I275476 九、發明說明： 【發明所屬之技術領域】 本發明涉及-賴彡接合雜·謝城财法，尤域充填人模穴的樹 脂熔膠在充填過程巾自驗制錄娜的順序及時間且形成單—流向充填以減 少接合線痕跡的射出成型方法。 【先前技術】 在射出成型技術中，以多點轉濟口射出成形品時，塑膠成品的表面通常 會出現條紋狀的熔膠接合線痕跡，對於外觀顯得格外重要的成型品，自然相當 忌諱和大大影響到塑膠成品的表面品質。 以圖la所福射域翻模具職例，當翻以乡點轉技鋪出成形品 的Μ矣，射出成型用模具1〇的樹莫u上面便會設有多道;堯道12及多點鱗洗口 13。因此，在射出成形充填炫融樹脂的過程中，如圖化所示，炼融的樹脂幾乎 是同時從賴11的每-道澆道12的轉澆口 13一起充填射入模具1〇的賴的模 穴中，待频的模穴充填飽滿熔_脂且冷卻固化後，即可得到塑膠成品A。 仁疋這種夕點進膠充填技術在充填熔融樹脂的過程中，因為以多點進膠 淹口 13同時灌膠和充填舰樹脂的緣故，如圖化所示，經常會造成二股或多股 樹脂熔膠的前細_接合，無法形成單—流向的充填，若二股或多股樹麟 膠接合時的溫度過低、熔膠流動性較差或熔膠性質差異太大時，娜的接合效 果往往不盡理想，皆會形成因為二股或多股鱗的前緣衝撞接合所形成的條紋 狀接合線或接合區域。所以’ f知的這種多點_充填技術的缺點，就是易造 成塑膠成品A的表面會出現條紋狀的熔膠接合線痕跡c，進而影響到塑膠成品 A的表面品質。 ，以液aa顯示II的$硫細，為了掩飾前酿成品表面上的接合線痕跡， 必/頁負擔徒增成本將&面框成品製成咬花表面，或再次藉抛光或塗裝等二 次加工來改善前面框成品的表面品質。 5 1275476 因此’對於不考慮藉表面咬花或二次加工來改善表面品質的塑膠成品，習 决的夕』轉射出成型技術’並不能解決塑膠成品的表面格外要求不能有接合 線、凹痕或光澤度不好等既存的問題。 【發明内容】 ^發明駐要目的係銷示—種減少接合猶_射_财法，可以克 和解决^夕點轉射喊型技躺缺點，侧是突破了習知乡點鱗射出 型^術必須使樹脂炫膠幾乎同時從雜的每一道娜堯口一起充填射入模穴中 =目點’ f先，藉管制樹脂熔膠只能先從射出成型用模具的多點娜堯口的其 2轉如開始充填進人射出姻雌具的模穴巾，其次，糊充填進入 庠月右^日霄在充填過程巾自動控制其它多點轉洗口的樹麟膠轉順 ，且不同順序和不w_充填械⑼的旨》，《 八中的充填過程帽顧流躲且職單—赫充填免' 熔膠的前緣發生相衝對揞，并叮、、士丨、』尤舣a夕月又树月曰 ,〜％化射出成形品的表面發生接合線痕跡 、^ &。』膠成品的表面品質外，與習知多點進膠射出型技術相較，可 以免除負擔縛成品的表面f要咬花處理或二次加。 冋儿又且成手》又有接合線痕跡的塑勝成品，其實施步驟包括： a .射出姻雌具衫點歸如射th顧彡歸成品； b.保留步驟a的多點轉流口的其中—個嫩口設成常態嫩口； C.在射出成型職具的雄模上面對步動_鱗如以外的1餘娜1 口猎各別設置-鱗控·件__鱗細的娜轉間… •射出成型用模具進行絲勸旨熔膠； 、 曰， 熔峨峨嘛聽續_職具的模穴 f ‘射出成姻模具的其餘轉㈣梅目應_控制組件暫時崎樹脂 1275476 充填進入射出成型用模具的模穴； g 驟e充填進入模穴中的樹脂虜在充填過程中自動控制步驟f的盆 匕多點進膠澆口的樹脂熔膠進膠順序及充填時間； 、、 h·不同順序和時間先後充填進入模穴的樹脂鱗在模穴内匯流集結 — 流向充填； 、、口 y风早一 ••待射出成型用模具的模穴充填飽滿溶融樹脂且冷卻固化後，取^ 一一产 面且幾乎沒有熔膠接合線痕跡的塑膠成品。 门儿X表I275476 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a Lai 彡 杂 · 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢 谢Single-flow injection molding method to reduce the line marks. [Prior Art] In the injection molding technology, when the molded product is shot at a multi-point transfer, the surface of the finished plastic product usually has streaky traces of the melt-bonding line, and the molded article which is particularly important for the appearance is naturally taboo. Greatly affect the surface quality of plastic finished products. In the case of the mold in the field of Figure la, when the mold is turned over by the township, the molds for the molding die 1 will be placed on the top of the tree. Point scale wash 13 Therefore, in the process of injection molding to fill the smelting resin, as shown in the figure, the smelted resin is almost simultaneously filled into the mold from the sprue 13 of each runner 12 of the lasing 11 In the mold cavity, the cavity of the cavity to be filled is filled with molten fat and cooled and solidified, and the finished plastic product A can be obtained. In the process of filling the molten resin, Renqi’s plastic filling technology often causes two or more shares as shown in the figure, because of the multi-point glue flooding 13 while filling and filling the resin. The pre-fine bonding of the resin melt can not form a single-flow filling. If the temperature of the two or more strands of rubber is too low, the fluidity of the melt is poor, or the difference in the properties of the melt is too large, the bonding effect of Na Often not ideal, a strip-shaped bond line or joint region formed by the collision of the leading edge of two or more scales is formed. Therefore, the shortcoming