200948422 九、發明說明： 【發明所屬之技術領域】 本發明係一種於木桿頭内部設有一吸震材胚料，經由 加熱的吹塑成型後，製作成於内壁面上設有 2 、、 π丨且虱性吸震材 並可灌入預設氣壓的高爾夫木桿頭。 【先前技術】 •目前在休閒運動中所使用的高爾夫用具，其做為揮桿 ❹ 擊球用的球桿，於其一端設有球桿頭，該球桿頭型式包括 有鐵桿頭及木桿頭，其中木桿頭的體積較鐵桿頭為^又 2 了減少在擊球瞬間所產生的震動力經桿體傳遞至人體而 造成』-定程度的不舒服，現有技術係在球桿頭的内部中空 壁面設置有吸震材並灌入預設氣壓，藉以提高其吸震效： 並減低震動的傳遞，以降低擊球時手部的傷害，並同時有 車父佳擊球反彈力及擊球打感。 j見有技術在中空球桿頭的内部壁面設置吸震材及灌 入預5又乳屋的製法，如a避叙别哲u 0 0 η、Λ 如D灣新型第Μ330107號專利案，其 運用在鐵桿頭產品争 , 係屬於體積較木桿頭體積為小的球桿 碩（例如：40 cr Ί 廿—* P八内Q卩空間相對應亦較小，其構造 係在中空球桿頭上μ ,θ ^ 叹有母螺合座，該母螺合座設有通孔與 製作時係利用一氣體輔助射出成型機 的活動射嘴結合在母 ^ 性的吸震材射入常心：利用短射型態將具有阻氣 辅助射+ # , /風、中二球桿頭内部，完成後利用氣體 補助射出成型系統將氣 熱向冷完“话 氟體射入吸震材的熔膠中心，使其由 、 、而形成中空結合結構，並由氣體執行保壓 5 200948422 及進行後續的排放或回收氣體，再由灌氣裝置灌入預設氣 壓’密封完成球頭。 由於該現有技術係運用在將吸震材設在内部容室空間 較小且球頭壁厚較厚的鐵桿頭產品上，或者於木桿頭内部 且位在擊球面板後方所區隔成型的容室内壁面上，此時因 其填充設置阻氣性吸震材的容室空間及内壁面面積較小， 因此可在減去部份球頭材料的重量即減少設置吸震材處的 球頭壁厚，並將該減少的重量提供相等重量之吸震材的設 置，使得於製作完成後仍可獲得符合條件的球頭重量； 再利用氣體輔助射出成型系統將氣體射 入吸震材的熔艘ίψ200948422 IX. Description of the invention: [Technical field to which the invention pertains] The present invention provides a shock absorbing material blank inside a wooden head, which is formed by heating and blow molding, and is formed on the inner wall surface by 2, π 丨It also has a shock-absorbing material and can be filled with a golf club head with a preset air pressure. [Prior Art] • The golf equipment currently used in leisure sports is used as a club for swinging and hitting the ball, and a club head is provided at one end thereof, and the club head type includes an iron head and a wood pole. The head, in which the volume of the wooden head is smaller than that of the iron head, and the vibration force generated at the moment of hitting the ball is transmitted to the human body through the rod body, which causes a certain degree of discomfort. The prior art is attached to the club head. The inner hollow wall is provided with a shock absorbing material and is filled with a preset air pressure to improve its shock absorption effect: and reduce the transmission of vibration to reduce the damage of the hand when hitting the ball, and at the same time, the car has a good rebounding force and hitting the ball. sense. j See the technique of installing shock-absorbing materials on the inner wall of the hollow club head and pouring it into the pre-5 and the milk house. For example, a method of avoiding the syllabus u 0 0 η, Λ, such as D Bay new model No. 330107, its application In the iron head product competition, it is a small club with a smaller volume than the wooden head (for example: 40 cr Ί 廿 - * P 8 internal Q 卩 space is also relatively small, its structure is on the hollow club head μ , θ ^ sings the female screw seat, the female screw seat is provided with a through hole and is produced by a movable nozzle of a gas-assisted injection molding machine in combination with the shock absorber of the mother; The type will have the gas-blocking auxiliary + #, / wind, and the middle of the two club heads. After completion, the gas-assisted injection molding system will be used to cool the gas to the center of the melt of the shock absorber. Forming a hollow joint structure by and, and performing pressure holding 5 200948422 by gas and performing subsequent discharge or recovery of gas, and then filling the preset pressure by the gas filling device