200920447 九、發明說明： 【發明所屬之技;^領域】 本發明所揭示者係有關高爾夫球具，更詳細言之，係有關 一種高爾夫球桿頭’其有數個應力區，以及製造此種高爾夫 球桿頭的方法。 【先前技術】 本申請案係No. 11/613,854 (2006年12月20曰提出申 請）美國申請案的部份連續申請，以及係N〇. 11/693,490 (2007年3月29曰提出申請）申請案的部份連續申請，以 及Να 69/884, 685 (2007年1月12曰提案）美國專利暫時 申請案申請專利範圍的補強。 【發明内容】 高爾夫球桿頭可經設計成藉由調整該等高爾夫球桿頭的 重心（CG)及/或慣性矩（Μ0Ι)’而對偏離中心的擊球給予 較大的彌補。舉個例說，在高爾夫球捍頭的頂壁部（亦即， 球桿頭冠部）上製作一個或多個孔洞，以減降該頂壁部的重 里。或者，在該頂壁部上製作一個或多個薄段部，以減降該 頂壁部的重量。然而，該等孔洞或薄段部的尺寸及/或位置 200920447 可能影響高爾夫球桿頭結構的整體性、耐用性'震動回授， 及/或在回應该尚爾夫球桿頭的面部（亦即，擊球面）上衝 擊力時清脆的回音。 【實施方式】 本說明書說明了有著數個應力區的高爾夫球桿頭，以及製 造這類高爾夫球桿頭的方法。本說明書裡所敘述的方法、裝 備和製造的物件，其範疇與精神乃不應受限於文意。 在圖1〜4的實施例裡，一種高爾夫球桿頭1〇〇可包括一 桿頭體110。大致說來，桿頭體110可包括一個或多個孔洞 120 (在圖中大致以122、124、126與128表示）、一趾端部 130、一跟端部132、一前端部134、一背端部136、一面部 140、一頂壁部142 (比方說，一冠部）、一底壁部144 (比方 說’ 一底部），以及一侧壁146 (比方說，一裙部）。該桿頭 體110可以一金屬材料製成，比方說，鈦金屬、鈦合金，及 /或其他任何合適的金屬。如本說明書裡稍後所述，該等孔 洞120可包括-開σ、一開條、一間隙等等，或這些結構的 任一組合。 該趾端部130可與該跟端部132相對側。同樣地方式，該 前端部134可與該背端部136相對側。該面部14〇可經放在 該前端部134上，此結構乃祕擊打高爾姐（圖未示）。尤 其’該面部140可包括數條溝槽15〇。該數條溝槽15〇可沿 著在該面部140上，該趾端部130與該跟端部132之間方尚 製作成長條形。該頂壁部丨42可與該底壁部144相對侧。該 200920447 側鶴可經放在該頂壁部142與_ 4 =部_跟端部134之間，包圍桿頭二= 該:爾夫球桿頭100可另包括—管段⑽和 165。舉個例說，該管段⑽可經置於該跟端部13=過= 於靠近該跟善132。該管段⑽可 2處，或置 段過渡段165延伸。為了製作赤1 土 1〇通過該管 可收為〜、ό〇為氣作成一南爾夫球桿，該管段⑽ 第一端部。該桿柄198可藉由娜 &加工（比方說，環氧樹脂），及/或其他合適的結合加工（比 方說，機械力接合、銲接、轉，及/_)方式^ 到該尚爾夫球桿頭100。此外，一握柄199可經接合 柄198的-第二端部以完成該高爾夫球桿。本說明書裡所敛 述的裝備、方法’和製造的物件，其範雜精神乃不應受限 於文意。 桿頭體110可包括一第一區170和一第二區m二 區180在回應該面部140上擊球時，較該第—區相對地可承 受更大的應力^在-實施例裡，該第—區m和第二區⑽ 可經-條或多條鐘形曲線（比方說，正常分布的形狀）來界 疋，該二條曲線在圖2和圖3中大致以190和195表示。參 看圖2’舉個例說，一第一鐘形曲線19〇可包括一第一點21〇、 一第二點220 ’以及一第三點230。該第一點21〇可位在桿頭 體110的趾端部130處或位在其附近。該第二點220可位在 才干頭體110的跟端部132處或位在其附近。該第三點230可 位在該頂壁部142上從該面部140看來的一末稍部點處，或 位在其附近（比方說，在靠近該第一鐘形曲線190的中央處 200920447 或其附近）。 該第-鐘形曲線19〇可代表在該頂壁部142上介於該第一 區170和該第二區⑽之間的—界線。更進—步言之，該第 -鐘形曲線19G可指出該—個或多個孔洞⑽可經位在該頂 壁部142上的什麼位置，以取得最佳的重心及/或慣性矩， 而不致大大地断了結構上的整體性、耐雜、震動回授， 及/或南爾夫球桿頭1〇〇的清脆回音。本說明書裡所敛述的 裝備、方法和製造的物件，其範賴精神乃减受限於文意。 轉到圖3 ’舉個例說，一第二鐘形曲線195可另包括一第 一點310、一第二點320，和一第三點33〇。該第一點31〇可 位在桿頭體11G的趾端部13Q處或位在其附近。該第二點32〇 可位在桿頭體11〇的跟端部132處或位在其附近。該第三點 330可位在該底壁部144上從該面部14〇看來的一末稍部點 處，或位在其附近（比方說，在靠近該第二鐘形曲線195的 中央處或其附近）。 和該第一鐘形曲線190的情形一樣，該第二鐘形曲線195 可代表在該底壁部144上介於該第一區17〇和該第二區18〇 之間的一界線。更進一步言之，該第二鐘形曲線195可指出 該一個或多個孔洞120可經位在該底壁部144上的什麼位 置，以取得最佳的重心及/或慣性矩，而不致大大地減降了 結構上的整體性、耐用性、震動回授，及/或高爾夫球桿頭 的清脆回音❶本說明書裡所敘述的裝備、方法和製造的 物件’其範疇與精神乃不應受限於文意。 在圖4中的實施例裡’該第一和第二鐘形曲線ι9〇和ι95 可以一傾斜面405、一第一平面410,和一第二平面420為基 200920447 礎。該第-平面410和該第二平面42〇可相互幾冑全平行且 與該傾斜面405幾完全呈怖進一步言之，該第一平面41〇 與該傾斜面405可有-第—距離⑻，而該第二平面抱血 2斜面405可有-第二距離⑻。該第一鐘形曲線⑽的 以第-及第二點210和220可位在該第一平面上。該第 一鐘形曲線195的該第—及第二點和32〇也可位在該第 平面410上。該第一鐘形曲線19〇的該第三點娜可位在 s第平面420上。該第二鐘形曲線195的該第三點亦 可位在該第二平面420上。 該第一鐘形曲線190的該第一點210和該第二點220相對 ，該第-鐘形曲線⑽的該第三點咖，可更靠近該傾斜面 伽」因為大大地更靠近該第三點23Q的—區部相對於大大地 更靠近該第一點210和該第二點220，能承受更大的應力。 同樣地情形’該第二鐘形曲線195的該第一點細和該第二 點320相對於該第二鐘形曲線195的該第三點聊，可更靠 近該傾斜面405，因為大大地更靠近該第三點230的-區部 相對於大大地更靠近該第一點21Q和該第二點22()，能承受 更大的應力。 更進一步言之，該第一區17〇可延伸介於該背端部136與 該第—和第二鐘形曲線190和195之間，而該第二區180可 延伸介於該前端部134與該第一和第二鐘形曲線190和195 之間。該第一區170可包括該等孔洞12〇以重新分配該高爾 夫球桿頭100的重量，而不致大大地減降該高爾夫球桿頭i〇〇 結構上的整體性、耐用性、震動回授，及/或高爾夫球桿頭 10〇的清脆回音。也就是說，藉著該等孔洞12〇，可減降該頂 200920447 土142及/或該底壁部144的重量。相反地，該第二區 可不包括任何孔洞，以避免在該面部14〇上擊球回應時，大 大地減降了高爾夫球桿頭100結構上的整體性、耐用性、震 動回授，及/或清脆的回音。由於該等孔洞12〇位在該第一 區170裡，可取得該高爾夫球桿頭100的最佳重心及/或慣 性矩。就算該等孔洞沒有一個是位在該第二區裡，該高 爾夫球桿頭100結構上的整體性、耐用性、震動回授，以及 其清脆的回音仍能保持就如同該等孔洞沒有一個是位在該第 一區170裡一樣。 如前面所提到的，該等孔洞120可經製作到該高爾夫球桿 頭100上，而不致於大大地減降其結構的整體性、耐用性、 震動回授，及/或高爾夫球桿頭1〇〇在其面部14〇上擊球回 應時的清脆回音。如果不靠著將該等孔洞12〇的尺寸製作到 最大（比方說，一心形或V字形孔洞幾完全從該第一鐘形曲 線190延伸到該背端部136，以及從該頂壁部142上的趾端 部130延伸到跟端部132)以儘量將其重量從該頂壁部142 重新分配，則比方說，該等孔洞12〇的尺寸可以如本說明書 裡所述，將其重量從該頂壁部142重新分配，而又能幾完二 保持高爾夫球桿頭1〇〇結構的整體性、耐用性、震動回授， 以及清脆的回音。 和其他的高爾夫球桿頭相反的是，該第—距離D1可根據該 高爾夫球桿頭100的傾斜面405而不根據一前緣141或該面 部140的頂端部142來量測。同樣的情形，該第二距離匕可 根據該咼爾夫球桿頭1〇〇的傾斜面4〇5而不根據其前緣 或該面部140的底端部143 (比方說，高爾夫球桿頭⑽的 200920447 刖緣141可能是該面部140的底端部）來量測的。在一實施 例裡’該高爾夫球長打桿桿頭（比方說，即高爾夫球桿頭丨〇〇 ) 的第—距離h，可小於或等於〇. 75吋，而該第二距離匕可 =或等於1. 3忖。對平坦球道使用的本桿頭、金屬/木混 合#頭’或其他麵的高岐轉頭來說，該第_距離仏和 該第-距離D2可各為小於或等於〇· 75时和小於或等於l 3 时。儘管上述的實施例可敘述特別的相對於該傾斜面4〇5的 距離，而本說明書裡所述的方法、裝備，以及製作的物件可 包括第一距離D,和第二距離D2的其他距離。 高爾夫球桿頭副可包括—第三距離（D3)延伸介於該傾 斜面405與-第三平面430之間。舉個例說，該第三距離匕 可為該兩爾夫球满⑽的長度。賴斜面與該第三平 面430可幾完全相互平行。因此，該第―、第二和第三平面 41 〇、420和430也可幾完全相互平行。該第三平面樣可包 括該高爾夫球桿頭100的背端部136。在一實施例裡，該第 三距離D3可為4. G十據此，該第—距離㈣小於或等於該 第三距離D3的18.75%，而該第二距_可小於或等於該第三 距離D3的32· 5%。就平坦球道用的木桿頭、金屬/木混合桿200920447 IX. Description of the Invention: [Technology of the Invention] Field of the Invention The present invention relates to a golf club, and more particularly to a golf club head having a plurality of stress zones and manufacturing such a golf ball The method of the club head. [Prior Art] This application is a continuation-in-part application of the US application No. 11/613,854 (filed on December 20, 2006), and N. 11/693,490 (filed on March 29, 2007) Part of the application for continuous application, and the reinforcement of the patent application scope of the US patent provisional application of Να 69/884, 685 (Proposed on January 12, 2007). SUMMARY OF THE INVENTION Golf club heads can be designed to provide greater compensation for off-center shots by adjusting the center of gravity (CG) and/or moment of inertia (Μ0Ι) of the golf club heads. For example, one or more holes are made in the top wall portion of the golf club head (i.e., the crown of the club head) to reduce the weight of the top wall portion. Alternatively, one or more thin sections are formed on the top wall portion to reduce the weight of the top wall portion. However, the size and/or position of the holes or thin sections 200920447 may affect the integrity of the golf club head structure, durability 'vibration feedback, and/or the face that should be returned to the head of the golf club head (also That is, the impact on the hitting surface is a crisp echo. [Embodiment] This specification describes a golf club head having a plurality of stress zones, and a method of manufacturing such a golf club head. The scope and spirit of the methods, equipment and articles of manufacture described in this specification should not be