of the multi-point filling technique is that the surface of the finished plastic product A is likely to have a stripe-like melt bond line trace c, which in turn affects the surface quality of the plastic finished product A. In the liquid aa, the sulfur content of II is displayed. In order to conceal the traces of the joint line on the surface of the pre-manufactured product, the cost of the sheet must be increased to make the surface of the finished frame into a bitten surface, or by polishing or painting again. Secondary processing is used to improve the surface quality of the finished front frame. 5 1275476 Therefore, 'for plastic products that do not consider surface biting or secondary processing to improve the surface quality, the eve of the transformation technology' does not solve the special requirements of the surface of the plastic finished product, there must be no bonding wires, dents or The existing problems such as poor gloss. [Summary of the Invention] ^The purpose of the invention is to sell the kind--reducing the joint _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The technique must make the resin squeegee almost simultaneously fill the cavity into the cavity from each of the miscellaneous sputums. ??? First, by controlling the resin, the glue can only be used first from the injection molding die. The 2 turns are like filling the mold hole into the person who shoots the female, and secondly, the paste is filled into the right month of the moon, and the arboreal glue is automatically controlled in the filling process, and the order is changed. And the purpose of not filling the machinery (9), "the filling process of the eight-in-one filling the hat and hiding the job list - the filling of the hegemony" is the front edge of the melt glue, and the 前, 丨, 』, 舣a eve of the moon and the tree 曰, ~% of the injection molded article on the surface of the joint line traces, ^ & In addition to the surface quality of the finished rubber product, compared with the conventional multi-point injection molding technology, the surface f of the finished product can be dispensed with biting or secondary addition. The child is also hand-made and has a plastic-finished product with the mark of the joint. The implementation steps include: a. Shooting the female and female dresses, returning to the finished product; b. retaining the multi-point diverting port of step a Among them, a tender mouth is set to a normal tender mouth; C. On the male model of the shooting forming tool, the stepping movement _ scales other than the 1 Na Na 1 hunting separately set - scale control · pieces __ scale Na Na's turn... • Injection molding mold for wire-advising melt glue; 曰, 峨峨 峨峨 听 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Resin 1275476 is filled into the cavity of the injection molding die; g e e filling the resin into the cavity 自动 During the filling process, the resin melt of the multi-point feeding gate of the step f is automatically controlled during the filling process and the filling time ; , h · different order and time to fill the resin scales entering the cavity in the cavity pool convergence - flow to fill;, mouth y wind early one • • injection mold cavity filled with full melting resin and cooled and solidified After that, take the plastic surface of the mating surface and almost no trace of the glue bond line. . Door X table
