M312419 八、新型說明： 【新型所屬之技術領域】 本創作關於一種具有模仁定位機構之滑塊，尤其關於一種能 夠使滑塊模仁平穩固定於滑塊中的滑塊。 【先前技術】 按’候具一般具有滑塊，滑塊具有滑塊模仁及定位機構，以 固定滑塊模卩。習知的滑塊於前表面向内開設容置槽”、骨塊於兩 侧面分別開設有貫通容置槽的螺孔。所述滑塊模仁收容於滑塊之 ♦置槽中’滑塊模仁之兩侧面亦對應開設有螺孔，滑塊模仁前端 具有成型板且該成型板凸伸於滑塊之前表面，兩螺絲分別插入滑 鬼之累孔及α塊模仁之螺孔，從而將滑塊模仁固定於滑塊中。 較大的滑塊模仁於滑塊中，當丨 時，螺絲不能固定所述滑塊模仁 【新型内容】 准此種/月塊係採用螺絲作為模仁定位機構，故僅適於固定 為因產品需要而導致滑塊模仁很小 ^仁，進而使產品無法成型。M312419 VIII. New description: [New technical field] The present invention relates to a slider having a mold positioning mechanism, and more particularly to a slider capable of smoothly fixing a slider mold to a slider. [Prior Art] According to the 'housing, the slider generally has a slider mold and a positioning mechanism to fix the slider mold. The conventional slider has a receiving groove formed inwardly on the front surface, and the bone block is respectively provided with a screw hole passing through the receiving groove on both sides. The slider mold is received in the slot of the slider. The two sides of the mold core are correspondingly provided with screw holes, the front end of the slider mold has a forming plate and the forming plate protrudes from the front surface of the slider, and the two screws are respectively inserted into the sliding holes of the sliding ghost and the screw holes of the α block mold, thereby The slider mold is fixed in the slider. The larger slider mold is in the slider. When the cymbal is used, the screw cannot fix the slider mold. [New content] The quasi-this type/month block adopts the screw as the mold. Ren positioning mechanism, it is only suitable for fixing because the product of the slider is very small, so that the product can not be formed.
且嵌固槽麵容触貫通。滑塊模 槽，側壁向滑塊本體内開設嵌固 滑塊模仁收容於滞埂本體之收容And the surface of the embedded groove is accessible. The slider slot and the side wall are embedded in the slider body. The slider mold is accommodated in the stagnation body.
⑺塊板仁之側部開設定位口。 塊模仁之前 口。定位入子插入嵌固 M312419 槽並卡固於滑塊模仁之定位口中。 如上所现，本創作具有模仁定位機構之滑塊藉由定位入子插 入滑塊本體之側壁的嵌固槽中進而插入滑塊模仁之定位口中的設 计，使得當因產品需要而導致滑塊模仁很小時，能夠平穩固定滑 塊模仁於滑塊中，達到了平穩固定滑塊模仁之功效。 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目的及功 效，以下茲例舉實施例並配合圖式詳予說明。 請參閱第-圖，本創作具有模仁定位機構之滑塊丨包括滑塊 本體10、滑塊模仁20及定位入子30。 請參閱第一圖及第二圖，滑塊本體10呈水平佈置，具有一頂 壁1卜前壁12及兩側壁13。賴u之兩側靠後一段分別向兩側 延伸形成-扣合板14’從而使得職u之前部兩侧分卿成一抵 接口 is。頂壁11於後部開設-向下貫穿滑塊本體1〇的插接槽is， 該插接槽15向後下方傾斜。前壁12於下侧向滑塊本體1〇内開設 -收容槽I6。兩繼13平滑並於底部靠前處分別向滑塊本體1〇 内開設-嵌固槽17 ’該嵌固槽17與所述收容槽16位於大致同一 高度ϋ相貫通。 滑塊模仁20收容於所述滑塊本體1〇之收容槽16，該滑塊模 仁20呈板狀，前端具有一型芯、2卜滑塊模仁20之一侧開設一定 位口 22 ’該定位口 22呈長方體條狀。定位入子3〇插入滑塊本體 10之嵌_ 17，大致呈—長謂條狀，其-端並可卡固於定位口 M312419 _ 22 中。 請參閱第三圖至第五圖，使用具有模仁定位機構之滑塊i的 杈具（圖未示）還進一步包括斜壓塊2、滑塊壓塊3、公模仁4及 與公模仁4相配合之母模仁5。其中公模仁4和母模仁5之間形成 一型腔45，用於成型製品6。 斜壓塊2頂端固定於上固定板（圖未示），珊壓塊2包括一 王i直佈置之長方體狀的支撐柱2〇1，該支撐柱2〇1於下表面中部 向下^伸形成一亦王長方體狀的斜銷202，且該斜銷2()2向支撐柱 2〇1後方偏移-銳角角度而呈傾斜狀，而與滑塊本體ι〇之插接槽 15相配合。 滑塊墨塊3呈水平佈置，具有一頂面3〇卜滑塊壓塊3之内側 光滑亚與滑塊本體1〇之魅13互相平行而形成—引導面期，引 導面303上向滑塊壓塊3内開設一與扣合板14平行之滑轨逝， 且扣合板Η及側壁13可分別沿滑軌逝及引導面3ω滑行。 、再請結合㈣第四®及第五圖，本_具樣仁定位機構之 滑塊1組裝於成型模具時之作動原理如下·· 母俱仁5與公模仁4扣合，滑塊模仁2〇插入滑塊本體⑺之 收容㈣中，且定位口 22對準嵌固槽17，型芯21凸伸出滑塊本 體10之刚壁12。定位入子30插入滑塊本體1〇之嵌固槽口進而 卡断滑塊模仁20之定位σ 22中，從而將滑塊模仁Μ平_定。 接著，滑塊本體10之扣合板14扣墨於滑塊壓塊3之滑軌如上。 最後’所述斜顯2之斜销搬插入滑塊本體10之插接槽15中， M312419 亚帶動滑塊〗沿著滑塊塵塊3之滑軌搬及引導面3Q3向前滑行， 直至所述滑塊本體10之頂壁n的抵接口 18插人母模仁5内使扣 合板14之前表面與母模仁5之前魏接，從而使得概模仁％ 之型芯21伸入所述型腔45内。 組裳有本辦翻“壯定_歡滑塊丨_具於開模時， 首先’取出斜Μ塊2，斜銷2〇2帶動滑塊本體1〇沿著滑塊麗塊3 之滑執搬及引導面3〇3水平向後移動，從而使滑塊模仁2〇之型 怎21從所述型腔45中抽&，則滑塊模仁20與製品6分離。再將 母模仁5與公模仁4分離，通過頂針（圖中未示）將產品頂出， 即完成開模。 綜上所述，本創作具有模仁定位機構之滑塊i藉由定位入子 30插入滑塊本體1G之側壁13中的嵌_ 17中，進而卡固於滑塊 模仁20之定位口 22中之設計志中 y ⑸L11σ口而要而導致滑塊模仁 20很小時，亦能夠平穩固定滑塊模仁2〇。 【圖式簡單說明】 :―圖係本創作具有模仁定位機構之滑塊之立體分解圖。 第二圖係顯示第-圖之馳模仁與定位人子之立體組合圖。 機構之滑塊與斜壓塊及滑塊壓 第三圖係本創作具有模仁定位 塊之立體分解圖 滑塊壓 第四圖係本創作具有模仁定位機構之滑塊、斜壓塊、 塊及公模仁之立體組合圖。 