limited by the meaning of the text. In the embodiment of Figures 1-4, a golf club head 1 can include a head body 110. In general, the head body 110 can include one or more holes 120 (shown generally at 122, 124, 126, and 128 in the figures), a toe end 130, a heel end 132, a front end portion 134, and a The back end portion 136, a face portion 140, a top wall portion 142 (say, a crown portion), a bottom wall portion 144 (say, a bottom portion), and a side wall 146 (say, a skirt portion). The head body 110 can be made of a metallic material such as titanium metal, titanium alloy, and/or any other suitable metal. The holes 120 may include - open sigma, open strip, a gap, etc., or any combination of these structures, as described later in this specification. The toe end 130 can be opposite the heel end 132. In the same manner, the front end portion 134 can be opposite the back end portion 136. The face 14 can be placed on the front end portion 134, and the structure is secretly hit by Gao Erjie (not shown). In particular, the face 140 can include a plurality of grooves 15〇. The plurality of grooves 15A can be formed on the face portion 140, and the toe end portion 130 and the heel end portion 132 are formed in a continuous strip shape. The top wall portion 42 can be opposite the bottom wall portion 144. The 200920447 side crane can be placed between the top wall portion 142 and the _ 4 = portion _ with the end portion 134, surrounding the head 2 = the: the golf club head 100 can additionally include - the tube segments (10) and 165. For example, the pipe section (10) can be placed at the heel end 13 = over = close to the heel 132. The pipe section (10) may be 2, or the zone transition section 165 may extend. In order to make the red 1 soil 1 〇 through the tube can be collected as ~, ό〇 gas into a Nanlf club, the first end of the pipe section (10). The shank 198 can be processed by Na & (e.g., epoxy), and/or other suitable bonding processes (say, mechanical force bonding, welding, turning, and /_) to the Shanger Club head 100. Additionally, a grip 199 can engage the second end of the handle 198 to complete the golf club. The equipment, methods, and articles manufactured in this manual should not be limited by the meaning of the text. The head body 110 can include a first zone 170 and a second zone m zone 180 that can withstand greater stresses relative to the first zone when hitting the ball on the face portion 140. The first-region m and the second region (10) may be bounded by a strip or a plurality of bell-shaped curves (for example, a normally distributed shape), which are generally indicated by 190 and 195 in FIGS. 2 and 3. Referring to Fig. 2', for example, a first bell curve 19A may include a first point 21A, a second point 220', and a third point 230. The first point 21〇 can be located at or near the toe end 130 of the head body 110. The second point 220 can be located at or near the heel end 132 of the head 110. The third point 230 can be located at a point on the top wall portion 142 from the face 140 or in the vicinity thereof (for example, near the center of the first bell curve 190 200920447 Or near it). The first bell curve 19 〇 may represent a boundary between the first zone 170 and the second zone (10) on the top wall portion 142. Further, in the first step, the first bell curve 19G can indicate where the one or more holes (10) can pass over the top wall portion 142 to achieve an optimum center of gravity and/or moment of inertia. It does not greatly break the structural integrity, tolerance, vibration feedback, and/or the crisp echo of the Nalph club head. The equipment, methods and articles manufactured in this manual are subject to the limitations of the text. Turning to Figure 3, for example, a second bell curve 195 can further include a first point 310, a second point 320, and a third point 33. The first point 31〇 can be located at or near the toe end 13Q of the head body 11G. The second point 32〇 can be located at or near the heel end 132 of the head body 11〇. The third point 330 can be located on the bottom wall portion 144 at a slight point from the face 14 , or in the vicinity thereof (for example, near the center of the second bell curve 195) Or near it). As in the case of the first bell curve 190, the second bell curve 195 may represent a boundary line between the first zone 17〇 and the second zone 18〇 on the bottom wall portion 144. Furthermore, the second bell curve 195 can indicate where the one or more holes 120 can pass over the bottom wall portion 144 to achieve an optimal center of gravity and/or moment of inertia without greatly Reduce the structural integrity, durability, shock feedback, and/or the crisp echo of the golf club head. The equipment, methods, and articles of manufacture described in this manual are not subject to the scope and spirit. Limited to the meaning of the text. In the embodiment of Fig. 4, the first and second bell curves ι9 〇 and ι 95 may be based on an inclined surface 405, a first plane 410, and a second plane 420. The first plane 410 and the second plane 42 〇 may be completely parallel to each other and completely opposite to the inclined surface 405. The first plane 41 〇 and the inclined surface 405 may have a -first distance (8) And the second plane hay 2 bevel 405 may have a second distance (8). The first and second points 210 and 220 of the first bell curve (10) can be positioned on the first plane. The first and second points and 32 〇 of the first bell curve 195 can also be located on the first plane 410. The third point of the first bell curve 19A can be located on the sth plane 420. The third point of the second bell curve 195 can also be located on the second plane 420. The first point 210 of the first bell curve 190 is opposite to the second point 220, and the third point of the first bell curve (10) can be closer to the sloped surface