本發明的另一目的在於揭示一種進膠控制組件，具有閘門的使甩用途，裝 叹在射出成刺模具的賴上面，可以實施本發.标的減少接合線痕跡的射 出成型方法，在射出成型用模具充填樹脂熔膠的過程中，可以實現暫時阻擋樹 脂熔膠充填進入射出成型用模具的模穴，可以控制響澆口的進膠順序及日= ’避免充填進入模穴的樹脂熔膠發生衝撞，且可以促成不同順序和不同時間先 後充填進入模穴中的樹脂熔膠在模穴内匯流集結且形成單一流向充填，以減少 和淡化塑膠成品表面發生接合線痕跡。 【實施方式】Another object of the present invention is to disclose a glue feeding control assembly having a smashing effect of a gate, which can be embossed on a squeezing mold, and can be subjected to the injection molding method for reducing the bonding line trace of the present invention. In the process of filling the resin melt with the mold, it is possible to temporarily block the resin melt filling into the mold cavity of the injection molding die, and control the order of the glue gate and the day = 'to avoid filling of the resin melt into the cavity Impact, and can cause the resin melt filled into the cavity in different orders and at different times to merge and form in the cavity and form a single flow direction filling, so as to reduce and fade the surface of the plastic finished product. [Embodiment]
請蒼考圖2及圖3，本發明所示的減少接合線痕跡的射出成型方法，主要應 用於以多點進膠溱口射出成形品的射出成型用模具10，且使用所述的射出成型 方法製成的塑膠成品，具有高亮度表面和幾乎沒有溶膠接合線痕跡的品質。 實施本發明所示的減少接合線痕跡的射出成型方法的時候，射出成型用模 具10的雄模11上面需設有多道澆道12及多點進膠澆口13，但在所述的多點進膠 澆口 13的君f組當中，除了保留其中一個進膠澆口 13不受阻礙且設成常態進膠澆 口外，其餘的每個進膠澆口 13都各別設有相應的一進膠控制組件2〇在雄模11上 面，且藉每個相應的進膠控制組件2〇構成每個相應的進膠洗口丨3的閘門，所以 ，每個進膠控制組件20都可以各別控制相應的進膠澆口 13的開閉、進膠順序及 進膠時間。 7 1275476 因此，本發明所示的減少接合線痕跡的射出成型方法，包括··射出成型用 =職綱麟卿推，娜嘛，辦獅旨解只能先從射 型用ΖίΓ的多點轉細3的其中—個進職013開始充填進入射出成 ΐ对；無，顺卿，細綱續穴_ 士曰夕在充”過程中自動控制其它多點雜堯口 13的樹麟膠轉順序及充填 日价使得不_序和柳撇後充填進人模对_旨鱗絲穴中的充 ^過程中能夠形成匯流集結且形成單一流向充填。待射出細模胸模穴 充飽溶融樹脂且冷卻固化後，即可取得娜成品Α。 、 本兔明所補射出成型方法的主要關纖術，如_所示，係將充填進入 射出成咖模具10的模穴内部的樹脂炫膠自然形成單一流向匯流集結，在射出 ^型用杈具ίο充獅旨熔膠的過程中，可以有效避免二股或多股樹脂溶膠的前 ’、’，么生相衝對揎’藉此可有效減少和克服樹脂熔膠接合不佳的問題。所以，所 衣成的塑軸^絲面具有高麟度’尤其鱗接合触C相當淡化，在瓣 成品Α的表面幾乎沒有留下熔膠接合線痕c，不必任何咬花處理、抛光或塗裝 等二次加工。 义 $圖4a及114b所示，本發明所使用的鱗控制組件2〇，包括一移動件狀 一固^件23，其中，_的移動件21W—麟口22，且移罐21與固定件23 之間猎滑槽機構24相互聯結，並藉設有彈性元件使得移動件2卜固定件23及彈 性元，共同構成-組緩_構。當移動件21受到壓力的時候，移動件以可以相 對固疋件23產生靠合鞠，但壓力_旦消失的雜，獅倾立即藉彈性 回復到原來位置。 、如圖5a及圖6所示，當所述的進膠控制組件2〇裝設在射出成型用模具⑺的 '面力日禮，進膠控制組件2〇的移動件21上端則凸伸到射出成型用模具 10的_吴15的換穴中’而且，在未承受到來自射出成型用模具_常態鱗堯 膠成型壓力之前’所述的纖空制組件2〇的移動件^的茂流口 1275476 22係位於相應的進膠澆口 13的上方，所以，進膠控制組件20的移動件21可將相 應的進膠澆口 13封閉。因此，所述的進膠控制組件20的移動件21具有閘門功能 ，在射出成型用模具10充填樹脂熔膠的過程中，可以實現暫時阻擋樹脂溶膠充 填進入射出成型用模具1 〇的模穴中。 但，如圖5b及圖7所示，在射出成型用模具10充填拮f脂熔膠的過程中，所 述的進膠控制組件20—旦承受到來自射出成型用模具1〇的常態進膠淹口的充填 樹脂熔膠的成型壓力、或承受到再經過匯流集結的充填樹脂熔膠的成型壓力的 β夺候，所述的進膠控制組件2〇的移動件21會立刻下沉和朝向固定件23靠合，此 際，所述的進膠控制組件2〇的移動件21的、攻流〇22與相應的進膠澆口 13形成通 路狀態，使得暫時被阻擋的樹脂熔膠開始充填進入射出成型用模具1〇的模穴中 而且在射出成型用模具10的模穴中與早先充填進入模穴中的樹脂炫膠自然形 成匯流集結和單一流向充填。 所以，本發明的進膠控制組件20裝設在射出成型用模具10的雄模U上面後 ，可以實施本發明的減少接合線痕跡的射出成型方法，在射出成型用模具1〇充 填樹脂熔膠的過程中所達成的功能，包括：暫時阻擔樹脂炫膠充填進入射出成 型用模具1G的模穴巾、自驗做它乡點轉如13_脂轉馨順序及充 填_、避免充填進入模穴的樹脂熔膠發生衝撞、以及促成不同順序和不同時 間先後充填進入模穴中的樹脂熔膠在模穴内匯流集結且形成單一流向充填，以 減少和淡化塑膠成品表面發生接合線痕跡。 據此，本發明的減少接合線痕跡的射出成型方法，特別適用於製作表面要 求向焭度且幾乎沒有接合線痕跡的塑膠成品，且實施步驟如戰所示，包括·· a·射出成細模具1⑽纽轉如13触成形瓣成品； b·保留步驟a的多點轉堯口的其中一健麟印設成常態娜洗口 ； c· ^射出成型用模具10的賴u上面對步驟b的常態轉堯口以外的其餘進 膠澆口 13藉各別設置一轉控制组件2味控制各個讎丨堯口咖娜順序 9 1275476 及時間； d·射出成型職獅進行充额脂熔膠； e. ^晴只觸b嘛峨σ1_酿增咖模獅的 模穴中， 射出成錢喊1G麟餘轉如i 3藉各彳_躺_控恤侧暫時阻 擋樹脂熔膠充填進入射出成型用模具1〇的模穴； g驟e充填進入模穴中的樹脂熔膠在充填過程中自動控制步驟士的其 它多點轉澆口 13的樹脂熔膠卿順序及充填時間； ’、 不同員序和日守間先後充填進入模穴的樹麟膠在模穴内匯流集結形成單一 流向充填； 1 ·待射出成型用板具10的模穴充填飽滿縣樹脂且冷卻固化後，轉高亮度 表面且幾乎沒有熔膠接合線痕跡的塑膠成品。 