M348615 八、新型說明： 【新型所屬之技術領域】 本創作係為高爾夫球具，尤指一種於球頭職模體上相 偕結合有面板臘模體，藉以在纽成型出球頭本體的 亦成型有擊球面板的成型結構 【先前技術】 目前各種休閒運動中’冑爾夫球運動已逐漸普及且所 使用的高爾夫用具亦受到相t的重視，進而高爾夫用具的 球頭的製造方法亦受到此業界的研究注意，以目前在業界 所製造之鈦合金及；^銹鋼球頭而言，球頭係利用精密禱造 =型製成’因此如何在有效的維持球桿頭品質的良窥下， 提间生產速度及降低成本確為另一重要的議題。 高爾夫球頭的構造，請參看第十七圖所示，主要由球 頭本體（7G)與擊球面板（41)所組成，且在分別製作出球頭 本體（70)與擊球面板（41)後再將二者相互結合固定並進行 -細部加工後完成，在球頭本體的製造上，現有技術如台 灣發明專利第1249424 f虎「用於製造可減少球頭上蓋厚度 的高爾夫球頭裝置」發明專利案，請參看第十六圖所：？ ^係使用模具製造出球頭臘模，且在球頭臘模的週邊成型 设有主洗注口及若干不同用途的流道及具有一開口，再將 ，球頭臘模經由組樹、$漿、脫蠟、燒結程序，完成整串 八又膜後並進仃澆注程序，冷却後移除及磨光前述主澆注口 及右干不同用途的流道，即可製作出所需的球頭本體 (70)，另在球頭本體（70)的成品上具有一開口（71);" 5 M348615 . 另配合參看第十一及十二圖所示，係一種製作安裝在 .球頭本體上的擊球面板的實施例，該實施例係用於製Μ 有厚度為等厚的擊球面板(例如：厚纟3 Ml )，製作時係 相同厚度且呈平直狀的板材（40)配合沖床及成型模具予以 成尘即以冲床對板材（40)進行沖切而成型出該擊球面板 (41)的形狀，前述之沖切方式亦可改用雷射切割，其精度 較同且邊料（42)損失較少，但切割費用較為昂貴，最後再 使用油壓機及具有弧度結構的成型模具（5〇)配合之下，將 •月述擊球面板（41)置於成型模具（5〇)的模穴（51)内再予以 擠壓成型為一具有特定弧度及外型的板體； 此種擊球面板（41)的製造加工方式相同具有必須將邊 料（42)切除而有邊料（42)以廢料出售之材料使用損失成 本，另有使用沖麼加工、雷射切割或油塵加工與配合成型 模具使用等的加工成本，因此，此種擊球面板的製作仍存 在有其缺點。M348615 VIII. New Description: 【New Technology Fields】 This creation is a golf club, especially a kind of panel wax body combined with the top of the ball model, so as to form the ball head body in New Zealand. Molded structure with a hitting panel [Prior Art] At present, in the various leisure sports, the golf ball has been gradually popularized, and the golf equipment used has also received attention. Therefore, the manufacturing method of the golf ball head is also affected. The research in this industry pays attention to the fact that in the current titanium alloy and rust steel ball heads manufactured in the industry, the ball head system is made of precision prayer = type, so how to effectively maintain the quality of the club head Next, the speed of production and cost reduction are another important issue. The structure of the golf head, as shown in Figure 17, is mainly composed of the ball body (7G) and the ball striking panel (41), and the ball body (70) and the ball striking panel are respectively fabricated. After the two are combined with each other and carried out - after the detailed processing, in the manufacture of the ball head body, the prior art, such as the Taiwan invention patent 1249424, "the tiger" is used to manufacture a golf club device capable of reducing the thickness of the ball cap. For the invention patent case, please refer to the sixteenth figure: ^Using a mold to manufacture a ball-shaped wax mold, and forming a main washing nozzle and a plurality of different-purpose flow passages around the ball-end wax mold and having an opening, and then, the ball-head wax mold is passed through the group tree, Pulp, dewaxing, sintering process, after completing the whole process of octagonal film and pouring into the pouring process, after cooling, remove and polish the flow channel of the main pouring port and the right dry for different purposes, the desired ball head body can be produced. (70), further having an opening (71) on the finished product of the ball body (70); " 5 M348615. In addition, as shown in the eleventh and twelfth drawings, one is made and mounted on the ball body. An embodiment of the ball striking panel, which is used for making a ball striking panel having an equal thickness (for example, a thick 纟 3 Ml), which is made of the same thickness and flat plate material (40). The punching machine and the forming die are dusted, that is, the plate (40) is punched by a punching machine to form the shape of the ball striking panel (41), and the punching method can also be changed to laser cutting, and the precision is the same. Material (42) has less loss, but the cutting cost is more expensive. Finally, the hydraulic press and the curvature are used. With the structural molding die (5〇), the monthly hitting panel (41) is placed in the cavity (51) of the forming die (5〇) and then extruded into a specific curvature and shape. The plate body of the ball striking panel (41) is manufactured in the same manner as the material used to cut the edge material (42) and the edge material (42) is sold as scrap material, and the processing cost is used. The processing cost of the cutting or oil dust processing and the use of the molding die, etc., therefore, the production of such a ball striking panel still has its disadvantages.