because the macro is closer to the first The three-point 23Q-portion is able to withstand greater stresses relative to being substantially closer to the first point 210 and the second point 220. Similarly, the first point of the second bell curve 195 and the third point 320 of the second point 320 relative to the second bell curve 195 may be closer to the sloped surface 405 because The portion closer to the third point 230 can withstand greater stress with respect to being substantially closer to the first point 21Q and the second point 22(). Furthermore, the first zone 17〇 can extend between the back end 136 and the first and second bells 190 and 195, and the second zone 180 can extend between the front end 134. Between the first and second bell curves 190 and 195. The first zone 170 can include the holes 12〇 to redistribute the weight of the golf club head 100 without substantially reducing the integrity, durability, and shock feedback of the golf club head structure. And/or the crisp echo of the golf club head 10 〇. That is, by the holes 12, the weight of the top 200920447 soil 142 and/or the bottom wall portion 144 can be reduced. Conversely, the second zone may not include any holes to avoid greatly reducing the structural integrity, durability, shock feedback, and/or of the golf club head 100 when the hitting response on the face 14 is hit. Or a crisp echo. Since the holes 12 are positioned in the first zone 170, the best center of gravity and/or moment of inertia of the golf club head 100 can be obtained. Even if none of the holes are located in the second zone, the structural integrity, durability, shock feedback, and crisp echo of the golf club head 100 can remain as if none of the holes were The bit is the same in the first zone 170. As mentioned previously, the holes 120 can be made onto the golf club head 100 without greatly reducing the structural integrity, durability, shock feedback, and/or golf club head. 1〇〇 A crisp echo when hitting the ball on its face 14 。. If the dimensions of the holes 12 are not made to the maximum (for example, a heart-shaped or V-shaped hole extends completely from the first bell curve 190 to the back end portion 136, and from the top wall portion 142 The upper toe end 130 extends to the heel end 132) to redistribute its weight from the top wall portion 142 as much as possible. For example, the dimensions of the holes 12 can be as described in this specification. The top wall portion 142 is redistributed while maintaining the integrity, durability, shock feedback, and crisp echo of the golf club head structure. In contrast to other golf club heads, the first distance D1 can be measured from the inclined surface 405 of the golf club head 100 without depending on a leading edge 141 or the top end portion 142 of the face portion 140. In the same case, the second distance 匕 may be based on the inclined surface 4〇5 of the golf club head 1〇〇 without depending on the leading edge or the bottom end portion 143 of the face portion 140 (for example, a golf club head) The 200920447 rim 141 of (10) may be measured at the bottom end of the face 140). In an embodiment, the first distance h of the golf club head (for example, the golf club head) may be less than or equal to 吋 75 吋, and the second distance 匕 = or Is equal to 1. 3忖. For the head of the flat fairway, the metal/wood mix #head' or other sorghum heads, the first distance 仏 and the first distance D2 may each be less than or equal to 〇·75 hours and less than Or equal to l 3 . Although the above embodiments may describe a particular distance relative to the inclined surface 4〇5, the methods, equipment, and articles of manufacture described herein may include a first distance D, and other distances of the second distance D2. . The golf club head pair may include a third distance (D3) extending between the inclined surface 405 and the - third plane 430. For example, the third distance 匕 may be the length of the two balls (10). The beveled surface and the third planar surface 430 may be completely parallel to each other. Therefore, the first, second, and third planes 41, 420, and 430 may also be completely parallel to each other. The third planar sample can include the back end portion 136 of the golf club head 100. In an embodiment, the third distance D3 may be 4. G. According to this, the first distance (four) is less than or equal to 18.75% of the third distance D3, and the second distance _ may be less than or equal to the third 32.5% from D3. Wood head, metal/wood hybrid rod for flat fairway
碩’或其他類型的高爾夫球桿頭來說，該第一和第二距離L 和d2可各別小於該第三距離〇3的18,75%和32.挪。儘管上述 實施例可魏姆纖帛三轉_制百分比，本說明書 裡所述的方法、裝備和製造的物件可包括該第—和第二距離 ㈣D2相對於該第三距離Da的其他百分比。本說明書裡所述 的方法、裝備和製造的物件，其範柄精神乃不應受限於文 意。 200920447 儘管上述的實施例敘述該高爾夫球桿頭100的各個不同的 部份及/或表面，該高爾夫球桿頭100可不包括某些部份及 /或表面。舉個例說，儘管圖丨〜4可敘述該頂壁部142、該 底壁部144 ’以及該側壁146為個別的表面，該侧壁146可 與該頂壁部142或該底壁部144合併或該中空桿頭體n〇的 一單一的表面（比方說，該桿頭體110可包括該頂壁部142 和該底壁部144，但不包括該側壁146)。在一實施例裡，該 底壁部144和該側壁146可合併成該桿頭體11〇的—單一的 底表面。此外，儘管圖1〜4可敘述該管段16〇和該管段過渡 部165，該尚爾夫球桿頭1〇〇可不包括該管段“ο及/戋該 管段過渡部165。在一實施例，該高爾夫球桿頭1〇〇可包括 在該桿頭體no裡的-腔孔（圖未示），以接受該桿柄198(比 方說，該腫孔的一開口可與該頂壁部142齊平）。 此外’該等孔洞120中的一個或多個可構成對準指標。在 圖5的實施例裡，一高爾夫球桿頭500可包括一趾端部53〇、 一跟端部532、一前端部534、一背端部536、一頂壁部542、 一第一區570，和一第二區580。該第一和第二區57〇和58〇 可由一鐘形曲線590界定。更進一步言之，該第一區57〇可 延伸介於該背端部536與該鐘形曲線59〇之間，而該第二區 580可延伸介於該前端部534與該鐘形曲線59〇之間。為了 能重新分配S爾夫球桿頭_的重量，而又不致大大地減降 高爾夫球桿頭500結構的整體性、耐用性、震動回授，以及 清脆的回音，該第-區570可包括該一個或多個孔洞，其大 致以522、526和528表示。在一個實施例裡，該孔洞碰 可為-三角雜洞。該三角形孔洞522可經位在該頂壁部54〇 12 200920447 的該第一區570裡，介於二侧孔洞526與528之間。此外， 該三角形孔洞522可延伸介於該背端部565與該鐘形曲線 590之間，以作為一對準指標。該對準指標可指示打球人應 如何對準高爾夫球桿頭500與高爾夫球。 儘管圖5示出了側孔洞526和528以取得更佳的高爾夫球 桿頭500的重心及/或慣性矩，高爾夫球桿頭5〇〇可不包括 該等侧孔洞526和528中的一個或多個。儘管圖5示出了特 別的形狀，高爾夫球桿頭500可包括一圓形孔洞、一方形孔 洞、一長方形孔洞，及/或其他任何合適形狀的孔洞。本說 明書裡所述的裝備、方法及製造的物件，其範嚕與精神乃不 應受限於文意。 在圖6裡所示的另一個實施例裡，舉個例說，高爾夫球桿 頭600可包括一趾端部630、一跟端部632、一前端部634、 一背端部636、一頂壁部642、一第一區670，以及一第二區 680。該第一區670和第二區680可由一鐘形曲線690界定。 更進一步言之，該第一區670可延伸介於該背端部636與該 鐘形曲線690之間’而該第二區680可延伸介於該前端部634 與該鐘形曲線690之間。