1249421 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種高爾夫球木椁頭成型模具（，）， 尤指一種成型之蠟模前端開口周緣具有凸緣邊，玎方便成 型及開模取出蠟模之發明設計。 【先前技術】 習用高爾夫球桿頭之蠟模模具結構，係如第八圖所示 ，主要包括數個外模（5 1 ) ( 5 2 )、數個模仁（β 1 )(6 2 )及一支撐件（7 〇 )，該外模（5丄）（5 2 )對應凹設形成預設形狀之一組模穴（511) (521 )及杈口（ 5 1 2 ) ( 5 2 2 )，以分別容置模仁（6 1 )(6 2 )及支撐件（7 〇 )，支撐件（7 〇 )將模仁（ (62)支撐於模穴（511) (521)中，故 、模八（5 1 1 )( 5 2 1 )中灌入蠟液並經冷卻固化後 即可製成具高爾夫球桿頭形狀之蠟模（8 〇 )，以供後 續裝程製造南爾夫球桿頭； 上述蠟模模具設計，其外模（5 1 ) (52)模口（ 12) (522)及各模仁（61) (62)組合面（ :3)从同時平行於外模（51) (52)水平面，所製成 、鼠拉（8 0 )開口（ 8 1 )内面與蠛模（8 〇 )開口（ 1)正面形成非垂直角度0小於g 〇。，配合參看第九 圖所不’依上述蠟模（8 〇 )所製造出來的桿頭㈠〇 ) 之開口（ 9 1 )内緣亦與開口（ 9工）正面形成小於9 〇 4 1249421 —的傾斜角度，故當桿頭（9 Ο )與擊球面板（9 2 )進 订組配時’因擊球面板（9 2 )周緣與擊球面板（9 2 正面形成垂直90。’擊球面板置入桿頭（9〇)開口（ 9 1 )内緣接觸會產生禍士 生過大間隙，造成焊接深度及焊 =度不足，而在桿頭擊球時，容易造成擊球面板周^ 雜破裂，而如果要針對擊球面板（92)周緣干涉部 =磨：，則又因為擊球面板（92)周緣為圓弧狀立 .^ 研磨至干涉磨除線（9 3 )使擊球面板（9 2 =能與開口（91)形成密緻結合，又要花費相當多 的夺間’且必須視各別工作 品質均-的程度。 门讀❿難以達到 =述問題，有人提出如公告編號第563599號 二夫球#頭之蟻模模具製造」，其係包含數 其對應凹設形成一馗々Β ^ 模之水^ ’該模穴底部平行於該外 角，以及且有Γ该模口相對該外模之水平面形成補償性傾 配，外^ 仁’其係容置於該外模之模穴，以搭 件=形成高爾夫球桿頭形狀之一_，及包括一支揮 之二於：斜之外模之模口’以支樓該模仁及形成該蟻模 ⑽之門口1匕精由傾斜設置該外模之模口及支樓件，使該 引吏蠛Γ 相對該壤模之開口正面形成直角，如此 擊球面板°内緣確實形成直角，而能提昇後續桿頭與 擎坏甶扳焊接品質 面斑内矮h 製造出具有蠟模開口正 面垂直角度，然而，其並沒有考量到桿頭 $才于頭開口周緣可成剖屮 深J戚i出凸緣邊’而可作為雷射燁接擊 5 1249421 球面板時之填料 的製作達成。 能使擊球面板與桿頭的 焊接能更為方便 【發明内容】 本發明設計目的在於提供一種可方 * ▲ %出開口呈右凸 緣邊之蠟模的「高爾夫球木桿頭成型模具（_)二 後續桿頭製造之擊球面板，能易於穩定焊固之結構設計'使1249421 IX. Description of the Invention: [Technical Field] The present invention relates to a golf club head forming mold (,), and more particularly to a molded wax mold having a flange edge at the front end opening, which is convenient for molding and mold opening. The invention design of the wax mold was taken out. [Prior Art] The wax mold structure of the conventional golf club head, as shown in the eighth figure, mainly includes several outer molds (5 1 ) ( 5 2 ) and several mold cores (β 1 ) (6 2 ) And a support member (7 〇), the outer mold (5 丄) (5 2 ) correspondingly recessed to form a preset shape of a set of cavity (511) (521) and a mouth (5 1 2 ) (5 2 2 ), respectively, to accommodate the mold core (6 1 ) (6 2 ) and the support member (7 〇), and the support member (7 〇) supports the mold core ((62) in the cavity (511) (521), so In the mold eight (5 1 1 ) ( 5 2 1 ), the wax liquid is poured and solidified by cooling to form a wax mold (8 〇) with the shape of a golf club head for the subsequent process of manufacturing Nanlf. Club head; the above wax mold design, the outer mold (5 1 ) (52) die (12) (522) and the mold core (61) (62) combination face (: 3) from the same parallel to the outer mold (51) (52) The horizontal plane is made, the inner surface of the rat (8 0) opening (8 1 ) and the opening of the die (8 〇) (1) form a non-perpendicular angle of 0 less than g 〇. The opening of the head (1) 制造) which is not manufactured according to the above wax pattern (8 〇) ( 9 1 The inner edge also forms an angle of inclination of less than 9 〇 4 1249421 with the front of the opening (9 work), so when the head (9 Ο) and the hitting panel (9 2 ) are assembled, the ball panel (9) 2) The circumference and the hitting panel (9 2 form a vertical 90 on the front side. 