M244981 捌、新型說明： 【新型所屬之技術領域】 構ίΓ::Γ一種具防溢41功用的模仁塊輔助定位結 U曰種應心尚_ Α球桿頭Μ 模仁塊確實定位於子模基座上，二中輔助 保成形後㈣模形狀正確之^_塊輔助題’並確 炙棋仏塊辅助定位結構設計。 【先前技術】 目=夫球桿頭的製造’如木桿頭之類的中 二:=以脫蝶鑄造方式製造出-中空的桿頭本體， ==體W端開口處固設擊球面板，並經表面 序後元成该預定形狀的球桿頭製造。 前述謂_造方法製造桿财料，㈣利用一电 由母楔及子模組合的模具提供溶融㈣材“、 經脫模後即得一中*蜱捃 /、保八Τ … 心，其次將數個壞模固設於一壤質 :頭上’經浸聚、乾燥、脫蝶及燒結等程序，形成一声硬 貝且耐南溫的模體，再將熔融的鑄造原料灌注於奸中 兀•成σ亥脫增知r造之桿頭本體。 前述中空壤模於製造時，因犧模係為—定严 殼體’為使對應球桿頭内部空心形狀的模仁能^預定= 2拆模’故該對應於虫鼠模内部空間形狀的子模通常設叶 可與母模組合的子模基座以及數個可組設於子模義 丄的柄仁塊組構而成之可拆組結構體，藉此， 土 原料灌注於模具内冷卻定 "" 後除母松可自壞模外侧脫離 M244981 外，子模亦可自堪模中分解取出，並能重新併組再接 一次蠟模的成形製造。 貝卜 前述中，子模之數模仁塊除與子模基座間利用鳩 凸塊與凹槽相對配合外’另於模仁塊底端設一定位桿，於 子模基座上設定位孔’ &供該^位桿插組其中用以辅助定 …惟’前揭子模與母模之組合設計，於蝶模的製造時上 經常，生溢蝶之情事，造成後續加工處理上的不便，經創 作人冰入棟究其因後發現：該模仁塊因與子模基座間係 用鳩尾狀凸塊與凹槽之配合，以及定位桿與定位孔之配合 而組合定位，由於前揭二項對應配合之結構間均為可活: 之機構，完全不具固定之功用，造成炫融的蟻液加壓灌入 ^時，模仁塊（31)易於浮動而移位，造成壤液（4 “）會溢入模仁塊（3丄）與其鄰接模仁塊（3 模基座^ θ 生所谓的溢蠟現象，使得該蠟 核成形後需經後續加修補作業，造成製造上的不便並影響 產能。 曰 【新型内容】 本創作之主要目的在於提供一種「具防溢壤功用的模 :塊辅助定位結構」’希藉此設計，讓模仁塊可確實定位 ，子极基座上來防止溢虫鼠之問題，並確保成形後 狀正確。 乂 達成A揭目的，本創作所提出之技術方案係令模仁 塊之定位桿長度足以伸出子模基座外，並於配合固定件於 M244981 子模基座外侧加以固定。 本創作以前揭技術方案之設計將 / 建成功效是··本創 作可々杈仁塊組合於位於母模模穴内之 定位桿末端經由子模基座的定位孔伸土座後7其 加以固定，並緊抵於子模基座底面，使模卜，並為固定件 ^ , ^ 使拉仁塊確實地被定 ,口此，虽熔融態蠟液加壓灌入模穴中的 避免模仁塊浮動移位’達到防止溢虫鼠， 有效 形狀正確之功用。 ”成形後的蠟模 【實施方式】 有關本創作具防溢蠟功用的模仁塊輔 實施例，請配人夫門楚 疋位、，構具體 ““芩閱弟一圖所示，其 頭壞模成形模具中，該模具有主要包括有母球桿 权（2 )，該母模（2 )内部形成_自下、）及子 對應球桿頭外部形狀申至内部且 -子模基座（20)上^童）$子模（2)係於 所組成，該數模"^ 拆組的模仁塊（21) 形狀，且藉子二9 "可併組成構成對應球頭内部 广Ί 核基座（2 〇)固定於迎向母模。、 底端開…使其模仁塊二 ”、中形成對應於預定球桿頭實體形狀的空間。、八 對έ Μ 各模仁塊（2 1 )與子模基座（2 0) 對組接面間利用鳩 乂丄（2 〇 )之相 ，且各模仁塊（21广?塊與凹槽相對配合（圖未示） 座D W 端設定位桿（1 2 11), hi 庄（2 0)上設有對應定位 子拉基 1 )，提供該定位桿（2 ]疋位孔（2 〇 2 1 2 1 1 )插組其t定位，其中··設 M244981 長度足以伸出 (2 2 )於子 於模仁塊（2 1 )底端之定位桿（2丄工） 子模基座（2 〇 )底端外’並於配合固定件 模基座（2 〇 )外側加以固定。 (2 2 2 )的螺接件（2 2 1 )，定位桿（ 為對她“⑴^之螺接部⑴。'")“ 仁堍「9 1、3 > ) ’藉此，當模 A 2 1 )、、且設於子模基座（2 〇 )德， 1 1 )伸出子模基座（2 〇 )外，為固定 接方式加以鎖固’並藉由固定件（ 2 )以螺 2 〇)底面固疋，藉此’當子模（2) 合後，即可因模仁塊（2 1 )被固定，使、（1 )、、且 壓灌入模穴時，可有效避免犧 態虫鼠液加 以防止溢蜱· Ay θ + 羊阳使拉仁塊浮動移位 以拆除，再it彳π ^ |疋形後，先將固定件予 \再進订拆板之步驟，即可獲得形狀正 如第二圖所示，前述之固定件（ 执旲 掣作用的扭力彈菁（2 彳為-具有夾 ’ 5亥扭力彈筈（？ 9 /1、θ 有一可彈性夾掣定位桿（2 、 2 2 4 )具 )，環圈部（22…，真的環圈部（225 1 、ζ Ζ 5 )側邊且呈右-i庄广乂 條狀壓抵部（？ 9 R a — ^ — 驅動環圈部擴張的M244981 新型 Description of the new type: [Technical field to which the new type belongs] Structure ΓΓ :: Γ A mold core block assisted positioning knot with anti-overflow 41 function On the mold base, the second middle school assists in maintaining the correct shape of the mold after the formation of the ^ _ block auxiliary question 'and confirms the design of the block positioning structure. [Previous technology] Mesh = manufacturing of club heads, such as wooden club heads, etc.:=Made by butterfly casting-hollow club head body, == battery panel fixed at the W-end opening of the body And the surface club is made into the predetermined shape club head. The aforementioned method is used to manufacture the rod material, which uses an electric power to provide the molten material from the mold of the combination of the mother wedge and the sub-mold. After demolding, you will get one * tick /, Bao eight T ... Several bad molds are fixed on a soil: on the head, through a process such as soaking, drying, butterfly removal and sintering, a hard shell and south temperature resistant mold body is formed, and the molten casting raw materials are poured into the rapeseed. The head body is made by σHelder. The aforementioned hollow soil mold is manufactured, because the sacrifice mold system is-rigorous shell ', so that the mold core corresponding to the hollow shape inside the club head can be scheduled = 2 disassembly Therefore, the sub-model corresponding to the internal space shape of the worm rat model usually includes a sub-model base with leaves that can be