201023942 * 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種高爾夫木桿桿頭之製造方法，尤指 一種可以提高桿頭之焊接強度與精確性的高爾夫木桿桿頭 之製造方法。 【先前技術】 ❿ 請參閱第八圖所示之習用高爾夫木桿桿頭之初胚，該 高爾夫木桿桿頭包含有一底座（9〇)、一上蓋（91)及一打擊 面板（92)，另，該高爾夫木桿桿頭之製造方法係先行備製 忒底座（90)、上蓋（91)及打擊面板（92)，該底座（9〇)及上 蓋（91)係以機械沖壓加工手段成型之構件，該打擊面板 (92)上„又有一連接桿（93)，待該高爾夫木桿桿頭之各構件 製備後，操作人員接著將該底座（9〇)、上蓋（91)與打擊面 板（92)相互以外側緣對位並定點焊接，以形成一高爾夫木 桿桿頭之初胚，其中’該底座⑽)、上蓋(91)與打擊面板 (92)之外側緣處會形成縫隙（94)(如第八圖所示），因此操 作^員需要於缝隙（94)中填加焊料或焊絲，並進一步人工 燒焊，㈣融焊料或焊絲填滿縫隙（94)並固化後，接續進 —行會整备爾1 ★味令I聲外蒼Φ普♦鲁即耳—。1——. —一 ... ___ 然上述中’ 1 亥冑爾夫木桿桿頭之各構件在初步焊接對 位的過程令，容易受到人為因素的影響，而降低各構件之 : '的精確r生’導致於對位上耗費過多時間而不符合經 ' 匕外，習用尚爾夫木桿桿頭的製造方法中，利用 悍料或焊絲填補缝隙（94)的手段，各構件之焊接處因受到 南溫處理’導致焊接處所呈現的強度與穩定性並不佳，進 201023942 而影響該高爾夫木桿桿頭之結* 桿桿頭的製造方法做法繁 ^用同爾夫木 的方式會讓焊接處表現的穩定二吏不：或焊絲填補 產業上的利用。 丨生與強度不理想，故不利於 【發明内容】 本發明之主要目的在於提供— 造方法4 # 種同爾夫木桿桿頭之製 i方法，希藉此設計’改善習用古 法蘩兹用间爾夫木才干桿頭之製造方 法繁稷耗時的缺點，以及政進 4- # Λ, - ^ , 刊用烊枓或焊絲填補縫隙之 予&而影響結構強度的問題。 為達成前揭目的’本發明所讯 製造方法，包含有： 心“…爾夫木桿桿頭之 一部件備製步驟，其係以機械加工手段分別成形一底座 …上盍及-打擊面板’該底座外周緣形成—凸緣部及一 插接部，該上蓋外周緣形成一凸唇部及一插組部，該打擊 面板成形有-打擊部’於該打擊部外圍成形一側向延伸之 ❹ 膽部’該牆部端面成形-第一插接槽及一第二插接槽，且 該牆部於自虫端處側向延伸一凸部； 部件嵌合步驟，將該底座之插接部插伸入該打擊面板 ϋ接槽中’該上蓋之插組部插伸入該打擊面板之第 一插接槽中，且該凸緣部與該凸唇部相對應抵接； 部件預固定步驟，於該底座、上蓋與打擊面板中任二 構件相鄰接之銜接處分別點焊固定·， 焊接固結步驟，藉由機械自動焊接該底座、上蓋與打 擊面板的銜接處，使位於銜接處之凸緣部、凸唇部與凸部 熔融並流入銜接處之缝隙中，進而填補銜接處之縫隙，使 201023942 該底座、上蓋與打擊面板相互穩固結入，/ _ 桿頭之初胚；以及 0形成尚爾夫木桿 桿頭表面修整步驟，利用機 木桿桿頭初胚的外表面。機械加工手段磨整該高爾夫 據上所述，本發明高爾夫 插接部、插組部、第一插接=:=製造方法中’該 該底座、上蓋與打擊面板的對位匕：接：的設計’提高 驟花費的時間，且該插接部伸減少部件喪合步 , 弟一插接槽能夠增加該底 打擊面板的銜接面積，進而提升穩定性，同樣地， 該插組部伸入第二插接槽的门樣地 Μ π t 亦此增加該上蓋盥續打 擊面板的銜接面積，並提高穩 〃 ° 焊接之悍接固結步驟的執行，…=於後續機械自動 t m ^ ^,Λ ^ Λ 且該些構件於部件備製步驟 中，會進=1凸唇部與凸部’於機械自動焊接過程 …會進融並填補該些構件銜接處的縫隙中， 以在人工填補焊絲或焊料並 φ 步驟中達到以機械自動化焊接的=驟“該焊接固結 丄、 坪接的目的，避免人工焊桩斛1 成的不穩定性，所以本發g月古 ^ 本發月间爾夫木桿桿頭之製造方法可 “該桿頭之各構件間的接合敎性，並且降田 素影響產品良率的程度。 _為因 【實施方式】 請參閱第-圖，為本發明高爾夫木桿桿頭之事 = = :，其包含有部件備製步驟、部件嵌合步驟、 預固疋V驟、焊接固結步驟及桿頭表面修整步驟。 該部件傷製步驟中，係以機械沖遷加 座⑽及—上蓋⑽，並以锻造手段成形—打擊=(—30底） 201023942 ，丹…弟二、三圖所示，該底座πο)於外周緣處形成 -凸緣部(11)及—插接部(12) ’該上蓋(2〇)之外周緣形成 有一凸唇部（21)及一插組部（22)，且該凸緣部（ιι)與凸唇 部（21)相配應，該打擊面板（3〇)具有一打擊部ο〗），該打 擊部（31 )外周圍側向延伸出一牆部（32)，使該打擊面板 ⑽)近似-㈣’該牆部⑽於端面處成形有—對應該插 接部（12)之第-插接槽（33)，以及—對應該插組部⑵）之 第二插接槽（34)，並於該牆部（32)端面處側向延伸一環繞 該第一、第二插接槽（33、34)之凸部（35^ 义、 該部件後合步驟中係將該底座⑽、上蓋（2〇)分別插 組定位於該打擊面板⑽上，以便於後續部件預固定步驟 的執仃中’如第四、五圖所示，操作人員可將該底座 (10)外周緣之插接部⑽，插伸入該打擊面板(3〇)中相對 應的第—插接槽（33)中’以及該上蓋（20)之插組部（22)亦 插伸入該打擊面板⑽中的第二插接槽(34)中，而該底座 1。)之凸緣部⑴)與該上蓋(2。)之凸唇部(21)相互對應抵 接，此外，該底座（10)、上蓋（2〇)與打擊面板（3〇)之任二 構件之銜接處會形成縫隙。 :部件預固定步驟係用以初步固定該底座(1〇)、上蓋 ⑽與打擊面板⑽，其中，如第六圖所示，操作人員可 2別Γ該f座（1G)與該打擊面板⑽之銜接處、該底座 於5亥上盍(2〇)之銜接處、該上蓋(2〇)與打擊面板(30) /丁接處進行點焊固定，使各構件之間的相對組接位置固 疋’形成一桿頭之離型。 該焊接固結步驟係 以機械對該底座（1 〇) 、上蓋（20)與 201023942 打擊面板⑽的銜接處進行自動焊接手段，利用高溫使得 衡接處之凸緣部⑴）、凸唇部(21)與凸部(35)可以 融成液態狀，利用毛細現象流入鄰近之銜接處的縫隙中 進-步將縫隙填滿並固化’達到穩固接合該底座〇〇)、上 蓋（20)與打擊面板（3G)的目#，以形成高爾夫木桿桿頭之 初胚’其巾’該焊接固結步驟中可以㈣等離子焊 烊或經弧焊等達到焊接的目的。201023942 * VI. Description of the Invention: [Technical Field] The present invention relates to a method for manufacturing a golf club head, and more particularly to a method for manufacturing a golf club head capable of improving the welding strength and accuracy of the club head . [Prior Art] ❿ Refer to the embryo of the golf club head shown in the eighth figure. The golf club head includes a base (9 inches), an upper cover (91) and a striking panel (92). In addition, the method for manufacturing the golf club