另參看第十三至十五圖所示的另一實施例’其係用以 製造具有㈣肋結構的擊球㈣，先冑具有比前述等厚板 材（40)厚度較厚且呈平直板狀的板材（6〇)(例如：厚度為 4·2 )，該板材（60)的面積大於所欲成型之擊球面板面 積，再以CNC銑床對板材（60)進行銑切加工，於該板材（6〇) 上成型出不同厚度分佈，部份位置的厚度較薄的擊球面板 (62) 外型，且在其中央形成有任何不同高度分佈的補強肋 (63) ’其一圓形及十字形的補強肋（63)為最佳實施例，完 成後將該半成品以沖床配合沖切模具，利用沖壓及裁切Ζ 6 M348615 =擊::板⑽形狀，並將多餘材料的 科出售，别述之沖切方式亦可改用雷射 邊料（61)損失較少，但切割費用較為昂Ή度車父问 配合油壓機及星有輯〜 '貝最後再進一步 械及-有特疋弧度的成型模具( 相互配合將置於馗〜以1/(、 精田一者的 所設計的特定弧度及外型； Mi為具有 機床Γ =面板(62)的製作’將有使用價格昂貴的-機床加w成加工成本昂貴，另將_具有前述_定厚度 =)=Γ°)予以銑切去除及將較厚邊料以廢料出 售專均k成材料使用損失的成本，再者利用油壓機及成型 杈具的=工則有模具費用及成本增加等缺點存在。 由前述可了解到現有技術在生產製作球頭時，必須分 別的製作出球頭本體及擊球面板，因此必須使用模具成型 壤杈’組樹後再利用精密鑄造成型製程製成球頭本體，另 外配合加工機將_平直狀的板材加工成型一具有—定弧度 的擊球面才反則述之擊球面板如設有肋結構者亦同，最後 將二者予以結合固定而成’在整個球頭的製作上製程較為 繁雜且耗費成本。 又參看第十七圖所示’由於經由模具(50)的模穴(⑴ 所擠壓形成為一具有特定弧度及外型的擊球面板，其 板面（411)與周緣面（412)間的角度小於九十度，使得當擊 球面板(41)置入開口⑼後，於該開口（71)孔緣面與周緣 面（412)間將形成有一環繞的缺口（B)，如此將使得該處在 利用焊接技術進行接合時，必須耗費較多的焊接材料，且 M348615 接時所造成較大的應力集中，使得結合強度受到 疋的衫響而有降低等問題。 【新型内容】 創作者有鑑於前述現有技術的缺點及問題而設計將 f球面板與球頭本體在製作時可在整串殼模内予以同時量 ，型’藉以減少機具的使用及降低材料使用成本與加工 成本為其目的。 為了可達到前述的發明目的，本創作所運用的技術手 二在於提供_種高爾夫擊球面板與球頭本體相偕成型結 〃具有—擊球面板及—球頭本體，該擊球面板上具有 助流道支L㈣本體上在相對應於㈣辅助流道支 主位置處具有接著凸部’該接著凸部與前述的辅助流道支 柱相互連接為一體。 所述之高爾夫擊球面板與球頭本體相偕成型結構，盆 中該辅助流道支柱由擊球面板的周緣處突出且呈…’、 所述之同爾夫擊球面板與球頭本體相偕成型結構’宜 中球頭本體外側具有-主洗注口及一外環流道，該外環^ 道與球頭本體間具有流道辅助洗口，前述的接著凸部及輔 助他道支柱分別間隔設在球頭本體及外環流道上。 所述之高爾夫擊球面板與球頭本體相偕成型結構，其 中球頭本體外側具有-主濟注口，其各接著凸部分別間隔 言史於球頭本體上 所述之高爾夫擊球面板與球頭本體相偕成型結構，其 中該輔助流道支柱與接著凸部均為四支。 8 M348615 ι所述的高爾夫擊球面板與球頭本體相偕成型結構的製 造方法，其巾擊球面板臘模與球頭本體臘膜的連接方式衣 分別在該擊球面板臘模上一體成型設有輔助流道支柱，在 該球頭本體臘膜上及在其週邊進一步設有一主澆注口及— 外環流道，該球頭本體臘膜及外環流道上，分別一體成型 設有接著凸部，該輔助流道支柱與接著凸部間以熱频連 接。Referring to another embodiment shown in the thirteenth to fifteenth drawings, which is used to manufacture a hitting ball (four) having a (four) rib structure, the breech has a thicker and flatter plate shape than the aforementioned thick plate (40). The plate (6〇) (for example, the thickness is 4·2), the area of the plate (60) is larger than the area of the hitting panel to be formed, and then the plate (60) is milled by a CNC milling machine. (6〇) A different thickness distribution is formed on the thin part of the hitting panel (62) at a partial position, and a reinforcing rib (63) of any different height distribution is formed in the center thereof. The cross-shaped reinforcing rib (63) is a preferred embodiment. After completion, the semi-finished product is punched and punched by a punching machine, and is stamped and cut Ζ 6 M348615 = hit:: plate (10) shape, and the excess material is sold, The punching method can also be changed to use the laser edge material (61) to lose less, but the cutting cost is more expensive. The car father asks to cooperate with the hydraulic press and the star has a series ~ 'Bei finally and further equipment and - have special curvature Molding dies (interactions will be placed in 馗~ to 1/(, Jingtian one of the specific design Arc and shape; Mi is machine tool Γ = panel (62) production 'will be expensive to use - machine tool plus w into the processing cost, and _ with the above _ fixed thickness =) = Γ °) milling The cost of using the thicker side material to sell the waste material to the average amount of the material is lost, and the use of the hydraulic press and the forming cooker has the disadvantages of the mold cost and the cost increase. It can be understood from the foregoing that in the prior art, when the production of the ball head is made, the ball body and the ball striking panel must be separately manufactured. Therefore, it is necessary to form the ball head body by using the mold to form the loam 'group tree and then using the precision casting molding process. In addition, with the processing machine, the _ flat plate is formed into a ball-shaped surface with a fixed arc, and the hitting panel described above is also the same as the rib structure. Finally, the two are combined and fixed. The manufacturing process of the ball head is complicated and costly. Referring also to the seventeenth figure, 'between the plate