為了能重新分配高爾夫球桿頭6〇〇 的重量’而又不致大大地減降高爾夫球桿頭6〇〇結構的整體 性、耐用性、震動回授，以及清脆的回音，該第一區670可 包括該一個或多個孔洞，其大致以622、624、626和628表 示。更進一步言之，高爾夫球桿頭6〇〇可包括一第一三角形 孔洞622和一第二三角形孔洞624。該第一三角形孔洞622 和第二三角形孔洞624可經位於該頂壁部640的第一區670 裡，介於該二側孔洞626與628之間。此外，該第一和第二 13 200920447 —角形孔洞622和624可經位在該背端部665與該鐘形曲線 690之間’以作為一對準指標。該對準指標可指示打球人應 如何對準高爾夫球桿頭6〇〇與高爾夫球。 該第一三角形孔洞622和第二三角形孔洞624可為相同尺 寸或為不同尺寸。在一個實施例裡’該第一三角形孔洞622 可相對地大於該第二三角形孔洞624。儘管圖6示出了一相 對地較小的三角形孔洞（比方說，該第二三角形孔洞624) 較一相對地較大的三角形孔洞（比方說，該第一三角形孔洞 622)位於相對地更靠近一鐘形曲線690，高爾夫球桿頭600 可包括一相對地較大的三角形孔洞（比方說，該第一三角形 孔洞622)較一相對地較小的三角形孔洞（比方說，該第二 二角形孔洞624)位於相對地更靠近一鐘形曲線69(μ也就是 說該第和第一二角形孔洞622和624可相對於該鐘形曲 線690對調位置。或者，高爾夫球桿頭6〇〇可包括一個或多 個箭形孔洞。本說明書裡所述的裝備、方法及製造的物件， 其範疇與精神乃不應受限於文意。 轉到圖7，舉個例說，一高爾夫球桿頭7〇〇可包括一趾端 邛730、一跟端部732、一前端部734、一背端部736、一頂 壁部742、一第一區770，及一第二區780。該第一區770和 第二區780可由一鐘形曲線790界定。更進一步言之，該第 一區770可延伸介於該背端部736與該鐘形曲線79〇之間， 而第二區780可延伸介於該前端部734與該鐘形曲線79〇之 間。為了能重新分配高爾夫球桿頭6〇〇的重量，而又不致大 大地減降高爾夫球桿頭700結構的整體性、耐用性、震動回 授’以及清脆的回音’該第一區770可包括一個或多個孔洞， 200920447 大致以722、724、726和728表示。更進一步言之，高爾夫 球桿頭700可包括—第一圓形孔洞722和一第二圓形孔洞 724。該第一和第二圓形孔、洞722和724可位在該頂壁部 的第一區770裡，介於二側孔洞726與728之間。此外，該 第一和第二圓形孔洞722和724可位於該背端部7祁與該鐘 形曲線790之間，以作為一對準指標。該對準指標可指示打 球人應如何將高爾夫球桿頭7〇〇對準高爾夫球。 該第-圓形孔洞722與該第二圓形孔洞724可為相同尺寸 或為不同尺寸。在一實施例裡，該第一圓形孔洞722可相對 地大於該第二圓形孔洞724。該第一和第二圓形孔洞722和 724可小於、等於或大於一高爾夫球。儘管圖7示出了一相 對地較小的圓形孔洞（比方說，該第二圓形孔洞724)較一 相對地較大的圓形孔洞（比方說，該第一圓形孔洞72幻位 於相對地更靠近一鐘形曲線790，高爾夫球桿頭7〇〇可包括 一相對地較大的圓形孔洞（比方說，該第一圓形孔洞722) 較一相對地較小的圓形孔洞（比方說，該第二圓形孔洞724) 位於相對地更靠近一鐘形曲線79〇。也就是說，該第一和第 二圓形孔洞722和724可相對於該鐘形曲線790對調位置。 本說明書輯述職備、方法及製造的物件，其範嗜與精神 乃不應受限於文意。 儘管以上的實施例敘述了該等孔洞特別的尺寸和形狀，本 說明書裡所述的裝備、方法，以及製造的物件可包括結構的 尺寸及/或形狀不同的孔洞，以在回應擊球時提供最佳的震 動及/或音響的反應，並且維持甚或改進高爾夫球桿頭結構 的整體性和耐用性。儘管圖丨〜7示出了該等孔洞的特別數 15 200920447 量’高爾夫球桿頭110可包括更多或更少孔洞（比方說，— 單一的孔洞）。此外，如配合圖8和圖9的下述詳細說明，孔 洞120中的一個或多個可經包圍或包覆。 此外’儘管圖1〜圖7示出了實用的高爾夫球桿頭或金屬 /木混合型高爾夫球桿頭（比方說，長打桿、平坦球道用木 桿等），本說明書裡所述的方法、裝備，以及製造的物件可以 很容易地應用到其他合適的高爾夫球桿頭類型。舉個例說， 本說明書裡所述的方法、裝備，以及製造的物件可應用到混 合材質型球桿頭或其他合適的高爾夫球桿頭類型。本說明書 裡所述的方法、裝備及製造的物件，其範疇與精神乃不應受 限於文意》 在圖8的實施例裡’一種方法8〇〇可由鑄造桿頭體ιι〇(圖 1)以製作高爾夫球桿頭1〇〇 (方塊圖81〇)開始。如前面所 述，舉個例說，該桿頭體110可以一金屬材質（比方說，鈦 金屬、鈦合金等）製成。為了取得最佳的重心及/或慣性矩， 方法800可製作一個或多個孔洞12〇 (比方說，圖】所示的 孔洞 122、124、126 及/或 128)(方塊圖 820)。 據此，方法800所包覆該等孔洞12〇 (方塊圖83〇 >在一 實施例裡’方法800可使用-氣囊模具加工法包覆該等孔洞 120。參看圖9 ’舉侧說，一***片91〇可從桿頭體n〇 (圖 1)的内部920使用一合適的枯著劑（比方說，環氧樹脂）包 覆或覆蓋該等細12G。-氣囊（圖未示）可通過—開孔（圖 未示）***到桿頭體110裡，其可經位在該頂壁部142、底 壁部144，及/或讎146上，或靠近這幾處位置。該囊袋 可經充氣以在***片91〇上施壓，以將桿頭體11〇的 一個或 200920447 多個無孔洞的部位（其大致上以1032和1034圖示）結合在 一起。更進-步言之，***片_的頂側915可經固定到該 桿頭體110的無孔洞部932的-底側942和無孔洞部934的 一底側944。據此，在該***片91〇經固定到桿頭體11〇的 内部之後，該氣囊可通過該開口移去。 此外，插件950可從該桿頭體11〇的外部96〇包裹或覆蓋 該等孔洞120。舉個例說，插件咖可以一相對地輕量材料 製成’比方說’熱賭料、複合材料，及/或其他合適類型 的輕量材料。該等無孔洞部932和934的每一個可各包括一 側壁972和974。據此，該***片910的頂側915和該二側 壁972和974可構成-孔穴98〇。該***片_可填入該孔 穴980裡。 除了如上所述的氣囊模具加工法，該等孔洞12〇可以從該 桿頭體110的外部960使用該插件950、經覆蓋。也就是說， 該插件950可不必由該***片91 〇從該桿頭體〗〗〇的内部93〇 支撐。該插件950可藉著固定到該無孔洞部932和934各自 的侧壁972和974而包裹或覆蓋該等孔洞12〇。 轉回到圖8 ’該管段160可接受該桿柄198的一第一端以 構成一尚爾夫球桿。該桿柄198與桿頭體no (通過該管段 160)可藉著一粘著劑接合加工（比方說，環氧樹脂）及/或 其他合適的接合加工（比方說，機械接合、銲接、熔接，及 /或硬銲等）（方塊圖840)相互固定到一起。為完成該高爾 夫轉，-握柄199可接受該桿柄198❸一第二端。該桿柄 198與該握柄199可以一粘著劑接合加工及/或其他合適的 接合加工（方塊圖85〇)相互固定到一起。本說明書裡所述 17 200920447 的方法、裝備及製造的物件，其範嗜與精神乃不應受限於文 意。 儘管該方法800係針對高爾夫球桿頭1〇〇敘述如上，但該 方法800可經應用到其他高爾夫球桿頭。此外，儘管圖8裡 所示為一特別的動作順序，這些動作可以依其他的時間順序 來進行的。舉個例說，在圖8裡所示的一個或多個動作可經 順序地、併用地或同時地進行。 儘管上述的幾個實施例都是針對該等孔洞的敘述，本說明 書裡所述的裝備、方法及製造的物件可包括相對地薄段部而 不疋該等孔洞來取得高爾夫球桿頭最佳的重心及/或更佳的 慣性矩。在圖10的實施例裡，一高爾夫球桿頭1000可包括 一個或多個第一厚度部位1010，大致以1012和1014表示， 以及一個或多個第二厚度部位1020，大致以1022和1024表 示。該第一厚度部位1010可關係到一第一厚度（T1),而該 第二厚度部位1020可關係到一第二厚度（Τζ)。一般來說， 該第一厚度部位1〇1〇可相對地較該第二厚度部位1〇2〇厚些 (比方說，Ti>TV)。儘管圖1〇所示為均一的及特別的厚度， 該第一厚度部位1〇1〇的厚度及/或該第二厚度部位1〇2〇的 厚度可為不同，而該第一厚度部位1010較該第二厚度部位 1020相對地較厚些。本說明書裡所述的方法、裝備及製造的 物件’其範疇與精神乃不應受限於文意。 回過來參照圖1，該高爾夫球桿頭100可包括結合了該等 孔洞和薄段部以重新分配來自該頂壁部142及/或該底壁部 144的重量’而同時保持了該高爾夫球桿頭結構的整體 性、耐用性、震動回授，以及清脆的擊球回音。在一個實施 200920447 =:=142可包括一個或多個孔洞(比方說，孔洞 實施例、°Π44可包括—個或多個薄段部。在另一個 ^ I广頂壁部142可包括結合了該等孔洞和薄段部。 卜舍底壁部144也可包括結合了該等孔洞和薄段部。本 說明書裡所述的方法、裝備及製造的物件，其齡與精神乃 不應受限於文意。 儘g上述的實施例所述的該等—和第二鐘形曲線⑽和 195圖1)乃為延伸介於該頂壁部⑽上的該趾端部⑽和 該底壁部144上的該跟端部132之間的線段，該第一和第二 鐘形曲線190和195如圖11裡所示，可構成介於該第一和第 二平面410和420 (比方說，圖4)的一橫斷面區域11〇〇。 更進-步言之，該第-鐘形曲線19〇的該第三點23〇可為介 於該第-和第二平面和之間的_第四距離（D〇。該 第四距離D4可為該第一和第二距離之間的差（亦即，D4=D2 —DO。本說明書裡所述的方法、裝備及製造的物件，其範疇 與精神乃不應受限於文意。 在圖1.2的實施例裡，一高爾夫球桿頭12〇〇可包括一趾端 部1230、一跟端部1232、一前端部1234、一背端部1236、 一面部1240、一頂壁部1242、一第一區1270、一第二區1280; 以及一鐘形曲線1290。更進一步言之，該第一區1270可延 伸介於該背端部1236與該鐘形曲線1290之間，而該第二區 1280可延伸介於該前端部1234與該鐘形曲線1290之間。為 了能重新分配高爾夫球桿頭1200的重量，而又不致大大地減 降該高爾夫球桿頭1200結構的整體性、耐用性、震動回授， 以及擊球的清脆的回音，該第一區127〇可包括一個或多個孔·· * 洞，大致以1222、1226和1228表示。 200920447 另外’該高爾夫球桿頭1200也可包括一第三區1285。更 進一步言之’該第三區1285可包括一上界線1220和一下界 線1230。舉個例說’該第一鐘形曲線1290可為該第三區1285 的該下界線1230。該第一區1270可延伸介於該上界線1220 與該背端部1230之間’而該第二區1280可延伸介於該下界 線1230與該前端部1234之間。據此’該第三區1285較該第 一區1270能承受相對地更大的應力，但較該第二區1280承 受相對地較小的應力。 更進一步言之，該第三區1285能隨著不同的高爾夫球的 硬度（亦即’高爾夫球心的硬度）而進行補償。在一實施例 裡，相對地較軟的高爾夫球較相對地較硬的球，通過該面部 140 ’在該桿頭體11〇上產生更大的應力。也就是說，硬高爾 夫球和軟高爾夫球可在面部140上產生幾乎完全一樣強度的 應力。然而，相對地較軟的高爾夫球較相對地較硬的高爾夫 球通過該面部140 ’在該桿頭體110上產生的應力可維持相 對地較長的時間，因為相對地較軟的高爾夫球較相對地較硬 的高爾夫球更容易變形及/或更容易壓縮。為了考慮相對地 較軟的高爾夫球，該等孔洞1222、1226及1228可位在介於 該第三區1285的上界線1220與該背端部1236之間。 相反地’相對地較硬的高爾夫球較相對地較軟的高爾夫球 通過該面部140在該桿頭體110上產生的應力可維持相對地 較短的時間。為了考慮相對地較硬的高爾夫球，該等孔洞 1222、1226和1228可經位在該第三區1285的該下界線1230 (亦即’該第一鐘形曲線1290)與該背端部1236之間。回 頭來參看圖5，舉個例說，該等孔洞522、526和528可經位 在該第一鐘形曲線590與該背端部536之間。本說明書裡所 20 200920447 述的方法、裝備及製s的物件’其範_與精神乃不應受限於 文意。 儘管本說明書裡對某些實施例的方法、裝備及/或製造的物 件作了敘述’然而本說明書揭*的内容涵蓋的範嗜仍不應受限 於文意。相反地，本說明書裡所揭示的，乃是涵蓋了從文意上 或同理可證”原則下能合理地涵納在後附的“申請專利範 圍的範疇裡的所有方法、裝備’及/元件說明或製造的物件。 【圖式簡單說明】 圖1為一透視的圖示，示出了依照本發明的裝備、方法，以及 製作的物件的一實施例的一種高爾夫球桿頭； 圖2示出了圖1的實施例高爾夫球桿頭的一頂視圖； 圖3示出了圖丄的實施例高爾夫球桿頭的一底視圖； 圖4示出了圖1的實施例高爾夫球桿頭的一斷面圖； 圖5示出了另一實施例高爾夫球桿頭的一頂視圖； 圖6示出了另一實施例高爾夫球桿頭的一頂視圖； 圖7示出了另一實施例高爾夫球桿頭的一頂視圖； 圖8為一流程圖，圖示了圖1的高爾夫球桿頭—實施例裡製造 球捍頭的一種方法； 圖9示出了圖1的實施例的高爾夫球桿頭的部份斷面圖； 圖10示出了一實施例的高爾夫球桿頭的部份斷面圖； 圖U示出了圖1的實施例的面爾夫球桿頭關係到實施例的鐘形 曲線的一斷面部份的一透視圖； 圖12示出了另一實施例高爾夫球桿頭的頂視圖。 