200840693 九、發明說明： 【發明所屬之技術領域】 本揭示之内容大體關於一手柄握把或一運動握把，且特 定言之係關於一新穎及改良式可變質量握把，其尤其適合 作為一震動施加器具之握把。 【先前技術】 在當前市場有多種形式之可利用握把以提供作為各種各 樣之器械。此等器械可從鐵錘握把到其它用於運動器械如200840693 IX. INSTRUCTIONS: [Technical Field of the Invention] The present disclosure relates generally to a handle grip or a sports grip, and in particular to a novel and improved variable mass grip, which is particularly suitable as A shock applies to the grip of the appliance. [Prior Art] There are various forms of available grips available in the current market to provide as a variety of instruments. These instruments can be used from hammer grips to other sports equipment such as
網球、壁球或短網拍牆球或高爾夫球桿之手柄握把不等。 雖然本發明係特別適合作為一高爾夫球桿握把並且在本文 中杈引此例來說明，然而可立即瞭解的是，本發明並非意 欲被侷限於高爾夫握把，而係可擴展至任何運動握把或震 動施加器具之手柄握把。 最初，高爾夫球桿握把主要是由皮革捲繞一把手構成。 其後，模塑橡膠握把成為通用，且目前一直廣泛使用。一 關於模塑橡膠握把之最近變化係在把手上使用—橡膠轴套 或-套官’並用皮革或皮革合成物朗旋狀的捲繞在握把 套管上以達到—更柔軟手感之概念。當前之握把是由各種 各樣材料及組合材料所製造。 依然存在-施加或接收衝擊或強度於或來自一震動施加 器具並可提供變化緩衝之改進可變質量握把之需要。此握 把應提供一具有稍微滑動或幾乎無滑動、較強抗扭轉性及 較強衝擊吸收性能之手柄。同時具有增強器具之搖擺重物 拴制以達到此為、具之一更有效控制之需要。搖擺重物控 127020.doc 200840693 • 制，手柄剛性，伸縮控制及緩衝減震只是提高來自器具衝 #之。卩为重要元素。調適一可變質量於一握把内之觀念可 提供使用者在提尚其在運動上之策略的多重選擇，或通過 一運用及表現更好之用具使工作變的簡單。 因此，較佳可具有一允許使用者以選擇正確裝配並感覺 震動施加器具或用具之把手或手柄以滿足使用者在一給定 •應用中之需求的可變質量握把。 【發明内容】 ^ 本發明之内容描述一可變質量握把之改良式軟帽。此軟 中目包含在一端具有一大體圓柱形元件以形成軟帽之一上方 部分。一管狀部分在一遠離圓柱形方向連接於圓柱形元件 錐體之一側。在臨近圓柱形元件處一管狀部分具有一第一 %形槽溝位於其外表面，及在臨近第一環形槽溝處具有一 第二環形槽溝位於其内表面。此管狀部分被構造以接收一 選定質量，及被安置於一空心本體内，該空心本體之尺寸 • 及形狀經設計以可安裝於一器具之把手上。本發明進一步 描述改進之可變質量握把在製造及設計握把以及降低庫存 費用過程中是怎樣節省製造成本。 _ 構成本發明之特徵之各種新穎特徵在附加請求項中被詳 • 1田指出並成為本發明内容之-部分。為更深入理解及藉由 ΐ用其可達到之操作優點，可參考所附圖式及描述^内 各0 【實施方式】 晴參考圖式，其並非用以限制本發明，且在數個視圖中 127020.doc 200840693 相同的元件編號係用以標示相同或類似的特徵，且首先詳 細參考圖1，其中顯示一大體標示為10之高爾夫 2 爾夫球桿1G包含-高爾夫球桿握把12，—手柄或把U 及-桿頭16，並且其是震動施加器具之—實例。術語，，震 動施加器具"被用於此意味著包含被用來撞擊，衝擊或施 加-力於-本體或一器具上之運動器具及用具。網球; 广 壁球拍，短網拍牆球拍，長曲棍球握把，魚竿把手，自行 車把手，摩托車把手及棒球握把僅係一小部分用以包含= 術語"震動施加器具"内之實例。當然還有—些其它的器 具’甚至可能更多之運動項目預想地在本揭示内容之範圍 内將仍然被改進。術語"震動施加器具，，同樣意味著包含但 不侷限於諸如一鐵錘把手或一螺絲起子把手之用具把手。 回到圖1，高爾夫球桿握把10是被作為一滑套類型之高 爾夫球桿已知於此項技術中。術語”滑套”被應用於此是意 圖提及-簡而言之用來滑動在_把手或手柄12之上及被固 定於該處之握把。握把是通過黏著劑、膠帶或該等合成物 以滑動在一高爾夫球桿手柄或把手上及被固定於該處。此 等握把被製造及被安置於一高爾夫球桿手柄上之方法已熟 知於此項技術内，並不需要進一步在本文中解釋。在此技 術中已知該滑套高爾夫球桿握把在多種形狀，組織及廣泛 應用於工業之材料是可行的。當前之高爾夫球桿握把是由 彈性材料如一橡膠合成物，一合成塑料或橡膠、熱塑性材 料製造，並且可以包含纖維或細線嵌入於該處。雖然本揭 不之内容特定言之係合適於作為一高爾夫球桿握把，並且 127020.doc -8- 200840693 以此例來说明，但本發明並不打算被僅僅侷限於如先前所 提及之高爾夫握把，且可被用於多數其它類型震動施加器 具之手柄握把。 接著參考圖2，其顯示一軟帽之改進設計，根據本揭示 内谷之可變質量握把其大體標示為2〇。軟帽2〇在一端具有 銜接元件22，其亦可被稱為握把之接合端。銜接元件22 形成軟帽20之上方部分。但銜接元件22在外形上較佳地是 一大體圓柱形元件，但可預期的是，該銜接元件22可含有 其它形式包含但不限於橢圓形、六邊形、八邊形、正方形 或多種其它形狀以用於握把。軟帽2〇進一步包含一連接到 形成軟帽20之一較低部分銜接元件22之一側之管狀部分 24。管狀部分24在一遠離銜接元件22之方向遞減地接近桿 頭16。官狀部分24是空心且在一實施例中具有一遞減地遠 離銜接元件22之直徑。應理解為管狀部分24可能是由在其 匕實施例中之一個以上直徑組成。至少第一環形槽溝3〇是 安置於臨近銜接元件22之管狀部分24之外表面上。其它實 施例提供大量環形槽溝30。再如圖8之另一實施例所顯 示，管狀部分24可能被穿線於螺紋插入式配件部分31比鄰 於銜接元件22及延伸至一理想長度。如圖2所示，管狀部 分24被構造以接收一選定之質量其可以是如圖2所示之一 防振管塞26，一如圖3所示虛線部分或圖4所示實線部分之 預定重物28,或一兩者結合之方法將會隨後更詳細的被描 述於此。 在圖5和圖6中，顯示了一組成握把其餘部分之空心本體 127020.doc -9- 200840693 ‘ 部分32。本體Μ是被定徑的以調整手柄或把手14之一端。 在頂。卩被思向作為握把之接合端，本體32有一在尺寸及形 狀方面符合管狀部分24之錐形凹槽3 4，並被構造以接受管 狀部分24於該處。管狀部分24被採用以緊密安裝於凹槽34 之内。凹槽34進一步包含至少一環形隆脊36以接合如上所 提及之第一環形凹槽3〇，以此通過一機械地牽引接合固定 軟巾目20於本體32之上。其它實施例可包含兩個或兩個以上 ⑩ 接合兩個或兩個以上環形凹槽30之隆脊36。再如圖9所顯 示之另一實施例，一内空螺紋部分33可能替代隆脊36被應 用以接合軟帽20之管狀部分24的交替實施例之螺紋插入式 配件部分3 1。 芩考圖4，重物28被顯示是通過重物從管狀部分以延伸 至一衡接兀件22之空心部分的方法被安置於軟帽2〇内。