surface (411) and the peripheral surface (412), which is formed by a cavity ((1) extruded through a mold (50) to form a ball striking panel having a specific curvature and shape. The angle is less than ninety degrees, so that when the ball striking panel (41) is placed in the opening (9), a circumferential notch (B) will be formed between the hole edge surface and the peripheral surface (412) of the opening (71), which will make When welding with the welding technology, it is necessary to use more welding materials, and the M348615 is connected to a large stress concentration, which makes the bonding strength suffer from the problem of the squeaking of the squeaking. [New content] Creator In view of the above-mentioned shortcomings and problems of the prior art, the f-ball panel and the ball-end body can be simultaneously measured in the entire series of shell molds during manufacture, thereby reducing the use of the implement and reducing the material use cost and processing cost. In order to achieve the foregoing object, the technical hand used in the present invention is to provide a golf ball hitting panel and a ball head body formed with a knotting ball hitting panel and a ball head body, the ball striking panel The auxiliary flow path branch L (four) body has an advancing convex portion at a main position corresponding to the (four) auxiliary flow path branch, and the subsequent convex portion is integrally connected with the aforementioned auxiliary flow path strut. The golf hitting panel and the ball The head body is formed in a corresponding structure, and the auxiliary flow path strut protrudes from the periphery of the hitting panel in the basin and is in the same direction as the ''the ball striking panel and the ball head body forming structure' The outer side has a main washing port and an outer ring flow channel, and the outer ring channel and the ball head body have a flow channel auxiliary washing port, and the foregoing convex portion and the auxiliary other column are respectively spaced apart from the ball head body and the outer ring flow. The golf ball striking panel and the ball head body are formed in a structure corresponding to the ball body, wherein the outer side of the ball body has a main jet, and each of the convex portions is separated from the golf ball described on the ball body. The panel and the ball head body are formed in a structure corresponding to each other, wherein the auxiliary flow channel strut and the following convex portion are four. 8 M348615 ι, the method for manufacturing the golf ball striking panel and the ball head body forming structure, the towel striking ball The connecting manner of the panel wax mold and the ball body of the ball head body is integrally formed on the batting plate wax mold, and the auxiliary flow channel pillar is integrally formed on the wax film of the ball head body, and a main pouring port is further disposed on the ball body of the ball head body and around the periphery thereof. — The outer ring flow path, wherein the ball body and the outer ring flow path are integrally formed with an advancing convex portion, and the auxiliary flow path strut and the subsequent convex portion are thermally connected.
藉由本創作的技術手段的運用，由於擊球面板與球頭 本體於-整串燒結完成之殼模内洗注铸造同時製成，於切 割取下再進行加工即可，因此將可達到減少加工機具及成 型模具的使用及降低材料使用成本； 由於所成型的擊球面板，其侧板面與周緣面可設計為 直角型式，當安裝在球頭本體的開口處並進行結合焊接 時，將可減少焊接後所產生之應力集中，及焊接熱效應所 產生之強度衰減。 由於擊球面板臘模上設計有一環狀的凸緣，將可防止 ·=擊球面板臘模在成型後及浸料的變形，且在焊接固定 捋可取代焊條材料的使用，可降低焊接成本；再者擊球面 板半成品在凸緣的側周緣處數個定位擋塊，在組裴於球頭 本體半成品時，該定位擋塊可將擊球面板易於定位在球= 本體的開口處，於焊接固定時可防止避免火力回衝。-s 又由於擊球面板上的線溝可由臘模同時成型，可在澆 注鑄造成型的同時予以製作完&，可減少各種切削加工: 產生的成本。 9 M348615 又因擊球面板的補強肋及其厚度可由廉價模具設計為 不同厚度分布，如此可增加擊球甜密區；再者可降低其材 料成本並可減少擊球面約10至16克的重量，此重量如移 至球頭後側可增加重心深度，即增加球頭貫性矩，如移: 球頭下側，其重心高度將降低形成低重心狀態兩者均可增 加擊球的穩定性。 曰 【實施方式】 —參看第-圖及二圖所示係本創作高爾夫擊球面板與球 頭本體相偕成盤結構，其具有一擊球面板臘模⑴）及一球 頭本體臘模（20)，該擊球面板腺模（⑻及該球頭本體職模 (2〇)係以臘材料製成，即分別將臘材料利用模具予以成型 出再經由精密鑄造流程’鑄造成型出同時具有擊球面板與 球頊本體的構造； 配合參看第三及四A圖所示，前述由模具製成為臘材 的名球面板臘模（i 〇),其具有—相對應於擊球面板的外 型，於其—側面的週緣環繞形成有一突出的凸緣（11)，另 在週緣形成一突出的輔助流道支柱(i 2)，其較佳實施例可 广圖中所不設有四支辅助流道支柱(12)，各辅助流道支柱 道^間的相對設置且其可為一呈L型桿體，該輔助流 (12)的自由端端面上形成有呈凹狀的凹槽（ία)，又 相鄰於凸@ Μι、 ’ 位置且位在週緣處間隔設有定位擋塊 C1 〇) 5 圖中所-从土丄 ^ 不的較佳實施例為設有四個突出的定位擋塊 各疋位擋塊（13)與凸緣（11)位在擊球面外側之平 齊位置。