to seal the ball head. Since the prior art is applied to The shock absorbing material is set in the inner chamber and the wall is thicker. On the iron head product, or in the interior of the wood head and located behind the ball striking panel, the chamber space and the inner wall surface area of the gas barrier shock absorber are small. Therefore, the weight of the ball head material can be reduced, that is, the wall thickness of the ball head at the shock absorbing material can be reduced, and the reduced weight can be provided with the equal weight of the shock absorbing material, so that the qualified condition can still be obtained after the completion of the production. Ball weight; re-use gas-assisted injection molding system to inject gas into the melting vessel of the shock absorbing material
内壁面的木桿頭產品上。On the inner wall of the wooden head product.
:見有技術利用短射型態將吸震材射入中空球桿頭内部 【發明内容】: See the technology to use the short-shot type to inject the shock absorbing material into the hollow club head. [Summary of the Invention]
本發明者為解決俞祕Α款/ΙΪ1 S* · 設有阻氣性吸震材， 6 200948422 運用在木桿頭上的製法，由於其可將阻氣性吸震材有效均 2的設置在木桿頭的内壁面上’並經㈣氣裝置灌入預設 氣壓可達到更佳吸震效果，1㈣具有較佳的擊球反彈力 與擊球打感為其目的。 為了可達到前述的目的，本發明所運用的技術手段在 於提供-種設有吹塑成型之吸震材及具氣壓功能的高爾夫 球木桿頭，其具有-球頭本體，該球頭本體為—中空殼體 且設有擊球面板及桿座，於其壁面上設有一母螺合座，其 具有通孔與中空殼體内部㈣，於球頭本體與擊球面板的 内側壁面上設有一阻氣性吸震材。 另提供一種木桿頭的製法，其步驟為： 具有一球頭本體半成品，其為一中空殼體，於壁面上 設有與中空殼體内部相通的一母螺合座及一開口； 具有一吸震材胚料，其為一中空體且設有一與内部相 通的固定座，該固定座内部設有灌氣孔與中空體相通； 設置吸震材胚料在母螺合座上，將吸震材胚料由開口 置入球碩本體内部並將固定座由母螺合座貫穿出，· 固定吸震材胚料在母螺合座上，將位在母螺合座内的 固定座的灌氣口端予以加熱，使該端外徑擴大而結合定位； 封合擊球面板在球頭本體上，將擊球面板設置在球頭 本體的開口處並予以相互結合； 女裝活動灌氣嘴及抽真空快速接頭，將具有單向閱的 活動灌氣嘴連接在母螺合座上，另在桿座上連接有一抽真 空快速接頭； ~ 7 200948422 對球頭本體内部拙直处 真二於抽真空前，將球頭本體置 入連續烤箱中進行加熱， 加热，皿度可依不同的吸震材胚料 的吹塑膨脹溫度而定，拯莶拉 接者精由真空抽取設備經桿座上的 快速接頭將吸震材胚料外部的空氣抽出； 進行吸震材胚料的奋痛， … 兄乳將預设氣壓氣體由母螺合座 灌入吸震材胚料内都，M π $ ρ藉此使吸震材胚料膨脹成型位在球 頭本體的内側壁面上，grJ +辟工， 上 即在壁面上設有一層阻氣性吸震 ❺ 材以此氣體執行保壓，再將球頭本體取出冷卻後，最後 將活動灌氣嘴及抽真空快速接頭分離； 預設氣壓氣體的灌入，將壓縮的氣體經由灌氣裳置灌 入填充至中空的阻氣性吸震材内冑’使其内部具有一定的 氣壓； 完成木桿頭成品。 藉由前述技術手段的運用，本發明可於高爾夫木桿頭 的整個内部空間壁面上，以吹塑成型吸震材的方法，將吸 震材胚料設在中空球頭本體内部，於吹塑成型後使其設在 球頭内壁面並且於内部灌入一定氣壓，而為—種可在木桿 頭内壁設有一厚度均勻之阻氣性吸震材的製法，並且符合 所需求的球頭重量的條件，又由於此一製法在實施時，可 快速的將吸震材成型而具有灌入預設氣壓的優點，除具有 較佳吸震效果外，並同時具有較佳的擊球反彈力及擊球打 感’藉以提升高爾夫球桿頭的實用性。 【實施方式】 參看第一及二圖所示，本發明所設計的設有吹塑成型 200948422 之及震材及具氣壓功能的高爾夫木桿頭，其中該木桿頭具 有一球頭本體（10)，其為—中空殼體，於其殼體壁面上分 別設有一開口（11)、一母螺合座（12)及一形成在上方彳立置 的桿座（13)，圖中所示的其中一具體實施例，係將開口 及母螺合座（12)設計在球頭本體（1〇)的二相對位置處，該 干座（13)為中空管體並與球頭本體（1〇)内部中空處相 通，於前述的開口（u)位置設有一擊球面板（14); 該母螺合座（12)，其内部設有 牙孔’該穿孔孔壁設The inventor of the present invention has a gas barrier shock absorber for solving the Yu Mi ΙΪ / ΙΪ 1 S* · 6 200948422, which is applied to the wooden head, because it can effectively set the gas barrier shock absorber to the wood head On the inner wall surface, the (4) gas device is filled with the preset air pressure to achieve better shock absorption effect, and 1 (four) has better ball rebounding force and hitting the ball for the purpose. In order to achieve the foregoing objectives, the technical means utilized by the present invention is to provide a golf club head provided with a blow molded shock absorber and a pneumatic function, which has a ball head body, and the ball head body is - The hollow shell is provided with a ball striking panel and a rod seat, and a female screw joint is arranged on the wall