M317916 八、新型說明： 【新型所屬之技術領域】 本創作_-麵具，尤其 的模具。 ^、賴一統機構 【先前技術】 按’如第-圖所示’傳統的模具一般具有上固定板u 、么模板Η、公模框15、模仁（圖中未示）、上 、 下頂出板20及下固定板16。公、母模板ΐ4、12閉合後复 =供炫融塑膠注人’上頂出板21、下頂出板2q與頂桿(圖中未示） 爲成頂出機構，可以上下運動該頂出機 距離的連結。 相隔一疋 惟，傳統的模具在更換生產產品時， 二構，然後再取出並且更換相應的模仁，扯在拆卸Γ裝上: 2時及賴。因此，如何設計出—纽使模狀模仁與頂出 也拆卸更換上能更為便利快 決之課題。^職迷者，乃Μ事顧技術者所欲先解 【新型内容】 本創作之目的係針對上述習知技術存在之缺陷提供一種具有 ^速換模純機構的模具。可以在需要更換模仁及頂出機構時將 糾二與頂出機構同時取出並更換，以節省時間。 本創作峨術方料賴具分別由上固定板、母模板、公模 反、公松框、模仁、與模仁相連結的頂出機構及下固定板所組成， M317916 賴仁與頂嶋娜蝴⑽她u 兩相貼合社灿板及下頂· 料構包括有 隔-頂出距離，並由—具彈性 :、_&仁之間相 jl/位針予以抵頂，1 該頂出板與模仁之間設置有複數個連結、的· 容置槽，使 桿下端的限位部_下不能脫離連結固定桿。以“連結固定 本創作藉由鱗翻定桿將㈣機構無仁連結在 此，在需要更換樹：及頂出機構時 口 取出並更換，俾實現快速換模者。了门將供仁與頂出機構 【實施方式】 ▲為詳細說明本創作之技術内容、構造特徵、所達成 效，以下茲例舉實施例並配合圖式詳予說明。 、 請參除目，麵嫌輪細軸 上固定板11、母模板12、公模板】4、公模框15、模幻8、^ 機構及下固定板16等。 頁出 請結合第三圖參閱第二圖，頂出機構包括上頂出板a 出板20及頂桿(圖中未示），複數個螺絲25將上頂出板2 、 板20固定在一起。 卜7貝出 請結合第三圖、第四圖並參閱第二圖，下 =’具有第一表面2二及與第一表面平行的第二表面 表面202與下0疋板16祕觸，第—表議與上頂出板η M317916 相接觸。下·板2〇相對兩端緣開設四個對稱的容置通道，# 魏道包括位繼㈣爛㈣第：表_連通的= /弟-收谷槽203以及連結與第—收容槽加頂部且與下 2〇第-表面201連通的較窄的圓挺形第二收容槽2〇4 ’立中 收容槽203與第二收容槽2〇4的連結處具有第—抵指面挪。M317916 VIII. New description: [New technical field] This creation _-mask, especially the mold. ^, Lai Yitong Organization [Prior Art] According to the 'as shown in the figure--the traditional mold generally has an upper fixing plate u, a template Η, a male mold frame 15, a mold core (not shown), upper and lower The plate 20 and the lower fixing plate 16 are released. The male and female templates ΐ4,12 are closed and then closed=for the sleek plastic injection person's upper ejector plate 21, the lower ejector plate 2q and the ejector rod (not shown) are the ejector mechanism, which can move up and down The connection of the machine distance. Aside from the traditional mold, when the product is replaced, the two structures are removed, and then the corresponding mold core is removed and replaced on the disassembly armor: 2 o'clock. Therefore, how to design a button to make the mold and the ejector can also be removed and replaced is more convenient and quick. ^ Jobs are the first solutions for the technicians. [New content] The purpose of this creation is to provide a mold with a speed-changing mechanism for the defects of the above-mentioned conventional techniques. It can save time by removing and replacing the correction and ejection mechanisms at the same time when the mold and the ejection mechanism need to be replaced. The creation of the 峨 方 方 赖 由 由 上 上 上 上 上 M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M Nahu (10) She u two-phase fittings and the top of the board. The material consists of a separation-ejecting distance, and is made up of -elastic:, _&ren between the jl/position needle, 1 A plurality of connecting and accommodating grooves are arranged between the plate and the mold, so that the lower end of the rod can not be separated from the connecting rod. The link is fixed by the creation of the scale by means of the scales and the (4) mechanism is connected to the body. When the tree needs to be replaced: and the mechanism is taken out and replaced, the quick change of the mold is achieved. The goalkeeper is for