通 道29被規定經由銜接元件22之中心及在鑄造軟帽2〇過程中 放置與女衣重物28，繼續經由重物28以便使用。重物“是 • 一較佳地鎢材料，其有一取決於使用者及應用之從大約i 公克至大約1500公克範圍之重物。更佳地，該重物可能從 大約10公克至大約40公克範圍。該重物28是在經由禱造軟 • ㈣過程中㈣縮於軟帽29内。—〇型圈％接合位於臨近 冑-環形槽溝30之管狀部分24的内部表面之一第二環形槽 溝40’但在管狀部分24之對立面（也就是在内部表幻以便 為軟帽20至手柄14提供一辅助牵引零件。 如先前所提及’本發明之改良式軟帽2G的設計之優點是 其選擇使用-如圖2所示結合於重物28之防振管塞％，或 127020.doc -10- 200840693 -無重物28之單獨管塞。可立即瞭解的是，若有需要，防 振管塞26可含有包含於該處之自身重物，且其在空心手柄 14内之衣置可為任何長度。通過調整防振管塞％之長度， 吏用者可根據而要選擇防振數量。使用防振管塞％及一單 獨重物28其等優點是能夠用更多彈性材料製造防振管塞26 以便減震及避震。防振总空 防振官基26在外形上是一較佳圓柱形， 且有至^ 〇型圈42，較佳的兩個〇型圈42，44，被安置 於遠離軟帽20之-對立端。〇型圈42,44被定徑以適當的 女裝於手柄14内及起避震與減震之作用，就像傳遞經由波 浪傳播至防振官塞26之其餘物。軟帽20，本體Tennis, squash or short racquet squash or golf club handle grips. While the present invention is particularly well suited as a golf club grip and is illustrated herein by way of example, it will be immediately appreciated that the present invention is not intended to be limited to golf grips but can be extended to any sport grip. Apply or shake the handle grip of the appliance. Initially, the golf club grip was mainly composed of a leather wound handle. Thereafter, molded rubber grips have become versatile and have been widely used at present. A recent change in molded rubber grips is used on the handles - rubber bushings or - sleeves - and is wrapped around the grip sleeve with a leather or leather composite to achieve the concept of a softer hand. Current grips are manufactured from a wide variety of materials and combinations. There is still a need to apply or receive an impact or strength to or from a vibrating applicator and provide a variable cushion of varying cushioning. This grip should provide a handle with a slight sliding or almost no slip, strong torsion resistance and strong impact absorption. At the same time, the swing weight of the reinforcing device is clamped to achieve this, and the need for more effective control. Swing weight control 127020.doc 200840693 • The handle, the rigidity of the handle, the telescopic control and the cushioning damping are only improved from the appliance.卩 is an important element. The concept of adapting a variable mass to a grip provides the user with multiple choices in promoting their sporting strategy, or making the job simpler through a tool that uses and performs better. Accordingly, it may be desirable to have a variable mass grip that allows the user to select the handle or handle that properly assembles and feels the shock applying appliance or appliance to meet the user's needs in a given application. SUMMARY OF THE INVENTION The present invention describes an improved soft cap of a variable mass grip. The soft mid-eye includes a portion having a large cylindrical member at one end to form an upper portion of the flexible cap. A tubular portion is attached to one side of the cylindrical member cone in a direction away from the cylindrical direction. A tubular portion having a first %-shaped groove is located on an outer surface thereof adjacent the cylindrical member, and a second annular groove is located on an inner surface thereof adjacent the first annular groove. The tubular portion is configured to receive a selected mass and is disposed within a hollow body, the hollow body being sized and shaped to be mounted to a handle of an appliance. The