7 體組合圖 第五圖係顯示第四圖與母模仁之立 M312419 【主要元件符號說明】 具有模仁定位機構之滑塊 1 滑塊本體 10 頂壁 11 前壁 12 侧壁 13 扣合板 14 插接槽 15 收容槽 16 嵌固槽 17 抵接口 18 滑塊模仁 20 型芯 21 定位口 22 定位入子 30 斜壓塊 2 支撑柱 201 斜銷 202 滑塊壓塊 3 頂面 301 滑軌 302 引導面 303 公模仁 4 母模仁 5 型腔 45 製品 6 9(7) The side of the block board has a positioning opening. Before the block mold, the mouth. Position the insert into the M312419 slot and snap it into the positioning port of the slider die. As described above, the design of the slider having the mold positioning mechanism is inserted into the positioning groove of the side wall of the slider body by positioning the insertion into the insertion groove of the slider body, so that the sliding is caused by the product requirement. When the block mold is very small, it can smoothly fix the slider mold in the slider, and achieve the effect of smoothly fixing the slider mold. [Embodiment] In order to explain the technical contents, structural features, objects and effects of the present invention in detail, the embodiments are described below in detail with reference to the drawings. Referring to the first figure, the slider of the present invention having a mold positioning mechanism includes a slider body 10, a slider mold core 20, and a positioning insert 30. Referring to the first and second figures, the slider body 10 is horizontally disposed, and has a top wall 1 and a front wall 12 and two side walls 13. The two sides of the Lai u are respectively extended to the two sides to form a - fastening plate 14' so that the two sides of the front part of the position are divided into an interface is. The top wall 11 is opened at the rear portion - a socket groove is penetrating downwardly through the slider body 1 , and the insertion groove 15 is inclined rearward and downward. The front wall 12 defines a receiving groove I6 in the slider body 1〇 on the lower side. The two subsequent steps 13 are smooth and open to the front of the bottom portion of the slider body 1 - - the insertion groove 17 ′. The insertion groove 17 is located at substantially the same height as the receiving groove 16 . The slider mold core 20 is received in the receiving groove 16 of the slider body 1 . The slider mold core 20 has a plate shape, and a front end has a core, and a slider core 20 has a positioning opening 22 on one side thereof. 'The positioning port 22 has a rectangular parallelepiped shape. The positioning hole 3 is inserted into the slider body 10 to be embedded _ 17, roughly in the shape of a long strip, and its end can be clamped in the positioning port M312419 _ 22. Referring to the third to fifth figures, the cooker (not shown) using the slider i having the mold positioning mechanism further includes a diagonal block 2, a slider block 3, a male mold 4, and a male mold. The mother mold 5 with the matching of the kernel 4. A cavity 45 is formed between the male mold core 4 and the female mold core 5 for molding the article 6. The top end of the diagonal pressing block 2 is fixed on the upper fixing plate (not shown), and the pressing block 2 includes a rectangular parallelepiped supporting column 2〇1 arranged in a straight line, and the supporting column 2〇1 extends downward in the middle of the lower surface. Forming an oblique pin 202 which is also a square shape, and the oblique pin 2 () 2 is inclined toward the rear of the support column 2〇1 - an acute angle, and is matched with the insertion groove 15 of the slider body ι . The slider ink block 3 is horizontally arranged, and has a top surface 3, the inner smooth surface of the slider block 3 and the charm 13 of the slider body 1 are parallel to