又俞 月迷由模具製成為臘材料的球頭本體臘模 M348615 • (20) 具有一相對應於球頭本體的外&，於# 一側形成 .有-與擊球面板外型相對應的開口 (201)，於其另一側週邊 環繞設有一主澆注口（25)及一條外環流道（22)，該外環流 道（22)與球頭本體臘模（2〇)之間形成相連接的流道辅助澆 口（23)，於前述的外環流道（22)與球頭本體臘模（2〇)上設 有外突的接著凸部（21),圖中所示的較佳實施例為在外環 流道（22)上設有二間隔設置的接著凸部（24)，另在球頭本 體臘模（20)上設有二間隔設置的接著凸部（21)，該接著凸 鲁部（21)(24)的端面為一定位面（211)(24〇 ,並在定位面 (211)( 241)上形成有呈凹入狀的凹槽（212)(242)，又前述 的四支接著凸部（21)(24)係相對於擊球面板臘模（1〇)的四 支輔助流道支柱（12)位置。 請配合參看第二及四B圖所示，係本創作的球頭本體 臘杈的另一具體實施例，在該球頭本體臘模（2〇B)上設有外 犬的接著凸部（21B) ’另相互配合設計有一構造與擊球面板 臘模（10)相近的擊球面板臘模（10B)，圖中所示的較佳實施 鲁例為在球頭本體臘模（20B)上分佈設有四間隔設置的接著 凸部（21B )，各接著凸部（21B)均相對於前述球頭本體臘模 (20B)所設的輔助流道支柱（12b)位置。 配合參看第四A及五圖所示，前述的擊球面板臘模（1 〇) 係相對設置在球頭本體臘模（2〇)上，其中各輔助流道支柱 (12)的端面位置相對位於各接著凸部（21)(24)的定位面 (211)(241)位置’且該端面與各定位面（211)(241)上的凹 槽（121 )(212)(242)間設有可將其相鄰的二端面相互粘著 11 M348615 的熱炼臘（30)，進而將擊球面板臘模（10)與球頭本體臘模 ⑽組成連接為ϋ便進行金屬精密鑄造成型各步i 配合參看第四B及岡„ , 7、圖所不，又另一實施例的擊球面 板臘模（1GB)與球頭本體臘模（2GB)的組成連接與前述的實 施例為相同，係將相對應的輔助流道支柱（ΐ2β)與接著凸部 (21Β)藉由熱熔臘（3〇)相互連接。 又第七圖及八圖所示，相互連接為一體的擊球面板臘 模（10)(1GB)與球頭本體臘模（2g)(2()b)，經由組樹、浸货、 脫壞、燒結完成整串殼模後，將炫融金屬由主洗注口 (25)(25B)注人，即可在同—組樹完成燒結後之殼模内將擊 球面板相偕同時的與球頭本體一同製造完成，冷却後該同 時具有擊球面板與球頭本體的半成品外型與第七圖及八圖 所不的臘模外型為相同，再者對此半成品再進一步的進行 切割與細部加工後，將可分別製成有第九圖所示之一擊球 面板（10A)及一球頭本體（2〇a); 再配合第九及十圖所示，該擊球面板（1〇A)可置入於球 頭本體（2⑷的開口（20U)處，此時藉由開口（2〇ia)的孔緣 面與擊球面板（1〇Α)的外週緣面完相互貼合，且擊球面板 (i〇A)所形成的定位擋塊位在球頭本體(2〇a)上的開口 (20U)前側週邊抵頂並予以相互定位，再利用其凸緣（以） 與開口（201A)週緣相互結合固定，其結合技術的較佳實施 例可為焊接技術，因此相互結合完成並製成球頭，僅需使 用較少焊接的能量且不須使用焊料即可使二者之間形成有 良好的固定結合且穩固的效果。 12 M348615 本創作之擊球面板與球頭本體相偕成型結構的製造方 法，請參看第一、五、七及十圖所示’其包括有以下步驟： 1·製造出一體成型的擊球面板臘模（1〇)及球頭本體臘 膜（20) ’即分別製出有該擊球面板臘模（1〇)及輔助流道支 柱（12)，製造出有該球頭本體臘模（2〇)、具有外環流道 (22)、流道輔助澆口（23)及主澆注口（25)等，另於球頭本 體臘模（20)上及外環流道（22)上分別設有間隔且相對應於 辅助流道支柱（12)的接著凸部（2丨）及接著凸部（24); 2.連接擊球面板臘模（1〇)與球頭本體臘膜（2〇)，其中 該擊球面板職模（1〇)以#輔肋流道支柱（12)相制於球頭 本體臘模（20)的接著凸部（21)及接著凸部（24)，二者之間 可在輔肋道支柱（12)與接著凸部（21)及接著凸部（24)等 端面處形成有呈凹入狀的凹槽(121)及凹槽(21 2)(242)，於 其間的凹入處填充有熱熔臘（30)，藉以將其相互連接； μ 3>_接著進行臘模組樹、浸衆、脱朦、燒結及洗注（灌 漿）等程序製成-同時相偕具有擊球面板與球頭本體的半 成品， …4.對半成品的切割加工，將冷卻後成型在擊球面板及 球=本體上為金屬的各辅肋流道支柱、外環流道、流道輔 助口、主澆注口及各接著凸部等予以切割分離； 5.對半成品磨平六。丁 羞 ’將則述由擊球面板半成品上的 辅助 >爪道支柱的切室丨丨声 妁刀」處，及球頭本體上的接著凸部、主澆 /主口、輔助澆口的切判虛 處4進灯磨平加工； 6 ·組裳加工，蔣許，丄 、1述加工後的擊球面板以定位擋塊組 13 M348615 裝固定在球頭本體上，其中一種組裝固定的具體實施例， 可使用焊接固定的技術； 7 ’ 4成球頭半成品，將擊球面以凸緣為焊料焊接固定 在球頭本體上’以製成為一球頭。 本創作之擊球面板與球頭本體相偕成型結構的製造方 法的另-實施例，請參看第二、六、八及十圖所示，其包 括有以下步驟： 1. 製造出一體成型的擊球面板臘模（10)及球頭本體臘 籲膜（20) ’即分別製出有該擊球面板臌模（1〇)及辅助流道支 柱（12)，製造出有該球頭本體臘模（2〇)及主澆注口（25b) 等，另於球頭本體臘模（2〇B)上設有間隔且相對應於輔助流 道支柱（12B)的接著凸部（2ib); 2. 連接擊球面板臘模O0B)與球頭本體臘膜（2〇B)，其 中該擊球面板臘模（i 0B)以其辅肋流道支柱（丨2B)相對應於 球頭本體臘模（20B)的接著凸部（21B)，二者之間可在輔肋 *遏支柱（12B)與接著凸部（21B)等端面處形成有呈凹入狀 •的凹槽，於其間的凹入處填充有熱熔臘(3〇)，藉以將其相 互連接； 3. 接著進行臘模組樹、浸漿、脱臘、燒結及澆注（灌漿） 等程序製成一同時相偕具有擊球面板與球頭本體的半成 XJ · 口 σ ， 4. 對半成品的切割加工，將冷卻後成型在擊球面板及 球頭本體上為金屬的各輔肋流道支柱、主澆注口及各接著 凸部等予以切割分離； 14 M348615 2對半成品料&，將料由擊球面 輔助流道支柱的切割處，及球頭本體上的接著凸部及幻 1 庄口的切割處等進行磨平加工； 6二且裝加工，將前述加工後的擊球面板以定位標塊組 、έ疋日球頭本體上，其中_種組裝固定的具體實施例， 可使用焊接固定的技術； ，7·製成球頭半成品，將擊球面以凸緣為焊料焊接固定 在球頭本體上’以製成為一球頭。By the use of the technical means of the present creation, since the hitting panel and the ball-end body are formed at the same time as the whole series of sintered shell molds, the cutting can be carried out and then processed, so that the reduction can be achieved. The use of processing tools and molding dies and the reduction of material use cost; due to the formed hitting panel, the side panel surface and the peripheral surface can be designed as a right angle type, when mounted at the opening of the ball head body and combined welding, It can reduce the stress concentration generated after welding and the strength attenuation caused by the welding heat effect. Since the annular panel of the batting panel is designed with an annular flange, it can prevent the deformation of the batting panel after forming and the dipping, and the welding fixture can replace the use of the welding rod material, which can reduce the welding cost. Furthermore, the batting panel semi-finished product has a plurality of positioning stops at the side periphery of the flange. When the group is placed on the semi-finished product of the ball head body, the positioning block can easily