present invention further describes how the improved variable mass grip can save manufacturing costs in manufacturing and designing the grip and reducing inventory costs. The various novel features which are characteristic of the invention are pointed out in the appended claims and are part of the content of the invention. For a more in-depth understanding and by using the operational advantages that can be achieved, reference can be made to the drawings and descriptions. [Embodiment] A clear reference pattern is not intended to limit the present invention, and is in several views. 127020.doc 200840693 The same component numbers are used to identify the same or similar features, and first reference is made in detail to FIG. 1, which shows a golf ball 1G comprising a golf club grip 12, generally indicated at 10. - Handle or handle U and - head 16 and it is an example of a vibrating applicator. The term "vibration applicator" is used to mean an exercise device and appliance that is used to impact, impact or apply a force on a body or an implement. Tennis; wide-walled racquet, short-racquet racquet, lacrosse grip, fishing rod handle, bicycle handle, motorcycle handle and baseball grip are only a small part to contain = term "vibration applicator" Example. Of course, there are other devices, and even more athletics, would be expected to be improved within the scope of the present disclosure. The term "vibration applying device" also means including but not limited to a handle such as a hammer handle or a screwdriver handle. Returning to Figure 1, the golf club grip 10 is known in the art as a sliding sleeve type golf club. The term "sleeve" is used herein to refer to - in short, the grip that is used to slide over the handle or handle 12 and to be secured thereto. The grip is slid over a golf club handle or handle by an adhesive, tape or the like and secured thereto. Methods of making and placing such grips on a golf club grip are well known in the art and need not be further explained herein. It is known in the art that the sleeve golf club grip is feasible in a variety of shapes, configurations, and materials that are widely used in industry. Current golf club grips are made of an elastic material such as a rubber composition, a synthetic plastic or rubber, thermoplastic material, and may contain fibers or thin wires embedded therein. Although the present disclosure is particularly suitable as a golf club grip, and 127020.doc -8-200840693 is illustrated by way of example, the present invention is not intended to be limited only as previously mentioned. Golf grips and can be used with handle grips for most other types of vibrating applicators. Referring next to Fig. 2, there is shown a modified design of a soft cap which is generally designated 2 根据 according to the variable mass grip of the inner valley. The soft cap 2 has an engagement element 22 at one end, which may also be referred to as the engagement end of the grip. The engagement element 22 forms the upper portion of the soft cap 20. However, the engaging element 22 is preferably a generally cylindrical member in shape, but it is contemplated that the engaging element 22 may comprise other forms including, but not limited