本I月所示的iyy空制組件還有另外三種具體實施例，分別說明如下： 實施例1 如圖8a及議所不’本發明所示的進膠控制組件2〇的第二具體實施例，包 括私動件21及目疋件23，其中’所述的移動件21設有一茂流口22，且移動 件21與固疋件23之間藉鋸齒狀滑道機構烈相互聯結，並設有彈性元件使得移動 件2卜固定賴及雜元件共嗎成―蝴_構。當鑛郷制壓力的時 候胃’移動件21T以沿著纖狀滑道25邊轉動和邊向下移動朝向固定件23靠合， 但壓力-旦>肖失的喃，鶴件21立即藉彈性元件回制原來位置。 虽貫施例1所不的進膠控制組件2〇裝設在射出成型用模具1〇的雄模U上面 的喃’所述的移動件21就構成相應的轉堯口13的閘門，可以實現控制相應 的進膠洗口 13的進膠順序及進膠時間的目的。 實施例2 如圖9a及圖9b所示，本發明所示的鱗控制組件2〇的第三具體實施例，包 10 1275476 括一移動似及-固定件23，其中，所述的移動件有一触口22，且所述 的固定設有-扇料引，除提供所述的機糊嵌人其作構成活動 聯結外，並限制移動件21受咖定件23的扇形導引槽作用產生限定角度的 月動麵^件21 m件23之跟妹彈性桃，使制_述_動制的常態 位置經常保持其頂φ呈傾斜狀。t移動件21呈傾斜狀的頂面受到壓力的日粮， 私動件21可以沿著g]定件23的扇料引槽26產生限定角度滑動，直至移動件 的頂面呈水平狀態’但壓力—旦消失的喃，移鱗21立即藉彈性元件回復到 原來位置。 當實細2·的轉控敝侧裝設在抛職測_觀上面 的喃’頂面呈傾斜狀的移動件21就構成相應的堯口13關門，可將相應 的娜如13賴’但在㈣成型雌具職麵麟膠的雕巾，呈傾斜狀 的移動件21的頂面-旦承受到充填樹脂_的成麵力叫，所述的移動制 立即沿著固定件23的扇形導引槽26產生限定角度滑動，且促成所述的移動_ 的汽流⑽與減的轉細3職魏狀g。_，實補2卿的進膠控 制組件20可以達成控制相應的雜堯口 13的轉順序及娜時間的目的。 實施例3 如圖10a及圖l〇b所示，本發明所示的轉控制組件2〇的第四具體實施例， 包括-移動件21及-固定件23，其中，所述的移動·設有一麟口22，以及 所述的固定件23δχ有-支點突塊27及-弧形槽28，且所述的固定件23的弧形槽 28的輪麟以所述的支點突塊27為圓心、的同心圓所構成，當移動件狀固定件 23構成活___ ’所賴鶴肋絲合續韻蚊郷的支點突塊 27與弧形觀之間’且受酬述麵桃柄支點細胸罐_作用能 夠產生限;t肖触_，挪餅21無植如嫩録潘，使得所述 的移動件21的常態位置經常保持其頂面呈傾斜狀。 田祕件21王傾斜狀的頂面文到壓力的g輪，移動倾可以受到所述的固 1275476 定件23的轉動支點突塊27與_槽28的作用產生限定角度的滑動，直至移動件 21的頂面呈水平_，但壓力—旦消失的時候，移動件〖丨立即藉.元件回復 到原來位置。 士田貝蝴3所述的進膠控制組件20裝設在射出成型用模具觸雄模“上面 的才侯其功月匕與貫施例2所述的進膠控制組件2〇綱，可以達成控制相應的 進膠澆口 13的進膠順序及進膠時間的目的。 、，'上所示乃車乂仏$知例，舉凡局部的變更或修飾，且為所屬技術領域中具 通常知識者級推知及所能_完成者，倶猶本個的範缚。 【圖式簡單說明】 圖la係-種射出成型用模具採用習知多點鱗射出成型技術的示意圖。 圖lb係目la所示的射出成型用模具在射出成型過程中因二股樹麟膠的前 緣相衝造成塑膠形品表—生接合線痕跡的示意圖。 圖2係本發明所示的-種減少接合線痕跡的射出成型方法流糊。 圖3係實施本發明所示的減少接合線痕跡的射出成型方法的射出成型用模 具不意圖。 圖4a係裝設在目3所示的射出成型用模具的雄模上面且用來實施本發明的 減少接合線痕跡的射出綠的種導控制組件立體結構圖。 圖4b係圖4a所示的糊空制組件的移動件#受到壓力時沿著滑槽機構向下 滑動的示意圖。 圖5a至圖5d係圖3所示的射出成型用模具在充填樹麟勝的過程中實現本 發明所示的減少接合雜賴射丨成型方法的示意目。 圖6係圖5a沿著6-6剖面線的剖面圖。 圖7係圖51)沿著7-7剖面線的剖面圖。 圖8a係本發明所示的第二種轉控制組件立體結構圖。 圖㈣獅所示的纖空制組件的移動件當受到壓力時沿著鑛齒狀滑道機 1275476 構竭示侧。 圖9a係本毛明所不的第三種糊空制組件立體結構圖。 圖9b係圖9a所示的娜 向下滑動的示意圖。 力件以賴力時沿著扇形導引槽漸 ®10a« 〇 圖⑽係圖l〇a所示的_控制組件 再口 著弧形槽向下_的示意目。 咏師當受力嘯支點突塊而沿 【主要元件符號說明】 10 ···.··模具 n u…澆道 n ις ······進醪澆口 15 ·····爾莫 9Π 91 _ ······進膠控制組件 α……移動件％ 23 ······固定件 ······茂流口 25 ^牛 24 .滑槽« 〇 ······鋸齒狀滑道機構 0〇 . 〇7 .....扇形導引槽 1……支點突塊 9Ρ Λ ^ ······孤形槽 Λ……塑膠成品 Γ ^ ······接合線Referring to Fig. 2 and Fig. 3, the injection molding method for reducing the bonding line marks shown in the present invention is mainly applied to the injection molding die 10 which ejects a molded article by a multi-point feed opening, and uses the above-described injection molding. The finished plastic product has a high-brightness surface and almost no sol-bonding line trace quality. When the injection molding method for reducing the bonding line marks shown in the present invention is carried out, the male mold 11 of the injection molding die 10 is provided with a plurality of runners 12 and a plurality of feed gates 13 on the upper surface, but in the above-mentioned Among the group F of the glue gate 13, except that one of the feed gates 13 is left unobstructed and set as a normal feed gate, each of the other feed gates 13 has a corresponding one. The feeding control unit 2 is disposed on the male mold 11 and each of the corresponding rubber feeding control units 2 is configured to constitute a gate of each corresponding feeding port 3, so each