surface thereof, and has a through hole and a hollow shell inner portion (4), and is disposed on the inner side wall surface of the ball head body and the ball striking panel There is a gas barrier shock absorber. A method for manufacturing a wooden head, the method comprising: a ball head body semi-finished product, which is a hollow casing, and a female screw seat and an opening communicating with the interior of the hollow casing are disposed on the wall surface; The utility model has a shock absorbing material blank, which is a hollow body and is provided with a fixing seat communicating with the interior, wherein the fixing seat is provided with an air filling hole communicating with the hollow body; and the shock absorbing material blank material is arranged on the female screw joint to absorb the shock absorbing material The blank is placed into the interior of the ball body by the opening and the fixing seat is inserted out from the female screw seat. · The fixed shock absorber material is placed on the female screw seat, and the filling end of the fixed seat in the female screw seat is placed. Heating, so that the outer diameter of the end is enlarged and combined with positioning; sealing the hitting panel on the ball head body, the hitting panel is placed at the opening of the ball head body and combined with each other; the women's activity gas filling nozzle and vacuuming Quick joint, the movable nozzle with one-way reading is connected to the female screw joint, and another vacuum open joint is connected to the pole seat; ~ 7 200948422 The inner part of the ball head body is straightened before the vacuum , put the ball body into the continuous roast In the heating, heating, the degree of the dish can be determined according to the blow molding expansion temperature of the different shock absorbing materials, and the air pumping device extracts the air outside the blank of the shock absorbing material by the vacuum extraction device through the quick joint on the rod seat. The pain of the shock-absorbing material is carried out, ... the brother's milk puts the preset pressure gas into the blank of the shock-absorbing material from the female screw seat, and M π $ ρ causes the shock-absorbing material to expand and form on the ball head body. On the inner side wall surface, grJ + works, and a gas barrier shock absorbing material is placed on the wall surface to hold the pressure with this gas, and then the ball head body is taken out and cooled, and finally the movable gas filling nozzle and the vacuuming are fast. The joint is separated; the preset pressure gas is filled in, and the compressed gas is filled into the hollow gas barrier shock absorber through the gas filling device to make it have a certain internal pressure; the finished wood head is finished. Through the use of the foregoing technical means, the present invention can be used for blow molding a shock absorbing material on the entire inner space wall surface of the golf club head, and the shock absorbing material blank is disposed inside the hollow ball head body, after blow molding. It is placed on the inner wall surface of the ball head and filled with a certain air pressure inside, and is a method for forming a gas barrier