21 200920447 【主要元件符號說明】 100 高爾夫球桿頭 165 管段過渡段 110 桿頭體 170 第一區 120 孔洞 180 第二區 122 孔洞 190 鐘形曲線 124 孔洞 195 鐘形曲線 126 孔洞 198 桿柄 128 孔洞 199 握柄 130 趾端部 210 第一點 132 跟端部 220 第二點 134 前端部 230 第三點 136 背端部 310 第一點 140 面部 320 第二點 142 頂壁部 330 第三點 143 底端部 405 傾斜面 144 底壁部 410 第一平面 146 側壁 420 第二平面 150 溝槽 D1 第一距離 160 管段 D2 第二距離 22 200920447 D3 第三距離 624 孔洞 D4 第四距離 626 孔洞 500 高爾夫球桿頭 628 孔洞 522 孔洞 630 趾端部 526 孔洞 632 跟端部 528 孔洞 634 前端部 530 趾端部 636 背端部 532 跟端部 640 頂壁部 534 前端部 642 頂壁部 536 背端部 665 背端部 540 頂壁部 670 第一區 542 頂壁部 680 第二區 565 背端部 690 鐘形曲線 570 第一區 700 高爾夫球桿頭 580 第二區 722 孔洞 590 鐘形曲線 724 孔洞 600 高爾夫球桿頭 726 孔洞 622 孔洞 728 孔洞 23 200920447 730 趾端部 915 頂側 732 跟端部 920 内部 734 前端部 932 無孔洞部 736 背端部 934 無孔洞部 740 頂壁部 940 ***片 742 頂壁部 944 底侧 770 第一區 950 插件 780 第二區 960 外部 790 鐘形曲線 972 侧壁 800 方法 974 侧壁 A 開始 980 孔穴 B 鑄造桿頭 1000 高爾夫球桿頭 C 形成孔洞 1010 第一厚度部位 D 覆蓋孔洞 1012 第一厚度部位 E 裝置桿身 1014 第一厚度部位 F 裝置握把 1020 第二厚度部位 G 結束 1022 第二厚度部位 910 ***片 1024 第二厚度部位 24 200920447 1200高爾夫球桿頭 1220上界線 1222孔洞 1226孔洞 1228孔洞 1230趾端部 1232跟端部 1234前端部 1236背端部 1240面部 1242頂壁部 1270第一區 1280第二區 1285第三區 1290第一鐘形曲線For the golf club head or other type of golf club head, the first and second distances L and d2 may each be less than 18, 75% and 32. of the third distance 〇3. Although the above embodiment can be used to determine the percentage of the Weim, the method, equipment, and article of manufacture described herein can include other percentages of the first and second distances (D) D2 relative to the third distance Da. The spirit of the method, equipment and articles of manufacture described in this specification should not be limited by the meaning of the text. 200920447 Although the above embodiments describe various different portions and/or surfaces of the golf club head 100, the golf club head 100 may not include certain portions and/or surfaces. For example, although the top wall portion 142, the bottom wall portion 144', and the side wall 146 are separate surfaces, the side wall 146 may be associated with the top wall portion 142 or the bottom wall portion 144. A single surface of the hollow head body n〇 is merged (for example, the head body 110 may include the top wall portion 142 and the bottom wall portion 144, but does not include the side wall 146). In one embodiment, the bottom wall portion 144 and the side wall 146 can be combined into a single bottom surface of the head body 11''. In addition, although the tube section 16〇 and the tube section transition 165 can be described in FIGS. 1 to 4, the Schalf club head 1〇〇 may not include the tube section “ο//戋 the tube section transition 165. In an embodiment, The golf club head 1 can include a bore (not shown) in the head body no to receive the stem 198 (for example, an opening of the swollen hole can be associated with the top wall portion 142 In addition, one or more of the holes 120 may constitute an alignment indicator. In the embodiment of FIG. 5, a golf club head 500 may include a toe end 53A and a heel end 532. a front end portion 534, a back end portion 536, a top wall portion 542, a first region 570, and a second region 580. The first and second regions 57 and 58 can be defined by a bell curve 590 Furthermore, the first region 57〇 can extend between the back end portion 536 and the bell curve 59〇, and the second region 580 can extend between the front end portion 534 and the bell curve. Between 59 。. In order to redistribute the weight of the Sherf club head _ without greatly reducing the integrity and durability of the golf club head 500 structure, The feedback, as well as the crisp echo, the first region 570 can include the one or more holes, generally indicated at 522, 526, and 528. In one embodiment, the hole can be a - triangular cavity. The triangular aperture 522 can be positioned between the two side apertures 526 and 528 in the first region 570 of the top wall portion 54〇12 200920447. Further, the triangular aperture 522 can extend between the back end portion 565 and Between the bell curves 590 as an alignment indicator. The alignment indicator can indicate how the golfer should align the golf club head 500 with the golf ball. Although Figure 5 shows the side holes 526 and 528 for more The center of gravity and/or moment of inertia of the preferred golf club head 500 may not include one or more of the side holes 526 and 528. Although Figure 5 illustrates a particular shape, the golf ball The head 500 can include a circular hole, a square hole, a rectangular hole, and/or any other suitable shape of the hole. The equipment, methods, and articles of manufacture described in this specification are not intended to be Limited to the meaning of the text. As shown in Figure 6. In another embodiment, for example, the golf club head 600 can include a toe end 630, a heel end 632, a front end portion 634, a back end portion 636, a top wall portion 642, and a first A region 670, and a second region 680. The first region 670 and the second region 680 can be defined by a bell curve 690. Further, the first region 670 can extend between the back end portion 636 and the clock Between the curves 690' and the second zone 680 can extend between the front end 634 and the bell curve 690. In order to redistribute the weight of the golf club head 6' without greatly reducing The integrity, durability, shock feedback, and crisp echo of the golf club head 6 〇〇 structure, the first zone 670 can include the one or more apertures, generally indicated at 622, 624, 626, and 628. Furthermore, the golf club head 6 can include a first triangular aperture 622 and a second triangular aperture 624. The first triangular aperture 622 and the second triangular aperture 624 can pass between the two side apertures 626 and 628 in the first region 670 of the top wall portion 640. Additionally, the first and second 13 200920447 - angled apertures 622 and 624 can be positioned between the back end 665 and the bell curve 690 as an alignment indicator. The alignment indicator can indicate how the golfer should align the golf club head 6 with the golf ball. The first triangular aperture 622 and the second