'The hitting panel is placed in the head (9〇) opening (9 1 ). The inner edge of the head will produce excessive gaps, causing welding depth and welding degree. Insufficient, and when the club head hits the ball, it is easy to cause the ball striking panel to rupture, and if it is to the peripheral interference portion of the ball striking panel (92) = grinding:, because the periphery of the batting panel (92) is an arc Shaped. ^ Grinding to the interference removal line (9 3 ) makes the hitting panel (9 2 = can form a tight bond with the opening (91), and it takes a lot of retraction' and must be regarded as the quality of each work The degree of - the door reading is difficult to reach = the problem, some people have proposed the manufacture of the ant mold mold of the No. 563599 No. 563599 head, which contains a number of corresponding recesses to form a water ^ 'The bottom of the cavity is parallel to the outer corner, and there is a compensatory tilt of the die relative to the horizontal plane of the outer die The outer part of the outer part is placed in the mold cavity of the outer mold to form one of the shapes of the golf club head _, and includes a sway of the slanting outer mold. The mold core and the door opening forming the ant mold (10) are arranged by tilting the die and the branch member of the outer mold so that the lead is formed at a right angle with respect to the front surface of the opening of the mold, so that the hitting panel is The inner edge does form a right angle, and can improve the welding quality of the subsequent head and the smashing slab. The short surface of the welding surface has a vertical angle of the wax mold opening. However, it does not consider the head of the head. It can be used as a filler for the laser smashing of the 5 1249421 ball panel. The invention can be more convenient to make the welding of the hitting panel and the head. SUMMARY OF THE INVENTION The present invention is designed to provide a "golf wood head forming mold" which can open the wax pattern of the right flange side. _) Two subsequent shots made by the club head, which can easily stabilize the structural design of the weld
為達成上述目的之結構特徵及技術 』q奋，本發明「高 爾夫球木桿頭成型模具（一）」包括： -上模，具有上端面、下端面及四周面，於下端面處 設置-下凸部，下凸部二側形成分模面，了凸部中設置一 模穴及接續形成-導引面，於導引面側端形成—導引槽， 導引槽表面設置一炎槽； -下模’具有上端面、下端面及四周自，於上端面處 設置一上凹部，上凹部二側形成分模面，上凹部中設置一 模穴及接續形成一模口，於模口側端形成一導引塊，導引 塊上端面設置一夾槽，導引塊可置入上模的導引槽中，且 導引塊之夾槽與導引槽之夾槽形成相對閉合； 一伸展模，包括一第一模板及一第二模板，第一模板 表面設置一内部具有橫向穿孔的支撐座，支撐座前端形成 抵靠面，支撐座穿孔内壁前緣設置一環槽，環槽至穿孔間 形成一彡衣繞的凸緣邊’並於支撲座側端之第一模板面上設 置一導柱’導柱可插入下模導引塊之夾槽與上模導引槽之 夾槽對合的空間中，以及在第二模板表面設置一可插入支 6 1249421 撐座穿孔中的支撐件 支撐件前端可裝設數塊組合之模仁 【實施方式】 圖所示，本發明「高爾夫球木 配合參看第一、二、 桿頭成型模具（一）」包括： 一上模(10)，呈古 /、有上端面、下端面及四周面，於 下端面處設置一下凸部0、 Γ ϋ邛（1 2 )，下凸部（i 2 )二側形 成分模面（11) ,πτπ、 下凸4 ( 1 2 )中設置一模穴（1 3 )及接續形成一導引面「Ί ν面（1 4 )，於導引面（1 4 )側端 形成一導引槽（1 5 ) , ^ η, ^ , Ί 導引槽（1 5)表面設置一夾槽 (15 1); 一下模（20)，且有卜 八有上^面、下端面及四周面，於 上端面處設置一上凹部 、匕Ζ )，上凹部（2 2 )二側形 成分模面（2 1 )，上凹邱r 9 0、丄 上凹。