to, elliptical, hexagonal, octagonal, square or various other Shape for the grip. The soft cap 2 further includes a tubular portion 24 that is coupled to one side of the lower portion of the engagement member 22 that forms one of the soft caps 20. The tubular portion 24 is progressively adjacent to the head 16 in a direction away from the engaging member 22. The official portion 24 is hollow and in one embodiment has a decreasing diameter away from the engaging member 22. It should be understood that the tubular portion 24 may be composed of more than one diameter in its 匕 embodiment. At least the first annular groove 3 is disposed on the outer surface of the tubular portion 24 adjacent the engaging member 22. Other embodiments provide a plurality of annular grooves 30. As further shown in the other embodiment of Figure 8, the tubular portion 24 may be threaded through the threaded insert fitting portion 31 adjacent the engaging member 22 and extending to a desired length. As shown in Figure 2, the tubular portion 24 is configured to receive a selected mass which may be one of the anti-vibration plugs 26 as shown in Figure 2, a dashed portion as shown in Figure 3 or a solid portion as shown in Figure 4. The method of pre-determining the weight 28, or a combination of the two, will be described later in more detail. In Figures 5 and 6, a hollow body 127020.doc -9-200840693 ‘Part 32 is shown which constitutes the rest of the grip. The body Μ is sized to adjust one end of the handle or handle 14. At the top. The crucible is considered to be the joint end of the grip, and the body 32 has a tapered recess 34 conforming to the tubular portion 24 in size and shape, and is configured to receive the tubular portion 24 there. The tubular portion 24 is employed to fit snugly within the recess 34. The recess 34 further includes at least one annular ridge 36 for engaging the first annular recess 3〇 as referred to above for securing the soft tissue 20 over the body 32 by a mechanical traction engagement. Other embodiments may include two or more ridges 36 joining two or more annular grooves 30. As further shown in Fig. 9, an inner threaded portion 33 may be substituted for the threaded insert fitting portion 31 of the alternate embodiment in which the ridge 36 is adapted to engage the tubular portion 24 of the soft cap 20. Referring to Fig. 4, the weight 28 is shown to be placed within the soft cap 2 by a method in which the weight extends from the tubular portion to the hollow portion of the balance member 22. The passage 29 is defined to be placed with the garment weight 28 via the center of the engagement member 22 and during the casting of the soft cap 2, continuing through the weight 28 for use. The weight "is a preferred tungsten material having a weight ranging from about i grams to about 1500 grams depending on the user and application. More preferably, the weight may be from about 10 grams to about 40 grams. The weight 28 is retracted into the soft cap 29 during the process of softening through the prayer (4). The 〇-ring % joint is located in one of the inner surfaces of the tubular portion 24 adjacent the 胄-annular groove 30. The groove 40' but on the opposite side of the tubular portion 24 (i.e., internally