shock absorbing material having a uniform thickness on the inner wall of the wood head, and meeting the required weight of the ball head. Moreover, since this method is implemented, the shock absorbing material can be quickly formed and has the advantage of being filled with a preset air pressure, in addition to having better shock absorbing effect, and at the same time having better bounce force and hitting feel. In order to improve the practicality of the golf club head. [Embodiment] Referring to the first and second figures, the present invention is designed with a blow molding 200948422 and a seismic material and a golf club with a pneumatic function, wherein the wooden head has a ball head body (10) The hollow housing has an opening (11), a female screw seat (12) and a rod seat (13) formed on the upper side of the housing wall, respectively. In one embodiment, the opening and the female screw seat (12) are designed at two opposite positions of the ball body (1), and the dry seat (13) is a hollow tube body and the ball head body. (1〇) the inner hollow portion communicates with a ball striking panel (14) at the position of the opening (u); the female screw seat (12) has an internal cavity with a perforation hole wall
有螺紋（122)且其—端形成有通孔（121)與球頭本體（1〇)内 部相通，該母螺合座⑽的穿孔内設有一封合件⑽，該 „ :牛」30)包括有可依序設在穿孔内的—彈性灌氣墊 丄—中空的公螺合座（Μ)、—中空彈性密封件⑶）及 絲（34)’該封合螺絲⑽―端的螺柱可穿設該中 工彈性岔封件(33)後與公螺合座(32)予以強麼迫緊… =一端的帽頭位在母螺合座⑽之穿孔另端處並予以封There is a thread (122) and its end is formed with a through hole (121) communicating with the inside of the ball body (1〇), and a fitting (10) is provided in the perforation of the female screw seat (10), the „:牛” 30) The utility model comprises an elastic gas filling pad arranged in the perforation, a hollow male screw seat (Μ), a hollow elastic sealing member (3), and a wire (34) 'the sealing screw (10)-end stud can be worn Set the middle elastic sealing member (33) and the male screw seat (32) to be stronger and stronger... = the cap at one end is at the other end of the female screw seat (10) and is sealed.
在該球頭本體（10)與擊球面板（14)的 h执古 a r ^ 叫丨'人π π惻壁面(101) 計為0.8㈣，其厚产可配^〜、財施例的厚度可設 以使木桿頭成品的重量符合條件 重量而“ (20A)#*,i,-T-r^ 又該層阻氣性吸震材 Μ糸由任何可吹塑成型 成，其藉由具古〇刀子原科及奈米黏土組 具有两氣體阻隔率的#土層狀結構分 子原料之間，使得廣舻 再刀放在间刀 藉以提升其m Η㈣所f的路徑加長， 9 200948422 配合參看第二及三圖所示，本發明所設計的高爾夫木 桿頭製法，其製作流程如下： 1. 具有一球頭本體（10)的半成品，該半成品為一中空 殼體且壁面上成型有一母螺合座（12)，在母螺合座上 設有一通孔（121); 2. 具有一吸震材胚料（20)，請參看第四圖所示，該胚 料（20)為一中空體且外型相對應於該中空殼體内部的形 狀，另吸震材胚料（20)體積小於中空殼體的體積，其具體 實施例的吸震材胚料（20)壁厚為3 5咖，其壁厚可依據球 頭本體（10)内。卩壁面设置胚料材的面積而設計，又於其壁 面上突出形成有一灌氣固定座（21)，其呈一長管體，於外 部形成一擋緣（23)，於灌氣固定座（21)内部設有與胚料内 部中空體相通的灌氣孔（22); 3·設置吸震材胚料（2())在母螺合座（12)上，請配合參 看第五圖所示，該吸震材胚料（2〇)由開口（11)置入球頭本 ◎ 體（10)内„卩，使其灌氣固定座（21)由通孔（I。）穿設進入母 螺合座（12)内，並強迫使其擋緣⑽通過通孔（121)的孔緣 2抵頂在孔緣處，使吸震材胚料（2〇)與母螺合座（12)結合 疋位，又為了可使擋緣（23)便於通過通孔（121)孔緣，其具 體實施例可在擋緣（23)處進行加熱，使該處在軟化後以減 少拉伸之力量； 4.固定吸震材胚料（2〇)在母螺合座（12)上，請配合參 看第，、圖所不，將吸震材胚料（2〇)的長度進行裁切使其 端頭至擋緣⑽的距離保持在—長度’其具實施例的長度 200948422 為2-3 mm ’再以熱熔裝置（搶）在端頭處加熱熱熔，並使在 受壓後使其擋緣（23)的外徑擴大並使其穩固的結合在母螺 合座（12)處； 5. 封合擊球面板（14)在球頭本體（1〇)上，請配合參看 第六及七圖所示，設有一治具（40)，該治具（4〇)的頂端形 成有一呈凹狀的定位槽（41)，其形狀相對於設有母螺合座 (12) —側的球頭本體（1 〇 )外形，藉以將球頭本體（丨〇 )定位 在治具（40)上，於球頭本體（1 〇)的中空殼體内部填充有水 (50)並將吸震材胚料（2〇)予以包覆，將擊球面板設置 在開口（ 11)處並以焊接技術予以結合，於焊接接合中藉由 水可保護並防止吸震材胚料（2〇)的溫度上升及避免受損； 6. 取出球頭本體（1〇)内部的水（5〇)，請配合參看第八 圖所示，在完成擊球面板（14)的焊接固定作業後，將其内 部的充填的水（50)由桿座（13)的中空管體取出； 7. 