p ( 2 2 )中設置一模穴（2 3 )及接續形成一模口（ P 4、 ^ 〈 2 4 )，於械口（ 2 4 )側端形成 一導引塊（2 5 )，導引抽〆0 ^、 0 ^ 導引鬼（25)上端面設置一夾槽（ r 1) ’導引塊（2 5 )可置入上模（1 0 )的導引槽 禅” ’且導引塊（2 5)之夾槽（2 5 η與導引 槽（1 5 )之夾槽（i 5 i )形成相對閉合； 傾广上模（1 〇 )導引槽（1 5 )底面形成向外向上 2之斜面，以及上述下模（2〇)導引塊（Η)頂面 ，、導引槽（1 5 )形成互補傾斜之斜面； 一伸展模（30)，句括一梦 包括#-模板（3 )及一第 7 1249421 橫向穿孔（ 端形成抵靠 内壁前緣設 3 )間形成 )側端之第 柱（3 6 ) 2 5 1 )與 )對合的空 插入支撐座 支撐件（3 的模仁（4 2 模板（3 7 )，第 3 )的 面 置一環槽 一環繞的 一模板面 可插入下 上模（1 間中，以 (32) 8 )前端 3 ) 〇 一模板（3 1 ) 支撐座（3 2 ) 1 )，支撐座（ (3 5 )，環槽 凸緣邊（3 4 ) (3 1 )上設置 模（2 0 )導引 〇 )導引槽（1 及在第二模板（ 穿孔（3 3 )中 可裝設如第五圖 表面設置一内部具有 ’支撐座（3 2 )前 3 2 )穿孔（3 3 ) (3 5 )至穿孔（3 ’並於支撐座（3 2 一導柱（3 6 )，導 塊（2 5 )之夾槽（ 5)之夾槽（151 3 7 )表面設置·可 的支撐件（3 8 )， 所示之數塊組合一起 上述第—模板（3 1 )支撑座（3 2 )穿孔（3 3 ) 内壁前緣所設置的環槽（3 5)巾可設置數塊凸塊（35 1 )予以間隔； 上述上模（1 0 )及下模（2 0 )之分模S ( i丄） (2 1 )上鄰近導引槽（丄5 )及導引塊（2 5 )處設置 =對合的嵌槽（1 1 3 ) ( 2 2 3 )，以及上述伸展模（ 〇 )的第一模板（3 1 )表面設置一穿孔（3丄丄）與 '口的瓜槽（1 1 3 )( 2 2 3 )形成相對，並於第二模 板（3 7 )表面設置一定位柱（3 9 )，定錄（3 9 ) °插入穿孔（3 1 1) +，及插入相對合的嵌槽（1 1 3 )(2 2 3 )中。 另外本發明在上模（1 〇 )的兩側分模面（1 1 ) 8 1249421 上分別設置側凹部（l l 1)、側出口（ 1丄2)，以及 在下模（2 0 ) ^)兩側分模s ( 2丄）上分別設置側凸部 (2 2 1 )、側出口 （ 2 2 2 )，側凸部（2 2丄）與側 出口（ 2 2 2 )分別與上模（丄〇 )之側凹部（丄丄工） 、側出口（ 1 1 2 )相對，且側凸部（2 2丄進入側 凹部（1 1 1 )中予以對位組合。 本發明之蠟杈成型，可配合參看第四圖、第五圖所示 • ’將上、下模（1 〇 ) ( 2 0 )及伸展模（3 〇 )組合一 起，並於其中灌入溶蠟使其凝固成型為蠟模（4 〇 )， 而在開模取件時，可如第六圖所示開啟上模（'1())，及 .如第七圖所示，依序水平拉出伸展模（3 〇 )之第二模板 • ( 3 7 ) ’使支撑件（3 8 )可同時拉出部份模仁（4 3 )’並將伸展模（30)之第一模板（31)沿著導引塊 (25)之斜面斜向拉出，再㈣模（4q)中的部份模 仁（4 3 )完全取出’而能製造出開口（4 i )内緣盘正 •面為垂直角度之蝶模（4 0 )，且於開口（ 4丄）二 有凸緣邊（42)，而能方便後續之浸漿及成型^具 後’桿頭開口内緣可與擊球面板周面完全吻合，=之 以桿頭四缝、甚μ $ 〜i接 貝凸緣邊作為填料，使擊球面板能與桿頭開口充八η 接固結，而能提高擊球面板穩固的焊接定位效果。刀谇 【圖式簡單說明】 第圖·本發明上模、下模立體分解圖。 第一圖··本發明伸展模立體分解圖。 9 1249421 第三圖：本發明伸展模之第一模板局部剖視圖。 第四圖：本發明合模之實施例示意圖。 第五圖：本發明成型蠟模之實施例圖。 第六圖：本發明成型蠟模後開模之實施例圖（一）。 第七圖：本發明成型蠟模後開模之實施例圖（一）。 第八圖：習用高爾夫球桿頭之蠟模模具結構成型蠟模 示意圖。In order to achieve the above-mentioned structural features and techniques, the "golf wood head forming mold (1)" of the present invention comprises: - an upper mold having an upper end surface, a lower end surface, and a peripheral surface, which are disposed at the lower end surface - a convex portion, a lower part of the convex portion forms a parting surface, a cavity is formed in the convex part and a continuous forming-guide surface is formed, a guiding groove is formed at a side end of the guiding surface, and a groove is arranged on the surface of the guiding groove; - the lower mold has an upper end surface, a lower end surface and a peripheral portion, and an upper concave portion is disposed at the upper end surface, the split surface is formed on both sides of the upper concave portion, a cavity is formed in the upper concave portion, and a die is formed continuously on the die side Forming a guiding block at the end, a clamping groove is arranged on the upper end surface of the guiding block, the guiding block can be inserted into the guiding groove of the upper die, and the clamping groove of the guiding block and the clamping groove of the guiding groove are relatively closed; The extension die includes a first template and a second template. The first template surface is provided with a support seat having a lateral perforation. The front end of the support base forms an abutment surface, and the front edge of the inner wall of the support hole is provided with a ring groove, the ring groove to the perforation. Forming a hem around the flange edge a guide post is disposed on the first template surface of the side end. The guide post can be inserted into the space of the clamping