position the ball striking panel at the opening of the ball=body. When welding is fixed, it can prevent the fire back from being avoided. -s Since the groove on the hitting panel can be formed by the wax mold at the same time, it can be produced at the same time as casting and casting, which can reduce various cutting costs: the cost. 9 M348615 In addition, the reinforcing ribs of the ball striking panel and the thickness thereof can be designed by different molds to have different thickness distributions, which can increase the sweet spot of the hitting ball; further reduce the material cost and reduce the hitting surface by about 10 to 16 grams. Weight, if the weight is moved to the back side of the ball, it can increase the depth of gravity, that is, increase the ball-to-center moment. If the ball is lowered, the height of the center of gravity will decrease to form a low center of gravity, which can increase the stability of the ball. Sex.曰 [Embodiment] - Refer to the first and second figures. The golf ball striking panel and the ball head body are in a disk structure, which has a ball striking wax mold (1) and a ball body wax mold (20). The bait panel gland mold ((8) and the ball head body mold (2〇) are made of wax material, that is, the wax material is molded by a mold and then molded by a precision casting process. The structure of the ball panel and the ball body; as shown in the third and fourth A drawings, the above-mentioned famous ball panel wax mold (i 〇) made of a mold as a wax material has a shape corresponding to the ball striking panel a protruding flange (11) is formed around the circumference of the side surface, and a protruding auxiliary flow path strut (i 2) is formed on the periphery. The preferred embodiment can be provided with four auxiliary parts in the wide drawing. a flow channel strut (12), each of which is disposed opposite to each other, and which may be an L-shaped rod body having a concave groove formed on the end surface of the free end of the auxiliary flow (12) (ία ), adjacent to the convex @ Μι, ' position and the position is located at the periphery of the positioning block C1 〇) 5 In the figure - the preferred embodiment of the soil is not provided. The four embodiments have four protruding positioning stops. The clamping stops (13) and the flanges (11) are flush on the outside of the ball striking face. position. Also Yu Yue fans made from the mold as the wax material of the ball head body wax mold M348615 • (20) has a corresponding to the outer body of the ball head body, formed on the # side. Yes - corresponding to the shape of the hitting panel The opening (201) is surrounded by a main pouring port (25) and an outer ring flow channel (22) around the other side, and the outer ring flow path (22) is formed between the outer ring flow path (22) and the ball body wax mold (2〇). The connected flow channel auxiliary gate (23) is provided with an outwardly protruding convex portion (21) on the outer ring flow path (22) and the ball body body wax mold (2), as shown in the figure. In a preferred embodiment, two outer circumferential projections (24) are provided on the outer ring flow passage (22), and two spaced rear projections (21) are provided on the ball body main mold (20). The end surface of the convex portion (21) (24) is a positioning surface (211) (24 〇, and a concave groove (212) (242) is formed on the positioning surface (211) (241), and The aforementioned four subsequent convex portions (21) (24) are relative to the position of the four auxiliary flow path struts (12) of the batting panel wax pattern (1〇). Please refer to the second and fourth B diagrams. The ball head of this creation In another specific embodiment of the crucible, an outer convex portion (21B) of the outer dog is provided on the ball body main wax mold (2〇B), and the other is designed to have a structure similar to that of the batting panel wax mold (10). The batting panel wax mold (10B), the preferred embodiment shown in the figure is a four-spaced rear convex portion (21B) distributed on the ball body main wax mold (20B), and