女裝活動灌氣嘴（6〇)及抽真空快速接頭，請參看第 〇 九及十圖所示，一活動灌氣嘴（60)，於其内部設有一單向 閥（601)且連接在母螺合座（12)上，其端頭並抵頂在擋緣 (23)處，其提供灌氣之方向為一單向流動，另在桿座（13) 上連接有抽真空快速接頭，該桿座（13)的中空管處設有一 公快速接頭（61)，該公快速接頭（61)與一抽真空設備所設 的母快速接頭（62)連接； 8. 對球頭本體（1〇)内部抽真空，請參看第十圖所示， 將刖述的球頭本體（1〇)置入連續烤箱中進行加熱，其溫度 為170 C至250 C，該加熱的溫度可依不同的吸震材胚料（2〇) 11 200948422 的吹塑膨脹溫度而定’接著藉由真空抽取設備經公、母快 速接頭（61)(62)將吸震材胚料（20)外部的空氣抽出； 9.進行吸震材胚料（20)的充氣’在完成前述的抽真空 後’該活動灌氣嘴（6 0 )經母螺合座（12 )對吸震材胚料（2 〇 ) 的内部進行預設氣壓氣體的灌入’藉由灌氣手段使得吸震 材胚料（2 0 )膨脹成型至球頭本體（丨〇 )的内側壁面（丨〇 i ) 上，在内側壁面（101)設有一層阻氣性吸震材（2〇A)，並由 氣體執行保壓，再將球頭本體（1 〇 )取出冷卻後成型，最後 將活動灌氣嘴（60)及公、母快速接頭（61)(62)分離；前述 由於活動灌氣嘴（60)設有單向閥（6〇1)，因此在完成灌氣完 成後可立即取出進行冷卻，藉此可增加產能； 預設氣壓氣體的灌入，請參看第--圖所示，於母 螺合座（12)内設有彈性灌氣墊（31)及公螺合座（32)，將壓 縮完成的氣體以中空針（70)經由公螺合座（32)内的螺孔貫 穿彈性灌氣墊（31)後，完成將預設的氣壓氣體灌入後，可 立即取出中空針（7〇); 11.完成木桿頭成品，請參看第十二圖所示，將封合件 (30)的封合螺絲（34)以其螺柱穿設中空彈性密封件（33) 後，以強壓迫緊結合在公螺合座（32)的螺孔處完成，最後 進行後續加工作業。 再者’請配合參看第十三圖所示，係吸震材胚料的另 —種實施形狀，於其遠離灌氣固定座（21)的中空體環週壁 面a外為皺折構造（202)，使其長度可縮減，於加熱灌氣後 可使其敞折構造（202)撐開膨脹成型至球頭本體（1〇)之内 12 200948422 側壁面（101)，又本發明的哀羅 ,^ 的南爾夫木桿頭㈣作流程中， 由此一貫施例的吸震材胚料（2 0 η ^ ）長度紐，在封合擊球面板 :=體(1°)上時’由於胚料遠離產生高溫的封合處因 而可t擇不需注入水，確可簡化整體製造木桿頭的流程。 綜上所述，本發明藉由於球 雪从k L丨 ^ 4腥門π有相對應的吸 震材胚料，於加熱後依序進行抽真 兴工夂以活動灌氣嘴予以 灌乳，再利用所設的單向閥使其内部具保麗’即可立即取 ::項進行冷卻，藉以提高產能，又由於利用該吸震材胚 ,字可適用在具有大空間木桿頭内側壁面上設有均勾厚产 的阻氣性吸震材，使其球頭重量符合需求條件，再經由^ 氣裝置灌入預設氣壓後，於擊 Α 了 j運到更佳吸震效果 ’並：時具有較佳擊球反彈力及擊球打感，因此本發明 具有顯著且具體的功效增進，已具備有產業利用性、新賴 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】 Φ 第圖係本發明的木桿頭分解圖。 第二圖係本發明的木桿頭半成品示意圖。 第三圖係本發明製法的流程圖。 第四圖係本發明的吸震材胚料示意圖。 第五圖係本發明在球頭本體内部設有吸震材胚料 意圖。 W不 第六圖係本發明的球頭本體與吸震材胚料的結合示 ® ° ·、 第七圖係本發明在球頭纟體上組裝有擊球面板的示意 13 200948422 圖。 第八圖係本發明的擊球面板結合在球頭本體的示意 圖。 第九圖係本發明在球頭本體上設置活動灌氣嘴及快速 接頭的示意圖。 第十圖係本發明的吸震材胚料貼覆在球頭内壁的示意 圖。 第十一圖係本發明球頭本體内壁面充填有預設壓力氣 體的示意圖。 ： 第十二圖係本發明的木桿頭剖面示意圖。 第十三圖係本發明的吸震材胚料的另一實施例圖。 【主要元件符號說明】 (10) 球頭本體 (11) 開口 (121)通孔 (13)桿座 (20) 吸震材胚料 (202)皺折構造 (21) 灌氣固定座 (23)擋緣 (31)彈性灌氣墊 (33)中空彈性密封墊 (40)治具 (5 0 )水 (101)内側壁面 (12)母螺合座 (122)螺孔 (14)擊球面板 (2 01)吸震材胚料 (20A)吸震材 (2 2 )灌氣孔 (3 0)封合件 (32)公螺合座 (3 4 )封合螺絲 (41)定位槽 (60)活動灌氣嘴 14 200948422 (601)單向閥 （61)公快速接頭 (62)母快速接頭 （70)中空針In the ball head body (10) and the ball striking panel (14), the h 古 ancient ar ^ 丨 '人 π π 恻 wall surface (101) is counted as 0.8 (four), its thick production can be matched with the thickness of the financial example It can be set so that the weight of the finished wooden head meets the conditional weight and "(20A)#*,i,-Tr^ and the gas barrier shock absorbing material of the layer is formed by any blow molding, which is The knife and the nano-clay group have two gas barrier ratios between the soil layer-like structure and the molecular material, so that the path of the knives is increased by the knives to increase the path of the m Η (4) f, 9 200948422 As shown in the three figures, the golf wood head manufacturing method designed by the present invention is as follows: 1. A semi-finished product having a ball head body (10), the semi-finished product is a hollow casing and a female snail is formed on the wall surface. The seat (12) is provided with a through hole (121) on the female screw seat; 2. has a shock absorbing material blank (20), as shown in the fourth figure, the blank (20) is a hollow body And the shape corresponds to the shape of the inside of the hollow casing, and the volume of the shock absorbing material