head is to prepare the base (90), the upper cover (91) and the striking panel (92), and the base (9〇) and the upper cover (91) are formed by mechanical pressing. The member, the striking panel (92) has a connecting rod (93). After the components of the golf club head are prepared, the operator then places the base (9〇), the upper cover (91) and the striking panel. (92) aligning each other with the outer edge and spot welding to form an initial embryo of a golf club head, wherein a gap is formed at the outer edge of the base (10), the upper cover (91) and the striking panel (92) ( 94) (as shown in Figure 8), so the operator needs to add solder or wire to the gap (94) and further artificially solder it. (4) After the solder or wire fills the gap (94) and solidifies, it is connected. Advance - guild tidy 1 ★ taste order I eccentric Φ Pu ♦ Lu is the ear -. 1 -. - one ... ___ However, in the above process, the components of the '1 Haierfuer wood pole head are in the process of preliminary welding alignment, which is easily affected by human factors, and the components are reduced: 'The precise rsheng' leads to In the manufacturing method of the Shangerfu wood pole head, the welding method of each member is treated by the south temperature treatment by means of the material or the wire to fill the gap (94). 'The strength and stability of the welded joints are not good. In 201023942, the knot of the golf club head is affected. * The manufacturing method of the club head is complicated. The method of using the same wood will make the weld be stable.吏 吏 : 或 或 : : : : : 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊 焊I hope to design the 'Improvement of the ancient method of using the method of manufacturing the club head with the troubles of the traditional method, and the political advancement 4- # Λ, - ^, using the 烊枓 or wire to fill the gap To & and affect the strength of the structure In order to achieve the pre-existing purpose, the manufacturing method of the present invention includes: a step of preparing a part of the heart of the wood head, which is formed by mechanical processing to form a base respectively... The outer periphery of the base plate is formed with a flange portion and a plug portion. The outer peripheral edge of the upper cover defines a convex lip portion and an insert portion. The striking panel is formed with a striking portion forming a side of the striking portion. The biliary portion of the wall portion is formed by the end surface of the wall portion, the first insertion groove and the second insertion groove, and the wall portion laterally extends from the insect end to a convex portion; Inserting the insertion portion into the striking slot of the striking panel, the insertion portion of the upper cover is inserted into the first insertion slot of the striking panel, and the flange portion abuts the convex lip portion; The pre-fixing step is respectively spot-welding and fixing at the joint between the base, the upper cover and the adjacent member of the striking panel, and the welding consolidation step is performed by mechanically automatically welding the joint of the base, the upper cover and the striking panel. Flange, lip and convex