illusive to provide an auxiliary traction member for the soft cap 20 to the handle 14. As previously mentioned, the advantages of the design of the improved soft cap 2G of the present invention Is the choice to use - as shown in Figure 2 combined with the weight 28 of the anti-vibration pipe plug, or 127020.doc -10- 200840693 - no heavy weight 28 of the separate pipe plug. It is immediately understood that, if necessary, The anti-vibration plug 26 may contain its own weight contained therein, and its clothing in the hollow handle 14 may be of any length. By adjusting the length of the anti-vibration plug, the user may choose to prevent it. Number of vibrations. Use anti-vibration pipe plug % and a separate weight 28 It is possible to manufacture the anti-vibration plug 26 with more elastic material for shock absorption and shock absorption. The anti-vibration total anti-vibration base 26 is preferably cylindrical in shape and has a ring 42 preferably. The two 〇-shaped rings 42, 44 are placed away from the opposite ends of the soft cap 20. The 〇-shaped rings 42, 44 are sized to fit the appropriate handles in the handle 14 and to act as a shock absorber and shock absorber. Just like passing the rest of the anti-vibration official plug 26 via the wave. Soft hat 20, body
塞26與〇型圈38，42，44 一如L 起較L地是由最佳地適合於此 用途之-彈性材料戒熱塑性材料製造而成。 、本體32可此包含—個或—個以上由橡膠，彈性材料或熱 2 ϋ材料或此等材料之合成物在一配置内以供應變化硬 度計（du麵叫標準之層。—硬度計標準或等級對於橡 膠’塑料或其它非金屬材料之硬度測定是一國際標準。硬 度計標準或等級被描述於美國材料試驗學會祥案之美國材 料試驗學會D⑽號。舉例而言在一實施例中，一固定於 手柄Μ之本體32之内表面46有—從大㈣至大約5〇邵爾a 硬度值。本體32之外表面48可含有一較佳地從大約25至大 約9〇邵爾A硬度計標準，或任何標準之綜合以為外表面握 把有較好摩擦性及伴醏_ & Μ #工 佧^内部截面之接觸性手感做準備。 替換高爾夫握把在高爾夫球業是相當普遍的，且高爾夫 握把之替換方法已為大家所知曉。本揭示内容之改良式軟 127020.doc 200840693The plug 26 and the weir ring 38, 42, 44, as L, are made of an elastic material or a thermoplastic material that is optimally suited for this purpose. The body 32 may comprise one or more of a rubber, an elastic material or a thermal material or a composite of such materials in a configuration to supply a varying hardness tester (du surface called standard layer - hardness tester standard) Or grade is an international standard for hardness determination of rubber 'plastics or other non-metallic materials. Hardness tester standards or grades are described in American Society for Testing Materials D (10). For example, in one embodiment, An inner surface 46 of the body 32 secured to the handle has a hardness value from a large (four) to about 5 angstroms. The outer surface 48 of the body 32 can comprise a preferably from about 25 to about 9 angstrom A hardness. The standard, or the combination of any standard, is intended to prepare the outer surface grip for better friction and accompaniment. The replacement of the golf grip is quite common in the golf industry. And the replacement method of the golf grip is known to everyone. The improved soft 127020.doc 200840693