blank (20) is smaller than the volume of the hollow casing, and the specific embodiment thereof The wall material of the seismic material (20) has a wall thickness of 3 5 coffee, and the wall thickness can be designed according to the inside of the ball body (10). The wall surface of the ball body is designed to have an area of the blank material, and a gas filling seat is formed on the wall surface. (21), which is formed as a long pipe body, forming a retaining edge (23) on the outside, and a gas filling hole (22) communicating with the hollow body inside the blank material in the gas filling fixing seat (21); The blank material (2()) is placed on the female screw seat (12). Please refer to the fifth figure. The shock absorbing material blank (2〇) is placed into the ball head by the opening (11). Inside, the gas filling seat (21) is inserted into the female screw seat (12) through the through hole (I.), and the retaining edge (10) is forced to pass through the hole edge of the through hole (121). The top of the hole is at the edge of the hole, so that the blank material of the shock absorbing material (2〇) is combined with the female screw seat (12), and the retaining edge (23) is facilitated to pass through the hole edge of the through hole (121). For example, the heating can be performed at the retaining edge (23) so that the softening force is reduced after the softening; 4. Fixing the shock absorbing material blank (2〇) on the female screw seat (12), please refer to , the figure does not, will absorb the shock embryo The length of the material (2〇) is cut so that the distance from the end to the retaining edge (10) is kept at the length - the length of the embodiment is 200948422 is 2-3 mm' and then the hot melt device (grab) is at the end Heating and melting, and after the pressure is pressed, the outer diameter of the retaining edge (23) is enlarged and firmly fixed at the female screw seat (12); 5. Sealing the hitting panel (14) at the ball head On the main body (1〇), please refer to the sixth and seventh figures, and a fixture (40) is provided. The top end of the fixture (4〇) is formed with a concave positioning groove (41), and the shape is relatively The shape of the ball body (1 〇) on the side of the female screw seat (12) is used to position the ball body (丨〇) on the jig (40) in the ball body (1 〇) The empty casing is filled with water (50) and the shock absorbing material blank (2 〇) is coated, and the ball striking panel is placed at the opening (11) and combined by welding technology, and the water can be welded in the welding joint. Protect and prevent the temperature of the shock absorber blank (2〇) from rising and avoid damage; 6. Remove the water inside the ball body (1〇) (5〇), please refer to the figure shown in Figure 8. After the welding ball panel (14) is fixed by welding, the filled water (50) inside is taken out from the hollow tube body of the rod seat (13); 7. The women's activity nozzle (6〇) and pumping For the vacuum quick connector, please refer to the ninth and tenth figures. A movable gas nozzle (60) is provided with a check valve (601) inside and connected to the female screw seat (12). And at the top of the retaining edge (23), the direction of the gas supply is a