柄整個長 度之多種材料的構造而使得該纏繞型握柄能夠具有一種獨 特且令人愉悅之不同外觀與感覺特徵。 根據本發明的另一個槪念，係提供一種用於製造一種 纏繞型握柄的方法，該方法包含有以下的步驟：提供一個 以一種彈性體製造之大致上爲圓柱形的主體部位1〇;在 該主體部位1 0中形成一個螺旋形通道1 2，使得該通道 1 2從該主體部位1 〇的一個上方部位1 4處延伸到該主 體部位1 0的一個下方部位1 6處，該主體部位1 0更包 括有在其中的一個鑽孔1 1，該鑽孔係適用於在該一個工 件之一個端部上滑動；以及，在該通道1 2內配置一個不 同材料的長條1 8，並且將該長條1 8固定在該通道1 2 內。該長條1 8可以預先被纏繞在該主體部位1 〇上而形 成一件式、滑套式的單元；或者，替代地，該長條1 8可 以在該主體部位1 0被安裝在高爾夫球桿的球桿上之後被 纏繞在該主體部位1 0上。 200302122 該彈性體的主體部位10較佳地是包括有一個與其一 體地形成的罩蓋3 2，且該罩蓋包括有一個中央開孔3 4 。替代性的實施例可以包括有提供一個個別的罩蓋，該罩 蓋係被建構成用以被放置在該彈性體主體部位1 0上方， 並且經由一種干涉式的配合方式、或是一種黏著劑、或是 干涉式配合方式與黏著劑的組合方式而被黏著在該主體部 位1 0。 雖然已經詳細地說明並且描述了本發明的特殊實施例 來展現本發明原理的運用方式，將可了解的是，本發明在 不背離此等原理的情況之下將會是可以被體現者。 【圖式簡單說明】 (一） 圖式部份 第一圖係根據本發明當做一個高爾夫球桿握柄之纏繞 型握柄的平面側視圖； 第二圖係說明根據本發明當做一個高爾夫球桿握柄彈 性主體的平面側視圖； 第三圖係該高爾夫球桿握柄的平面俯視圖； 第四圖係該高爾夫球桿握柄的平面仰視圖； 第五圖係根據本發明一個較佳實施例之一部份長條材 料的平面前視圖； 第六圖係根據本發明一個較佳實施例之一部份長條材 料的平面側視圖；以及 第七圖係該纏繞型握柄之一個部位的剖面圖。 (二） 元件代表符號 15 200302122 8 握柄 10 主體部位 11 鑽孔 12 通道 14 上方部位 16 下方部位 17 上方表面 18 長條 2 0 狹槽 2 2 啓始端部 2 4 聚氨酯層 2 6 發泡橡膠層 30 凹下部份 3 2 罩蓋 3 4 中央開孔200302122 发明 、 Explanation of the invention 丨 【Technical field to which the invention belongs】 The present invention relates generally to a grip, and more particularly to a sliding sleeve type (S 1 i P -ο η) with a multi-material surface ) Grips are used with many tools or objects like winding golf club handles. [Prior art] Many different types of grips currently used are used for a wide variety of objects, including, but not limited to tools (counterweight, etc.), rackets (handball, badminton or tennis rackets), bats (Baseball or softball), pool cue, umbrella, fishing rod, or similar. Even though the invention is particularly suitable for use as a golf club grip and refers specifically to a golf club grip, the term "handgri P" as used herein represents all of these items as well as Other objects. It should be immediately understood that the present invention can be applied to any of the aforementioned applications, especially for grip applications. Sliding sleeve golf club grips made of a molded rubber material or synthetic resin are well known in the golf industry. As used herein, the term "slip sleeve (s 1 ip-ο η)" means to slide onto a shaft or handle and be fixed to it by an adhesive or the like Grip made of type material. Sliding sleeve grips can have many shapes and configurations. These slip-on grips can be wiped to leave some fleece throughout the rubber compound to provide a variety of grip styles and feels. 200302122 Winding grips are also known in the industry. In the past, golf club grips were simply leather or fabric wraps wrapped around the shafts of golf clubs. Next, synthetic materials are used to replace the leather or the fabric. In recent years, these wraps are made of various elastic materials that are spirally wrapped around the shaft of a golf club or, alternatively, wrapped around a shaft positioned on the golf club. The sleeve on the rod is, for example, described in U.S. Patent No. 35,673. Prior to this, all existing winding-type grips were built on the entire grip with a single surface materi, and especially where the grip was held by a hand. "Single surface material" means that the surface of the handle is the same material. The winding length of these existing single-surface material grips over the entire functional length of the grip surface of the grip lacks decorative or aesthetic changes in appearance and feel. A need exists for an improved grip that can provide the economical and durable advantages of a sliding sleeve-type grip, and that the improved grip has the shape of a winding grip and the feel of the hand. This club grip will provide an improved multi-material surface and provide a more stable grip in all types of weather and / or use conditions. The grip can be easily obtained and provides a more excellent grip with a longer life. SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide an improved winding-type grip having a multi-material surface. 