combined with the female model, and a number of stalk kernel blocks that can be assembled in the sub-model meaning. The structure is formed so that the earth material is poured into the mold and cooled. After the mother pine can be detached from the outside of the bad mold M244981, the sub-mold can also be disassembled from the Kan mold, and can be reassembled and reassembled. One-time wax mold manufacturing. In the previous description, the dome convex block is used between the sub-mold module and the sub-mold base. The grooves are relatively matched with each other. 'An additional positioning rod is provided at the bottom of the mold core block, and a positioning hole is set on the base of the sub mold'. The combination design of the master mold often occurs during the manufacture of the butterfly mold, which causes the inconvenience of subsequent processing and processing. After the creator of the ice entered the building to investigate the cause, it was found that the mold kernel block was related to the child mold base. The seat is combined with a dovetail-shaped projection and groove, and the positioning rod and the positioning hole are combined for positioning. Because the two corresponding mating structures of the front cover are movable: the mechanism is completely non-fixing, causing When the melted ant solution is infused under pressure, the mold kernel block (31) is easy to float and shift, causing the soil fluid (4 ") to overflow into the mold kernel block (3 丄) and its adjacent mold kernel block (3 mold bases). Block ^ θ causes the so-called wax overflow phenomenon, which makes the wax core need to be repaired after it is formed, which causes inconvenience in manufacturing and affects production capacity. [New content] The main purpose of this creation is to provide a "proof against spillover soil" Functional mold: block-assisted positioning structure " The kernel block can be accurately positioned, and the subpole base can prevent the problem of overflowing rats and ensure that the shape is correct after being formed. 乂 The goal of A is achieved. The technical solution proposed by this creation is to make the positioning rod of the mold kernel block long enough to extend. The sub mold base is fixed on the outside of the M244981 sub mold base with the fixing parts. The design of the previous technical solution of this creation will be built into the effect of the creation. This creation can be combined with the kernel block in the cavity of the mother mold. The end of the positioning rod is fixed after extending the earth seat through the positioning hole of the sub-mold base, and it is abutted against the bottom surface of the sub-mold base, so that the mold is a fixed piece ^, ^ so that the pull-in block is definitely fixed In this regard, although the molten wax solution is pressurized and poured into the mold cavity to avoid floating displacement of the mold kernel block, the function of preventing the overflowing of rats and the correct shape is achieved. "The formed wax mold [Implementation] About this creation The auxiliary embodiment of the mold kernel block with the function of preventing the overflow of wax can be assigned to the husband and wife, and the concrete structure is shown in the following figure. In the mold of the head broken mold, the mold mainly includes a female Cue weight (2), inside the female model (2) Form _ from the bottom,) and the sub-corresponding external shape of the club head to the interior and-the sub-model base (20) ^ child) $ sub-model (2) is tied to the composition, the digital model " ^ ungrouped The shape of the mold core block (21), which can