one-way flow, and the vacuum seat is connected to the rod seat (13), and the hollow tube of the rod seat (13) is provided. There is a male quick connector (61), and the male quick connector (61) is connected with a female quick connector (62) provided by a vacuuming device; 8. Vacuuming the inside of the ball body (1〇), please refer to the tenth figure. As shown, the ball head body (1〇) described above is placed in a continuous oven for heating at a temperature of 170 C to 250 C, and the heating temperature can be varied according to different shock absorbing materials (2〇) 11 200948422 Depending on the blow molding temperature, the air outside the shock absorbing material blank (20) is then withdrawn by a vacuum extraction device via a male and female quick joint (61) (62); The inflation of the seismic material (20) is 'after the vacuum is completed', the movable nozzle (60) is pre-set to the inside of the shock-absorbing material (2 〇) via the female screw seat (12). The gas is poured into the inner wall surface (丨〇i) of the ball body (丨〇) by the gas filling means, and the gas barrier is provided on the inner wall surface (101) of the ball body (101). Moisture absorbing material (2〇A), and the pressure is carried out by the gas, and then the ball body (1 〇) is taken out and cooled to form, and finally the movable gas filling nozzle (60) and the male and female quick joints (61) (62) Separation; the above-mentioned movable gas nozzle (60) is provided with a check valve (6〇1), so that it can be taken out and cooled immediately after the completion of the gas filling, thereby increasing the productivity; the filling of the preset gas pressure, Please refer to the figure--, the elastic filling pad (31) and the male screw seat (32) are arranged in the female screw seat (12), and the compressed gas is passed through the male screw with the hollow needle (70). After the screw hole in the seat (32) runs through the elastic gas filling pad (31), the hollow needle (7〇) can be taken out immediately after the preset pressure gas is filled. For the finished wooden head, please refer to the twelfth figure. After the sealing screw (34) of the sealing part (30) is passed through the hollow elastic sealing piece (33) with its stud, it is tightly pressed with strong pressure. The screw hole of the male screw seat (32) is completed, and finally the subsequent machining operation is performed. Furthermore, please refer to Fig. 13 for the other embodiment of the shock absorbing material blank, which is a wrinkle structure (202) outside the hollow wall circumferential wall surface a away from the gas filling fixture (21). The length can be reduced, and after the heating and filling, the open-fold structure (202) can be expanded and expanded into the ball body (1〇) 12 200948422 side wall surface (101), and the invention is sorrowful, The Nalfu wood head (4) is used in the process, and the consistently applied shock absorbing material blank (20 η ^ ) length New Zealand, when sealing the hitting panel: = body (1 °) 'because the blank is away The high temperature seal can thus eliminate the need to inject water, which simplifies the overall process of manufacturing the wood head. In summary, the present invention utilizes the