triangular aperture 624 can be the same size or of different sizes. In one embodiment, the first triangular aperture 622 can be relatively larger than the second triangular aperture 624. Although FIG. 6 shows a relatively small triangular hole (say, the second triangular hole 624) is relatively closer to a relatively larger triangular hole (say, the first triangular hole 622). In a bell curve 690, the golf club head 600 can include a relatively large triangular bore (say, the first triangular bore 622) with a relatively smaller triangular bore (say, the second quadrilateral) The aperture 624) is located relatively closer to a bell curve 69 (i is that the first and first second apertures 622 and 624 can be aligned relative to the bell curve 690. Alternatively, the golf club head 6 can be Including one or more arrow-shaped holes. The scope and spirit of the equipment, methods and articles of manufacture described in this specification should not be limited by the meaning of the text. Turning to Figure 7, for example, a golf club The head 7 can include a toe end 730, a heel end 732, a front end portion 734, a back end portion 736, a top wall portion 742, a first region 770, and a second region 780. A zone 770 and a second zone 780 can be defined by a bell curve 790 Furthermore, the first zone 770 can extend between the back end 736 and the bell curve 79A, and the second zone 780 can extend between the front end 734 and the bell curve 79〇 In order to be able to redistribute the weight of the golf club head 6 , without greatly reducing the integrity of the golf club head 700 structure, durability, vibration feedback 'and crisp echo' of the first zone 770 can include one or more holes, 200920447 is generally indicated at 722, 724, 726, and 728. Still further, golf club head 700 can include a first circular aperture 722 and a second circular aperture 724. First and second circular apertures, holes 722 and 724, may be located in the first region 770 of the top wall portion between the two side apertures 726 and 728. Additionally, the first and second circular apertures 722 A sum 724 can be located between the back end 7祁 and the bell curve 790 as an alignment indicator. The alignment indicator can indicate how the golfer should align the golf club head 7 to the golf ball. The first circular hole 722 and the second circular hole 724 may be the same size or different sizes In an embodiment, the first circular aperture 722 can be relatively larger than the second circular aperture 724. The first and second circular apertures 722 and 724 can be smaller than, equal to, or greater than a golf ball. 7 shows a relatively small circular hole (for example, the second circular hole 724) being relatively larger than a relatively large circular hole (for example, the first circular hole 72 is slanted oppositely Closer to a bell curve 790, the golf club head 7 can include a relatively large circular hole (say, the first circular hole 722) rather than a relatively small circular hole (for example) Said second circular aperture 724) is located relatively closer to a bell curve 79〇. That is, the first and second circular apertures 722 and 724 can be aligned relative to the bell curve 790. The purpose of this manual is to limit the meaning and meaning of the work, methods and articles of manufacture. Although the above embodiments describe the particular size and shape of the holes, the equipment, methods, and articles of manufacture described herein may include holes of different sizes and/or shapes to provide for response to hitting. Optimal vibration and/or acoustic response and maintain or even improve the integrity and durability of the golf club head structure. Although Figures 〜7 show a particular number of such holes 15 200920447 The 'golf club head 110 may include more or fewer holes (say, a single hole). Moreover, one or more of the apertures 120 can be surrounded or wrapped as described in greater detail below with respect to Figures 8 and 9. In addition, although FIG. 1 to FIG. 7 show a practical golf club head or a metal/wood hybrid golf club head (for example, a long pole, a flat fairway wood pole, etc.), the method described in the present specification, Equipment, as well as manufactured items, can be easily applied to other suitable golf club head types. For example, the methods, equipment, and articles of manufacture described in this specification can be applied to a hybrid material club head or other suitable golf club head type. The scope and spirit of the methods, equipment and articles of manufacture described in this specification should not be limited by the meaning of the text. In the embodiment of Fig. 8, a method 8 can be made by casting the head body ιι (Figure 1 ) Start by making a golf club head 1 (block 81〇). As described above, for example, the head body 110 can be made of a metal material (for example, titanium metal, titanium alloy, etc.). To achieve an optimal center of gravity and/or moment of inertia, method 800 can produce one or more holes 12, such as holes 122, 124, 126, and/or 128) (block 820). Accordingly, the method 800 encloses the holes 12 (block FIG. 83A). In an embodiment, the method 800 can cover the holes 120 using an airbag mold processing method. Referring to FIG. An insert 91 〇 can cover or cover the thin 12G from the interior 920 of the head body n (Fig. 1) using a suitable degreaser (e.g., epoxy). - Airbag (not shown) An opening (not shown) can be inserted into the head body 110, which can be positioned over the top wall portion 142, the bottom wall portion 144, and/or the crucible 146, or near the positions. The bag may be inflated to apply pressure on the insert 91 to combine one of the head body 11 turns or a plurality of 200920447 non-porous portions (which are generally illustrated at 1032 and 1034). In other words, the top side 915 of the insertion piece _ can be