each other to form a guiding surface period, and the guiding surface 303 is directed to the slider. A sliding rail parallel to the fastening plate 14 is opened in the pressing block 3, and the fastening plate and the side wall 13 are respectively slid along the sliding rail and the guiding surface 3ω. Please also combine (4) the fourth and fifth figures. The principle of the action of the slider 1 of the positioning mechanism is as follows: · The mother and the 5 are engaged with the male mold 4, the slider mold The core 2 is inserted into the housing (4) of the slider body (7), and the positioning port 22 is aligned with the insertion groove 17, and the core 21 protrudes from the rigid wall 12 of the slider body 10. The positioning insert 30 is inserted into the insert slot of the slider body 1 and then the positioning σ 22 of the slider die 20 is broken, thereby flattening the slider die. Next, the buckle plate 14 of the slider body 10 is fastened to the slide rail of the slider block 3 as above. Finally, the oblique pin of the oblique display 2 is inserted into the insertion slot 15 of the slider body 10, and the M312419 sub-driven slider is slid forward along the sliding rail of the slider dust block 3 and the guiding surface 3Q3 until the The abutting interface 18 of the top wall n of the slider body 10 is inserted into the female mold core 5 so that the front surface of the fastening plate 14 is connected to the front surface of the female mold core 5, so that the core 21 of the mold core is inserted into the type Inside the cavity 45. The group has a dress to turn "Zhuangding _ Huan slider 丨 _ with the mold opening, first 'take out the slanting block 2, the oblique pin 2 〇 2 to drive the slider body 1 〇 slide along the slider 丽 block 3 The moving and guiding surface 3〇3 is moved horizontally backward, so that the slider mold core 2 is drawn from the cavity 45, and the slider mold core 20 is separated from the product 6. 5 Separation from the male mold core 4, the product is ejected by the ejector pin (not shown), that is, the mold opening is completed. In summary, the slider i of the mold positioning mechanism is inserted into the slider 30 by the positioning insert 30. The insert 17 in the side wall 13 of the block body 1G is further engaged with the y (5) L11 σ port in the design of the positioning port 22 of the slider die 20 to cause the slider die 20 to be small and can be smoothly fixed. The slider mold is 2〇. [Simple description of the drawing]: “The system is a three-dimensional exploded view of the slider with the mold positioning mechanism. The second figure shows the three-dimensional image of the model and the positioning of the human being. Combination diagram. The slider of the mechanism and the diagonal pressure block and the slider pressure third diagram This creation has the three-dimensional exploded view of the mold positioning block. The slider is pressed by the fourth figure. The three-dimensional combination diagram of the slider, the diagonal block, the block and the male mold of the mold positioning mechanism. The fifth figure shows the fourth figure and the mother mold Ren M312419 [Main component symbol description] With the mold positioning mechanism Slider 1 Slider body 10 Top wall 11 Front wall 12 Side wall 13 Fitting plate 14 Inserting groove 15 Receiving groove 16 Inserting groove 17 Abutment interface 18 Slider mold 20 Core 21 Positioning port 22 Positioning into 30 Clamp 2 Support column 201 Slant pin 202 Slide block 3 Top surface 301 Slide 302 Guide surface 303 Male mold 4 Female mold 5 Cavity 45 Product 6 9