corresponding shock absorbing material blank from the k 丨 ^ 4 腥 π, and sequentially performs the pumping process after heating, and then uses the active gas filling nozzle to emulsifie and reuse. The one-way valve is provided with the inside of the door, so that it can be taken immediately: the item is cooled, so as to increase the productivity, and since the shock absorbing material is used, the word can be applied to the inner wall surface of the wooden head having a large space. Hook thick gas barrier shock absorbing material, so that the weight of the ball head meets the demand conditions, and then the final pressure is injected through the gas device, and the better shock absorption effect is obtained when the hammer is used. The ball rebounds and hits the ball. Therefore, the present invention has significant and specific power enhancement, and has the industrial applicability, the new dependence and the progressiveness, and meets the patent requirements, and patents are filed according to law. [Simplified description of the drawings] Φ The figure is an exploded view of the wood head of the present invention. The second figure is a schematic view of the wood head semi-finished product of the present invention. The third figure is a flow chart of the method of the present invention. The fourth figure is a schematic view of the blank material of the shock absorbing material of the present invention. The fifth figure is intended to provide a shock absorbing material blank inside the ball body of the present invention. W is not the sixth figure is the combination of the ball head body of the present invention and the shock absorbing material blank. The seventh figure is a schematic diagram of the invention in which the ball striking panel is assembled on the ball head body 13 200948422. The eighth figure is a schematic view of the ball striking panel of the present invention incorporated in the body of the ball. The ninth drawing is a schematic view showing the provision of a movable gas filling nozzle and a quick joint on the ball body of the present invention. Fig. 10 is a schematic view showing the blank of the shock absorbing material of the present invention attached to the inner wall of the ball. The eleventh drawing is a schematic view of the inner wall surface of the ball head of the present invention filled with a preset pressure gas. : Figure 12 is a schematic cross-sectional view of the wood head of the present invention. Figure 13 is a view showing another embodiment of the shock absorbing material blank of the present invention. [Description of main component symbols] (10) Ball head body (11) Opening (121) Through hole (13) Rod base (20) Shock absorbing material blank (202) Wrinkle structure (21) Gas filling seat (23) Edge (31) elastic filling pad (33) hollow elastic gasket (40) fixture (50) water (101) inner side wall surface (12) female screw seat (122) screw hole (14) hitting panel (2 01 Shock Absorbing Material (20A) Shock Absorbing Material (2 2 ) Filling Hole (3 0) Sealing Piece (32) Male Screwing Block (3 4 ) Sealing Screw (41) Positioning Groove (60) Active Filling Nozzle 14 200948422 (601) check valve (61) male quick connector (62) female quick connector (70) hollow needle
1515