part at the joint Melt into the gap between the joints, and then fill the gap between the joints, so that the base, the upper cover and the striking panel are firmly joined to each other in 201023942, / _ the embryo of the head; and 0 forms the surface of the Shalf wood rod head In the step, the outer surface of the embryo of the wood rod head is utilized. Machining means to grind the golf according to the above, in the golf plugging portion, the inserting portion, the first plug-in =:= manufacturing method of the present invention, the alignment of the base, the upper cover and the striking panel: The design 'improves the time spent in the process, and the insertion portion reduces the number of steps of the component, and the insertion slot can increase the joint area of the bottom striking panel, thereby improving the stability. Similarly, the insertion portion extends into the The gate of the second insertion groove π π t also increases the joint area of the upper cover and the striking panel, and improves the stability of the splicing and consolidation step of the welding, ... = in the subsequent mechanical automatic tm ^ ^, Λ ^ 且 and these components in the component preparation step, will be = 1 lip and convex 'in the mechanical automatic welding process ... will melt and fill the gap between the components to manually fill the wire or In the step of soldering and φ, the mechanically automated welding is completed. The purpose of the welding is to fix the enthalpy and splicing, so as to avoid the instability of the artificially welded pile ,1, so this is the month of the month. The manufacturing method of the wooden club head can be The bonding between the various components, and the extent to which the morphogen affects the yield of the product. _ _ _ [Embodiment] Please refer to the first figure, the golf club head of the present invention = = :, which includes a component preparation step, a component fitting step, a pre-solid V step, a welding consolidation step And the head surface finishing step. In the component injury step, the mechanical relocation is added to the seat (10) and the upper cover (10), and is formed by forging means - strike = (- 30 bottom) 201023942, Dan...Digital 2, 3, the base πο) Forming a flange portion (11) and a plug portion (12) at the outer peripheral edge. The outer periphery of the upper cover (2〇) is formed with a convex lip portion (21) and an insertion portion (22), and the flange portion The portion (ι) is matched with the lip portion (21), and the striking panel (3〇) has a striking portion ο), and the outer portion of the striking portion (31) laterally extends a wall portion (32) so that the portion Strike panel (10)) Approximate-(four) 'The wall portion (10) is formed at the end face with a second plug-in groove corresponding to the plug-in portion (12) and a second plug corresponding to the plug-in portion (2) a groove (34) extending laterally around the end face of the wall portion (32) to surround the first and second insertion grooves (33, 34) (35^, the component is followed by a step The base (10) and the upper cover (2〇) are respectively inserted and positioned on the striking panel (10) to facilitate the subsequent component