each convex portion (21B) The position of the auxiliary flow path strut (12b) provided with respect to the ball body bulk wax mold (20B) is the same as that shown in the fourth and fifth figures, and the aforementioned batting panel wax mold (1 〇) is relatively set. In the ball body main wax mold (2〇), the end surface positions of the auxiliary flow path pillars (12) are opposite to the positioning surface (211) (241) of each of the rear convex portions (21) (24) and the end surface Between the grooves (121) (212) (242) on each positioning surface (211) (241), there is a hot wax (30) which can adhere the adjacent two end faces to each other at 11 M348615, and then hits The ball panel wax mold (10) is connected with the ball body wax mold (10) to form a metal precision casting molding step by step. i. See the fourth B and the „ „, 7, the figure is not, another real The composition of the hitting panel wax mold (1 GB) and the ball body wax mold (2 GB) of the embodiment is the same as that of the previous embodiment, and the corresponding auxiliary flow path strut (ΐ2β) and the subsequent convex portion (21Β) are used. It is connected to each other by hot-melting wax (3〇). Also shown in the seventh and eighth figures, the batting panel wax mold (10) (1GB) and the ball-head body wax mold (2g) (2( b) After completing the whole series of shell molds through group tree, dip, de-sintering, and sintering, the molten metal is injected from the main washing port (25) (25B), and the same-group tree can be sintered. In the shell mold, the ball striking panel is simultaneously formed together with the ball head body, and after cooling, the semi-finished product shape of the ball striking panel and the ball head body and the wax mold shape of the seventh and eighth figures are simultaneously formed. In the same way, after further cutting and detailing the semi-finished product, one of the ball striking panel (10A) and the ball head body (2〇a) shown in the ninth figure can be respectively formed; As shown in the ninth and tenth figures, the ball striking panel (1〇A) can be placed at the opening (20U) of the ball body (2 (4), at this time by the opening edge of the opening (2〇ia) The outer peripheral surface of the face and the hitting panel (1〇Α) are fitted to each other, and the opening stop formed by the hitting panel (i〇A) is located at the opening of the ball head body (2〇a) (20U) The front side of the front side is abutted and positioned relative to each other, and then the flange is fixed and fixed to the periphery of the opening (201A). The preferred embodiment of the bonding technique can be a welding technique, so that the ball joint is completed and combined, and only the ball head is formed. It requires less soldering energy and no need to use solder to form a good fixed bond and a stable effect between the two. 12 M348615 The manufacturing method of the beating panel and the ball-head body of the present invention is as shown in the first, fifth, seventh and tenth drawings. The steps include the following steps: 1. Manufacturing an integrated batting panel The wax mold (1〇) and the ball body wax film (20) 'is respectively produced the batting panel wax mold (1〇) and the auxiliary flow channel pillar (12), and the ball body bulk wax mold is manufactured ( 2〇), with outer ring flow channel (22), runner auxiliary gate (23) and main pouring port (25), etc., and separately on the ball body body wax mold (20) and the outer ring flow channel (22) The following convex portion (2丨) and the subsequent convex portion (24) having intervals and corresponding to the auxiliary flow path strut (12); 2. Connecting the batting panel wax mold (1〇) and the ball body wax film (2〇) ), wherein the batting panel job (1〇) is formed by the # auxiliary rib flow channel strut (12) on the subsequent convex portion (21) of the ball body main wax mold (20) and then the convex portion (24), A concave groove (121) and a groove (21 2) may be formed between the auxiliary land support (12) and the rear convex portion (21) and the convex portion (24). ), filling in the recess