帽20及本體32允許使用者在一指定申請中挑選最適宜之重 物’防振管塞及總質量。用於拆卸與置換軟帽2〇以填加或 多或少之重物，或多或少之防振管塞，或其兩者之能力以 允許在調整過程中甚至是本體32被固定於手柄14之後靈活 移動。此靈活性允許使用者根據其自身特有感覺以調整器 具。有益地，本體32可根據握把替換之已知方法被安置於 手柄14上，或者，軟帽20及本體32，作為一單一握把，可 被先安置於手柄14上，而後可根據需要以替換軟帽2〇。如 握把沒有其特有手感，即使在握把已被安置於手柄上之後 使用者也有更換軟帽之選擇權。 、、、。果，由於軟帽2〇及本體3 2之可替換，存貨清單之數量 也大大降低，由此，生產成本由於較少存貨清單同樣顯著 降低。 菖务月之具體實施例被顯示及被詳細描述以說明發明之 原則申印a守，應理解該發明可能被具體化而並非遠離 原則。 寻 【圖式簡單說明】 圖1是一高爾夫球桿之高架遠景圖； 改良式軟帽 圖2是一根據本揭示内容之一種實施例的一 之南架遠景圖； 一種實施例的一改良式軟 圖3是一根據本揭示内容之另 帽之高架圖； 圖4疋如圖3所述實施例之局部部視圖； 圖5疋根據本揭不内容之_種實施例的可變質量握把之 127020.doc 12 200840693 空心本體之遠景圖，軟帽由於清晰度被忽略； 圖6是一如圖5所示本體一部分之局部部視圖； 質量握把 圖7是一根據本揭示内容之一種實施例的可變 之部件分解圖； 圖8是一類似圖3之另一種實施例之視圖； 握把外部 圖9是一圖8實施例類似圖6之視圖；以及 圖1〇是一根據本揭示内容之一種實施例描述一 與内部表面之局部部視圖。 【主要元件符號說明】 10 高爾夫球桿 12 高爾夫球桿握把 14 手柄或握把 16 桿頭 20 軟帽 22 銜接元件 24 管狀部分 26 防振管塞 28 重物 30 第一環形槽溝 31 螺紋插入式配件部分 32 空心本體部分 33 内空螺紋部分 34 錐形部分 36 隆脊 127020.doc -13- 200840693 38 0型圈 40 第二環形槽溝 42 0型圈 44 0型圈 46 内表面 48 外表面The cap 20 and body 32 allow the user to select the most suitable weight' anti-vibration plug and total mass in a designated application. The ability to disassemble and replace the soft cap 2 to fill more or less weight, more or less anti-vibration plugs, or both to allow even the body 32 to be secured to the handle during adjustment After 14 moves flexibly. This flexibility allows the user to adjust the instrument to its own unique feel. Beneficially, the body 32 can be placed on the handle 14 according to known methods of grip replacement, or the soft cap 20 and the body 32 can be placed on the handle 14 as a single grip, and then can be Replace the soft hat 2〇. If the grip does not have its own unique feel, the user has the option of replacing the bonnet even after the grip has been placed on the handle. , ,,. As a result, the number of inventory lists is greatly reduced due to the replacement of the soft cap 2 and the body 32, whereby the production cost is also significantly reduced due to the smaller inventory. The specific embodiment of the 月月 is shown and described in detail to illustrate the principles of the invention, and it should be understood that the invention may be embodied rather than far from the principle. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an elevated perspective view of a golf club; an improved soft hat FIG. 2 is a perspective view of a south frame according to an embodiment of the present disclosure; an improved version of an embodiment Figure 3 is an elevational view of a further cap according to the present disclosure; Figure 4 is a partial elevational view of the embodiment of Figure 3; Figure 5 is a variable mass grip according to an embodiment of the present disclosure 127020.doc 12 200840693 The perspective view of the hollow body, the soft cap is ignored due to the sharpness; FIG. 6 is a partial view of a portion of the body shown in FIG. 5; the mass grip FIG. 7 is an implementation according to the present disclosure. FIG. 8 is a view similar to FIG. 3; grip outer view 9 is a view similar to FIG. 6 in the embodiment of FIG. 8; and FIG. 1 is a perspective according to the present disclosure. One embodiment of the content describes a partial partial view of the interior surface. [Main component symbol description] 10 Golf club 12 Golf club grip 14 Handle or grip 16 Head 20 Soft hat 22 Engagement element 24 Tubular part 26 Anti-vibration plug 28 Weight 30 First annular groove 31 Thread Plug-in fitting part 32 hollow body part 33 inner threaded part 34 tapered part 36 ridge 127020.doc -13- 200840693 38 0-ring 40 second annular groove 42 0-ring 44 0-ring 46 inner surface 48 surface
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