feeding control unit 20 can be Do not control the opening and closing of the corresponding rubber gate 13, the order of feeding, and the feeding time. 7 1275476 Therefore, the injection molding method for reducing the bonding line marks shown in the present invention includes: · injection molding = job title Lin Qing push, Na, the lion's solution can only be transferred from the shooting type with ΖίΓ Among the fine 3, one of the 013 starts to fill and enters into the pair of shots; no, Shunqing, and the sequel _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ And filling the daily price so that the filling and filling of the scorpion into the stencil can form a confluence and form a single flow direction filling. The thin mold cavity is filled with molten resin and After cooling and solidifying, the finished product can be obtained. The main fiber-cutting technique of the injection molding method of the rabbit Ming, as shown in _, is to form the resin viscous glue which is filled into the cavity of the coffee mold 10. Single-stage assembly to the confluence, in the process of shooting the 型 杈 狮 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 旨 二 旨 二 旨 旨 旨 旨 旨 旨 旨 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二Overcoming the problem of poor resin melt bonding. Therefore, The plastic shaft of the clothing has a high degree of lining. In particular, the scaly joint C is quite weak, and there is almost no glue bond line mark c on the surface of the finished enamel. It does not need any biting treatment, polishing or painting. As shown in Figures 4a and 114b, the scale control assembly 2〇 used in the present invention includes a moving member-like member 23, wherein the moving member 21W of the _ is 22, and the canister 21 The hunting chute mechanism 24 is coupled with the fixing member 23, and the elastic member is used to make the moving member 2 and the elastic member 23 together to form a group. When the moving member 21 is under pressure, the movement is performed. The piece can be made to be close to the solid piece 23, but the pressure disappears, and the lion immediately returns to the original position by elastic. As shown in FIG. 5a and FIG. 6, when the feeding control component 2 is The top surface of the moving member 21 of the injection molding control unit 2〇 is protruded into the hole of the injection molding die 10, and is not subjected to the embossing of the injection molding die (7). To the fiber-optic group from the injection molding die _ normal squama molding pressure before The moving port 1275476 22 of the movable member 2 is located above the corresponding feeding gate 13, so that the moving member 21 of the feeding control assembly 20 can close the corresponding feeding gate 13. Therefore, The moving member 21 of the rubber feeding control unit 20 has a shutter function, and during the process of filling the resin molding melt with the injection molding die 10, it is possible to temporarily block the resin sol from filling into the cavity of the injection molding die 1 . As shown in FIG. 5b and FIG. 7, in the process of filling the mold for injection molding 10 with the grease, the feed control unit 20 is subjected to the normal feed opening from the mold for injection molding. The molding pressure of the filled resin melt, or the β pressure of the molding pressure of the filled resin melt which is subjected to the convergence of the flow, the moving member 21 of the rubber feeding control unit 2〇 immediately sinks and faces the fixing member. 