pre-fixing step. As shown in the fourth and fifth figures, the operator can mount the base (10). outer The insertion portion (10) of the edge is inserted into the corresponding first insertion groove (33) of the striking panel (3) and the insertion portion (22) of the upper cover (20) is also inserted into the strike In the second insertion groove (34) of the panel (10), the flange portion (1) of the base 1) and the convex lip portion (21) of the upper cover (2) abut each other, and further, the base ( 10) A gap is formed between the upper cover (2〇) and the joint of any two members of the striking panel (3〇). The component pre-fixing step is for initially fixing the base (1〇), the upper cover (10) and the striking panel (10), wherein, as shown in the sixth figure, the operator can distinguish the f-seat (1G) from the striking panel (10) The joint, the base of the joint at 5 盍 (2 〇), the upper cover (2 〇) and the striking panel (30) / butyl joint are spot-welded to make the relative assembly position between the components Solid 疋 'forms a head out of shape. The welding consolidation step is an automatic welding method for mechanically joining the base (1 〇), the upper cover (20) and the 201023942 striking panel (10), and the high temperature is used to make the flange portion (1) and the lip portion of the balance joint ( 21) The convex portion (35) can be melted into a liquid state, and the capillary phenomenon is used to flow into the gap between the adjacent joints, and the gap is filled and solidified to "stablely join the base", the upper cover (20) and the blow The head of the panel (3G) is used to form the embryo of the golf club head. The welding consolidation step can be achieved by (iv) plasma welding or arc welding.
m 該桿頭表面修整步料以機械加卫手段對焊接固姓牛 驟中的桿頭初胚外表面進行磨整的作業（如第七圖所示)^ 上述中，該部件備製步驟中所製造的打*面板⑽）上 具有-連接桿（36) ’其中該連接桿（36)可以利用焊接手^ 進-步固定於該打擊面板(30)(如第二圖所示），或該心 桿（36)可以利用機械加工手段而一體成形於該打擊面 (30)上（如第三圖所示）。 由上述可以得知，該高爾夫木桿桿頭之製造方法中， 。亥底座（10)、上盍（20)與打擊面板（3〇)於部件備製步驟中 完成的結構設計，能夠簡化該底座（1〇)、上蓋（2〇)與打擊 面板（30)的部件嵌合步驟，以及節省對位過程中所花費的 時間，並能提高對位的精確性，又，該插接部（12)伸入該 第一插接槽（33)的設計，可以増加該底座（1〇)與該打擊面 板（30)的銜接面積，另，該插組部（22)伸入該第二插接槽 (34)的方式，會增加該上蓋（2〇)與該打擊面板（3〇)的銜^ 面積，並搭配該打擊面板（3〇)牆部（32)的設計，使得該高 爾夫木桿桿頭於結構穩定性上的表現更佳。 Λ门 此外，該製造方法於焊接固結步驟中可利用機械自動 201023942 對該底座（ίο)、上蓋（20)與打擊面板（3〇) 接，於焊接過程中，使部件備製步驟中預留之7凸丁焊 固=部m)與凸部(35)炫融並填補銜接處的縫隙；，:) 固化時結合該些構件，相較於以往人工 、於 進行焊接的方式，該焊㈣結步料时2絲或焊料再 :時間’且配合機械自動化焊接可以提高。焊接焊接 m因此本發明高爾夫木桿 X與穩 底座（10)、上苗4敕 表梃方法中所備製的 r _ )與打擊面板（3G)，使得桿頭的製造& 各更為順暢並降低人工作業的比例接製^ 的楼口穩疋性’進而提高產能與產品良率。 【圖式簡單說明】 第一圖：為本發明木 示意圖。 硐炙1铽方法之流程 第二圖：為本發明高爾夫木桿桿頭之 立體分解示意圖。 較佳實靶例之 ❿ 第三圖：為本發明高爾夫木桿 之立體分解示意圖。 干碩之另-較佳實施例 第四圖：為本發明高爾夫木桿 立體組合示意圖。 頭之一争又佳實施例之 第五圖：為第四圖之側視剖面示意圖。 第六圖：為本發明高爾夫木槔 後之側視平面示意圖。 〖；。件預固定步驟 為本發明高爾夫木桿桿頭於 驟後之立體外觀示意圖。 ^v ^ y 第八圖：為習用高爾夫木桿桿頭之立體組合示意圖。 