groove of the lower mold guiding block and the clamping groove of the upper mold guiding groove, and an insert can be inserted on the surface of the second template. Supporting the front end of the support member in the perforation of the support 6 1249421 can be installed with several combined molds. [Embodiment] As shown in the figure, the golf ball is matched with the first, second and the head forming mold (1). Included: An upper mold (10), which is ancient/, has an upper end surface, a lower end surface, and a peripheral surface, and has a convex portion 0, Γ ϋ邛 (1 2 ), and a lower convex portion (i 2 ) at the lower end surface. The side forms a parting surface (11), a cavity (13) is disposed in the πτπ, the lower convex 4 (1 2 ), and a guiding surface "Ί ν surface (1 4 ) is successively formed on the guiding surface (1 4 ) The side end forms a guiding groove (15), ^ η, ^, Ί the guiding groove (15) is provided with a clamping groove (15 1); the lower die (20), and the bucking has a top surface The lower end surface and the peripheral surface are provided with an upper concave portion and a lower portion at the upper end surface, and the upper concave portion (2 2 ) forms a parting surface (2 1 ) on both sides, and the upper concave portion is 9 0, and the upper surface is concave. p ( 2 2) set one a hole (2 3 ) and a die (P 4 , ^ 〈 2 4 ) are formed, and a guiding block (25) is formed at the side end of the mechanical port (24), and the guiding twitch is 0^, 0^ The upper end face of the ghost (25) is provided with a clamping groove (r 1). The guiding block (2 5 ) can be placed in the guiding groove of the upper die (10) and the clamping groove of the guiding block (25) (2 5 η is relatively closed with the clamping groove (i 5 i ) of the guiding groove (15); the bottom surface of the tilting upper die (1 〇) guiding groove (15) forms an outwardly upward 2 slope, and the above The lower die (2〇) guide block (Η) top surface, the guiding groove (15) forms a complementary inclined slope; an extension die (30), sentence including a dream including #-template (3) and a first 7 1249421 transverse perforation (formed at the end of the inner wall leading edge 3) formed at the side end of the column (3 6 ) 2 5 1 ) and) the corresponding empty insertion support seat support (3 of the mold core (4 2 The template (3 7 ), the 3rd surface is placed in a ring groove and a template surface can be inserted into the lower die (1, to (32) 8) the front end 3) 〇 a template (3 1 ) support seat (3 2) 1), support seat ( (3 5 ), ring groove flange edge (3 4 ) (3 1 ) (2 0 ) guide 〇) guiding groove (1 and in the second template (perforation (3 3 ) can be installed as shown in the fifth figure surface with an internal support (3 2 ) front 3 2 ) perforation ( 3 3 ) (3 5 ) to the perforation (3 ' and on the surface of the support groove (3 2 a guide post (3 6 ), the clamping groove (5) of the guide block (2 5) (151 3 7) The support member (3 8 ), the plurality of blocks shown together can be arranged together with the ring groove (3 5) provided by the front edge of the inner wall of the first template (3 1 ) support seat (3 2 ) (3 3 ) The plurality of