between them Hot-melting wax (30), thereby connecting them to each other; μ 3 > _ followed by a process of waxing the module tree, immersion, dislocation, sintering and washing (grouting) - while having a hitting panel and The semi-finished product of the ball head body, ...4. The cutting process of the semi-finished product, after cooling, forming the auxiliary rib flow channel strut, the outer ring flow channel, the runner auxiliary port, the main pouring port which are metal on the ball striking panel and the ball body And each of the subsequent convex portions and the like are cut and separated; 5. The semi-finished product is ground flat. Ding Shame' will be described as the auxiliary shovel on the semi-finished product of the batting panel, and the squeaking squeegee of the claw struts, and the subsequent convex part, the main pouring/main port, and the auxiliary gate on the ball body. Cut the imaginary 4 into the lamp to smooth the processing; 6 · Group dress processing, Jiang Xu, 丄, 1 After the processing of the hitting panel with the positioning block set 13 M348615 fixed on the ball head body, one of which is fixed In a specific embodiment, a technique of soldering fixation may be used; 7 '4 into a ball-end semi-finished product, and the ball striking face is welded to the ball-head body by a flange as a solder to make a ball head. For another embodiment of the manufacturing method of the beating panel and the ball-end body of the present invention, please refer to the second, sixth, eighth and tenth drawings, which includes the following steps: 1. manufacturing an integrated molding The batting panel wax mold (10) and the ball head body waxing film (20) 'is respectively produced the batting panel ram (1 〇) and the auxiliary runner struts (12) to manufacture the ball head body a wax mold (2〇) and a main pouring port (25b), and the ball body bulk wax mold (2〇B) is provided with a spacing and corresponding to the auxiliary flow channel strut (12B) of the following convex portion (2ib); 2. Connect the batting panel wax mold O0B) to the ball head body wax film (2〇B), wherein the batting panel wax mold (i 0B) corresponds to the ball head body with its auxiliary rib flow channel strut (丨2B) The following convex portion (21B) of the wax mold (20B) may have a recessed groove formed at the end faces of the auxiliary rib * suppressing strut (12B) and the rear convex portion (21B) therebetween. The recesses are filled with hot-melt wax (3〇) to connect them to each other; 3. Then, the process of waxing the module tree, dipping, dewaxing, sintering and pouring (grouting) is made simultaneously.偕The semi-finished XJ port σ of the ball striking panel and the ball head body. 4. The cutting process of the semi-finished product, the auxiliary rib flow path strut, main casting, which is formed into a metal on the ball striking panel and the ball head body after cooling. The mouth and each subsequent convex part are cut and separated; 14 M348615 2 pairs of semi-finished materials &, the cutting of the material from the hitting surface auxiliary flow channel strut, and the subsequent convex part of the ball head body and the cutting of the magical 1 At the same time, the grinding and processing is performed; and the processed ball striking panel is positioned on the positioning block group and the ball head body, wherein the specific embodiment of the assembly is fixed by welding. Technique; 7) Making a ball-end semi-finished product, and fixing the ball-attack surface to the ball-head body by welding with a flange as a ball.