be combined to form a large ball core base (20) corresponding to the interior of the ball head, is fixed to the mother mold. , The bottom end is opened to make the mold core block two ", the middle forms a space corresponding to the physical shape of the predetermined club head., Eight pairs of mold core blocks (2 1) and the sub mold base (2 0) pairs The interface uses the phase of the dove (20), and each mold core block (21 wide block and the groove are oppositely matched (not shown)) The DW end setting position rod (1 2 11), hi Zhuang (2 0) is provided with a corresponding positioning element pull base 1), and the positioning rod (2) is provided with a bit hole (202 2 1 2 1 1) to insert a t-position, wherein ... let M244981 be long enough to extend (2 2 ) The positioning rod (2) at the bottom of the mold core block (2 1) is outside the bottom of the mold base (20) and is fixed on the outside of the mold base (20) of the mating fixture. 2 2 2) 's screw connection (2 2 1), the positioning rod (for her "⑴ ^ 之 螺 接 ⑴。' ")" 仁 堍 「9 1,3 >) ' A 2 1), and is located on the sub mold base (20), 1 1) extends out of the sub mold base (20), and is locked for fixed connection ', and is fixed by a fixing member (2) The bottom surface of the screw 2 〇) is fixed, so that when the sub-mold (2) is closed, the mold core block (2 1) It is fixed so that when (1), and pressure is injected into the mold cavity, it can effectively avoid the sacrifice of the worms and rats to prevent tick overflow. · Ay θ + Yangyang causes the Laren block to float and displace, and then it After the shape of 彳 π ^ | 疋, first give the fixing part to \ and then proceed to the step of disassembling the plate, and the shape can be obtained. -Has a clamp '5 helical torsion spring (? 9/1, θ has an elastic clamping lever (2, 2 2 4)), a ring portion (22 ..., a true ring portion (225 1, ζ Z 5) The side is right-i Zhuang Guangying strip-shaped pressing portion (? 9 R a — ^ — driving ring expansion
Zb)，藉此，當定你炉r η 子模基座（2〇)夕卜可為固定件（心）11)伸出 藉固定件（以）緊抵於子模基座（2予以夹擎，並 可達成上述防止溢«保«形狀正確之功面固定，亦 由以上之說明中可以清楚得知 。 方案確可在犧模的製程卜乍所提出之技術 克服現今增模製造時易溢 M244981 蠟之問題，因此，本創作符合新型專利要件，爰依法具文 提出申請。 【圖式簡單說明】 (一）圖式部分 第一圖係本創作應用於成形模具中之平面示意圖（ 代表圖）。 第二圖係本創作另一實施例之平面示意圖。 第三圖係習用成形模具之平面示意圖。 (二）元件代表符號 (1 )母模 (2 )子模 (2〇1 )定位孔 (2 1 )模仁塊 (2 2 )固定件 (2 2 2 )螺孔 (2 2 4 )扭力彈簧 (2 2 6 )壓抵部 (1 0 )模穴 (2 0 )子模基座 (2 1 1 )定位桿 (2 2 1 )螺接件 (2 2 3 )螺接部 (2 2 5 )環圈部Zb). With this, it is assumed that your furnace r η sub mold base (20) can be a fixed piece (heart) 11) extended by the fixed piece (to) to abut the sub mold base (2 to be clamped Engine, and can achieve the above-mentioned prevention of overflow «guarantee» the correct shape of the work surface is fixed, can also be clearly known from the above description. The solution can indeed overcome the current technology of mold manufacturing in the process of sacrificing molds. Because of the problem of M244981 wax, this creation meets the requirements of new patents, and the application is submitted according to the law. [Simplified illustration of the drawing] (I) The first drawing of the drawing part is a schematic plan view of the creation applied to the forming mold (representative Figure). The second figure is a schematic plan view of another embodiment of this creation. The third figure is a schematic plan view of a conventional forming mold. (II) Component representative symbol (1) master mold (2) sub-mold (20) positioning Hole (2 1) Mold core block (2 2) Fixing piece (2 2 2) Screw hole (2 2 4) Torsion spring (2 2 6) Pressing part (1 0) Cavity (2 0) Sub mold base (2 1 1) Locating rod (2 2 1) Screw connection (2 2 3) Screw connection (2 2 5) Ring portion