the top and the top. [Implementation] [Insert] ▲ In order to explain in detail the technical content, structural features, and achievements of this creation, the following examples are given and explained in detail with the drawings. Plate 11, mother template 12, male template 4, male mold frame 15, phantom 8, ^ mechanism and lower fixed plate 16, etc. Please refer to the second figure in conjunction with the third figure, the ejector mechanism includes the upper ejector plate a The board 20 and the ejector rod (not shown), a plurality of screws 25 are used to fix the upper ejector plate 2 and the board 20 together. Please refer to the third picture, the fourth picture and the second picture. Lower = 'the first surface 2 2 and the second surface surface 202 parallel to the first surface and the lower 0 疋 16 secret contact, the first discussion is in contact with the upper ejector η M317916. The lower plate 2 〇 Four symmetrical accommodating channels are opened at both ends, #魏道 includes the position (4) 烂(四)第:表_Connected = /弟-收谷a slot 203 and a narrower rounded second receiving slot 2 〇 4 ′ which is connected to the first receiving slot and the bottom of the second receiving surface-surface 201. The central receiving slot 203 and the second receiving slot 2 〇 4 The link has the first-to-finger face.
上頂出板21為一長方體，具有與下頂出板20大小相同的第 一表面2H和第二表面212，其中第二表面212與下頂出板1 接觸，該上頂出板21與下頂出板2〇上的容置通道相同位置處係 開設有相應的四個對稱的圓柱形容置通道213。 、 請結合第三圖參閱第二圖，模仁18大致呈一長方體，具有第 、面181及第—表面182 ’該模仁18相對兩端緣赠有四個對 稱的圓柱形容置通道，四個圓柱形回位針23分別容置於該容置通 2，/細綺23可⑽著容置通道上下機。回⑽23的下 ^桓仁的第二表面穿出並峡於上頂出板Μ的四個角上， 回位針23於模仁18及第—頂出㈣之間外側包覆有彈菩則吏 頂出機構具有彈性回復力量。模仁18之第二表面182於回位針幻 内側並開設有四個對稱的容置槽184。 請結合第_、第五圖參閱第三圖，本創針，該兩頂出板 2〇、與模仁18之間設置有複數個連纟峨桿a，該連結固定 杯22具有一圓柱形固持部221，該固持部221底端具有—直徑稍 大的圓柱形限位部222，固持部221頂端於中心向上延伸形成一圓 柱形對接箱。連朗定桿22向上依次插人下頂歧％及 7 M317916 出板=上的容置通道，胁上頂㈣2ι㈣ ㈣ 通運牙出。連結固定桿a頂端的對接 、m 表面的容置槽m内，並固定於模仁18上。第t 的限位部222容置於下頂出板 22底端 參 從的第—表面與第-抵擒面挪二槽2〇4内，限位部 沿著連顧轉22上下義，但2=:=板21、20可以 222的_下兩頂出板無法脫離連结固下端的限位部 4上所返’本_在_純2Q、 複數個連_定桿22，以將兩 、4、t18之間狄置有 定成為-健體，因此當本、 K 18連結並固 即可以一嶋咖====_， 速換模之功效者。 你h亚更換’㈣貫現了快 【圖式簡單說明】 第一圖係習知技術的模具示意圖。 圖 第二圖係本創作具有快速換模系統機構之模具的平面_ 圖 第三圖係本創作之模仁與頂出機構之反面 第四圖係第三圖之局部剖視圖。 第五圖係本創作之連結固定桿正視圖。 【主要元件符號說明】 上固定板 公模板 11 母模板 公模框 12 15 14 M317916 下固定板 16 模仁 18 第一表面 181 第二表面 182 容置槽 184 下頂出板 20 第一表面 201 第二表面 202 第一收容槽 203 第二收容槽 204 上頂出板 21 第一表面 211 第二表面 212 連結固定桿 22 固持部 221 限位部 222 對接部 223 回位針 23 彈簧 24 螺絲 25 s 9The upper ejector plate 21 is a rectangular parallelepiped having a first surface 2H and a second surface 212 of the same size as the lower ejector plate 20, wherein the second surface 212 is in contact with the lower ejector plate 1, the upper ejector plate 21 and the lower portion The corresponding accommodating passages on the ejector plate 2 are provided with corresponding four symmetrical cylindrical accommodating passages 213 at the same position. Please refer to the second figure in conjunction with the third figure. The mold core 18 is substantially in the shape of a rectangular parallelepiped having a first surface 181 and a first surface 182. The mold core 18 is provided with four symmetrical