201023942 【主要元件符號說明】 (10)底座 (11)凸緣部 (1 2)插接部 (20)上蓋 (21)凸唇部 (22)插組部 (3 0)打擊面板 (3 1)打擊部 (32)牆部 (33)第一插接槽 (34)第二插接槽 (35)凸部 (36)連接桿 (90)底座 (91)上蓋 (92)打擊面板 (93)連接桿 (94)縫隙m The surface of the head surface is trimmed by mechanical means to grind the outer surface of the head of the welded head (as shown in the seventh figure) ^ In the above preparation step, the part is prepared The manufactured panel (10) has a - connecting rod (36) 'where the connecting rod (36) can be fixed to the striking panel (30) by means of a welding hand (as shown in the second figure), or The mandrel (36) can be integrally formed on the striking face (30) by mechanical means (as shown in the third figure). From the above, it can be known that the golf wood club head is manufactured. The structural design of the base (10), the upper cymbal (20) and the striking panel (3 〇) in the component preparation step can simplify the base (1 〇), the upper cover (2 〇) and the striking panel (30). The step of fitting the component, and the time taken in the process of saving the alignment, and improving the accuracy of the alignment, and the design of the insertion portion (12) extending into the first insertion slot (33) can be added The connection area of the base (1〇) and the striking panel (30), and the manner in which the insertion portion (22) extends into the second insertion slot (34) increases the upper cover (2〇) and the The area of the striking panel (3〇) and the design of the striking panel (3〇) wall (32) make the golf club head perform better in structural stability. In addition, the manufacturing method can utilize the mechanical automatic 201023942 in the welding consolidation step to connect the base (ίο), the upper cover (20) and the striking panel (3〇), and during the welding process, the component preparation step is pre-prepared. Leave 7 convex welds = part m) and the convex part (35) to melt and fill the gap at the joint;;:) combine these components during curing, compared to the previous manual, welding method, the welding (4) When the stepping material is 2 wires or solder, the time: and the mechanical automation welding can be improved. Welding welding m Therefore, the golf ball X of the present invention and the stable base (10), the upper seedlings, the r _ ) and the striking panel (3G), make the manufacture of the head & And reduce the proportion of manual work to control the stability of the building's 'and thus increase productivity and product yield. [Simple description of the drawings] The first figure: is a schematic view of the wood of the present invention. The flow of the method is the three-dimensional exploded view of the golf club head of the present invention. The preferred embodiment of the target ❿ The third figure is a schematic exploded view of the golf club of the present invention. The other is the fourth embodiment: the three-dimensional combination diagram of the golf club of the present invention. The fifth figure of the preferred embodiment is a fifth side view of the fourth figure. Figure 6 is a side plan view of the golf raft of the present invention. 〖; The pre-fixing step of the piece is a schematic view of the three-dimensional appearance of the golf club head of the present invention. ^v ^ y Figure 8: Schematic diagram of the three-dimensional combination of the golf club head. 201023942 [Description of main component symbols] (10) Base (11) Flange part (1 2) Plug part (20) Upper cover (21) Lip part (22) Insert part (3 0) Strike panel (3 1) Strike part (32) wall part (33) first insertion groove (34) second insertion groove (35) convex part (36) connecting rod (90) base (91) upper cover (92) striking panel (93) connection Rod (94) slit