fixed to the bottom side 942 of the non-hole portion 932 of the head body 110 and a bottom side 944 of the non-hole portion 934. Accordingly, the insertion piece 91 is smeared by the insertion piece 91. After being fixed to the inside of the head body 11〇, the air bag can be removed through the opening. Further, the insert 950 can be wrapped or covered from the outside 96 of the head body 11〇. The holes 120. For example, the plug-in coffee can be made of a relatively lightweight material, such as a 'hot smash, a composite, and/or other suitable type of lightweight material. The non-porous portions 932 and Each of the 934 can each include a side wall 972 and 974. Accordingly, the top side 915 of the insert 910 and the two side walls 972 and 974 can define a cavity 98. The insert sheet can be filled into the hole 980. In addition to the airbag mold processing method described above, the holes 12A can be covered from the outer portion 960 of the head body 110 by the insert 950. That is, the insert 950 can be removed from the rod by the insert piece 91. The internal body 93 〇 support of the head body 。. The insert 950 can wrap or cover the holes 12 固定 by fixing the respective side walls 972 and 974 of the non-hole portions 932 and 934. Turn back to Figure 8 ' The pipe section 160 can receive a first end of the stem 198 to form a Schalf club. The stem 198 and the head body no (through the pipe section 160) can be joined by an adhesive (for example, Epoxy resin) and / or other suitable joining process (for example, mechanical joining, welding , welding, and/or brazing, etc. (block 840) are secured to each other. To complete the golf turn, the handle 199 can receive the second end of the handle 198. The handle 198 and the handle 199 An adhesive bonding process and/or other suitable joining process (block FIG. 85〇) may be secured to each other. The method, equipment, and articles of manufacture of the article 17 200920447 in this specification are not intended to be Limited to the meaning of the article. Although the method 800 is described above for a golf club head 1 , the method 800 can be applied to other golf club heads. Moreover, although a particular sequence of actions is shown in Figure 8, these actions can be performed in other chronological order. For example, one or more of the actions shown in Figure 8 can be performed sequentially, in combination, or simultaneously. Although several of the above embodiments are directed to the description of such holes, the apparatus, methods, and articles of manufacture described in this specification can include relatively thin sections without the holes to achieve the best golf club head. The center of gravity and / or better moment of inertia. In the embodiment of FIG. 10, a golf club head 1000 can include one or more first thickness portions 1010, generally indicated at 1012 and 1014, and one or more second thickness portions 1020, generally indicated at 1022 and 1024. . The first thickness portion 1010 can be associated with a first thickness (T1) and the second thickness portion 1020 can be associated with a second thickness (Τζ). Generally, the first thickness portion 1〇1〇 is relatively thicker than the second thickness portion 1〇2〇 (say, Ti>TV). Although FIG. 1A shows a uniform and special thickness, the thickness of the first thickness portion 1〇1〇 and/or the thickness of the second thickness portion 1〇2〇 may be different, and the first thickness portion 1010 It is relatively thicker than the second thickness portion 1020. The scope and spirit of the methods, equipment and articles of manufacture described in this specification are not to be construed as limited. Referring back to Figure 1, the golf club head 100 can include a combination of the holes and thin sections to redistribute the weight from the top wall portion 142 and/or the bottom wall portion 144 while retaining the golf ball. The integrity of the club head structure, durability, shock feedback, and crisp shots. In one implementation 200920447 =:= 142 may include one or more holes (for example, the hole embodiment, the Π 44 may include one or more thin sections. The other top wall portion 142 may include a combination The holes and thin sections may also include a combination of the holes and the thin sections. The methods, equipment, and articles of manufacture described in this specification are not limited in age and spirit. The above-mentioned and second bell-shaped curves (10) and 195 (FIG. 1) are the toe end portion (10) extending from the top wall portion (10) and the bottom wall portion. A line segment between the heel end 132 on 144, the first and second bell curves 190 and 195, as shown in FIG. 11, may be formed between the first and second planes 410 and 420 (say, Figure 4) shows a cross-sectional area 11〇〇. Further, the third point 23〇 of the first bell curve 19〇 may be a fourth distance (D〇) between the first and second planes. The fourth distance D4 It may be the difference between the first and second distances (i.e., D4 = D2 - DO. The methods, equipment, and articles of manufacture described in this specification, the scope and spirit of which should not be limited by the meaning. In the embodiment of FIG. 1.2, a golf club head 12A can include a toe end 1230, a heel end 1232, a front end portion 1234, a back end portion 1236, a face portion 1240, and a top wall portion 1242. a first region 1270, a second region 1280; and a bell curve 1290. Further, the first region 1270 can extend between the back end portion 1236 and the bell curve 1290, and the The second zone 1280 can extend between the front end portion 1234 and the bell curve 1290. In order to redistribute the weight of the golf club head 1200 without substantially reducing the integrity of the golf club head 1200 structure , durability, shock feedback, and the crisp echo of the shot, the first zone 127〇 may include one or more holes. It is generally indicated by 1222, 1226, and 1228. 