cylindrical receiving passages on the opposite ends of the mold core. The cylindrical return pins 23 are respectively accommodated in the receiving pass 2, and the fine turns 23 can (10) accommodate the channel up and down. The second surface of the lower part of the back (10) 23 is pierced and the gorge is on the four corners of the upper ejector plate, and the return needle 23 is covered with the cymbal between the mold core 18 and the first ejector (four). The dome ejection mechanism has an elastic recovery force. The second surface 182 of the mold core 18 is on the inner side of the return needle and is provided with four symmetrical receiving grooves 184. Please refer to the third figure in conjunction with the first and fifth figures. The needle is inserted between the two ejector plates 2 and the mold core 18, and the connecting fixing cup 22 has a cylindrical shape. The holding portion 221 has a cylindrical limiting portion 222 having a slightly larger diameter at the bottom end of the holding portion 221, and the top end of the holding portion 221 extends upward in the center to form a cylindrical docking box. Even the ramming rod 22 is inserted into the top and bottom of the top and 7 M317916 out of the board = the upper accommodating channel, the top of the flank (4) 2 ι (4) (4) the teeth are out. The mating of the top end of the fixing rod a and the receiving groove m of the m surface are fixed to the mold core 18. The limiting portion 222 of the t-th is accommodated in the first surface of the bottom portion of the lower ejector plate 22 and the second surface of the second surface of the lower ejector plate 22, and the limiting portion is up and down along the connecting 22, but 2=:=The plates 21 and 20 can be 222. The lower two ejector plates cannot be separated from the fixed portion 4 of the fixed lower end, and the original _ pure _ pure 2Q and plural _ fixed rods 22 are used to Between 4 and t18, Di will be fixed as a fitness body. Therefore, when this and K 18 are connected and fixed, they can be used as a function of speed change ====_. You h sub-replacement (4) is fast [simplified illustration] The first picture is a schematic diagram of the mold of the conventional technology. The second figure is the plane of the mold with the rapid die change system mechanism. The third figure is the opposite of the mold and the ejection mechanism of the present invention. The fourth figure is a partial cross-sectional view of the third figure. The fifth picture is a front view of the connecting rod of the present creation. [Main component symbol description] Upper fixing plate male template 11 Female template male frame 12 15 14 M317916 Lower fixing plate 16 Mold 18 First surface 181 Second surface 182 accommodating groove 184 Lower ejector plate 20 First surface 201 Second surface 202 First receiving groove 203 Second receiving groove 204 Upper ejector plate 21 First surface 211 Second surface 212 Connecting fixing rod 22 Holding portion 221 Restricting portion 222 Butting portion 223 Returning needle 23 Spring 24 Screw 25 s 9