练上所述，本創作藉由前述的製造方&，可將擊球面 板在成型製造球頭本體的同時—併製造完《，經分別加工 後即可製造成—球頭，具有可提高製造球頭的生產效率且 可使得在製造過程可以有效的降低加卫成本、材料使用成 本及流程，因此本創作具有顯著且具體的功效增進，已具 備有產業利用性、新js -A ,1-,. π I土柯賴性及進步性，而符合專利要件，爰 依法提.出專利申請。 【圖式簡單說明】 第圖係本創作球頭本體臘模與擊球面板臘模的分解 示意圖。 第二圖係本創作球頭本體臘模與擊球面板臘模的另一 實施例分解示意圖。 第三圖係本創作擊球面板臘模與輔助流道支柱的俯視 示意圖。 第四A圖係本創作擊球面板臘模的剖面示意圖。 第四B圖係本創作擊球面板躐模的另一實施例剖面示 15 M348615 意圖。 頭本體臘模組合後 頭本體臘模组合後 頭本體臘模組合後 頭本體臘模組合後 第五圖係本創作擊球面板臘模與球 的剖面示意圖。 第六圖係本創作擊球面板臘模與球 的另一貫施例剖面示意圖。 第七圖係本創作擊球面板臘模與球 的示意圖。According to the above-mentioned manufacturing side, the ball striking panel can be manufactured while manufacturing the ball head body - and finished, and can be manufactured into a ball head after being separately processed, which can be improved. The production efficiency of the ball head can make the manufacturing cost can effectively reduce the cost of the decoration, the cost of the material and the process. Therefore, the creation has significant and specific power enhancement, and has the industrial utilization, the new js-A, 1 -,. π I Depends on the nature and progress, and in line with the patent requirements, 提 legally filed. [Simple description of the drawing] The figure is a schematic diagram of the decomposition of the ball body of the ball head and the wax pattern of the ball striking panel. The second figure is an exploded view of another embodiment of the present ball body body wax mold and the batting panel wax mold. The third figure is a top view of the original hitting panel wax pattern and auxiliary flow channel pillars. The fourth A picture is a schematic cross-sectional view of the batting mold of the present hitting panel. Figure 4B is a cross-sectional view of another embodiment of the present shot panel stencil 15 M348615. After the head body wax mold is combined, the head body wax mold is combined, the head body wax mold is combined, and the head body wax mold is combined. The fifth figure is a schematic cross-sectional view of the wax panel and the ball of the creation hitting panel. The sixth figure is a schematic cross-sectional view of another embodiment of the batting mold and the ball of the present hitting panel. The seventh picture is a schematic view of the batting mold and the ball of the present hitting panel.
第八圖係本創作擊球面板臘模與球 的另一實施例示意圖。 第九圖係本創作擊球面板與球頭本體結合前的分解示 意圖。 $ 第十圖本創作擊球面板與球頭本體結合後的示意圖。 第十一圖係現有技術擊球面板沖切成型的示意圖。 第十二圖係現有技術擊球面板擠壓成型的示意圖。 第十三圖係豸有技術另—種擊球面板銳切i預定厚度 的不意圖。 第十四圖係現有技術另一種擊球面板沖切成型的示意 第十五圖係現有技術另一種擊球面板擠壓成型的示意 圖。 第十六圖係現有技術球頭本體臘模的示意圖。 第十七圖係現有技術擊球面板組合在球頭本體的剖面 示意圖。 【主要元件符號說明】 16 M348615The eighth figure is a schematic view of another embodiment of the present hitting panel wax mold and ball. The ninth figure is an exploded view of the present hitting panel combined with the ball head body. $ Figure 10 Schematic diagram of the combination of the creative hitting panel and the ball head body. The eleventh figure is a schematic view of a prior art punching panel die cutting. The twelfth figure is a schematic view of a prior art shot plate extrusion molding. The thirteenth figure is not intended to be a technique in which the hitting panel sharply cuts the predetermined thickness. Fig. 14 is a view showing another prior art punching and punching forming of a ball striking panel. Fig. 15 is a schematic view showing another prior art ball striking panel extrusion molding. Figure 16 is a schematic view of a prior art ball head body wax mold. Figure 17 is a schematic cross-sectional view of a prior art hitting panel assembly in a ball head body. [Main component symbol description] 16 M348615
(10)(10B)擊球面板臘模 (11)凸緣 (12)(12B)輔助流道支柱 (121)凹槽 (13)定位擋塊 (20 )(20B)球頭本體臘模 (201)開口 (21)接著凸部 (21B)接著凸部 (211)定位面 (212)凹槽 (22)外環流道 (2 3 )流道辅助澆口 (24)接著凸部 (241)定位面 (242)凹槽 (25)(25B)主澆注口 (30)熱炼臘 (10A)擊球面板 (11A)凸緣 (20A)球頭本體 (201A)開口 (40)板材 (41)擊球面板 (411)板面 (412)周緣面 (42)邊料 (50)( 50A)成型模具 (51)(51A)模穴 (6 0)板材 (61)邊料 (6 2)擊球面板 (63)補強肋 (70)球頭本體 (71)開口 (B)缺口 17(10) (10B) hitting panel wax mold (11) flange (12) (12B) auxiliary flow channel strut (121) groove (13) positioning stop (20) (20B) ball head body wax mold (201 ) opening (21) followed by convex portion (21B) followed by convex portion (211) positioning surface (212) groove (22) outer ring flow path (23) flow path auxiliary gate (24) followed by convex portion (241) positioning surface (242) Groove (25) (25B) Main sprue (30) Hot waxing (10A) Batting panel (11A) Flange (20A) Ball head body (201A) Opening (40) Plate (41) Batting Panel (411) Plate Surface (412) Peripheral Surface (42) Edge Material (50) (50A) Molding Mold (51) (51A) Mold Hole (60) Plate (61) Edge Material (6 2) Batting Panel ( 63) reinforcing rib (70) ball head body (71) opening (B) notch 17