200920447 In addition, the golf club head 1200 may also include a third zone 1285. Further, the third zone 1285 may include an upper boundary line 1220 and a lower boundary line 1230. For example, the first bell curve 1290 can be the lower boundary line 1230 of the third zone 1285. The first zone 1270 can extend between the upper boundary line 1220 and the back end portion 1230' and the second zone 1280 can extend between the lower boundary 1230 and the front end portion 1234. Accordingly, the third region 1285 can withstand relatively greater stress than the first region 1270, but is relatively more resistant than the second region 1280. Less stress. Further, the third zone 1285 can be compensated for by the hardness of the different golf balls (i.e., the hardness of the golf ball). In one embodiment, the relatively soft golf ball The relatively stiffer ball of the ball exerts greater stress on the head body 11 through the face 140'. That is, the hard golf ball and the soft golf ball produce almost exactly the same strength on the face 140. Stress. However, relatively softer high The stress generated by the relatively hard golf ball through the face 140' on the head body 110 can be maintained for a relatively long period of time because the relatively softer golf ball is relatively harder than the golf ball. More easily deformed and/or more easily compressed. To account for a relatively soft golf ball, the holes 1222, 1226, and 1228 can be located between the upper boundary 1220 of the third zone 1285 and the back end 1236. Conversely, the stress generated by the relatively stiffer golf ball on the club head 110 through the face 140 can be maintained for a relatively short period of time. To account for a relatively stiff golf ball, the holes 1222, 1226, and 1228 can be positioned over the lower boundary 1230 of the third zone 1285 (ie, the first bell curve 1290) and the back end 1236. between. Referring back to Figure 5, for example, the holes 522, 526 and 528 can be positioned between the first bell curve 590 and the back end 536. The methods, equipment, and articles of the articles in 2009-20447 in this specification are not limited by the meaning of the text. Although the methods, equipment, and/or articles of manufacture of certain embodiments are described in this specification, the scope of the present disclosure is not to be construed as limited. Conversely, what is disclosed in this specification is to cover all methods, equipment, and/or in the scope of the “Scope of Patent Application” that can be reasonably covered under the principle of “literally or plausible”. Component description or manufactured object. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a golf club head according to an embodiment of the apparatus, method, and article of manufacture of the present invention; FIG. 2 illustrates the implementation of FIG. a top view of a golf club head; FIG. 3 is a bottom view of the golf club head of the embodiment of FIG. 1; FIG. 4 is a cross-sectional view of the golf club head of the embodiment of FIG. 5 shows a top view of another embodiment golf club head; FIG. 6 shows a top view of another embodiment golf club head; FIG. 7 shows another embodiment of a golf club head FIG. 8 is a flow chart illustrating a method of manufacturing a ball stud in the golf club head of FIG. 1; FIG. 9 illustrates a portion of the golf club head of the embodiment of FIG. 1. Sectional view; Figure 10 shows a partial cross-sectional view of a golf club head of an embodiment; Figure U shows the aspect of the embodiment of the golf club head of the embodiment of Figure 1 in relation to the bell curve of the embodiment A perspective view of a section portion; Fig. 12 shows a top view of another embodiment of a golf club head. 21 200920447 [Main component symbol description] 100 Golf club head 165 Pipe section transition section 110 Head body 170 First zone 120 Hole 180 Second zone 122 Hole 190 Bell curve 124 Hole 195 Bell curve 126 Hole 198 Rod handle 128 Hole 199 grip 130 toe end 210 first point 132 followed by end 220 second point 134 front end portion 230 third point 136 back end portion 310 first point 140 face 320 second point 142 top wall portion 330 third point 143 bottom End 405 inclined surface 144 bottom wall portion 410 first plane 146 side wall 420 second plane 150 groove D1 first distance 160 pipe segment D2 second distance 22 200920447 D3 third distance 624 hole D4 fourth distance 626 hole 500 golf club Head 628 Hole 522 Hole 630 Toe End 526 Hole 632 Follower End 528 Hole 634 Front End 530 Toe End 636 Back End 532 Follow End 640 Top Wall 534 Front End 642 Top Wall 536 Back End 665 Back End Part 540 top wall portion 670 first region 542 top wall portion 680 second region 565 back end portion 690 bell curve 570 first region 700 golf club head 580 second 722 Hole 590 Bell Curve 724 Hole 600 Golf Club Head 726 Hole 622 Hole 728 Hole 23 200920447 730 Toe End 915 Top Side 732 Follower End 920 Inner 734 Front End 932 No Hole 736 Back End 934 No Hole 740 Top wall portion 940 insert 742 top wall portion 944 bottom side 770 first region 950 insert 780 second region 960 outer 790 bell curve 972 side wall 800 method 974 side wall A start 980 hole B casting head 1000 golf club head C forming the hole 1010 the first thickness portion D covering the hole 1012 the first thickness portion E the device shaft 1014 the first thickness portion F the device grip 1020 the second thickness portion G the end 1022 the second thickness portion 910 the insertion piece 1024 the second thickness portion 24 200920447 1200 Golf club head 1220 upper boundary 1222 hole 1226 hole 1228 hole 1230 toe end 1232 with end portion 1234 front end portion 1236 back end portion 1240 face 1242 top wall portion 1270 first area 1280 second area 1285 third area 1290 Bell curve