23, in this case, the ballast 22 of the moving member 21 of the feeding control unit 2 is formed into a passage state with the corresponding feeding gate 13 so that the temporarily blocked resin melt starts to be filled into the injection. Molding mold 1 But also in injection molding cavity mold cavity 10 is filled into the resin with earlier Hyun natural rubber mold cavity to form a single bus assembly and the flow of the filling. Therefore, after the feeding control unit 20 of the present invention is mounted on the male mold U of the injection molding mold 10, the injection molding method for reducing the bonding line trace of the present invention can be carried out, and the injection molding mold 1 is filled with the resin melting adhesive. The functions achieved in the process include: temporarily blocking the resin glue filling into the mold cavity of the injection molding die 1G, self-testing and turning it like a 13_ grease transfer order and filling _, avoiding filling into the mold The resin melt of the hole collides, and the resin melt which is caused to be filled into the cavity in different orders and at different times is converged and aggregated in the cavity and forms a single flow direction filling, so as to reduce and fade the joint line trace on the surface of the plastic finished product. Accordingly, the injection molding method for reducing the bonding line trace of the present invention is particularly suitable for the production of a plastic finished product having a surface required to be twisted and having few bonding line marks, and the implementation steps are as shown in the war, including ···· The mold 1 (10) button is turned into a 13-touch shaped flap; b. One of the multi-point turns of the step a is retained as a normal Na wash; c· ^ injection molding mold 10 is applied to the step The other inlet gates other than the normal transfer port of b are controlled by a separate control unit. The two flavors are controlled by the order of each of the mouths. 9 1275476 and the time; d. injection molding the lion to recharge the fat ; e. ^晴 only touch b 峨 1 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The mold cavity of the molding die 1 ;; the resin melt filled into the cavity during the filling process automatically controls the resin melter sequence and filling time of the other multi-point gates 13 of the step; ', different The order of the staff and the day-to-day guard are filled into the cavity of the tree in the cavity. Filling assembly forms a single flow; be 1. After injection molding plate having the mold cavity is filled and the full County cooled and solidified resin 10, goes high brightness and little surface melt bonding wire marks plastic products. There are three other specific embodiments of the iyy air module shown in this month, which are respectively described as follows: Embodiment 1 FIG. 8a and the second embodiment of the rubber feed control unit 2 shown in the present