200302122 Another object of the present invention is to provide a wrap-around grip with the durability of a sliding sleeve type grip, and moreover, to provide an excellent grip suitable for all weather and / or use conditions. Yet another object of the present invention is to provide a wrap-type golf club grip having a multi-material surface, which has a special and pleasing appearance and the convenience of a one-piece slip sleeve golf club grip Sex and economy. The above and other objects of the present invention are achieved by a wrap-type grip including an elastic body having a substantially cylindrical shape. The elastic body includes a drilled hole which is constructed to be slidably received on a workpiece. The elastic body further includes a spiral structured channel extending from an upper portion of the elastic body to a lower portion of the elastic body. A long alternative material of the elastic body is constructed to be arranged in the spiral structure channel to form a winding-type grip having a multi-material surface. The strip may be made of a material including, but not limited to, polyurethane, leather, a natural cloth or fabric, a synthetic cloth or fabric, a synthetic plastic or rubber material, a thermoplastic or heat-set material, Or a combination of the above. The present invention is also directed to a method for manufacturing a winding-type grip. The method includes the steps of providing a substantially cylindrical body portion made of an elastomer, and forming an elastic body in the elastic body. A spiral channel from the upper part of the main body to the lower part of the main body, and a long alternative material is arranged inside the spiral channel to make the winding handle in 200302122. The various novel features of the invention are specifically identified within the scope of the patent application which accompanies and forms part of the disclosure of the invention. In order to better understand the present invention, the operating advantages of the present invention, and the special purpose achieved by the use of the present invention, please refer to the accompanying drawings and description main body, which illustrates a preferred embodiment of the present invention . [Embodiment] With reference to the drawings, these drawings are not intended to limit the present invention thereto, and in these drawings, the same element reference symbols represent the same or similar features; and, first, refer to The first figure; the first figure shows a winding grip according to the present invention, like a golf club grip, designated as a whole by the component reference number 8. As described above, the present invention can be applied to any article using a sliding sleeve grip, and is not limited to a golf club grip. Slip sleeve golf club grip systems are widely used in the industry and can even be regarded as "traditional golf club grips". These grips are usually made of an elastic material, such as a rubber compound or synthetic plastic. As used herein, the terms "elastomer (e 1 ast ommer)", "rubber compound", "synthetic plastic", "thermoplastic material", "thermoset material", or simply "rubber" are interchangeable and are To be used to represent the same material. Many rubber compounds are known in the industry for making a wide variety of sliding sleeve grips. These materials provide convenience, economy, and durability. In addition, these rubber compounds provide the good hand feel or grip characteristics required by the industry. In all types of weather and conditions of use 200302122, these materials can be easily held by hand, and can provide a stable grip. As shown in the first figure, the main body portion 10 of the golf club grip is made of rubber and is generally cylindrical. As shown in the fourth figure ', the main body portion 10 of the handle 8 includes a drilled hole 1 1 located therein. The diameter of the hole 11 is consistent with a shaft or a handle (also referred to as a workpiece in this article). The drill holes 1 1 are adapted to allow the handle 8 to be slidably received on the workpiece. Preferably, the main body portion 10 further includes a tapered portion consistent with the workpiece. In this example, the workpiece is a shaft of a golf club (a portion indicated by a dashed line in the second figure). The golf club grip can be slipped onto the shaft immediately and attached to it with a known adhesive. The third and fourth figures show a top view and a bottom view of a tapered golf club grip. The grip and maintenance of the grip of this slip-type golf club is well known and need not be described in detail herein. Grip replacement is a relatively fast and inexpensive process, and is mostly performed by golf experts and / or golf club makers. The elastic main body portion 10 has a spiral-shaped channel 12 which extends downward from an upper portion 14 of the elastic main body portion 10 to a lower portion 16. An exposed upper surface 17 is left on the elastic main body portion 10 because of the spiral channel 12. The exposed upper surface 17 is the first part of the multi-material surface of the handle 8. The term "multi-material surface," as