bumps (35 1 ) are spaced apart; the upper mold (10) and the split mode S (i丄) (2 1 ) of the lower mold (2 0 ) are adjacent to the guiding groove (丄5) and the guiding block (2 5 ) is set = the matching groove (1 1 3 ) ( 2 2 3 ), and the surface of the first template (3 1 ) of the above-mentioned stretching die (〇) is provided with a perforation (3丄丄) and a mouth The melon trough (1 1 3 ) ( 2 2 3 ) forms a relative, and a positioning post (3 9 ) is arranged on the surface of the second template (3 7 ), and the perforation (3 1 1) is inserted into the perforated (3 9 1 ) And insert into the opposite groove (1 1 3 ) (2 2 3 ). In addition, the present invention provides an undercut portion (11), a side outlet (1丄2), and a lower mold (2 0 ) ^) on the split mold faces (1 1 ) 8 1249421 on both sides of the upper mold (1 〇). The side splitter s (2丄) is provided with a side convex portion (2 2 1 ), a side outlet (2 2 2 ), a side convex portion (2 2 丄) and a side outlet (2 2 2 ) respectively, and an upper mold (丄)侧) the side recessed portion (completed), the side outlet (1 1 2 ) is opposite, and the side convex portion (2 2 丄 enters the side recessed portion (1 1 1 ) to be aligned and aligned. The wax crucible of the present invention can be formed. See the fourth and fifth figures for the fit. • Combine the upper and lower molds (1 〇) (20) and the extension mold (3 〇), and pour the wax into it to solidify it into a wax pattern. (4 〇), and when the mold is taken, the upper mold ('1()) can be opened as shown in the sixth figure, and as shown in the seventh figure, the extension mold can be pulled horizontally (3 〇). The second template • ( 3 7 ) 'Make the support member (38) pull out part of the mold core (4 3 ) and pull the first template (31) of the extension mold (30) along the guide block ( 25) The slope is pulled diagonally, and then part of the mold in the (four) mold (4q) (4 3) Completely remove 'and create a butterfly die (4 0 ) with a vertical angle of the inner edge of the opening (4 i ), and a flange edge (42) at the opening (4丄), which is convenient After the subsequent dipping and forming, the inner edge of the head opening can be completely matched with the peripheral surface of the ball striking panel, and the bottom of the ball can be used as a filler to make the ball striking panel. It can be fixed with the opening of the head opening, and can improve the stable welding positioning effect of the ball striking panel. Knife 谇 [Simple description of the drawing] Fig. · The three-dimensional exploded view of the upper and lower molds of the present invention. An exploded perspective view of the stretch die of the present invention. 9 1249421 Third FIGURE: A partial cross-sectional view of a first template of the stretch die of the present invention. Fourth FIGURE: A schematic view of an embodiment of the mold clamping of the present invention. Fig. 6 is a view (I) of an embodiment of mold opening after molding a wax mold of the present invention. Fig. 7 is a view (I) of an embodiment of mold opening after molding a wax mold of the present invention. Schematic diagram of the wax pattern of the wax mold structure of the head.