invention The movable member 21 and the eyepiece 23 are provided, wherein the moving member 21 is provided with a capillary opening 22, and the moving member 21 and the fixing member 23 are connected to each other by a zigzag slide mechanism. The elastic element makes the moving part 2 fixed and the mixed elements together. When the ore is pressed, the stomach 'moving member 21T rotates along the side of the slender chute 25 and moves downward toward the fixing member 23, but the pressure-denier is lost. The elastic element is returned to its original position. Although the moving member 21 of the rubber feeding control unit 2 which is not provided in the first embodiment of the injection molding die 1 is formed as a gate of the corresponding opening 13 , it can be realized. The purpose of controlling the feeding sequence of the rubber feeding port 13 and the feeding time is controlled. Embodiment 2 As shown in FIG. 9a and FIG. 9b, in a third embodiment of the scale control assembly 2A of the present invention, the package 10 1275476 includes a moving-like-fixing member 23, wherein the moving member has a The contact port 22, and the fixed portion is provided with a fan guide, in addition to providing the machine paste to engage the movable joint, and restricting the movement member 21 from being acted upon by the sector guide groove of the coffee member 23. The angle of the moon's surface is 21 m pieces of 23 with the sister's elastic peach, so that the normal position of the system is always kept inclined. The moving member 21 has a slanted top surface subjected to pressure, and the movable member 21 can slide at a defined angle along the fan guide groove 26 of the fixing member 23 until the top surface of the moving member is horizontal. When the pressure disappears, the scale 21 immediately returns to its original position by the elastic member. When the transfer control side of the actual thin 2· is installed on the top of the cast _ top view, the top part of the slanting moving part 21 constitutes the corresponding sluice 13 to close the door, and the corresponding Naru 13 赖' In (4) forming a female face with a faceted lining, the top surface of the inclined moving member 21 is subjected to the surface force of the filling resin _, and the moving system immediately follows the fan-shaped guide of the fixing member 23. The guide groove 26 produces a defined angular slip and contributes to the flow (10) of the movement _ and the reduced traverse. _, the actual glue 2 control unit 20 can achieve the purpose of controlling the corresponding transfer order of the miscellaneous mouth 13 and the time of the Na. Embodiment 3 As shown in FIG. 10a and FIG. 10B, a fourth embodiment of the rotation control assembly 2A according to the present invention includes a moving member 21 and a fixing member 23, wherein the movement and setting There is a rim 22, and the fixing member 23δ has a fulcrum projection 27 and an arcuate groove 28, and the wheel rim of the arcuate groove 28 of the fixing member 23 is centered on the fulcrum projection 27. Concentric circles are formed, when the moving member-like fixing member 23 constitutes a ___ ' 鹤 肋 肋 合 合 续 续 续 续 郷 郷 郷 27 27 与 与 与 与 与 与 与 与 且 且 且 且 且 且 且 且 且 且 且 且 且 且The chest