used herein, means that the surface of the handle is made of different types of materials. It should be understood that the words "above," and "below" used in this article 200302122 , Refers to the golf club grip 8 in its normal orientation. The "upper part" of a grip is the part closest to the end of the shaft or handle of the workpiece. The "lower part" is the grip The opposite end. The width (w 1) and depth (d) of the spirally-shaped channel 12 are constructed to accommodate a strip 18 (also known as a covering) of another material. Is positioned within the spiral-shaped channel 12. The term "another material" as used herein refers to a second material or a different type of material from the elastic body portion 10. In the first figure In the figure, the long strip 18 is indicated by a dashed line, and is combined with the elastic main body portion 10 to form a winding golf club grip 8 according to the present invention. The elastic main body portion 10 and the channel 12 are preferably Two-piece mold and Formed by a central rod, or alternatively by any other suitable molding process. The channel 12 can even be cut into a molded elastic body portion 10. As shown in the first figure, the spiral channel 12 is better The ground includes a slot 20, which is a tapered start end 22 suitable for a strip 18 as shown in the fifth figure. Preferably, the tapered start end of the strip 18 The section 2 2 series is inserted into the slot 20, and the strip 18 series is positioned at the uppermost end of the channel 12 and by placing the strip 18 on the channel 1 2-straight It descends into the lower part 16 of the main body part 10 and winds around the main body part 10. The strip 18 is fixed in the channel 12 with an adhesive known in the art, or, Alternatively, the strip 18 may allow the adhesive to be supplied to the bottom of its 200302122 before application, and covered with a known removable protective tape in a wrap-around golf club technology The tail end of the strip 18 may also be formed in the same manner as the tapered start end 22 Become tapered, so that the strip will be consistent with the lowermost end of the channel in the lower part 16 of the main body part 10. The alternative is that the strip 18 can be cut directly to install and more A band similar to a wrap-type golf club grip is preferably fixed at the bottom of the main body portion 10. The strip 18 according to the present invention is made of a second or alternative material, the The material is different from the elastic material of the exposed upper surface 17. The second or alternative material includes, but is not limited to: a thermosetting material, a thermoplastic material, a rubber material such as a foamed rubber material, polyurethane, A synthetic leather, leather, synthetic cork, a fabric or cloth like felt, other synthetic materials or cloth, or a combination of the above. The sixth figure depicts a side view of the strip 18, wherein the strip system includes a polyurethane layer 2 4 adhered to a foamed rubber layer 26. Although the strip 18 is depicted with straight edges, it should be understood that the edges of the strip 18 may be thinned or beveled. In addition, even if the spiral channel 12 shown is provided with a straight wall portion, it should be understood that the spiral channel 1.2 may have a thinned wall portion and a thinned length Article 1-8. The width (w 2) of the channel 1 2 and the strip 18 is selected to be consistent with the tolerances of general molding, so that the strip 18 can be immediately placed and fixed within the channel 12. For illustrative purposes only, the width of the strip 18 is between approximately 1 cm and 2 cm (cm), and 12 200302122 is preferably 1.5 cm. The thickness (t) of the strip 18 can be any desired thickness to provide a comfortable hand feel or grip. For illustrative purposes, an example of a suitable thickness is a thickness (t) between approximately 1 mm and 2 mm, and if the winding layer is desired to be formed through the channel 12 and formed in the main body portion 10 When the exposed upper surface 17 is flush, the depth (d) of the channel 12 is selected to be consistent with the thickness (t) of the strip 18. An example of a winding strip 18 laminated flush with the exposed upper surface 17 is shown in the seventh figure. As shown in the first figure, the exposed upper surface 17 is arranged in a spiral manner staggered with the strip 18 to provide a surface of multiple materials along the entire length of the handle. The grip has at least