第九圖：習用高爾夫球頭與擊球面板結合示意圖。 【主要元件符號說明】Figure IX: Schematic diagram of the combination of a conventional golf ball head and a ball striking panel. [Main component symbol description]
(1 〇)上模 (1 1 1 )側凹部 (1 1 3 )嵌槽 (1 3 )模穴 (1 5 )導引槽 (2 0 )下模 (2 2 )上凹部 (2 2 2 )側出口 (2 3 )模穴 (2 5 )導引塊 (3 0 )伸展模 (1 1 )分模面 (1 1 2 )側出 (1 2 )下凸部 (1 4 )導引面 (1 5 1 )夾槽 (2 1 )分模面 (2 2 1 )側凸部 (2 2 3 )嵌槽 (2 4 )模口 (2 5 1 )夾槽 (3 1 )第一模板 (311)穿孔 （32)支撐座 (321)抵靠面 （33)穿孔 (34)凸緣邊 （35)環槽 (3 5 1 )凸塊 （3 6 )導柱 1249421 (3 7 )第二模板 （3 8 )支撐件(1 〇) upper die (1 1 1 ) side recess (1 1 3 ) slot (1 3 ) cavity (15) guide groove (20) lower die (2 2 ) upper recess (2 2 2 ) Side outlet (2 3 ) cavity (2 5 ) guiding block (30) stretching die (1 1 ) parting surface (1 1 2 ) side out (1 2 ) lower convex part (1 4 ) guiding surface ( 1 5 1 ) Clamping groove (2 1 ) Parting surface (2 2 1 ) Side convex part (2 2 3 ) Inserting groove (2 4 ) Mold opening (2 5 1 ) Clamping groove (3 1 ) First template (311 Perforation (32) support seat (321) abutment surface (33) perforation (34) flange side (35) ring groove (3 5 1) bump (3 6 ) guide post 1249241 (3 7 ) second template ( 3 8) Support
(3 9 )定位柱 (4 1 )開口 (4 3 )模仁 (5 1 1 )模六 (5 2 )外模 (5 2 2 )模口 (6 2 )模仁 (8 0 )蠟模 (8 2 )凸緣邊 (9 1 )開口 (9 3 )干涉磨除線 (4 0 )蠟模 (4 2 )凸緣邊 (5 1 )外模 (5 1 2 )模口 (5 2 1 )模穴 (6 1 )模仁 (7 0 )支撐件 (8 1 )開口 (9 0 )桿頭 (9 2 )擊球面板(3 9 ) positioning column (4 1 ) opening (4 3 ) mold core (5 1 1 ) mold six (5 2 ) outer mold (5 2 2 ) die mouth (6 2 ) mold kernel (80) wax mold ( 8 2) Flange edge (9 1 ) opening (9 3 ) interference wear line (40) wax mold (4 2 ) flange side (5 1 ) outer mold (5 1 2 ) die (5 2 1 ) Mould (6 1 ) Mould (7 0 ) Support (8 1 ) Opening (9 0 ) Head (9 2 ) Batting Panel
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