can _ effect can produce a limit; t 触 _, the whit cake 21 is not planted as tender, so that the normal position of the moving member 21 often keeps its top surface inclined. The top member of the field member 21 is inclined to the g-wheel of the pressure, and the moving tilt can be subjected to the sliding of the pivot point 27 and the groove 28 of the solid 1275476 member 23 to produce a defined angle of sliding until the moving member The top surface of 21 is horizontal _, but when the pressure disappears, the moving parts are immediately borrowed. The component returns to its original position. The rubber feeding control unit 20 described in the Shibabei Butterfly 3 is installed in the mold for the injection molding mold, and the rubber feeding control unit described in the second embodiment can be controlled accordingly. The order of the glue feeding gate 13 and the purpose of the glue feeding time. , 'The above is a description of the rut, any partial change or modification, and is a general knowledge level in the technical field. The sufficiency of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The mold is used to inject the front edge of the two strands of arsenic in the injection molding process to form a trace of the plastic-shaped product----------------------------- Fig. 3 is a schematic view of an injection molding die for carrying out the injection molding method for reducing the bonding line marks according to the present invention. Fig. 4a is attached to the male mold of the injection molding die shown in Item 3, and is used for the implementation of the present invention. Invented to reduce the seam mark Fig. 4b is a schematic view showing the moving member of the paste-and-air assembly shown in Fig. 4a sliding downward along the chute mechanism when subjected to pressure. Fig. 5a to Fig. 5d are Fig. 3 The illustrated injection molding die achieves the schematic of the method for reducing the bonding miscellaneous projection shown in the present invention in the process of filling the tree. Figure 6 is a cross-sectional view taken along line 6-6 of Figure 5a. 7 is a cross-sectional view taken along line 7-7. Figure 8a is a perspective view of a second type of rotary control assembly shown in the present invention. Figure 4 is a moving part of the fiber-optic assembly shown by the lion when subjected to pressure At the same time, the side is constructed along the ore-toothed slide machine 1275476. Fig. 9a is a three-dimensional structure diagram of the third paste-air assembly which is not shown by the present invention. Fig. 9b is a schematic view of the downward sliding of the Na shown in Fig. 9a. The force member is guided by the fan-shaped guide groove along the fan-shaped guide groove 1010 « 〇 diagram (10) is shown in the figure 〇a control unit and then the arc groove is downward _ the purpose of the 。 当 当 受 受 受 受 受Bumps along the [main component symbol description] 10 ······Mold nu...Sway n ις ·······醪 醪 15 15 ····尔莫9Π 91 _ ······Adhesive control unit α...moving parts% 23 ······Fixed parts································ ·····Zigzag slide mechanism 0〇. 〇7 ..... Sector guide groove 1... fulcrum block 9Ρ Λ ^ ·······Orphaned groove Λ...Plastic finished product Γ ^ · ·····bonding line