two types of materials on its surface, and the at least two materials are arranged alternately over the entire length of the grip. Another embodiment includes that the thickness (t) of the strip 18 is selected to be greater than the depth (d) of the channel 12, so that the wound strip 18 is higher than the exposed upper surface 17. Similarly, the strip 18 may have a thickness smaller than the depth of the channel 12 so that the exposed upper surface 17 will be relatively high. It should be immediately understood that the thickness, depth, and width of the strip 18 and / or the channel 12 can be changed for the customer's perception and the design of the wrap-type golf club grip according to the present invention. As mentioned above, the strip 18 may further include an adhesive covered by a removable protective tape to allow the strip 18 to be firmly positioned in the channel 12. Alternatively, a separate adhesive can also be used to fix the strip 18 in the channel 12. 13 200302122 Another feature of the present invention is that, in addition to providing a multi-material surface, it allows the strip 18 to be any selected color or fabric to provide a color that is pleasing in appearance and The combination of feelings. In addition, as shown in the second figure, the exposed upper surface 17 on the main body portion 10 may include a recessed portion 30, and the recessed portion is painted with color. To provide customers with more golf club grip design. In this way, the wrap-type golf club grip system according to the present invention provides a wide variation of the grip in terms of appearance and the feel of the entire functional length of the grip. This allows the wrap-around grip to have a unique and pleasingly different look and feel characteristic depending on the construction of multiple materials over the entire length of the grip. According to another aspect of the present invention, there is provided a method for manufacturing a winding-type grip, the method comprising the steps of: providing a substantially cylindrical body portion 10 made of an elastomer; A spiral channel 12 is formed in the main body portion 10 such that the channel 12 extends from an upper portion 14 of the main body portion 10 to a lower portion 16 of the main body portion 10, and the main body 10 The part 10 further includes a hole 11 in the hole, which is suitable for sliding on one end of the workpiece; and a strip 18 of a different material is arranged in the channel 12. And the strip 18 is fixed in the channel 1 2. The strip 18 may be wound around the main body portion 10 in advance to form a one-piece, sliding sleeve type unit; or, alternatively, the long strip 18 may be installed on the golf ball at the main body portion 10 The shaft of the club is then wound around the main body portion 10. 200302122 The main body portion 10 of the elastic body preferably includes a cover 32 formed integrally therewith, and the cover includes a central opening 3 4. An alternative embodiment may include providing a separate cover, which is constructed to be placed over the main body portion 10 of the elastomer, and through an interference fit or an adhesive Or a combination of an interference fit method and an adhesive is adhered to the main body portion 10. Although specific embodiments of the present invention have been illustrated and described in detail to demonstrate the application of the principles of the present invention, it will be understood that the present invention can be embodied without departing from these principles. [Brief Description of the Drawings] (1) The first view of the drawing part is a plan side view of a winding grip used as a golf club grip according to the present invention; the second drawing illustrates a golf club according to the invention A plan side view of the elastic body of the grip; the third view is a plan top view of the golf club grip; the fourth view is a plan bottom view of the golf club grip; the fifth view is a preferred embodiment of the present invention A plan front view of a portion of the strip material; a sixth view is a plan side view of a portion of the strip material according to a preferred embodiment of the present invention; and a seventh view is a portion of the winding grip Sectional view. (II) Symbols for components 15 200302122 8 Handle 10 Body part 11 Drilling hole 12 Channel 14 Upper part 16 Lower part 17 Upper surface 18 Strip 2 0 Slot 2 2 Starting end 2 4 Polyurethane layer 2 6 Foam rubber layer 30 Recessed part 3 2 Cover 3 4 Central opening